SYMBOL INDEX (6228 symbols across 724 files)

FILE: 01_wait_forever/build.rs
  function main (line 3) | fn main() {

FILE: 01_wait_forever/src/panic_wait.rs
  function panic (line 14) | fn panic(_info: &PanicInfo) -> ! {

FILE: 02_runtime_init/build.rs
  function main (line 3) | fn main() {

FILE: 02_runtime_init/src/_arch/aarch64/cpu.rs
  function wait_forever (line 22) | pub fn wait_forever() -> ! {

FILE: 02_runtime_init/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 02_runtime_init/src/main.rs
  function kernel_init (line 122) | unsafe fn kernel_init() -> ! {

FILE: 02_runtime_init/src/panic_wait.rs
  function panic (line 15) | fn panic(_info: &PanicInfo) -> ! {

FILE: 03_hacky_hello_world/build.rs
  function main (line 3) | fn main() {

FILE: 03_hacky_hello_world/src/_arch/aarch64/cpu.rs
  function wait_forever (line 22) | pub fn wait_forever() -> ! {

FILE: 03_hacky_hello_world/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 03_hacky_hello_world/src/bsp/raspberrypi/console.rs
  type QEMUOutput (line 15) | struct QEMUOutput;
    method write_str (line 29) | fn write_str(&mut self, s: &str) -> fmt::Result {
  function console (line 45) | pub fn console() -> impl console::interface::Write {

FILE: 03_hacky_hello_world/src/console.rs
  function console (line 30) | pub fn console() -> impl interface::Write {

FILE: 03_hacky_hello_world/src/main.rs
  function kernel_init (line 126) | unsafe fn kernel_init() -> ! {

FILE: 03_hacky_hello_world/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 03_hacky_hello_world/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 04_safe_globals/build.rs
  function main (line 3) | fn main() {

FILE: 04_safe_globals/src/_arch/aarch64/cpu.rs
  function wait_forever (line 22) | pub fn wait_forever() -> ! {

FILE: 04_safe_globals/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 04_safe_globals/src/bsp/raspberrypi/console.rs
  type QEMUOutputInner (line 17) | struct QEMUOutputInner {
    method new (line 41) | const fn new() -> QEMUOutputInner {
    method write_char (line 46) | fn write_char(&mut self, c: char) {
    method write_str (line 65) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type QEMUOutput (line 26) | pub struct QEMUOutput {
    method new (line 85) | pub const fn new() -> QEMUOutput {
    method write_fmt (line 105) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method chars_written (line 113) | fn chars_written(&self) -> usize {
  function console (line 93) | pub fn console() -> &'static dyn console::interface::All {

FILE: 04_safe_globals/src/console.rs
  type Write (line 18) | pub trait Write {
    method write_fmt (line 20) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
  type Statistics (line 24) | pub trait Statistics {
    method chars_written (line 26) | fn chars_written(&self) -> usize {
  type All (line 32) | pub trait All: Write + Statistics {}
  function console (line 42) | pub fn console() -> &'static dyn interface::All {

FILE: 04_safe_globals/src/main.rs
  function kernel_init (line 128) | unsafe fn kernel_init() -> ! {

FILE: 04_safe_globals/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 04_safe_globals/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 04_safe_globals/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 05_drivers_gpio_uart/build.rs
  function main (line 3) | fn main() {

FILE: 05_drivers_gpio_uart/src/_arch/aarch64/cpu.rs
  function spin_for_cycles (line 25) | pub fn spin_for_cycles(n: usize) {
  function wait_forever (line 33) | pub fn wait_forever() -> ! {

FILE: 05_drivers_gpio_uart/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 05_drivers_gpio_uart/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 169) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 180) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 200) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 207) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 214) | pub fn map_pl011_uart(&self) {
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 05_drivers_gpio_uart/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 05_drivers_gpio_uart/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 05_drivers_gpio_uart/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 05_drivers_gpio_uart/src/bsp/raspberrypi/console.rs
  function console (line 14) | pub fn console() -> &'static dyn console::interface::All {

FILE: 05_drivers_gpio_uart/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 05_drivers_gpio_uart/src/bsp/raspberrypi/memory.rs
  constant GPIO_OFFSET (line 15) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 16) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 23) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 24) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 25) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 33) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 34) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 35) | pub const PL011_UART_START: usize = START + UART_OFFSET;

FILE: 05_drivers_gpio_uart/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 05_drivers_gpio_uart/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 05_drivers_gpio_uart/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 05_drivers_gpio_uart/src/main.rs
  function kernel_init (line 131) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 146) | fn kernel_main() -> ! {

FILE: 05_drivers_gpio_uart/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 05_drivers_gpio_uart/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 05_drivers_gpio_uart/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 06_uart_chainloader/build.rs
  function main (line 3) | fn main() {

FILE: 06_uart_chainloader/src/_arch/aarch64/cpu.rs
  function spin_for_cycles (line 25) | pub fn spin_for_cycles(n: usize) {
  function wait_forever (line 33) | pub fn wait_forever() -> ! {

FILE: 06_uart_chainloader/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 06_uart_chainloader/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 169) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 180) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 200) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 207) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 214) | pub fn map_pl011_uart(&self) {
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 06_uart_chainloader/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char (line 278) | fn read_char(&mut self, blocking_mode: BlockingMode) -> Option<char> {
    method write_str (line 312) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 326) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 333) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 346) | fn compatible(&self) -> &'static str {
    method init (line 350) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 360) | fn write_char(&self, c: char) {
    method write_fmt (line 364) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 370) | fn flush(&self) {
    method read_char (line 377) | fn read_char(&self) -> char {
    method clear_rx (line 382) | fn clear_rx(&self) {
    method chars_written (line 393) | fn chars_written(&self) -> usize {
    method chars_read (line 397) | fn chars_read(&self) -> usize {

FILE: 06_uart_chainloader/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 06_uart_chainloader/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 06_uart_chainloader/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 06_uart_chainloader/src/bsp/raspberrypi/memory.rs
  constant BOARD_DEFAULT_LOAD_ADDRESS (line 14) | pub const BOARD_DEFAULT_LOAD_ADDRESS: usize =        0x8_0000;
  constant GPIO_OFFSET (line 16) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 17) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 24) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 25) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 26) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 34) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 35) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 36) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  function board_default_load_addr (line 46) | pub fn board_default_load_addr() -> *const u64 {

FILE: 06_uart_chainloader/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 06_uart_chainloader/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 06_uart_chainloader/src/driver.rs
  constant NUM_DRIVERS (line 13) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 15) | struct DriverManagerInner {
    method new (line 69) | pub const fn new() -> Self {
  type DeviceDriver (line 27) | pub trait DeviceDriver {
    method compatible (line 29) | fn compatible(&self) -> &'static str;
    method init (line 36) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 43) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 47) | pub struct DeviceDriverDescriptor {
    method new (line 83) | pub fn new(
  type DriverManager (line 53) | pub struct DriverManager {
    method new (line 101) | pub const fn new() -> Self {
    method register_driver (line 108) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 116) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 131) | pub unsafe fn init_drivers(&self) {
  function driver_manager (line 95) | pub fn driver_manager() -> &'static DriverManager {

FILE: 06_uart_chainloader/src/main.rs
  function kernel_init (line 131) | unsafe fn kernel_init() -> ! {
  constant MINILOAD_LOGO (line 145) | const MINILOAD_LOGO: &str = r#"
  function kernel_main (line 153) | fn kernel_main() -> ! {

FILE: 06_uart_chainloader/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 06_uart_chainloader/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 06_uart_chainloader/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 06_uart_chainloader/tests/chainboot_test.rb
  class PowerTargetRequestTest (line 15) | class PowerTargetRequestTest < SubtestBase
    method initialize (line 18) | def initialize(qemu_cmd, pty_main)
    method name (line 24) | def name
    method run (line 28) | def run(qemu_out, _qemu_in)
  class ChainbootTest (line 39) | class ChainbootTest < BootTest
    method initialize (line 42) | def initialize(qemu_cmd, payload_path)
    method setup (line 53) | def setup
    method finish (line 66) | def finish

FILE: 07_timestamps/build.rs
  function main (line 3) | fn main() {

FILE: 07_timestamps/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: 07_timestamps/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 07_timestamps/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 07_timestamps/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 07_timestamps/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 07_timestamps/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 07_timestamps/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 07_timestamps/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 71) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 07_timestamps/src/bsp/raspberrypi/memory.rs
  constant GPIO_OFFSET (line 15) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 16) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 23) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 24) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 25) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 33) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 34) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 35) | pub const PL011_UART_START: usize = START + UART_OFFSET;

FILE: 07_timestamps/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 07_timestamps/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 07_timestamps/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 07_timestamps/src/main.rs
  function kernel_init (line 135) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 150) | fn kernel_main() -> ! {

FILE: 07_timestamps/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 07_timestamps/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 07_timestamps/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 07_timestamps/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 08_hw_debug_JTAG/build.rs
  function main (line 3) | fn main() {

FILE: 08_hw_debug_JTAG/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: 08_hw_debug_JTAG/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: 08_hw_debug_JTAG/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 08_hw_debug_JTAG/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 08_hw_debug_JTAG/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 08_hw_debug_JTAG/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 08_hw_debug_JTAG/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 08_hw_debug_JTAG/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 08_hw_debug_JTAG/src/bsp/raspberrypi/memory.rs
  constant GPIO_OFFSET (line 15) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 16) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 23) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 24) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 25) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 33) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 34) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 35) | pub const PL011_UART_START: usize = START + UART_OFFSET;

FILE: 08_hw_debug_JTAG/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 08_hw_debug_JTAG/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 08_hw_debug_JTAG/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 08_hw_debug_JTAG/src/main.rs
  function kernel_init (line 135) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 150) | fn kernel_main() -> ! {

FILE: 08_hw_debug_JTAG/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 08_hw_debug_JTAG/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 08_hw_debug_JTAG/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 08_hw_debug_JTAG/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 09_privilege_level/build.rs
  function main (line 3) | fn main() {

FILE: 09_privilege_level/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: 09_privilege_level/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 09_privilege_level/src/_arch/aarch64/exception.rs
  function current_privilege_level (line 23) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {

FILE: 09_privilege_level/src/_arch/aarch64/exception/asynchronous.rs
  type DaifField (line 21) | trait DaifField {
    method daif_field (line 22) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 35) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 41) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 47) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 53) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 25) | struct Debug;
  type SError (line 26) | struct SError;
  type IRQ (line 27) | struct IRQ;
  type FIQ (line 28) | struct FIQ;
  function is_masked (line 58) | fn is_masked<T>() -> bool
  function print_state (line 71) | pub fn print_state() {

FILE: 09_privilege_level/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 09_privilege_level/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 09_privilege_level/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 09_privilege_level/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 09_privilege_level/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 09_privilege_level/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 09_privilege_level/src/bsp/raspberrypi/memory.rs
  constant GPIO_OFFSET (line 15) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 16) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 23) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 24) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 25) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 33) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 34) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 35) | pub const PL011_UART_START: usize = START + UART_OFFSET;

FILE: 09_privilege_level/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 09_privilege_level/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 09_privilege_level/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 09_privilege_level/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {

FILE: 09_privilege_level/src/main.rs
  function kernel_init (line 136) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 151) | fn kernel_main() -> ! {

FILE: 09_privilege_level/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 09_privilege_level/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 09_privilege_level/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 09_privilege_level/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 10_virtual_mem_part1_identity_mapping/build.rs
  function main (line 3) | fn main() {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/exception.rs
  function current_privilege_level (line 23) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/exception/asynchronous.rs
  type DaifField (line 21) | trait DaifField {
    method daif_field (line 22) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 35) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 41) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 47) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 53) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 25) | struct Debug;
  type SError (line 26) | struct SError;
  type IRQ (line 27) | struct IRQ;
  type FIQ (line 28) | struct FIQ;
  function is_masked (line 58) | fn is_masked<T>() -> bool
  function print_state (line 71) | pub fn print_state() {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 76) | fn set_up_mair(&self) {
    method configure_translation_control (line 89) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 122) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError> {
    method is_enabled (line 162) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 64) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 112) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 110) | struct TableDescriptor {
    method new_zeroed (line 168) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 173) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: usize) -> Se...
  type PageDescriptor (line 119) | struct PageDescriptor {
    method new_zeroed (line 228) | pub const fn new_zeroed() -> Self {
    method from_output_addr (line 233) | pub fn from_output_addr(phys_output_addr: usize, attribute_fields: &At...
  type StartAddr (line 123) | trait StartAddr {
    method phys_start_addr_u64 (line 124) | fn phys_start_addr_u64(&self) -> u64;
    method phys_start_addr_usize (line 125) | fn phys_start_addr_usize(&self) -> usize;
    method phys_start_addr_u64 (line 155) | fn phys_start_addr_u64(&self) -> u64 {
    method phys_start_addr_usize (line 159) | fn phys_start_addr_usize(&self) -> usize {
  constant NUM_LVL2_TABLES (line 128) | const NUM_LVL2_TABLES: usize = bsp::memory::mmu::KernelAddrSpace::SIZE >...
  type FixedSizeTranslationTable (line 138) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  type KernelTranslationTable (line 147) | pub type KernelTranslationTable = FixedSizeTranslationTable<NUM_LVL2_TAB...
  function from (line 191) | fn from(attribute_fields: AttributeFields) -> Self {
  function new (line 255) | pub const fn new() -> Self {
  function populate_tt_entries (line 270) | pub unsafe fn populate_tt_entries(&mut self) -> Result<(), &'static str> {
  function phys_base_address (line 289) | pub fn phys_base_address(&self) -> u64 {

FILE: 10_virtual_mem_part1_identity_mapping/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/raspberrypi/memory.rs
  constant END_INCLUSIVE (line 66) | pub const END_INCLUSIVE:       usize = 0xFFFF_FFFF;
  constant GPIO_OFFSET (line 68) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 69) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 76) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 77) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 78) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 79) | pub const END_INCLUSIVE:    usize =         0x4000_FFFF;
  constant START (line 87) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 88) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 89) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 90) | pub const END_INCLUSIVE:    usize =         0xFF84_FFFF;
  function code_start (line 104) | fn code_start() -> usize {
  function code_end_exclusive (line 113) | fn code_end_exclusive() -> usize {

FILE: 10_virtual_mem_part1_identity_mapping/src/bsp/raspberrypi/memory/mmu.rs
  type KernelAddrSpace (line 16) | pub type KernelAddrSpace = AddressSpace<{ memory_map::END_INCLUSIVE + 1 }>;
  constant NUM_MEM_RANGES (line 18) | const NUM_MEM_RANGES: usize = 3;
  function code_range_inclusive (line 64) | fn code_range_inclusive() -> RangeInclusive<usize> {
  function remapped_mmio_range_inclusive (line 70) | fn remapped_mmio_range_inclusive() -> RangeInclusive<usize> {
  function mmio_range_inclusive (line 75) | fn mmio_range_inclusive() -> RangeInclusive<usize> {
  function virt_mem_layout (line 84) | pub fn virt_mem_layout() -> &'static KernelVirtualLayout<NUM_MEM_RANGES> {

FILE: 10_virtual_mem_part1_identity_mapping/src/common.rs
  function size_human_readable_ceil (line 8) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 10_virtual_mem_part1_identity_mapping/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 10_virtual_mem_part1_identity_mapping/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 10_virtual_mem_part1_identity_mapping/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 10_virtual_mem_part1_identity_mapping/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {

FILE: 10_virtual_mem_part1_identity_mapping/src/main.rs
  function kernel_init (line 144) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 165) | fn kernel_main() -> ! {

FILE: 10_virtual_mem_part1_identity_mapping/src/memory/mmu.rs
  type MMUEnableError (line 38) | pub enum MMUEnableError {
    method fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 48) | pub trait MMU {
    method enable_mmu_and_caching (line 55) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError>;
    method is_enabled (line 58) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 63) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 66) | pub struct AddressSpace<const AS_SIZE: usize>;
  type Translation (line 72) | pub enum Translation {
  type MemAttributes (line 80) | pub enum MemAttributes {
  type AccessPermissions (line 88) | pub enum AccessPermissions {
  type AttributeFields (line 96) | pub struct AttributeFields {
  type TranslationDescriptor (line 104) | pub struct TranslationDescriptor {
    method fmt (line 176) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type KernelVirtualLayout (line 112) | pub struct KernelVirtualLayout<const NUM_SPECIAL_RANGES: usize> {
  constant SIZE (line 135) | pub const SIZE: usize = Self::size_checked();
  constant SHIFT (line 138) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 140) | const fn size_checked() -> usize {
  constant SIZE (line 149) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 152) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 154) | const fn size_checked() -> usize {
  method default (line 165) | fn default() -> AttributeFields {
  function new (line 211) | pub const fn new(max: usize, layout: [TranslationDescriptor; NUM_SPECIAL...
  function virt_addr_properties (line 223) | pub fn virt_addr_properties(
  function print_layout (line 246) | pub fn print_layout(&self) {

FILE: 10_virtual_mem_part1_identity_mapping/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 10_virtual_mem_part1_identity_mapping/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 10_virtual_mem_part1_identity_mapping/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 10_virtual_mem_part1_identity_mapping/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 11_exceptions_part1_groundwork/build.rs
  function main (line 3) | fn main() {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 30) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 160) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 31) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 192) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fmt (line 200) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 35) | struct ExceptionContext {
    method exception_class (line 221) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 226) | fn fault_address_valid(&self) -> bool {
    method fmt (line 247) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 57) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 70) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 75) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 80) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 89) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(e: &mut ExceptionContext) {
  function current_elx_serror (line 111) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 120) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 125) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 130) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 139) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 144) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 149) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 278) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 296) | pub unsafe fn handling_init() {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/exception/asynchronous.rs
  type DaifField (line 21) | trait DaifField {
    method daif_field (line 22) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 35) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 41) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 47) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 53) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 25) | struct Debug;
  type SError (line 26) | struct SError;
  type IRQ (line 27) | struct IRQ;
  type FIQ (line 28) | struct FIQ;
  function is_masked (line 58) | fn is_masked<T>() -> bool
  function print_state (line 71) | pub fn print_state() {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 76) | fn set_up_mair(&self) {
    method configure_translation_control (line 89) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 122) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError> {
    method is_enabled (line 162) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 64) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 112) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 110) | struct TableDescriptor {
    method new_zeroed (line 168) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 173) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: usize) -> Se...
  type PageDescriptor (line 119) | struct PageDescriptor {
    method new_zeroed (line 228) | pub const fn new_zeroed() -> Self {
    method from_output_addr (line 233) | pub fn from_output_addr(phys_output_addr: usize, attribute_fields: &At...
  type StartAddr (line 123) | trait StartAddr {
    method phys_start_addr_u64 (line 124) | fn phys_start_addr_u64(&self) -> u64;
    method phys_start_addr_usize (line 125) | fn phys_start_addr_usize(&self) -> usize;
    method phys_start_addr_u64 (line 155) | fn phys_start_addr_u64(&self) -> u64 {
    method phys_start_addr_usize (line 159) | fn phys_start_addr_usize(&self) -> usize {
  constant NUM_LVL2_TABLES (line 128) | const NUM_LVL2_TABLES: usize = bsp::memory::mmu::KernelAddrSpace::SIZE >...
  type FixedSizeTranslationTable (line 138) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  type KernelTranslationTable (line 147) | pub type KernelTranslationTable = FixedSizeTranslationTable<NUM_LVL2_TAB...
  function from (line 191) | fn from(attribute_fields: AttributeFields) -> Self {
  function new (line 255) | pub const fn new() -> Self {
  function populate_tt_entries (line 270) | pub unsafe fn populate_tt_entries(&mut self) -> Result<(), &'static str> {
  function phys_base_address (line 289) | pub fn phys_base_address(&self) -> u64 {

FILE: 11_exceptions_part1_groundwork/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 11_exceptions_part1_groundwork/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 11_exceptions_part1_groundwork/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 11_exceptions_part1_groundwork/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 11_exceptions_part1_groundwork/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 11_exceptions_part1_groundwork/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: 11_exceptions_part1_groundwork/src/bsp/raspberrypi/memory.rs
  constant END_INCLUSIVE (line 66) | pub const END_INCLUSIVE:       usize = 0xFFFF_FFFF;
  constant GPIO_OFFSET (line 68) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 69) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 76) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 77) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 78) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 79) | pub const END_INCLUSIVE:    usize =         0x4000_FFFF;
  constant START (line 87) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 88) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 89) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 90) | pub const END_INCLUSIVE:    usize =         0xFF84_FFFF;
  function code_start (line 104) | fn code_start() -> usize {
  function code_end_exclusive (line 113) | fn code_end_exclusive() -> usize {

FILE: 11_exceptions_part1_groundwork/src/bsp/raspberrypi/memory/mmu.rs
  type KernelAddrSpace (line 16) | pub type KernelAddrSpace = AddressSpace<{ memory_map::END_INCLUSIVE + 1 }>;
  constant NUM_MEM_RANGES (line 18) | const NUM_MEM_RANGES: usize = 2;
  function code_range_inclusive (line 54) | fn code_range_inclusive() -> RangeInclusive<usize> {
  function mmio_range_inclusive (line 60) | fn mmio_range_inclusive() -> RangeInclusive<usize> {
  function virt_mem_layout (line 69) | pub fn virt_mem_layout() -> &'static KernelVirtualLayout<NUM_MEM_RANGES> {

FILE: 11_exceptions_part1_groundwork/src/common.rs
  function size_human_readable_ceil (line 8) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 11_exceptions_part1_groundwork/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 11_exceptions_part1_groundwork/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 11_exceptions_part1_groundwork/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 11_exceptions_part1_groundwork/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {

FILE: 11_exceptions_part1_groundwork/src/main.rs
  function kernel_init (line 144) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 167) | fn kernel_main() -> ! {

FILE: 11_exceptions_part1_groundwork/src/memory/mmu.rs
  type MMUEnableError (line 38) | pub enum MMUEnableError {
    method fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 48) | pub trait MMU {
    method enable_mmu_and_caching (line 55) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError>;
    method is_enabled (line 58) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 63) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 66) | pub struct AddressSpace<const AS_SIZE: usize>;
  type Translation (line 72) | pub enum Translation {
  type MemAttributes (line 80) | pub enum MemAttributes {
  type AccessPermissions (line 88) | pub enum AccessPermissions {
  type AttributeFields (line 96) | pub struct AttributeFields {
  type TranslationDescriptor (line 104) | pub struct TranslationDescriptor {
    method fmt (line 176) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type KernelVirtualLayout (line 112) | pub struct KernelVirtualLayout<const NUM_SPECIAL_RANGES: usize> {
  constant SIZE (line 135) | pub const SIZE: usize = Self::size_checked();
  constant SHIFT (line 138) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 140) | const fn size_checked() -> usize {
  constant SIZE (line 149) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 152) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 154) | const fn size_checked() -> usize {
  method default (line 165) | fn default() -> AttributeFields {
  function new (line 211) | pub const fn new(max: usize, layout: [TranslationDescriptor; NUM_SPECIAL...
  function virt_addr_properties (line 223) | pub fn virt_addr_properties(
  function print_layout (line 246) | pub fn print_layout(&self) {

FILE: 11_exceptions_part1_groundwork/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: 11_exceptions_part1_groundwork/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 11_exceptions_part1_groundwork/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 11_exceptions_part1_groundwork/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 12_integrated_testing/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 30) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 159) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 31) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 191) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 197) | fn iss(&self) -> u64 {
    method fmt (line 205) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 35) | struct ExceptionContext {
    method exception_class (line 226) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 231) | fn fault_address_valid(&self) -> bool {
    method fmt (line 252) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 57) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 70) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 75) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 80) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 89) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 105) | extern "C" fn current_elx_irq(e: &mut ExceptionContext) {
  function current_elx_serror (line 110) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 119) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 124) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 129) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 138) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 143) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 148) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 283) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 301) | pub unsafe fn handling_init() {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/exception/asynchronous.rs
  type DaifField (line 21) | trait DaifField {
    method daif_field (line 22) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 35) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 41) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 47) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 53) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 25) | struct Debug;
  type SError (line 26) | struct SError;
  type IRQ (line 27) | struct IRQ;
  type FIQ (line 28) | struct FIQ;
  function is_masked (line 58) | fn is_masked<T>() -> bool
  function print_state (line 71) | pub fn print_state() {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 76) | fn set_up_mair(&self) {
    method configure_translation_control (line 89) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 122) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError> {
    method is_enabled (line 162) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 64) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 112) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {
  function kernel_tables_in_bss (line 179) | fn kernel_tables_in_bss() {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 110) | struct TableDescriptor {
    method new_zeroed (line 168) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 173) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: usize) -> Se...
  type PageDescriptor (line 119) | struct PageDescriptor {
    method new_zeroed (line 228) | pub const fn new_zeroed() -> Self {
    method from_output_addr (line 233) | pub fn from_output_addr(phys_output_addr: usize, attribute_fields: &At...
  type StartAddr (line 123) | trait StartAddr {
    method phys_start_addr_u64 (line 124) | fn phys_start_addr_u64(&self) -> u64;
    method phys_start_addr_usize (line 125) | fn phys_start_addr_usize(&self) -> usize;
    method phys_start_addr_u64 (line 155) | fn phys_start_addr_u64(&self) -> u64 {
    method phys_start_addr_usize (line 159) | fn phys_start_addr_usize(&self) -> usize {
  constant NUM_LVL2_TABLES (line 128) | const NUM_LVL2_TABLES: usize = bsp::memory::mmu::KernelAddrSpace::SIZE >...
  type FixedSizeTranslationTable (line 138) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  type KernelTranslationTable (line 147) | pub type KernelTranslationTable = FixedSizeTranslationTable<NUM_LVL2_TAB...
  function from (line 191) | fn from(attribute_fields: AttributeFields) -> Self {
  function new (line 255) | pub const fn new() -> Self {
  function populate_tt_entries (line 270) | pub unsafe fn populate_tt_entries(&mut self) -> Result<(), &'static str> {
  function phys_base_address (line 289) | pub fn phys_base_address(&self) -> u64 {
  function size_of_tabledescriptor_equals_64_bit (line 305) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 314) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 12_integrated_testing/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 12_integrated_testing/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: 12_integrated_testing/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: 12_integrated_testing/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: 12_integrated_testing/kernel/src/bsp/raspberrypi.rs
  function board_name (line 16) | pub fn board_name() -> &'static str {

FILE: 12_integrated_testing/kernel/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 76) | pub fn qemu_bring_up_console() {

FILE: 12_integrated_testing/kernel/src/bsp/raspberrypi/memory.rs
  constant END_INCLUSIVE (line 66) | pub const END_INCLUSIVE:       usize = 0xFFFF_FFFF;
  constant GPIO_OFFSET (line 68) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 69) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 76) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 77) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 78) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 79) | pub const END_INCLUSIVE:    usize =         0x4000_FFFF;
  constant START (line 87) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 88) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 89) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 90) | pub const END_INCLUSIVE:    usize =         0xFF84_FFFF;
  function code_start (line 104) | fn code_start() -> usize {
  function code_end_exclusive (line 113) | fn code_end_exclusive() -> usize {

FILE: 12_integrated_testing/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelAddrSpace (line 16) | pub type KernelAddrSpace = AddressSpace<{ memory_map::END_INCLUSIVE + 1 }>;
  constant NUM_MEM_RANGES (line 18) | const NUM_MEM_RANGES: usize = 2;
  function code_range_inclusive (line 54) | fn code_range_inclusive() -> RangeInclusive<usize> {
  function mmio_range_inclusive (line 60) | fn mmio_range_inclusive() -> RangeInclusive<usize> {
  function virt_mem_layout (line 69) | pub fn virt_mem_layout() -> &'static KernelVirtualLayout<NUM_MEM_RANGES> {
  function virt_mem_layout_sections_are_64KiB_aligned (line 84) | fn virt_mem_layout_sections_are_64KiB_aligned() {
  function virt_mem_layout_has_no_overlaps (line 99) | fn virt_mem_layout_has_no_overlaps() {

FILE: 12_integrated_testing/kernel/src/common.rs
  function size_human_readable_ceil (line 8) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 12_integrated_testing/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 12_integrated_testing/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 12_integrated_testing/kernel/src/driver.rs
  constant NUM_DRIVERS (line 16) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 18) | struct DriverManagerInner {
    method new (line 72) | pub const fn new() -> Self {
  type DeviceDriver (line 30) | pub trait DeviceDriver {
    method compatible (line 32) | fn compatible(&self) -> &'static str;
    method init (line 39) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 46) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 50) | pub struct DeviceDriverDescriptor {
    method new (line 86) | pub fn new(
  type DriverManager (line 56) | pub struct DriverManager {
    method new (line 104) | pub const fn new() -> Self {
    method register_driver (line 111) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 119) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 134) | pub unsafe fn init_drivers(&self) {
    method enumerate (line 159) | pub fn enumerate(&self) {
  function driver_manager (line 98) | pub fn driver_manager() -> &'static DriverManager {

FILE: 12_integrated_testing/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 12_integrated_testing/kernel/src/lib.rs
  function version (line 148) | pub fn version() -> &'static str {
  function kernel_init (line 158) | fn kernel_init() -> !;
  function test_runner (line 166) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 184) | unsafe fn kernel_init() -> ! {

FILE: 12_integrated_testing/kernel/src/main.rs
  function kernel_init (line 28) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 51) | fn kernel_main() -> ! {

FILE: 12_integrated_testing/kernel/src/memory/mmu.rs
  type MMUEnableError (line 38) | pub enum MMUEnableError {
    method fmt (line 124) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 48) | pub trait MMU {
    method enable_mmu_and_caching (line 55) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError>;
    method is_enabled (line 58) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 63) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 66) | pub struct AddressSpace<const AS_SIZE: usize>;
  type Translation (line 71) | pub enum Translation {
  type MemAttributes (line 79) | pub enum MemAttributes {
  type AccessPermissions (line 87) | pub enum AccessPermissions {
  type AttributeFields (line 95) | pub struct AttributeFields {
  type TranslationDescriptor (line 103) | pub struct TranslationDescriptor {
    method fmt (line 175) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type KernelVirtualLayout (line 111) | pub struct KernelVirtualLayout<const NUM_SPECIAL_RANGES: usize> {
  constant SIZE (line 134) | pub const SIZE: usize = Self::size_checked();
  constant SHIFT (line 137) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 139) | const fn size_checked() -> usize {
  constant SIZE (line 148) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 151) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 153) | const fn size_checked() -> usize {
  method default (line 164) | fn default() -> AttributeFields {
  function new (line 210) | pub const fn new(max: usize, layout: [TranslationDescriptor; NUM_SPECIAL...
  function virt_addr_properties (line 222) | pub fn virt_addr_properties(
  function print_layout (line 245) | pub fn print_layout(&self) {
  function inner (line 254) | pub fn inner(&self) -> &[TranslationDescriptor; NUM_SPECIAL_RANGES] {

FILE: 12_integrated_testing/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 12_integrated_testing/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 12_integrated_testing/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: 12_integrated_testing/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 12_integrated_testing/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 12_integrated_testing/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 12_integrated_testing/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 31) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 37) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 44) | fn spin_accuracy_check_1_second() {

FILE: 12_integrated_testing/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 12_integrated_testing/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 12_integrated_testing/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 12_integrated_testing/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 12_integrated_testing/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 12_integrated_testing/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 12_integrated_testing/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 31) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 161) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 32) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 193) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 199) | fn iss(&self) -> u64 {
    method fmt (line 207) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 36) | struct ExceptionContext {
    method exception_class (line 228) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 233) | fn fault_address_valid(&self) -> bool {
    method fmt (line 254) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 58) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 71) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 76) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 81) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 90) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 112) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 121) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 126) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 131) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 140) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 145) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 150) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 285) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 303) | pub unsafe fn handling_init() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 76) | fn set_up_mair(&self) {
    method configure_translation_control (line 89) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 122) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError> {
    method is_enabled (line 162) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 64) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 112) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {
  function kernel_tables_in_bss (line 179) | fn kernel_tables_in_bss() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 110) | struct TableDescriptor {
    method new_zeroed (line 168) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 173) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: usize) -> Se...
  type PageDescriptor (line 119) | struct PageDescriptor {
    method new_zeroed (line 228) | pub const fn new_zeroed() -> Self {
    method from_output_addr (line 233) | pub fn from_output_addr(phys_output_addr: usize, attribute_fields: &At...
  type StartAddr (line 123) | trait StartAddr {
    method phys_start_addr_u64 (line 124) | fn phys_start_addr_u64(&self) -> u64;
    method phys_start_addr_usize (line 125) | fn phys_start_addr_usize(&self) -> usize;
    method phys_start_addr_u64 (line 155) | fn phys_start_addr_u64(&self) -> u64 {
    method phys_start_addr_usize (line 159) | fn phys_start_addr_usize(&self) -> usize {
  constant NUM_LVL2_TABLES (line 128) | const NUM_LVL2_TABLES: usize = bsp::memory::mmu::KernelAddrSpace::SIZE >...
  type FixedSizeTranslationTable (line 138) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  type KernelTranslationTable (line 147) | pub type KernelTranslationTable = FixedSizeTranslationTable<NUM_LVL2_TAB...
  function from (line 191) | fn from(attribute_fields: AttributeFields) -> Self {
  function new (line 255) | pub const fn new() -> Self {
  function populate_tt_entries (line 270) | pub unsafe fn populate_tt_entries(&mut self) -> Result<(), &'static str> {
  function phys_base_address (line 289) | pub fn phys_base_address(&self) -> u64 {
  function size_of_tabledescriptor_equals_64_bit (line 305) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 314) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 92) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 100) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 103) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 119) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 121) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 128) | pub const unsafe fn new(gicd_mmio_start_addr: usize, gicc_mmio_start_a...
    type IRQNumberType (line 143) | type IRQNumberType = IRQNumber;
    method compatible (line 145) | fn compatible(&self) -> &'static str {
    method init (line 149) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 162) | type IRQNumberType = IRQNumber;
    method register_handler (line 164) | fn register_handler(
    method enable (line 181) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 185) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 213) | fn print_handler(&self) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 55) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 62) | pub struct GICC {
    method new (line 76) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method priority_accept_all (line 93) | pub fn priority_accept_all(&self) {
    method enable (line 103) | pub fn enable(&self) {
    method pending_irq_number (line 116) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 134) | pub fn mark_comleted<'irq_context>(

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 71) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 96) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 105) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 74) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 81) | pub struct GICD {
    method new (line 131) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method local_gic_target_mask (line 144) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 149) | pub fn boot_core_init(&self) {
    method enable (line 173) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 219) | type IRQNumberType = IRQNumber;
    method compatible (line 221) | fn compatible(&self) -> &'static str {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 21) | struct PendingIRQs {
    method new (line 50) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 29) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 30) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 35) | pub enum IRQNumber {
    method fmt (line 74) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 41) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 84) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 85) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 87) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 94) | pub const unsafe fn new(periph_mmio_start_addr: usize) -> Self {
    type IRQNumberType (line 106) | type IRQNumberType = IRQNumber;
    method compatible (line 108) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 114) | type IRQNumberType = IRQNumber;
    method register_handler (line 116) | fn register_handler(
    method enable (line 134) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 141) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 149) | fn print_handler(&self) {
  type Item (line 56) | type Item = usize;
  method next (line 58) | fn next(&mut self) -> Option<Self::Item> {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 48) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 51) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 53) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 61) | pub struct PeripheralIC {
    method new (line 82) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method pending_irqs (line 91) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 105) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 107) | fn register_handler(
    method enable (line 124) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 140) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 157) | fn print_handler(&self) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 214) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 217) | enum BlockingMode {
  type PL011UartInner (line 222) | struct PL011UartInner {
    method new (line 247) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 272) | pub fn init(&mut self) {
    method write_char (line 317) | fn write_char(&mut self, c: char) {
    method flush (line 330) | fn flush(&self) {
    method read_char_converting (line 338) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 377) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 233) | pub struct PL011Uart {
    constant COMPATIBLE (line 391) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 398) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    type IRQNumberType (line 411) | type IRQNumberType = IRQNumber;
    method compatible (line 413) | fn compatible(&self) -> &'static str {
    method init (line 417) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 423) | fn register_and_enable_irq_handler(
    method write_char (line 441) | fn write_char(&self, c: char) {
    method write_fmt (line 445) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 451) | fn flush(&self) {
    method read_char (line 458) | fn read_char(&self) -> char {
    method clear_rx (line 463) | fn clear_rx(&self) {
    method chars_written (line 474) | fn chars_written(&self) -> usize {
    method chars_read (line 478) | fn chars_read(&self) -> usize {
    method handle (line 486) | fn handle(&self) -> Result<(), &'static str> {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 20) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 28) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 37) | type Target = T;
  function deref (line 39) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 45) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 48) | pub const fn new(number: usize) -> Self {
  function get (line 55) | pub const fn get(self) -> usize {
  function fmt (line 61) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 36) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 43) | fn post_init_gpio() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 49) | fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 55) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 66) | fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 74) | fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 94) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 111) | pub fn qemu_bring_up_console() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/raspberrypi/memory.rs
  constant END_INCLUSIVE (line 66) | pub const END_INCLUSIVE:       usize = 0xFFFF_FFFF;
  constant GPIO_OFFSET (line 68) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 69) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 76) | pub const START:               usize =         0x3F00_0000;
  constant PERIPHERAL_IC_START (line 77) | pub const PERIPHERAL_IC_START: usize = START + 0x0000_B200;
  constant GPIO_START (line 78) | pub const GPIO_START:          usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 79) | pub const PL011_UART_START:    usize = START + UART_OFFSET;
  constant END_INCLUSIVE (line 80) | pub const END_INCLUSIVE:       usize =         0x4000_FFFF;
  constant START (line 88) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 89) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 90) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant GICD_START (line 91) | pub const GICD_START:       usize =         0xFF84_1000;
  constant GICC_START (line 92) | pub const GICC_START:       usize =         0xFF84_2000;
  constant END_INCLUSIVE (line 93) | pub const END_INCLUSIVE:    usize =         0xFF84_FFFF;
  function code_start (line 107) | fn code_start() -> usize {
  function code_end_exclusive (line 116) | fn code_end_exclusive() -> usize {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelAddrSpace (line 16) | pub type KernelAddrSpace = AddressSpace<{ memory_map::END_INCLUSIVE + 1 }>;
  constant NUM_MEM_RANGES (line 18) | const NUM_MEM_RANGES: usize = 2;
  function code_range_inclusive (line 54) | fn code_range_inclusive() -> RangeInclusive<usize> {
  function mmio_range_inclusive (line 60) | fn mmio_range_inclusive() -> RangeInclusive<usize> {
  function virt_mem_layout (line 69) | pub fn virt_mem_layout() -> &'static KernelVirtualLayout<NUM_MEM_RANGES> {
  function virt_mem_layout_sections_are_64KiB_aligned (line 84) | fn virt_mem_layout_sections_are_64KiB_aligned() {
  function virt_mem_layout_has_no_overlaps (line 99) | fn virt_mem_layout_has_no_overlaps() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/common.rs
  function size_human_readable_ceil (line 8) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/lib.rs
  function version (line 149) | pub fn version() -> &'static str {
  function kernel_init (line 159) | fn kernel_init() -> !;
  function test_runner (line 167) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 185) | unsafe fn kernel_init() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/main.rs
  function kernel_init (line 28) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 56) | fn kernel_main() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/memory/mmu.rs
  type MMUEnableError (line 38) | pub enum MMUEnableError {
    method fmt (line 124) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 48) | pub trait MMU {
    method enable_mmu_and_caching (line 55) | unsafe fn enable_mmu_and_caching(&self) -> Result<(), MMUEnableError>;
    method is_enabled (line 58) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 63) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 66) | pub struct AddressSpace<const AS_SIZE: usize>;
  type Translation (line 71) | pub enum Translation {
  type MemAttributes (line 79) | pub enum MemAttributes {
  type AccessPermissions (line 87) | pub enum AccessPermissions {
  type AttributeFields (line 95) | pub struct AttributeFields {
  type TranslationDescriptor (line 103) | pub struct TranslationDescriptor {
    method fmt (line 175) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type KernelVirtualLayout (line 111) | pub struct KernelVirtualLayout<const NUM_SPECIAL_RANGES: usize> {
  constant SIZE (line 134) | pub const SIZE: usize = Self::size_checked();
  constant SHIFT (line 137) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 139) | const fn size_checked() -> usize {
  constant SIZE (line 148) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 151) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 153) | const fn size_checked() -> usize {
  method default (line 164) | fn default() -> AttributeFields {
  function new (line 210) | pub const fn new(max: usize, layout: [TranslationDescriptor; NUM_SPECIAL...
  function virt_addr_properties (line 222) | pub fn virt_addr_properties(
  function print_layout (line 245) | pub fn print_layout(&self) {
  function inner (line 254) | pub fn inner(&self) -> &[TranslationDescriptor; NUM_SPECIAL_RANGES] {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 31) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 37) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 44) | fn spin_accuracy_check_1_second() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 30) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 43) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 54) | fn local_irq_mask_save_works() {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 13_exceptions_part2_peripheral_IRQs/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 13_exceptions_part2_peripheral_IRQs/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 36) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 78) | pub unsafe extern "C" fn _start_rust(phys_boot_core_stack_end_exclusive_...

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 31) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 161) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 32) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 193) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 199) | fn iss(&self) -> u64 {
    method fmt (line 207) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 36) | struct ExceptionContext {
    method exception_class (line 228) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 233) | fn fault_address_valid(&self) -> bool {
    method fmt (line 254) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 58) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 71) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 76) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 81) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 90) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 112) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 121) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 126) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 131) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 140) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 145) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 150) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 285) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 303) | pub unsafe fn handling_init() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 69) | fn set_up_mair(&self) {
    method configure_translation_control (line 82) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 115) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 153) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 105) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 165) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 170) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 225) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 230) | pub fn from_output_page_addr(
    method is_valid (line 249) | fn is_valid(&self) -> bool {
  type StartAddr (line 127) | trait StartAddr {
    method phys_start_addr (line 128) | fn phys_start_addr(&self) -> Address<Physical>;
    method phys_start_addr (line 156) | fn phys_start_addr(&self) -> Address<Physical> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  function from (line 188) | fn from(attribute_fields: AttributeFields) -> Self {
  type TableStartFromBottom (line 264) | type TableStartFromBottom = FixedSizeTranslationTable<{ Self::SIZE >> Gr...
  function new (line 270) | pub const fn new() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 285) | fn lvl2_lvl3_index_from_page_addr(
  function set_page_descriptor_from_page_addr (line 304) | fn set_page_descriptor_from_page_addr(
  function init (line 328) | fn init(&mut self) {
  function phys_base_address (line 344) | fn phys_base_address(&self) -> Address<Physical> {
  function map_at (line 348) | unsafe fn map_at(
  type MinSizeTranslationTable (line 382) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1>;
  function size_of_tabledescriptor_equals_64_bit (line 391) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 400) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 94) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 167) | type IRQNumberType = IRQNumber;
    method register_handler (line 169) | fn register_handler(
    method enable (line 186) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 190) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 218) | fn print_handler(&self) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 115) | type IRQNumberType = IRQNumber;
    method register_handler (line 117) | fn register_handler(
    method enable (line 135) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 150) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 50) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 53) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 55) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method pending_irqs (line 93) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 107) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 109) | fn register_handler(
    method enable (line 126) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 159) | fn print_handler(&self) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method flush (line 331) | fn flush(&self) {
    method read_char_converting (line 339) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 378) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 392) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 399) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 412) | type IRQNumberType = IRQNumber;
    method compatible (line 414) | fn compatible(&self) -> &'static str {
    method init (line 418) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 424) | fn register_and_enable_irq_handler(
    method write_char (line 442) | fn write_char(&self, c: char) {
    method write_fmt (line 446) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 452) | fn flush(&self) {
    method read_char (line 459) | fn read_char(&self) -> char {
    method clear_rx (line 464) | fn clear_rx(&self) {
    method chars_written (line 475) | fn chars_written(&self) -> usize {
    method chars_read (line 479) | fn chars_read(&self) -> usize {
    method handle (line 487) | fn handle(&self) -> Result<(), &'static str> {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 101) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 102) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 104) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 105) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 107) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 108) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 110) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 118) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 119) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 121) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 122) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 124) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 125) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 127) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 128) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 130) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 133) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 146) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 156) | fn code_size() -> usize {
  function virt_data_start (line 162) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 172) | fn data_size() -> usize {
  function virt_mmio_remap_start (line 182) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 192) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 198) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 204) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 216) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ 1024 * 1024 * 1024 }>;
  function size_to_num_pages (line 54) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_code_region (line 62) | fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_data_region (line 72) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 82) | fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 93) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_translation_tables (line 110) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 115) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_map_binary (line 129) | pub unsafe fn kernel_map_binary() -> Result<(), &'static str> {
  function virt_mem_layout_sections_are_64KiB_aligned (line 178) | fn virt_mem_layout_sections_are_64KiB_aligned() {
  function virt_mem_layout_has_no_overlaps (line 197) | fn virt_mem_layout_has_no_overlaps() {
  function kernel_tables_in_bss (line 213) | fn kernel_tables_in_bss() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/lib.rs
  function version (line 152) | pub fn version() -> &'static str {
  function kernel_init (line 162) | fn kernel_init() -> !;
  function test_runner (line 170) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 188) | unsafe fn kernel_init() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/main.rs
  function kernel_init (line 28) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 61) | fn kernel_main() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory.rs
  type AddressType (line 21) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 25) | pub enum Physical {}
  type Virtual (line 29) | pub enum Virtual {}
  type Address (line 33) | pub struct Address<ATYPE: AddressType> {
  function new (line 47) | pub const fn new(value: usize) -> Self {
  function as_usize (line 55) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 61) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 69) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 76) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 81) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 87) | type Output = Self;
  function add (line 90) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 99) | type Output = Self;
  function sub (line 102) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function fmt (line 112) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function address_type_method_sanity (line 150) | fn address_type_method_sanity() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory/mmu.rs
  type MMUEnableError (line 32) | pub enum MMUEnableError {
    method fmt (line 116) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 42) | pub trait MMU {
    method enable_mmu_and_caching (line 48) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 54) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 59) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 62) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 65) | pub trait AssociatedTranslationTable {
  function kernel_init_mmio_va_allocator (line 81) | fn kernel_init_mmio_va_allocator() {
  function kernel_map_at_unchecked (line 95) | unsafe fn kernel_map_at_unchecked(
  constant SIZE (line 126) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 129) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 132) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 134) | const fn size_checked() -> usize {
  constant SIZE (line 143) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 146) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 148) | const fn size_checked() -> usize {
  function kernel_map_at (line 166) | pub unsafe fn kernel_map_at(
  function kernel_map_mmio (line 188) | pub unsafe fn kernel_map_mmio(
  function kernel_map_binary (line 232) | pub unsafe fn kernel_map_binary() -> Result<Address<Physical>, &'static ...
  function enable_mmu_and_caching (line 249) | pub unsafe fn enable_mmu_and_caching(
  function post_enable_init (line 256) | pub fn post_enable_init() {
  function kernel_print_mappings (line 261) | pub fn kernel_print_mappings() {
  function no_manual_mmio_map (line 277) | fn no_manual_mmio_map() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method find_next_free_user (line 59) | fn find_next_free_user(&mut self) -> Result<&mut Option<&'static str>,...
    method add_user (line 67) | pub fn add_user(&mut self, user: &'static str) -> Result<(), &'static ...
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 75) | pub const fn new() -> Self {
    method size (line 79) | fn size(&self) -> usize {
    method sort (line 83) | fn sort(&mut self) {
    method find_next_free (line 92) | fn find_next_free(&mut self) -> Result<&mut Option<MappingRecordEntry>...
    method find_duplicate (line 100) | fn find_duplicate(
    method add (line 121) | pub fn add(
    method print (line 142) | pub fn print(&self) {
  function kernel_add (line 209) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 218) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 236) | pub fn kernel_print() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 29) | pub trait TranslationTable {
    method init (line 36) | fn init(&mut self);
    method phys_base_address (line 39) | fn phys_base_address(&self) -> Address<Physical>;
    method map_at (line 50) | unsafe fn map_at(
  function translationtable_implementation_sanity (line 73) | fn translationtable_implementation_sanity() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 275) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 286) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 291) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  function into_inner (line 71) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 79) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 100) | fn from(addr: usize) -> Self {
  function from (line 113) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 121) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 133) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 137) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 147) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 156) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 161) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 166) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 171) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 176) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 181) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 187) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 195) | pub fn num_pages(&self) -> usize {
  function size (line 200) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 222) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 246) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 247) | type IntoIter = Range<Self::Item>;
  method into_iter (line 249) | fn into_iter(self) -> Self::IntoIter {
  function from (line 258) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 308) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 343) | fn memoryregion_type_method_sanity() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 42) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 48) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 55) | fn spin_accuracy_check_1_second() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 41) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 54) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 65) | fn local_irq_mask_save_works() {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 14_virtual_mem_part2_mmio_remap/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 14_virtual_mem_part2_mmio_remap/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 37) | unsafe fn prepare_el2_to_el1_transition(phys_boot_core_stack_end_exclusi...
  function _start_rust (line 79) | pub unsafe extern "C" fn _start_rust(

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 31) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 161) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 32) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 193) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 199) | fn iss(&self) -> u64 {
    method fmt (line 207) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 36) | struct ExceptionContext {
    method exception_class (line 228) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 233) | fn fault_address_valid(&self) -> bool {
    method fmt (line 254) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 58) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 71) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 76) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 81) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 90) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 112) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 121) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 126) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 131) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 140) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 145) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 150) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 285) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 303) | pub unsafe fn handling_init() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 69) | fn set_up_mair(&self) {
    method configure_translation_control (line 82) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 115) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 153) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 105) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize> {
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromBottom (line 305) | type TableStartFromBottom = FixedSizeTranslationTable<{ Self::SIZE >> Gr...
  function _new (line 311) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 324) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 329) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 335) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 352) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 366) | fn set_page_descriptor_from_page_addr(
  function init (line 390) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 409) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 437) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 450) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 466) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 482) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1>;
  function size_of_tabledescriptor_equals_64_bit (line 491) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 500) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 94) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 167) | type IRQNumberType = IRQNumber;
    method register_handler (line 169) | fn register_handler(
    method enable (line 186) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 190) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 218) | fn print_handler(&self) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 115) | type IRQNumberType = IRQNumber;
    method register_handler (line 117) | fn register_handler(
    method enable (line 135) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 150) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 50) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 53) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 55) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method pending_irqs (line 93) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 107) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 109) | fn register_handler(
    method enable (line 126) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 159) | fn print_handler(&self) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method flush (line 331) | fn flush(&self) {
    method read_char_converting (line 339) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 378) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 392) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 399) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 412) | type IRQNumberType = IRQNumber;
    method compatible (line 414) | fn compatible(&self) -> &'static str {
    method init (line 418) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 424) | fn register_and_enable_irq_handler(
    method write_char (line 442) | fn write_char(&self, c: char) {
    method write_fmt (line 446) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 452) | fn flush(&self) {
    method read_char (line 459) | fn read_char(&self) -> char {
    method clear_rx (line 464) | fn clear_rx(&self) {
    method chars_written (line 475) | fn chars_written(&self) -> usize {
    method chars_read (line 479) | fn chars_read(&self) -> usize {
    method handle (line 487) | fn handle(&self) -> Result<(), &'static str> {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 101) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 102) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 104) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 105) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 107) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 108) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 110) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 118) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 119) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 121) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 122) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 124) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 125) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 127) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 128) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 130) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 133) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 146) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 156) | fn code_size() -> usize {
  function virt_data_start (line 162) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 172) | fn data_size() -> usize {
  function virt_mmio_remap_start (line 182) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 192) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 198) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 204) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 216) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_code_region (line 84) | fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_data_region (line 94) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 104) | fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 115) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 127) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function kernel_translation_tables (line 136) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 141) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 155) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/lib.rs
  function version (line 152) | pub fn version() -> &'static str {
  function kernel_init (line 162) | fn kernel_init() -> !;
  function test_runner (line 170) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 188) | unsafe fn kernel_init() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/main.rs
  function kernel_init (line 27) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 52) | fn kernel_main() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory.rs
  type AddressType (line 21) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 25) | pub enum Physical {}
  type Virtual (line 29) | pub enum Virtual {}
  type Address (line 33) | pub struct Address<ATYPE: AddressType> {
  function new (line 47) | pub const fn new(value: usize) -> Self {
  function as_usize (line 55) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 61) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 69) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 76) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 81) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 87) | type Output = Self;
  function add (line 90) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 99) | type Output = Self;
  function sub (line 102) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function fmt (line 112) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 140) | pub fn init() {
  function address_type_method_sanity (line 155) | fn address_type_method_sanity() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory/mmu.rs
  type MMUEnableError (line 33) | pub enum MMUEnableError {
    method fmt (line 117) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 43) | pub trait MMU {
    method enable_mmu_and_caching (line 49) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 55) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 60) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 63) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 66) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 88) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 105) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 127) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 130) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 133) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 135) | const fn size_checked() -> usize {
  constant SIZE (line 144) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 147) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 149) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 161) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 168) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 186) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 228) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 238) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 246) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 256) | pub unsafe fn enable_mmu_and_caching(

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method find_next_free_user (line 59) | fn find_next_free_user(&mut self) -> Result<&mut Option<&'static str>,...
    method add_user (line 67) | pub fn add_user(&mut self, user: &'static str) -> Result<(), &'static ...
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 75) | pub const fn new() -> Self {
    method size (line 79) | fn size(&self) -> usize {
    method sort (line 83) | fn sort(&mut self) {
    method find_next_free (line 92) | fn find_next_free(&mut self) -> Result<&mut Option<MappingRecordEntry>...
    method find_duplicate (line 100) | fn find_duplicate(
    method add (line 121) | pub fn add(
    method print (line 142) | pub fn print(&self) {
  function kernel_add (line 209) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 218) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 236) | pub fn kernel_print() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 275) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 286) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 291) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  function into_inner (line 71) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 79) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 100) | fn from(addr: usize) -> Self {
  function from (line 113) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 121) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 133) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 137) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 147) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 156) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 161) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 166) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 171) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 176) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 181) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 187) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 195) | pub fn num_pages(&self) -> usize {
  function size (line 200) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 222) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 246) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 247) | type IntoIter = Range<Self::Item>;
  method into_iter (line 249) | fn into_iter(self) -> Self::IntoIter {
  function from (line 258) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 308) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 343) | fn memoryregion_type_method_sanity() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 15_virtual_mem_part3_precomputed_tables/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 15_virtual_mem_part3_precomputed_tables/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 15_virtual_mem_part3_precomputed_tables/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 266) | def page_descriptor_from(virt_addr)
        method set_attributes (line 273) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 302) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 15_virtual_mem_part3_precomputed_tables/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 24) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 28) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 32) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 36) | def phys_addr_space_end_page

FILE: 15_virtual_mem_part3_precomputed_tables/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method to_s (line 112) | def to_s
    method print_divider (line 121) | def self.print_divider
    method print_header (line 127) | def self.print_header
  function kernel_map_binary (line 144) | def kernel_map_binary
  function kernel_patch_tables (line 162) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 170) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 15_virtual_mem_part3_precomputed_tables/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 37) | unsafe fn prepare_el2_to_el1_transition(
  function _start_rust (line 82) | pub unsafe extern "C" fn _start_rust(

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 31) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 161) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 32) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 193) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 199) | fn iss(&self) -> u64 {
    method fmt (line 207) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 36) | struct ExceptionContext {
    method exception_class (line 228) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 233) | fn fault_address_valid(&self) -> bool {
    method fmt (line 254) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 58) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 71) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 76) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 81) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 90) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 112) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 121) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 126) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 131) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 140) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 145) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 150) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 285) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 303) | pub unsafe fn handling_init() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 70) | fn set_up_mair(&self) {
    method configure_translation_control (line 84) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 117) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 155) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 107) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize, const STAR...
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromTop (line 305) | type TableStartFromTop =
  type TableStartFromBottom (line 308) | type TableStartFromBottom =
  constant START_FROM_TOP_OFFSET (line 315) | const START_FROM_TOP_OFFSET: Address<Virtual> =
  function _new (line 320) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 333) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 338) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 344) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 366) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 380) | fn set_page_descriptor_from_page_addr(
  function init (line 405) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 424) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 452) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 465) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 481) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 497) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1, true>;
  function size_of_tabledescriptor_equals_64_bit (line 506) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 515) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 94) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 167) | type IRQNumberType = IRQNumber;
    method register_handler (line 169) | fn register_handler(
    method enable (line 186) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 190) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 218) | fn print_handler(&self) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 115) | type IRQNumberType = IRQNumber;
    method register_handler (line 117) | fn register_handler(
    method enable (line 135) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 150) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 50) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 53) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 55) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method pending_irqs (line 93) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 107) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 109) | fn register_handler(
    method enable (line 126) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 159) | fn print_handler(&self) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method flush (line 331) | fn flush(&self) {
    method read_char_converting (line 339) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 378) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 392) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 399) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 412) | type IRQNumberType = IRQNumber;
    method compatible (line 414) | fn compatible(&self) -> &'static str {
    method init (line 418) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 424) | fn register_and_enable_irq_handler(
    method write_char (line 442) | fn write_char(&self, c: char) {
    method write_fmt (line 446) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 452) | fn flush(&self) {
    method read_char (line 459) | fn read_char(&self) -> char {
    method clear_rx (line 464) | fn clear_rx(&self) {
    method chars_written (line 475) | fn chars_written(&self) -> usize {
    method chars_read (line 479) | fn chars_read(&self) -> usize {
    method handle (line 487) | fn handle(&self) -> Result<(), &'static str> {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 105) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 106) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 108) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 109) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 111) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 112) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 114) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 122) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 123) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 125) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 126) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 128) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 129) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 131) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 132) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 134) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 137) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 150) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 160) | fn code_size() -> usize {
  function virt_data_start (line 166) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 176) | fn data_size() -> usize {
  function virt_mmio_remap_start (line 186) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 196) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 202) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 208) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 220) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_code_region (line 84) | fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_data_region (line 94) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 104) | fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 115) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 127) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function kernel_translation_tables (line 136) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 141) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 155) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/lib.rs
  function version (line 152) | pub fn version() -> &'static str {
  function test_runner (line 165) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 183) | unsafe fn kernel_init() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/main.rs
  function kernel_init (line 27) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 52) | fn kernel_main() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory.rs
  type AddressType (line 21) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 25) | pub enum Physical {}
  type Virtual (line 29) | pub enum Virtual {}
  type Address (line 33) | pub struct Address<ATYPE: AddressType> {
  function new (line 47) | pub const fn new(value: usize) -> Self {
  function as_usize (line 55) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 61) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 69) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 76) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 81) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 87) | type Output = Self;
  function add (line 90) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 99) | type Output = Self;
  function sub (line 102) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function fmt (line 112) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 140) | pub fn init() {
  function address_type_method_sanity (line 155) | fn address_type_method_sanity() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory/mmu.rs
  type MMUEnableError (line 33) | pub enum MMUEnableError {
    method fmt (line 122) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 43) | pub trait MMU {
    method enable_mmu_and_caching (line 49) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 55) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 60) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 63) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 66) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 93) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 110) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 132) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 135) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 138) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 140) | const fn size_checked() -> usize {
  constant SIZE (line 149) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 152) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 154) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 166) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 173) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 191) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 233) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 243) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 251) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 261) | pub unsafe fn enable_mmu_and_caching(

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method find_next_free_user (line 59) | fn find_next_free_user(&mut self) -> Result<&mut Option<&'static str>,...
    method add_user (line 67) | pub fn add_user(&mut self, user: &'static str) -> Result<(), &'static ...
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 75) | pub const fn new() -> Self {
    method size (line 79) | fn size(&self) -> usize {
    method sort (line 83) | fn sort(&mut self) {
    method find_next_free (line 92) | fn find_next_free(&mut self) -> Result<&mut Option<MappingRecordEntry>...
    method find_duplicate (line 100) | fn find_duplicate(
    method add (line 121) | pub fn add(
    method print (line 142) | pub fn print(&self) {
  function kernel_add (line 209) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 218) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 236) | pub fn kernel_print() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 280) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 291) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 296) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  constant MAX (line 71) | pub const MAX: Self = PageAddress {
  function into_inner (line 76) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 84) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 105) | fn from(addr: usize) -> Self {
  function from (line 118) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 126) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 138) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 142) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 152) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 161) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 166) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 171) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 176) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 181) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 186) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 192) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 200) | pub fn num_pages(&self) -> usize {
  function size (line 205) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 227) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 251) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 252) | type IntoIter = Range<Self::Item>;
  method into_iter (line 254) | fn into_iter(self) -> Self::IntoIter {
  function from (line 263) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 313) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 348) | fn memoryregion_type_method_sanity() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 16_virtual_mem_part4_higher_half_kernel/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 16_virtual_mem_part4_higher_half_kernel/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 16_virtual_mem_part4_higher_half_kernel/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 268) | def page_descriptor_from(virt_addr)
        method set_attributes (line 275) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 304) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 16_virtual_mem_part4_higher_half_kernel/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 25) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 29) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 33) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 37) | def phys_addr_space_end_page

FILE: 16_virtual_mem_part4_higher_half_kernel/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method to_s (line 112) | def to_s
    method print_divider (line 121) | def self.print_divider
    method print_header (line 127) | def self.print_header
  function kernel_map_binary (line 144) | def kernel_map_binary
  function kernel_patch_tables (line 162) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 170) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 16_virtual_mem_part4_higher_half_kernel/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: 17_kernel_symbols/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 37) | unsafe fn prepare_el2_to_el1_transition(
  function _start_rust (line 82) | pub unsafe extern "C" fn _start_rust(

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 31) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 161) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 32) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 193) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 199) | fn iss(&self) -> u64 {
    method fmt (line 207) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 36) | struct ExceptionContext {
    method exception_class (line 228) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 233) | fn fault_address_valid(&self) -> bool {
    method fmt (line 254) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 58) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 71) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 76) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 81) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 90) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 106) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 112) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 121) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 126) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 131) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 140) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 145) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 150) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 293) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 311) | pub unsafe fn handling_init() {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 70) | fn set_up_mair(&self) {
    method configure_translation_control (line 84) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 117) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 155) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 107) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize, const STAR...
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromTop (line 305) | type TableStartFromTop =
  type TableStartFromBottom (line 308) | type TableStartFromBottom =
  constant START_FROM_TOP_OFFSET (line 315) | const START_FROM_TOP_OFFSET: Address<Virtual> =
  function _new (line 320) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 333) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 338) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 344) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 366) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 380) | fn set_page_descriptor_from_page_addr(
  function init (line 405) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 424) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 452) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 465) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 481) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 497) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1, true>;
  function size_of_tabledescriptor_equals_64_bit (line 506) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 515) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 17_kernel_symbols/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 94) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 167) | type IRQNumberType = IRQNumber;
    method register_handler (line 169) | fn register_handler(
    method enable (line 186) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 190) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 218) | fn print_handler(&self) {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 115) | type IRQNumberType = IRQNumber;
    method register_handler (line 117) | fn register_handler(
    method enable (line 135) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 150) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 50) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 53) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 55) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method pending_irqs (line 93) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 107) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 109) | fn register_handler(
    method enable (line 126) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 159) | fn print_handler(&self) {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method flush (line 331) | fn flush(&self) {
    method read_char_converting (line 339) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 378) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 392) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 399) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 412) | type IRQNumberType = IRQNumber;
    method compatible (line 414) | fn compatible(&self) -> &'static str {
    method init (line 418) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 424) | fn register_and_enable_irq_handler(
    method write_char (line 442) | fn write_char(&self, c: char) {
    method write_fmt (line 446) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 452) | fn flush(&self) {
    method read_char (line 459) | fn read_char(&self) -> char {
    method clear_rx (line 464) | fn clear_rx(&self) {
    method chars_written (line 475) | fn chars_written(&self) -> usize {
    method chars_read (line 479) | fn chars_read(&self) -> usize {
    method handle (line 487) | fn handle(&self) -> Result<(), &'static str> {

FILE: 17_kernel_symbols/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 17_kernel_symbols/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 17_kernel_symbols/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 17_kernel_symbols/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 17_kernel_symbols/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 107) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 108) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 110) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 111) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 113) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 114) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 116) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 124) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 125) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 127) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 128) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 130) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 131) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 133) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 134) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 136) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 139) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 152) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 162) | fn code_size() -> usize {
  function virt_data_start (line 168) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 178) | fn data_size() -> usize {
  function virt_mmio_remap_start (line 188) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 198) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 204) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 210) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 222) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 17_kernel_symbols/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_code_region (line 84) | fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_data_region (line 94) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 104) | fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 115) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 127) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function kernel_translation_tables (line 136) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 141) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 155) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 17_kernel_symbols/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 17_kernel_symbols/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 17_kernel_symbols/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 17_kernel_symbols/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 17_kernel_symbols/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 17_kernel_symbols/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 17_kernel_symbols/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 17_kernel_symbols/kernel/src/lib.rs
  function version (line 153) | pub fn version() -> &'static str {
  function test_runner (line 166) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 184) | unsafe fn kernel_init() -> ! {

FILE: 17_kernel_symbols/kernel/src/main.rs
  function kernel_init (line 27) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 52) | fn kernel_main() -> ! {

FILE: 17_kernel_symbols/kernel/src/memory.rs
  type AddressType (line 21) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 25) | pub enum Physical {}
  type Virtual (line 29) | pub enum Virtual {}
  type Address (line 33) | pub struct Address<ATYPE: AddressType> {
  function new (line 47) | pub const fn new(value: usize) -> Self {
  function as_usize (line 55) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 61) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 69) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 76) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 81) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 87) | type Output = Self;
  function add (line 90) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 99) | type Output = Self;
  function sub (line 102) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function fmt (line 112) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 125) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 140) | pub fn init() {
  function address_type_method_sanity (line 155) | fn address_type_method_sanity() {

FILE: 17_kernel_symbols/kernel/src/memory/mmu.rs
  type MMUEnableError (line 33) | pub enum MMUEnableError {
    method fmt (line 122) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 43) | pub trait MMU {
    method enable_mmu_and_caching (line 49) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 55) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 60) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 63) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 66) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 93) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 110) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 132) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 135) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 138) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 140) | const fn size_checked() -> usize {
  constant SIZE (line 149) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 152) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 154) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 166) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 173) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 191) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 233) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 243) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 251) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 261) | pub unsafe fn enable_mmu_and_caching(

FILE: 17_kernel_symbols/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method find_next_free_user (line 59) | fn find_next_free_user(&mut self) -> Result<&mut Option<&'static str>,...
    method add_user (line 67) | pub fn add_user(&mut self, user: &'static str) -> Result<(), &'static ...
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 75) | pub const fn new() -> Self {
    method size (line 79) | fn size(&self) -> usize {
    method sort (line 83) | fn sort(&mut self) {
    method find_next_free (line 92) | fn find_next_free(&mut self) -> Result<&mut Option<MappingRecordEntry>...
    method find_duplicate (line 100) | fn find_duplicate(
    method add (line 121) | pub fn add(
    method print (line 142) | pub fn print(&self) {
  function kernel_add (line 209) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 218) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 236) | pub fn kernel_print() {

FILE: 17_kernel_symbols/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 17_kernel_symbols/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 17_kernel_symbols/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 280) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 291) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 296) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  constant MAX (line 71) | pub const MAX: Self = PageAddress {
  function into_inner (line 76) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 84) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 105) | fn from(addr: usize) -> Self {
  function from (line 118) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 126) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 138) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 142) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 152) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 161) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 166) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 171) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 176) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 181) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 186) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 192) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 200) | pub fn num_pages(&self) -> usize {
  function size (line 205) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 227) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 251) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 252) | type IntoIter = Range<Self::Item>;
  method into_iter (line 254) | fn into_iter(self) -> Self::IntoIter {
  function from (line 263) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 313) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 348) | fn memoryregion_type_method_sanity() {

FILE: 17_kernel_symbols/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 17_kernel_symbols/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 17_kernel_symbols/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 17_kernel_symbols/kernel/src/symbols.rs
  function kernel_symbol_section_virt_start_addr (line 33) | fn kernel_symbol_section_virt_start_addr() -> Address<Virtual> {
  function num_kernel_symbols (line 37) | fn num_kernel_symbols() -> usize {
  function kernel_symbols_slice (line 45) | fn kernel_symbols_slice() -> &'static [Symbol] {
  function lookup_symbol (line 56) | pub fn lookup_symbol(addr: Address<Virtual>) -> Option<&'static Symbol> {
  function symbols_sanity (line 73) | fn symbols_sanity() {

FILE: 17_kernel_symbols/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 17_kernel_symbols/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 17_kernel_symbols/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 17_kernel_symbols/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 17_kernel_symbols/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 17_kernel_symbols/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 17_kernel_symbols/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 17_kernel_symbols/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 17_kernel_symbols/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 17_kernel_symbols/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 17_kernel_symbols/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 17_kernel_symbols/kernel_symbols/build.rs
  function main (line 3) | fn main() {

FILE: 17_kernel_symbols/kernel_symbols/src/main.rs
  function panic (line 14) | fn panic(_info: &core::panic::PanicInfo) -> ! {

FILE: 17_kernel_symbols/libraries/debug-symbol-types/src/lib.rs
  type Symbol (line 14) | pub struct Symbol {
    method new (line 21) | pub const fn new(start: usize, size: usize, name: &'static str) -> Sym...
    method contains (line 32) | pub fn contains(&self, addr: usize) -> bool {
    method name (line 37) | pub fn name(&self) -> &'static str {
    method size (line 42) | pub fn size(&self) -> usize {

FILE: 17_kernel_symbols/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 17_kernel_symbols/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 17_kernel_symbols/tools/kernel_symbols_tool/cmds.rb
  function generate_symbols (line 7) | def generate_symbols(kernel_elf, output_file)
  function get_symbols_section_virt_addr (line 29) | def get_symbols_section_virt_addr(kernel_elf)
  function patch_symbol_data (line 33) | def patch_symbol_data(kernel_elf, symbols_blob_path)
  function patch_num_symbols (line 42) | def patch_num_symbols(kernel_elf)

FILE: 17_kernel_symbols/tools/kernel_symbols_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path, kernel_symbols_section, num_kernel_sym...
    method fetch_values (line 21) | def fetch_values(kernel_symbols_section, num_kernel_symbols)
    method num_kernel_symbols_virt_addr (line 33) | def num_kernel_symbols_virt_addr
    method segment_containing_virt_addr (line 37) | def segment_containing_virt_addr(virt_addr)
    method virt_addr_to_file_offset (line 43) | def virt_addr_to_file_offset(virt_addr)
    method symbols (line 50) | def symbols
    method num_symbols (line 55) | def num_symbols
    method kernel_symbols_section_virt_addr (line 59) | def kernel_symbols_section_virt_addr
    method kernel_symbols_section_size (line 63) | def kernel_symbols_section_size
    method kernel_symbols_section_offset_in_file (line 67) | def kernel_symbols_section_offset_in_file
    method num_kernel_symbols_offset_in_file (line 71) | def num_kernel_symbols_offset_in_file

FILE: 17_kernel_symbols/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 268) | def page_descriptor_from(virt_addr)
        method set_attributes (line 275) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 304) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 17_kernel_symbols/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 25) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 29) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 33) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 37) | def phys_addr_space_end_page

FILE: 17_kernel_symbols/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method to_s (line 112) | def to_s
    method print_divider (line 121) | def self.print_divider
    method print_header (line 127) | def self.print_header
  function kernel_map_binary (line 144) | def kernel_map_binary
  function kernel_patch_tables (line 162) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 170) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 17_kernel_symbols/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: 18_backtrace/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 18_backtrace/kernel/src/_arch/aarch64/backtrace.rs
  type StackFrameRecord (line 33) | struct StackFrameRecord<'a> {
  type StackFrameRecordIterator (line 38) | struct StackFrameRecordIterator<'a> {
  type Item (line 47) | type Item = BacktraceItem;
  method next (line 49) | fn next(&mut self) -> Option<Self::Item> {
  function stack_frame_record_iterator (line 90) | fn stack_frame_record_iterator<'a>() -> Option<StackFrameRecordIterator<...
  function backtrace (line 106) | pub fn backtrace(f: impl FnOnce(Option<&mut dyn Iterator<Item = Backtrac...
  function corrupt_previous_frame_addr (line 121) | pub unsafe fn corrupt_previous_frame_addr() {
  function corrupt_link (line 133) | pub unsafe fn corrupt_link() {

FILE: 18_backtrace/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 18_backtrace/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 40) | unsafe fn prepare_el2_to_el1_transition(
  function prepare_backtrace_reset (line 79) | unsafe fn prepare_backtrace_reset() {
  function _start_rust (line 97) | pub unsafe extern "C" fn _start_rust(

FILE: 18_backtrace/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 18_backtrace/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 35) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 165) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 36) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 197) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 203) | fn iss(&self) -> u64 {
    method fmt (line 211) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 40) | struct ExceptionContext {
    method exception_class (line 232) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 237) | fn fault_address_valid(&self) -> bool {
    method fmt (line 258) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 62) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 75) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 80) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 85) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 94) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 110) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 116) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 125) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 130) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 135) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 144) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 149) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 154) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 297) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 315) | pub unsafe fn handling_init() {

FILE: 18_backtrace/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 18_backtrace/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 70) | fn set_up_mair(&self) {
    method configure_translation_control (line 84) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 117) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 155) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 107) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 18_backtrace/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize, const STAR...
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromTop (line 305) | type TableStartFromTop =
  type TableStartFromBottom (line 308) | type TableStartFromBottom =
  constant START_FROM_TOP_OFFSET (line 315) | const START_FROM_TOP_OFFSET: Address<Virtual> =
  function _new (line 320) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 333) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 338) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 344) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 366) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 380) | fn set_page_descriptor_from_page_addr(
  function init (line 405) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 424) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 452) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 465) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 481) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 497) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1, true>;
  function size_of_tabledescriptor_equals_64_bit (line 506) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 515) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 18_backtrace/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 18_backtrace/kernel/src/backtrace.rs
  type BacktraceItem (line 29) | pub enum BacktraceItem {
  type Backtrace (line 36) | pub struct Backtrace;
    method fmt (line 43) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 18_backtrace/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 94) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 300;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 167) | type IRQNumberType = IRQNumber;
    method register_handler (line 169) | fn register_handler(
    method enable (line 186) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 190) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 218) | fn print_handler(&self) {

FILE: 18_backtrace/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 18_backtrace/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 18_backtrace/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 18_backtrace/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    type IRQNumberType (line 115) | type IRQNumberType = IRQNumber;
    method register_handler (line 117) | fn register_handler(
    method enable (line 135) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 150) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 18_backtrace/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 50) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 53) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 55) | type HandlerTable = [Option<exception::asynchronous::IRQHandlerDescripto...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method pending_irqs (line 93) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 107) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 109) | fn register_handler(
    method enable (line 126) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 142) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 159) | fn print_handler(&self) {

FILE: 18_backtrace/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method flush (line 331) | fn flush(&self) {
    method read_char_converting (line 339) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 378) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 392) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 399) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 412) | type IRQNumberType = IRQNumber;
    method compatible (line 414) | fn compatible(&self) -> &'static str {
    method init (line 418) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 424) | fn register_and_enable_irq_handler(
    method write_char (line 442) | fn write_char(&self, c: char) {
    method write_fmt (line 446) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 452) | fn flush(&self) {
    method read_char (line 459) | fn read_char(&self) -> char {
    method clear_rx (line 464) | fn clear_rx(&self) {
    method chars_written (line 475) | fn chars_written(&self) -> usize {
    method chars_read (line 479) | fn chars_read(&self) -> usize {
    method handle (line 487) | fn handle(&self) -> Result<(), &'static str> {

FILE: 18_backtrace/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 18_backtrace/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 18_backtrace/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 18_backtrace/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 18_backtrace/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 107) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 108) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 110) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 111) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 113) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 114) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 116) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 124) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 125) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 127) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 128) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 130) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 131) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 133) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 134) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 136) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 139) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 152) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 162) | fn code_size() -> usize {
  function virt_data_start (line 168) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 178) | fn data_size() -> usize {
  function virt_mmio_remap_start (line 188) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 198) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 204) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 210) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 222) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 18_backtrace/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_data_region (line 84) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 95) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 107) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function virt_code_region (line 116) | pub fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 126) | pub fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_translation_tables (line 136) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 141) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 155) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 18_backtrace/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 18_backtrace/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: 18_backtrace/kernel/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: 18_backtrace/kernel/src/driver.rs
  constant NUM_DRIVERS (line 17) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 19) | struct DriverManagerInner<T>
  type DeviceDriver (line 34) | pub trait DeviceDriver {
    method compatible (line 39) | fn compatible(&self) -> &'static str;
    method init (line 46) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 54) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 68) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 72) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 82) | pub struct DriverManager<T>
  function new (line 104) | pub const fn new() -> Self {
  function new (line 118) | pub fn new(
  function driver_manager (line 132) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 141) | pub const fn new() -> Self {
  function register_driver (line 148) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function for_each_descriptor (line 156) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDescr...
  function init_drivers_and_irqs (line 171) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 213) | pub fn enumerate(&self) {

FILE: 18_backtrace/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 18_backtrace/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 18_backtrace/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 18_backtrace/kernel/src/lib.rs
  function version (line 154) | pub fn version() -> &'static str {
  function test_runner (line 167) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 185) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/src/main.rs
  function kernel_init (line 27) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 52) | fn kernel_main() -> ! {

FILE: 18_backtrace/kernel/src/memory.rs
  type AddressType (line 21) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 25) | pub enum Physical {}
  type Virtual (line 29) | pub enum Virtual {}
  type Address (line 33) | pub struct Address<ATYPE: AddressType> {
  function new (line 47) | pub const fn new(value: usize) -> Self {
  function as_usize (line 55) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 61) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 69) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 76) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 81) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 87) | type Output = Self;
  function add (line 90) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 99) | type Output = Self;
  function sub (line 102) | fn sub(self, rhs: usize) -> Self::Output {
  type Output (line 111) | type Output = Self;
  function sub (line 114) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function is_valid_stack_addr (line 124) | pub fn is_valid_stack_addr(&self) -> bool {
  function is_valid_code_addr (line 129) | pub fn is_valid_code_addr(&self) -> bool {
  function fmt (line 136) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 149) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 164) | pub fn init() {
  function address_type_method_sanity (line 179) | fn address_type_method_sanity() {

FILE: 18_backtrace/kernel/src/memory/mmu.rs
  type MMUEnableError (line 33) | pub enum MMUEnableError {
    method fmt (line 122) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 43) | pub trait MMU {
    method enable_mmu_and_caching (line 49) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 55) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 60) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 63) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 66) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 93) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 110) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 132) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 135) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 138) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 140) | const fn size_checked() -> usize {
  constant SIZE (line 149) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 152) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 154) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 166) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 173) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 191) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 233) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 243) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 251) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 261) | pub unsafe fn enable_mmu_and_caching(

FILE: 18_backtrace/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method find_next_free_user (line 59) | fn find_next_free_user(&mut self) -> Result<&mut Option<&'static str>,...
    method add_user (line 67) | pub fn add_user(&mut self, user: &'static str) -> Result<(), &'static ...
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 75) | pub const fn new() -> Self {
    method size (line 79) | fn size(&self) -> usize {
    method sort (line 83) | fn sort(&mut self) {
    method find_next_free (line 92) | fn find_next_free(&mut self) -> Result<&mut Option<MappingRecordEntry>...
    method find_duplicate (line 100) | fn find_duplicate(
    method add (line 121) | pub fn add(
    method print (line 142) | pub fn print(&self) {
  function kernel_add (line 209) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 218) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 236) | pub fn kernel_print() {

FILE: 18_backtrace/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 18_backtrace/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 18_backtrace/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 280) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 291) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 296) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  constant MAX (line 71) | pub const MAX: Self = PageAddress {
  function into_inner (line 76) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 84) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 105) | fn from(addr: usize) -> Self {
  function from (line 118) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 126) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 138) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 142) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 152) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 161) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 166) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 171) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 176) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 181) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 186) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 192) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 200) | pub fn num_pages(&self) -> usize {
  function size (line 205) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 227) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 251) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 252) | type IntoIter = Range<Self::Item>;
  method into_iter (line 254) | fn into_iter(self) -> Self::IntoIter {
  function from (line 263) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 313) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 348) | fn memoryregion_type_method_sanity() {

FILE: 18_backtrace/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 18_backtrace/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 18_backtrace/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 18_backtrace/kernel/src/symbols.rs
  function kernel_symbol_section_virt_start_addr (line 33) | fn kernel_symbol_section_virt_start_addr() -> Address<Virtual> {
  function num_kernel_symbols (line 37) | fn num_kernel_symbols() -> usize {
  function kernel_symbols_slice (line 45) | fn kernel_symbols_slice() -> &'static [Symbol] {
  function lookup_symbol (line 56) | pub fn lookup_symbol(addr: Address<Virtual>) -> Option<&'static Symbol> {
  function symbols_sanity (line 73) | fn symbols_sanity() {

FILE: 18_backtrace/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 18_backtrace/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 18_backtrace/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 18_backtrace/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 18_backtrace/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 18_backtrace/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 18_backtrace/kernel/tests/05_backtrace_sanity.rb
  class PanicBacktraceTest (line 10) | class PanicBacktraceTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  class BacktraceCorrectnessTest (line 22) | class BacktraceCorrectnessTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 37) | def subtest_collection

FILE: 18_backtrace/kernel/tests/05_backtrace_sanity.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 22) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/06_backtrace_invalid_frame.rb
  class InvalidFramePointerTest (line 10) | class InvalidFramePointerTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 24) | def subtest_collection

FILE: 18_backtrace/kernel/tests/06_backtrace_invalid_frame.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 24) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/07_backtrace_invalid_link.rb
  class InvalidLinkTest (line 10) | class InvalidLinkTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 18_backtrace/kernel/tests/07_backtrace_invalid_link.rs
  function nested_2 (line 17) | fn nested_2() -> &'static str {
  function nested_1 (line 24) | fn nested_1() {
  function kernel_init (line 29) | unsafe fn kernel_init() -> ! {

FILE: 18_backtrace/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 18_backtrace/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 18_backtrace/kernel_symbols/build.rs
  function main (line 3) | fn main() {

FILE: 18_backtrace/kernel_symbols/src/main.rs
  function panic (line 14) | fn panic(_info: &core::panic::PanicInfo) -> ! {

FILE: 18_backtrace/libraries/debug-symbol-types/src/lib.rs
  type Symbol (line 14) | pub struct Symbol {
    method new (line 21) | pub const fn new(start: usize, size: usize, name: &'static str) -> Sym...
    method contains (line 32) | pub fn contains(&self, addr: usize) -> bool {
    method name (line 37) | pub fn name(&self) -> &'static str {
    method size (line 42) | pub fn size(&self) -> usize {

FILE: 18_backtrace/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 18_backtrace/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 18_backtrace/tools/kernel_symbols_tool/cmds.rb
  function generate_symbols (line 7) | def generate_symbols(kernel_elf, output_file)
  function get_symbols_section_virt_addr (line 29) | def get_symbols_section_virt_addr(kernel_elf)
  function patch_symbol_data (line 33) | def patch_symbol_data(kernel_elf, symbols_blob_path)
  function patch_num_symbols (line 42) | def patch_num_symbols(kernel_elf)

FILE: 18_backtrace/tools/kernel_symbols_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path, kernel_symbols_section, num_kernel_sym...
    method fetch_values (line 21) | def fetch_values(kernel_symbols_section, num_kernel_symbols)
    method num_kernel_symbols_virt_addr (line 33) | def num_kernel_symbols_virt_addr
    method segment_containing_virt_addr (line 37) | def segment_containing_virt_addr(virt_addr)
    method virt_addr_to_file_offset (line 43) | def virt_addr_to_file_offset(virt_addr)
    method symbols (line 50) | def symbols
    method num_symbols (line 55) | def num_symbols
    method kernel_symbols_section_virt_addr (line 59) | def kernel_symbols_section_virt_addr
    method kernel_symbols_section_size (line 63) | def kernel_symbols_section_size
    method kernel_symbols_section_offset_in_file (line 67) | def kernel_symbols_section_offset_in_file
    method num_kernel_symbols_offset_in_file (line 71) | def num_kernel_symbols_offset_in_file

FILE: 18_backtrace/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 268) | def page_descriptor_from(virt_addr)
        method set_attributes (line 275) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 304) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 18_backtrace/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 25) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 29) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 33) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 37) | def phys_addr_space_end_page

FILE: 18_backtrace/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method size_human_readable (line 112) | def size_human_readable(size)
    method to_s (line 122) | def to_s
    method print_divider (line 131) | def self.print_divider
    method print_header (line 137) | def self.print_header
  function kernel_map_binary (line 154) | def kernel_map_binary
  function kernel_patch_tables (line 172) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 180) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 18_backtrace/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: 19_kernel_heap/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/backtrace.rs
  type StackFrameRecord (line 33) | struct StackFrameRecord<'a> {
  type StackFrameRecordIterator (line 38) | struct StackFrameRecordIterator<'a> {
  type Item (line 47) | type Item = BacktraceItem;
  method next (line 49) | fn next(&mut self) -> Option<Self::Item> {
  function stack_frame_record_iterator (line 90) | fn stack_frame_record_iterator<'a>() -> Option<StackFrameRecordIterator<...
  function backtrace (line 106) | pub fn backtrace(f: impl FnOnce(Option<&mut dyn Iterator<Item = Backtrac...
  function corrupt_previous_frame_addr (line 121) | pub unsafe fn corrupt_previous_frame_addr() {
  function corrupt_link (line 133) | pub unsafe fn corrupt_link() {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 40) | unsafe fn prepare_el2_to_el1_transition(
  function prepare_backtrace_reset (line 79) | unsafe fn prepare_backtrace_reset() {
  function _start_rust (line 97) | pub unsafe extern "C" fn _start_rust(

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 35) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 165) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 36) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 197) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 203) | fn iss(&self) -> u64 {
    method fmt (line 211) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 40) | struct ExceptionContext {
    method exception_class (line 232) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 237) | fn fault_address_valid(&self) -> bool {
    method fmt (line 258) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 62) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 75) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 80) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 85) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 94) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 110) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 116) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 125) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 130) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 135) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 144) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 149) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 154) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 297) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 315) | pub unsafe fn handling_init() {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 70) | fn set_up_mair(&self) {
    method configure_translation_control (line 84) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 117) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 155) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 107) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize, const STAR...
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromTop (line 305) | type TableStartFromTop =
  type TableStartFromBottom (line 308) | type TableStartFromBottom =
  constant START_FROM_TOP_OFFSET (line 315) | const START_FROM_TOP_OFFSET: Address<Virtual> =
  function _new (line 320) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 333) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 338) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 344) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 366) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 380) | fn set_page_descriptor_from_page_addr(
  function init (line 405) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 424) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 452) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 465) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 481) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 497) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1, true>;
  function size_of_tabledescriptor_equals_64_bit (line 506) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 515) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 19_kernel_heap/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 27) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 30) | struct GenericTimerCounterValue(u64);
    constant MAX (line 55) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 96) | type Error = &'static str;
    method try_from (line 98) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 45) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 59) | type Output = Self;
  method add (line 61) | fn add(self, other: Self) -> Self {
  method from (line 67) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 91) | fn max_duration() -> Duration {
  function read_cntpct (line 121) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 134) | pub fn resolution() -> Duration {
  function uptime (line 141) | pub fn uptime() -> Duration {
  function spin_for (line 146) | pub fn spin_for(duration: Duration) {

FILE: 19_kernel_heap/kernel/src/backtrace.rs
  type BacktraceItem (line 29) | pub enum BacktraceItem {
  type Backtrace (line 36) | pub struct Backtrace;
    method fmt (line 43) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 95) | type HandlerTable = Vec<Option<exception::asynchronous::IRQHandlerDescri...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 1019;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 170) | type IRQNumberType = IRQNumber;
    method register_handler (line 172) | fn register_handler(
    method enable (line 189) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 193) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 221) | fn print_handler(&self) {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 22) | struct PendingIRQs {
    method new (line 51) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 30) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 31) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 36) | pub enum IRQNumber {
    method fmt (line 75) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 42) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 85) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 86) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 88) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 95) | pub const unsafe fn new(periph_mmio_start_addr: Address<Virtual>) -> S...
    type IRQNumberType (line 107) | type IRQNumberType = IRQNumber;
    method compatible (line 109) | fn compatible(&self) -> &'static str {
    method init (line 113) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 121) | type IRQNumberType = IRQNumber;
    method register_handler (line 123) | fn register_handler(
    method enable (line 141) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 148) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 156) | fn print_handler(&self) {
  type Item (line 57) | type Item = usize;
  method next (line 59) | fn next(&mut self) -> Option<Self::Item> {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 51) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 54) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 56) | type HandlerTable = Vec<Option<exception::asynchronous::IRQHandlerDescri...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 93) | pub fn init(&self) {
    method pending_irqs (line 99) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 113) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 115) | fn register_handler(
    method enable (line 132) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 148) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 165) | fn print_handler(&self) {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method write_array (line 331) | fn write_array(&mut self, a: &[char]) {
    method flush (line 338) | fn flush(&self) {
    method read_char_converting (line 346) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 385) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 399) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 406) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 419) | type IRQNumberType = IRQNumber;
    method compatible (line 421) | fn compatible(&self) -> &'static str {
    method init (line 425) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 431) | fn register_and_enable_irq_handler(
    method write_char (line 449) | fn write_char(&self, c: char) {
    method write_array (line 453) | fn write_array(&self, a: &[char]) {
    method write_fmt (line 457) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 463) | fn flush(&self) {
    method read_char (line 470) | fn read_char(&self) -> char {
    method clear_rx (line 475) | fn clear_rx(&self) {
    method chars_written (line 486) | fn chars_written(&self) -> usize {
    method chars_read (line 490) | fn chars_read(&self) -> usize {
    method handle (line 498) | fn handle(&self) -> Result<(), &'static str> {

FILE: 19_kernel_heap/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 19_kernel_heap/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 19_kernel_heap/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 90) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 103) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 110) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 124) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 138) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 160) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 177) | pub fn qemu_bring_up_console() {

FILE: 19_kernel_heap/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant PL011_UART (line 20) | pub const PL011_UART: IRQNumber = IRQNumber::Peripheral(PeripheralIRQ::n...
  constant PL011_UART (line 27) | pub const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 19_kernel_heap/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 118) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 119) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 121) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 122) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 124) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 125) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant END (line 127) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 135) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 136) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 138) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 139) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 141) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 142) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 144) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 145) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 147) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 150) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 163) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 173) | fn code_size() -> usize {
  function virt_data_start (line 179) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 189) | fn data_size() -> usize {
  function virt_heap_start (line 195) | fn virt_heap_start() -> PageAddress<Virtual> {
  function heap_size (line 205) | fn heap_size() -> usize {
  function virt_mmio_remap_start (line 215) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 225) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 231) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 237) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 249) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 19_kernel_heap/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_data_region (line 84) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 95) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 107) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function virt_code_region (line 116) | pub fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_heap_region (line 126) | pub fn virt_heap_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 136) | pub fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_translation_tables (line 146) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 151) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 165) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 19_kernel_heap/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 19_kernel_heap/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_array (line 25) | fn write_array(&self, a: &[char]);
    method write_fmt (line 28) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 31) | fn flush(&self);
  type Read (line 35) | pub trait Read {
    method read_char (line 37) | fn read_char(&self) -> char {
    method clear_rx (line 42) | fn clear_rx(&self);
  type Statistics (line 46) | pub trait Statistics {
    method chars_written (line 48) | fn chars_written(&self) -> usize {
    method chars_read (line 53) | fn chars_read(&self) -> usize {
  type All (line 59) | pub trait All: Write + Read + Statistics {}
  function register_console (line 75) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 91) | pub fn console() -> &'static dyn interface::All {

FILE: 19_kernel_heap/kernel/src/console/buffer_console.rs
  constant BUF_SIZE (line 15) | const BUF_SIZE: usize = 1024 * 64;
  type BufferConsoleInner (line 17) | pub struct BufferConsoleInner {
    method write_char (line 47) | fn write_char(&mut self, c: char) {
    method write_str (line 56) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type BufferConsole (line 26) | pub struct BufferConsole {
    method dump (line 76) | pub fn dump(&self) {
    method write_char (line 90) | fn write_char(&self, c: char) {
    method write_array (line 94) | fn write_array(&self, _a: &[char]) {}
    method write_fmt (line 96) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result {
    method flush (line 100) | fn flush(&self) {}
    method clear_rx (line 104) | fn clear_rx(&self) {}

FILE: 19_kernel_heap/kernel/src/driver.rs
  type DeviceDriver (line 21) | pub trait DeviceDriver {
    method compatible (line 26) | fn compatible(&self) -> &'static str;
    method init (line 33) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 41) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 55) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 58) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 68) | pub struct DriverManager<T>
  function new (line 87) | pub fn new(
  function driver_manager (line 101) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 110) | pub const fn new() -> Self {
  function register_driver (line 117) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function init_drivers_and_irqs (line 127) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 171) | pub fn enumerate(&self) {

FILE: 19_kernel_heap/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 19_kernel_heap/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 19_kernel_heap/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 19_kernel_heap/kernel/src/lib.rs
  function version (line 157) | pub fn version() -> &'static str {
  function test_runner (line 170) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 188) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/src/main.rs
  function kernel_init (line 29) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 54) | fn kernel_main() -> ! {

FILE: 19_kernel_heap/kernel/src/memory.rs
  type AddressType (line 22) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 26) | pub enum Physical {}
  type Virtual (line 30) | pub enum Virtual {}
  type Address (line 34) | pub struct Address<ATYPE: AddressType> {
  function new (line 48) | pub const fn new(value: usize) -> Self {
  function as_usize (line 56) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 62) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 70) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 77) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 82) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 88) | type Output = Self;
  function add (line 91) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 100) | type Output = Self;
  function sub (line 103) | fn sub(self, rhs: usize) -> Self::Output {
  type Output (line 112) | type Output = Self;
  function sub (line 115) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function is_valid_stack_addr (line 125) | pub fn is_valid_stack_addr(&self) -> bool {
  function is_valid_code_addr (line 130) | pub fn is_valid_code_addr(&self) -> bool {
  function fmt (line 137) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 150) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 165) | pub fn init() {
  function address_type_method_sanity (line 181) | fn address_type_method_sanity() {

FILE: 19_kernel_heap/kernel/src/memory/heap_alloc.rs
  type HeapAllocator (line 23) | pub struct HeapAllocator {
    method new (line 77) | pub const fn new() -> Self {
    method print_usage (line 84) | pub fn print_usage(&self) {
  function debug_print_alloc_dealloc (line 39) | fn debug_print_alloc_dealloc(operation: &'static str, ptr: *mut u8, layo...
  function alloc_error_handler (line 66) | fn alloc_error_handler(layout: Layout) -> ! {
  function kernel_heap_allocator (line 71) | pub fn kernel_heap_allocator() -> &'static HeapAllocator {
  method alloc (line 106) | unsafe fn alloc(&self, layout: Layout) -> *mut u8 {
  method dealloc (line 123) | unsafe fn dealloc(&self, ptr: *mut u8, layout: Layout) {
  function kernel_init_heap_allocator (line 133) | pub fn kernel_init_heap_allocator() {

FILE: 19_kernel_heap/kernel/src/memory/mmu.rs
  type MMUEnableError (line 32) | pub enum MMUEnableError {
    method fmt (line 121) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 42) | pub trait MMU {
    method enable_mmu_and_caching (line 48) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 54) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 59) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 62) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 65) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 92) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 109) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 131) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 134) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 137) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 139) | const fn size_checked() -> usize {
  constant SIZE (line 148) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 151) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 153) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 165) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 172) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 188) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 230) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 240) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 248) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 258) | pub unsafe fn enable_mmu_and_caching(

FILE: 19_kernel_heap/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method add_user (line 59) | pub fn add_user(&mut self, user: &'static str) {
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 65) | pub const fn new() -> Self {
    method sort (line 69) | fn sort(&mut self) {
    method find_duplicate (line 75) | fn find_duplicate(
    method add (line 95) | pub fn add(
    method print (line 112) | pub fn print(&self) {
  function kernel_add (line 177) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 186) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 202) | pub fn kernel_print() {

FILE: 19_kernel_heap/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 19_kernel_heap/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 19_kernel_heap/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 280) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 291) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 296) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  constant MAX (line 71) | pub const MAX: Self = PageAddress {
  function into_inner (line 76) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 84) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 105) | fn from(addr: usize) -> Self {
  function from (line 118) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 126) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 138) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 142) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 152) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 161) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 166) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 171) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 176) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 181) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 186) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 192) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 200) | pub fn num_pages(&self) -> usize {
  function size (line 205) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 227) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 251) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 252) | type IntoIter = Range<Self::Item>;
  method into_iter (line 254) | fn into_iter(self) -> Self::IntoIter {
  function from (line 263) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 313) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 348) | fn memoryregion_type_method_sanity() {

FILE: 19_kernel_heap/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 19_kernel_heap/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 19_kernel_heap/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 19_kernel_heap/kernel/src/symbols.rs
  function kernel_symbol_section_virt_start_addr (line 33) | fn kernel_symbol_section_virt_start_addr() -> Address<Virtual> {
  function num_kernel_symbols (line 37) | fn num_kernel_symbols() -> usize {
  function kernel_symbols_slice (line 45) | fn kernel_symbols_slice() -> &'static [Symbol] {
  function lookup_symbol (line 56) | pub fn lookup_symbol(addr: Address<Virtual>) -> Option<&'static Symbol> {
  function symbols_sanity (line 73) | fn symbols_sanity() {

FILE: 19_kernel_heap/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 19_kernel_heap/kernel/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method resolution (line 42) | pub fn resolution(&self) -> Duration {
    method uptime (line 49) | pub fn uptime(&self) -> Duration {
    method spin_for (line 54) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: 19_kernel_heap/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 19_kernel_heap/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 19_kernel_heap/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 19_kernel_heap/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 19_kernel_heap/kernel/tests/05_backtrace_sanity.rb
  class PanicBacktraceTest (line 10) | class PanicBacktraceTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  class BacktraceCorrectnessTest (line 22) | class BacktraceCorrectnessTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 37) | def subtest_collection

FILE: 19_kernel_heap/kernel/tests/05_backtrace_sanity.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 22) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/06_backtrace_invalid_frame.rb
  class InvalidFramePointerTest (line 10) | class InvalidFramePointerTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 24) | def subtest_collection

FILE: 19_kernel_heap/kernel/tests/06_backtrace_invalid_frame.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 24) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/07_backtrace_invalid_link.rb
  class InvalidLinkTest (line 10) | class InvalidLinkTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 19_kernel_heap/kernel/tests/07_backtrace_invalid_link.rs
  function nested_2 (line 17) | fn nested_2() -> &'static str {
  function nested_1 (line 24) | fn nested_1() {
  function kernel_init (line 29) | unsafe fn kernel_init() -> ! {

FILE: 19_kernel_heap/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 19_kernel_heap/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 19_kernel_heap/kernel_symbols/build.rs
  function main (line 3) | fn main() {

FILE: 19_kernel_heap/kernel_symbols/src/main.rs
  function panic (line 14) | fn panic(_info: &core::panic::PanicInfo) -> ! {

FILE: 19_kernel_heap/libraries/debug-symbol-types/src/lib.rs
  type Symbol (line 14) | pub struct Symbol {
    method new (line 21) | pub const fn new(start: usize, size: usize, name: &'static str) -> Sym...
    method contains (line 32) | pub fn contains(&self, addr: usize) -> bool {
    method name (line 37) | pub fn name(&self) -> &'static str {
    method size (line 42) | pub fn size(&self) -> usize {

FILE: 19_kernel_heap/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 19_kernel_heap/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 19_kernel_heap/tools/kernel_symbols_tool/cmds.rb
  function generate_symbols (line 7) | def generate_symbols(kernel_elf, output_file)
  function get_symbols_section_virt_addr (line 29) | def get_symbols_section_virt_addr(kernel_elf)
  function patch_symbol_data (line 33) | def patch_symbol_data(kernel_elf, symbols_blob_path)
  function patch_num_symbols (line 42) | def patch_num_symbols(kernel_elf)

FILE: 19_kernel_heap/tools/kernel_symbols_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path, kernel_symbols_section, num_kernel_sym...
    method fetch_values (line 21) | def fetch_values(kernel_symbols_section, num_kernel_symbols)
    method num_kernel_symbols_virt_addr (line 33) | def num_kernel_symbols_virt_addr
    method segment_containing_virt_addr (line 37) | def segment_containing_virt_addr(virt_addr)
    method virt_addr_to_file_offset (line 43) | def virt_addr_to_file_offset(virt_addr)
    method symbols (line 50) | def symbols
    method num_symbols (line 55) | def num_symbols
    method kernel_symbols_section_virt_addr (line 59) | def kernel_symbols_section_virt_addr
    method kernel_symbols_section_size (line 63) | def kernel_symbols_section_size
    method kernel_symbols_section_offset_in_file (line 67) | def kernel_symbols_section_offset_in_file
    method num_kernel_symbols_offset_in_file (line 71) | def num_kernel_symbols_offset_in_file

FILE: 19_kernel_heap/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 268) | def page_descriptor_from(virt_addr)
        method set_attributes (line 275) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 304) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 19_kernel_heap/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 25) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 29) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 33) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 37) | def phys_addr_space_end_page

FILE: 19_kernel_heap/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method size_human_readable (line 112) | def size_human_readable(size)
    method to_s (line 122) | def to_s
    method print_divider (line 131) | def self.print_divider
    method print_header (line 137) | def self.print_header
  function kernel_map_binary (line 154) | def kernel_map_binary
  function kernel_patch_tables (line 172) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 180) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 19_kernel_heap/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: 20_timer_callbacks/kernel/build.rs
  function main (line 3) | fn main() {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/backtrace.rs
  type StackFrameRecord (line 33) | struct StackFrameRecord<'a> {
  type StackFrameRecordIterator (line 38) | struct StackFrameRecordIterator<'a> {
  type Item (line 47) | type Item = BacktraceItem;
  method next (line 49) | fn next(&mut self) -> Option<Self::Item> {
  function stack_frame_record_iterator (line 90) | fn stack_frame_record_iterator<'a>() -> Option<StackFrameRecordIterator<...
  function backtrace (line 106) | pub fn backtrace(f: impl FnOnce(Option<&mut dyn Iterator<Item = Backtrac...
  function corrupt_previous_frame_addr (line 121) | pub unsafe fn corrupt_previous_frame_addr() {
  function corrupt_link (line 133) | pub unsafe fn corrupt_link() {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {
  constant QEMU_EXIT_HANDLE (line 37) | const QEMU_EXIT_HANDLE: qemu_exit::AArch64 = qemu_exit::AArch64::new();
  function qemu_exit_failure (line 41) | pub fn qemu_exit_failure() -> ! {
  function qemu_exit_success (line 47) | pub fn qemu_exit_success() -> ! {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/cpu/boot.rs
  function prepare_el2_to_el1_transition (line 40) | unsafe fn prepare_el2_to_el1_transition(
  function prepare_backtrace_reset (line 79) | unsafe fn prepare_backtrace_reset() {
  function _start_rust (line 97) | pub unsafe extern "C" fn _start_rust(

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/cpu/smp.rs
  function core_id (line 23) | pub fn core_id<T>() -> T

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/exception.rs
  type SpsrEL1 (line 35) | struct SpsrEL1(InMemoryRegister<u64, SPSR_EL1::Register>);
    method fmt (line 165) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type EsrEL1 (line 36) | struct EsrEL1(InMemoryRegister<u64, ESR_EL1::Register>);
    method exception_class (line 197) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method iss (line 203) | fn iss(&self) -> u64 {
    method fmt (line 211) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type ExceptionContext (line 40) | struct ExceptionContext {
    method exception_class (line 232) | fn exception_class(&self) -> Option<ESR_EL1::EC::Value> {
    method fault_address_valid (line 237) | fn fault_address_valid(&self) -> bool {
    method fmt (line 258) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function default_exception_handler (line 62) | fn default_exception_handler(exc: &ExceptionContext) {
  function current_el0_synchronous (line 75) | extern "C" fn current_el0_synchronous(_e: &mut ExceptionContext) {
  function current_el0_irq (line 80) | extern "C" fn current_el0_irq(_e: &mut ExceptionContext) {
  function current_el0_serror (line 85) | extern "C" fn current_el0_serror(_e: &mut ExceptionContext) {
  function current_elx_synchronous (line 94) | extern "C" fn current_elx_synchronous(e: &mut ExceptionContext) {
  function current_elx_irq (line 110) | extern "C" fn current_elx_irq(_e: &mut ExceptionContext) {
  function current_elx_serror (line 116) | extern "C" fn current_elx_serror(e: &mut ExceptionContext) {
  function lower_aarch64_synchronous (line 125) | extern "C" fn lower_aarch64_synchronous(e: &mut ExceptionContext) {
  function lower_aarch64_irq (line 130) | extern "C" fn lower_aarch64_irq(e: &mut ExceptionContext) {
  function lower_aarch64_serror (line 135) | extern "C" fn lower_aarch64_serror(e: &mut ExceptionContext) {
  function lower_aarch32_synchronous (line 144) | extern "C" fn lower_aarch32_synchronous(e: &mut ExceptionContext) {
  function lower_aarch32_irq (line 149) | extern "C" fn lower_aarch32_irq(e: &mut ExceptionContext) {
  function lower_aarch32_serror (line 154) | extern "C" fn lower_aarch32_serror(e: &mut ExceptionContext) {
  function current_privilege_level (line 297) | pub fn current_privilege_level() -> (PrivilegeLevel, &'static str) {
  function handling_init (line 315) | pub unsafe fn handling_init() {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/exception/asynchronous.rs
  constant IRQ (line 23) | pub const IRQ: u8 = 0b0010;
  type DaifField (line 26) | trait DaifField {
    method daif_field (line 27) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register>;
    method daif_field (line 40) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 46) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 52) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
    method daif_field (line 58) | fn daif_field() -> tock_registers::fields::Field<u64, DAIF::Register> {
  type Debug (line 30) | struct Debug;
  type SError (line 31) | struct SError;
  type IRQ (line 32) | struct IRQ;
  type FIQ (line 33) | struct FIQ;
  function is_masked (line 63) | fn is_masked<T>() -> bool
  function is_local_irq_masked (line 75) | pub fn is_local_irq_masked() -> bool {
  function local_irq_unmask (line 87) | pub fn local_irq_unmask() {
  function local_irq_mask (line 99) | pub fn local_irq_mask() {
  function local_irq_mask_save (line 111) | pub fn local_irq_mask_save() -> u64 {
  function local_irq_restore (line 124) | pub fn local_irq_restore(saved: u64) {
  function print_state (line 130) | pub fn print_state() {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/memory/mmu.rs
  type MemoryManagementUnit (line 29) | struct MemoryManagementUnit;
    method set_up_mair (line 70) | fn set_up_mair(&self) {
    method configure_translation_control (line 84) | fn configure_translation_control(&self) {
    method enable_mmu_and_caching (line 117) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 155) | fn is_enabled(&self) -> bool {
  type Granule512MiB (line 35) | pub type Granule512MiB = TranslationGranule<{ 512 * 1024 * 1024 }>;
  type Granule64KiB (line 36) | pub type Granule64KiB = TranslationGranule<{ 64 * 1024 }>;
  constant DEVICE (line 41) | pub const DEVICE: u64 = 0;
  constant NORMAL (line 42) | pub const NORMAL: u64 = 1;
  function arch_address_space_size_sanity_checks (line 57) | pub const fn arch_address_space_size_sanity_checks() {
  function mmu (line 107) | pub fn mmu() -> &'static impl memory::mmu::interface::MMU {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/memory/mmu/translation_table.rs
  type TableDescriptor (line 114) | struct TableDescriptor {
    method new_zeroed (line 164) | pub const fn new_zeroed() -> Self {
    method from_next_lvl_table_addr (line 169) | pub fn from_next_lvl_table_addr(phys_next_lvl_table_addr: Address<Phys...
  type PageDescriptor (line 123) | struct PageDescriptor {
    method new_zeroed (line 253) | pub const fn new_zeroed() -> Self {
    method from_output_page_addr (line 258) | pub fn from_output_page_addr(
    method is_valid (line 277) | fn is_valid(&self) -> bool {
    method output_page_addr (line 283) | fn output_page_addr(&self) -> PageAddress<Physical> {
    method try_attributes (line 291) | fn try_attributes(&self) -> Result<AttributeFields, &'static str> {
  type StartAddr (line 127) | trait StartAddr {
    method virt_start_addr (line 128) | fn virt_start_addr(&self) -> Address<Virtual>;
    method virt_start_addr (line 155) | fn virt_start_addr(&self) -> Address<Virtual> {
  type FixedSizeTranslationTable (line 139) | pub struct FixedSizeTranslationTable<const NUM_TABLES: usize, const STAR...
  function from (line 187) | fn from(attribute_fields: AttributeFields) -> Self {
  type Error (line 222) | type Error = &'static str;
  method try_from (line 224) | fn try_from(
  type TableStartFromTop (line 305) | type TableStartFromTop =
  type TableStartFromBottom (line 308) | type TableStartFromBottom =
  constant START_FROM_TOP_OFFSET (line 315) | const START_FROM_TOP_OFFSET: Address<Virtual> =
  function _new (line 320) | const fn _new(for_precompute: bool) -> Self {
  function new_for_precompute (line 333) | pub const fn new_for_precompute() -> Self {
  function new_for_runtime (line 338) | pub fn new_for_runtime() -> Self {
  function lvl2_lvl3_index_from_page_addr (line 344) | fn lvl2_lvl3_index_from_page_addr(
  function page_descriptor_from_page_addr (line 366) | fn page_descriptor_from_page_addr(
  function set_page_descriptor_from_page_addr (line 380) | fn set_page_descriptor_from_page_addr(
  function init (line 405) | fn init(&mut self) -> Result<(), &'static str> {
  function map_at (line 424) | unsafe fn map_at(
  function try_virt_page_addr_to_phys_page_addr (line 452) | fn try_virt_page_addr_to_phys_page_addr(
  function try_page_attributes (line 465) | fn try_page_attributes(
  function try_virt_addr_to_phys_addr (line 481) | fn try_virt_addr_to_phys_addr(
  type MinSizeTranslationTable (line 497) | pub type MinSizeTranslationTable = FixedSizeTranslationTable<1, true>;
  function size_of_tabledescriptor_equals_64_bit (line 506) | fn size_of_tabledescriptor_equals_64_bit() {
  function size_of_pagedescriptor_equals_64_bit (line 515) | fn size_of_pagedescriptor_equals_64_bit() {

FILE: 20_timer_callbacks/kernel/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 30) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 33) | struct GenericTimerCounterValue(u64);
    constant MAX (line 58) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 99) | type Error = &'static str;
    method try_from (line 101) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 48) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 62) | type Output = Self;
  method add (line 64) | fn add(self, other: Self) -> Self {
  method from (line 70) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 94) | fn max_duration() -> Duration {
  function read_cntpct (line 124) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 137) | pub fn resolution() -> Duration {
  function uptime (line 144) | pub fn uptime() -> Duration {
  function spin_for (line 149) | pub fn spin_for(duration: Duration) {
  function timeout_irq (line 168) | pub const fn timeout_irq() -> exception::asynchronous::IRQNumber {
  function set_timeout_irq (line 173) | pub fn set_timeout_irq(due_time: Duration) {
  function conclude_timeout_irq (line 190) | pub fn conclude_timeout_irq() {

FILE: 20_timer_callbacks/kernel/src/backtrace.rs
  type BacktraceItem (line 29) | pub enum BacktraceItem {
  type Backtrace (line 36) | pub struct Backtrace;
    method fmt (line 43) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/arm/gicv2.rs
  type HandlerTable (line 95) | type HandlerTable = Vec<Option<exception::asynchronous::IRQHandlerDescri...
  type IRQNumber (line 102) | pub type IRQNumber = BoundedUsize<{ GICv2::MAX_IRQ_NUMBER }>;
  type GICv2 (line 105) | pub struct GICv2 {
    constant MAX_IRQ_NUMBER (line 121) | const MAX_IRQ_NUMBER: usize = 1019;
    constant COMPATIBLE (line 123) | pub const COMPATIBLE: &'static str = "GICv2 (ARM Generic Interrupt Con...
    method new (line 130) | pub const unsafe fn new(
    type IRQNumberType (line 148) | type IRQNumberType = IRQNumber;
    method compatible (line 150) | fn compatible(&self) -> &'static str {
    method init (line 154) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 170) | type IRQNumberType = IRQNumber;
    method register_handler (line 172) | fn register_handler(
    method enable (line 189) | fn enable(&self, irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 193) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 221) | fn print_handler(&self) {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/arm/gicv2/gicc.rs
  type Registers (line 59) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GICC (line 66) | pub struct GICC {
    method new (line 80) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method priority_accept_all (line 97) | pub fn priority_accept_all(&self) {
    method enable (line 107) | pub fn enable(&self) {
    method pending_irq_number (line 120) | pub fn pending_irq_number<'irq_context>(
    method mark_comleted (line 138) | pub fn mark_comleted<'irq_context>(

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/arm/gicv2/gicd.rs
  type SharedRegisters (line 73) | type SharedRegisters = MMIODerefWrapper<SharedRegisterBlock>;
    method num_irqs (line 98) | fn num_irqs(&mut self) -> usize {
    method implemented_itargets_slice (line 107) | fn implemented_itargets_slice(&mut self) -> &[ReadWrite<u32, ITARGETSR...
  type BankedRegisters (line 76) | type BankedRegisters = MMIODerefWrapper<BankedRegisterBlock>;
  type GICD (line 83) | pub struct GICD {
    method new (line 133) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method local_gic_target_mask (line 146) | fn local_gic_target_mask(&self) -> u32 {
    method boot_core_init (line 151) | pub fn boot_core_init(&self) {
    method enable (line 175) | pub fn enable(&self, irq_num: &super::IRQNumber) {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 113) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 115) | struct GPIOInner {
    method new (line 138) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method disable_pud_14_15_bcm2837 (line 146) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 167) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 178) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 124) | pub struct GPIO {
    constant COMPATIBLE (line 198) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 205) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method map_pl011_uart (line 212) | pub fn map_pl011_uart(&self) {
    type IRQNumberType (line 223) | type IRQNumberType = IRQNumber;
    method compatible (line 225) | fn compatible(&self) -> &'static str {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller.rs
  type PendingIRQs (line 23) | struct PendingIRQs {
    method new (line 53) | pub fn new(bitmask: u64) -> Self {
  type LocalIRQ (line 31) | pub type LocalIRQ = BoundedUsize<{ InterruptController::MAX_LOCAL_IRQ_NU...
  type PeripheralIRQ (line 32) | pub type PeripheralIRQ = BoundedUsize<{ InterruptController::MAX_PERIPHE...
  type IRQNumber (line 37) | pub enum IRQNumber {
    method fmt (line 77) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  type InterruptController (line 43) | pub struct InterruptController {
    constant MAX_LOCAL_IRQ_NUMBER (line 87) | const MAX_LOCAL_IRQ_NUMBER: usize = 3;
    constant MAX_PERIPHERAL_IRQ_NUMBER (line 88) | const MAX_PERIPHERAL_IRQ_NUMBER: usize = 63;
    constant COMPATIBLE (line 90) | pub const COMPATIBLE: &'static str = "BCM Interrupt Controller";
    method new (line 97) | pub const unsafe fn new(
    type IRQNumberType (line 113) | type IRQNumberType = IRQNumber;
    method compatible (line 115) | fn compatible(&self) -> &'static str {
    method init (line 119) | unsafe fn init(&self) -> Result<(), &'static str> {
    type IRQNumberType (line 128) | type IRQNumberType = IRQNumber;
    method register_handler (line 130) | fn register_handler(
    method enable (line 156) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 163) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 171) | fn print_handler(&self) {
  type Item (line 59) | type Item = usize;
  method next (line 61) | fn next(&mut self) -> Option<Self::Item> {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/local_ic.rs
  type WriteOnlyRegisters (line 49) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 52) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 54) | type HandlerTable = Vec<Option<exception::asynchronous::IRQHandlerDescri...
  type LocalIC (line 61) | pub struct LocalIC {
    constant PERIPH_IRQ_MASK (line 78) | const PERIPH_IRQ_MASK: u32 = (1 << 8);
    method new (line 85) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 94) | pub fn init(&self) {
    method pending_irqs (line 100) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 114) | type IRQNumberType = LocalIRQ;
    method register_handler (line 116) | fn register_handler(
    method enable (line 133) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 143) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 160) | fn print_handler(&self) {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/bcm/bcm2xxx_interrupt_controller/peripheral_ic.rs
  type WriteOnlyRegisters (line 51) | type WriteOnlyRegisters = MMIODerefWrapper<WORegisterBlock>;
  type ReadOnlyRegisters (line 54) | type ReadOnlyRegisters = MMIODerefWrapper<RORegisterBlock>;
  type HandlerTable (line 56) | type HandlerTable = Vec<Option<exception::asynchronous::IRQHandlerDescri...
  type PeripheralIC (line 63) | pub struct PeripheralIC {
    method new (line 84) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 93) | pub fn init(&self) {
    method pending_irqs (line 99) | fn pending_irqs(&self) -> PendingIRQs {
    type IRQNumberType (line 113) | type IRQNumberType = PeripheralIRQ;
    method register_handler (line 115) | fn register_handler(
    method enable (line 132) | fn enable(&self, irq: &Self::IRQNumberType) {
    method handle_pending_irqs (line 148) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 165) | fn print_handler(&self) {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 215) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 218) | enum BlockingMode {
  type PL011UartInner (line 223) | struct PL011UartInner {
    method new (line 248) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    method init (line 273) | pub fn init(&mut self) {
    method write_char (line 318) | fn write_char(&mut self, c: char) {
    method write_array (line 331) | fn write_array(&mut self, a: &[char]) {
    method flush (line 338) | fn flush(&self) {
    method read_char_converting (line 346) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 385) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 234) | pub struct PL011Uart {
    constant COMPATIBLE (line 399) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 406) | pub const unsafe fn new(mmio_start_addr: Address<Virtual>) -> Self {
    type IRQNumberType (line 419) | type IRQNumberType = IRQNumber;
    method compatible (line 421) | fn compatible(&self) -> &'static str {
    method init (line 425) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 431) | fn register_and_enable_irq_handler(
    method write_char (line 449) | fn write_char(&self, c: char) {
    method write_array (line 453) | fn write_array(&self, a: &[char]) {
    method write_fmt (line 457) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 463) | fn flush(&self) {
    method read_char (line 470) | fn read_char(&self) -> char {
    method clear_rx (line 475) | fn clear_rx(&self) {
    method chars_written (line 486) | fn chars_written(&self) -> usize {
    method chars_read (line 490) | fn chars_read(&self) -> usize {
    method handle (line 498) | fn handle(&self) -> Result<(), &'static str> {

FILE: 20_timer_callbacks/kernel/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 14) | pub struct MMIODerefWrapper<T> {
  type BoundedUsize (line 21) | pub struct BoundedUsize<const MAX_INCLUSIVE: usize>(usize);
  function new (line 29) | pub const unsafe fn new(start_addr: Address<Virtual>) -> Self {
  type Target (line 38) | type Target = T;
  function deref (line 40) | fn deref(&self) -> &Self::Target {
  constant MAX_INCLUSIVE (line 46) | pub const MAX_INCLUSIVE: usize = MAX_INCLUSIVE;
  function new (line 49) | pub const fn new(number: usize) -> Self {
  function get (line 56) | pub const fn get(self) -> usize {
  function fmt (line 62) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {

FILE: 20_timer_callbacks/kernel/src/bsp/raspberrypi.rs
  function board_name (line 17) | pub fn board_name() -> &'static str {

FILE: 20_timer_callbacks/kernel/src/bsp/raspberrypi/driver.rs
  function instantiate_uart (line 39) | unsafe fn instantiate_uart() -> Result<(), &'static str> {
  function post_init_uart (line 50) | unsafe fn post_init_uart() -> Result<(), &'static str> {
  function instantiate_gpio (line 57) | unsafe fn instantiate_gpio() -> Result<(), &'static str> {
  function post_init_gpio (line 68) | unsafe fn post_init_gpio() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 75) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function instantiate_interrupt_controller (line 99) | unsafe fn instantiate_interrupt_controller() -> Result<(), &'static str> {
  function post_init_interrupt_controller (line 112) | unsafe fn post_init_interrupt_controller() -> Result<(), &'static str> {
  function driver_uart (line 119) | unsafe fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 133) | unsafe fn driver_gpio() -> Result<(), &'static str> {
  function driver_interrupt_controller (line 147) | unsafe fn driver_interrupt_controller() -> Result<(), &'static str> {
  function init (line 169) | pub unsafe fn init() -> Result<(), &'static str> {
  function qemu_bring_up_console (line 186) | pub fn qemu_bring_up_console() {

FILE: 20_timer_callbacks/kernel/src/bsp/raspberrypi/exception/asynchronous.rs
  constant ARM_NS_PHYSICAL_TIMER (line 22) | pub const ARM_NS_PHYSICAL_TIMER: IRQNumber = IRQNumber::Local(LocalIRQ::...
  constant PL011_UART (line 24) | pub(in crate::bsp) const PL011_UART: IRQNumber = IRQNumber::Peripheral(P...
  constant ARM_NS_PHYSICAL_TIMER (line 33) | pub const ARM_NS_PHYSICAL_TIMER: IRQNumber = IRQNumber::new(30);
  constant PL011_UART (line 35) | pub(in crate::bsp) const PL011_UART: IRQNumber = IRQNumber::new(153);

FILE: 20_timer_callbacks/kernel/src/bsp/raspberrypi/memory.rs
  constant PERIPHERAL_IC_START (line 118) | pub const PERIPHERAL_IC_START: Address<Physical> = Address::new(0x3F00_B...
  constant PERIPHERAL_IC_SIZE (line 119) | pub const PERIPHERAL_IC_SIZE:  usize             =              0x24;
  constant GPIO_START (line 121) | pub const GPIO_START:          Address<Physical> = Address::new(0x3F20_0...
  constant GPIO_SIZE (line 122) | pub const GPIO_SIZE:           usize             =              0xA0;
  constant PL011_UART_START (line 124) | pub const PL011_UART_START:    Address<Physical> = Address::new(0x3F20_1...
  constant PL011_UART_SIZE (line 125) | pub const PL011_UART_SIZE:     usize             =              0x48;
  constant LOCAL_IC_START (line 127) | pub const LOCAL_IC_START:      Address<Physical> = Address::new(0x4000_0...
  constant LOCAL_IC_SIZE (line 128) | pub const LOCAL_IC_SIZE:       usize             =              0x100;
  constant END (line 130) | pub const END:                 Address<Physical> = Address::new(0x4001_0...
  constant GPIO_START (line 138) | pub const GPIO_START:       Address<Physical> = Address::new(0xFE20_0000);
  constant GPIO_SIZE (line 139) | pub const GPIO_SIZE:        usize             =              0xA0;
  constant PL011_UART_START (line 141) | pub const PL011_UART_START: Address<Physical> = Address::new(0xFE20_1000);
  constant PL011_UART_SIZE (line 142) | pub const PL011_UART_SIZE:  usize             =              0x48;
  constant GICD_START (line 144) | pub const GICD_START:       Address<Physical> = Address::new(0xFF84_1000);
  constant GICD_SIZE (line 145) | pub const GICD_SIZE:        usize             =              0x824;
  constant GICC_START (line 147) | pub const GICC_START:       Address<Physical> = Address::new(0xFF84_2000);
  constant GICC_SIZE (line 148) | pub const GICC_SIZE:        usize             =              0x14;
  constant END (line 150) | pub const END:              Address<Physical> = Address::new(0xFF85_0000);
  constant END (line 153) | pub const END: Address<Physical> = mmio::END;
  function virt_code_start (line 166) | fn virt_code_start() -> PageAddress<Virtual> {
  function code_size (line 176) | fn code_size() -> usize {
  function virt_data_start (line 182) | fn virt_data_start() -> PageAddress<Virtual> {
  function data_size (line 192) | fn data_size() -> usize {
  function virt_heap_start (line 198) | fn virt_heap_start() -> PageAddress<Virtual> {
  function heap_size (line 208) | fn heap_size() -> usize {
  function virt_mmio_remap_start (line 218) | fn virt_mmio_remap_start() -> PageAddress<Virtual> {
  function mmio_remap_size (line 228) | fn mmio_remap_size() -> usize {
  function virt_boot_core_stack_start (line 234) | fn virt_boot_core_stack_start() -> PageAddress<Virtual> {
  function boot_core_stack_size (line 240) | fn boot_core_stack_size() -> usize {
  function phys_addr_space_end_exclusive_addr (line 252) | pub fn phys_addr_space_end_exclusive_addr() -> PageAddress<Physical> {

FILE: 20_timer_callbacks/kernel/src/bsp/raspberrypi/memory/mmu.rs
  type KernelTranslationTable (line 22) | type KernelTranslationTable =
  type KernelGranule (line 31) | pub type KernelGranule = TranslationGranule<{ 64 * 1024 }>;
  type KernelVirtAddrSpace (line 34) | pub type KernelVirtAddrSpace = AddressSpace<{ kernel_virt_addr_space_siz...
  function kernel_virt_addr_space_size (line 67) | const fn kernel_virt_addr_space_size() -> usize {
  function size_to_num_pages (line 76) | const fn size_to_num_pages(size: usize) -> usize {
  function virt_data_region (line 84) | fn virt_data_region() -> MemoryRegion<Virtual> {
  function kernel_virt_to_phys_region (line 95) | fn kernel_virt_to_phys_region(virt_region: MemoryRegion<Virtual>) -> Mem...
  function kernel_page_attributes (line 107) | fn kernel_page_attributes(virt_page_addr: PageAddress<Virtual>) -> Attri...
  function virt_code_region (line 116) | pub fn virt_code_region() -> MemoryRegion<Virtual> {
  function virt_heap_region (line 126) | pub fn virt_heap_region() -> MemoryRegion<Virtual> {
  function virt_boot_core_stack_region (line 136) | pub fn virt_boot_core_stack_region() -> MemoryRegion<Virtual> {
  function kernel_translation_tables (line 146) | pub fn kernel_translation_tables() -> &'static InitStateLock<KernelTrans...
  function virt_mmio_remap_region (line 151) | pub fn virt_mmio_remap_region() -> MemoryRegion<Virtual> {
  function kernel_add_mapping_records_for_precomputed (line 165) | pub fn kernel_add_mapping_records_for_precomputed() {

FILE: 20_timer_callbacks/kernel/src/common.rs
  function is_aligned (line 9) | pub const fn is_aligned(value: usize, alignment: usize) -> bool {
  function align_down (line 17) | pub const fn align_down(value: usize, alignment: usize) -> usize {
  function align_up (line 25) | pub const fn align_up(value: usize, alignment: usize) -> usize {
  function size_human_readable_ceil (line 32) | pub const fn size_human_readable_ceil(size: usize) -> (usize, &'static s...

FILE: 20_timer_callbacks/kernel/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_array (line 25) | fn write_array(&self, a: &[char]);
    method write_fmt (line 28) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 31) | fn flush(&self);
  type Read (line 35) | pub trait Read {
    method read_char (line 37) | fn read_char(&self) -> char {
    method clear_rx (line 42) | fn clear_rx(&self);
  type Statistics (line 46) | pub trait Statistics {
    method chars_written (line 48) | fn chars_written(&self) -> usize {
    method chars_read (line 53) | fn chars_read(&self) -> usize {
  type All (line 59) | pub trait All: Write + Read + Statistics {}
  function register_console (line 75) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 91) | pub fn console() -> &'static dyn interface::All {

FILE: 20_timer_callbacks/kernel/src/console/buffer_console.rs
  constant BUF_SIZE (line 15) | const BUF_SIZE: usize = 1024 * 64;
  type BufferConsoleInner (line 17) | pub struct BufferConsoleInner {
    method write_char (line 47) | fn write_char(&mut self, c: char) {
    method write_str (line 56) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type BufferConsole (line 26) | pub struct BufferConsole {
    method dump (line 76) | pub fn dump(&self) {
    method write_char (line 90) | fn write_char(&self, c: char) {
    method write_array (line 94) | fn write_array(&self, _a: &[char]) {}
    method write_fmt (line 96) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result {
    method flush (line 100) | fn flush(&self) {}
    method clear_rx (line 104) | fn clear_rx(&self) {}

FILE: 20_timer_callbacks/kernel/src/driver.rs
  type DeviceDriver (line 21) | pub trait DeviceDriver {
    method compatible (line 26) | fn compatible(&self) -> &'static str;
    method init (line 33) | unsafe fn init(&self) -> Result<(), &'static str> {
    method register_and_enable_irq_handler (line 41) | fn register_and_enable_irq_handler(
  type DeviceDriverPostInitCallback (line 55) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 58) | pub struct DeviceDriverDescriptor<T>
  type DriverManager (line 68) | pub struct DriverManager<T>
  function new (line 87) | pub fn new(
  function driver_manager (line 101) | pub fn driver_manager() -> &'static DriverManager<exception::asynchronou...
  function new (line 110) | pub const fn new() -> Self {
  function register_driver (line 117) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor<T>) {
  function init_drivers_and_irqs (line 127) | pub unsafe fn init_drivers_and_irqs(&self) {
  function enumerate (line 171) | pub fn enumerate(&self) {

FILE: 20_timer_callbacks/kernel/src/exception.rs
  type PrivilegeLevel (line 25) | pub enum PrivilegeLevel {
  function test_runner_executes_in_kernel_mode (line 43) | fn test_runner_executes_in_kernel_mode() {

FILE: 20_timer_callbacks/kernel/src/exception/asynchronous.rs
  type IRQNumber (line 28) | pub type IRQNumber = bsp::exception::asynchronous::IRQNumber;
  type IRQHandlerDescriptor (line 32) | pub struct IRQHandlerDescriptor<T>
  type IRQContext (line 54) | pub struct IRQContext<'irq_context> {
  type IRQHandler (line 62) | pub trait IRQHandler {
    method handle (line 64) | fn handle(&self) -> Result<(), &'static str>;
  type IRQManager (line 71) | pub trait IRQManager {
    method register_handler (line 76) | fn register_handler(
    method enable (line 82) | fn enable(&self, irq_number: &Self::IRQNumberType);
    method handle_pending_irqs (line 92) | fn handle_pending_irqs<'irq_context>(
    method print_handler (line 98) | fn print_handler(&self) {}
  function new (line 120) | pub const fn new(
  function number (line 133) | pub const fn number(&self) -> T {
  function name (line 138) | pub const fn name(&self) -> &'static str {
  function handler (line 143) | pub const fn handler(&self) -> &'static (dyn interface::IRQHandler + Syn...
  function new (line 160) | pub unsafe fn new() -> Self {
  function exec_with_irq_masked (line 170) | pub fn exec_with_irq_masked<T>(f: impl FnOnce() -> T) -> T {
  function register_irq_manager (line 179) | pub fn register_irq_manager(
  function irq_manager (line 188) | pub fn irq_manager() -> &'static dyn interface::IRQManager<IRQNumberType...

FILE: 20_timer_callbacks/kernel/src/exception/asynchronous/null_irq_manager.rs
  type NullIRQManager (line 13) | pub struct NullIRQManager;
    type IRQNumberType (line 26) | type IRQNumberType = super::IRQNumber;
    method register_handler (line 28) | fn register_handler(
    method enable (line 35) | fn enable(&self, _irq_number: &Self::IRQNumberType) {
    method handle_pending_irqs (line 39) | fn handle_pending_irqs<'irq_context>(&'irq_context self, _ic: &IRQCont...

FILE: 20_timer_callbacks/kernel/src/lib.rs
  function version (line 157) | pub fn version() -> &'static str {
  function test_runner (line 170) | pub fn test_runner(tests: &[&test_types::UnitTest]) {
  function kernel_init (line 188) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/src/main.rs
  function kernel_init (line 29) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 59) | fn kernel_main() -> ! {

FILE: 20_timer_callbacks/kernel/src/memory.rs
  type AddressType (line 22) | pub trait AddressType: Copy + Clone + PartialOrd + PartialEq + Ord + Eq {}
  type Physical (line 26) | pub enum Physical {}
  type Virtual (line 30) | pub enum Virtual {}
  type Address (line 34) | pub struct Address<ATYPE: AddressType> {
  function new (line 48) | pub const fn new(value: usize) -> Self {
  function as_usize (line 56) | pub const fn as_usize(self) -> usize {
  function align_down_page (line 62) | pub const fn align_down_page(self) -> Self {
  function align_up_page (line 70) | pub const fn align_up_page(self) -> Self {
  function is_page_aligned (line 77) | pub const fn is_page_aligned(&self) -> bool {
  function offset_into_page (line 82) | pub const fn offset_into_page(&self) -> usize {
  type Output (line 88) | type Output = Self;
  function add (line 91) | fn add(self, rhs: usize) -> Self::Output {
  type Output (line 100) | type Output = Self;
  function sub (line 103) | fn sub(self, rhs: usize) -> Self::Output {
  type Output (line 112) | type Output = Self;
  function sub (line 115) | fn sub(self, rhs: Address<ATYPE>) -> Self::Output {
  function is_valid_stack_addr (line 125) | pub fn is_valid_stack_addr(&self) -> bool {
  function is_valid_code_addr (line 130) | pub fn is_valid_code_addr(&self) -> bool {
  function fmt (line 137) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function fmt (line 150) | fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
  function init (line 165) | pub fn init() {
  function address_type_method_sanity (line 181) | fn address_type_method_sanity() {

FILE: 20_timer_callbacks/kernel/src/memory/heap_alloc.rs
  type HeapAllocator (line 23) | pub struct HeapAllocator {
    method new (line 77) | pub const fn new() -> Self {
    method print_usage (line 84) | pub fn print_usage(&self) {
  function debug_print_alloc_dealloc (line 39) | fn debug_print_alloc_dealloc(operation: &'static str, ptr: *mut u8, layo...
  function alloc_error_handler (line 66) | fn alloc_error_handler(layout: Layout) -> ! {
  function kernel_heap_allocator (line 71) | pub fn kernel_heap_allocator() -> &'static HeapAllocator {
  method alloc (line 106) | unsafe fn alloc(&self, layout: Layout) -> *mut u8 {
  method dealloc (line 123) | unsafe fn dealloc(&self, ptr: *mut u8, layout: Layout) {
  function kernel_init_heap_allocator (line 133) | pub fn kernel_init_heap_allocator() {

FILE: 20_timer_callbacks/kernel/src/memory/mmu.rs
  type MMUEnableError (line 32) | pub enum MMUEnableError {
    method fmt (line 121) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type MMU (line 42) | pub trait MMU {
    method enable_mmu_and_caching (line 48) | unsafe fn enable_mmu_and_caching(
    method is_enabled (line 54) | fn is_enabled(&self) -> bool;
  type TranslationGranule (line 59) | pub struct TranslationGranule<const GRANULE_SIZE: usize>;
  type AddressSpace (line 62) | pub struct AddressSpace<const AS_SIZE: usize>;
  type AssociatedTranslationTable (line 65) | pub trait AssociatedTranslationTable {
  function kernel_map_at_unchecked (line 92) | unsafe fn kernel_map_at_unchecked(
  function try_kernel_virt_addr_to_phys_addr (line 109) | fn try_kernel_virt_addr_to_phys_addr(
  constant SIZE (line 131) | pub const SIZE: usize = Self::size_checked();
  constant MASK (line 134) | pub const MASK: usize = Self::SIZE - 1;
  constant SHIFT (line 137) | pub const SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 139) | const fn size_checked() -> usize {
  constant SIZE (line 148) | pub const SIZE: usize = Self::size_checked();
  constant SIZE_SHIFT (line 151) | pub const SIZE_SHIFT: usize = Self::SIZE.trailing_zeros() as usize;
  function size_checked (line 153) | const fn size_checked() -> usize {
  function kernel_init_mmio_va_allocator (line 165) | pub fn kernel_init_mmio_va_allocator() {
  function kernel_add_mapping_record (line 172) | pub fn kernel_add_mapping_record(
  function kernel_map_mmio (line 188) | pub unsafe fn kernel_map_mmio(
  function try_kernel_virt_page_addr_to_phys_page_addr (line 230) | pub fn try_kernel_virt_page_addr_to_phys_page_addr(
  function try_kernel_page_attributes (line 240) | pub fn try_kernel_page_attributes(
  function kernel_print_mappings (line 248) | pub fn kernel_print_mappings() {
  function enable_mmu_and_caching (line 258) | pub unsafe fn enable_mmu_and_caching(

FILE: 20_timer_callbacks/kernel/src/memory/mmu/mapping_record.rs
  type MappingRecordEntry (line 20) | struct MappingRecordEntry {
    method new (line 44) | pub fn new(
    method add_user (line 59) | pub fn add_user(&mut self, user: &'static str) {
  type MappingRecord (line 28) | struct MappingRecord {
    method new (line 65) | pub const fn new() -> Self {
    method sort (line 69) | fn sort(&mut self) {
    method find_duplicate (line 75) | fn find_duplicate(
    method add (line 95) | pub fn add(
    method print (line 112) | pub fn print(&self) {
  function kernel_add (line 177) | pub fn kernel_add(
  function kernel_find_and_insert_mmio_duplicate (line 186) | pub fn kernel_find_and_insert_mmio_duplicate(
  function kernel_print (line 202) | pub fn kernel_print() {

FILE: 20_timer_callbacks/kernel/src/memory/mmu/page_alloc.rs
  type PageAllocator (line 20) | pub struct PageAllocator<ATYPE: AddressType> {
  function kernel_mmio_va_allocator (line 36) | pub fn kernel_mmio_va_allocator() -> &'static IRQSafeNullLock<PageAlloca...
  function new (line 42) | pub const fn new() -> Self {
  function init (line 47) | pub fn init(&mut self, pool: MemoryRegion<ATYPE>) {
  function alloc (line 57) | pub fn alloc(

FILE: 20_timer_callbacks/kernel/src/memory/mmu/translation_table.rs
  type TranslationTable (line 31) | pub trait TranslationTable {
    method init (line 38) | fn init(&mut self) -> Result<(), &'static str>;
    method map_at (line 49) | unsafe fn map_at(
    method try_virt_page_addr_to_phys_page_addr (line 59) | fn try_virt_page_addr_to_phys_page_addr(
    method try_page_attributes (line 67) | fn try_page_attributes(
    method try_virt_addr_to_phys_addr (line 75) | fn try_virt_addr_to_phys_addr(
  function translationtable_implementation_sanity (line 96) | fn translationtable_implementation_sanity() {

FILE: 20_timer_callbacks/kernel/src/memory/mmu/types.rs
  type PageAddress (line 19) | pub struct PageAddress<ATYPE: AddressType> {
  type MemoryRegion (line 25) | pub struct MemoryRegion<ATYPE: AddressType> {
  type MemAttributes (line 33) | pub enum MemAttributes {
  type AccessPermissions (line 41) | pub enum AccessPermissions {
  type AttributeFields (line 49) | pub struct AttributeFields {
  type MMIODescriptor (line 57) | pub struct MMIODescriptor {
    method new (line 280) | pub const fn new(start_addr: Address<Physical>, size: usize) -> Self {
    method start_addr (line 291) | pub const fn start_addr(&self) -> Address<Physical> {
    method end_addr_exclusive (line 296) | pub fn end_addr_exclusive(&self) -> Address<Physical> {
  constant MAX (line 71) | pub const MAX: Self = PageAddress {
  function into_inner (line 76) | pub fn into_inner(self) -> Address<ATYPE> {
  function checked_offset (line 84) | pub fn checked_offset(self, count: isize) -> Option<Self> {
  function from (line 105) | fn from(addr: usize) -> Self {
  function from (line 118) | fn from(addr: Address<ATYPE>) -> Self {
  method steps_between (line 126) | fn steps_between(start: &Self, end: &Self) -> Option<usize> {
  method forward_checked (line 138) | fn forward_checked(start: Self, count: usize) -> Option<Self> {
  method backward_checked (line 142) | fn backward_checked(start: Self, count: usize) -> Option<Self> {
  function new (line 152) | pub fn new(start: PageAddress<ATYPE>, end_exclusive: PageAddress<ATYPE>)...
  function as_range (line 161) | fn as_range(&self) -> Range<PageAddress<ATYPE>> {
  function start_page_addr (line 166) | pub fn start_page_addr(&self) -> PageAddress<ATYPE> {
  function start_addr (line 171) | pub fn start_addr(&self) -> Address<ATYPE> {
  function end_exclusive_page_addr (line 176) | pub fn end_exclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function end_inclusive_page_addr (line 181) | pub fn end_inclusive_page_addr(&self) -> PageAddress<ATYPE> {
  function contains (line 186) | pub fn contains(&self, addr: Address<ATYPE>) -> bool {
  function overlaps (line 192) | pub fn overlaps(&self, other_region: &Self) -> bool {
  function num_pages (line 200) | pub fn num_pages(&self) -> usize {
  function size (line 205) | pub fn size(&self) -> usize {
  function take_first_n_pages (line 227) | pub fn take_first_n_pages(&mut self, num_pages: NonZeroUsize) -> Result<...
  type Item (line 251) | type Item = PageAddress<ATYPE>;
  type IntoIter (line 252) | type IntoIter = Range<Self::Item>;
  method into_iter (line 254) | fn into_iter(self) -> Self::IntoIter {
  function from (line 263) | fn from(desc: MMIODescriptor) -> Self {
  function pageaddress_type_method_sanity (line 313) | fn pageaddress_type_method_sanity() {
  function memoryregion_type_method_sanity (line 348) | fn memoryregion_type_method_sanity() {

FILE: 20_timer_callbacks/kernel/src/panic_wait.rs
  function _panic_exit (line 19) | fn _panic_exit() -> ! {
  function panic_prevent_reenter (line 43) | fn panic_prevent_reenter() {
  function panic (line 61) | fn panic(info: &PanicInfo) -> ! {

FILE: 20_timer_callbacks/kernel/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: 20_timer_callbacks/kernel/src/state.rs
  type State (line 15) | enum State {
  type StateManager (line 33) | pub struct StateManager(AtomicU8);
    constant INIT (line 51) | const INIT: u8 = 0;
    constant SINGLE_CORE_MAIN (line 52) | const SINGLE_CORE_MAIN: u8 = 1;
    constant MULTI_CORE_MAIN (line 53) | const MULTI_CORE_MAIN: u8 = 2;
    method new (line 56) | pub const fn new() -> Self {
    method state (line 61) | fn state(&self) -> State {
    method is_init (line 73) | pub fn is_init(&self) -> bool {
    method transition_to_single_core_main (line 78) | pub fn transition_to_single_core_main(&self) {
  function state_manager (line 46) | pub fn state_manager() -> &'static StateManager {

FILE: 20_timer_callbacks/kernel/src/symbols.rs
  function kernel_symbol_section_virt_start_addr (line 33) | fn kernel_symbol_section_virt_start_addr() -> Address<Virtual> {
  function num_kernel_symbols (line 37) | fn num_kernel_symbols() -> usize {
  function kernel_symbols_slice (line 45) | fn kernel_symbols_slice() -> &'static [Symbol] {
  function lookup_symbol (line 56) | pub fn lookup_symbol(addr: Address<Virtual>) -> Option<&'static Symbol> {
  function symbols_sanity (line 73) | fn symbols_sanity() {

FILE: 20_timer_callbacks/kernel/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type ReadWriteEx (line 36) | pub trait ReadWriteEx {
    method write (line 41) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
    method read (line 44) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R;
  type IRQSafeNullLock (line 55) | pub struct IRQSafeNullLock<T>
  type InitStateLock (line 65) | pub struct InitStateLock<T>
  function new (line 81) | pub const fn new(data: T) -> Self {
  function new (line 93) | pub const fn new(data: T) -> Self {
  type Data (line 106) | type Data = T;
  function lock (line 108) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  type Data (line 119) | type Data = T;
  function write (line 121) | fn write<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {
  function read (line 136) | fn read<'a, R>(&'a self, f: impl FnOnce(&'a Self::Data) -> R) -> R {
  function init_state_lock_is_transparent (line 154) | fn init_state_lock_is_transparent() {

FILE: 20_timer_callbacks/kernel/src/time.rs
  type Timeout (line 32) | struct Timeout {
    method is_periodic (line 66) | pub fn is_periodic(&self) -> bool {
    method refresh (line 70) | pub fn refresh(&mut self) {
  type OrderedTimeoutQueue (line 38) | struct OrderedTimeoutQueue {
    method new (line 78) | pub const fn new() -> Self {
    method push (line 82) | pub fn push(&mut self, timeout: Timeout) {
    method peek_next_due_time (line 90) | pub fn peek_next_due_time(&self) -> Option<Duration> {
    method pop (line 96) | pub fn pop(&mut self) -> Option<Timeout> {
  type TimeoutCallback (line 48) | pub type TimeoutCallback = Box<dyn Fn() + Send>;
  type TimeManager (line 51) | pub struct TimeManager {
    constant COMPATIBLE (line 112) | pub const COMPATIBLE: &'static str = "ARM Architectural Timer";
    method new (line 115) | pub const fn new() -> Self {
    method resolution (line 122) | pub fn resolution(&self) -> Duration {
    method uptime (line 129) | pub fn uptime(&self) -> Duration {
    method spin_for (line 134) | pub fn spin_for(&self, duration: Duration) {
    method set_timeout (line 139) | fn set_timeout(&self, timeout: Timeout) {
    method set_timeout_once (line 148) | pub fn set_timeout_once(&self, delay: Duration, callback: TimeoutCallb...
    method set_timeout_periodic (line 159) | pub fn set_timeout_periodic(&self, delay: Duration, callback: TimeoutC...
    type IRQNumberType (line 190) | type IRQNumberType = IRQNumber;
    method compatible (line 192) | fn compatible(&self) -> &'static str {
    method register_and_enable_irq_handler (line 196) | fn register_and_enable_irq_handler(
    method handle (line 212) | fn handle(&self) -> Result<(), &'static str> {
  function time_manager (line 106) | pub fn time_manager() -> &'static TimeManager {
  function init (line 171) | pub fn init() -> Result<(), &'static str> {

FILE: 20_timer_callbacks/kernel/tests/00_console_sanity.rb
  class TxRxHandshakeTest (line 10) | class TxRxHandshakeTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, qemu_in)
  class TxStatisticsTest (line 22) | class TxStatisticsTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  class RxStatisticsTest (line 33) | class RxStatisticsTest < SubtestBase
    method name (line 34) | def name
    method run (line 38) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 46) | def subtest_collection

FILE: 20_timer_callbacks/kernel/tests/00_console_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/01_timer_sanity.rs
  function kernel_init (line 18) | unsafe fn kernel_init() -> ! {
  function timer_is_counting (line 32) | fn timer_is_counting() {
  function timer_resolution_is_sufficient (line 38) | fn timer_resolution_is_sufficient() {
  function spin_accuracy_check_1_second (line 45) | fn spin_accuracy_check_1_second() {

FILE: 20_timer_callbacks/kernel/tests/02_exception_sync_page_fault.rs
  function kernel_init (line 23) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/03_exception_restore_sanity.rb
  class ExceptionRestoreTest (line 10) | class ExceptionRestoreTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 20_timer_callbacks/kernel/tests/03_exception_restore_sanity.rs
  function nested_system_call (line 18) | fn nested_system_call() {
  function kernel_init (line 32) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/04_exception_irq_sanity.rs
  function kernel_init (line 17) | unsafe fn kernel_init() -> ! {
  function local_irq_mask_works (line 31) | fn local_irq_mask_works() {
  function local_irq_unmask_works (line 44) | fn local_irq_unmask_works() {
  function local_irq_mask_save_works (line 55) | fn local_irq_mask_save_works() {

FILE: 20_timer_callbacks/kernel/tests/05_backtrace_sanity.rb
  class PanicBacktraceTest (line 10) | class PanicBacktraceTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  class BacktraceCorrectnessTest (line 22) | class BacktraceCorrectnessTest < SubtestBase
    method name (line 23) | def name
    method run (line 27) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 37) | def subtest_collection

FILE: 20_timer_callbacks/kernel/tests/05_backtrace_sanity.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 22) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/06_backtrace_invalid_frame.rb
  class InvalidFramePointerTest (line 10) | class InvalidFramePointerTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 24) | def subtest_collection

FILE: 20_timer_callbacks/kernel/tests/06_backtrace_invalid_frame.rs
  function nested (line 17) | fn nested() {
  function kernel_init (line 24) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/07_backtrace_invalid_link.rb
  class InvalidLinkTest (line 10) | class InvalidLinkTest < SubtestBase
    method name (line 11) | def name
    method run (line 15) | def run(qemu_out, _qemu_in)
  function subtest_collection (line 23) | def subtest_collection

FILE: 20_timer_callbacks/kernel/tests/07_backtrace_invalid_link.rs
  function nested_2 (line 17) | fn nested_2() -> &'static str {
  function nested_1 (line 24) | fn nested_1() {
  function kernel_init (line 29) | unsafe fn kernel_init() -> ! {

FILE: 20_timer_callbacks/kernel/tests/panic_exit_success/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 20_timer_callbacks/kernel/tests/panic_wait_forever/mod.rs
  function _panic_exit (line 7) | fn _panic_exit() -> ! {

FILE: 20_timer_callbacks/kernel_symbols/build.rs
  function main (line 3) | fn main() {

FILE: 20_timer_callbacks/kernel_symbols/src/main.rs
  function panic (line 14) | fn panic(_info: &core::panic::PanicInfo) -> ! {

FILE: 20_timer_callbacks/libraries/debug-symbol-types/src/lib.rs
  type Symbol (line 14) | pub struct Symbol {
    method new (line 21) | pub const fn new(start: usize, size: usize, name: &'static str) -> Sym...
    method contains (line 32) | pub fn contains(&self, addr: usize) -> bool {
    method name (line 37) | pub fn name(&self) -> &'static str {
    method size (line 42) | pub fn size(&self) -> usize {

FILE: 20_timer_callbacks/libraries/test-macros/src/lib.rs
  function kernel_test (line 11) | pub fn kernel_test(_attr: TokenStream, input: TokenStream) -> TokenStream {

FILE: 20_timer_callbacks/libraries/test-types/src/lib.rs
  type UnitTest (line 10) | pub struct UnitTest {

FILE: 20_timer_callbacks/tools/kernel_symbols_tool/cmds.rb
  function generate_symbols (line 7) | def generate_symbols(kernel_elf, output_file)
  function get_symbols_section_virt_addr (line 29) | def get_symbols_section_virt_addr(kernel_elf)
  function patch_symbol_data (line 33) | def patch_symbol_data(kernel_elf, symbols_blob_path)
  function patch_num_symbols (line 42) | def patch_num_symbols(kernel_elf)

FILE: 20_timer_callbacks/tools/kernel_symbols_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path, kernel_symbols_section, num_kernel_sym...
    method fetch_values (line 21) | def fetch_values(kernel_symbols_section, num_kernel_symbols)
    method num_kernel_symbols_virt_addr (line 33) | def num_kernel_symbols_virt_addr
    method segment_containing_virt_addr (line 37) | def segment_containing_virt_addr(virt_addr)
    method virt_addr_to_file_offset (line 43) | def virt_addr_to_file_offset(virt_addr)
    method symbols (line 50) | def symbols
    method num_symbols (line 55) | def num_symbols
    method kernel_symbols_section_virt_addr (line 59) | def kernel_symbols_section_virt_addr
    method kernel_symbols_section_size (line 63) | def kernel_symbols_section_size
    method kernel_symbols_section_offset_in_file (line 67) | def kernel_symbols_section_offset_in_file
    method num_kernel_symbols_offset_in_file (line 71) | def num_kernel_symbols_offset_in_file

FILE: 20_timer_callbacks/tools/translation_table_tool/arch.rb
  class BitField (line 8) | class BitField
    method initialize (line 9) | def initialize
    method attr_bitfield (line 13) | def self.attr_bitfield(name, offset, num_bits)
    method to_i (line 27) | def to_i
    method size_in_byte (line 31) | def size_in_byte
  class CArray (line 37) | class CArray < Array
    method initialize (line 40) | def initialize(phys_start_addr, size, &block)
    method size_in_byte (line 46) | def size_in_byte
  type Arch (line 54) | module Arch
    type ARMv8 (line 58) | module ARMv8
      class Stage1TableDescriptor (line 60) | class Stage1TableDescriptor < BitField
        type NextLevelTableAddr (line 61) | module NextLevelTableAddr
        type Type (line 66) | module Type
        type Valid (line 74) | module Valid
        method next_level_table_addr= (line 86) | def next_level_table_addr=(addr)
      class Stage1PageDescriptor (line 96) | class Stage1PageDescriptor < BitField
        type UXN (line 97) | module UXN
        type PXN (line 105) | module PXN
        type OutputAddr (line 113) | module OutputAddr
        type AF (line 118) | module AF
        type SH (line 126) | module SH
        type AP (line 133) | module AP
        type AttrIndx (line 141) | module AttrIndx
        type Type (line 146) | module Type
        type Valid (line 154) | module Valid
        method output_addr= (line 172) | def output_addr=(addr)
      class TranslationTable (line 182) | class TranslationTable
        type MAIR (line 183) | module MAIR
        method initialize (line 187) | def initialize
        method map_at (line 200) | def map_at(virt_region, phys_region, attributes)
        method to_binary (line 212) | def to_binary
        method phys_tables_base_addr_binary (line 217) | def phys_tables_base_addr_binary
        method phys_tables_base_addr (line 221) | def phys_tables_base_addr
        method do_sanity_checks (line 227) | def do_sanity_checks
        method new_lvl3 (line 232) | def new_lvl3(num_lvl2_tables, start_addr)
        method new_lvl2 (line 243) | def new_lvl2(num_lvl2_tables, start_addr)
        method populate_lvl2_entries (line 249) | def populate_lvl2_entries
        method lvl2_lvl3_index_from (line 257) | def lvl2_lvl3_index_from(addr)
        method page_descriptor_from (line 268) | def page_descriptor_from(virt_addr)
        method set_attributes (line 275) | def set_attributes(desc, attributes)
        method set_lvl3_entry (line 304) | def set_lvl3_entry(desc, output_addr, attributes)

FILE: 20_timer_callbacks/tools/translation_table_tool/bsp.rb
  class RaspberryPi (line 8) | class RaspberryPi
    method initialize (line 13) | def initialize
    method phys_addr_of_kernel_tables (line 25) | def phys_addr_of_kernel_tables
    method kernel_tables_offset_in_file (line 29) | def kernel_tables_offset_in_file
    method phys_kernel_tables_base_addr_offset_in_file (line 33) | def phys_kernel_tables_base_addr_offset_in_file
    method phys_addr_space_end_page (line 37) | def phys_addr_space_end_page

FILE: 20_timer_callbacks/tools/translation_table_tool/generic.rb
  type Granule64KiB (line 7) | module Granule64KiB
  type Granule512MiB (line 12) | module Granule512MiB
  class Integer (line 19) | class Integer
    method power_of_two? (line 20) | def power_of_two?
    method aligned? (line 24) | def aligned?(alignment)
    method align_up (line 30) | def align_up(alignment)
    method to_hex_underscore (line 36) | def to_hex_underscore(with_leading_zeros: false)
  class MemoryRegion (line 45) | class MemoryRegion < Array
    method initialize (line 46) | def initialize(start_addr, size, granule_size)
  class AttributeFields (line 59) | class AttributeFields
    method initialize (line 62) | def initialize(mem_attributes, acc_perms, execute_never)
    method to_s (line 68) | def to_s
  class MappingDescriptor (line 92) | class MappingDescriptor
    method update_max_section_name_length (line 98) | def update_max_section_name_length(length)
    method initialize (line 105) | def initialize(name, virt_region, phys_region, attributes)
    method size_human_readable (line 112) | def size_human_readable(size)
    method to_s (line 122) | def to_s
    method print_divider (line 131) | def self.print_divider
    method print_header (line 137) | def self.print_header
  function kernel_map_binary (line 154) | def kernel_map_binary
  function kernel_patch_tables (line 172) | def kernel_patch_tables(kernel_elf_path)
  function kernel_patch_base_addr (line 180) | def kernel_patch_base_addr(kernel_elf_path)

FILE: 20_timer_callbacks/tools/translation_table_tool/kernel_elf.rb
  class KernelELF (line 8) | class KernelELF
    method initialize (line 11) | def initialize(kernel_elf_path)
    method machine (line 16) | def machine
    method symbol_value (line 20) | def symbol_value(symbol_name)
    method segment_containing_virt_addr (line 24) | def segment_containing_virt_addr(virt_addr)
    method virt_to_phys (line 30) | def virt_to_phys(virt_addr)
    method virt_addr_to_file_offset (line 37) | def virt_addr_to_file_offset(virt_addr)
    method sections_in_segment (line 42) | def sections_in_segment(segment)
    method select_load_segments (line 56) | def select_load_segments
    method segment_get_acc_perms (line 62) | def segment_get_acc_perms(segment)
    method update_max_section_name_length (line 72) | def update_max_section_name_length(descriptors)
    method generate_mapping_descriptors (line 76) | def generate_mapping_descriptors

FILE: X1_JTAG_boot/build.rs
  function main (line 3) | fn main() {

FILE: X1_JTAG_boot/src/_arch/aarch64/cpu.rs
  function wait_forever (line 24) | pub fn wait_forever() -> ! {

FILE: X1_JTAG_boot/src/_arch/aarch64/cpu/boot.rs
  function _start_rust (line 30) | pub unsafe fn _start_rust() -> ! {

FILE: X1_JTAG_boot/src/_arch/aarch64/time.rs
  constant NANOSEC_PER_SEC (line 28) | const NANOSEC_PER_SEC: NonZeroU64 = NonZeroU64::new(1_000_000_000).unwra...
  type GenericTimerCounterValue (line 31) | struct GenericTimerCounterValue(u64);
    constant MAX (line 56) | pub const MAX: Self = GenericTimerCounterValue(u64::MAX);
    type Error (line 97) | type Error = &'static str;
    method try_from (line 99) | fn try_from(duration: Duration) -> Result<Self, Self::Error> {
  function arch_timer_counter_frequency (line 46) | fn arch_timer_counter_frequency() -> NonZeroU32 {
  type Output (line 60) | type Output = Self;
  method add (line 62) | fn add(self, other: Self) -> Self {
  method from (line 68) | fn from(counter_value: GenericTimerCounterValue) -> Self {
  function max_duration (line 92) | fn max_duration() -> Duration {
  function read_cntpct (line 122) | fn read_cntpct() -> GenericTimerCounterValue {
  function resolution (line 135) | pub fn resolution() -> Duration {
  function uptime (line 142) | pub fn uptime() -> Duration {
  function spin_for (line 148) | pub fn spin_for(duration: Duration) {

FILE: X1_JTAG_boot/src/bsp/device_driver/bcm/bcm2xxx_gpio.rs
  type Registers (line 109) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type GPIOInner (line 111) | struct GPIOInner {
    method new (line 134) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method disable_pud_14_15_bcm2837 (line 142) | fn disable_pud_14_15_bcm2837(&mut self) {
    method disable_pud_14_15_bcm2711 (line 163) | fn disable_pud_14_15_bcm2711(&mut self) {
    method map_pl011_uart (line 174) | pub fn map_pl011_uart(&mut self) {
  type GPIO (line 120) | pub struct GPIO {
    constant COMPATIBLE (line 194) | pub const COMPATIBLE: &'static str = "BCM GPIO";
    method new (line 201) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method map_pl011_uart (line 208) | pub fn map_pl011_uart(&self) {
    method compatible (line 219) | fn compatible(&self) -> &'static str {

FILE: X1_JTAG_boot/src/bsp/device_driver/bcm/bcm2xxx_pl011_uart.rs
  type Registers (line 162) | type Registers = MMIODerefWrapper<RegisterBlock>;
  type BlockingMode (line 165) | enum BlockingMode {
  type PL011UartInner (line 170) | struct PL011UartInner {
    method new (line 195) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method init (line 220) | pub fn init(&mut self) {
    method write_char (line 257) | fn write_char(&mut self, c: char) {
    method flush (line 270) | fn flush(&self) {
    method read_char_converting (line 278) | fn read_char_converting(&mut self, blocking_mode: BlockingMode) -> Opt...
    method write_str (line 317) | fn write_str(&mut self, s: &str) -> fmt::Result {
  type PL011Uart (line 181) | pub struct PL011Uart {
    constant COMPATIBLE (line 331) | pub const COMPATIBLE: &'static str = "BCM PL011 UART";
    method new (line 338) | pub const unsafe fn new(mmio_start_addr: usize) -> Self {
    method compatible (line 351) | fn compatible(&self) -> &'static str {
    method init (line 355) | unsafe fn init(&self) -> Result<(), &'static str> {
    method write_char (line 365) | fn write_char(&self, c: char) {
    method write_fmt (line 369) | fn write_fmt(&self, args: core::fmt::Arguments) -> fmt::Result {
    method flush (line 375) | fn flush(&self) {
    method read_char (line 382) | fn read_char(&self) -> char {
    method clear_rx (line 387) | fn clear_rx(&self) {
    method chars_written (line 398) | fn chars_written(&self) -> usize {
    method chars_read (line 402) | fn chars_read(&self) -> usize {

FILE: X1_JTAG_boot/src/bsp/device_driver/common.rs
  type MMIODerefWrapper (line 13) | pub struct MMIODerefWrapper<T> {
  function new (line 24) | pub const unsafe fn new(start_addr: usize) -> Self {
  type Target (line 33) | type Target = T;
  function deref (line 35) | fn deref(&self) -> &Self::Target {

FILE: X1_JTAG_boot/src/bsp/raspberrypi/driver.rs
  function post_init_uart (line 24) | fn post_init_uart() -> Result<(), &'static str> {
  function post_init_gpio (line 31) | fn post_init_gpio() -> Result<(), &'static str> {
  function driver_uart (line 36) | fn driver_uart() -> Result<(), &'static str> {
  function driver_gpio (line 44) | fn driver_gpio() -> Result<(), &'static str> {
  function init (line 60) | pub unsafe fn init() -> Result<(), &'static str> {

FILE: X1_JTAG_boot/src/bsp/raspberrypi/memory.rs
  constant GPIO_OFFSET (line 15) | pub const GPIO_OFFSET:         usize = 0x0020_0000;
  constant UART_OFFSET (line 16) | pub const UART_OFFSET:         usize = 0x0020_1000;
  constant START (line 23) | pub const START:            usize =         0x3F00_0000;
  constant GPIO_START (line 24) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 25) | pub const PL011_UART_START: usize = START + UART_OFFSET;
  constant START (line 33) | pub const START:            usize =         0xFE00_0000;
  constant GPIO_START (line 34) | pub const GPIO_START:       usize = START + GPIO_OFFSET;
  constant PL011_UART_START (line 35) | pub const PL011_UART_START: usize = START + UART_OFFSET;

FILE: X1_JTAG_boot/src/console.rs
  type Write (line 20) | pub trait Write {
    method write_char (line 22) | fn write_char(&self, c: char);
    method write_fmt (line 25) | fn write_fmt(&self, args: fmt::Arguments) -> fmt::Result;
    method flush (line 28) | fn flush(&self);
  type Read (line 32) | pub trait Read {
    method read_char (line 34) | fn read_char(&self) -> char {
    method clear_rx (line 39) | fn clear_rx(&self);
  type Statistics (line 43) | pub trait Statistics {
    method chars_written (line 45) | fn chars_written(&self) -> usize {
    method chars_read (line 50) | fn chars_read(&self) -> usize {
  type All (line 56) | pub trait All: Write + Read + Statistics {}
  function register_console (line 72) | pub fn register_console(new_console: &'static (dyn interface::All + Sync...
  function console (line 79) | pub fn console() -> &'static dyn interface::All {

FILE: X1_JTAG_boot/src/console/null_console.rs
  type NullConsole (line 14) | pub struct NullConsole;
    method write_char (line 27) | fn write_char(&self, _c: char) {}
    method write_fmt (line 29) | fn write_fmt(&self, _args: fmt::Arguments) -> fmt::Result {
    method flush (line 33) | fn flush(&self) {}
    method clear_rx (line 37) | fn clear_rx(&self) {}

FILE: X1_JTAG_boot/src/driver.rs
  constant NUM_DRIVERS (line 13) | const NUM_DRIVERS: usize = 5;
  type DriverManagerInner (line 15) | struct DriverManagerInner {
    method new (line 69) | pub const fn new() -> Self {
  type DeviceDriver (line 27) | pub trait DeviceDriver {
    method compatible (line 29) | fn compatible(&self) -> &'static str;
    method init (line 36) | unsafe fn init(&self) -> Result<(), &'static str> {
  type DeviceDriverPostInitCallback (line 43) | pub type DeviceDriverPostInitCallback = unsafe fn() -> Result<(), &'stat...
  type DeviceDriverDescriptor (line 47) | pub struct DeviceDriverDescriptor {
    method new (line 83) | pub fn new(
  type DriverManager (line 53) | pub struct DriverManager {
    method new (line 101) | pub const fn new() -> Self {
    method register_driver (line 108) | pub fn register_driver(&self, descriptor: DeviceDriverDescriptor) {
    method for_each_descriptor (line 116) | fn for_each_descriptor<'a>(&'a self, f: impl FnMut(&'a DeviceDriverDes...
    method init_drivers (line 131) | pub unsafe fn init_drivers(&self) {
  function driver_manager (line 95) | pub fn driver_manager() -> &'static DriverManager {

FILE: X1_JTAG_boot/src/main.rs
  function kernel_init (line 135) | unsafe fn kernel_init() -> ! {
  function kernel_main (line 150) | fn kernel_main() -> ! {

FILE: X1_JTAG_boot/src/panic_wait.rs
  function panic_prevent_reenter (line 26) | fn panic_prevent_reenter() {
  function panic (line 44) | fn panic(info: &PanicInfo) -> ! {

FILE: X1_JTAG_boot/src/print.rs
  function _print (line 15) | pub fn _print(args: fmt::Arguments) {

FILE: X1_JTAG_boot/src/synchronization.rs
  type Mutex (line 24) | pub trait Mutex {
    method lock (line 29) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R;
  type NullLock (line 40) | pub struct NullLock<T>
  function new (line 56) | pub const fn new(data: T) -> Self {
  type Data (line 68) | type Data = T;
  function lock (line 70) | fn lock<'a, R>(&'a self, f: impl FnOnce(&'a mut Self::Data) -> R) -> R {

FILE: X1_JTAG_boot/src/time.rs
  type TimeManager (line 18) | pub struct TimeManager;
    method new (line 37) | pub const fn new() -> Self {
    method uptime (line 44) | pub fn uptime(&self) -> Duration {
    method spin_for (line 50) | pub fn spin_for(&self, duration: Duration) {
  function time_manager (line 31) | pub fn time_manager() -> &'static TimeManager {

FILE: common/serial/minipush.rb
  class ProtocolError (line 13) | class ProtocolError < StandardError; end
  class MiniPush (line 16) | class MiniPush < MiniTerm
    method initialize (line 17) | def initialize(serial_name, payload_path)
    method wait_for_payload_request (line 29) | def wait_for_payload_request
    method load_payload (line 57) | def load_payload
    method send_size (line 62) | def send_size
    method send_payload (line 67) | def send_payload
    method handle_reconnect (line 84) | def handle_reconnect(_error)
    method run (line 97) | def run

FILE: common/serial/minipush/progressbar_patch.rb
  class ProgressBar (line 9) | class ProgressBar
    class Progress (line 11) | class Progress
      method progress_kibi (line 12) | def progress_kibi
    type Format (line 17) | module Format
      class Molecule (line 19) | class Molecule
        method initialize (line 23) | def initialize(letter)

FILE: common/serial/miniterm.rb
  class ConnectionError (line 17) | class ConnectionError < StandardError; end
  class MiniTerm (line 20) | class MiniTerm
    method initialize (line 21) | def initialize(serial_name)
    method serial_connected? (line 30) | def serial_connected?
    method wait_for_serial (line 34) | def wait_for_serial
    method open_serial (line 44) | def open_serial
    method terminal (line 58) | def terminal
    method connection_reset (line 91) | def connection_reset
    method handle_reconnect (line 98) | def handle_reconnect(_error)
    method handle_unexpected (line 105) | def handle_unexpected(error)
    method run (line 114) | def run

FILE: common/tests/boot_test.rb
  class ExpectedBootPrintTest (line 10) | class ExpectedBootPrintTest < SubtestBase
    method initialize (line 11) | def initialize(expected_print)
    method name (line 16) | def name
    method run (line 20) | def run(qemu_out, _qemu_in)
  class BootTest (line 26) | class BootTest < ConsoleIOTest
    method initialize (line 27) | def initialize(qemu_cmd, expected_print)

FILE: common/tests/console_io_test.rb
  class ExpectTimeoutError (line 13) | class ExpectTimeoutError < StandardError
    method initialize (line 14) | def initialize(string)
  class SubtestBase (line 20) | class SubtestBase
    method expect_or_raise (line 23) | def expect_or_raise(io, string, timeout = TIMEOUT_SECONDS)
  class IO (line 29) | class IO
    method unused_buf (line 30) | def unused_buf
  class PTYLoggerWrapper (line 36) | class PTYLoggerWrapper
    method initialize (line 37) | def initialize(pty, linebreak = "\n")
    method expect (line 43) | def expect(pattern, timeout)
    method log (line 54) | def log
  class ConsoleIOTest (line 60) | class ConsoleIOTest < Test
    method initialize (line 63) | def initialize(qemu_cmd, test_name, console_subtests)
    method format_test_name (line 77) | def format_test_name(number, name)
    method run_subtest (line 82) | def run_subtest(subtest, test_id, qemu_out, qemu_in)
    method setup (line 89) | def setup
    method finish (line 95) | def finish
    method run_concrete_test (line 102) | def run_concrete_test

FILE: common/tests/exit_code_test.rb
  class ExitCodeTest (line 12) | class ExitCodeTest < Test
    method initialize (line 15) | def initialize(qemu_cmd, test_name)
    method setup (line 29) | def setup
    method finish (line 35) | def finish
    method run_concrete_test (line 41) | def run_concrete_test

FILE: common/tests/test.rb
  class Test (line 8) | class Test
    method initialize (line 11) | def initialize
    method print_border (line 21) | def print_border(content)
    method print_header (line 27) | def print_header
    method print_footer_error (line 32) | def print_footer_error(error)
    method print_footer_success (line 39) | def print_footer_success
    method print_output (line 47) | def print_output
    method setup (line 52) | def setup; end
    method finish (line 55) | def finish; end
    method run_concrete_test (line 58) | def run_concrete_test
    method run (line 64) | def run

FILE: utils/devtool.rb
  class TutorialCrate (line 15) | class TutorialCrate
    method initialize (line 18) | def initialize(folder)
    method tutorial? (line 22) | def tutorial?
    method clean (line 26) | def clean
    method update (line 33) | def update
    method clippy (line 40) | def clippy(bsp)
    method fmt_cargo_rust (line 47) | def fmt_cargo_rust(args)
    method make (line 51) | def make(bsp)
    method test (line 58) | def test(bsp)
    method test_boot (line 67) | def test_boot(bsp)
    method test_unit (line 76) | def test_unit(bsp)
    method test_integration (line 85) | def test_integration(bsp)
    method boot_test? (line 96) | def boot_test?
    method unit_integration_tests? (line 100) | def unit_integration_tests?
  class DevTool (line 106) | class DevTool
    method initialize (line 107) | def initialize
    method clean (line 115) | def clean
    method update (line 119) | def update
    method clippy (line 123) | def clippy(bsp = nil)
    method diff (line 129) | def diff
    method fmt (line 139) | def fmt
    method fmt_check (line 145) | def fmt_check
    method make (line 151) | def make(bsp = nil)
    method make_xtra (line 157) | def make_xtra
    method test (line 166) | def test(bsp = nil)
    method test_boot (line 172) | def test_boot(bsp = nil)
    method test_unit (line 178) | def test_unit(bsp = nil)
    method test_integration (line 184) | def test_integration(bsp = nil)
    method copyright (line 190) | def copyright
    method misspell (line 194) | def misspell
    method rubocop (line 204) | def rubocop
    method ready_for_publish_no_rust (line 209) | def ready_for_publish_no_rust
    method ready_for_publish (line 219) | def ready_for_publish
    method bsp_from_env (line 235) | def bsp_from_env
    method fmt_cargo_rust (line 243) | def fmt_cargo_rust(check: false)
    method fmt_prettier (line 256) | def fmt_prettier(check: false)
    method user_supplied_crate_list (line 273) | def user_supplied_crate_list
    method tutorials (line 290) | def tutorials
    method tracked_files (line 294) | def tracked_files
    method diff_pair (line 300) | def diff_pair(original, update, padding)
    method copyright_source_files (line 316) | def copyright_source_files

FILE: utils/devtool/copyright.rb
  function copyright_check_files (line 11) | def copyright_check_files(source_files)
  function copyright_years (line 25) | def copyright_years(file)