SYMBOL INDEX (1196 symbols across 124 files)

FILE: firmware/mock_hardware/common/adc.c
  function adc_convert (line 4) | void adc_convert(u16 (*adc)[4])

FILE: firmware/mock_hardware/common/cdc.c
  function cdc_write (line 3) | void cdc_write(uint8_t* data, uint32_t bytes)
  function cdc_read (line 7) | void cdc_read(void)
  function cdc_setup (line 11) | void cdc_setup(void)
  function u8 (line 15) | u8* cdc_rx_buf(void)
  function u8 (line 20) | u8 cdc_rx_bytes(void)
  function u8 (line 25) | u8 cdc_rx_busy(void) { return 0; }
  function u8 (line 26) | u8 cdc_tx_busy(void) { return 0; }
  function u8 (line 28) | u8 cdc_connected(void)

FILE: firmware/mock_hardware/common/ftdi.c
  function ftdi_write (line 3) | void ftdi_write(uint8_t* data, uint32_t bytes)
  function ftdi_read (line 7) | void ftdi_read(void)
  function ftdi_setup (line 11) | void ftdi_setup(void)
  function u8 (line 15) | u8* ftdi_rx_buf(void)
  function u8 (line 20) | volatile u8 ftdi_rx_bytes(void)
  function u8 (line 25) | volatile u8 ftdi_rx_busy(void) { return 0; }
  function u8 (line 26) | volatile u8 ftdi_tx_busy(void) { return 0; }
  function u8 (line 28) | u8 ftdi_connected(void)

FILE: firmware/mock_hardware/common/gpio.c
  function gpio_set_gpio_pin (line 4) | void gpio_set_gpio_pin(u32 pin)
  function gpio_clr_gpio_pin (line 9) | void gpio_clr_gpio_pin(u32 pin)
  function gpio_set_pin_high (line 14) | void gpio_set_pin_high(u32 pin)
  function gpio_set_pin_low (line 19) | void gpio_set_pin_low(u32 pin)
  function gpio_get_pin_value (line 24) | int gpio_get_pin_value(u32 pin)

FILE: firmware/mock_hardware/common/i2c.c
  function i2c_leader_tx (line 6) | int i2c_leader_tx(uint8_t addr, uint8_t* data, uint8_t l)
  function i2c_leader_rx (line 17) | int i2c_leader_rx(uint8_t addr, uint8_t* data, uint8_t l)
  function twi_follower_rx (line 29) | void twi_follower_rx(uint8_t u8_value) { }
  function twi_follower_tx (line 30) | uint8_t twi_follower_tx(void) { return 0; }
  function twi_follower_stop (line 31) | void twi_follower_stop(void) { }
  function ii_tx_queue (line 33) | void ii_tx_queue(uint8_t u8_value) { }

FILE: firmware/mock_hardware/common/init_common.c
  function init_gpio (line 3) | void init_gpio() { }
  function init_spi (line 4) | void init_spi() { }
  function init_adc (line 5) | void init_adc() { }
  function init_tc (line 6) | void init_tc(void) { }
  function init_usb_host (line 7) | void init_usb_host(void) { }
  function init_i2c_follower (line 9) | void init_i2c_follower(uint8_t addr) { }
  function init_i2c_leader (line 10) | void init_i2c_leader(void) { }
  function register_interrupts (line 12) | void register_interrupts() { }
  function sysclk_init (line 13) | void sysclk_init() { }
  function init_dbg_rs232 (line 15) | void init_dbg_rs232(long pba_hz) { }

FILE: firmware/mock_hardware/common/interrupts.c
  function u8 (line 3) | u8 irqs_pause(void) { return 0; }
  function irqs_resume (line 4) | void irqs_resume(u8 irq_flags) { }

FILE: firmware/mock_hardware/common/midi.c
  function midi_read (line 5) | void midi_read(void) { }
  function midi_write (line 6) | bool midi_write(const u8* data, u32 bytes) { return true; }
  function midi_change (line 7) | void midi_change(uhc_device_t* dev, u8 plug) { }

FILE: firmware/mock_hardware/common/monome.c
  type eMonomeProtocol (line 37) | typedef enum {
  type monomeDesc (line 46) | typedef struct e_monomeDesc {
  function read_serial_dummy (line 58) | static void read_serial_dummy(void) { return; }
  function init_monome (line 204) | void init_monome(void) {
  function u8 (line 213) | u8 check_monome_device_desc(char* mstr, char* pstr, char* sstr) {
  function monome_grid_refresh (line 299) | void monome_grid_refresh(void) {
  function monome_arc_refresh (line 342) | void monome_arc_refresh(void) {
  function monome_connect_write_event (line 363) | void monome_connect_write_event(void) {
  function monome_connect_parse_event_data (line 382) | void monome_connect_parse_event_data(u32 data, eMonomeDevice *dev, u8* w...
  function monome_grid_key_write_event (line 390) | inline void monome_grid_key_write_event(u8 x, u8 y, u8 val) {
  function monome_grid_key_parse_event_data (line 399) | void monome_grid_key_parse_event_data(u32 data, u8* x, u8* y, u8* val) {
  function monome_grid_adc_write_event (line 407) | inline void monome_grid_adc_write_event( u8 n, u16 val) {
  function monome_grid_adc_parse_event_data (line 410) | void monome_grid_adc_parse_event_data(u32 data, u8* n, u16* val) {
  function monome_ring_enc_write_event (line 415) | inline void monome_ring_enc_write_event( u8 n, u8 val) {
  function monome_ring_enc_parse_event_data (line 422) | void monome_ring_enc_parse_event_data(u32 data, u8* n, s8* val) {
  function monome_ring_key_write_event (line 429) | inline void monome_ring_key_write_event( u8 n, u8 val) {
  function monome_ring_key_parse_event_data (line 432) | void monome_ring_key_parse_event_data(u32 data, u8* n, u8* val) {
  function monome_calc_quadrant_flag (line 437) | void monome_calc_quadrant_flag(u8 x, u8 y) {
  function monome_set_quadrant_flag (line 456) | extern void monome_set_quadrant_flag(u8 q) {
  function monome_idx_xy (line 462) | void monome_idx_xy(u32 idx, u8* x, u8* y) {
  function u32 (line 468) | u32 monome_xy_idx(u8 x, u8 y) {
  function monome_led_set (line 473) | void monome_led_set(u8 x, u8 y, u8 z) {
  function monome_led_toggle (line 479) | void monome_led_toggle(u8 x, u8 y) {
  function monome_arc_led_set (line 485) | void monome_arc_led_set(u8 enc, u8 ring, u8 val) {
  function eMonomeDevice (line 493) | eMonomeDevice monome_device(void) { return mdesc.device; }
  function u8 (line 494) | u8 monome_size_x(void) { return mdesc.cols; }
  function u8 (line 495) | u8 monome_size_y(void) {  return mdesc.rows; }
  function u8 (line 496) | u8 monome_is_vari(void) {  return mdesc.vari; }
  function u8 (line 497) | u8 monome_encs(void) {  return mdesc.encs; }
  function set_funcs (line 503) | void set_funcs(void) {
  function setup_40h (line 523) | static void setup_40h(u8 cols, u8 rows) {
  function setup_series (line 535) | static void setup_series(u8 cols, u8 rows) {
  function u8 (line 550) | static u8 setup_mext(void) {
  function read_serial_40h (line 683) | static void read_serial_40h(void) {
  function read_serial_series (line 718) | static void read_serial_series(void) {
  function read_serial_mext (line 750) | static void read_serial_mext(void) {
  function grid_map_mext (line 824) | static void grid_map_mext( u8 x, u8 y, const u8* data ) {
  function grid_map_40h (line 854) | static void grid_map_40h(u8 x, u8 y, const u8* data) {
  function grid_map_series (line 885) | static void grid_map_series(u8 x, u8 y, const u8* data) {
  function ring_map_mext (line 920) | static void ring_map_mext(u8 n, u8* data) {
  function set_intense_series (line 942) | static void set_intense_series(u8 v) {
  function set_intense_mext (line 956) | static void set_intense_mext(u8 v) {
  function monome_setup_mext (line 961) | void monome_setup_mext() {

FILE: firmware/mock_hardware/common/print_funcs.c
  function print_dbg (line 5) | static void print_dbg(const char* str) { fprintf(stderr, "%s", str); }
  function print_dbg_char (line 6) | static void print_dbg_char(int c) { fprintf(stderr, "%d", c); }
  function print_dbg_ulong (line 7) | static void print_dbg_ulong(unsigned long n) { fprintf(stderr, "%ld", n); }
  function print_dbg_char_hex (line 8) | static void print_dbg_char_hex(unsigned char n) { fprintf(stderr, "%x", ...
  function print_dbg_short_hex (line 9) | static void print_dbg_short_hex(unsigned short n) { fprintf(stderr, "%d"...
  function print_dbg_hex (line 10) | static void print_dbg_hex(unsigned long n) { fprintf(stderr, "%lx", n); }
  function print_dbg (line 12) | static void print_dbg(const char* str) { }
  function print_dbg_char (line 13) | static void print_dbg_char(int c) { }
  function print_dbg_ulong (line 14) | static void print_dbg_ulong(unsigned long n) { }
  function print_dbg_char_hex (line 15) | static void print_dbg_char_hex(unsigned char n) { }
  function print_dbg_short_hex (line 16) | static void print_dbg_short_hex(unsigned short n) { }
  function print_dbg_hex (line 17) | static void print_dbg_hex(unsigned long n) { }

FILE: firmware/mock_hardware/common/screen.c
  function init_oled (line 8) | void init_oled(void) { }
  function screen_startup (line 9) | void screen_startup(void) { }
  function screen_draw_region (line 11) | void screen_draw_region(u8 x, u8 y, u8 w, u8 h, u8* data)
  function screen_draw_region_offset (line 46) | void screen_draw_region_offset(u8 x, u8 y, u8 w, u8 h, u32 len, u8* data...
  function screen_set_direction (line 51) | void screen_set_direction(u8 flipped)
  function screen_clear (line 56) | void screen_clear(void)

FILE: firmware/mock_hardware/common/spi.c
  type spi_dac_state_t (line 4) | typedef enum
  function spi_write (line 24) | void spi_write(u32 chip, u32 byte)
  function spi_selectChip (line 139) | void spi_selectChip(u32 arg1, u32 arg2) {}
  function spi_unselectChip (line 140) | void spi_unselectChip(u32 arg1, u32 arg2) {}

FILE: firmware/mock_hardware/include/avr32/adc_200.h
  type avr32_adc_cr_t (line 753) | typedef struct avr32_adc_cr_t {
  type avr32_adc_mr_t (line 761) | typedef struct avr32_adc_mr_t {
  type avr32_adc_cher_t (line 776) | typedef struct avr32_adc_cher_t {
  type avr32_adc_chdr_t (line 790) | typedef struct avr32_adc_chdr_t {
  type avr32_adc_chsr_t (line 804) | typedef struct avr32_adc_chsr_t {
  type avr32_adc_sr_t (line 818) | typedef struct avr32_adc_sr_t {
  type avr32_adc_lcdr_t (line 844) | typedef struct avr32_adc_lcdr_t {
  type avr32_adc_ier_t (line 851) | typedef struct avr32_adc_ier_t {
  type avr32_adc_idr_t (line 877) | typedef struct avr32_adc_idr_t {
  type avr32_adc_imr_t (line 903) | typedef struct avr32_adc_imr_t {
  type avr32_adc_cdr0_t (line 929) | typedef struct avr32_adc_cdr0_t {
  type avr32_adc_cdr1_t (line 936) | typedef struct avr32_adc_cdr1_t {
  type avr32_adc_cdr2_t (line 943) | typedef struct avr32_adc_cdr2_t {
  type avr32_adc_cdr3_t (line 950) | typedef struct avr32_adc_cdr3_t {
  type avr32_adc_cdr4_t (line 957) | typedef struct avr32_adc_cdr4_t {
  type avr32_adc_cdr5_t (line 964) | typedef struct avr32_adc_cdr5_t {
  type avr32_adc_cdr6_t (line 971) | typedef struct avr32_adc_cdr6_t {
  type avr32_adc_cdr7_t (line 978) | typedef struct avr32_adc_cdr7_t {
  type avr32_adc_version_t (line 985) | typedef struct avr32_adc_version_t {
  type avr32_adc_t (line 994) | typedef struct avr32_adc_t {

FILE: firmware/mock_hardware/include/avr32/core_sc0_130.h
  type avr32_sr_t (line 1334) | typedef struct avr32_sr_t {
  type avr32_cpucr_t (line 1361) | typedef struct avr32_cpucr_t {
  type avr32_config0_t (line 1372) | typedef struct avr32_config0_t {
  type avr32_config1_t (line 1390) | typedef struct avr32_config1_t {
  type avr32_mpuar0_t (line 1403) | typedef struct avr32_mpuar0_t {
  type avr32_mpuar1_t (line 1412) | typedef struct avr32_mpuar1_t {
  type avr32_mpuar2_t (line 1421) | typedef struct avr32_mpuar2_t {
  type avr32_mpuar3_t (line 1430) | typedef struct avr32_mpuar3_t {
  type avr32_mpuar4_t (line 1439) | typedef struct avr32_mpuar4_t {
  type avr32_mpuar5_t (line 1448) | typedef struct avr32_mpuar5_t {
  type avr32_mpuar6_t (line 1457) | typedef struct avr32_mpuar6_t {
  type avr32_mpuar7_t (line 1466) | typedef struct avr32_mpuar7_t {
  type avr32_mpupsr0_t (line 1475) | typedef struct avr32_mpupsr0_t {
  type avr32_mpupsr1_t (line 1497) | typedef struct avr32_mpupsr1_t {
  type avr32_mpupsr2_t (line 1519) | typedef struct avr32_mpupsr2_t {
  type avr32_mpupsr3_t (line 1541) | typedef struct avr32_mpupsr3_t {
  type avr32_mpupsr4_t (line 1563) | typedef struct avr32_mpupsr4_t {
  type avr32_mpupsr5_t (line 1585) | typedef struct avr32_mpupsr5_t {
  type avr32_mpupsr6_t (line 1607) | typedef struct avr32_mpupsr6_t {
  type avr32_mpupsr7_t (line 1629) | typedef struct avr32_mpupsr7_t {
  type avr32_mpucra_t (line 1651) | typedef struct avr32_mpucra_t {
  type avr32_mpucrb_t (line 1665) | typedef struct avr32_mpucrb_t {
  type avr32_mpubra_t (line 1679) | typedef struct avr32_mpubra_t {
  type avr32_mpubrb_t (line 1693) | typedef struct avr32_mpubrb_t {
  type avr32_mpuapra_t (line 1707) | typedef struct avr32_mpuapra_t {
  type avr32_mpuaprb_t (line 1720) | typedef struct avr32_mpuaprb_t {
  type avr32_mpucr_t (line 1733) | typedef struct avr32_mpucr_t {

FILE: firmware/mock_hardware/include/avr32/eic_230.h
  type avr32_eic_ier_t (line 671) | typedef struct avr32_eic_ier_t {
  type avr32_eic_idr_t (line 686) | typedef struct avr32_eic_idr_t {
  type avr32_eic_imr_t (line 701) | typedef struct avr32_eic_imr_t {
  type avr32_eic_isr_t (line 716) | typedef struct avr32_eic_isr_t {
  type avr32_eic_icr_t (line 731) | typedef struct avr32_eic_icr_t {
  type avr32_eic_mode_t (line 746) | typedef struct avr32_eic_mode_t {
  type avr32_eic_edge_t (line 761) | typedef struct avr32_eic_edge_t {
  type avr32_eic_level_t (line 776) | typedef struct avr32_eic_level_t {
  type avr32_eic_filter_t (line 791) | typedef struct avr32_eic_filter_t {
  type avr32_eic_test_t (line 806) | typedef struct avr32_eic_test_t {
  type avr32_eic_async_t (line 822) | typedef struct avr32_eic_async_t {
  type avr32_eic_scan_t (line 837) | typedef struct avr32_eic_scan_t {
  type avr32_eic_en_t (line 848) | typedef struct avr32_eic_en_t {
  type avr32_eic_dis_t (line 863) | typedef struct avr32_eic_dis_t {
  type avr32_eic_ctrl_t (line 878) | typedef struct avr32_eic_ctrl_t {
  type avr32_eic_t (line 893) | typedef struct avr32_eic_t {

FILE: firmware/mock_hardware/include/avr32/flashc_200.h
  type avr32_flashc_fcr_t (line 757) | typedef struct avr32_flashc_fcr_t {
  type avr32_flashc_fcmd_t (line 769) | typedef struct avr32_flashc_fcmd_t {
  type avr32_flashc_fsr_t (line 778) | typedef struct avr32_flashc_fsr_t {
  type avr32_flashc_fgpfrhi_t (line 807) | typedef struct avr32_flashc_fgpfrhi_t {
  type avr32_flashc_fgpfrlo_t (line 844) | typedef struct avr32_flashc_fgpfrlo_t {
  type avr32_flashc_t (line 879) | typedef struct avr32_flashc_t {

FILE: firmware/mock_hardware/include/avr32/freqm_230.h
  type avr32_freqm_ctrl_t (line 212) | typedef struct avr32_freqm_ctrl_t {
  type avr32_freqm_mode_t (line 219) | typedef struct avr32_freqm_mode_t {
  type avr32_freqm_status_t (line 229) | typedef struct avr32_freqm_status_t {
  type avr32_freqm_value_t (line 236) | typedef struct avr32_freqm_value_t {
  type avr32_freqm_ier_t (line 243) | typedef struct avr32_freqm_ier_t {
  type avr32_freqm_idr_t (line 250) | typedef struct avr32_freqm_idr_t {
  type avr32_freqm_imr_t (line 257) | typedef struct avr32_freqm_imr_t {
  type avr32_freqm_isr_t (line 264) | typedef struct avr32_freqm_isr_t {
  type avr32_freqm_icr_t (line 271) | typedef struct avr32_freqm_icr_t {
  type avr32_freqm_t (line 278) | typedef struct avr32_freqm_t {

FILE: firmware/mock_hardware/include/avr32/gpio_110.h
  type avr32_gpio_local_port_t (line 130) | typedef struct avr32_gpio_local_port_t {
  type avr32_gpio_local_t (line 198) | typedef struct avr32_gpio_local_t {
  type avr32_gpio_port_t (line 204) | typedef struct avr32_gpio_port_t {
  type avr32_gpio_t (line 272) | typedef struct avr32_gpio_t {

FILE: firmware/mock_hardware/include/avr32/hmatrix_230.h
  type avr32_hmatrix_mcfg_t (line 1976) | typedef struct avr32_hmatrix_mcfg_t {
  type avr32_hmatrix_scfg_t (line 1983) | typedef struct avr32_hmatrix_scfg_t {
  type avr32_hmatrix_pras_t (line 1995) | typedef struct avr32_hmatrix_pras_t {
  type avr32_hmatrix_prbs_t (line 2008) | typedef struct avr32_hmatrix_prbs_t {
  type avr32_hmatrix_mrcr_t (line 2021) | typedef struct avr32_hmatrix_mrcr_t {
  type avr32_hmatrix_version_t (line 2043) | typedef struct avr32_hmatrix_version_t {
  type avr32_hmatrix_prs_t (line 2051) | typedef struct avr32_hmatrix_prs_t {
  type avr32_hmatrix_t (line 2063) | typedef struct avr32_hmatrix_t {

FILE: firmware/mock_hardware/include/avr32/intc_101.h
  type avr32_intc_ipr_t (line 114) | typedef struct avr32_intc_ipr_t {
  type avr32_intc_icr_t (line 122) | typedef struct avr32_intc_icr_t {
  type avr32_intc_t (line 129) | typedef struct avr32_intc_t {

FILE: firmware/mock_hardware/include/avr32/ocd_s0_130.h
  type avr32_did_t (line 603) | typedef struct avr32_did_t {
  type avr32_dc_t (line 612) | typedef struct avr32_dc_t {
  type avr32_ds_t (line 636) | typedef struct avr32_ds_t {
  type avr32_wt_t (line 656) | typedef struct avr32_wt_t {
  type avr32_dtc_t (line 666) | typedef struct avr32_dtc_t {
  type avr32_bwc0a_t (line 676) | typedef struct avr32_bwc0a_t {
  type avr32_bwc0b_t (line 687) | typedef struct avr32_bwc0b_t {
  type avr32_bwc1a_t (line 696) | typedef struct avr32_bwc1a_t {
  type avr32_bwc1b_t (line 707) | typedef struct avr32_bwc1b_t {
  type avr32_bwc2a_t (line 716) | typedef struct avr32_bwc2a_t {
  type avr32_bwc2b_t (line 727) | typedef struct avr32_bwc2b_t {
  type avr32_bwc3a_t (line 736) | typedef struct avr32_bwc3a_t {
  type avr32_bwc3b_t (line 752) | typedef struct avr32_bwc3b_t {
  type avr32_nxcfg_t (line 768) | typedef struct avr32_nxcfg_t {
  type avr32_dcsr_t (line 786) | typedef struct avr32_dcsr_t {
  type avr32_axc_t (line 794) | typedef struct avr32_axc_t {

FILE: firmware/mock_hardware/include/avr32/pdca_102.h
  type avr32_pdca_psr_t (line 232) | typedef struct avr32_pdca_psr_t {
  type avr32_pdca_tcr_t (line 239) | typedef struct avr32_pdca_tcr_t {
  type avr32_pdca_tcrr_t (line 246) | typedef struct avr32_pdca_tcrr_t {
  type avr32_pdca_cr_t (line 253) | typedef struct avr32_pdca_cr_t {
  type avr32_pdca_mr_t (line 263) | typedef struct avr32_pdca_mr_t {
  type avr32_pdca_sr_t (line 270) | typedef struct avr32_pdca_sr_t {
  type avr32_pdca_ier_t (line 277) | typedef struct avr32_pdca_ier_t {
  type avr32_pdca_idr_t (line 286) | typedef struct avr32_pdca_idr_t {
  type avr32_pdca_imr_t (line 295) | typedef struct avr32_pdca_imr_t {
  type avr32_pdca_isr_t (line 304) | typedef struct avr32_pdca_isr_t {
  type avr32_pdca_channel_t (line 312) | typedef struct avr32_pdca_channel_t {
  type avr32_pdca_t (line 362) | typedef struct avr32_pdca_t {

FILE: firmware/mock_hardware/include/avr32/pm_230.h
  type avr32_pm_mcctrl_t (line 865) | typedef struct avr32_pm_mcctrl_t {
  type avr32_pm_cksel_t (line 874) | typedef struct avr32_pm_cksel_t {
  type avr32_pm_pll_t (line 891) | typedef struct avr32_pm_pll_t {
  type avr32_pm_oscctrl0_t (line 908) | typedef struct avr32_pm_oscctrl0_t {
  type avr32_pm_oscctrl1_t (line 917) | typedef struct avr32_pm_oscctrl1_t {
  type avr32_pm_oscctrl32_t (line 926) | typedef struct avr32_pm_oscctrl32_t {
  type avr32_pm_ier_t (line 937) | typedef struct avr32_pm_ier_t {
  type avr32_pm_idr_t (line 953) | typedef struct avr32_pm_idr_t {
  type avr32_pm_imr_t (line 969) | typedef struct avr32_pm_imr_t {
  type avr32_pm_isr_t (line 985) | typedef struct avr32_pm_isr_t {
  type avr32_pm_icr_t (line 1001) | typedef struct avr32_pm_icr_t {
  type avr32_pm_poscsr_t (line 1017) | typedef struct avr32_pm_poscsr_t {
  type avr32_pm_gcctrl_t (line 1035) | typedef struct avr32_pm_gcctrl_t {
  type avr32_pm_rccr_t (line 1048) | typedef struct avr32_pm_rccr_t {
  type avr32_pm_bgcr_t (line 1058) | typedef struct avr32_pm_bgcr_t {
  type avr32_pm_vregcr_t (line 1068) | typedef struct avr32_pm_vregcr_t {
  type avr32_pm_bod_t (line 1078) | typedef struct avr32_pm_bod_t {
  type avr32_pm_rcause_t (line 1091) | typedef struct avr32_pm_rcause_t {
  type avr32_pm_awen_t (line 1107) | typedef struct avr32_pm_awen_t {
  type avr32_pm_t (line 1114) | typedef struct avr32_pm_t {

FILE: firmware/mock_hardware/include/avr32/pwm_130.h
  type avr32_pwm_mr_t (line 514) | typedef struct avr32_pwm_mr_t {
  type avr32_pwm_ena_t (line 525) | typedef struct avr32_pwm_ena_t {
  type avr32_pwm_dis_t (line 538) | typedef struct avr32_pwm_dis_t {
  type avr32_pwm_sr_t (line 551) | typedef struct avr32_pwm_sr_t {
  type avr32_pwm_ier_t (line 564) | typedef struct avr32_pwm_ier_t {
  type avr32_pwm_idr_t (line 577) | typedef struct avr32_pwm_idr_t {
  type avr32_pwm_imr_t (line 590) | typedef struct avr32_pwm_imr_t {
  type avr32_pwm_isr_t (line 603) | typedef struct avr32_pwm_isr_t {
  type avr32_pwm_version_t (line 616) | typedef struct avr32_pwm_version_t {
  type avr32_pwm_cmr_t (line 625) | typedef struct avr32_pwm_cmr_t {
  type avr32_pwm_channel_t (line 635) | typedef struct avr32_pwm_channel_t {
  type avr32_pwm_t (line 650) | typedef struct avr32_pwm_t {

FILE: firmware/mock_hardware/include/avr32/rtc_230.h
  type avr32_rtc_ctrl_t (line 174) | typedef struct avr32_rtc_ctrl_t {
  type avr32_rtc_ier_t (line 189) | typedef struct avr32_rtc_ier_t {
  type avr32_rtc_idr_t (line 196) | typedef struct avr32_rtc_idr_t {
  type avr32_rtc_imr_t (line 203) | typedef struct avr32_rtc_imr_t {
  type avr32_rtc_isr_t (line 210) | typedef struct avr32_rtc_isr_t {
  type avr32_rtc_icr_t (line 217) | typedef struct avr32_rtc_icr_t {
  type avr32_rtc_t (line 224) | typedef struct avr32_rtc_t {

FILE: firmware/mock_hardware/include/avr32/spi_199.h
  type avr32_spi_cr_t (line 641) | typedef struct avr32_spi_cr_t {
  type avr32_spi_mr_t (line 653) | typedef struct avr32_spi_mr_t {
  type avr32_spi_rdr_t (line 669) | typedef struct avr32_spi_rdr_t {
  type avr32_spi_tdr_t (line 677) | typedef struct avr32_spi_tdr_t {
  type avr32_spi_sr_t (line 687) | typedef struct avr32_spi_sr_t {
  type avr32_spi_ier_t (line 705) | typedef struct avr32_spi_ier_t {
  type avr32_spi_idr_t (line 721) | typedef struct avr32_spi_idr_t {
  type avr32_spi_imr_t (line 737) | typedef struct avr32_spi_imr_t {
  type avr32_spi_csr0_t (line 753) | typedef struct avr32_spi_csr0_t {
  type avr32_spi_csr1_t (line 766) | typedef struct avr32_spi_csr1_t {
  type avr32_spi_csr2_t (line 779) | typedef struct avr32_spi_csr2_t {
  type avr32_spi_csr3_t (line 792) | typedef struct avr32_spi_csr3_t {
  type avr32_spi_version_t (line 805) | typedef struct avr32_spi_version_t {
  type avr32_spi_t (line 814) | typedef struct avr32_spi_t {

FILE: firmware/mock_hardware/include/avr32/ssc_310.h
  type avr32_ssc_cr_t (line 740) | typedef struct avr32_ssc_cr_t {
  type avr32_ssc_cmr_t (line 753) | typedef struct avr32_ssc_cmr_t {
  type avr32_ssc_rcmr_t (line 760) | typedef struct avr32_ssc_rcmr_t {
  type avr32_ssc_rfmr_t (line 774) | typedef struct avr32_ssc_rfmr_t {
  type avr32_ssc_tcmr_t (line 791) | typedef struct avr32_ssc_tcmr_t {
  type avr32_ssc_tfmr_t (line 804) | typedef struct avr32_ssc_tfmr_t {
  type avr32_ssc_rshr_t (line 821) | typedef struct avr32_ssc_rshr_t {
  type avr32_ssc_tshr_t (line 828) | typedef struct avr32_ssc_tshr_t {
  type avr32_ssc_rc0r_t (line 835) | typedef struct avr32_ssc_rc0r_t {
  type avr32_ssc_rc1r_t (line 842) | typedef struct avr32_ssc_rc1r_t {
  type avr32_ssc_sr_t (line 849) | typedef struct avr32_ssc_sr_t {
  type avr32_ssc_ier_t (line 870) | typedef struct avr32_ssc_ier_t {
  type avr32_ssc_idr_t (line 888) | typedef struct avr32_ssc_idr_t {
  type avr32_ssc_imr_t (line 906) | typedef struct avr32_ssc_imr_t {
  type avr32_ssc_version_t (line 924) | typedef struct avr32_ssc_version_t {
  type avr32_ssc_t (line 933) | typedef struct avr32_ssc_t {

FILE: firmware/mock_hardware/include/avr32/tc_222.h
  type avr32_tc_ccr_t (line 1464) | typedef struct avr32_tc_ccr_t {
  type avr32_tc_cmr_t (line 1473) | typedef union avr32_tc_cmr_t {
  type avr32_tc_cv_t (line 1513) | typedef struct avr32_tc_cv_t {
  type avr32_tc_ra_t (line 1520) | typedef struct avr32_tc_ra_t {
  type avr32_tc_rb_t (line 1527) | typedef struct avr32_tc_rb_t {
  type avr32_tc_rc_t (line 1534) | typedef struct avr32_tc_rc_t {
  type avr32_tc_sr_t (line 1541) | typedef struct avr32_tc_sr_t {
  type avr32_tc_ier_t (line 1559) | typedef struct avr32_tc_ier_t {
  type avr32_tc_idr_t (line 1573) | typedef struct avr32_tc_idr_t {
  type avr32_tc_imr_t (line 1587) | typedef struct avr32_tc_imr_t {
  type avr32_tc_bcr_t (line 1601) | typedef struct avr32_tc_bcr_t {
  type avr32_tc_bmr_t (line 1608) | typedef struct avr32_tc_bmr_t {
  type avr32_tc_version_t (line 1617) | typedef struct avr32_tc_version_t {
  type avr32_tc_channel_t (line 1625) | typedef struct avr32_tc_channel_t {
  type avr32_tc_t (line 1675) | typedef struct avr32_tc_t {

FILE: firmware/mock_hardware/include/avr32/twi_211.h
  type avr32_twi_cr_t (line 521) | typedef struct avr32_twi_cr_t {
  type avr32_twi_mmr_t (line 535) | typedef struct avr32_twi_mmr_t {
  type avr32_twi_smr_t (line 547) | typedef struct avr32_twi_smr_t {
  type avr32_twi_iadr_t (line 555) | typedef struct avr32_twi_iadr_t {
  type avr32_twi_cwgr_t (line 562) | typedef struct avr32_twi_cwgr_t {
  type avr32_twi_sr_t (line 571) | typedef struct avr32_twi_sr_t {
  type avr32_twi_ier_t (line 593) | typedef struct avr32_twi_ier_t {
  type avr32_twi_idr_t (line 615) | typedef struct avr32_twi_idr_t {
  type avr32_twi_imr_t (line 637) | typedef struct avr32_twi_imr_t {
  type avr32_twi_rhr_t (line 659) | typedef struct avr32_twi_rhr_t {
  type avr32_twi_thr_t (line 666) | typedef struct avr32_twi_thr_t {
  type avr32_twi_t (line 673) | typedef struct avr32_twi_t {

FILE: firmware/mock_hardware/include/avr32/usart_400.h
  type avr32_usart_cr_t (line 1354) | typedef struct avr32_usart_cr_t {
  type avr32_usart_mr_t (line 1383) | typedef struct avr32_usart_mr_t {
  type avr32_usart_ier_t (line 1409) | typedef struct avr32_usart_ier_t {
  type avr32_usart_idr_t (line 1443) | typedef struct avr32_usart_idr_t {
  type avr32_usart_imr_t (line 1477) | typedef struct avr32_usart_imr_t {
  type avr32_usart_csr_t (line 1511) | typedef struct avr32_usart_csr_t {
  type avr32_usart_rhr_t (line 1548) | typedef struct avr32_usart_rhr_t {
  type avr32_usart_thr_t (line 1557) | typedef struct avr32_usart_thr_t {
  type avr32_usart_brgr_t (line 1566) | typedef struct avr32_usart_brgr_t {
  type avr32_usart_rtor_t (line 1574) | typedef struct avr32_usart_rtor_t {
  type avr32_usart_ttgr_t (line 1581) | typedef struct avr32_usart_ttgr_t {
  type avr32_usart_fidi_t (line 1588) | typedef struct avr32_usart_fidi_t {
  type avr32_usart_ner_t (line 1595) | typedef struct avr32_usart_ner_t {
  type avr32_usart_ifr_t (line 1602) | typedef struct avr32_usart_ifr_t {
  type avr32_usart_man_t (line 1609) | typedef struct avr32_usart_man_t {
  type avr32_usart_linmr_t (line 1628) | typedef struct avr32_usart_linmr_t {
  type avr32_usart_linir_t (line 1643) | typedef struct avr32_usart_linir_t {
  type avr32_usart_t (line 1650) | typedef struct avr32_usart_t {

FILE: firmware/mock_hardware/include/avr32/usbb_310.h
  type avr32_usbb_udcon_t (line 10218) | typedef struct avr32_usbb_udcon_t {
  type avr32_usbb_udint_t (line 10236) | typedef struct avr32_usbb_udint_t {
  type avr32_usbb_udintclr_t (line 10268) | typedef struct avr32_usbb_udintclr_t {
  type avr32_usbb_udintset_t (line 10282) | typedef struct avr32_usbb_udintset_t {
  type avr32_usbb_udinte_t (line 10303) | typedef struct avr32_usbb_udinte_t {
  type avr32_usbb_udinteclr_t (line 10332) | typedef struct avr32_usbb_udinteclr_t {
  type avr32_usbb_udinteset_t (line 10361) | typedef struct avr32_usbb_udinteset_t {
  type avr32_usbb_uerst_t (line 10390) | typedef struct avr32_usbb_uerst_t {
  type avr32_usbb_udfnum_t (line 10411) | typedef struct avr32_usbb_udfnum_t {
  type avr32_usbb_udtst1_t (line 10421) | typedef struct avr32_usbb_udtst1_t {
  type avr32_usbb_udtst2_t (line 10433) | typedef struct avr32_usbb_udtst2_t {
  type avr32_usbb_udfeatures_t (line 10446) | typedef struct avr32_usbb_udfeatures_t {
  type avr32_usbb_uecfg0_t (line 10473) | typedef struct avr32_usbb_uecfg0_t {
  type avr32_usbb_uecfg1_t (line 10490) | typedef struct avr32_usbb_uecfg1_t {
  type avr32_usbb_uecfg2_t (line 10507) | typedef struct avr32_usbb_uecfg2_t {
  type avr32_usbb_uecfg3_t (line 10524) | typedef struct avr32_usbb_uecfg3_t {
  type avr32_usbb_uecfg4_t (line 10541) | typedef struct avr32_usbb_uecfg4_t {
  type avr32_usbb_uecfg5_t (line 10558) | typedef struct avr32_usbb_uecfg5_t {
  type avr32_usbb_uecfg6_t (line 10575) | typedef struct avr32_usbb_uecfg6_t {
  type avr32_usbb_uesta0_t (line 10592) | typedef struct avr32_usbb_uesta0_t {
  type avr32_usbb_uesta1_t (line 10616) | typedef struct avr32_usbb_uesta1_t {
  type avr32_usbb_uesta2_t (line 10640) | typedef struct avr32_usbb_uesta2_t {
  type avr32_usbb_uesta3_t (line 10664) | typedef struct avr32_usbb_uesta3_t {
  type avr32_usbb_uesta4_t (line 10688) | typedef struct avr32_usbb_uesta4_t {
  type avr32_usbb_uesta5_t (line 10712) | typedef struct avr32_usbb_uesta5_t {
  type avr32_usbb_uesta6_t (line 10736) | typedef struct avr32_usbb_uesta6_t {
  type avr32_usbb_uesta0clr_t (line 10760) | typedef struct avr32_usbb_uesta0clr_t {
  type avr32_usbb_uesta1clr_t (line 10774) | typedef struct avr32_usbb_uesta1clr_t {
  type avr32_usbb_uesta2clr_t (line 10788) | typedef struct avr32_usbb_uesta2clr_t {
  type avr32_usbb_uesta3clr_t (line 10802) | typedef struct avr32_usbb_uesta3clr_t {
  type avr32_usbb_uesta4clr_t (line 10816) | typedef struct avr32_usbb_uesta4clr_t {
  type avr32_usbb_uesta5clr_t (line 10830) | typedef struct avr32_usbb_uesta5clr_t {
  type avr32_usbb_uesta6clr_t (line 10844) | typedef struct avr32_usbb_uesta6clr_t {
  type avr32_usbb_uesta0set_t (line 10858) | typedef struct avr32_usbb_uesta0set_t {
  type avr32_usbb_uesta1set_t (line 10877) | typedef struct avr32_usbb_uesta1set_t {
  type avr32_usbb_uesta2set_t (line 10896) | typedef struct avr32_usbb_uesta2set_t {
  type avr32_usbb_uesta3set_t (line 10915) | typedef struct avr32_usbb_uesta3set_t {
  type avr32_usbb_uesta4set_t (line 10934) | typedef struct avr32_usbb_uesta4set_t {
  type avr32_usbb_uesta5set_t (line 10953) | typedef struct avr32_usbb_uesta5set_t {
  type avr32_usbb_uesta6set_t (line 10972) | typedef struct avr32_usbb_uesta6set_t {
  type avr32_usbb_uecon0_t (line 10991) | typedef struct avr32_usbb_uecon0_t {
  type avr32_usbb_uecon1_t (line 11017) | typedef struct avr32_usbb_uecon1_t {
  type avr32_usbb_uecon2_t (line 11043) | typedef struct avr32_usbb_uecon2_t {
  type avr32_usbb_uecon3_t (line 11069) | typedef struct avr32_usbb_uecon3_t {
  type avr32_usbb_uecon4_t (line 11095) | typedef struct avr32_usbb_uecon4_t {
  type avr32_usbb_uecon5_t (line 11121) | typedef struct avr32_usbb_uecon5_t {
  type avr32_usbb_uecon6_t (line 11147) | typedef struct avr32_usbb_uecon6_t {
  type avr32_usbb_uecon0set_t (line 11173) | typedef struct avr32_usbb_uecon0set_t {
  type avr32_usbb_uecon1set_t (line 11198) | typedef struct avr32_usbb_uecon1set_t {
  type avr32_usbb_uecon2set_t (line 11223) | typedef struct avr32_usbb_uecon2set_t {
  type avr32_usbb_uecon3set_t (line 11248) | typedef struct avr32_usbb_uecon3set_t {
  type avr32_usbb_uecon4set_t (line 11273) | typedef struct avr32_usbb_uecon4set_t {
  type avr32_usbb_uecon5set_t (line 11298) | typedef struct avr32_usbb_uecon5set_t {
  type avr32_usbb_uecon6set_t (line 11323) | typedef struct avr32_usbb_uecon6set_t {
  type avr32_usbb_uecon0clr_t (line 11348) | typedef struct avr32_usbb_uecon0clr_t {
  type avr32_usbb_uecon1clr_t (line 11374) | typedef struct avr32_usbb_uecon1clr_t {
  type avr32_usbb_uecon2clr_t (line 11400) | typedef struct avr32_usbb_uecon2clr_t {
  type avr32_usbb_uecon3clr_t (line 11426) | typedef struct avr32_usbb_uecon3clr_t {
  type avr32_usbb_uecon4clr_t (line 11452) | typedef struct avr32_usbb_uecon4clr_t {
  type avr32_usbb_uecon5clr_t (line 11478) | typedef struct avr32_usbb_uecon5clr_t {
  type avr32_usbb_uecon6clr_t (line 11504) | typedef struct avr32_usbb_uecon6clr_t {
  type avr32_usbb_uddma1_nextdesc_t (line 11530) | typedef struct avr32_usbb_uddma1_nextdesc_t {
  type avr32_usbb_uddma1_control_t (line 11537) | typedef struct avr32_usbb_uddma1_control_t {
  type avr32_usbb_uddma1_status_t (line 11552) | typedef struct avr32_usbb_uddma1_status_t {
  type avr32_usbb_uddma2_nextdesc_t (line 11565) | typedef struct avr32_usbb_uddma2_nextdesc_t {
  type avr32_usbb_uddma2_control_t (line 11572) | typedef struct avr32_usbb_uddma2_control_t {
  type avr32_usbb_uddma2_status_t (line 11587) | typedef struct avr32_usbb_uddma2_status_t {
  type avr32_usbb_uddma3_nextdesc_t (line 11600) | typedef struct avr32_usbb_uddma3_nextdesc_t {
  type avr32_usbb_uddma3_control_t (line 11607) | typedef struct avr32_usbb_uddma3_control_t {
  type avr32_usbb_uddma3_status_t (line 11622) | typedef struct avr32_usbb_uddma3_status_t {
  type avr32_usbb_uddma4_nextdesc_t (line 11635) | typedef struct avr32_usbb_uddma4_nextdesc_t {
  type avr32_usbb_uddma4_control_t (line 11642) | typedef struct avr32_usbb_uddma4_control_t {
  type avr32_usbb_uddma4_status_t (line 11657) | typedef struct avr32_usbb_uddma4_status_t {
  type avr32_usbb_uddma5_nextdesc_t (line 11670) | typedef struct avr32_usbb_uddma5_nextdesc_t {
  type avr32_usbb_uddma5_control_t (line 11677) | typedef struct avr32_usbb_uddma5_control_t {
  type avr32_usbb_uddma5_status_t (line 11692) | typedef struct avr32_usbb_uddma5_status_t {
  type avr32_usbb_uddma6_nextdesc_t (line 11705) | typedef struct avr32_usbb_uddma6_nextdesc_t {
  type avr32_usbb_uddma6_control_t (line 11712) | typedef struct avr32_usbb_uddma6_control_t {
  type avr32_usbb_uddma6_status_t (line 11727) | typedef struct avr32_usbb_uddma6_status_t {
  type avr32_usbb_uhcon_t (line 11740) | typedef struct avr32_usbb_uhcon_t {
  type avr32_usbb_uhint_t (line 11752) | typedef struct avr32_usbb_uhint_t {
  type avr32_usbb_uhintclr_t (line 11780) | typedef struct avr32_usbb_uhintclr_t {
  type avr32_usbb_uhintset_t (line 11793) | typedef struct avr32_usbb_uhintset_t {
  type avr32_usbb_uhinte_t (line 11813) | typedef struct avr32_usbb_uhinte_t {
  type avr32_usbb_uhinteclr_t (line 11841) | typedef struct avr32_usbb_uhinteclr_t {
  type avr32_usbb_uhinteset_t (line 11869) | typedef struct avr32_usbb_uhinteset_t {
  type avr32_usbb_uprst_t (line 11897) | typedef struct avr32_usbb_uprst_t {
  type avr32_usbb_uhfnum_t (line 11918) | typedef struct avr32_usbb_uhfnum_t {
  type avr32_usbb_uhaddr1_t (line 11928) | typedef struct avr32_usbb_uhaddr1_t {
  type avr32_usbb_uhaddr2_t (line 11941) | typedef struct avr32_usbb_uhaddr2_t {
  type avr32_usbb_uhaddr3_t (line 11954) | typedef struct avr32_usbb_uhaddr3_t {
  type avr32_usbb_upcfg0_t (line 11967) | typedef struct avr32_usbb_upcfg0_t {
  type avr32_usbb_upcfg1_t (line 11987) | typedef struct avr32_usbb_upcfg1_t {
  type avr32_usbb_upcfg2_t (line 12007) | typedef struct avr32_usbb_upcfg2_t {
  type avr32_usbb_upcfg3_t (line 12027) | typedef struct avr32_usbb_upcfg3_t {
  type avr32_usbb_upcfg4_t (line 12047) | typedef struct avr32_usbb_upcfg4_t {
  type avr32_usbb_upcfg5_t (line 12067) | typedef struct avr32_usbb_upcfg5_t {
  type avr32_usbb_upcfg6_t (line 12087) | typedef struct avr32_usbb_upcfg6_t {
  type avr32_usbb_upsta0_t (line 12107) | typedef struct avr32_usbb_upsta0_t {
  type avr32_usbb_upsta1_t (line 12130) | typedef struct avr32_usbb_upsta1_t {
  type avr32_usbb_upsta2_t (line 12153) | typedef struct avr32_usbb_upsta2_t {
  type avr32_usbb_upsta3_t (line 12176) | typedef struct avr32_usbb_upsta3_t {
  type avr32_usbb_upsta4_t (line 12199) | typedef struct avr32_usbb_upsta4_t {
  type avr32_usbb_upsta5_t (line 12222) | typedef struct avr32_usbb_upsta5_t {
  type avr32_usbb_upsta6_t (line 12245) | typedef struct avr32_usbb_upsta6_t {
  type avr32_usbb_upsta0clr_t (line 12268) | typedef struct avr32_usbb_upsta0clr_t {
  type avr32_usbb_upsta1clr_t (line 12282) | typedef struct avr32_usbb_upsta1clr_t {
  type avr32_usbb_upsta2clr_t (line 12296) | typedef struct avr32_usbb_upsta2clr_t {
  type avr32_usbb_upsta3clr_t (line 12310) | typedef struct avr32_usbb_upsta3clr_t {
  type avr32_usbb_upsta4clr_t (line 12324) | typedef struct avr32_usbb_upsta4clr_t {
  type avr32_usbb_upsta5clr_t (line 12338) | typedef struct avr32_usbb_upsta5clr_t {
  type avr32_usbb_upsta6clr_t (line 12352) | typedef struct avr32_usbb_upsta6clr_t {
  type avr32_usbb_upsta0set_t (line 12366) | typedef struct avr32_usbb_upsta0set_t {
  type avr32_usbb_upsta1set_t (line 12382) | typedef struct avr32_usbb_upsta1set_t {
  type avr32_usbb_upsta2set_t (line 12398) | typedef struct avr32_usbb_upsta2set_t {
  type avr32_usbb_upsta3set_t (line 12414) | typedef struct avr32_usbb_upsta3set_t {
  type avr32_usbb_upsta4set_t (line 12430) | typedef struct avr32_usbb_upsta4set_t {
  type avr32_usbb_upsta5set_t (line 12446) | typedef struct avr32_usbb_upsta5set_t {
  type avr32_usbb_upsta6set_t (line 12462) | typedef struct avr32_usbb_upsta6set_t {
  type avr32_usbb_upcon0_t (line 12478) | typedef struct avr32_usbb_upcon0_t {
  type avr32_usbb_upcon1_t (line 12500) | typedef struct avr32_usbb_upcon1_t {
  type avr32_usbb_upcon2_t (line 12522) | typedef struct avr32_usbb_upcon2_t {
  type avr32_usbb_upcon3_t (line 12544) | typedef struct avr32_usbb_upcon3_t {
  type avr32_usbb_upcon4_t (line 12566) | typedef struct avr32_usbb_upcon4_t {
  type avr32_usbb_upcon5_t (line 12588) | typedef struct avr32_usbb_upcon5_t {
  type avr32_usbb_upcon6_t (line 12610) | typedef struct avr32_usbb_upcon6_t {
  type avr32_usbb_upcon0set_t (line 12632) | typedef struct avr32_usbb_upcon0set_t {
  type avr32_usbb_upcon1set_t (line 12652) | typedef struct avr32_usbb_upcon1set_t {
  type avr32_usbb_upcon2set_t (line 12672) | typedef struct avr32_usbb_upcon2set_t {
  type avr32_usbb_upcon3set_t (line 12692) | typedef struct avr32_usbb_upcon3set_t {
  type avr32_usbb_upcon4set_t (line 12712) | typedef struct avr32_usbb_upcon4set_t {
  type avr32_usbb_upcon5set_t (line 12732) | typedef struct avr32_usbb_upcon5set_t {
  type avr32_usbb_upcon6set_t (line 12752) | typedef struct avr32_usbb_upcon6set_t {
  type avr32_usbb_upcon0clr_t (line 12772) | typedef struct avr32_usbb_upcon0clr_t {
  type avr32_usbb_upcon1clr_t (line 12793) | typedef struct avr32_usbb_upcon1clr_t {
  type avr32_usbb_upcon2clr_t (line 12814) | typedef struct avr32_usbb_upcon2clr_t {
  type avr32_usbb_upcon3clr_t (line 12835) | typedef struct avr32_usbb_upcon3clr_t {
  type avr32_usbb_upcon4clr_t (line 12856) | typedef struct avr32_usbb_upcon4clr_t {
  type avr32_usbb_upcon5clr_t (line 12877) | typedef struct avr32_usbb_upcon5clr_t {
  type avr32_usbb_upcon6clr_t (line 12898) | typedef struct avr32_usbb_upcon6clr_t {
  type avr32_usbb_upinrq0_t (line 12919) | typedef struct avr32_usbb_upinrq0_t {
  type avr32_usbb_upinrq1_t (line 12927) | typedef struct avr32_usbb_upinrq1_t {
  type avr32_usbb_upinrq2_t (line 12935) | typedef struct avr32_usbb_upinrq2_t {
  type avr32_usbb_upinrq3_t (line 12943) | typedef struct avr32_usbb_upinrq3_t {
  type avr32_usbb_upinrq4_t (line 12951) | typedef struct avr32_usbb_upinrq4_t {
  type avr32_usbb_upinrq5_t (line 12959) | typedef struct avr32_usbb_upinrq5_t {
  type avr32_usbb_upinrq6_t (line 12967) | typedef struct avr32_usbb_upinrq6_t {
  type avr32_usbb_uperr0_t (line 12975) | typedef struct avr32_usbb_uperr0_t {
  type avr32_usbb_uperr1_t (line 12987) | typedef struct avr32_usbb_uperr1_t {
  type avr32_usbb_uperr2_t (line 12999) | typedef struct avr32_usbb_uperr2_t {
  type avr32_usbb_uperr3_t (line 13011) | typedef struct avr32_usbb_uperr3_t {
  type avr32_usbb_uperr4_t (line 13023) | typedef struct avr32_usbb_uperr4_t {
  type avr32_usbb_uperr5_t (line 13035) | typedef struct avr32_usbb_uperr5_t {
  type avr32_usbb_uperr6_t (line 13047) | typedef struct avr32_usbb_uperr6_t {
  type avr32_usbb_uhdma1_nextdesc_t (line 13059) | typedef struct avr32_usbb_uhdma1_nextdesc_t {
  type avr32_usbb_uhdma1_control_t (line 13066) | typedef struct avr32_usbb_uhdma1_control_t {
  type avr32_usbb_uhdma1_status_t (line 13081) | typedef struct avr32_usbb_uhdma1_status_t {
  type avr32_usbb_uhdma2_nextdesc_t (line 13094) | typedef struct avr32_usbb_uhdma2_nextdesc_t {
  type avr32_usbb_uhdma2_control_t (line 13101) | typedef struct avr32_usbb_uhdma2_control_t {
  type avr32_usbb_uhdma2_status_t (line 13116) | typedef struct avr32_usbb_uhdma2_status_t {
  type avr32_usbb_uhdma3_nextdesc_t (line 13129) | typedef struct avr32_usbb_uhdma3_nextdesc_t {
  type avr32_usbb_uhdma3_control_t (line 13136) | typedef struct avr32_usbb_uhdma3_control_t {
  type avr32_usbb_uhdma3_status_t (line 13151) | typedef struct avr32_usbb_uhdma3_status_t {
  type avr32_usbb_uhdma4_nextdesc_t (line 13164) | typedef struct avr32_usbb_uhdma4_nextdesc_t {
  type avr32_usbb_uhdma4_control_t (line 13171) | typedef struct avr32_usbb_uhdma4_control_t {
  type avr32_usbb_uhdma4_status_t (line 13186) | typedef struct avr32_usbb_uhdma4_status_t {
  type avr32_usbb_uhdma5_nextdesc_t (line 13199) | typedef struct avr32_usbb_uhdma5_nextdesc_t {
  type avr32_usbb_uhdma5_control_t (line 13206) | typedef struct avr32_usbb_uhdma5_control_t {
  type avr32_usbb_uhdma5_status_t (line 13221) | typedef struct avr32_usbb_uhdma5_status_t {
  type avr32_usbb_uhdma6_nextdesc_t (line 13234) | typedef struct avr32_usbb_uhdma6_nextdesc_t {
  type avr32_usbb_uhdma6_control_t (line 13241) | typedef struct avr32_usbb_uhdma6_control_t {
  type avr32_usbb_uhdma6_status_t (line 13256) | typedef struct avr32_usbb_uhdma6_status_t {
  type avr32_usbb_usbcon_t (line 13269) | typedef struct avr32_usbb_usbcon_t {
  type avr32_usbb_usbsta_t (line 13298) | typedef struct avr32_usbb_usbsta_t {
  type avr32_usbb_usbstaclr_t (line 13318) | typedef struct avr32_usbb_usbstaclr_t {
  type avr32_usbb_usbstaset_t (line 13334) | typedef struct avr32_usbb_usbstaset_t {
  type avr32_usbb_uatst1_t (line 13350) | typedef struct avr32_usbb_uatst1_t {
  type avr32_usbb_uatst2_t (line 13362) | typedef struct avr32_usbb_uatst2_t {
  type avr32_usbb_uvers_t (line 13377) | typedef struct avr32_usbb_uvers_t {
  type avr32_usbb_ufeatures_t (line 13385) | typedef struct avr32_usbb_ufeatures_t {
  type avr32_usbb_usbfsm_t (line 13412) | typedef struct avr32_usbb_usbfsm_t {
  type avr32_usbb_t (line 13419) | typedef struct avr32_usbb_t {

FILE: firmware/mock_hardware/include/avr32/wdt_230.h
  type avr32_wdt_ctrl_t (line 102) | typedef struct avr32_wdt_ctrl_t {
  type avr32_wdt_t (line 112) | typedef struct avr32_wdt_t {

FILE: firmware/mock_hardware/include/compiler.h
  type S8 (line 18) | typedef int8_t S8;
  type U8 (line 19) | typedef uint8_t U8;
  type S16 (line 20) | typedef int16_t S16;
  type U16 (line 21) | typedef uint16_t U16;
  type le16_t (line 22) | typedef uint16_t le16_t;
  type be16_t (line 23) | typedef uint16_t be16_t;
  type S32 (line 24) | typedef int32_t S32;
  type U32 (line 25) | typedef uint32_t U32;
  type le32_t (line 26) | typedef uint32_t le32_t;
  type be32_t (line 27) | typedef uint32_t be32_t;
  type S64 (line 28) | typedef signed long long int S64;
  type U64 (line 29) | typedef unsigned long long int U64;
  type F32 (line 30) | typedef float F32;
  type F64 (line 31) | typedef double F64;
  type iram_size_t (line 32) | typedef uint32_t iram_size_t;
  type Status_bool_t (line 38) | typedef bool Status_bool_t;
  type U8 (line 39) | typedef U8 Status_t;
  type Union16 (line 47) | typedef union
  type Union32 (line 56) | typedef union
  type Union64 (line 67) | typedef union
  type UnionPtr (line 80) | typedef union
  type UnionVPtr (line 93) | typedef union
  type UnionCPtr (line 106) | typedef union
  type UnionCVPtr (line 119) | typedef union
  type StructPtr (line 132) | typedef struct
  type StructVPtr (line 145) | typedef struct
  type StructCPtr (line 158) | typedef struct
  type StructCVPtr (line 171) | typedef struct

FILE: firmware/mock_hardware/include/print_funcs.h
  function print_dbg (line 9) | static inline void print_dbg(const char* str) { fprintf(stderr, "%s", st...
  function print_dbg_char (line 10) | static inline void print_dbg_char(int c) { fprintf(stderr, "%d", c); }
  function print_dbg_ulong (line 11) | static inline void print_dbg_ulong(unsigned long n) { fprintf(stderr, "%...
  function print_dbg_char_hex (line 12) | static inline void print_dbg_char_hex(unsigned char n) { fprintf(stderr,...
  function print_dbg_short_hex (line 13) | static inline void print_dbg_short_hex(unsigned short n) { fprintf(stder...
  function print_dbg_hex (line 14) | static inline void print_dbg_hex(unsigned long n) { fprintf(stderr, "%lx...
  function print_dbg (line 16) | static inline void print_dbg(const char* str) { }
  function print_dbg_char (line 17) | static inline void print_dbg_char(int c) { }
  function print_dbg_ulong (line 18) | static inline void print_dbg_ulong(unsigned long n) { }
  function print_dbg_char_hex (line 19) | static inline void print_dbg_char_hex(unsigned char n) { }
  function print_dbg_short_hex (line 20) | static inline void print_dbg_short_hex(unsigned short n) { }
  function print_dbg_hex (line 21) | static inline void print_dbg_hex(unsigned long n) { }

FILE: firmware/mock_hardware/include/spi.h
  type spi_status_t (line 1) | typedef enum {

FILE: firmware/mock_hardware/include/usb_protocol.h
  type usb_reqid (line 113) | enum usb_reqid
  type usb_device_status (line 132) | enum usb_device_status
  type usb_interface_status (line 143) | enum usb_interface_status
  type usb_endpoint_status (line 152) | enum usb_endpoint_status
  type usb_device_feature (line 162) | enum usb_device_feature
  type usb_device_hs_test_mode (line 176) | enum usb_device_hs_test_mode
  type usb_endpoint_feature (line 188) | enum usb_endpoint_feature
  type usb_test_mode_selector (line 196) | enum usb_test_mode_selector
  type usb_descriptor_type (line 208) | enum usb_descriptor_type
  type usb_capability_type (line 227) | enum usb_capability_type
  type usb_capability_extension_attr (line 236) | enum usb_capability_extension_attr
  type usb_ep_type (line 270) | enum usb_ep_type
  type usb_langid (line 282) | enum usb_langid
  type usb_add_t (line 293) | typedef uint8_t usb_add_t;
  type usb_ep_t (line 306) | typedef uint8_t usb_ep_t;
  type usb_setup_req_t (line 326) | typedef struct
  type usb_dev_desc_t (line 338) | typedef struct
  type usb_dev_qual_desc_t (line 364) | typedef struct
  type usb_dev_bos_desc_t (line 389) | typedef struct
  type usb_dev_capa_ext_desc_t (line 402) | typedef struct
  type usb_dev_lpm_desc_t (line 415) | typedef struct
  type usb_association_desc_t (line 424) | typedef struct
  type usb_conf_desc_t (line 439) | typedef struct
  type usb_iad_desc_t (line 461) | typedef struct
  type usb_iface_desc_t (line 476) | typedef struct
  type usb_ep_desc_t (line 492) | typedef struct
  type usb_str_desc_t (line 505) | typedef struct
  type usb_str_lgid_desc_t (line 511) | typedef struct

FILE: firmware/mock_hardware/mock_hardware_api.c
  function hardware_hidMessage (line 46) | void hardware_hidMessage(uint8_t key, uint8_t mod, bool held, bool release)
  function hardware_hidConnect (line 51) | void hardware_hidConnect()
  function hardware_hidDisconnect (line 58) | void hardware_hidDisconnect()
  function initialize_serial (line 65) | void initialize_serial()
  function hardware_init (line 71) | void hardware_init()
  function hardware_step (line 78) | void hardware_step()
  function hardware_triggerInterrupt (line 84) | void hardware_triggerInterrupt(int interrupt)
  function hardware_getGPIO (line 89) | bool hardware_getGPIO(uint32_t pin)
  function hardware_setGPIO (line 98) | void hardware_setGPIO(uint32_t pin, bool value)
  function hardware_getADC (line 119) | uint16_t hardware_getADC(int channel)
  function hardware_setADC (line 124) | void hardware_setADC(int channel, uint16_t value)
  function hardware_getDAC (line 129) | uint16_t hardware_getDAC(int channel)
  function hardware_setDAC (line 134) | void hardware_setDAC(int channel, uint16_t value)
  function hardware_postEvent (line 139) | void hardware_postEvent(uint32_t type, uint32_t data)
  function hardware_serialConnectionChange (line 147) | void hardware_serialConnectionChange(bool connected, uint8_t type, uint8...
  function hardware_readSerial (line 152) | int hardware_readSerial(uint8_t** pbuf, uint8_t* pcount)
  function hardware_writeSerial_internal (line 160) | int hardware_writeSerial_internal(uint8_t* buf, uint8_t byteCount)
  function hardware_readSerial_internal (line 168) | int hardware_readSerial_internal(uint8_t** pbuf, uint8_t* pcount)
  function hardware_writeSerial (line 176) | int hardware_writeSerial(uint8_t* buf, uint8_t byteCount)
  function hardware_declareNVRAM (line 184) | void hardware_declareNVRAM(void* ptr, uint32_t size)
  function hardware_readNVRAM (line 190) | void hardware_readNVRAM(void** ptr, uint32_t* size)
  function hardware_writeNVRAM (line 196) | void hardware_writeNVRAM(const void* src, uint32_t size)
  function hardware_declareVRAM (line 201) | void hardware_declareVRAM(void* ptr, uint32_t size)
  function hardware_readVRAM (line 207) | void hardware_readVRAM(void** ptr, uint32_t* size)
  function hardware_writeVRAM (line 221) | void hardware_writeVRAM(const void* src, uint32_t size)
  function hardware_getScreenBuffer (line 227) | void hardware_getScreenBuffer(uint8_t** ptr, uint16_t* width, uint16_t* ...
  function hardware_setScreenBuffer (line 236) | void hardware_setScreenBuffer(uint8_t* buf)
  function hardware_iiUpdateFollowerData (line 244) | void hardware_iiUpdateFollowerData(uint8_t device, uint8_t param, uint16...
  function hardware_iiGetFollowerData (line 255) | uint16_t hardware_iiGetFollowerData(uint8_t device, uint8_t param)
  type iiMessage (line 270) | typedef struct
  function hardware_iiPushMessage (line 280) | bool hardware_iiPushMessage(uint8_t addr, uint8_t* data, uint8_t length)
  function hardware_iiPopMessage (line 292) | bool hardware_iiPopMessage(uint8_t* addr, uint8_t* data, uint8_t* length)

FILE: firmware/mock_hardware/mock_interrupt.c
  function u64 (line 21) | u64 get_ticks(void)
  function simulate_tc_interrupt (line 26) | void simulate_tc_interrupt()
  function simulate_clock_normal_interrupt (line 42) | void simulate_clock_normal_interrupt()
  function simulate_external_clock_interrupt (line 50) | void simulate_external_clock_interrupt()
  function simulate_front_button_interrupt (line 58) | void simulate_front_button_interrupt()
  function mock_gpio_interrupt (line 66) | void mock_gpio_interrupt(int pin)
  function simulate_ansible_tr_interrupt (line 74) | void simulate_ansible_tr_interrupt(int pin, int offset)
  function mock_interrupt (line 83) | void mock_interrupt(int interrupt)

FILE: firmware/mock_hardware/mock_serial.c
  type eMonomeProtocol (line 11) | typedef enum
  type monomeDesc (line 20) | typedef struct e_monomeDesc
  function u8 (line 42) | u8 mock_serial_connected()
  function mock_serial_read (line 47) | void mock_serial_read(void)
  function mock_serial_write (line 55) | void mock_serial_write(u8* data, u32 bytes)
  function u8 (line 60) | volatile u8 mock_serial_tx_busy()
  function u8 (line 65) | volatile u8 mock_serial_rx_busy()
  function u8 (line 70) | u8* mock_serial_rx_buf(void)
  function u8 (line 75) | volatile u8 mock_serial_rx_bytes(void)
  function setup_mock_serial (line 80) | void setup_mock_serial()
  function mock_monome_serial_setup (line 91) | void mock_monome_serial_setup(bool connected, uint8_t type, uint8_t prot...

FILE: firmware/mock_hardware/modules/ansible/adapter_ansible.c
  function hid_parse_frame (line 12) | void hid_parse_frame(u8* data, u8 sz)
  function process_keypress (line 16) | void process_keypress(uint8_t key, uint8_t mod_key, bool is_held_key)
  function hardware_serializePreset (line 20) | void hardware_serializePreset(tt_serializer_t* stream, uint8_t preset_num)
  function hardware_deserializePreset (line 24) | void hardware_deserializePreset(tt_deserializer_t* stream, uint8_t prese...
  function hardware_beforeReadVRAM (line 31) | void hardware_beforeReadVRAM(void* ptr, uint32_t size)
  function hardware_afterWriteVRAM (line 41) | void hardware_afterWriteVRAM(void* ptr, uint32_t size)
  function hardware_afterInit (line 51) | void hardware_afterInit()
  function hardware_afterStep (line 55) | void hardware_afterStep()
  function hardware_getVersion (line 59) | void hardware_getVersion(char* buffer)
  function hardware_getClockPeriod (line 64) | double hardware_getClockPeriod()

FILE: firmware/mock_hardware/modules/ansible/ansible_usb_disk.c
  function usb_disk_lock (line 32) | static bool usb_disk_lock(void)
  function usb_disk_unlock (line 43) | static void usb_disk_unlock(void)
  function handler_UsbDiskKey (line 52) | static void handler_UsbDiskKey(int32_t data)
  function handler_UsbDiskFront (line 56) | static void handler_UsbDiskFront(s32 data)
  function blink_read (line 60) | static void blink_read(void* o)
  function blink_write (line 64) | static void blink_write(void* o)
  function set_mode_usb_disk (line 68) | void set_mode_usb_disk(void)
  function usb_disk_enter (line 72) | bool usb_disk_enter()
  function usb_disk_exit (line 76) | void usb_disk_exit()
  function usb_disk_skip_apps (line 80) | void usb_disk_skip_apps(bool skip)
  function usb_disk_select_app (line 84) | void usb_disk_select_app(ansible_mode_t mode)
  function gets_chunks (line 88) | size_t gets_chunks(char* dst, size_t len)
  function copy_chunks (line 93) | static void copy_chunks(char* dst, const char* src, size_t len)
  function flush (line 100) | static void flush(void)
  function puts_buffered (line 104) | void puts_buffered(const char* src, size_t len)
  function usb_disk_mount_drive (line 108) | static bool usb_disk_mount_drive(void)
  function usb_disk_backup_binary (line 112) | static bool usb_disk_backup_binary(FS_STRING fname)
  function usb_disk_restore_backup (line 116) | static bool usb_disk_restore_backup(FS_STRING fname)
  function usb_disk_load_flash (line 120) | static bool usb_disk_load_flash(FS_STRING fname)
  function usb_disk_save_flash (line 124) | static bool usb_disk_save_flash(FS_STRING fname)

FILE: firmware/mock_hardware/modules/teletype/adapter_teletype.c
  function clock_null (line 25) | void clock_null(uint8_t phase) { }
  function tele_usb_disk (line 30) | void tele_usb_disk() { }
  function u8 (line 32) | extern u8 get_revision(void)
  function hardware_serializePreset (line 37) | void hardware_serializePreset(tt_serializer_t* stream, uint8_t preset_num)
  function fake_flash_read (line 59) | void fake_flash_read(scene_state_t* src_scene, scene_state_t* dest_scene,
  function fake_do_preset_read (line 104) | void fake_do_preset_read(scene_state_t* src_scene, scene_state_t* dest_s...
  function hardware_deserializePreset (line 120) | void hardware_deserializePreset(tt_deserializer_t* stream, uint8_t prese...
  function calibrate_adc (line 159) | void calibrate_adc()
  function hardware_beforeReadVRAM (line 168) | void hardware_beforeReadVRAM(void* ptr, uint32_t size)
  function hardware_afterWriteVRAM (line 173) | void hardware_afterWriteVRAM(void* ptr, uint32_t size)
  function hardware_afterInit (line 185) | void hardware_afterInit()
  function hardware_afterStep (line 193) | void hardware_afterStep()
  function hardware_getVersion (line 203) | void hardware_getVersion(char* buffer)
  function hardware_getClockPeriod (line 208) | double hardware_getClockPeriod()

FILE: firmware/mock_hardware/modules/teletype/usb_disk_mode.c
  function handler_usb_PollADC (line 3) | void handler_usb_PollADC(int32_t data) {
  function handler_usb_Front (line 6) | void handler_usb_Front(int32_t data) {
  function handler_usb_ScreenRefresh (line 9) | void handler_usb_ScreenRefresh(int32_t data) {

FILE: firmware/mock_hardware/modules/trilogy/adapter_trilogy.c
  function clock_null (line 8) | void clock_null(uint8_t phase) { }
  function hid_parse_frame (line 13) | void hid_parse_frame(u8* data, u8 sz)
  function process_keypress (line 17) | void process_keypress(uint8_t key, uint8_t mod_key, bool is_held_key)
  function hardware_serializePreset (line 21) | void hardware_serializePreset(tt_serializer_t* stream, uint8_t preset_num)
  function hardware_deserializePreset (line 25) | void hardware_deserializePreset(tt_deserializer_t* stream, uint8_t prese...
  function hardware_beforeReadVRAM (line 29) | void hardware_beforeReadVRAM(void* ptr, uint32_t size)
  function hardware_afterWriteVRAM (line 33) | void hardware_afterWriteVRAM(void* ptr, uint32_t size)
  function hardware_afterInit (line 37) | void hardware_afterInit()
  function hardware_afterStep (line 41) | void hardware_afterStep()
  function hardware_getVersion (line 49) | void hardware_getVersion(char* buffer)
  function hardware_getClockPeriod (line 54) | double hardware_getClockPeriod()

FILE: lib/base64/base64.cpp
  function is_base64 (line 41) | static inline bool is_base64(unsigned char c) {
  function base64_encode (line 45) | std::string base64_encode(unsigned char const* bytes_to_encode, unsigned...
  function base64_decode (line 87) | std::string base64_decode(std::string const& encoded_string) {

FILE: lib/cbbq/cbbq.h
  type cbbq (line 73) | typedef struct
  function queue_init (line 82) | void queue_init(cbbq* q, uint32_t size)
  function queue_free (line 96) | void queue_free(cbbq* q)
  type QueueResult (line 104) | typedef enum
  function QueueResult (line 114) | QueueResult
  function QueueResult (line 175) | QueueResult

FILE: lib/cbbq/test/cbbq_test.c
  function main (line 21) | int main(void)

FILE: lib/cbbq/test/cbbq_utils.h
  function queue_display (line 7) | void queue_display(cbbq* q)

FILE: lib/oscpack/ip/IpEndpointName.h
  function class (line 41) | class IpEndpointName{

FILE: lib/oscpack/ip/NetworkingUtils.h
  function class (line 45) | class NetworkInitializer{

FILE: lib/oscpack/ip/PacketListener.h
  function class (line 43) | class PacketListener{

FILE: lib/oscpack/ip/TimerListener.h
  function class (line 41) | class TimerListener{

FILE: lib/oscpack/ip/UdpSocket.h
  function class (line 51) | class SocketReceiveMultiplexer{
  function class (line 79) | class UdpSocket{
  function class (line 137) | class UdpTransmitSocket : public UdpSocket{
  function class (line 144) | class UdpReceiveSocket : public UdpSocket{
  function class (line 154) | class UdpListeningReceiveSocket : public UdpSocket{

FILE: lib/oscpack/ip/posix/NetworkingUtils.cpp
  function GetHostByName (line 52) | unsigned long GetHostByName( const char *name )

FILE: lib/oscpack/ip/posix/UdpSocket.cpp
  function SockaddrFromIpEndpointName (line 70) | static void SockaddrFromIpEndpointName( struct sockaddr_in& sockAddr, co...
  function IpEndpointName (line 87) | static IpEndpointName IpEndpointNameFromSockaddr( const struct sockaddr_...
  class UdpSocket::Implementation (line 100) | class UdpSocket::Implementation{
    type sockaddr_in (line 105) | struct sockaddr_in
    type sockaddr_in (line 106) | struct sockaddr_in
    method Implementation (line 110) | Implementation()
    method SetEnableBroadcast (line 128) | void SetEnableBroadcast( bool enableBroadcast )
    method SetAllowReuse (line 134) | void SetAllowReuse( bool allowReuse )
    method IpEndpointName (line 146) | IpEndpointName LocalEndpointFor( const IpEndpointName& remoteEndpoint ...
    method Connect (line 191) | void Connect( const IpEndpointName& remoteEndpoint )
    method Send (line 202) | void Send( const char *data, std::size_t size )
    method SendTo (line 209) | void SendTo( const IpEndpointName& remoteEndpoint, const char *data, s...
    method Bind (line 217) | void Bind( const IpEndpointName& localEndpoint )
    method IsBound (line 229) | bool IsBound() const { return isBound_; }
    method ReceiveFrom (line 231) | std::size_t ReceiveFrom( IpEndpointName& remoteEndpoint, char *data, s...
    method Socket (line 249) | int Socket() { return socket_; }
  function IpEndpointName (line 272) | IpEndpointName UdpSocket::LocalEndpointFor( const IpEndpointName& remote...
  type AttachedTimerListener (line 308) | struct AttachedTimerListener{
    method AttachedTimerListener (line 309) | AttachedTimerListener( int id, int p, TimerListener *tl )
  function CompareScheduledTimerCalls (line 319) | static bool CompareScheduledTimerCalls(
  function InterruptSignalHandler (line 329) | void InterruptSignalHandler( int )
  class SocketReceiveMultiplexer::Implementation (line 336) | class SocketReceiveMultiplexer::Implementation{
    method GetCurrentTimeMs (line 343) | double GetCurrentTimeMs() const
    method Implementation (line 353) | Implementation()
    method AttachSocketListener (line 365) | void AttachSocketListener( UdpSocket *socket, PacketListener *listener )
    method DetachSocketListener (line 372) | void DetachSocketListener( UdpSocket *socket, PacketListener *listener )
    method AttachPeriodicTimerListener (line 381) | void AttachPeriodicTimerListener( int periodMilliseconds, TimerListene...
    method AttachPeriodicTimerListener (line 386) | void AttachPeriodicTimerListener( int initialDelayMilliseconds, int pe...
    method DetachPeriodicTimerListener (line 391) | void DetachPeriodicTimerListener( TimerListener *listener )
    method Run (line 405) | void Run()
    method Break (line 527) | void Break()
    method AsynchronousBreak (line 532) | void AsynchronousBreak()

FILE: lib/oscpack/ip/win32/NetworkingUtils.cpp
  function GetHostByName (line 81) | unsigned long GetHostByName( const char *name )

FILE: lib/oscpack/ip/win32/UdpSocket.cpp
  function SockaddrFromIpEndpointName (line 64) | static void SockaddrFromIpEndpointName( struct sockaddr_in& sockAddr, co...
  function IpEndpointName (line 81) | static IpEndpointName IpEndpointNameFromSockaddr( const struct sockaddr_...
  class UdpSocket::Implementation (line 94) | class UdpSocket::Implementation{
    type sockaddr_in (line 101) | struct sockaddr_in
    type sockaddr_in (line 102) | struct sockaddr_in
    method Implementation (line 106) | Implementation()
    method SetEnableBroadcast (line 124) | void SetEnableBroadcast( bool enableBroadcast )
    method SetAllowReuse (line 130) | void SetAllowReuse( bool allowReuse )
    method IpEndpointName (line 140) | IpEndpointName LocalEndpointFor( const IpEndpointName& remoteEndpoint ...
    method Connect (line 184) | void Connect( const IpEndpointName& remoteEndpoint )
    method Send (line 195) | void Send( const char *data, std::size_t size )
    method SendTo (line 202) | void SendTo( const IpEndpointName& remoteEndpoint, const char *data, s...
    method Bind (line 210) | void Bind( const IpEndpointName& localEndpoint )
    method IsBound (line 222) | bool IsBound() const { return isBound_; }
    method ReceiveFrom (line 224) | std::size_t ReceiveFrom( IpEndpointName& remoteEndpoint, char *data, s...
    method SOCKET (line 242) | SOCKET& Socket() { return socket_; }
  function IpEndpointName (line 265) | IpEndpointName UdpSocket::LocalEndpointFor( const IpEndpointName& remote...
  type AttachedTimerListener (line 301) | struct AttachedTimerListener{
    method AttachedTimerListener (line 302) | AttachedTimerListener( int id, int p, TimerListener *tl )
  function CompareScheduledTimerCalls (line 312) | static bool CompareScheduledTimerCalls(
  function InterruptSignalHandler (line 322) | void InterruptSignalHandler( int )
  class SocketReceiveMultiplexer::Implementation (line 331) | class SocketReceiveMultiplexer::Implementation{
    method GetCurrentTimeMs (line 340) | double GetCurrentTimeMs() const
    method Implementation (line 350) | Implementation()
    method AttachSocketListener (line 360) | void AttachSocketListener( UdpSocket *socket, PacketListener *listener )
    method DetachSocketListener (line 367) | void DetachSocketListener( UdpSocket *socket, PacketListener *listener )
    method AttachPeriodicTimerListener (line 376) | void AttachPeriodicTimerListener( int periodMilliseconds, TimerListene...
    method AttachPeriodicTimerListener (line 381) | void AttachPeriodicTimerListener( int initialDelayMilliseconds, int pe...
    method DetachPeriodicTimerListener (line 386) | void DetachPeriodicTimerListener( TimerListener *listener )
    method Run (line 400) | void Run()
    method Break (line 494) | void Break()
    method AsynchronousBreak (line 499) | void AsynchronousBreak()

FILE: lib/oscpack/osc/MessageMappingOscPacketListener.h
  function namespace (line 47) | namespace osc{

FILE: lib/oscpack/osc/OscException.h
  function namespace (line 42) | namespace osc

FILE: lib/oscpack/osc/OscOutboundPacketStream.cpp
  type std (line 53) | namespace std {
  type osc (line 58) | namespace osc{
    function FromInt32 (line 60) | static void FromInt32( char *p, int32 x )
    function FromUInt32 (line 80) | static void FromUInt32( char *p, uint32 x )
    function FromInt64 (line 100) | static void FromInt64( char *p, int64 x )
    function FromUInt64 (line 124) | static void FromUInt64( char *p, uint64 x )
    function RoundUp4 (line 149) | static inline std::size_t RoundUp4( std::size_t x )
    function OutboundPacketStream (line 320) | OutboundPacketStream& OutboundPacketStream::operator<<( const BundleIn...
    function OutboundPacketStream (line 339) | OutboundPacketStream& OutboundPacketStream::operator<<( const BundleTe...
    function OutboundPacketStream (line 354) | OutboundPacketStream& OutboundPacketStream::operator<<( const BeginMes...
    function OutboundPacketStream (line 383) | OutboundPacketStream& OutboundPacketStream::operator<<( const MessageT...
    function OutboundPacketStream (line 436) | OutboundPacketStream& OutboundPacketStream::operator<<( bool rhs )
    function OutboundPacketStream (line 446) | OutboundPacketStream& OutboundPacketStream::operator<<( const NilType&...
    function OutboundPacketStream (line 457) | OutboundPacketStream& OutboundPacketStream::operator<<( const Infinitu...
    function OutboundPacketStream (line 468) | OutboundPacketStream& OutboundPacketStream::operator<<( int32 rhs )
    function OutboundPacketStream (line 480) | OutboundPacketStream& OutboundPacketStream::operator<<( float rhs )
    function OutboundPacketStream (line 508) | OutboundPacketStream& OutboundPacketStream::operator<<( char rhs )
    function OutboundPacketStream (line 520) | OutboundPacketStream& OutboundPacketStream::operator<<( const RgbaColo...
    function OutboundPacketStream (line 532) | OutboundPacketStream& OutboundPacketStream::operator<<( const MidiMess...
    function OutboundPacketStream (line 544) | OutboundPacketStream& OutboundPacketStream::operator<<( int64 rhs )
    function OutboundPacketStream (line 556) | OutboundPacketStream& OutboundPacketStream::operator<<( const TimeTag&...
    function OutboundPacketStream (line 568) | OutboundPacketStream& OutboundPacketStream::operator<<( double rhs )
    function OutboundPacketStream (line 600) | OutboundPacketStream& OutboundPacketStream::operator<<( const char *rhs )
    function OutboundPacketStream (line 620) | OutboundPacketStream& OutboundPacketStream::operator<<( const Symbol& ...
    function OutboundPacketStream (line 640) | OutboundPacketStream& OutboundPacketStream::operator<<( const Blob& rhs )
    function OutboundPacketStream (line 661) | OutboundPacketStream& OutboundPacketStream::operator<<( const ArrayIni...
    function OutboundPacketStream (line 671) | OutboundPacketStream& OutboundPacketStream::operator<<( const ArrayTer...

FILE: lib/oscpack/osc/OscOutboundPacketStream.h
  function namespace (line 46) | namespace osc{

FILE: lib/oscpack/osc/OscPacketListener.h
  function namespace (line 43) | namespace osc

FILE: lib/oscpack/osc/OscPrintReceivedElements.cpp
  type std (line 45) | namespace std {
  type osc (line 50) | namespace osc{

FILE: lib/oscpack/osc/OscPrintReceivedElements.h
  function namespace (line 45) | namespace osc{

FILE: lib/oscpack/osc/OscReceivedElements.cpp
  type osc (line 43) | namespace osc
    function uint32 (line 85) | static inline uint32 RoundUp4(uint32 x)
    function int32 (line 90) | static inline int32 ToInt32(const char* p)
    function uint32 (line 109) | static inline uint32 ToUInt32(const char* p)
    function int64 (line 128) | static inline int64 ToInt64(const char* p)
    function uint64 (line 151) | static inline uint64 ToUInt64(const char* p)
    function osc_bundle_element_size_t (line 188) | osc_bundle_element_size_t ReceivedBundleElement::Size() const
    function int32 (line 217) | int32 ReceivedMessageArgument::AsInt32() const
    function int32 (line 227) | int32 ReceivedMessageArgument::AsInt32Unchecked() const
    function uint32 (line 290) | uint32 ReceivedMessageArgument::AsRgbaColor() const
    function uint32 (line 300) | uint32 ReceivedMessageArgument::AsRgbaColorUnchecked() const
    function uint32 (line 305) | uint32 ReceivedMessageArgument::AsMidiMessage() const
    function uint32 (line 315) | uint32 ReceivedMessageArgument::AsMidiMessageUnchecked() const
    function int64 (line 320) | int64 ReceivedMessageArgument::AsInt64() const
    function int64 (line 330) | int64 ReceivedMessageArgument::AsInt64Unchecked() const
    function uint64 (line 335) | uint64 ReceivedMessageArgument::AsTimeTag() const
    function uint64 (line 345) | uint64 ReceivedMessageArgument::AsTimeTagUnchecked() const
    function uint32 (line 551) | uint32 ReceivedMessage::AddressPatternAsUInt32() const
    function uint64 (line 766) | uint64 ReceivedBundle::TimeTag() const

FILE: lib/oscpack/osc/OscReceivedElements.h
  function namespace (line 48) | namespace osc{
  function class (line 142) | class ReceivedBundleElement{
  function class (line 160) | class ReceivedBundleElementIterator{
  function Advance (line 188) | void Advance() { value_.sizePtr_ = value_.Contents() + value_.Size(); }
  function IsEqualTo (line 190) | bool IsEqualTo( const ReceivedBundleElementIterator& rhs ) const
  function class (line 209) | class ReceivedMessageArgument{
  function class (line 287) | class ReceivedMessageArgumentIterator{
  function IsEqualTo (line 317) | bool IsEqualTo( const ReceivedMessageArgumentIterator& rhs ) const
  function class (line 336) | class ReceivedMessageArgumentStream{
  function class (line 474) | class ReceivedMessage{
  function class (line 516) | class ReceivedBundle{

FILE: lib/oscpack/osc/OscTypes.cpp
  type osc (line 39) | namespace osc{

FILE: lib/oscpack/osc/OscTypes.h
  function namespace (line 42) | namespace osc
  type BundleTerminator (line 149) | struct BundleTerminator
  type BeginMessage (line 155) | struct BeginMessage
  type MessageTerminator (line 164) | struct MessageTerminator
  type NilType (line 173) | struct NilType
  type InfinitumType (line 183) | struct InfinitumType
  type RgbaColor (line 189) | struct RgbaColor
  type MidiMessage (line 201) | struct MidiMessage
  type TimeTag (line 213) | struct TimeTag
  type Symbol (line 225) | struct Symbol
  function operator (line 234) | operator const char*() const { return value; }
  type Blob (line 237) | struct Blob
  type ArrayInitiator (line 249) | struct ArrayInitiator
  type ArrayTerminator (line 255) | struct ArrayTerminator

FILE: lib/serialosc/MonomeDevice.h
  type MonomeProtocol (line 6) | typedef enum {
  type MonomeDevice (line 12) | struct MonomeDevice

FILE: lib/serialosc/SerialOsc.h
  function class (line 16) | class SerialOsc

FILE: lib/simple-svg/main_1.0.0.cpp
  function main (line 39) | int main()

FILE: lib/simple-svg/simple_svg_1.0.0.hpp
  type svg (line 42) | namespace svg
    function attribute (line 46) | inline std::string attribute(std::string const & attribute_name,
    function elemStart (line 53) | inline std::string elemStart(std::string const & element_name)
    function elemEnd (line 57) | inline std::string elemEnd(std::string const & element_name)
    function emptyElemEnd (line 61) | inline std::string emptyElemEnd()
    class optional (line 70) | class optional
      method T (line 76) | T * operator->()
    type Dimensions (line 91) | struct Dimensions
      method Dimensions (line 93) | Dimensions(double width, double height) : width(width), height(heigh...
      method Dimensions (line 94) | Dimensions(double combined = 0) : width(combined), height(combined) { }
    type Point (line 99) | struct Point
      method Point (line 101) | Point(double x = 0, double y = 0) : x(x), y(y) { }
    function getMinPoint (line 105) | inline optional<Point> getMinPoint(std::vector<Point> const & points)
    function getMaxPoint (line 119) | inline optional<Point> getMaxPoint(std::vector<Point> const & points)
    type Layout (line 135) | struct Layout
      type Origin (line 137) | enum Origin { TopLeft, BottomLeft, TopRight, BottomRight }
      method Layout (line 139) | Layout(Dimensions const & dimensions = Dimensions(400, 300), Origin ...
    function translateX (line 149) | inline double translateX(double x, Layout const & layout)
    function translateY (line 157) | inline double translateY(double y, Layout const & layout)
    function translateScale (line 164) | inline double translateScale(double dimension, Layout const & layout)
    class Serializeable (line 169) | class Serializeable
      method Serializeable (line 172) | Serializeable() { }
    class Color (line 177) | class Color : public Serializeable
      type Defaults (line 180) | enum Defaults { Transparent = -1, Aqua, Black, Blue, Brown, Cyan, Fu...
      method Color (line 183) | Color(int r, int g, int b) : transparent(false), red(r), green(g), b...
      method Color (line 184) | Color(Defaults color)
      method toString (line 208) | std::string toString(Layout const &) const
      method assign (line 223) | void assign(int r, int g, int b)
    class Fill (line 231) | class Fill : public Serializeable
      method Fill (line 234) | Fill(Color::Defaults color) : color(color) { }
      method Fill (line 235) | Fill(Color color = Color::Transparent)
      method toString (line 237) | std::string toString(Layout const & layout) const
    class Stroke (line 247) | class Stroke : public Serializeable
      method Stroke (line 250) | Stroke(double width = -1, Color color = Color::Transparent, bool non...
      method toString (line 252) | std::string toString(Layout const & layout) const
    class Font (line 270) | class Font : public Serializeable
      method Font (line 273) | Font(double size = 12, std::string const & family = "Verdana") : siz...
      method toString (line 274) | std::string toString(Layout const & layout) const
    class Shape (line 285) | class Shape : public Serializeable
      method Shape (line 288) | Shape(Fill const & fill = Fill(), Stroke const & stroke = Stroke())
    function vectorToString (line 298) | inline std::string vectorToString(std::vector<T> collection, Layout co...
    class Circle (line 307) | class Circle : public Shape
      method Circle (line 310) | Circle(Point const & center, double diameter, Fill const & fill,
      method toString (line 313) | std::string toString(Layout const & layout) const
      method offset (line 322) | void offset(Point const & offset)
    class Elipse (line 332) | class Elipse : public Shape
      method Elipse (line 335) | Elipse(Point const & center, double width, double height,
      method toString (line 339) | std::string toString(Layout const & layout) const
      method offset (line 349) | void offset(Point const & offset)
    class Rectangle (line 360) | class Rectangle : public Shape
      method Rectangle (line 363) | Rectangle(Point const & edge, double width, double height,
      method toString (line 367) | std::string toString(Layout const & layout) const
      method offset (line 377) | void offset(Point const & offset)
    class Line (line 388) | class Line : public Shape
      method Line (line 391) | Line(Point const & start_point, Point const & end_point,
      method toString (line 395) | std::string toString(Layout const & layout) const
      method offset (line 405) | void offset(Point const & offset)
    class Polygon (line 418) | class Polygon : public Shape
      method Polygon (line 421) | Polygon(Fill const & fill = Fill(), Stroke const & stroke = Stroke())
      method Polygon (line 423) | Polygon(Stroke const & stroke = Stroke()) : Shape(Color::Transparent...
      method Polygon (line 424) | Polygon & operator<<(Point const & point)
      method toString (line 429) | std::string toString(Layout const & layout) const
      method offset (line 442) | void offset(Point const & offset)
    class Path (line 453) | class Path : public Shape
      method Path (line 456) | Path(Fill const & fill = Fill(), Stroke const & stroke = Stroke())
      method Path (line 459) | Path(Stroke const & stroke = Stroke()) : Shape(Color::Transparent, s...
      method Path (line 461) | Path & operator<<(Point const & point)
      method startNewSubPath (line 467) | void startNewSubPath()
      method toString (line 473) | std::string toString(Layout const & layout) const
      method offset (line 496) | void offset(Point const & offset)
    class Polyline (line 509) | class Polyline : public Shape
      method Polyline (line 512) | Polyline(Fill const & fill = Fill(), Stroke const & stroke = Stroke())
      method Polyline (line 514) | Polyline(Stroke const & stroke = Stroke()) : Shape(Color::Transparen...
      method Polyline (line 515) | Polyline(std::vector<Point> const & points,
      method Polyline (line 518) | Polyline & operator<<(Point const & point)
      method toString (line 523) | std::string toString(Layout const & layout) const
      method offset (line 536) | void offset(Point const & offset)
    class Text (line 546) | class Text : public Shape
      method Text (line 549) | Text(Point const & origin, std::string const & content, Fill const &...
      method toString (line 552) | std::string toString(Layout const & layout) const
      method offset (line 561) | void offset(Point const & offset)
    class LineChart (line 573) | class LineChart : public Shape
      method LineChart (line 576) | LineChart(Dimensions margin = Dimensions(), double scale = 1,
      method LineChart (line 579) | LineChart & operator<<(Polyline const & polyline)
      method toString (line 587) | std::string toString(Layout const & layout) const
      method offset (line 598) | void offset(Point const & offset)
      method getDimensions (line 614) | optional<Dimensions> getDimensions() const
      method axisString (line 634) | std::string axisString(Layout const & layout) const
      method polylineToString (line 651) | std::string polylineToString(Polyline const & polyline, Layout const...
    class Document (line 664) | class Document
      method Document (line 667) | Document() {}
      method Document (line 668) | Document(std::string const & file_name, Layout layout = Layout())
      method Document (line 671) | Document & operator<<(Shape const & shape)
      method toString (line 676) | std::string toString() const
      method save (line 682) | bool save() const
      method writeToStream (line 693) | void writeToStream(std::ostream& str) const

FILE: src/ansible/AnsibleModule.hpp
  type AnsibleModule (line 8) | struct AnsibleModule : LibAVR32Module
    type ParamIds (line 10) | enum ParamIds
    type InputIds (line 19) | enum InputIds
    type OutputIds (line 26) | enum OutputIds
    type LightIds (line 39) | enum LightIds
    method AnsibleModule (line 56) | AnsibleModule()
    method processInputs (line 78) | void processInputs(const ProcessArgs& args) override
    method processOutputs (line 120) | void processOutputs(const ProcessArgs& args) override

FILE: src/ansible/AnsibleWidget.hpp
  type AnsibleWidget (line 11) | struct AnsibleWidget : LibAVR32ModuleWidget
    method AnsibleWidget (line 13) | AnsibleWidget(AnsibleModule* module)

FILE: src/common/core/FirmwareManager.cpp
  type FirmwareManagerImpl (line 66) | struct FirmwareManagerImpl
    method FirmwareManagerImpl (line 84) | FirmwareManagerImpl()
    method load (line 108) | bool load(std::string firmwareName)

FILE: src/common/core/FirmwareManager.hpp
  type FirmwareManager (line 14) | struct FirmwareManager
    type FirmwareManagerImpl (line 36) | struct FirmwareManagerImpl

FILE: src/common/core/GridConnection/GridConnection.cpp
  function GridConnectionManager (line 172) | GridConnectionManager& GridConnectionManager::get()

FILE: src/common/core/GridConnection/GridConnection.hpp
  type SerialOscInterface (line 8) | struct SerialOscInterface
  type Grid (line 10) | struct Grid
  type IGridConsumer (line 21) | struct IGridConsumer
  type GridConnectionManager (line 34) | struct GridConnectionManager final
    method GridConnectionManager (line 56) | GridConnectionManager() = default;
    method GridConnectionManager (line 58) | GridConnectionManager(const GridConnectionManager&) = delete;
    method GridConnectionManager (line 59) | GridConnectionManager& operator=(const GridConnectionManager&) = delete;
    method GridConnectionManager (line 60) | GridConnectionManager(GridConnectionManager&&) = delete;
    method GridConnectionManager (line 61) | GridConnectionManager&& operator=(const GridConnectionManager&&) = del...

FILE: src/common/core/GridConnection/GridConnectionMenu.cpp
  type ConnectGridItem (line 6) | struct ConnectGridItem : rack::ui::MenuItem
    method onAction (line 12) | void onAction(const rack::event::Action& e) override
  function menuUserReacquireGrid (line 26) | void menuUserReacquireGrid(IGridConsumer* consumer, std::string lastDevi...
  function appendDeviceConnectionMenu (line 43) | void appendDeviceConnectionMenu(rack::Menu* menu, IGridConsumer* consume...

FILE: src/common/core/GridConnection/GridConsumerBase.cpp
  function Grid (line 54) | Grid* GridConsumerBase::gridGetDevice()

FILE: src/common/core/GridConnection/GridConsumerBase.hpp
  type GridConsumerBase (line 6) | struct GridConsumerBase : public IGridConsumer

FILE: src/common/core/GridConnection/SerialOscGrid.cpp
  function MonomeDevice (line 9) | const MonomeDevice& SerialOscGrid::getDevice()

FILE: src/common/core/GridConnection/SerialOscGrid.hpp
  type SerialOscGrid (line 6) | struct SerialOscGrid : Grid
    method isHardware (line 16) | bool isHardware() override { return true; }

FILE: src/common/core/GridConnection/SerialOscInterface.cpp
  function SerialOscInterface (line 60) | SerialOscInterface* SerialOscInterface::get()

FILE: src/common/core/GridConnection/SerialOscInterface.hpp
  type SerialOscInterface (line 3) | struct SerialOscInterface final : public SerialOsc::Listener
    method SerialOscInterface (line 23) | SerialOscInterface(const SerialOscInterface&) = delete;
    method SerialOscInterface (line 24) | SerialOscInterface& operator=(const SerialOscInterface&) = delete;
    method SerialOscInterface (line 25) | SerialOscInterface(SerialOscInterface&&) = delete;
    method SerialOscInterface (line 26) | SerialOscInterface&& operator=(const SerialOscInterface&&) = delete;

FILE: src/common/core/IIBus.h
  type LibAVR32Module (line 9) | struct LibAVR32Module
  type IIBus (line 20) | struct IIBus

FILE: src/common/core/LibAVR32Module.cpp
  function json_t (line 308) | json_t* LibAVR32Module::dataToJson()

FILE: src/common/core/LibAVR32Module.hpp
  type GridConnection (line 32) | struct GridConnection
  type LibAVR32Module (line 34) | struct LibAVR32Module : rack::engine::Module, GridConsumerBase
    method setDeviceConnectionParam (line 80) | void setDeviceConnectionParam(int paramId) { usbParamId = paramId; }

FILE: src/common/core/LibAVR32ModuleWidget.cpp
  type ReloadFirmwareItem (line 16) | struct ReloadFirmwareItem : rack::ui::MenuItem
    method onAction (line 22) | void onAction(const rack::event::Action& e) override
  type SwitchFirmwareItem (line 30) | struct SwitchFirmwareItem : rack::ui::MenuItem
  type ioRateItem (line 78) | struct ioRateItem : rack::ui::MenuItem
  type FirmwareSubmenuItem (line 106) | struct FirmwareSubmenuItem : MenuItem
    method Menu (line 111) | Menu* createChildMenu() override

FILE: src/common/core/LibAVR32ModuleWidget.hpp
  type LibAVR32ModuleWidget (line 8) | struct LibAVR32ModuleWidget : rack::app::ModuleWidget

FILE: src/common/util/Clock12BitParam.hpp
  type Clock12BitParam (line 6) | struct Clock12BitParam : rack::engine::ParamQuantity
    method isDividerMode (line 12) | bool isDividerMode()
    method getDisplayValueString (line 20) | std::string getDisplayValueString() override
    method setDisplayValueString (line 42) | void setDisplayValueString(std::string s) override
    method setDisplayValue (line 66) | void setDisplayValue(float dv) override

FILE: src/common/util/Screenshot.cpp
  type SVGcontext (line 11) | struct SVGcontext
  function svg__renderCreate (line 18) | int svg__renderCreate(void* uptr, void* otherUptr)
  function svg__renderCreateTexture (line 23) | int svg__renderCreateTexture(void* uptr, int type, int w, int h, int ima...
  function svg__renderDeleteTexture (line 28) | int svg__renderDeleteTexture(void* uptr, int image)
  function svg__renderUpdateTexture (line 33) | int svg__renderUpdateTexture(void* uptr, int image, int x, int y, int w,...
  function svg__renderGetTextureSize (line 38) | int svg__renderGetTextureSize(void* uptr, int image, int* w, int* h)
  function svg__renderViewport (line 43) | void svg__renderViewport(void* uptr, float width, float height, float de...
  function svg__renderFlush (line 48) | void svg__renderFlush(void* uptr)
  function vertToPoint (line 53) | svg::Point vertToPoint(SVGcontext* ctx, NVGvertex v)
  function svg__renderFill (line 58) | void svg__renderFill(void* uptr, NVGpaint* paint, NVGcompositeOperationS...
  function svg__renderStroke (line 82) | void svg__renderStroke(void* uptr, NVGpaint* paint, NVGcompositeOperatio...
  function svg__renderTriangles (line 104) | void svg__renderTriangles(void* uptr, NVGpaint* paint, NVGcompositeOpera...
  function svg__renderDelete (line 109) | void svg__renderDelete(void* uptr)
  type NVGcontext (line 122) | struct NVGcontext
  type NVGparams (line 124) | struct NVGparams
  type NVGcontext (line 125) | struct NVGcontext
  type SVGcontext (line 126) | struct SVGcontext
  function nvgDestroySVGRenderer (line 160) | void nvgDestroySVGRenderer(NVGcontext* ctx)
  function screenshotModuleSVG (line 165) | void screenshotModuleSVG(rack::app::ModuleWidget* moduleWidget, std::str...
  function screenshotModulePNG (line 182) | void screenshotModulePNG(rack::app::ModuleWidget* moduleWidget, std::str...

FILE: src/common/widgets/CustomMenuTemplates.hpp
  function TMenuItem (line 7) | TMenuItem* createUnconsumingIndexSubmenuItem(std::string text, std::vect...
  function TMenuItem (line 65) | TMenuItem* createUnconsumingIndexSubmenuItemWithDynamicLabels(std::strin...
  function TMenuItem (line 125) | TMenuItem* createSubmenuItemWithDynamicRightText(std::string text, std::...

FILE: src/common/widgets/HoldableButton.hpp
  type HoldableButton (line 3) | struct HoldableButton : rack::TL1105
    method HoldableButton (line 7) | HoldableButton() : rack::TL1105()
    method onButton (line 12) | void onButton(const rack::widget::Widget::ButtonEvent& e) override
    method draw (line 35) | void draw(const DrawArgs& args) override

FILE: src/common/widgets/SifamTPM.hpp
  type Sifam (line 5) | struct Sifam : rack::app::SvgKnob
    method Sifam (line 12) | Sifam()
    method onChange (line 29) | void onChange(const ChangeEvent& e) override
  type SifamTPN111GrayBlackStripe (line 39) | struct SifamTPN111GrayBlackStripe : Sifam
    method SifamTPN111GrayBlackStripe (line 41) | SifamTPN111GrayBlackStripe()

FILE: src/common/widgets/USBAJack.hpp
  type USBAJack (line 8) | struct USBAJack : rack::Switch
    method USBAJack (line 10) | USBAJack()
    method draw (line 15) | void draw(const DrawArgs& args) override
    method appendContextMenu (line 86) | void appendContextMenu(rack::ui::Menu* menu) override

FILE: src/common/widgets/YellowWhiteLight.hpp
  type YellowWhiteLight (line 5) | struct YellowWhiteLight : rack::componentlibrary::GrayModuleLightWidget
    method YellowWhiteLight (line 7) | YellowWhiteLight() {

FILE: src/earthsea/EarthseaModule.hpp
  type EarthseaModule (line 5) | struct EarthseaModule : LibAVR32Module
    type ParamIds (line 7) | enum ParamIds
    type InputIds (line 17) | enum InputIds
    type OutputIds (line 22) | enum OutputIds
    type LightIds (line 32) | enum LightIds
    method EarthseaModule (line 42) | EarthseaModule()
    method processInputs (line 61) | void processInputs(const ProcessArgs& args) override
    method processOutputs (line 76) | void processOutputs(const ProcessArgs& args) override

FILE: src/earthsea/EarthseaWidget.hpp
  type EarthseaWidget (line 10) | struct EarthseaWidget : LibAVR32ModuleWidget
    method EarthseaWidget (line 12) | EarthseaWidget(EarthseaModule* module)

FILE: src/faderbank/FaderbankModule.cpp
  function json_t (line 310) | json_t* FaderbankModule::dataToJson()
  function json_object_foreach (line 366) | json_object_foreach(oldConfigJ, key, dataJ)
  function json_array_foreach (line 381) | json_array_foreach(configJ, key, dataJ)

FILE: src/faderbank/FaderbankModule.hpp
  type FaderbankModule (line 9) | struct FaderbankModule : rack::Module
    type ControllerRecord (line 52) | struct ControllerRecord

FILE: src/faderbank/FaderbankWidget.cpp
  type ThemedSvgSlider (line 9) | struct ThemedSvgSlider : app::SvgSlider
    method updateGraphics (line 16) | void updateGraphics()
    method step (line 26) | void step() override
  type FaderbankSlider (line 33) | struct FaderbankSlider : ThemedSvgSlider
    method FaderbankSlider (line 35) | FaderbankSlider()
    method step (line 51) | void step() override
  type WideYellowLight (line 58) | struct WideYellowLight : YellowLight
    method drawHalo (line 62) | void drawHalo(const DrawArgs& args) override
  type FaderbankSliderLight (line 94) | struct FaderbankSliderLight : RectangleLight<TSvgLight<TBase>>
    method FaderbankSliderLight (line 96) | FaderbankSliderLight()
  type FaderbankSliderYellow (line 102) | struct FaderbankSliderYellow : LightSlider<FaderbankSlider, FaderbankSli...
    method FaderbankSliderYellow (line 104) | FaderbankSliderYellow()
  function appendFaderConfigMenu (line 150) | void appendFaderConfigMenu(FaderbankModule* fb, ::Menu* menu, int faderI...

FILE: src/faderbank/FaderbankWidget.hpp
  type FaderbankModule (line 5) | struct FaderbankModule
  type FaderbankWidget (line 7) | struct FaderbankWidget : rack::app::ModuleWidget

FILE: src/meadowphysics/MeadowphysicsModule.hpp
  type MeadowphysicsModule (line 6) | struct MeadowphysicsModule : LibAVR32Module
    type ParamIds (line 8) | enum ParamIds
    type InputIds (line 16) | enum InputIds
    type OutputIds (line 22) | enum OutputIds
    type LightIds (line 36) | enum LightIds
    method MeadowphysicsModule (line 52) | MeadowphysicsModule()
    method processInputs (line 73) | void processInputs(const ProcessArgs& args) override
    method processOutputs (line 102) | void processOutputs(const ProcessArgs& args) override

FILE: src/meadowphysics/MeadowphysicsWidget.hpp
  type MeadowphysicsWidget (line 9) | struct MeadowphysicsWidget : LibAVR32ModuleWidget
    method MeadowphysicsWidget (line 11) | MeadowphysicsWidget(MeadowphysicsModule* module)

FILE: src/plugin.cpp
  function init (line 23) | void init(Plugin* p)
  function json_t (line 56) | json_t* settingsToJson()
  function settingsFromJson (line 63) | void settingsFromJson(json_t* rootJ)

FILE: src/teletype/TeletypeKeyboard.cpp
  function json_array_foreach (line 70) | json_array_foreach(mapArrayJ, i, mapEntryJ)

FILE: src/teletype/TeletypeKeyboard.hpp
  type TeletypeKeyboard (line 7) | struct TeletypeKeyboard

FILE: src/teletype/TeletypeModule.cpp
  type TTParamQuantity (line 10) | struct TTParamQuantity : rack::engine::ParamQuantity
    method getDisplayValueString (line 12) | std::string getDisplayValueString() override
    method setDisplayValue (line 24) | void setDisplayValue(float dv) override
  function json_t (line 132) | json_t* TeletypeModule::dataToJson()

FILE: src/teletype/TeletypeModule.hpp
  type TeletypeModule (line 7) | struct TeletypeModule : LibAVR32Module
    type ParamIds (line 9) | enum ParamIds
    type InputIds (line 16) | enum InputIds
    type OutputIds (line 29) | enum OutputIds
    type LightIds (line 41) | enum LightIds

FILE: src/teletype/TeletypeWidget.cpp
  type TeletypeKeyboardLayoutItem (line 72) | struct TeletypeKeyboardLayoutItem : rack::ui::MenuItem
    method TeletypeKeyboardLayoutItem (line 76) | TeletypeKeyboardLayoutItem()
  type TeletypeKeystrokeItem (line 120) | struct TeletypeKeystrokeItem : rack::ui::MenuItem
    method TeletypeKeystrokeItem (line 127) | TeletypeKeystrokeItem(TeletypeModule* module, rack::widget::Widget* sc...
    method onAction (line 137) | void onAction(const rack::event::Action& e) override

FILE: src/teletype/TeletypeWidget.hpp
  type TeletypeModule (line 5) | struct TeletypeModule
  type TeletypeWidget (line 7) | struct TeletypeWidget : LibAVR32ModuleWidget

FILE: src/teletype/scene/TeletypeSceneIO.hpp
  type LibAVR32Module (line 3) | struct LibAVR32Module
  type TeletypeSceneIO (line 11) | struct TeletypeSceneIO

FILE: src/teletype/scene/TeletypeSceneIOMenu.cpp
  type InternalPresetItem (line 13) | struct InternalPresetItem : rack::ui::MenuItem
    method InternalPresetItem (line 19) | InternalPresetItem(LibAVR32Module* module, int preset_num, SceneOperat...
    method onAction (line 32) | void onAction(const rack::event::Action& e) override
  type InternalPresetClipboardItem (line 67) | struct InternalPresetClipboardItem : rack::ui::MenuItem
    method InternalPresetClipboardItem (line 74) | InternalPresetClipboardItem(LibAVR32Module* module, int preset_num, Sc...
    method onAction (line 85) | void onAction(const rack::event::Action& e) override
  type InternalPresetBulkItem (line 91) | struct InternalPresetBulkItem : rack::ui::MenuItem
    method InternalPresetBulkItem (line 97) | InternalPresetBulkItem(LibAVR32Module* module, SceneOperation operatio...
    method onAction (line 107) | void onAction(const rack::event::Action& e) override
  type InternalPresetActiveSubmenu (line 136) | struct InternalPresetActiveSubmenu : rack::ui::MenuItem
    method InternalPresetActiveSubmenu (line 141) | InternalPresetActiveSubmenu(LibAVR32Module* module, SceneOperation ope...
  type InternalPresetGroupSubmenu (line 166) | struct InternalPresetGroupSubmenu : rack::ui::MenuItem
    method InternalPresetGroupSubmenu (line 173) | InternalPresetGroupSubmenu(LibAVR32Module* module, int first, int last...

FILE: src/teletype/scene/TeletypeSceneIOMenu.hpp
  type InternalPresetSubmenu (line 4) | struct InternalPresetSubmenu : rack::ui::MenuItem

FILE: src/teletype/screen/TeletypeScreenWidget.hpp
  type TeletypeScreenWidget (line 7) | struct TeletypeScreenWidget : OpaqueWidget

FILE: src/virtualgrid/VirtualGridKey.hpp
  type VirtualGridKey (line 4) | struct VirtualGridKey : rack::app::ParamWidget
    method VirtualGridKey (line 18) | VirtualGridKey()
    method VirtualGridWidget (line 28) | VirtualGridWidget* getGrid()
    method setKeyAddress (line 33) | void setKeyAddress(uint8_t* ledByte)
    method draw (line 38) | void draw(const DrawArgs& args) override
    method drawLayer (line 43) | void drawLayer(const DrawArgs& args, int layer) override
    method drawDot (line 140) | void drawDot(const DrawArgs& args, float cx, float cy, float r, NVGcol...
    method isPushed (line 157) | bool isPushed()
    method isLocked (line 164) | bool isLocked()
    method setLocked (line 169) | void setLocked(bool b)
    method beginPress (line 174) | void beginPress()
    method endPress (line 204) | void endPress()
    method onButton (line 218) | void onButton(const rack::event::Button& e) override
    method onDragStart (line 265) | void onDragStart(const rack::event::DragStart& e) override
    method onDragEnd (line 270) | void onDragEnd(const rack::event::DragEnd& e) override
    method onDragLeave (line 278) | void onDragLeave(const rack::event::DragLeave& e) override
    method onDragEnter (line 286) | void onDragEnter(const rack::event::DragEnter& e) override
    method onEnter (line 294) | void onEnter(const EnterEvent& e) override

FILE: src/virtualgrid/VirtualGridModule.cpp
  type MirrorModeGridConsumer (line 8) | struct MirrorModeGridConsumer : GridConsumerBase
    method MirrorModeGridConsumer (line 10) | MirrorModeGridConsumer(VirtualGridModule* module)
    method gridConnected (line 19) | void gridConnected(Grid* newConnection) override
    method gridButtonEvent (line 50) | void gridButtonEvent(int x, int y, bool state) override
    method encDeltaEvent (line 64) | void encDeltaEvent(int n, int d) override
  function formatVirtualDeviceId (line 73) | std::string formatVirtualDeviceId(int64_t id)
  function json_t (line 179) | json_t* VirtualGridModule::dataToJson()
  function json_t (line 196) | json_t* VirtualGridModule::paramsToJson()
  function MonomeDevice (line 226) | const MonomeDevice& VirtualGridModule::getDevice()

FILE: src/virtualgrid/VirtualGridModule.hpp
  type VirtualGridModule (line 10) | struct VirtualGridModule : rack::Module, Grid
    method isHardware (line 34) | bool isHardware() override { return false; }
  type VirtualGridModuleTemplate (line 41) | struct VirtualGridModuleTemplate : VirtualGridModule
    method VirtualGridModuleTemplate (line 43) | VirtualGridModuleTemplate()

FILE: src/virtualgrid/VirtualGridTheme.cpp
  function ease (line 6) | int ease(int level, int minval, int maxval, float curve)
  function NVGcolor (line 13) | NVGcolor calcColor(int level, float curve, int minR, int maxR, int minG,...
  function initThemes (line 18) | void initThemes()
  function levelToGradient (line 39) | void levelToGradient(GridTheme theme, uint8_t level, NVGcolor* color1, N...

FILE: src/virtualgrid/VirtualGridWidget.cpp
  function setProtocol (line 196) | void setProtocol(VirtualGridModule* grid, MonomeProtocol protocol)

FILE: src/virtualgrid/VirtualGridWidget.hpp
  type VirtualGridKey (line 7) | struct VirtualGridKey
  type VirtualGridModule (line 8) | struct VirtualGridModule
  type VirtualGridWidget (line 10) | struct VirtualGridWidget : rack::app::ModuleWidget
  type VirtualGridWidgetTemplate (line 33) | struct VirtualGridWidgetTemplate : VirtualGridWidget
    method VirtualGridWidgetTemplate (line 35) | VirtualGridWidgetTemplate(VirtualGridModule* module)

FILE: src/whitewhale/WhiteWhaleModule.hpp
  type WhiteWhaleModule (line 6) | struct WhiteWhaleModule : LibAVR32Module
    type ParamIds (line 8) | enum ParamIds
    type InputIds (line 17) | enum InputIds
    type OutputIds (line 23) | enum OutputIds
    type LightIds (line 35) | enum LightIds
    method WhiteWhaleModule (line 49) | WhiteWhaleModule()
    method processInputs (line 69) | void processInputs(const ProcessArgs& args) override
    method processOutputs (line 99) | void processOutputs(const ProcessArgs& args) override

FILE: src/whitewhale/WhiteWhaleWidget.hpp
  type WhiteWhaleWidget (line 10) | struct WhiteWhaleWidget : LibAVR32ModuleWidget
    method WhiteWhaleWidget (line 12) | WhiteWhaleWidget(WhiteWhaleModule* module)