SYMBOL INDEX (2247 symbols across 159 files)

FILE: autoprecompiles/benches/optimizer_benchmark.rs
  type TestApc (line 15) | type TestApc = Apc<BabyBearField, SimpleInstruction<BabyBearField>, (), ...
  constant DEFAULT_DEGREE_BOUND (line 17) | const DEFAULT_DEGREE_BOUND: DegreeBound = DegreeBound {
  function optimize_keccak_benchmark (line 23) | fn optimize_keccak_benchmark(c: &mut Criterion) {

FILE: autoprecompiles/scripts/plot_effectiveness.py
  function load_apc_data (line 9) | def load_apc_data(json_path, effectiveness_type='cost'):
  function format_cell_count (line 39) | def format_cell_count(count):
  function plot_effectiveness (line 50) | def plot_effectiveness(json_path, filename=None, effectiveness_type='cos...

FILE: autoprecompiles/scripts/rank_apc_candidates.py
  function main (line 16) | def main():

FILE: autoprecompiles/src/adapter.rs
  type ApcWithStats (line 23) | pub struct ApcWithStats<F, I, A, V, S> {
  function new (line 29) | pub fn new(apc: Arc<Apc<F, I, A, V>>, stats: S, evaluation_result: Evalu...
  function into_parts (line 38) | pub fn into_parts(self) -> (Arc<Apc<F, I, A, V>>, S, EvaluationResult) {
  function apc (line 42) | pub fn apc(&self) -> &Apc<F, I, A, V> {
  function stats (line 46) | pub fn stats(&self) -> &S {
  function evaluation_result (line 50) | pub fn evaluation_result(&self) -> EvaluationResult {
  type PgoAdapter (line 55) | pub trait PgoAdapter {
    method filter_blocks_and_create_apcs_with_pgo (line 58) | fn filter_blocks_and_create_apcs_with_pgo(
    method create_apcs_with_pgo (line 81) | fn create_apcs_with_pgo(
    method execution_profile (line 90) | fn execution_profile(&self) -> Option<&ExecutionProfile> {
    method pc_execution_count (line 94) | fn pc_execution_count(&self, pc: u64) -> Option<u32> {
  type Adapter (line 100) | pub trait Adapter: Sized
    method into_field (line 130) | fn into_field(e: Self::PowdrField) -> Self::Field;
    method from_field (line 132) | fn from_field(e: Self::Field) -> Self::PowdrField;
    method apc_stats (line 135) | fn apc_stats(
    method is_branching (line 140) | fn is_branching(instr: &Self::Instruction) -> bool;
    method is_allowed (line 142) | fn is_allowed(instr: &Self::Instruction) -> bool;
  type AdapterApcWithStats (line 145) | pub type AdapterApcWithStats<A> = ApcWithStats<
  type ApcStats (line 152) | pub type ApcStats<A> = <A as Adapter>::ApcStats;
  type AdapterApc (line 153) | pub type AdapterApc<A> = Apc<
  type AdapterApcOverPowdrField (line 159) | pub type AdapterApcOverPowdrField<A> = Apc<
  type AdapterVmConfig (line 165) | pub type AdapterVmConfig<'a, A> = VmConfig<
  type AdapterExecutionState (line 171) | pub type AdapterExecutionState<A> = <A as Adapter>::ExecutionState;
  type AdapterOptimisticConstraints (line 172) | pub type AdapterOptimisticConstraints<A> = OptimisticConstraints<
  type AdapterOptimisticConstraint (line 176) | pub type AdapterOptimisticConstraint<A> = OptimisticConstraint<
  type AdapterBasicBlock (line 180) | pub type AdapterBasicBlock<A> = BasicBlock<<A as Adapter>::Instruction>;
  type AdapterSuperBlock (line 181) | pub type AdapterSuperBlock<A> = SuperBlock<<A as Adapter>::Instruction>;
  type AdapterExecutionBlocks (line 182) | pub type AdapterExecutionBlocks<A> = ExecutionBlocks<<A as Adapter>::Ins...

FILE: autoprecompiles/src/blocks/detection.rs
  function collect_basic_blocks (line 9) | pub fn collect_basic_blocks<A: Adapter>(

FILE: autoprecompiles/src/blocks/mod.rs
  type BasicBlock (line 21) | pub struct BasicBlock<I> {
  function pcs (line 29) | pub fn pcs(&self) -> impl Iterator<Item = u64> + '_ {
  function instructions (line 34) | pub fn instructions(&self) -> impl Iterator<Item = (u64, &I)> + '_ {
  type SuperBlock (line 45) | pub struct SuperBlock<I> {
  function from (line 50) | fn from(basic_block: BasicBlock<I>) -> Self {
  function from (line 58) | fn from(blocks: Vec<BasicBlock<I>>) -> Self {
  function is_basic_block (line 65) | pub fn is_basic_block(&self) -> bool {
  function try_as_basic_block (line 69) | pub fn try_as_basic_block(&self) -> Option<&BasicBlock<I>> {
  function start_pcs (line 80) | pub fn start_pcs(&self) -> Vec<u64> {
  function instruction_indexed_start_pcs (line 86) | pub fn instruction_indexed_start_pcs(&self) -> Vec<(usize, u64)> {
  function blocks (line 99) | pub fn blocks(&self) -> impl Iterator<Item = &BasicBlock<I>> {
  function map_instructions (line 104) | pub fn map_instructions<F, I2>(self, f: F) -> SuperBlock<I2>
  function pcs (line 123) | pub fn pcs(&self) -> impl Iterator<Item = u64> + '_ {
  function instructions (line 128) | pub fn instructions(&self) -> impl Iterator<Item = (u64, &I)> {
  function par_instructions (line 133) | pub fn par_instructions(&self) -> impl IndexedParallelIterator<Item = (u...
  method fmt (line 143) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  method fmt (line 162) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type Program (line 171) | pub trait Program<I: PcStep> {
    method base_pc (line 173) | fn base_pc(&self) -> u64;
    method instruction_index_to_pc (line 176) | fn instruction_index_to_pc(&self, idx: usize) -> u64 {
    method instructions (line 181) | fn instructions(&self) -> Box<dyn Iterator<Item = I> + '_>;
    method length (line 184) | fn length(&self) -> u32;
  type PcStep (line 187) | pub trait PcStep {
    method pc_step (line 188) | fn pc_step() -> u32;
    method pc_step (line 436) | fn pc_step() -> u32 {
  type Instruction (line 191) | pub trait Instruction<T>: Clone + Display + PcStep {
    method pc_lookup_row (line 193) | fn pc_lookup_row(&self, pc: u64) -> Vec<T>;
  type ExecutionBasicBlockRun (line 199) | pub struct ExecutionBasicBlockRun(pub Vec<u64>);
  type BlockAndStats (line 202) | pub struct BlockAndStats<I> {
  type ExecutionBlocks (line 209) | pub struct ExecutionBlocks<I> {
  function new_without_pgo (line 218) | pub fn new_without_pgo(blocks: Vec<SuperBlock<I>>) -> Self {
  function find_non_overlapping (line 231) | pub fn find_non_overlapping<T: Eq>(haystack: &[T], needle: &[T]) -> Vec<...
  function detect_execution_bb_runs (line 248) | fn detect_execution_bb_runs<I>(
  function count_superblocks_in_run (line 294) | fn count_superblocks_in_run(
  function count_superblocks_in_execution (line 312) | fn count_superblocks_in_execution(
  function detect_superblocks (line 339) | pub fn detect_superblocks<I: Clone + PcStep>(
  type TestInstruction (line 433) | struct TestInstruction;
  function test_find_non_overlapping (line 442) | fn test_find_non_overlapping() {
  function test_superblocks_in_run (line 450) | fn test_superblocks_in_run() {
  function test_detect_superblocks_counts_and_execution_runs (line 470) | fn test_detect_superblocks_counts_and_execution_runs() {

FILE: autoprecompiles/src/bus_map.rs
  type BusType (line 5) | pub enum BusType<C> {
  function fmt (line 19) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type BusMap (line 31) | pub struct BusMap<C> {
  function from_id_type_pairs (line 37) | pub fn from_id_type_pairs(pairs: impl IntoIterator<Item = (u64, BusType<...
  function bus_type (line 51) | pub fn bus_type(&self, bus_id: u64) -> BusType<C> {
  function all_types_by_id (line 58) | pub fn all_types_by_id(&self) -> &BTreeMap<u64, BusType<C>> {
  function get_bus_id (line 63) | pub fn get_bus_id(&self, bus_type: &BusType<C>) -> Option<u64> {

FILE: autoprecompiles/src/constraint_optimizer.rs
  type Error (line 33) | pub enum Error {
    method from (line 38) | fn from(err: powdr_constraint_solver::solver::Error) -> Self {
  function optimize_constraints (line 50) | pub fn optimize_constraints<
  function substitute_bus_interaction_fields (line 157) | fn substitute_bus_interaction_fields<P: FieldElement, V: Ord + Clone + E...
  function trivial_simplifications (line 182) | pub fn trivial_simplifications<P: FieldElement, V: Ord + Clone + Eq + Ha...
  function solver_based_optimization (line 209) | fn solver_based_optimization<T: FieldElement, V: Clone + Ord + Hash + Di...
  function try_replace_by_number (line 264) | fn try_replace_by_number<T: FieldElement, V: Clone + Ord + Hash + Display>(
  function remove_free_variables (line 286) | fn remove_free_variables<T: FieldElement, V: Clone + Ord + Eq + Hash + D...
  function can_always_be_satisfied_via_free_variable (line 368) | fn can_always_be_satisfied_via_free_variable<
  function remove_disconnected_columns (line 397) | pub fn remove_disconnected_columns<T: FieldElement, V: Clone + Ord + Eq ...
  function variables_in_stateful_bus_interactions (line 431) | fn variables_in_stateful_bus_interactions<'a, P: FieldElement, V: Ord + ...
  function remove_trivial_constraints (line 445) | fn remove_trivial_constraints<P: FieldElement, V: PartialEq + Clone + Ha...
  function remove_equal_bus_interactions (line 454) | fn remove_equal_bus_interactions<P: FieldElement, V: Ord + Clone + Eq + ...
  type IsBusStateful (line 471) | pub trait IsBusStateful<T: FieldElement> {
    method is_stateful (line 475) | fn is_stateful(&self, bus_id: T) -> bool;
  function remove_redundant_constraints (line 479) | fn remove_redundant_constraints<P: FieldElement, V: Clone + Ord + Hash +...
  function remove_duplicate_factors (line 537) | fn remove_duplicate_factors<P: FieldElement, V: Clone + Ord + Hash + Dis...
  function remove_unreferenced_derived_variables (line 562) | fn remove_unreferenced_derived_variables<P: FieldElement, V: Clone + Ord...

FILE: autoprecompiles/src/empirical_constraints.rs
  type EmpiricalConstraints (line 25) | pub struct EmpiricalConstraints {
    method combine_with (line 60) | pub fn combine_with(&mut self, other: EmpiricalConstraints) {
    method for_block (line 98) | pub fn for_block<I: PcStep>(&self, block: &SuperBlock<I>) -> BlockEmpi...
    method apply_pc_threshold (line 143) | pub fn apply_pc_threshold(self) -> Self {
  type BlockEmpiricalConstraints (line 38) | pub struct BlockEmpiricalConstraints {
    method filtered (line 171) | pub fn filtered(self, predicate: impl Fn(&BlockCell) -> bool) -> Self {
  type DebugInfo (line 50) | pub struct DebugInfo {
    method combine_with (line 219) | pub fn combine_with(&mut self, other: DebugInfo) {
    method take (line 227) | pub fn take(&mut self) -> Self {
  function merge_maps (line 236) | fn merge_maps<K: Ord, V: Eq + Debug>(map1: &mut BTreeMap<K, V>, map2: BT...
  type BlockCell (line 250) | pub struct BlockCell {
    method new (line 258) | pub fn new(instruction_idx: usize, column_idx: usize) -> Self {
  type ConstraintGenerator (line 267) | pub struct ConstraintGenerator<'a, A: Adapter> {
  function new (line 280) | pub fn new(
  function get_algebraic_reference (line 292) | fn get_algebraic_reference(&self, block_cell: &BlockCell) -> AlgebraicRe...
  function generate_constraints (line 305) | pub fn generate_constraints(&self) -> Vec<EqualityConstraint<A::PowdrFie...
  function range_constraints (line 317) | fn range_constraints(&self) -> Vec<EqualityConstraint<A::PowdrField>> {
  function equivalence_constraints (line 343) | fn equivalence_constraints(&self) -> Vec<EqualityConstraint<A::PowdrFiel...
  type EqualityExpression (line 365) | pub enum EqualityExpression<T> {
  function from (line 371) | fn from(expr: EqualityExpression<T>) -> Self {
  type EqualityConstraint (line 380) | pub struct EqualityConstraint<T> {
  function from (line 386) | fn from(constraint: EqualityConstraint<T>) -> Self {

FILE: autoprecompiles/src/equivalence_classes.rs
  type EquivalenceClass (line 10) | pub type EquivalenceClass<T> = BTreeSet<T>;
  type Partition (line 19) | pub struct Partition<T> {
  method serialize (line 28) | fn serialize<S: Serializer>(&self, serializer: S) -> Result<S::Ok, S::Er...
  function deserialize (line 35) | fn deserialize<D: Deserializer<'de>>(deserializer: D) -> Result<Self, D:...
  function from_iter (line 46) | fn from_iter<I: IntoIterator<Item = C>>(iter: I) -> Self {
  function to_classes (line 73) | pub fn to_classes(&self) -> Vec<Vec<T>> {
  function intersect_many (line 85) | pub fn intersect_many(partitions: impl IntoIterator<Item = Self>) -> Self {
  function intersected_with (line 97) | pub fn intersected_with(self, other: Self) -> Self {
  function combine (line 117) | pub fn combine(mut self, other: Self) -> Self {
  function map_elements (line 131) | pub fn map_elements<T2: Eq + Hash + Clone, F: Fn(T) -> T2>(self, f: F) -...
  constant CHUNK_SIZE (line 147) | const CHUNK_SIZE: usize = 64;
  function parallel_intersect (line 154) | pub fn parallel_intersect(partitions: impl IndexedParallelIterator<Item ...
  method eq (line 176) | fn eq(&self, other: &Self) -> bool {
  function to_canonical (line 185) | fn to_canonical(&self) -> BTreeSet<BTreeSet<T>> {
  function partition (line 197) | fn partition(sets: Vec<Vec<u32>>) -> Partition<u32> {
  function test_intersect_partitions (line 202) | fn test_intersect_partitions() {
  function test_default_partition_yields_no_classes (line 233) | fn test_default_partition_yields_no_classes() {
  function test_map_elements (line 241) | fn test_map_elements() {
  function test_map_elements_panics_on_collision (line 253) | fn test_map_elements_panics_on_collision() {
  function test_combine (line 259) | fn test_combine() {
  function test_combine_panics_on_collision (line 269) | fn test_combine_panics_on_collision() {

FILE: autoprecompiles/src/evaluation.rs
  type AirStats (line 12) | pub struct AirStats {
    method new (line 24) | pub fn new<F>(machine: &SymbolicMachine<F>) -> Self {
    method sum (line 45) | fn sum<I: Iterator<Item = AirStats>>(iter: I) -> AirStats {
  type Output (line 34) | type Output = AirStats;
  method add (line 35) | fn add(self, rhs: AirStats) -> AirStats {
  type EvaluationResult (line 52) | pub struct EvaluationResult {
  function evaluate_apc (line 63) | pub fn evaluate_apc<A: Adapter>(
  method fmt (line 82) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function render_stat (line 94) | fn render_stat(before: usize, after: usize) -> String {

FILE: autoprecompiles/src/execution/ast.rs
  type OptimisticConstraint (line 10) | pub struct OptimisticConstraint<A, V> {
  function children (line 16) | fn children(&self) -> Box<dyn Iterator<Item = &OptimisticExpression<A, V...
  function children_mut (line 20) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut OptimisticExp...
  method unique_references (line 32) | fn unique_references(&'a self) -> impl Iterator<Item = OptimisticLiteral...
  function all_children (line 46) | fn all_children(&self) -> Box<dyn Iterator<Item = &OptimisticExpression<...
  type OptimisticExpression (line 52) | pub enum OptimisticExpression<A, V> {
  function children (line 58) | fn children(&self) -> Box<dyn Iterator<Item = &OptimisticExpression<A, V...
  type LocalOptimisticLiteral (line 70) | pub enum LocalOptimisticLiteral<A> {
  function from (line 77) | fn from(value: LocalOptimisticLiteral<A>) -> Self {
  type LocalFetch (line 88) | pub enum LocalFetch<A> {
  function get (line 94) | pub fn get<E: ExecutionState<RegisterAddress = A>>(&self, state: &E) -> ...
  type Fetch (line 105) | pub struct Fetch<A> {
  function from (line 111) | fn from(value: OptimisticLiteral<A>) -> Self {
  type OptimisticLiteral (line 122) | pub struct OptimisticLiteral<A> {

FILE: autoprecompiles/src/execution/candidates.rs
  type ApcCandidates (line 12) | pub struct ApcCandidates<E: ExecutionState, A, S> {
  type ApcCall (line 21) | pub struct ApcCall<S> {
  function new (line 31) | pub fn new(apcs: Vec<A>) -> Self {
  function check_conditions (line 40) | pub fn check_conditions(&mut self, state: &E, snapshot_callback: impl Fn...
  function abort_in_progress (line 73) | pub fn abort_in_progress(&mut self) -> Vec<usize> {
  function extract_calls (line 81) | pub fn extract_calls(&mut self) -> Vec<ApcCall<S>> {
  function try_insert (line 157) | pub fn try_insert(
  function candidate_range (line 178) | fn candidate_range(candidate: &ApcCandidate<E, S>) -> (usize, usize) {
  function ranges_overlap (line 189) | fn ranges_overlap((start_a, end_a): (usize, usize), (start_b, end_b): (u...
  type CandidateRank (line 195) | struct CandidateRank {
  method cmp (line 205) | fn cmp(&self, other: &Self) -> Ordering {
  method partial_cmp (line 214) | fn partial_cmp(&self, other: &Self) -> Option<Ordering> {
  type ApcCandidate (line 220) | struct ApcCandidate<E: ExecutionState, S> {
  type Clocked (line 233) | struct Clocked<S> {
  function new (line 239) | fn new(global_clk: usize, snapshot: S) -> Self {
  type Apc (line 248) | pub trait Apc<E: ExecutionState> {
    method optimistic_constraints (line 250) | fn optimistic_constraints(&self) -> &OptimisticConstraints<E::Register...
    method cycle_count (line 253) | fn cycle_count(&self) -> usize;
    method priority (line 256) | fn priority(&self) -> usize;
  type CandidateStatus (line 260) | enum CandidateStatus<E: ExecutionState, S> {
  type TestApc (line 274) | struct TestApc {
    method a (line 281) | fn a(len: usize) -> Self {
    method p (line 288) | fn p(mut self, priority: usize) -> Self {
    method c (line 293) | fn c(mut self, optimistic_constraints: OptimisticConstraints<(), usize...
    method cycle_count (line 304) | fn cycle_count(&self) -> usize {
    method priority (line 308) | fn priority(&self) -> usize {
    method optimistic_constraints (line 312) | fn optimistic_constraints(&self) -> &OptimisticConstraints<(), usize> {
  function a (line 299) | fn a(len: usize) -> TestApc {
  type TestExecutionState (line 318) | struct TestExecutionState {
    method incr (line 324) | fn incr(&mut self) {
    method jump (line 328) | fn jump(&mut self, pc: usize) {
    method snapshot (line 333) | fn snapshot(&self) -> TestSnapshot {
  type RegisterAddress (line 341) | type RegisterAddress = ();
  type Value (line 343) | type Value = usize;
  method value_limb (line 345) | fn value_limb(_: Self::Value, _: usize) -> Self::Value {
  method pc (line 349) | fn pc(&self) -> Self::Value {
  method reg (line 353) | fn reg(&self, _address: &Self::RegisterAddress) -> Self::Value {
  method global_clk (line 357) | fn global_clk(&self) -> usize {
  type TestSnapshot (line 363) | struct TestSnapshot {
  function s (line 367) | fn s(instret: usize) -> TestSnapshot {
  type TestVm (line 371) | struct TestVm {
    method try_add_candidate (line 377) | fn try_add_candidate(&mut self, apc_id: usize) -> Result<(), Optimisti...
    method incr (line 383) | fn incr(&mut self) -> Vec<ApcCall<TestSnapshot>> {
    method jump (line 390) | fn jump(&mut self, pc: usize) -> Vec<ApcCall<TestSnapshot>> {
    method count_done (line 397) | fn count_done(&self) -> usize {
    method count_in_progress (line 405) | fn count_in_progress(&self) -> usize {
    method new (line 413) | fn new(apcs: impl IntoIterator<Item = TestApc>) -> Self {
  function single_candidate (line 422) | fn single_candidate() {
  function single_candidate_final_state_failure (line 444) | fn single_candidate_final_state_failure() {
  function two_candidates_same_length (line 466) | fn two_candidates_same_length() {
  function superblock_success (line 492) | fn superblock_success() {
  function superblock_failure (line 525) | fn superblock_failure() {
  function superblock_failure_keeps_non_overlapping_calls (line 565) | fn superblock_failure_keeps_non_overlapping_calls() {
  function two_candidates_different_start (line 622) | fn two_candidates_different_start() {
  function abort_in_progress_returns_shorter_candidate (line 657) | fn abort_in_progress_returns_shorter_candidate() {
  function abort_in_progress_after_segment_end_picks_shorter_candidate (line 690) | fn abort_in_progress_after_segment_end_picks_shorter_candidate() {
  function jump_back_and_readd_candidate_does_not_overlap (line 726) | fn jump_back_and_readd_candidate_does_not_overlap() {

FILE: autoprecompiles/src/execution/evaluator.rs
  type OptimisticConstraints (line 18) | pub struct OptimisticConstraints<A, V> {
  function empty (line 26) | pub fn empty() -> Self {
  function from_constraints (line 35) | pub fn from_constraints(constraints: Vec<OptimisticConstraint<A, V>>) ->...
  type OptimisticConstraintEvaluator (line 90) | pub struct OptimisticConstraintEvaluator<A, V> {
  type OptimisticConstraintFailed (line 98) | pub struct OptimisticConstraintFailed;
  method default (line 101) | fn default() -> Self {
  function new (line 107) | pub fn new() -> Self {
  function instruction_index (line 114) | pub fn instruction_index(&self) -> usize {
  function try_next_execution_step (line 119) | pub fn try_next_execution_step<E>(
  type StepOptimisticConstraintEvaluator (line 170) | struct StepOptimisticConstraintEvaluator<'a, E: ExecutionState> {
  function new (line 176) | fn new(
  function evaluate_constraint (line 193) | fn evaluate_constraint(&self, c: &OptimisticConstraint<E::RegisterAddres...
  function evaluate_expression (line 197) | fn evaluate_expression(
  function evaluate_literal (line 209) | fn evaluate_literal(&self, l: &OptimisticLiteral<E::RegisterAddress>) ->...
  function fetch (line 221) | fn fetch(&self, f: &Fetch<E::RegisterAddress>) -> E::Value {
  type TestExecutionState (line 236) | struct TestExecutionState<const LIMB_WIDTH: usize> {
  type RegisterAddress (line 242) | type RegisterAddress = u8;
  type Value (line 244) | type Value = u8;
  method pc (line 246) | fn pc(&self) -> Self::Value {
  method reg (line 250) | fn reg(&self, address: &Self::RegisterAddress) -> Self::Value {
  method value_limb (line 254) | fn value_limb(value: Self::Value, limb_index: usize) -> Self::Value {
  method global_clk (line 258) | fn global_clk(&self) -> usize {
  type SingleLimbExecutionState (line 264) | type SingleLimbExecutionState = TestExecutionState<8>;
  function literal (line 266) | fn literal(instr_idx: usize, val: LocalOptimisticLiteral<u8>) -> Optimis...
  function literal_expr (line 270) | fn literal_expr(
  function mem (line 278) | fn mem(instr_idx: usize, addr: u8) -> OptimisticExpression<u8, u8> {
  function mem_limb (line 282) | fn mem_limb(instr_idx: usize, addr: u8, limb_index: usize) -> Optimistic...
  function pc (line 289) | fn pc(instr_idx: usize) -> OptimisticExpression<u8, u8> {
  function value (line 293) | fn value(value: u8) -> OptimisticExpression<u8, u8> {
  function eq (line 297) | fn eq(
  function equality_constraints (line 304) | fn equality_constraints() -> OptimisticConstraints<u8, u8> {
  function cross_step_memory_constraint (line 312) | fn cross_step_memory_constraint() -> OptimisticConstraints<u8, u8> {
  function cross_step_pc_constraint (line 316) | fn cross_step_pc_constraint() -> OptimisticConstraints<u8, u8> {
  function initial_to_final_constraint (line 320) | fn initial_to_final_constraint(final_instr_idx: usize) -> OptimisticCons...
  function constraints_succeed_when_all_states_match (line 325) | fn constraints_succeed_when_all_states_match() {
  function checks_equality_constraints (line 344) | fn checks_equality_constraints() {
  function reuses_values_from_previous_steps (line 364) | fn reuses_values_from_previous_steps() {
  function detects_mismatch_for_stored_values (line 381) | fn detects_mismatch_for_stored_values() {
  function compares_program_counter_across_steps (line 398) | fn compares_program_counter_across_steps() {
  function links_initial_and_final_state (line 424) | fn links_initial_and_final_state() {
  function compares_memory_to_literal_value (line 465) | fn compares_memory_to_literal_value() {
  function accesses_register_limbs (line 490) | fn accesses_register_limbs() {

FILE: autoprecompiles/src/execution/mod.rs
  type ExecutionState (line 10) | pub trait ExecutionState {
    method pc (line 33) | fn pc(&self) -> Self::Value;
    method value_limb (line 35) | fn value_limb(value: Self::Value, limb_index: usize) -> Self::Value;
    method reg (line 38) | fn reg(&self, address: &Self::RegisterAddress) -> Self::Value;
    method global_clk (line 41) | fn global_clk(&self) -> usize;

FILE: autoprecompiles/src/execution_profile.rs
  type ExecutionProfile (line 18) | pub struct ExecutionProfile {
  function execution_profile (line 27) | pub fn execution_profile<A: Adapter>(
  type PgoData (line 70) | struct PgoData {
    method record_u64 (line 76) | fn record_u64(&mut self, field: &tracing::field::Field, value: u64) {
    method record_debug (line 84) | fn record_debug(&mut self, _: &TracingField, _: &dyn std::fmt::Debug) {}
  type PgoCollector (line 89) | struct PgoCollector {
    method new (line 94) | fn new() -> Self {
    method increment (line 100) | fn increment(&self, pc: u64) {
    method take_pc_list (line 104) | fn take_pc_list(&self) -> Vec<u64> {
    method on_event (line 113) | fn on_event(&self, event: &Event<'_>, _ctx: Context<'_, S>) {

FILE: autoprecompiles/src/export.rs
  type ExportOptions (line 25) | pub struct ExportOptions {
    method new (line 49) | pub fn new(path: Option<PathBuf>, start_pcs: &[u64], level: ExportLeve...
    method from_env_vars (line 58) | pub fn from_env_vars(
    method export_requested (line 73) | pub fn export_requested(&self) -> bool {
    method export_apc (line 77) | pub fn export_apc<A: Adapter>(
    method export_apc_from_machine (line 95) | pub fn export_apc_from_machine<A: Adapter>(
    method export_optimizer_outer (line 113) | pub fn export_optimizer_outer(&mut self, data: &impl serde::Serialize,...
    method export_optimizer_outer_constraint_system (line 122) | pub fn export_optimizer_outer_constraint_system<T: FieldElement>(
    method export_optimizer_inner (line 136) | pub fn export_optimizer_inner(&mut self, data: &impl serde::Serialize,...
    method export_optimizer_inner_constraint_system (line 142) | pub fn export_optimizer_inner_constraint_system<T, V>(
    method register_substituted_variables (line 157) | pub fn register_substituted_variables<Var, Expr>(
    method export_substituted_variables (line 173) | pub fn export_substituted_variables(&mut self) {
    method next_path (line 186) | fn next_path(&mut self, info: Option<&str>) -> PathBuf {
    method write_to_next_file (line 197) | fn write_to_next_file(&mut self, data: &impl serde::Serialize, info: O...
    method write_to_file (line 203) | fn write_to_file(&mut self, data: &impl serde::Serialize, path: PathBu...
  type ExportLevel (line 33) | pub enum ExportLevel {
  function create_full_path (line 210) | fn create_full_path(path: &PathBuf) -> BufWriter<std::fs::File> {
  function instructions_to_powdr_field (line 220) | fn instructions_to_powdr_field<A: Adapter>(
  type SimpleInstruction (line 251) | pub struct SimpleInstruction<T>(Vec<T>);
  method fmt (line 254) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function pc_lookup_row (line 260) | fn pc_lookup_row(&self, _pc: u64) -> Vec<T> {
  method pc_step (line 266) | fn pc_step() -> u32 {
  type ApcWithBusMap (line 272) | pub struct ApcWithBusMap<Apc, BusMap> {

FILE: autoprecompiles/src/expression.rs
  type AlgebraicExpression (line 10) | pub type AlgebraicExpression<T> = powdr_expression::AlgebraicExpression<...
  type AlgebraicReference (line 13) | pub struct AlgebraicReference {
    method fmt (line 22) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
    method deserialize (line 61) | fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
  method partial_cmp (line 28) | fn partial_cmp(&self, other: &Self) -> Option<std::cmp::Ordering> {
  method cmp (line 34) | fn cmp(&self, other: &Self) -> std::cmp::Ordering {
  method eq (line 40) | fn eq(&self, other: &Self) -> bool {
  method hash (line 46) | fn hash<H: std::hash::Hasher>(&self, state: &mut H) {
  method serialize (line 52) | fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
  function try_convert (line 84) | pub fn try_convert<T, R: TryInto<AlgebraicReference>>(
  type AlgebraicEvaluator (line 115) | pub trait AlgebraicEvaluator<F, E>
    method eval_const (line 120) | fn eval_const(&self, c: F) -> E;
    method eval_var (line 121) | fn eval_var(&self, algebraic_var: &AlgebraicReference) -> E;
    method eval_expr (line 123) | fn eval_expr(&self, algebraic_expr: &AlgebraicExpression<F>) -> E {
    method eval_bus_interaction (line 126) | fn eval_bus_interaction<'a, 'b>(
    method eval_constraint (line 142) | fn eval_constraint(&self, constraint: &SymbolicConstraint<F>) -> Concr...
  type RowEvaluator (line 150) | pub struct RowEvaluator<'a, F>
  function new (line 161) | pub fn new(row: &'a [F]) -> Self {
  function eval_const (line 170) | fn eval_const(&self, c: F) -> F {
  function eval_var (line 174) | fn eval_var(&self, algebraic_var: &AlgebraicReference) -> F {
  type MappingRowEvaluator (line 180) | pub struct MappingRowEvaluator<'a, F>
  function new (line 192) | pub fn new(row: &'a [F], witness_id_to_index: &'a BTreeMap<u64, usize>) ...
  function eval_const (line 204) | fn eval_const(&self, c: F) -> F {
  function eval_var (line 208) | fn eval_var(&self, algebraic_var: &AlgebraicReference) -> F {
  type ConcreteBusInteraction (line 214) | pub struct ConcreteBusInteraction<E, I> {
  type ConcreteConstraint (line 220) | pub struct ConcreteConstraint<E> {
  type WitnessEvaluator (line 225) | pub struct WitnessEvaluator<'a, V, F, E> {
  function new (line 231) | pub fn new(witness: &'a BTreeMap<u64, V>) -> Self {
  function eval_const (line 245) | fn eval_const(&self, c: F) -> E {
  function eval_var (line 249) | fn eval_var(&self, algebraic_var: &AlgebraicReference) -> E {

FILE: autoprecompiles/src/expression_conversion.rs
  function algebraic_to_grouped_expression (line 10) | pub fn algebraic_to_grouped_expression<T, V>(
  function grouped_expression_to_algebraic (line 25) | pub fn grouped_expression_to_algebraic<T, V>(
  function field_element_to_algebraic_expression (line 81) | fn field_element_to_algebraic_expression<T: FieldElement, V>(v: T) -> Al...
  function extract_negation_if_possible (line 91) | fn extract_negation_if_possible<T, V>(

FILE: autoprecompiles/src/lib.rs
  type PowdrConfig (line 62) | pub struct PowdrConfig {
    method new (line 84) | pub fn new(autoprecompiles: u64, skip_autoprecompiles: u64, degree_bou...
    method with_superblocks (line 98) | pub fn with_superblocks(
    method with_apc_candidates_dir (line 118) | pub fn with_apc_candidates_dir<P: AsRef<Path>>(mut self, path: P) -> S...
    method with_optimistic_precompiles (line 123) | pub fn with_optimistic_precompiles(mut self, should_use_optimistic_pre...
  type InstructionKind (line 130) | pub enum InstructionKind {
  type VmConfig (line 137) | pub struct VmConfig<'a, M, B, C> {
  method clone (line 148) | fn clone(&self) -> Self {
  type InstructionHandler (line 157) | pub trait InstructionHandler {
    method degree_bound (line 163) | fn degree_bound(&self) -> DegreeBound;
    method get_instruction_air_and_id (line 166) | fn get_instruction_air_and_id(
    method get_instruction_air_stats (line 172) | fn get_instruction_air_stats(&self, instruction: &Self::Instruction) -...
  type Substitution (line 176) | pub struct Substitution {
  type Apc (line 184) | pub struct Apc<T, I, A, V> {
  function subs (line 196) | pub fn subs(&self) -> &[Vec<Substitution>] {
  function machine (line 200) | pub fn machine(&self) -> &SymbolicMachine<T> {
  function instructions (line 205) | pub fn instructions(&self) -> impl Iterator<Item = &I> {
  function start_pcs (line 210) | pub fn start_pcs(&self) -> Vec<u64> {
  function new (line 216) | fn new(
  type ColumnAllocator (line 255) | pub struct ColumnAllocator {
    method from_max_poly_id_of_machine (line 263) | pub fn from_max_poly_id_of_machine(machine: &SymbolicMachine<impl Fiel...
    method issue_next_poly_id (line 270) | pub fn issue_next_poly_id(&mut self) -> u64 {
    method is_known_id (line 277) | pub fn is_known_id(&self, poly_id: u64) -> bool {
  function build (line 282) | pub fn build<A: Adapter>(
  function superblock_pc_constraints (line 393) | fn superblock_pc_constraints<A: Adapter>(
  function satisfies_zero_witness (line 415) | fn satisfies_zero_witness<T: FieldElement>(expr: &AlgebraicExpression<T>...
  function add_guards_constraint (line 427) | fn add_guards_constraint<T: FieldElement>(
  function add_guards (line 456) | fn add_guards<T: FieldElement>(

FILE: autoprecompiles/src/low_degree_bus_interaction_optimizer.rs
  type LowDegreeBusInteractionOptimizer (line 21) | pub struct LowDegreeBusInteractionOptimizer<'a, T, V, S, B> {
  type LowDegreeReplacement (line 28) | struct LowDegreeReplacement<T: FieldElement, V> {
  function new (line 41) | pub fn new(solver: &'a mut S, bus_interaction_handler: B, degree_bound: ...
  function optimize (line 50) | pub fn optimize(self, mut system: ConstraintSystem<T, V>) -> ConstraintS...
  function try_replace_bus_interaction (line 98) | fn try_replace_bus_interaction(
  function symbolic_function_candidates_with_small_domain (line 147) | fn symbolic_function_candidates_with_small_domain(
  function has_few_possible_values (line 196) | fn has_few_possible_values(
  function find_low_degree_function (line 220) | fn find_low_degree_function(
  function concrete_input_output_pairs (line 264) | fn concrete_input_output_pairs<'b>(
  type LowDegreeFunction (line 311) | type LowDegreeFunction<T, V> = Box<dyn Fn(Vec<GroupedExpression<T, V>>) ...
  constant MAX_DOMAIN_SIZE (line 314) | const MAX_DOMAIN_SIZE: u64 = 256;
  type SymbolicField (line 318) | struct SymbolicField<T: FieldElement, V> {
  type SymbolicFunction (line 328) | struct SymbolicFunction<T: FieldElement, V> {
  function hypotheses (line 334) | fn hypotheses<T: FieldElement, V: Ord + Clone + Hash + Eq>(
  type Var (line 387) | pub type Var = &'static str;
  function var (line 388) | pub fn var(name: Var) -> GroupedExpression<BabyBearField, Var> {
  function constant (line 392) | pub fn constant(value: u64) -> GroupedExpression<BabyBearField, Var> {
  type XorBusHandler (line 397) | struct XorBusHandler;
    method handle_bus_interaction (line 399) | fn handle_bus_interaction(
    method is_stateful (line 427) | fn is_stateful(&self, _bus_id: BabyBearField) -> bool {
    method pure_range_constraints (line 432) | fn pure_range_constraints<V: Ord + Clone + Eq + Display + Hash>(
    method batch_make_range_constraints (line 439) | fn batch_make_range_constraints<V: Ord + Clone + Eq + Display + Hash>(
  function compute_replacement (line 450) | fn compute_replacement(
  function test_try_replace_bus_interaction_generic_xor (line 469) | fn test_try_replace_bus_interaction_generic_xor() {
  function test_try_replace_bus_interaction_logical_not (line 484) | fn test_try_replace_bus_interaction_logical_not() {
  function test_try_replace_bus_interaction_binary_inputs (line 500) | fn test_try_replace_bus_interaction_binary_inputs() {
  function test_try_replace_bus_interaction_disjoint_masks (line 517) | fn test_try_replace_bus_interaction_disjoint_masks() {

FILE: autoprecompiles/src/memory_optimizer.rs
  function optimize_memory (line 16) | pub fn optimize_memory<
  type MemoryOp (line 52) | pub enum MemoryOp {
  type MemoryBusInteractionConversionError (line 61) | pub struct MemoryBusInteractionConversionError;
  type MemoryBusInteraction (line 67) | pub trait MemoryBusInteraction<T, V>: Sized {
    method try_from_bus_interaction (line 81) | fn try_from_bus_interaction(
    method addr (line 87) | fn addr(&self) -> Self::Address;
    method data (line 90) | fn data(&self) -> &[GroupedExpression<T, V>];
    method timestamp_limbs (line 93) | fn timestamp_limbs(&self) -> &[GroupedExpression<T, V>];
    method op (line 96) | fn op(&self) -> MemoryOp;
  type Address (line 104) | struct Address<T, V>(Vec<GroupedExpression<T, V>>);
  function from (line 110) | fn from(exprs: I) -> Self {
  type MemoryContent (line 115) | struct MemoryContent<T, V> {
  function from_bus_interaction (line 122) | fn from_bus_interaction<M: MemoryBusInteraction<T, V>>(bus_index: usize,...
  function redundant_memory_interactions_indices (line 133) | fn redundant_memory_interactions_indices<

FILE: autoprecompiles/src/optimistic/algebraic_references.rs
  type BlockCellAlgebraicReferenceMapper (line 6) | pub struct BlockCellAlgebraicReferenceMapper {
    method new (line 16) | pub fn new(subs: &[Vec<u64>], columns: impl Iterator<Item = AlgebraicR...
    method get_algebraic_reference (line 34) | pub fn get_algebraic_reference(&self, block_cell: &BlockCell) -> Optio...
    method has_block_cell (line 38) | pub fn has_block_cell(&self, block_cell: &BlockCell) -> bool {

FILE: autoprecompiles/src/optimistic/config.rs
  constant DEFAULT_EXECUTION_COUNT_THRESHOLD (line 1) | const DEFAULT_EXECUTION_COUNT_THRESHOLD: u64 = 100;
  constant DEFAULT_MAX_SEGMENTS (line 2) | const DEFAULT_MAX_SEGMENTS: usize = 20;
  type OptimisticPrecompileConfig (line 4) | pub struct OptimisticPrecompileConfig {
  function optimistic_precompile_config (line 15) | pub fn optimistic_precompile_config() -> OptimisticPrecompileConfig {

FILE: autoprecompiles/src/optimistic/execution_constraint_generator.rs
  function generate_execution_constraints (line 14) | pub fn generate_execution_constraints<T: FieldElement>(
  function get_optimistic_expression (line 27) | fn get_optimistic_expression<T: FieldElement>(

FILE: autoprecompiles/src/optimistic/execution_literals.rs
  function optimistic_literals (line 23) | pub fn optimistic_literals<A: Adapter>(
  type ConcreteMemoryAccess (line 53) | struct ConcreteMemoryAccess<T> {
  function extract_concrete_memory_accesses (line 64) | fn extract_concrete_memory_accesses<A: Adapter>(
  function try_extract_concrete_memory_access (line 105) | fn try_extract_concrete_memory_access<A: Adapter>(
  function generate_limb_mapping (line 146) | fn generate_limb_mapping<'a, T: Clone + 'a>(

FILE: autoprecompiles/src/optimizer.rs
  function optimize (line 34) | pub fn optimize<T, B, BusTypes, MemoryBus>(
  function optimize_exec_bus (line 199) | pub fn optimize_exec_bus<T: FieldElement>(
  type Variable (line 253) | pub enum Variable<V> {
  method fmt (line 259) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {

FILE: autoprecompiles/src/pgo/cell/mod.rs
  type ApcCandidate (line 21) | pub trait ApcCandidate<A: Adapter>: Sized {
    method create (line 22) | fn create(apc_with_stats: AdapterApcWithStats<A>) -> Self;
    method inner (line 23) | fn inner(&self) -> &AdapterApcWithStats<A>;
    method into_inner (line 24) | fn into_inner(self) -> AdapterApcWithStats<A>;
    method cost_before_opt (line 26) | fn cost_before_opt(&self) -> usize;
    method cost_after_opt (line 28) | fn cost_after_opt(&self) -> usize;
    method value_per_use (line 30) | fn value_per_use(&self) -> usize;
  type ApcCandidateJsonExport (line 36) | pub struct ApcCandidateJsonExport {
  type CellPgo (line 53) | pub struct CellPgo<A, C> {
  function with_pgo_data_and_max_columns (line 60) | pub fn with_pgo_data_and_max_columns(
  constant JSON_EXPORT_VERSION (line 80) | const JSON_EXPORT_VERSION: usize = 4;
  type JsonExport (line 83) | struct JsonExport {
    method new (line 90) | fn new(apcs: Vec<ApcCandidateJsonExport>, labels: BTreeMap<u64, Vec<St...
  type Adapter (line 100) | type Adapter = A;
  method create_apcs_with_pgo (line 102) | fn create_apcs_with_pgo(
  method execution_profile (line 178) | fn execution_profile(&self) -> Option<&ExecutionProfile> {
  function try_generate_candidate (line 184) | fn try_generate_candidate<A: Adapter, C: ApcCandidate<A>>(
  function apc_candidate_json_export (line 207) | fn apc_candidate_json_export<A: Adapter, C: ApcCandidate<A>>(

FILE: autoprecompiles/src/pgo/cell/selection.rs
  type BlockCandidate (line 14) | pub struct BlockCandidate {
    method new (line 28) | pub fn new<A: Adapter, C: ApcCandidate<A>>(
    method value (line 41) | pub fn value(&self) -> usize {
    method cost (line 47) | pub fn cost(&self) -> usize {
    method density (line 51) | pub fn density(&self) -> Density {
  type Density (line 61) | pub struct Density {
  method eq (line 68) | fn eq(&self, other: &Self) -> bool {
  method partial_cmp (line 76) | fn partial_cmp(&self, other: &Self) -> Option<std::cmp::Ordering> {
  method cmp (line 83) | fn cmp(&self, other: &Self) -> std::cmp::Ordering {
  function count_and_update_run (line 93) | fn count_and_update_run<'a>(
  function count_and_update_execution (line 113) | fn count_and_update_execution(
  function select_blocks_greedy (line 132) | pub fn select_blocks_greedy<A: Adapter, C: ApcCandidate<A>>(
  function sblock (line 193) | fn sblock(start_pcs: Vec<u64>) -> BlockCandidate {
  function run (line 203) | fn run(pcs: Vec<u64>) -> ExecutionBasicBlockRun {
  function test_count_and_update_run (line 208) | fn test_count_and_update_run() {

FILE: autoprecompiles/src/pgo/instruction.rs
  type InstructionPgo (line 12) | pub struct InstructionPgo<A> {
  function with_pgo_data (line 18) | pub fn with_pgo_data(data: ExecutionProfile) -> Self {
  type Adapter (line 27) | type Adapter = A;
  method create_apcs_with_pgo (line 29) | fn create_apcs_with_pgo(
  method execution_profile (line 80) | fn execution_profile(&self) -> Option<&ExecutionProfile> {

FILE: autoprecompiles/src/pgo/mod.rs
  type PgoConfig (line 25) | pub enum PgoConfig {
    method pc_execution_count (line 39) | pub fn pc_execution_count(&self, pc: u64) -> Option<u32> {
  type PgoType (line 52) | pub enum PgoType {
  function pgo_config (line 62) | pub fn pgo_config(
  function create_apcs_for_all_blocks (line 76) | fn create_apcs_for_all_blocks<A: Adapter>(

FILE: autoprecompiles/src/pgo/none.rs
  type NonePgo (line 14) | pub struct NonePgo<A> {
  type Adapter (line 19) | type Adapter = A;
  method create_apcs_with_pgo (line 21) | fn create_apcs_with_pgo(

FILE: autoprecompiles/src/powdr.rs
  function make_refs_zero (line 11) | pub fn make_refs_zero<T: FieldElement>(expr: &mut AlgebraicExpression<T>) {
  function make_bool (line 20) | pub fn make_bool<T: FieldElement>(expr: AlgebraicExpression<T>) -> Algeb...
  function substitute_subexpressions (line 25) | pub fn substitute_subexpressions<T: Clone + std::cmp::Ord>(
  type UniqueReferences (line 36) | pub trait UniqueReferences<'a, T: 'a, R> {
    method unique_references (line 38) | fn unique_references(&'a self) -> impl Iterator<Item = R>;
  method unique_references (line 45) | fn unique_references(&'a self) -> impl Iterator<Item = AlgebraicReferenc...
  function globalize_references (line 66) | pub fn globalize_references<T: FieldElement>(
  function globalize_reference_names (line 88) | fn globalize_reference_names<T: FieldElement>(
  function offset_reference_ids (line 109) | fn offset_reference_ids<T: FieldElement>(

FILE: autoprecompiles/src/range_constraint_optimizer.rs
  type RangeConstraints (line 15) | pub type RangeConstraints<T, V> = Vec<(GroupedExpression<T, V>, RangeCon...
  type MakeRangeConstraintsError (line 19) | pub struct MakeRangeConstraintsError(pub String);
  type RangeConstraintHandler (line 21) | pub trait RangeConstraintHandler<T: FieldElement> {
    method pure_range_constraints (line 33) | fn pure_range_constraints<V: Ord + Clone + Eq + Display + Hash>(
    method batch_make_range_constraints (line 46) | fn batch_make_range_constraints<V: Ord + Clone + Eq + Display + Hash>(
  function optimize_range_constraints (line 58) | pub fn optimize_range_constraints<T: FieldElement, V: Ord + Clone + Hash...
  function range_constraint_to_num_bits (line 153) | pub fn range_constraint_to_num_bits<T: FieldElement>(
  function filter_byte_constraints (line 163) | pub fn filter_byte_constraints<T: FieldElement, V: Ord + Clone + Eq + Di...

FILE: autoprecompiles/src/stats_logger.rs
  type StatsLogger (line 11) | pub struct StatsLogger {
    method start (line 17) | pub fn start(system: impl Into<Stats>) -> Self {
    method log (line 27) | pub fn log(&mut self, step: &str, system: impl Into<Stats>) {
    method finalize (line 35) | pub fn finalize(self, system: impl Into<Stats>) {
  type Stats (line 45) | pub struct Stats {
    method from (line 62) | fn from(machine: &SymbolicMachine<P>) -> Self {
    method from (line 72) | fn from(constraint_system: &ConstraintSystem<P, V>) -> Self {
    method from (line 85) | fn from(constraint_system: &IndexedConstraintSystem<P, V>) -> Self {
  method fmt (line 52) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {

FILE: autoprecompiles/src/symbolic_machine.rs
  type SymbolicInstructionStatement (line 21) | pub struct SymbolicInstructionStatement<T> {
  type IntoIter (line 27) | type IntoIter = std::iter::Chain<std::iter::Once<T>, std::vec::IntoIter<...
  type Item (line 28) | type Item = T;
  method into_iter (line 30) | fn into_iter(self) -> Self::IntoIter {
  type SymbolicConstraint (line 37) | pub struct SymbolicConstraint<T> {
  method fmt (line 42) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function from (line 48) | fn from(expr: AlgebraicExpression<T>) -> Self {
  function children (line 61) | fn children(&self) -> Box<dyn Iterator<Item = &AlgebraicExpression<T>> +...
  function children_mut (line 65) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut AlgebraicExpr...
  type SymbolicBusInteraction (line 71) | pub struct SymbolicBusInteraction<T> {
  method fmt (line 78) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function try_multiplicity_to_number (line 90) | pub fn try_multiplicity_to_number(&self) -> Option<T> {
  function children (line 99) | fn children(&self) -> Box<dyn Iterator<Item = &AlgebraicExpression<T>> +...
  function children_mut (line 103) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut AlgebraicExpr...
  type BusInteractionKind (line 109) | pub enum BusInteractionKind {
  type SymbolicMachine (line 116) | pub struct SymbolicMachine<T> {
  type ComputationMethod (line 126) | type ComputationMethod<T> =
  function main_columns (line 130) | pub fn main_columns(&self) -> impl Iterator<Item = AlgebraicReference> +...
  function concatenate (line 134) | pub fn concatenate(mut self, other: SymbolicMachine<T>) -> Self {
  method fmt (line 143) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function render (line 155) | pub fn render<C: Display + Clone + PartialEq + Eq>(&self, bus_map: &BusM...
  function degree (line 196) | pub fn degree(&self) -> usize {
  function children (line 202) | fn children(&self) -> Box<dyn Iterator<Item = &AlgebraicExpression<T>> +...
  function children_mut (line 211) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut AlgebraicExpr...
  function symbolic_machine_to_constraint_system (line 225) | pub fn symbolic_machine_to_constraint_system<P: FieldElement>(
  function constraint_system_to_symbolic_machine (line 262) | pub fn constraint_system_to_symbolic_machine<P: FieldElement>(
  function symbolic_bus_interaction_to_bus_interaction (line 297) | pub fn symbolic_bus_interaction_to_bus_interaction<P: FieldElement>(
  function bus_interaction_to_symbolic_bus_interaction (line 311) | fn bus_interaction_to_symbolic_bus_interaction<P: FieldElement>(

FILE: autoprecompiles/src/symbolic_machine_generator.rs
  function convert_apc_field_type (line 16) | pub fn convert_apc_field_type<T, I, A, V, U>(
  function convert_machine_field_type (line 29) | pub fn convert_machine_field_type<T, U>(
  function convert_symbolic_constraint (line 63) | fn convert_symbolic_constraint<T, U>(
  function convert_bus_interaction (line 72) | fn convert_bus_interaction<T, U>(
  function convert_expression (line 87) | fn convert_expression<T, U>(
  function statements_to_symbolic_machine (line 118) | pub(crate) fn statements_to_symbolic_machine<A: Adapter>(
  function statements_to_symbolic_machines (line 134) | pub(crate) fn statements_to_symbolic_machines<A: Adapter>(
  function exec_receive (line 207) | fn exec_receive<T: FieldElement>(

FILE: autoprecompiles/src/trace_handler.rs
  type OriginalRowReference (line 12) | pub struct OriginalRowReference<'a, D> {
  type TraceData (line 18) | pub struct TraceData<'a, F, D> {
  type TraceTrait (line 31) | pub trait TraceTrait<F>: Send + Sync {
    method width (line 34) | fn width(&self) -> usize;
    method values (line 36) | fn values(&self) -> &Self::Values;
  function generate_trace (line 40) | pub fn generate_trace<'a, IH, M: TraceTrait<IH::Field>, A, V>(

FILE: autoprecompiles/tests/optimizer.rs
  constant DEFAULT_DEGREE_BOUND (line 16) | const DEFAULT_DEGREE_BOUND: DegreeBound = DegreeBound {
  type TestApc (line 21) | type TestApc = Apc<BabyBearField, SimpleInstruction<BabyBearField>, (), ...
  function import_apc_from_gzipped_json (line 23) | fn import_apc_from_gzipped_json(file: &str) -> ApcWithBusMap<TestApc, Bu...
  function load_machine_json (line 30) | fn load_machine_json() {
  function test_optimize (line 50) | fn test_optimize() {
  function test_ecrecover (line 85) | fn test_ecrecover() {
  function test_sha256 (line 120) | fn test_sha256() {
  function test_single_div_nondet (line 155) | fn test_single_div_nondet() {
  function test_optimize_reth_op (line 212) | fn test_optimize_reth_op() {

FILE: cli-openvm-riscv/src/main.rs
  type Cli (line 26) | struct Cli {
  type SharedArgs (line 32) | struct SharedArgs {
  type Commands (line 73) | enum Commands {
  function main (line 110) | fn main() -> Result<(), io::Error> {
  function build_powdr_config (line 123) | fn build_powdr_config(shared: &SharedArgs) -> PowdrConfig {
  function run_command (line 138) | fn run_command(command: Commands) {
  function write_program_to_file (line 264) | fn write_program_to_file(
  function validate_shared_args (line 275) | fn validate_shared_args(args: &SharedArgs) {
  function stdin_from (line 286) | fn stdin_from(input: Option<u32>) -> StdIn {
  function setup_tracing_with_log_level (line 294) | fn setup_tracing_with_log_level(level: Level) {
  function run_with_metric_collection_to_file (line 307) | pub fn run_with_metric_collection_to_file<R>(file: std::fs::File, f: imp...
  function maybe_compute_empirical_constraints (line 321) | fn maybe_compute_empirical_constraints(

FILE: constraint-solver/src/algebraic_constraint/mod.rs
  type AlgebraicConstraint (line 16) | pub struct AlgebraicConstraint<V> {
  function from (line 23) | fn from(expression: V) -> Self {
  function assert_zero (line 30) | pub fn assert_zero(expression: V) -> Self {
  function as_ref (line 35) | pub fn as_ref(&self) -> AlgebraicConstraint<&V> {
  function cloned (line 43) | pub(crate) fn cloned(&self) -> AlgebraicConstraint<V> {
  function assert_eq (line 52) | pub fn assert_eq(expression: GroupedExpression<T, V>, other: GroupedExpr...
  function assert_bool (line 57) | pub fn assert_bool(expression: GroupedExpression<T, V>) -> Self {
  function is_redundant (line 63) | pub fn is_redundant(&self) -> bool {
  function substitute_by_known (line 73) | pub fn substitute_by_known(&mut self, variable: &V, substitution: &T) {
  function degree (line 77) | pub fn degree(&self) -> usize {
  method fmt (line 83) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function referenced_unknown_variables (line 90) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &V...
  function referenced_unknown_variables (line 97) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &V...

FILE: constraint-solver/src/algebraic_constraint/solve.rs
  type ProcessResult (line 16) | pub struct ProcessResult<T: FieldElement, V> {
  function empty (line 22) | pub fn empty() -> Self {
  function complete (line 28) | pub fn complete(effects: Vec<Effect<T, V>>) -> Self {
  type Error (line 37) | pub enum Error {
  function solve (line 55) | pub fn solve(
  function try_solve_for (line 91) | pub fn try_solve_for(&self, variable: &V) -> Option<GroupedExpression<T,...
  function try_solve_for_expr (line 112) | pub fn try_solve_for_expr(
  function solve_affine (line 161) | fn solve_affine(
  function transfer_constraints (line 210) | fn transfer_constraints(
  function solve_quadratic (line 228) | fn solve_quadratic(
  function combine_to_conditional_assignment (line 266) | fn combine_to_conditional_assignment<T: FieldElement, V: Ord + Clone + E...
  function effect_to_range_constraint (line 316) | fn effect_to_range_constraint<T: FieldElement, V: Ord + Clone + Eq>(
  function combine_range_constraints (line 329) | fn combine_range_constraints<T: FieldElement, V: Ord + Clone + Eq + Hash...
  function assignment_if_satisfies_range_constraints (line 377) | fn assignment_if_satisfies_range_constraints<T: FieldElement, V: Ord + C...
  type Qse (line 400) | type Qse = GroupedExpression<GoldilocksField, &'static str>;
  function var (line 402) | fn var(name: &'static str) -> Qse {
  function constant (line 406) | fn constant(value: u64) -> Qse {
  function unsolvable (line 411) | fn unsolvable() {
  function solvable_without_vars (line 418) | fn solvable_without_vars() {
  function solve_simple_eq (line 427) | fn solve_simple_eq() {
  function solve_constraint_transfer (line 454) | fn solve_constraint_transfer() {
  function unpack_range_constraint (line 488) | fn unpack_range_constraint(
  function detect_bit_constraint (line 501) | fn detect_bit_constraint() {
  function detect_complete_range_constraint (line 526) | fn detect_complete_range_constraint() {
  function detect_incomplete_range_constraint (line 549) | fn detect_incomplete_range_constraint() {
  function bool_plus_one_cant_be_zero (line 574) | fn bool_plus_one_cant_be_zero() {
  function solve_for (line 584) | fn solve_for() {
  function solve_for_expr (line 600) | fn solve_for_expr() {
  function solve_for_expr_normalization (line 645) | fn solve_for_expr_normalization() {

FILE: constraint-solver/src/bus_interaction_handler.rs
  type ViolatesBusRules (line 8) | pub struct ViolatesBusRules {}
  type BusInteractionHandler (line 11) | pub trait BusInteractionHandler<T: FieldElement> {
    method handle_bus_interaction (line 22) | fn handle_bus_interaction(
    method handle_bus_interaction_checked (line 29) | fn handle_bus_interaction_checked(
  type DefaultBusInteractionHandler (line 53) | pub struct DefaultBusInteractionHandler<T: FieldElement> {
  function handle_bus_interaction (line 58) | fn handle_bus_interaction(

FILE: constraint-solver/src/constraint_system.rs
  type ConstraintSystem (line 21) | pub struct ConstraintSystem<T, V> {
  method fmt (line 34) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function referenced_unknown_variables (line 61) | pub fn referenced_unknown_variables(&self) -> impl Iterator<Item = &V> {
  function extend (line 74) | pub fn extend(&mut self, system: ConstraintSystem<T, V>) {
  type DerivedVariable (line 83) | pub struct DerivedVariable<T, V, E> {
  function new (line 89) | pub fn new(variable: V, computation_method: ComputationMethod<T, E>) -> ...
  method serialize (line 102) | fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
  function deserialize (line 115) | fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
  type ComputationMethod (line 131) | pub enum ComputationMethod<T, E> {
  method fmt (line 140) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function referenced_unknown_variables (line 150) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &F...
  function substitute_by_known (line 166) | pub fn substitute_by_known(&mut self, variable: &V, substitution: &T) {
  function substitute_by_unknown (line 180) | pub fn substitute_by_unknown(&mut self, variable: &V, substitution: &Gro...
  type BusInteraction (line 193) | pub struct BusInteraction<V> {
  function fields (line 207) | pub fn fields(&self) -> impl Iterator<Item = &V> {
  function fields_mut (line 215) | pub fn fields_mut(&mut self) -> impl Iterator<Item = &mut V> {
  method fmt (line 225) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function from_iter (line 237) | fn from_iter<T: IntoIterator<Item = V>>(iter: T) -> Self {
  function to_range_constraints (line 253) | pub fn to_range_constraints(
  function solve (line 271) | pub fn solve(
  function referenced_unknown_variables (line 305) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &V...
  type ConstraintRef (line 314) | pub enum ConstraintRef<'a, T, V> {
  function referenced_unknown_variables (line 320) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &V...

FILE: constraint-solver/src/effect.rs
  type Effect (line 5) | pub enum Effect<T: RuntimeConstant, V> {
  type Assertion (line 23) | pub struct Assertion<T: RuntimeConstant> {
  function assert_is_zero (line 32) | pub fn assert_is_zero<V>(condition: T) -> Effect<T, V> {
  function assert_is_nonzero (line 35) | pub fn assert_is_nonzero<V>(condition: T) -> Effect<T, V> {
  function assert_eq (line 38) | pub fn assert_eq<V>(lhs: T, rhs: T) -> Effect<T, V> {
  function assert_neq (line 45) | pub fn assert_neq<V>(lhs: T, rhs: T) -> Effect<T, V> {
  type Condition (line 55) | pub struct Condition<T: RuntimeConstant> {

FILE: constraint-solver/src/grouped_expression.rs
  constant MAX_SUM_SIZE_FOR_QUADRATIC_ANALYSIS (line 21) | const MAX_SUM_SIZE_FOR_QUADRATIC_ANALYSIS: usize = 20;
  type GroupedExpression (line 37) | pub struct GroupedExpression<T, V> {
  type GroupedExpressionComponent (line 50) | pub enum GroupedExpressionComponent<T, V> {
  function from (line 65) | fn from(s: GroupedExpressionComponent<T, V>) -> Self {
  function from_number (line 87) | pub fn from_number(k: F) -> Self {
  method zero (line 97) | fn zero() -> Self {
  method is_zero (line 105) | fn is_zero(&self) -> bool {
  method one (line 111) | fn one() -> Self {
  method is_one (line 119) | fn is_one(&self) -> bool {
  function from_known_symbol (line 125) | pub fn from_known_symbol(symbol: V, rc: RangeConstraint<F>) -> Self {
  function from_runtime_constant (line 131) | pub fn from_runtime_constant(constant: T) -> Self {
  function from_unknown_variable (line 139) | pub fn from_unknown_variable(var: V) -> Self {
  function try_to_known (line 148) | pub fn try_to_known(&self) -> Option<&T> {
  function is_affine (line 157) | pub fn is_affine(&self) -> bool {
  function try_to_number (line 162) | pub fn try_to_number(&self) -> Option<T::FieldType> {
  function try_to_simple_unknown (line 167) | pub fn try_to_simple_unknown(&self) -> Option<V> {
  function is_quadratic (line 181) | pub fn is_quadratic(&self) -> bool {
  function try_as_single_product (line 186) | pub fn try_as_single_product(&self) -> Option<(&Self, &Self)> {
  function to_factors (line 201) | pub fn to_factors(&self) -> Vec<Self> {
  function try_split_head_tail (line 237) | pub fn try_split_head_tail(mut self) -> Option<(Self, Self)> {
  function linear_components (line 257) | pub fn linear_components(
  function constant_offset (line 265) | pub fn constant_offset(&self) -> &T {
  function quadratic_components (line 270) | pub fn quadratic_components(&self) -> &[(Self, Self)] {
  function into_summands (line 275) | pub fn into_summands(self) -> impl Iterator<Item = GroupedExpressionComp...
  function degree (line 294) | pub fn degree(&self) -> usize {
  function degree_of_variable (line 305) | pub fn degree_of_variable(&self, var: &V) -> usize {
  function coefficient_of_variable_in_affine_part (line 321) | pub fn coefficient_of_variable_in_affine_part<'a>(&'a self, var: &V) -> ...
  function try_extract_affine_var (line 330) | pub fn try_extract_affine_var(&self, var: V) -> Option<(T, Self)> {
  function range_constraint (line 346) | pub fn range_constraint(
  function substitute_simple (line 372) | pub fn substitute_simple(&mut self, variable: &V, substitution: T) {
  function substitute_by_known (line 412) | pub fn substitute_by_known(&mut self, variable: &V, substitution: &T) {
  function substitute_by_unknown (line 463) | pub fn substitute_by_unknown(&mut self, variable: &V, substitution: &Gro...
  function referenced_unknown_variables (line 507) | pub fn referenced_unknown_variables(&self) -> Box<dyn Iterator<Item = &V...
  type Transformed (line 519) | type Transformed = GroupedExpression<T::Transformed, V2>;
  function try_transform_var_type (line 521) | fn try_transform_var_type(
  type RangeConstraintProvider (line 549) | pub trait RangeConstraintProvider<T: FieldElement, V> {
    method get (line 550) | fn get(&self, var: &V) -> RangeConstraint<T>;
  function get (line 554) | fn get(&self, var: &V) -> RangeConstraint<T> {
  function get (line 562) | fn get(&self, var: &V) -> RangeConstraint<T> {
  type NoRangeConstraints (line 568) | pub struct NoRangeConstraints;
    method get (line 570) | fn get(&self, _var: &V) -> RangeConstraint<T> {
  type Output (line 576) | type Output = GroupedExpression<T, V>;
  method add (line 578) | fn add(mut self, rhs: Self) -> Self {
  type Output (line 585) | type Output = GroupedExpression<T, V>;
  method add (line 587) | fn add(self, rhs: Self) -> Self::Output {
  function add_assign (line 595) | fn add_assign(&mut self, rhs: Self) {
  function combine_removing_zeros (line 610) | fn combine_removing_zeros<E: PartialEq>(first: Vec<(E, E)>, mut second: ...
  function remove_quadratic_terms_adding_to_zero (line 640) | fn remove_quadratic_terms_adding_to_zero<E: PartialEq>(terms: &mut Vec<(...
  function quadratic_terms_add_to_zero (line 673) | fn quadratic_terms_add_to_zero<E: PartialEq>(first: &(E, E), second: &(E...
  type Output (line 686) | type Output = GroupedExpression<T, V>;
  method sub (line 688) | fn sub(self, rhs: Self) -> Self::Output {
  type Output (line 694) | type Output = GroupedExpression<T, V>;
  method sub (line 696) | fn sub(self, rhs: Self) -> Self::Output {
  function negate (line 702) | fn negate(&mut self) {
  type Output (line 714) | type Output = GroupedExpression<T, V>;
  method neg (line 716) | fn neg(mut self) -> Self {
  type Output (line 723) | type Output = GroupedExpression<T, V>;
  method neg (line 725) | fn neg(self) -> Self::Output {
  type Output (line 732) | type Output = GroupedExpression<T, V>;
  function mul (line 734) | fn mul(mut self, rhs: &T) -> Self {
  type Output (line 741) | type Output = GroupedExpression<T, V>;
  function mul (line 743) | fn mul(self, rhs: T) -> Self {
  function mul_assign (line 749) | fn mul_assign(&mut self, rhs: &T) {
  method sum (line 765) | fn sum<I: Iterator<Item = Self>>(iter: I) -> Self {
  type Output (line 774) | type Output = GroupedExpression<T, V>;
  method mul (line 776) | fn mul(self, rhs: GroupedExpression<T, V>) -> Self {
  method fmt (line 792) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function to_signed_string (line 803) | fn to_signed_string(&self) -> (bool, String) {
  function symbolic_expression_to_signed_string (line 840) | fn symbolic_expression_to_signed_string(value: &T) -> (bool, String) {
  method serialize (line 857) | fn serialize<S: Serializer>(&self, serializer: S) -> Result<S::Ok, S::Er...
  type SumSerializer (line 868) | struct SumSerializer<'a, I> {
  function new (line 873) | pub fn new(items: &'a [I]) -> Self {
  method serialize (line 880) | fn serialize<S: Serializer>(&self, serializer: S) -> Result<S::Ok, S::Er...
  method serialize (line 893) | fn serialize<S: Serializer>(&self, serializer: S) -> Result<S::Ok, S::Er...
  type Qse (line 924) | type Qse = GroupedExpression<SymbolicExpression<GoldilocksField, &'stati...
  function test_mul (line 927) | fn test_mul() {
  function test_add (line 936) | fn test_add() {
  function test_mul_by_known (line 950) | fn test_mul_by_known() {
  function test_mul_by_zero (line 960) | fn test_mul_by_zero() {
  function test_apply_update (line 971) | fn test_apply_update() {
  function test_apply_update_inner_zero (line 999) | fn test_apply_update_inner_zero() {
  function substitute_known (line 1019) | fn substitute_known() {
  function test_substitute_by_unknown_basic_replacement (line 1041) | fn test_substitute_by_unknown_basic_replacement() {
  function test_substitute_by_unknown_linear_to_quadratic (line 1050) | fn test_substitute_by_unknown_linear_to_quadratic() {
  function test_substitute_by_unknown_inside_quadratic (line 1060) | fn test_substitute_by_unknown_inside_quadratic() {
  function test_substitute_by_unknown_linear (line 1070) | fn test_substitute_by_unknown_linear() {
  function test_complex_expression_multiple_substitution (line 1081) | fn test_complex_expression_multiple_substitution() {
  function test_substitute_by_unknown_coeff_distribution (line 1126) | fn test_substitute_by_unknown_coeff_distribution() {
  function combine_removing_zeros (line 1148) | fn combine_removing_zeros() {
  function remove_quadratic_zeros_after_substitution (line 1159) | fn remove_quadratic_zeros_after_substitution() {
  function to_factors (line 1174) | fn to_factors() {
  function rc_of_square (line 1190) | fn rc_of_square() {
  function serialize_sum (line 1207) | fn serialize_sum() {
  function serialize_grouped_expression (line 1218) | fn serialize_grouped_expression() {
  function serialize_zero (line 1228) | fn serialize_zero() {

FILE: constraint-solver/src/indexed_constraint_system.rs
  function apply_substitutions (line 21) | pub fn apply_substitutions<T: RuntimeConstant + Substitutable<V>, V: Has...
  function apply_substitutions_to_expressions (line 31) | pub fn apply_substitutions_to_expressions<
  type IndexedConstraintSystem (line 59) | pub struct IndexedConstraintSystem<T, V> {
  type IndexedConstraintSystemWithQueue (line 76) | pub struct IndexedConstraintSystemWithQueue<T, V> {
  type ConstraintSystemItem (line 83) | enum ConstraintSystemItem {
    method flat_constraint_id (line 96) | fn flat_constraint_id(&self) -> usize {
    method index (line 106) | fn index(&self) -> usize {
    method is_derived_variable (line 115) | fn is_derived_variable(&self) -> bool {
    method try_to_constraint_ref (line 121) | fn try_to_constraint_ref<'a, T, V>(
  function from (line 142) | fn from(constraint_system: ConstraintSystem<T, V>) -> Self {
  function from (line 154) | fn from(indexed_constraint_system: IndexedConstraintSystem<T, V>) -> Self {
  function system (line 160) | pub fn system(&self) -> &ConstraintSystem<T, V> {
  function algebraic_constraints (line 164) | pub fn algebraic_constraints(&self) -> &[AlgebraicConstraint<GroupedExpr...
  function bus_interactions (line 168) | pub fn bus_interactions(&self) -> &[BusInteraction<GroupedExpression<T, ...
  function variables (line 176) | pub fn variables(&self) -> impl Iterator<Item = &V> {
  function referenced_unknown_variables (line 182) | pub fn referenced_unknown_variables(&self) -> impl Iterator<Item = &V> {
  function retain_algebraic_constraints (line 187) | pub fn retain_algebraic_constraints(
  function retain_bus_interactions (line 200) | pub fn retain_bus_interactions(
  function retain_derived_variables (line 213) | pub fn retain_derived_variables(
  function retain (line 230) | fn retain<V, Item>(
  function add_algebraic_constraints (line 273) | pub fn add_algebraic_constraints(
  function add_bus_interactions (line 285) | pub fn add_bus_interactions(
  function extend (line 297) | pub fn extend(&mut self, system: ConstraintSystem<T, V>) {
  function constraints_referencing_variables (line 328) | pub fn constraints_referencing_variables<'a>(
  function substitute_by_known (line 345) | pub fn substitute_by_known(&mut self, variable: &V, substitution: &T) {
  function substitute_by_unknown (line 363) | pub fn substitute_by_unknown(&mut self, variable: &V, substitution: &Gro...
  function apply_substitutions (line 389) | pub fn apply_substitutions(
  function variable_occurrences (line 402) | fn variable_occurrences<T: RuntimeConstant, V: Hash + Eq + Clone>(
  function substitute_by_known_in_item (line 453) | fn substitute_by_known_in_item<T: RuntimeConstant + Substitutable<V>, V:...
  function substitute_by_unknown_in_item (line 476) | fn substitute_by_unknown_in_item<T: RuntimeConstant + Substitutable<V>, ...
  method fmt (line 502) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function from (line 510) | fn from(constraint_system: C) -> Self {
  function system (line 526) | pub fn system(&self) -> &IndexedConstraintSystem<T, V> {
  function pop_front (line 531) | pub fn pop_front<'a>(&'a mut self) -> Option<ConstraintRef<'a, T, V>> {
  function variable_updated (line 543) | pub fn variable_updated(&mut self, variable: &V) {
  function substitute_by_unknown (line 558) | pub fn substitute_by_unknown(&mut self, variable: &V, substitution: &Gro...
  function add_algebraic_constraints (line 564) | pub fn add_algebraic_constraints(
  function add_bus_interactions (line 581) | pub fn add_bus_interactions(
  function retain_algebraic_constraints (line 598) | pub fn retain_algebraic_constraints(
  function retain_bus_interactions (line 610) | pub fn retain_bus_interactions(
  method fmt (line 626) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type ConstraintSystemQueue (line 636) | struct ConstraintSystemQueue {
    method new (line 642) | fn new<T, V>(constraint_system: &ConstraintSystem<T, V>) -> Self {
    method push (line 659) | fn push(&mut self, item: ConstraintSystemItem) {
    method pop_front (line 670) | fn pop_front(&mut self) -> Option<ConstraintSystemItem> {
  function format_system (line 687) | fn format_system(s: &IndexedConstraintSystem<GoldilocksField, &'static s...
  function substitute_by_unknown (line 708) | fn substitute_by_unknown() {
  function retain_update_index (line 745) | fn retain_update_index() {
  function substitute_in_derived_columns (line 813) | fn substitute_in_derived_columns() {

FILE: constraint-solver/src/inliner.rs
  type DegreeBound (line 14) | pub struct DegreeBound {
  function replace_constrained_witness_columns (line 22) | pub fn replace_constrained_witness_columns<
  function inline_everything_below_degree_bound (line 77) | pub fn inline_everything_below_degree_bound<T: FieldElement, V: Ord + Cl...
  function substitution_would_not_violate_degree_bound (line 87) | pub fn substitution_would_not_violate_degree_bound<T: FieldElement, V: O...
  function find_inlinable_variables (line 115) | fn find_inlinable_variables<T: FieldElement, V: Ord + Clone + Hash + Eq ...
  function expression_degree_with_virtual_substitution (line 132) | fn expression_degree_with_virtual_substitution<T: FieldElement, V: Ord +...
  function var (line 159) | pub fn var(name: &'static str) -> GroupedExpression<GoldilocksField, &'s...
  function constant (line 163) | pub fn constant(value: u64) -> GroupedExpression<GoldilocksField, &'stat...
  function bounds (line 167) | fn bounds<T: FieldElement, V: Ord + Clone + Hash + Eq>(
  function test_no_substitution (line 178) | fn test_no_substitution() {
  function test_replace_witness_columns (line 192) | fn test_replace_witness_columns() {
  function test_replace_witness_columns_with_multiplication (line 233) | fn test_replace_witness_columns_with_multiplication() {
  function test_replace_witness_columns_no_keep (line 269) | fn test_replace_witness_columns_no_keep() {
  function test_replace_constrained_witness_suboptimal (line 302) | fn test_replace_constrained_witness_suboptimal() {
  function test_replace_constrained_witness_columns_max_degree_limit (line 336) | fn test_replace_constrained_witness_columns_max_degree_limit() {
  function test_inline_max_degree_suboptimal_greedy (line 396) | fn test_inline_max_degree_suboptimal_greedy() {

FILE: constraint-solver/src/range_constraint.rs
  type RangeConstraint (line 39) | pub struct RangeConstraint<T: FieldElement> {
  function from_max_bit (line 52) | pub fn from_max_bit(max_bit: usize) -> Self {
  function from_mask (line 58) | pub fn from_mask<M: Into<T::Integer>>(mask: M) -> Self {
  function from_value (line 69) | pub fn from_value(value: T) -> Self {
  function from_range (line 83) | pub fn from_range(min: T, max: T) -> Self {
  function unconstrained (line 93) | pub fn unconstrained() -> Self {
  function is_unconstrained (line 99) | pub fn is_unconstrained(&self) -> bool {
  function mask (line 107) | pub fn mask(&self) -> &T::Integer {
  function range (line 116) | pub fn range(&self) -> (T, T) {
  function range_width (line 122) | pub fn range_width(&self) -> T::Integer {
  function size_estimate (line 127) | pub fn size_estimate(&self) -> T::Integer {
  function allows_value (line 131) | pub fn allows_value(&self, v: T) -> bool {
  function combine_sum (line 144) | pub fn combine_sum(&self, other: &Self) -> Self {
  function combine_product (line 174) | pub fn combine_product(&self, other: &Self) -> Self {
  function square (line 192) | pub fn square(&self) -> Self {
  function conjunction (line 213) | pub fn conjunction(&self, other: &Self) -> Self {
  function disjunction (line 252) | pub fn disjunction(&self, other: &Self) -> Self {
  function multiple (line 280) | pub fn multiple(&self, factor: T) -> Self {
  function try_to_single_value (line 298) | pub fn try_to_single_value(&self) -> Option<T> {
  function is_disjoint (line 308) | pub fn is_disjoint(&self, other: &RangeConstraint<T>) -> bool {
  function allowed_values (line 322) | pub fn allowed_values(&self) -> impl Iterator<Item = T> + '_ {
  method default (line 330) | fn default() -> Self {
  function range_width (line 337) | fn range_width<T: FieldElement>(min: T, max: T) -> T::Integer {
  function mask_from_bits (line 346) | fn mask_from_bits<T: FieldElement>(bits: usize) -> T::Integer {
  function range_multiple (line 361) | fn range_multiple<T: FieldElement>(min: T, max: T, factor: T) -> (T, T) {
  function interval_intersection (line 379) | fn interval_intersection<T: FieldElement>(a: (T, T), b: (T, T)) -> Optio...
  function shifted_interval (line 410) | fn shifted_interval<T: FieldElement>((min, max): (T, T), shift: T) -> (T...
  type Output (line 415) | type Output = Self;
  function neg (line 417) | fn neg(self) -> Self::Output {
  method fmt (line 424) | fn fmt(&self, f: &mut Formatter<'_>) -> std::fmt::Result {
  function format_negated (line 435) | fn format_negated<T: FieldElement>(value: T) -> String {
  type RCg (line 451) | type RCg = RangeConstraint<GoldilocksField>;
  function from_max_bit (line 454) | fn from_max_bit() {
  function from_value (line 461) | fn from_value() {
  function from_range (line 473) | fn from_range() {
  function range_width (line 493) | fn range_width() {
  function combine_sum (line 512) | fn combine_sum() {
  function combine_sum_around_modulus (line 546) | fn combine_sum_around_modulus() {
  function mul_add (line 590) | fn mul_add() {
  function multiple_negative (line 603) | fn multiple_negative() {
  function multiple_overflow (line 612) | fn multiple_overflow() {
  function combinations (line 646) | fn combinations() {
  function weird_combinations (line 655) | fn weird_combinations() {
  function interval_intersections (line 663) | fn interval_intersections() {
  function allows_value (line 752) | fn allows_value() {
  function conjunction (line 769) | fn conjunction() {
  function disjunction (line 797) | fn disjunction() {
  function disjunction_combinations (line 811) | fn disjunction_combinations() {
  function is_disjoint (line 837) | fn is_disjoint() {
  function is_unconstrained (line 861) | fn is_unconstrained() {

FILE: constraint-solver/src/reachability.rs
  function reachable_variables (line 13) | pub fn reachable_variables<T, V>(
  function reachable_variables_except_blocked (line 30) | pub fn reachable_variables_except_blocked<T, V>(

FILE: constraint-solver/src/rule_based_optimizer/driver.rs
  type VariableAssignment (line 28) | pub type VariableAssignment<T, V> = (V, GroupedExpression<T, V>);
  function rule_based_optimization (line 40) | pub fn rule_based_optimization<T: FieldElement, V: Hash + Eq + Ord + Clo...
  function undo_variable_transform_and_recreate_new_variables (line 255) | fn undo_variable_transform_and_recreate_new_variables<
  type ReplacementAction (line 294) | pub(crate) struct ReplacementAction<T, V> {
  function new (line 303) | fn new(
  function is_replacement_within_degree_bound (line 322) | fn is_replacement_within_degree_bound<T: FieldElement, V: Hash + Eq + Or...
  function batch_replace_algebraic_constraints (line 355) | pub(crate) fn batch_replace_algebraic_constraints<
  function transform_constraint_system (line 454) | fn transform_constraint_system<T: FieldElement, V: Hash + Eq + Ord + Clo...
  function transform_variables (line 482) | fn transform_variables<T: FieldElement, V: Hash + Eq + Ord + Clone + Dis...
  function undo_variable_transform (line 490) | fn undo_variable_transform<T: FieldElement, V: Hash + Eq + Ord + Clone +...
  function undo_variable_transform_in_computation_method (line 498) | fn undo_variable_transform_in_computation_method<

FILE: constraint-solver/src/rule_based_optimizer/environment.rs
  type Environment (line 26) | pub struct Environment<T: FieldElement> {
  method eq (line 37) | fn eq(&self, _other: &Self) -> bool {
  method partial_cmp (line 46) | fn partial_cmp(&self, other: &Self) -> Option<std::cmp::Ordering> {
  method cmp (line 53) | fn cmp(&self, _other: &Self) -> std::cmp::Ordering {
  method hash (line 60) | fn hash<H: std::hash::Hasher>(&self, state: &mut H) {
  function new (line 67) | pub fn new(
  function terminate (line 82) | pub fn terminate(self) -> (ItemDB<GroupedExpression<T, Var>, Expr>, NewV...
  function insert (line 92) | pub fn insert(&self, expr: &GroupedExpression<T, Var>) -> Expr {
  function insert_owned (line 100) | pub fn insert_owned(&self, expr: GroupedExpression<T, Var>) -> Expr {
  function extract (line 106) | pub fn extract(&self, expr: Expr) -> GroupedExpression<T, Var> {
  function new_var (line 110) | pub fn new_var(
  function single_occurrence_variables (line 118) | pub fn single_occurrence_variables(&self) -> impl Iterator<Item = &Var> {
  function try_split_into_head_tail (line 123) | pub fn try_split_into_head_tail(&self, expr: Expr) -> Option<(Expr, Expr...
  function affine_var_count (line 134) | pub fn affine_var_count(&self, expr: Expr) -> Option<usize> {
  function try_to_affine (line 142) | pub fn try_to_affine(&self, expr: Expr) -> Option<(T, Var, T)> {
  function try_to_number (line 152) | pub fn try_to_number(&self, expr: Expr) -> Option<T> {
  function on_expr (line 162) | pub fn on_expr<Args, Ret>(
  function try_as_single_product (line 174) | pub fn try_as_single_product(&self, expr: Expr) -> Option<(Expr, Expr)> {
  function differ_in_exactly_one_variable (line 188) | pub fn differ_in_exactly_one_variable(&self, a_id: Expr, b_id: Expr) -> ...
  function substitute_by_known (line 234) | pub fn substitute_by_known(&self, e: Expr, var: Var, value: T) -> Expr {
  function substitute_by_var (line 248) | pub fn substitute_by_var(&self, e: Expr, var: Var, replacement: Var) -> ...
  function format_expr (line 262) | pub fn format_expr(&self, expr: Expr) -> String {
  function format_var (line 270) | pub fn format_var(&self, var: Var) -> String {

FILE: constraint-solver/src/rule_based_optimizer/item_db.rs
  type ItemDB (line 13) | pub struct ItemDB<Item, Ident> {
  function from_iter (line 23) | fn from_iter<T: IntoIterator<Item = Item>>(iter: T) -> Self {
  type Output (line 42) | type Output = Item;
  function index (line 43) | fn index(&self, index: Ident) -> &Self::Output {
  function insert_owned_new (line 53) | fn insert_owned_new(&mut self, item: Item) -> Ident {
  function insert (line 63) | pub fn insert(&mut self, item: &Item) -> Ident {
  function insert_owned (line 73) | pub fn insert_owned(&mut self, item: Item) -> Ident {
  function id (line 81) | pub fn id(&self, item: &Item) -> Ident {
  function iter (line 85) | pub fn iter(&self) -> impl Iterator<Item = (Ident, &Item)> {
  function next_free_id (line 93) | pub fn next_free_id(&self) -> usize {

FILE: constraint-solver/src/rule_based_optimizer/new_var_generator.rs
  type NewVarRequest (line 10) | pub struct NewVarRequest<T> {
  type NewVarGenerator (line 19) | pub struct NewVarGenerator<T> {
  function new (line 25) | pub fn new(initial_counter: usize) -> Self {
  function generate (line 32) | pub fn generate(
  function requests (line 50) | pub fn requests(self) -> HashMap<Var, NewVarRequest<T>> {

FILE: constraint-solver/src/rule_based_optimizer/rules.rs
  function extend_by_none (line 710) | fn extend_by_none<const N1: usize, const N2: usize>(items: [Expr; N1]) -...

FILE: constraint-solver/src/rule_based_optimizer/tests.rs
  function assert_zero (line 21) | fn assert_zero<T: FieldElement, V: Hash + Eq + Ord + Clone + Display>(
  function v (line 27) | fn v(name: &str) -> GroupedExpression<BabyBearField, String> {
  function c (line 31) | fn c(value: i64) -> GroupedExpression<BabyBearField, String> {
  function new_var (line 35) | fn new_var() -> impl FnMut(&str) -> String {
  function handle_variable_range_checker (line 44) | fn handle_variable_range_checker<T: FieldElement>(
  function try_handle_bus_interaction (line 68) | fn try_handle_bus_interaction<T: FieldElement>(
  type TestBusInteractionHandler (line 92) | struct TestBusInteractionHandler;
    method handle_bus_interaction (line 95) | fn handle_bus_interaction(
  function bit_constraint (line 104) | fn bit_constraint(
  function test_rule_based_optimization_empty (line 116) | fn test_rule_based_optimization_empty() {
  function test_rule_based_optimization_simple_assignment (line 129) | fn test_rule_based_optimization_simple_assignment() {
  function add_with_carry (line 147) | fn add_with_carry() {
  function test_rule_based_optimization_quadratic_equality (line 179) | fn test_rule_based_optimization_quadratic_equality() {
  function test_batch_replace_with_duplicate_constraints (line 231) | fn test_batch_replace_with_duplicate_constraints() {
  function test_batch_replace_with_duplicate_constraints2 (line 269) | fn test_batch_replace_with_duplicate_constraints2() {
  function test_batch_replace_with_duplicate_constraints3 (line 298) | fn test_batch_replace_with_duplicate_constraints3() {
  function test_batch_replace_with_conflict (line 331) | fn test_batch_replace_with_conflict() {
  function test_rule_split_constraints_based_on_minimal_range (line 394) | fn test_rule_split_constraints_based_on_minimal_range() {
  function one_hot_flags (line 431) | fn one_hot_flags() {

FILE: constraint-solver/src/rule_based_optimizer/types.rs
  type Var (line 9) | pub struct Var(usize);
  method fmt (line 12) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type Expr (line 18) | pub struct Expr(usize);
  type Action (line 21) | pub enum Action<T: FieldElement> {
  type ReplaceConstraintsAction (line 35) | pub struct ReplaceConstraintsAction {

FILE: constraint-solver/src/runtime_constant.rs
  type RuntimeConstant (line 13) | pub trait RuntimeConstant:
    method try_to_number (line 31) | fn try_to_number(&self) -> Option<Self::FieldType>;
    method range_constraint (line 35) | fn range_constraint(&self) -> RangeConstraint<Self::FieldType>;
    method field_div (line 38) | fn field_div(&self, other: &Self) -> Self {
    method field_inverse (line 43) | fn field_inverse(&self) -> Self;
    method from_u64 (line 46) | fn from_u64(k: u64) -> Self {
    method is_known_zero (line 51) | fn is_known_zero(&self) -> bool {
    method is_known_one (line 56) | fn is_known_one(&self) -> bool {
    method is_known_minus_one (line 61) | fn is_known_minus_one(&self) -> bool {
    method is_known_nonzero (line 69) | fn is_known_nonzero(&self) -> bool {
    type FieldType (line 100) | type FieldType = T;
    method try_to_number (line 102) | fn try_to_number(&self) -> Option<Self> {
    method range_constraint (line 106) | fn range_constraint(&self) -> RangeConstraint<Self::FieldType> {
    method field_div (line 110) | fn field_div(&self, other: &Self) -> Self {
    method field_inverse (line 114) | fn field_inverse(&self) -> Self {
  type Substitutable (line 76) | pub trait Substitutable<V> {
    method substitute (line 78) | fn substitute(&mut self, variable: &V, substitution: &Self);
  type VarTransformable (line 84) | pub trait VarTransformable<V1, V2> {
    method transform_var_type (line 88) | fn transform_var_type(&self, var_transform: &mut impl FnMut(&V1) -> V2...
    method try_transform_var_type (line 93) | fn try_transform_var_type(
  method substitute (line 120) | fn substitute(&mut self, _variable: &V, _substitution: &Self) {
  type Transformed (line 126) | type Transformed = T;
  method transform_var_type (line 128) | fn transform_var_type(&self, _var_transform: &mut impl FnMut(&V1) -> V2)...
  method try_transform_var_type (line 133) | fn try_transform_var_type(

FILE: constraint-solver/src/solver.rs
  function solve_system (line 26) | pub fn solve_system<T, V>(
  function new_solver (line 38) | pub fn new_solver<T, V>(
  type Solver (line 54) | pub trait Solver<T: FieldElement, V>: RangeConstraintProvider<T, V> + Si...
    method solve (line 57) | fn solve(&mut self) -> Result<Vec<VariableAssignment<T, V>>, Error>;
    method add_algebraic_constraints (line 60) | fn add_algebraic_constraints(
    method add_bus_interactions (line 66) | fn add_bus_interactions(
    method add_range_constraint (line 72) | fn add_range_constraint(&mut self, var: &V, constraint: RangeConstrain...
    method retain_variables (line 76) | fn retain_variables(&mut self, variables_to_keep: &HashSet<V>);
    method range_constraint_for_expression (line 79) | fn range_constraint_for_expression(&self, expr: &GroupedExpression<T, V>)
    method try_to_equivalent_constant (line 88) | fn try_to_equivalent_constant(&self, expr: &GroupedExpression<T, V>) -...
    method are_expressions_known_to_be_different (line 94) | fn are_expressions_known_to_be_different(
  type Error (line 104) | pub enum Error {
  type VariableAssignment (line 115) | pub type VariableAssignment<T, V> = (V, GroupedExpression<T, V>);

FILE: constraint-solver/src/solver/base.rs
  type BaseSolver (line 35) | pub struct BaseSolver<T: FieldElement, V, BusInterHandler, VarDisp> {
  type VarDispenser (line 57) | pub trait VarDispenser<V> {
    method next_boolean (line 59) | fn next_boolean(&mut self) -> V;
    method next_linear (line 62) | fn next_linear(&mut self) -> V;
    method all_linearized_vars (line 65) | fn all_linearized_vars(&self) -> impl Iterator<Item = V>;
  type VarDispenserImpl (line 69) | pub struct VarDispenserImpl {
    method next_boolean (line 75) | fn next_boolean(&mut self) -> Variable<V> {
    method next_linear (line 81) | fn next_linear(&mut self) -> Variable<V> {
    method all_linearized_vars (line 88) | fn all_linearized_vars(&self) -> impl Iterator<Item = Variable<V>> {
  function new (line 94) | pub fn new(bus_interaction_handler: B) -> Self {
  function get (line 113) | fn get(&self, var: &V) -> RangeConstraint<T> {
  method fmt (line 121) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function solve (line 132) | fn solve(&mut self) -> Result<Vec<VariableAssignment<T, V>>, Error> {
  function add_algebraic_constraints (line 147) | fn add_algebraic_constraints(
  function add_bus_interactions (line 171) | fn add_bus_interactions(
  function add_range_constraint (line 189) | fn add_range_constraint(&mut self, variable: &V, constraint: RangeConstr...
  function retain_variables (line 194) | fn retain_variables(&mut self, variables_to_keep: &HashSet<V>) {
  function range_constraint_for_expression (line 224) | fn range_constraint_for_expression(
  function try_to_equivalent_constant (line 235) | fn try_to_equivalent_constant(&self, expr: &GroupedExpression<T, V>) -> ...
  function are_expressions_known_to_be_different (line 242) | fn are_expressions_known_to_be_different(
  function try_extract_boolean (line 269) | fn try_extract_boolean(
  function linearize_constraint (line 287) | fn linearize_constraint(
  function linearize_bus_interaction (line 308) | fn linearize_bus_interaction(
  function loop_until_no_progress (line 332) | fn loop_until_no_progress(&mut self) -> Result<(), Error> {
  function solve_in_isolation (line 352) | fn solve_in_isolation(&mut self) -> Result<bool, Error> {
  function exhaustive_search (line 385) | fn exhaustive_search(&mut self) -> Result<bool, Error> {
  function equivalent_expressions (line 442) | fn equivalent_expressions(
  function apply_effect (line 475) | fn apply_effect(&mut self, effect: Effect<T, V>) -> bool {
  function apply_range_constraint_update (line 490) | fn apply_range_constraint_update(
  function apply_assignment (line 510) | fn apply_assignment(&mut self, variable: &V, expr: &GroupedExpression<T,...
  function add_algebraic_constraints_if_new (line 544) | fn add_algebraic_constraints_if_new(
  function contains_algebraic_constraint (line 561) | fn contains_algebraic_constraint(
  function try_to_simple_equivalence (line 579) | fn try_to_simple_equivalence<T: FieldElement, V: Clone + Ord + Eq>(
  type RangeConstraints (line 605) | pub struct RangeConstraints<T: FieldElement, V> {
  function get (line 612) | fn get(&self, var: &V) -> RangeConstraint<T> {
  function update (line 620) | fn update(&mut self, variable: &V, range_constraint: &RangeConstraint<T>...
  type VarName (line 641) | type VarName = &'static str;
  type Var (line 642) | type Var = Variable<VarName>;
  type Qse (line 643) | type Qse = GroupedExpression<GoldilocksField, Var>;
  function var (line 645) | fn var(name: VarName) -> Qse {
  function constant (line 649) | fn constant(value: u64) -> Qse {
  function expression_simplification (line 654) | fn expression_simplification() {
  function is_known_to_by_nonzero (line 695) | fn is_known_to_by_nonzero() {

FILE: constraint-solver/src/solver/boolean_extractor.rs
  type BooleanExtractor (line 14) | pub struct BooleanExtractor<T, V> {
  type BooleanExtractionValue (line 27) | pub struct BooleanExtractionValue<T, V> {
  function try_extract_boolean (line 48) | pub fn try_extract_boolean(
  function try_to_abs_u64 (line 151) | fn try_to_abs_u64<T: FieldElement>(x: T) -> Option<u64> {
  function apply_assignments (line 159) | pub fn apply_assignments(&mut self, assignments: &[VariableAssignment<T,...
  type Var (line 175) | type Var = &'static str;
  type Qse (line 176) | type Qse = GroupedExpression<GoldilocksField, Var>;
  function var (line 178) | fn var(name: Var) -> Qse {
  function constant (line 182) | fn constant(value: u64) -> Qse {
  function test_extract_boolean (line 187) | fn test_extract_boolean() {
  function test_extract_boolean_square (line 199) | fn test_extract_boolean_square() {
  function test_extract_boolean_useless (line 211) | fn test_extract_boolean_useless() {
  function do_not_extract_twice (line 226) | fn do_not_extract_twice() {
  function do_not_extract_squares_twice (line 273) | fn do_not_extract_squares_twice() {
  function apply_assignments (line 290) | fn apply_assignments() {

FILE: constraint-solver/src/solver/constraint_splitter.rs
  function try_split_constraint (line 33) | pub fn try_split_constraint<T: FieldElement, V: Clone + Ord + Display>(
  function group_components_by_coefficients (line 139) | fn group_components_by_coefficients<T: FieldElement, V: Clone + Ord + Di...
  function find_solution (line 158) | fn find_solution<T: FieldElement, V: Clone + Ord + Display>(
  function recombine_components (line 248) | fn recombine_components<T: FieldElement, V: Clone + Ord + Display>(
  type Component (line 273) | struct Component<T, V> {
  method fmt (line 279) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type Error (line 285) | type Error = ();
  function try_from (line 286) | fn try_from((var, coeff): (&'a V, &'a T)) -> Result<Self, ()> {
  function normalize (line 295) | fn normalize(self) -> Self {
  type Output (line 308) | type Output = Self;
  method add (line 310) | fn add(self, other: Self) -> Self {
  type Output (line 320) | type Output = Self;
  function div (line 322) | fn div(self, rhs: T) -> Self {
  function from (line 332) | fn from(comp: Component<T, V>) -> Self {
  method zero (line 338) | fn zero() -> Self {
  method is_zero (line 345) | fn is_zero(&self) -> bool {
  type Var (line 361) | type Var = &'static str;
  type Qse (line 362) | type Qse = GroupedExpression<GoldilocksField, Var>;
  function var (line 364) | fn var(name: Var) -> Qse {
  function constant (line 368) | fn constant(value: u64) -> Qse {
  function try_split (line 372) | fn try_split<T: FieldElement, V: Clone + Ord + Display>(
  function split_simple (line 380) | fn split_simple() {
  function split_multiple (line 397) | fn split_multiple() {
  function split_seqz (line 425) | fn split_seqz() {
  function split_multiple_with_const (line 455) | fn split_multiple_with_const() {
  function split_limb_decomposition (line 487) | fn split_limb_decomposition() {
  function negated_and_unnegated (line 514) | fn negated_and_unnegated() {
  function wrapping_1 (line 540) | fn wrapping_1() {
  function wrapping_2 (line 568) | fn wrapping_2() {
  function split_at_boundary (line 584) | fn split_at_boundary() {
  function bit_decomposition_bug (line 609) | fn bit_decomposition_bug() {
  function split_fail_overlapping (line 626) | fn split_fail_overlapping() {
  function split_fail_not_unique (line 637) | fn split_fail_not_unique() {

FILE: constraint-solver/src/solver/exhaustive_search.rs
  constant MAX_SEARCH_WIDTH (line 21) | const MAX_SEARCH_WIDTH: u64 = 1 << 10;
  constant MAX_VAR_RANGE_WIDTH (line 23) | const MAX_VAR_RANGE_WIDTH: u64 = 5;
  function exhaustive_search_on_variable_set (line 31) | pub fn exhaustive_search_on_variable_set<T: FieldElement, V: Clone + Has...
  function get_brute_force_candidates (line 77) | pub fn get_brute_force_candidates<'a, T: FieldElement, V: Clone + Hash +...
  function is_candidate_for_exhaustive_search (line 120) | fn is_candidate_for_exhaustive_search<T: FieldElement, V: Clone + Ord>(
  function has_small_max_range_constraint_size (line 128) | fn has_small_max_range_constraint_size<T: FieldElement, V: Clone + Ord>(
  type ContradictingConstraintError (line 143) | struct ContradictingConstraintError;
  function derive_new_range_constraints (line 151) | fn derive_new_range_constraints<T: FieldElement, V: Clone + Hash + Ord +...

FILE: constraint-solver/src/solver/linearizer.rs
  type Linearizer (line 19) | pub struct Linearizer<T, V> {
  function linearize_expression (line 28) | pub fn linearize_expression(
  function try_linearize_existing (line 63) | pub fn try_linearize_existing(
  function linearize_and_substitute_by_var (line 96) | fn linearize_and_substitute_by_var(
  function substitute_by_var (line 111) | pub fn substitute_by_var(
  function try_substitute_by_existing_var (line 132) | pub fn try_substitute_by_existing_var(
  function internalized_versions_of_expression (line 147) | pub fn internalized_versions_of_expression(
  function apply_assignments (line 164) | pub fn apply_assignments(&mut self, assignments: &[VariableAssignment<T,...
  type Qse (line 191) | type Qse = GroupedExpression<GoldilocksField, Variable<&'static str>>;
  function var (line 193) | fn var(name: &'static str) -> Qse {
  function constant (line 197) | fn constant(value: u64) -> Qse {
  function linearization (line 202) | fn linearization() {
  function solver_transforms (line 224) | fn solver_transforms() {

FILE: constraint-solver/src/solver/var_transformation.rs
  type Variable (line 16) | pub enum Variable<V> {
  function from (line 27) | fn from(v: V) -> Self {
  function from (line 34) | fn from(v: &V) -> Self {
  function try_to_original (line 40) | pub fn try_to_original(&self) -> Option<V> {
  method fmt (line 49) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type VarTransformation (line 59) | pub struct VarTransformation<T, V, S> {
  function new (line 70) | pub fn new(solver: S) -> Self {
  function get (line 84) | fn get(&self, var: &V) -> RangeConstraint<T> {
  method fmt (line 90) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function solve (line 103) | fn solve(&mut self) -> Result<Vec<VariableAssignment<T, V>>, Error> {
  function add_algebraic_constraints (line 116) | fn add_algebraic_constraints(
  function add_bus_interactions (line 124) | fn add_bus_interactions(
  function add_range_constraint (line 135) | fn add_range_constraint(&mut self, variable: &V, constraint: RangeConstr...
  function retain_variables (line 140) | fn retain_variables(&mut self, variables_to_keep: &HashSet<V>) {
  function range_constraint_for_expression (line 150) | fn range_constraint_for_expression(
  function try_to_equivalent_constant (line 158) | fn try_to_equivalent_constant(&self, expr: &GroupedExpression<T, V>) -> ...
  function are_expressions_known_to_be_different (line 163) | fn are_expressions_known_to_be_different(
  function transform_expr (line 174) | fn transform_expr<T: FieldElement, V: Ord + Clone>(
  function transform_constraint (line 180) | fn transform_constraint<T: FieldElement, V: Ord + Clone>(

FILE: constraint-solver/src/symbolic_expression.rs
  type SymbolicExpression (line 23) | pub enum SymbolicExpression<T: FieldElement, S> {
  type BinaryOperator (line 34) | pub enum BinaryOperator {
  type UnaryOperator (line 43) | pub enum UnaryOperator {
  function children (line 52) | fn children(&self) -> impl Iterator<Item = &SymbolicExpression<T, S>> {
  function all_children (line 64) | pub fn all_children(&self) -> Box<dyn Iterator<Item = &SymbolicExpressio...
  function from_symbol (line 70) | pub fn from_symbol(symbol: S, rc: RangeConstraint<T>) -> Self {
  function compute_substitution (line 81) | pub fn compute_substitution(&self, variable: &S, substitution: &Self) ->...
  function substitute (line 112) | pub fn substitute(&mut self, variable: &S, substitution: &Self) {
  function try_to_expression (line 124) | fn try_to_expression<
  type Transformed (line 167) | type Transformed = SymbolicExpression<T, S2>;
  function try_transform_var_type (line 169) | fn try_transform_var_type(
  method fmt (line 199) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  method fmt (line 218) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  method fmt (line 229) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  function from (line 237) | fn from(n: T) -> Self {
  type Output (line 243) | type Output = SymbolicExpression<T, V>;
  method add (line 245) | fn add(self, rhs: Self) -> Self::Output {
  type Output (line 273) | type Output = SymbolicExpression<T, V>;
  method add (line 274) | fn add(self, rhs: Self) -> Self::Output {
  method add_assign (line 280) | fn add_assign(&mut self, rhs: Self) {
  type Output (line 286) | type Output = SymbolicExpression<T, V>;
  method sub (line 288) | fn sub(self, rhs: Self) -> Self::Output {
  type Output (line 312) | type Output = SymbolicExpression<T, V>;
  method sub (line 313) | fn sub(self, rhs: Self) -> Self::Output {
  type Output (line 319) | type Output = SymbolicExpression<T, V>;
  method neg (line 321) | fn neg(self) -> Self::Output {
  type Output (line 368) | type Output = SymbolicExpression<T, V>;
  method neg (line 369) | fn neg(self) -> Self::Output {
  type Output (line 375) | type Output = SymbolicExpression<T, V>;
  method mul (line 377) | fn mul(self, rhs: Self) -> Self::Output {
  type Output (line 403) | type Output = SymbolicExpression<T, V>;
  method mul (line 404) | fn mul(self, rhs: Self) -> Self {
  method mul_assign (line 410) | fn mul_assign(&mut self, rhs: Self) {
  method zero (line 416) | fn zero() -> Self {
  method is_zero (line 420) | fn is_zero(&self) -> bool {
  method one (line 426) | fn one() -> Self {
  method is_one (line 430) | fn is_one(&self) -> bool {
  type FieldType (line 436) | type FieldType = T;
  method try_to_number (line 438) | fn try_to_number(&self) -> Option<Self::FieldType> {
  method range_constraint (line 447) | fn range_constraint(&self) -> RangeConstraint<Self::FieldType> {
  method field_div (line 458) | fn field_div(&self, rhs: &Self) -> Self {
  method field_inverse (line 480) | fn field_inverse(&self) -> Self {
  method from_u64 (line 501) | fn from_u64(k: u64) -> Self {
  function substitute (line 507) | fn substitute(&mut self, variable: &V, substitution: &Self) {

FILE: constraint-solver/src/system_splitter.rs
  function split_system (line 16) | pub fn split_system<T: RuntimeConstant, V: Clone + Ord + Hash + Display>(

FILE: constraint-solver/src/test_utils.rs
  type Var (line 10) | pub type Var = &'static str;
  type Qse (line 11) | pub type Qse = GroupedExpression<SymbolicExpression<GoldilocksField, Var...
  function var (line 13) | pub fn var(name: Var) -> Qse {
  function constant (line 17) | pub fn constant(value: u64) -> Qse {
  function with_constraints (line 22) | pub fn with_constraints(
  function with_bus_interactions (line 31) | pub fn with_bus_interactions(

FILE: constraint-solver/src/utils.rs
  function has_few_possible_assignments (line 12) | pub fn has_few_possible_assignments<T: FieldElement, V: Clone + Ord>(
  function get_all_possible_assignments (line 30) | pub fn get_all_possible_assignments<T: FieldElement, V: Clone + Ord>(
  function possible_concrete_values (line 49) | pub fn possible_concrete_values<

FILE: constraint-solver/src/variable_update.rs
  type VariableUpdate (line 7) | pub struct VariableUpdate<T: FieldElement, V, R> {
  type UpdateKind (line 13) | pub enum UpdateKind<T: FieldElement, R> {

FILE: constraint-solver/tests/solver.rs
  type Var (line 16) | type Var = &'static str;
  function var (line 18) | fn var(name: Var) -> GroupedExpression<GoldilocksField, Var> {
  function constant (line 22) | fn constant(value: u64) -> GroupedExpression<GoldilocksField, Var> {
  function assert_solve_result (line 26) | pub fn assert_solve_result<B: BusInteractionHandler<GoldilocksField>>(
  function assert_expected_state (line 36) | fn assert_expected_state(
  function single_variable (line 61) | fn single_variable() {
  function concretely_solvable (line 70) | fn concretely_solvable() {
  function bit_decomposition (line 92) | fn bit_decomposition() {
  constant BYTE_BUS_ID (line 116) | const BYTE_BUS_ID: u64 = 42;
  constant XOR_BUS_ID (line 117) | const XOR_BUS_ID: u64 = 43;
  type TestBusInteractionHandler (line 119) | struct TestBusInteractionHandler;
    method handle_bus_interaction (line 121) | fn handle_bus_interaction(
  function send (line 174) | fn send(
  function byte_decomposition (line 186) | fn byte_decomposition() {
  function xor (line 216) | fn xor() {
  function xor_invalid (line 236) | fn xor_invalid() {
  function one_hot_flags (line 252) | fn one_hot_flags() {
  function binary_flags (line 284) | fn binary_flags() {
  function ternary_flags (line 322) | fn ternary_flags() {
  function bit_decomposition_bug (line 389) | fn bit_decomposition_bug() {

FILE: expression/src/display.rs
  type ExpressionPrecedence (line 8) | type ExpressionPrecedence = u64;
  type Precedence (line 9) | trait Precedence {
    method precedence (line 10) | fn precedence(&self) -> Option<ExpressionPrecedence>;
    method precedence (line 14) | fn precedence(&self) -> Option<ExpressionPrecedence> {
    method precedence (line 22) | fn precedence(&self) -> Option<ExpressionPrecedence> {
    method precedence (line 31) | fn precedence(&self) -> Option<ExpressionPrecedence> {
  method fmt (line 41) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  method fmt (line 69) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  method fmt (line 84) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  method fmt (line 92) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  function test_display (line 109) | fn test_display(expr: AlgebraicExpression<GoldilocksField, &str>, expect...
  function binary_op (line 114) | fn binary_op() {

FILE: expression/src/lib.rs
  type AlgebraicExpression (line 26) | pub enum AlgebraicExpression<T, R> {
  type AlgebraicBinaryOperation (line 40) | pub struct AlgebraicBinaryOperation<T, R> {
  type AlgebraicBinaryOperator (line 49) | pub enum AlgebraicBinaryOperator {
  type AlgebraicUnaryOperation (line 61) | pub struct AlgebraicUnaryOperation<T, R> {
  type AlgebraicUnaryOperator (line 69) | pub enum AlgebraicUnaryOperator {
  function children (line 79) | fn children(&self) -> Box<dyn Iterator<Item = &AlgebraicExpression<T, R>...
  function children_mut (line 96) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut AlgebraicExpr...
  function degree (line 111) | pub fn degree(&self) -> usize {
  function new_binary (line 125) | pub fn new_binary(left: Self, op: AlgebraicBinaryOperator, right: Self) ...
  function new_unary (line 133) | pub fn new_unary(op: AlgebraicUnaryOperator, expr: Self) -> Self {
  type Output (line 142) | type Output = Self;
  function add (line 144) | fn add(self, rhs: Self) -> Self::Output {
  type Output (line 150) | type Output = Self;
  function sub (line 152) | fn sub(self, rhs: Self) -> Self::Output {
  type Output (line 158) | type Output = Self;
  function neg (line 160) | fn neg(self) -> Self::Output {
  type Output (line 166) | type Output = Self;
  function mul (line 168) | fn mul(self, rhs: Self) -> Self::Output {
  function from (line 174) | fn from(value: T) -> Self {
  function to_expression (line 180) | fn to_expression<
  function serialize_unary_operation (line 209) | fn serialize_unary_operation<S, T, R>(
  function serialize_binary_operation (line 221) | fn serialize_binary_operation<S, T, R>(
  function test_serde (line 238) | fn test_serde() {

FILE: expression/src/visitors.rs
  type Children (line 11) | pub trait Children<O> {
    method children (line 13) | fn children(&self) -> Box<dyn Iterator<Item = &O> + '_>;
    method children_mut (line 15) | fn children_mut(&mut self) -> Box<dyn Iterator<Item = &mut O> + '_>;
  type AllChildren (line 18) | pub trait AllChildren<O> {
    method all_children (line 22) | fn all_children(&self) -> Box<dyn Iterator<Item = &O> + '_>;
  type VisitOrder (line 26) | pub enum VisitOrder {
  type ExpressionVisitable (line 38) | pub trait ExpressionVisitable<Expr> {
    method pre_visit_expressions_mut (line 40) | fn pre_visit_expressions_mut<F>(&mut self, f: &mut F)
    method post_visit_expressions_mut (line 54) | fn post_visit_expressions_mut<F>(&mut self, f: &mut F)
    method visit_expressions (line 67) | fn visit_expressions<F, B>(&self, f: &mut F, order: VisitOrder) -> Con...
    method visit_expressions_mut (line 71) | fn visit_expressions_mut<F, B>(&mut self, f: &mut F, order: VisitOrder...
  method visit_expressions_mut (line 77) | fn visit_expressions_mut<F, B>(&mut self, f: &mut F, o: VisitOrder) -> C...
  method visit_expressions (line 85) | fn visit_expressions<F, B>(&self, f: &mut F, o: VisitOrder) -> ControlFl...
  method all_children (line 95) | fn all_children(&self) -> Box<dyn Iterator<Item = &Expr> + '_> {
  function visit_expressions_mut (line 101) | fn visit_expressions_mut<F, B>(&mut self, f: &mut F, o: VisitOrder) -> C...
  function visit_expressions (line 116) | fn visit_expressions<F, B>(&self, f: &mut F, o: VisitOrder) -> ControlFl...
  function all_children (line 133) | fn all_children(&self) -> Box<dyn Iterator<Item = &AlgebraicExpression<T...

FILE: isa-utils/src/lib.rs
  type SingleDataValue (line 2) | pub enum SingleDataValue {
  function quote (line 13) | pub fn quote(s: &str) -> String {
  function escape_label (line 18) | pub fn escape_label(l: &str) -> String {

FILE: number/src/baby_bear.rs
  function bitwise (line 15) | fn bitwise() {
  function zero_one (line 35) | fn zero_one() {
  function lower_half (line 47) | fn lower_half() {
  function integer_div_by_zero (line 59) | fn integer_div_by_zero() {
  function div_by_zero (line 66) | fn div_by_zero() {
  function to_signed_integer (line 71) | fn to_signed_integer() {

FILE: number/src/bn254.rs
  function bitwise (line 16) | fn bitwise() {
  function minus_one (line 52) | fn minus_one() {
  function format (line 65) | fn format() {
  function integer_div_by_zero (line 77) | fn integer_div_by_zero() {
  function div_by_zero (line 84) | fn div_by_zero() {
  function to_signed_integer (line 89) | fn to_signed_integer() {

FILE: number/src/expression_convertible.rs
  type ExpressionConvertible (line 5) | pub trait ExpressionConvertible<T, V> {
    method try_to_expression (line 13) | fn try_to_expression<
    method to_expression (line 27) | fn to_expression<
  method to_expression (line 40) | fn to_expression<

FILE: number/src/goldilocks.rs
  constant EPSILON (line 22) | const EPSILON: u64 = (1 << 32) - 1;
  type GoldilocksField (line 40) | pub struct GoldilocksField(u64);
    constant ORDER (line 43) | const ORDER: u64 = 0xFFFFFFFF00000001;
    method try_inverse (line 55) | fn try_inverse(&self) -> Option<Self> {
    method square (line 96) | fn square(&self) -> Self {
    method exp_power_of_2 (line 100) | fn exp_power_of_2(&self, power_log: usize) -> Self {
    method from_canonical_u64 (line 109) | fn from_canonical_u64(n: u64) -> Self {
    method from_noncanonical_i64 (line 115) | fn from_noncanonical_i64(n: i64) -> Self {
    method to_canonical_u64 (line 127) | fn to_canonical_u64(self) -> u64 {
    method from (line 405) | fn from(b: bool) -> Self {
    method from (line 411) | fn from(n: i64) -> Self {
    method from (line 417) | fn from(n: i32) -> Self {
    method from (line 423) | fn from(n: u32) -> Self {
    method from (line 430) | fn from(n: u64) -> Self {
    method from (line 436) | fn from(n: crate::BigUint) -> Self {
    method from (line 443) | fn from(n: GLLargeInt) -> Self {
  function wrap (line 133) | fn wrap(x: u64) -> u64 {
  type Output (line 142) | type Output = Self;
  method neg (line 145) | fn neg(self) -> Self {
  type Output (line 155) | type Output = Self;
  method add (line 159) | fn add(self, rhs: Self) -> Self {
  method add_assign (line 169) | fn add_assign(&mut self, rhs: Self) {
  type Output (line 175) | type Output = Self;
  method sub (line 179) | fn sub(self, rhs: Self) -> Self {
  method sub_assign (line 189) | fn sub_assign(&mut self, rhs: Self) {
  type Output (line 195) | type Output = Self;
  method mul (line 197) | fn mul(self, rhs: Self) -> Self {
  method mul_assign (line 203) | fn mul_assign(&mut self, rhs: Self) {
  type Output (line 209) | type Output = Self;
  method div (line 212) | fn div(self, rhs: Self) -> Self::Output {
  function add_no_canonicalize_trashing_input (line 224) | unsafe fn add_no_canonicalize_trashing_input(x: u64, y: u64) -> u64 {
  function add_no_canonicalize_trashing_input (line 251) | const unsafe fn add_no_canonicalize_trashing_input(x: u64, y: u64) -> u64 {
  function reduce128 (line 259) | fn reduce128(x: u128) -> GoldilocksField {
  function exp_acc (line 277) | fn exp_acc<const N: usize>(base: GoldilocksField, tail: GoldilocksField)...
  function split (line 282) | const fn split(x: u128) -> (u64, u64) {
  function assume (line 288) | pub fn assume(p: bool) {
  function branch_hint (line 306) | pub fn branch_hint() {
  type Integer (line 324) | type Integer = GLLargeInt;
  constant BITS (line 326) | const BITS: u32 = 64;
  method to_degree (line 328) | fn to_degree(&self) -> crate::DegreeType {
  method to_integer (line 332) | fn to_integer(&self) -> Self::Integer {
  method modulus (line 337) | fn modulus() -> Self::Integer {
  method pow (line 341) | fn pow(self, exp: Self::Integer) -> Self {
  method to_bytes_le (line 360) | fn to_bytes_le(&self) -> Vec<u8> {
  method from_bytes_le (line 364) | fn from_bytes_le(bytes: &[u8]) -> Self {
  method from_str_radix (line 368) | fn from_str_radix(s: &str, radix: u32) -> Result<Self, String> {
  method checked_from (line 377) | fn checked_from(value: ibig::UBig) -> Option<Self> {
  method is_in_lower_half (line 385) | fn is_in_lower_half(&self) -> bool {
  method known_field (line 389) | fn known_field() -> Option<crate::KnownField> {
  method has_direct_repr (line 393) | fn has_direct_repr() -> bool {
  method fmt (line 399) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  constant ZERO (line 449) | const ZERO: Self = Self(0);
  method zero (line 453) | fn zero() -> Self {
  method is_zero (line 457) | fn is_zero(&self) -> bool {
  constant ONE (line 463) | const ONE: Self = Self(1);
  method one (line 467) | fn one() -> Self {
  method is_one (line 471) | fn is_one(&self) -> bool {
  type Err (line 477) | type Err = String;
  method from_str (line 478) | fn from_str(s: &str) -> Result<Self, Self::Err> {
  type GLLargeInt (line 518) | pub struct GLLargeInt(u64);
    method from (line 554) | fn from(value: u32) -> Self {
    method from (line 560) | fn from(value: u64) -> Self {
  constant MAX (line 521) | const MAX: Self = Self(u64::MAX);
  constant NUM_BITS (line 522) | const NUM_BITS: usize = 64;
  method to_arbitrary_integer (line 524) | fn to_arbitrary_integer(self) -> ibig::UBig {
  method num_bits (line 528) | fn num_bits(&self) -> usize {
  method one (line 532) | fn one() -> Self {
  method is_one (line 536) | fn is_one(&self) -> bool {
  method try_into_u64 (line 540) | fn try_into_u64(&self) -> Option<u64> {
  method try_into_u32 (line 544) | fn try_into_u32(&self) -> Option<u32> {
  method from_hex (line 548) | fn from_hex(s: &str) -> Self {
  method zero (line 566) | fn zero() -> Self {
  method is_zero (line 570) | fn is_zero(&self) -> bool {
  constant ZERO (line 576) | const ZERO: Self = Self(0);
  method fmt (line 580) | fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
  type Output (line 586) | type Output = Self;
  method not (line 588) | fn not(self) -> Self::Output {
  function bitwise (line 601) | fn bitwise() {
  function lower_half (line 621) | fn lower_half() {
  function from_str_radix_rejects_modulus (line 632) | fn from_str_radix_rejects_modulus() {
  function from_str_radix_accepts_order_minus_one (line 638) | fn from_str_radix_accepts_order_minus_one() {
  function integer_div_by_zero (line 646) | fn integer_div_by_zero() {
  function div_by_zero (line 653) | fn div_by_zero() {

FILE: number/src/koala_bear.rs
  function bitwise (line 15) | fn bitwise() {
  function zero_one (line 35) | fn zero_one() {
  function lower_half (line 47) | fn lower_half() {
  function integer_div_by_zero (line 59) | fn integer_div_by_zero() {
  function div_by_zero (line 66) | fn div_by_zero() {

FILE: number/src/lib.rs
  type DegreeType (line 32) | pub type DegreeType = u64;
  function log2_exact (line 35) | pub fn log2_exact(n: BigUint) -> Option<usize> {
  function log2_exact_function (line 46) | fn log2_exact_function() {

FILE: number/src/mersenne31.rs
  function bitwise (line 15) | fn bitwise() {
  function zero_one (line 35) | fn zero_one() {
  function lower_half (line 47) | fn lower_half() {
  function integer_div_by_zero (line 59) | fn integer_div_by_zero() {
  function div_by_zero (line 66) | fn div_by_zero() {

FILE: number/src/serialize.rs
  type CsvRenderMode (line 15) | pub enum CsvRenderMode {
  constant ROW_NAME (line 22) | const ROW_NAME: &str = "Row";
  function write_polys_csv_file (line 24) | pub fn write_polys_csv_file<T: FieldElement>(
  function read_polys_csv_file (line 60) | pub fn read_polys_csv_file<T: FieldElement>(file: impl Read) -> Vec<(Str...
  function buffered_write_file (line 94) | pub fn buffered_write_file<R>(
  type ReadWrite (line 105) | pub trait ReadWrite {
    method read (line 106) | fn read(file: &mut impl Read) -> Self;
    method write (line 107) | fn write(&self, path: &Path) -> Result<(), serde_cbor::Error>;
    method read (line 111) | fn read(file: &mut impl Read) -> Self {
    method write (line 114) | fn write(&self, path: &Path) -> Result<(), serde_cbor::Error> {
  function ark_se (line 122) | pub fn ark_se<S, A: CanonicalSerialize>(a: &A, s: S) -> Result<S::Ok, S:...
  function ark_de (line 132) | pub fn ark_de<'de, D, A: CanonicalDeserialize>(data: D) -> Result<A, D::...
  function test_polys (line 149) | fn test_polys() -> Vec<(String, Vec<Bn254Field>)> {
  function write_read (line 157) | fn write_read() {
  function write_read_csv (line 169) | fn write_read_csv() {

FILE: number/src/traits.rs
  type LargeInt (line 16) | pub trait LargeInt:
    constant MAX (line 46) | const MAX: Self;
    constant NUM_BITS (line 49) | const NUM_BITS: usize;
    method to_arbitrary_integer (line 50) | fn to_arbitrary_integer(self) -> BigUint;
    method num_bits (line 52) | fn num_bits(&self) -> usize;
    method one (line 56) | fn one() -> Self;
    method is_one (line 59) | fn is_one(&self) -> bool;
    method try_into_u64 (line 64) | fn try_into_u64(&self) -> Option<u64>;
    method try_into_u32 (line 69) | fn try_into_u32(&self) -> Option<u32>;
    method from_hex (line 73) | fn from_hex(s: &str) -> Self;
  type FieldSize (line 76) | pub enum FieldSize {
  type KnownField (line 85) | pub enum KnownField {
    method field_size (line 94) | pub fn field_size(&self) -> FieldSize {
  method fmt (line 105) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type FieldElement (line 117) | pub trait FieldElement:
    constant BITS (line 160) | const BITS: u32;
    method to_degree (line 162) | fn to_degree(&self) -> DegreeType;
    method to_integer (line 164) | fn to_integer(&self) -> Self::Integer;
    method to_arbitrary_integer (line 166) | fn to_arbitrary_integer(&self) -> BigUint {
    method modulus (line 170) | fn modulus() -> Self::Integer;
    method pow (line 172) | fn pow(self, exponent: Self::Integer) -> Self;
    method to_bytes_le (line 174) | fn to_bytes_le(&self) -> Vec<u8>;
    method from_bytes_le (line 176) | fn from_bytes_le(bytes: &[u8]) -> Self;
    method from_str_radix (line 178) | fn from_str_radix(s: &str, radix: u32) -> Result<Self, String>;
    method checked_from (line 181) | fn checked_from(value: BigUint) -> Option<Self>;
    method is_in_lower_half (line 185) | fn is_in_lower_half(&self) -> bool;
    method known_field (line 188) | fn known_field() -> Option<KnownField>;
    method to_signed_integer (line 194) | fn to_signed_integer(&self) -> IBig {
    method has_direct_repr (line 212) | fn has_direct_repr() -> bool;
  function int_from_hex_str (line 216) | pub fn int_from_hex_str<T: FieldElement>(s: &str) -> T::Integer {

FILE: openvm-bus-interaction-handler/src/bitwise_lookup.rs
  function handle_bitwise_lookup (line 9) | pub fn handle_bitwise_lookup<T: FieldElement>(
  function bitwise_lookup_pure_range_constraints (line 68) | pub fn bitwise_lookup_pure_range_constraints<T: FieldElement, V: Ord + C...
  function run (line 115) | fn run(
  function test_byte_constraint (line 133) | fn test_byte_constraint() {
  function test_xor_known (line 149) | fn test_xor_known() {
  function test_xor_unknown (line 165) | fn test_xor_unknown() {
  function test_xor_one_unknown (line 181) | fn test_xor_one_unknown() {
  function test_unknown_operation (line 198) | fn test_unknown_operation() {

FILE: openvm-bus-interaction-handler/src/bus_map.rs
  constant DEFAULT_EXECUTION_BRIDGE (line 9) | pub const DEFAULT_EXECUTION_BRIDGE: u64 = 0;
  constant DEFAULT_MEMORY (line 10) | pub const DEFAULT_MEMORY: u64 = 1;
  constant DEFAULT_PC_LOOKUP (line 11) | pub const DEFAULT_PC_LOOKUP: u64 = 2;
  constant DEFAULT_VARIABLE_RANGE_CHECKER (line 12) | pub const DEFAULT_VARIABLE_RANGE_CHECKER: u64 = 3;
  constant DEFAULT_BITWISE_LOOKUP (line 13) | pub const DEFAULT_BITWISE_LOOKUP: u64 = 6;
  constant DEFAULT_TUPLE_RANGE_CHECKER (line 14) | pub const DEFAULT_TUPLE_RANGE_CHECKER: u64 = 7;
  type OpenVmBusType (line 17) | pub enum OpenVmBusType {
  type BusMap (line 23) | pub type BusMap = powdr_autoprecompiles::bus_map::BusMap<OpenVmBusType>;
  method fmt (line 26) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function default_openvm_bus_map (line 37) | pub fn default_openvm_bus_map() -> BusMap {

FILE: openvm-bus-interaction-handler/src/lib.rs
  type OpenVmBusInteractionHandler (line 38) | pub struct OpenVmBusInteractionHandler<T: FieldElement> {
  constant DEFAULT_RANGE_TUPLE_CHECKER_SIZES (line 44) | const DEFAULT_RANGE_TUPLE_CHECKER_SIZES: [u32; 2] = [1 << 8, 8 * (1 << 8)];
  method default (line 47) | fn default() -> Self {
  function new (line 53) | pub fn new(bus_map: BusMap) -> Self {
  function tuple_range_checker_sizes (line 60) | pub fn tuple_range_checker_sizes(&self) -> [u32; 2] {
  function handle_bus_interaction (line 76) | fn handle_bus_interaction(
  function byte_constraint (line 120) | fn byte_constraint<T: FieldElement>() -> RangeConstraint<T> {
  function is_stateful (line 125) | fn is_stateful(&self, bus_id: T) -> bool {
  function pure_range_constraints (line 139) | fn pure_range_constraints<V: Ord + Clone + Eq>(
  function batch_make_range_constraints (line 165) | fn batch_make_range_constraints<V: Ord + Clone + Eq + Display + Hash>(
  function value (line 282) | pub fn value(value: u64) -> RangeConstraint<BabyBearField> {
  function mask (line 286) | pub fn mask(mask: u64) -> RangeConstraint<BabyBearField> {
  function range (line 290) | pub fn range(start: u64, end: u64) -> RangeConstraint<BabyBearField> {

FILE: openvm-bus-interaction-handler/src/memory.rs
  constant RV32_REGISTER_AS (line 7) | pub const RV32_REGISTER_AS: u32 = 1;
  constant RV32_MEMORY_AS (line 9) | pub const RV32_MEMORY_AS: u32 = 2;
  function handle_memory (line 11) | pub fn handle_memory<T: FieldElement>(
  function run (line 65) | fn run(
  function test_receive (line 88) | fn test_receive() {
  function test_send (line 113) | fn test_send() {

FILE: openvm-bus-interaction-handler/src/memory_bus_interaction.rs
  constant REGISTER_ADDRESS_SPACE (line 13) | pub const REGISTER_ADDRESS_SPACE: u32 = 1;
  type OpenVmMemoryBusInteraction (line 16) | pub struct OpenVmMemoryBusInteraction<T: FieldElement, V> {
  type OpenVmAddress (line 24) | pub struct OpenVmAddress<T, V> {
  type Item (line 32) | type Item = GroupedExpression<T, V>;
  type IntoIter (line 33) | type IntoIter = IntoIter<GroupedExpression<T, V>, 2>;
  method into_iter (line 35) | fn into_iter(self) -> Self::IntoIter {
  type Address (line 47) | type Address = OpenVmAddress<T, V>;
  function try_from_bus_interaction (line 49) | fn try_from_bus_interaction(
  function addr (line 83) | fn addr(&self) -> Self::Address {
  function data (line 87) | fn data(&self) -> &[GroupedExpression<T, V>] {
  function timestamp_limbs (line 91) | fn timestamp_limbs(&self) -> &[GroupedExpression<T, V>] {
  function op (line 95) | fn op(&self) -> MemoryOp {

FILE: openvm-bus-interaction-handler/src/tuple_range_checker.rs
  type TupleRangeCheckerHandler (line 8) | pub struct TupleRangeCheckerHandler {
    method new (line 13) | pub fn new(range_tuple_checker_sizes: [u32; 2]) -> Self {
    method tuple_range_checker_ranges (line 19) | pub fn tuple_range_checker_ranges<T: FieldElement>(
    method handle_bus_interaction (line 28) | pub fn handle_bus_interaction<T: FieldElement>(
    method pure_range_constraints (line 42) | pub fn pure_range_constraints<T: FieldElement, V: Ord + Clone + Eq>(
  function run (line 66) | fn run(
  function test_unknown (line 82) | fn test_unknown() {

FILE: openvm-bus-interaction-handler/src/variable_range_checker.rs
  constant MAX_BITS (line 9) | const MAX_BITS: u64 = 25;
  function handle_variable_range_checker (line 13) | pub fn handle_variable_range_checker<T: FieldElement>(
  function variable_range_checker_pure_range_constraints (line 36) | pub fn variable_range_checker_pure_range_constraints<T: FieldElement, V:...
  function run (line 65) | fn run(
  function test_unknown_bits (line 81) | fn test_unknown_bits() {
  function test_known_bits (line 94) | fn test_known_bits() {

FILE: openvm-riscv/extensions/hints-circuit/src/executors.rs
  type ReverseBytesSubEx (line 13) | pub struct ReverseBytesSubEx;
    method phantom_execute (line 16) | fn phantom_execute(
  type K256InverseFieldSubEx (line 45) | pub struct K256InverseFieldSubEx;
    method phantom_execute (line 60) | fn phantom_execute(
  constant FIELD10X26_BYTES (line 97) | const FIELD10X26_BYTES: usize = 40;
  type K256InverseField10x26SubEx (line 102) | pub struct K256InverseField10x26SubEx;
    method phantom_execute (line 105) | fn phantom_execute(
  constant K256_NON_QUADRATIC_RESIDUE (line 146) | const K256_NON_QUADRATIC_RESIDUE: field10x26_k256::FieldElement10x26 =
  type K256SqrtField10x26SubEx (line 152) | pub struct K256SqrtField10x26SubEx;
    method phantom_execute (line 155) | fn phantom_execute(

FILE: openvm-riscv/extensions/hints-circuit/src/field10x26_k256.rs
  type FieldBytes (line 14) | pub type FieldBytes = elliptic_curve::FieldBytes<Secp256k1>;
  constant ORDER_HEX (line 17) | const ORDER_HEX: &str = "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFEBAAEDCE6AF48A03...
  constant ORDER (line 20) | const ORDER: U256 = U256::from_be_hex(ORDER_HEX);
  type Secp256k1 (line 23) | pub struct Secp256k1;
    type FieldBytesSize (line 27) | type FieldBytesSize = U32;
    type Uint (line 30) | type Uint = U256;
    constant ORDER (line 33) | const ORDER: U256 = ORDER;
  method decode_field_bytes (line 37) | fn decode_field_bytes(field_bytes: &FieldBytes) -> Self {
  method encode_field_bytes (line 41) | fn encode_field_bytes(&self) -> FieldBytes {
  type FieldElement10x26 (line 56) | pub struct FieldElement10x26(pub(crate) [u32; 10]);
    constant ZERO (line 62) | pub const ZERO: Self = Self([0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
    constant ONE (line 65) | pub const ONE: Self = Self([1, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
    method from_bytes_unchecked (line 69) | pub(crate) const fn from_bytes_unchecked(bytes: &[u8; 32]) -> Self {
    method from_bytes (line 117) | pub fn from_bytes(bytes: &FieldBytes) -> CtOption<Self> {
    method from_u64 (line 124) | pub const fn from_u64(val: u64) -> Self {
    method to_bytes (line 133) | pub fn to_bytes(self) -> FieldBytes {
    method add_modulus_correction (line 171) | fn add_modulus_correction(&self, x: u32) -> Self {
    method subtract_modulus_approximation (line 209) | fn subtract_modulus_approximation(&self) -> (Self, u32) {
    method get_overflow (line 222) | fn get_overflow(&self) -> Choice {
    method normalize_weak (line 232) | pub fn normalize_weak(&self) -> Self {
    method normalize (line 248) | pub fn normalize(&self) -> Self {
    method normalizes_to_zero (line 268) | pub fn normalizes_to_zero(&self) -> Choice {
    method is_zero (line 303) | pub fn is_zero(&self) -> Choice {
    method is_odd (line 324) | pub fn is_odd(&self) -> Choice {
    method max_magnitude (line 329) | pub const fn max_magnitude() -> u32 {
    method negate (line 335) | pub const fn negate(&self, magnitude: u32) -> Self {
    method add (line 352) | pub const fn add(&self, rhs: &Self) -> Self {
    method mul_single (line 369) | pub const fn mul_single(&self, rhs: u32) -> Self {
    method mul_inner (line 385) | fn mul_inner(&self, rhs: &Self) -> Self {
    method mul (line 699) | pub fn mul(&self, rhs: &Self) -> Self {
    method square (line 706) | pub fn square(&self) -> Self {
    method pow2k (line 710) | pub fn pow2k(&self, k: u32) -> Self {
    method invert (line 720) | pub fn invert(&self) -> Self {
    method sqrt (line 746) | pub fn sqrt(&self) -> CtOption<Self> {
  method default (line 770) | fn default() -> Self {
  method conditional_select (line 777) | fn conditional_select(a: &Self, b: &Self, choice: Choice) -> Self {
  method ct_eq (line 794) | fn ct_eq(&self, other: &Self) -> Choice {
  method zeroize (line 809) | fn zeroize(&mut self) {

FILE: openvm-riscv/extensions/hints-circuit/src/lib.rs
  type HintsExtension (line 27) | pub struct HintsExtension;
    type Executor (line 37) | type Executor = HintsExtensionExecutor<F>;
    method extend_execution (line 39) | fn extend_execution(
    method extend_circuit (line 64) | fn extend_circuit(&self, _: &mut AirInventory<SC>) -> Result<(), AirIn...
  type HintsExtensionExecutor (line 32) | pub enum HintsExtensionExecutor<F: Field> {
  type HintsProverExt (line 69) | pub struct HintsProverExt;
    method extend_prover (line 76) | fn extend_prover(

FILE: openvm-riscv/extensions/hints-guest/src/lib.rs
  constant OPCODE (line 7) | pub const OPCODE: u8 = 0x5b;
  constant HINTS_FUNCT3 (line 8) | pub const HINTS_FUNCT3: u8 = 0b000;
  type HintsFunct7 (line 12) | pub enum HintsFunct7 {
  function insn_reverse_bytes (line 21) | fn insn_reverse_bytes(bytes: *const u8) {
  function insn_k256_inverse_field (line 34) | fn insn_k256_inverse_field(bytes: *const u8) {
  function insn_k256_inverse_field_10x26 (line 47) | fn insn_k256_inverse_field_10x26(bytes: *const u8) {
  function insn_k256_sqrt_field_10x26 (line 60) | fn insn_k256_sqrt_field_10x26(bytes: *const u8) {
  function hint_reverse_bytes (line 72) | pub fn hint_reverse_bytes(val: u32) -> u32 {
  function hint_k256_inverse_field (line 94) | pub fn hint_k256_inverse_field(sec1_bytes: &[u8]) -> [u8; 32] {
  function ensure_weakly_normalized_10x26 (line 106) | fn ensure_weakly_normalized_10x26(limbs: [u32; 10]) -> [u32; 10] {
  function hint_k256_inverse_field_10x26 (line 127) | pub fn hint_k256_inverse_field_10x26(elem: [u32; 10]) -> [u32; 10] {
  constant K256_NON_QUADRATIC_RESIDUE (line 139) | pub const K256_NON_QUADRATIC_RESIDUE: [u32; 10] = [3, 0, 0, 0, 0, 0, 0, ...
  function hint_k256_sqrt_field_10x26 (line 146) | pub fn hint_k256_sqrt_field_10x26(elem: [u32; 10]) -> (bool, [u32; 10]) {

FILE: openvm-riscv/extensions/hints-transpiler/src/lib.rs
  type HintsOpcode (line 16) | pub enum HintsOpcode {
  type HintsPhantom (line 22) | pub enum HintsPhantom {
  type HintsTranspilerExtension (line 33) | pub struct HintsTranspilerExtension;
    method process_custom (line 36) | fn process_custom(&self, instruction_stream: &[u32]) -> Option<Transpi...

FILE: openvm-riscv/guest-ecc-manual/src/main.rs
  function main (line 11) | pub fn main() {

FILE: openvm-riscv/guest-ecc-powdr-affine-hint/src/main.rs
  function main (line 10) | pub fn main() {

FILE: openvm-riscv/guest-ecc-projective/src/main.rs
  function main (line 10) | pub fn main() {

FILE: openvm-riscv/guest-ecrecover-manual/src/main.rs
  type RecoveryTestVector (line 16) | struct RecoveryTestVector {
  constant RECOVERY_TEST_VECTORS (line 22) | const RECOVERY_TEST_VECTORS: &[RecoveryTestVector] = &[
  function main (line 44) | fn main() {

FILE: openvm-riscv/guest-ecrecover/src/main.rs
  type RecoveryTestVector (line 9) | struct RecoveryTestVector {
  constant RECOVERY_TEST_VECTORS (line 15) | const RECOVERY_TEST_VECTORS: &[RecoveryTestVector] = &[
  function main (line 37) | pub fn main() {

FILE: openvm-riscv/guest-hints-test/src/main.rs
  function main (line 7) | pub fn main() {

FILE: openvm-riscv/guest-keccak-manual-precompile/src/main.rs
  function main (line 13) | pub fn main() {

FILE: openvm-riscv/guest-keccak/src/main.rs
  function main (line 11) | pub fn main() {

FILE: openvm-riscv/guest-matmul/src/main.rs
  function main (line 8) | pub fn main() {
  constant SIZE (line 12) | const SIZE: usize = 6;
  type Mat (line 14) | type Mat = [[i32; SIZE]; SIZE];
  function matrix_multiply_unrolled (line 17) | fn matrix_multiply_unrolled(a: &Mat, b: &Mat, c: &mut Mat) {
  function test_matrix (line 242) | fn test_matrix() {
  function loop_test_matrix (line 271) | fn loop_test_matrix() {

FILE: openvm-riscv/guest-pairing-manual-precompile/src/main.rs
  constant PAIR_ELEMENT_LEN (line 10) | const PAIR_ELEMENT_LEN: usize = 32 * (2 + 4);
  function main (line 13) | pub fn main() {

FILE: openvm-riscv/guest-pairing/src/main.rs
  constant PAIR_ELEMENT_LEN (line 8) | const PAIR_ELEMENT_LEN: usize = 32 * (2 + 4);
  function main (line 10) | fn main() {

FILE: openvm-riscv/guest-sha256-manual-precompile/src/main.rs
  function main (line 13) | pub fn main() {

FILE: openvm-riscv/guest-sha256/src/main.rs
  function main (line 11) | pub fn main() {

FILE: openvm-riscv/guest-u256-manual-precompile/src/main.rs
  constant N (line 8) | const N: usize = 70;
  type Matrix (line 9) | type Matrix = [[U256; N]; N];
  function get_matrix (line 11) | pub fn get_matrix(val: u32) -> Matrix {
  function mult (line 15) | pub fn mult(a: &Matrix, b: &Matrix) -> Matrix {
  function get_identity_matrix (line 27) | pub fn get_identity_matrix() -> Matrix {
  function main (line 35) | pub fn main() {

FILE: openvm-riscv/guest-u256/src/main.rs
  constant N (line 8) | const N: usize = 70;
  type Matrix (line 9) | type Matrix = [[U256; N]; N];
  function get_matrix (line 11) | pub fn get_matrix(val: u32) -> Matrix {
  function mult (line 15) | pub fn mult(a: &Matrix, b: &Matrix) -> Matrix {
  function get_identity_matrix (line 27) | pub fn get_identity_matrix() -> Matrix {
  function main (line 35) | pub fn main() {

FILE: openvm-riscv/guest/src/main.rs
  function main (line 8) | pub fn main() {

FILE: openvm-riscv/scripts/basic_metrics.py
  function get_label (line 13) | def get_label(filepath):
  function extract_metrics (line 24) | def extract_metrics(filename):
  function summary_table (line 88) | def summary_table(metrics_files, csv):
  function plot (line 97) | def plot(metrics_files, output):
  function combine (line 201) | def combine(metrics_files):

FILE: openvm-riscv/scripts/generate_bench_results_readme.py
  function github_blob_url (line 13) | def github_blob_url(relative_path: Path, run_id: str) -> str:
  function github_tree_url (line 18) | def github_tree_url(run_id: str, subdir: str | None = None) -> str:
  function viewer_url (line 25) | def viewer_url(viewer_base: str, data_url: str) -> str:
  function find_apc_candidates (line 29) | def find_apc_candidates(experiment_dir: Path) -> Path | None:
  function generate_readme (line 43) | def generate_readme(results_dir: Path, run_id: str) -> str:
  function main (line 86) | def main() -> None:

FILE: openvm-riscv/scripts/metrics_utils.py
  function load_metrics_dataframes (line 8) | def load_metrics_dataframes(filename):
  function is_normal_instruction_air (line 37) | def is_normal_instruction_air(air_name):
  function test_is_normal_instruction_air (line 62) | def test_is_normal_instruction_air():

FILE: openvm-riscv/scripts/plot_trace_cells.py
  function autopct_with_billions (line 8) | def autopct_with_billions(pct, total):
  function compute_cells_by_air (line 12) | def compute_cells_by_air(metrics_path):
  function main (line 37) | def main(metrics_path, output_path=None, subtitle=None):

FILE: openvm-riscv/src/isa/instruction_formatter.rs
  function openvm_instruction_formatter (line 6) | pub fn openvm_instruction_formatter<F: PrimeField32>(instruction: &Instr...
  function openvm_opcode_formatter (line 51) | pub fn openvm_opcode_formatter(opcode: &VmOpcode) -> String {

FILE: openvm-riscv/src/isa/mod.rs
  type RiscvISA (line 38) | pub struct RiscvISA;
  type OpenVmRegisterAddress (line 42) | pub struct OpenVmRegisterAddress(u8);
  function from (line 46) | fn from(value: ExtendedVmConfigExecutor<F>) -> Self {
  type Executor (line 52) | type Executor<F: PrimeField32> = ExtendedVmConfigExecutor<F>;
  type Config (line 53) | type Config = ExtendedVmConfig;
  type CpuBuilder (line 54) | type CpuBuilder = ExtendedVmConfigCpuBuilder;
  type GpuBuilder (line 56) | type GpuBuilder = ExtendedVmConfigGpuBuilder;
  method branching_opcodes (line 58) | fn branching_opcodes() -> HashSet<VmOpcode> {
  method format (line 62) | fn format<F: PrimeField32>(instruction: &Instruction<F>) -> String {
  method allowed_opcodes (line 66) | fn allowed_opcodes() -> HashSet<VmOpcode> {
  method create_original_chip_complex (line 70) | fn create_original_chip_complex(
  type LinkedProgram (line 81) | type LinkedProgram<'a> = ElfProgram;
  method get_symbol_table (line 83) | fn get_symbol_table<'a>(program: &Self::LinkedProgram<'a>) -> SymbolTable {
  method get_jump_destinations (line 105) | fn get_jump_destinations(program: &OriginalCompiledProgram<Self>) -> BTr...
  method create_dummy_airs (line 113) | fn create_dummy_airs<E: openvm_circuit::arch::VmCircuitExtension<powdr_o...
  method create_dummy_chip_complex_cpu (line 121) | fn create_dummy_chip_complex_cpu(
  method create_dummy_chip_complex_gpu (line 130) | fn create_dummy_chip_complex_gpu(
  function add_extra_targets (line 147) | fn add_extra_targets(

FILE: openvm-riscv/src/isa/opcode.rs
  constant BRANCH_OPCODES_BIGINT (line 101) | pub const BRANCH_OPCODES_BIGINT: &[usize] = &[
  constant BRANCH_OPCODES (line 110) | pub const BRANCH_OPCODES: &[usize] = &[
  function instruction_allowlist (line 122) | pub fn instruction_allowlist() -> HashSet<VmOpcode> {
  function branch_opcodes_bigint_set (line 132) | pub fn branch_opcodes_bigint_set() -> HashSet<VmOpcode> {
  function branch_opcodes_set (line 143) | pub fn branch_opcodes_set() -> HashSet<VmOpcode> {
  function test_all_opcodes (line 154) | fn test_all_opcodes() {
  function test_all_opcodes_except_bigint (line 165) | fn test_all_opcodes_except_bigint() {
  function test_instruction_allowlist (line 176) | fn test_instruction_allowlist() {

FILE: openvm-riscv/src/isa/trace_generator/common.rs
  function create_dummy_airs (line 6) | pub fn create_dummy_airs<E: VmCircuitExtension<BabyBearSC>>(

FILE: openvm-riscv/src/isa/trace_generator/cpu.rs
  function create_dummy_chip_complex_cpu (line 19) | pub fn create_dummy_chip_complex_cpu(

FILE: openvm-riscv/src/isa/trace_generator/cuda.rs
  function create_dummy_chip_complex_gpu (line 15) | pub fn create_dummy_chip_complex_gpu(

FILE: openvm-riscv/src/lib.rs
  function build_elf_path (line 69) | pub fn build_elf_path<P: AsRef<Path>>(
  function compile_openvm (line 91) | pub fn compile_openvm(
  function compile_exe (line 150) | pub fn compile_exe(
  type ExtendedVmConfig (line 200) | pub struct ExtendedVmConfig {
    method transpiler (line 208) | fn transpiler(&self) -> Transpiler<BabyBear> {
  type ExtendedVmConfigCpuBuilder (line 214) | pub struct ExtendedVmConfigCpuBuilder;
    type VmConfig (line 220) | type VmConfig = ExtendedVmConfig;
    type SystemChipInventory (line 221) | type SystemChipInventory = SystemChipInventory<BabyBearSC>;
    type RecordArena (line 222) | type RecordArena = MatrixRecordArena<Val<BabyBearSC>>;
    method create_chip_complex (line 224) | fn create_chip_complex(
  type ExtendedVmConfigGpuBuilder (line 242) | pub struct ExtendedVmConfigGpuBuilder;
    type VmConfig (line 246) | type VmConfig = ExtendedVmConfig;
    type SystemChipInventory (line 247) | type SystemChipInventory = SystemChipInventoryGPU;
    type RecordArena (line 248) | type RecordArena = DenseRecordArena;
    method create_chip_complex (line 250) | fn create_chip_complex(
  method generate_init_file_contents (line 274) | fn generate_init_file_contents(&self) -> Option<String> {
  method write_to_init_file (line 278) | fn write_to_init_file(
  function prove (line 287) | pub fn prove(
  function compile_and_prove (line 371) | fn compile_and_prove(
  function prove_simple (line 386) | fn prove_simple(
  function prove_mock (line 405) | fn prove_mock(
  function prove_recursion (line 424) | fn prove_recursion(
  constant GUEST (line 443) | const GUEST: &str = "guest";
  constant GUEST_ITER (line 444) | const GUEST_ITER: u32 = 1 << 10;
  constant GUEST_APC (line 445) | const GUEST_APC: u64 = 1;
  constant GUEST_SKIP_NO_APC_EXECUTED (line 446) | const GUEST_SKIP_NO_APC_EXECUTED: u64 = 56;
  constant GUEST_SKIP_PGO (line 447) | const GUEST_SKIP_PGO: u64 = 0;
  constant GUEST_KECCAK (line 449) | const GUEST_KECCAK: &str = "guest-keccak";
  constant GUEST_KECCAK_ITER (line 450) | const GUEST_KECCAK_ITER: u32 = 1_000;
  constant GUEST_KECCAK_ITER_SMALL (line 451) | const GUEST_KECCAK_ITER_SMALL: u32 = 10;
  constant GUEST_KECCAK_ITER_LARGE (line 452) | const GUEST_KECCAK_ITER_LARGE: u32 = 25_000;
  constant GUEST_KECCAK_APC (line 453) | const GUEST_KECCAK_APC: u64 = 1;
  constant GUEST_KECCAK_APC_PGO (line 454) | const GUEST_KECCAK_APC_PGO: u64 = 10;
  constant GUEST_KECCAK_APC_PGO_LARGE (line 455) | const GUEST_KECCAK_APC_PGO_LARGE: u64 = 100;
  constant GUEST_KECCAK_SKIP (line 456) | const GUEST_KECCAK_SKIP: u64 = 0;
  constant GUEST_SHA256_ITER (line 458) | const GUEST_SHA256_ITER: u32 = 1_000;
  constant GUEST_SHA256_ITER_SMALL (line 459) | const GUEST_SHA256_ITER_SMALL: u32 = 10;
  constant GUEST_SHA256_ITER_LARGE (line 460) | const GUEST_SHA256_ITER_LARGE: u32 = 25_000;
  constant GUEST_SHA256 (line 461) | const GUEST_SHA256: &str = "guest-sha256";
  constant GUEST_SHA256_APC_PGO (line 462) | const GUEST_SHA256_APC_PGO: u64 = 10;
  constant GUEST_SHA256_APC_PGO_LARGE (line 463) | const GUEST_SHA256_APC_PGO_LARGE: u64 = 50;
  constant GUEST_SHA256_SKIP (line 464) | const GUEST_SHA256_SKIP: u64 = 0;
  constant GUEST_U256 (line 466) | const GUEST_U256: &str = "guest-u256";
  constant GUEST_U256_APC_PGO (line 467) | const GUEST_U256_APC_PGO: u64 = 10;
  constant GUEST_U256_SKIP (line 468) | const GUEST_U256_SKIP: u64 = 0;
  constant GUEST_PAIRING (line 470) | const GUEST_PAIRING: &str = "guest-pairing";
  constant GUEST_PAIRING_APC_PGO (line 471) | const GUEST_PAIRING_APC_PGO: u64 = 10;
  constant GUEST_PAIRING_SKIP (line 472) | const GUEST_PAIRING_SKIP: u64 = 0;
  constant GUEST_HINTS_TEST (line 474) | const GUEST_HINTS_TEST: &str = "guest-hints-test";
  constant GUEST_ECC_HINTS (line 476) | const GUEST_ECC_HINTS: &str = "guest-ecc-powdr-affine-hint";
  constant GUEST_ECC_APC_PGO (line 477) | const GUEST_ECC_APC_PGO: u64 = 50;
  constant GUEST_ECC_SKIP (line 478) | const GUEST_ECC_SKIP: u64 = 0;
  constant GUEST_ECC_ITER (line 481) | const GUEST_ECC_ITER: u32 = 0;
  constant GUEST_ECC_PROJECTIVE (line 483) | const GUEST_ECC_PROJECTIVE: &str = "guest-ecc-projective";
  constant GUEST_ECC_PROJECTIVE_APC_PGO (line 484) | const GUEST_ECC_PROJECTIVE_APC_PGO: u64 = 50;
  constant GUEST_ECC_PROJECTIVE_SKIP (line 485) | const GUEST_ECC_PROJECTIVE_SKIP: u64 = 0;
  constant GUEST_ECRECOVER_HINTS (line 487) | const GUEST_ECRECOVER_HINTS: &str = "guest-ecrecover";
  constant GUEST_ECRECOVER_APC_PGO (line 488) | const GUEST_ECRECOVER_APC_PGO: u64 = 50;
  constant GUEST_ECRECOVER_SKIP (line 489) | const GUEST_ECRECOVER_SKIP: u64 = 0;
  constant GUEST_ECRECOVER_ITER (line 490) | const GUEST_ECRECOVER_ITER: u32 = 1;
  function guest_prove_simple_no_apc_executed (line 493) | fn guest_prove_simple_no_apc_executed() {
  function guest_prove_simple (line 528) | fn guest_prove_simple() {
  function guest_prove_mock (line 538) | fn guest_prove_mock() {
  function guest_prove_recursion (line 549) | fn guest_prove_recursion() {
  function matmul_compile (line 560) | fn matmul_compile() {
  function keccak_small_prove_simple (line 573) | fn keccak_small_prove_simple() {
  function keccak_small_prove_simple_multi_segment (line 581) | fn keccak_small_prove_simple_multi_segment() {
  function keccak_prove_simple (line 592) | fn keccak_prove_simple() {
  function keccak_prove_many_apcs (line 601) | fn keccak_prove_many_apcs() {
  function keccak_prove_large (line 627) | fn keccak_prove_large() {
  function keccak_small_prove_mock (line 644) | fn keccak_small_prove_mock() {
  function keccak_prove_mock (line 654) | fn keccak_prove_mock() {
  function keccak_prove_multiple_pgo_modes (line 663) | fn keccak_prove_multiple_pgo_modes() {
  function sha256_prove_simple (line 704) | fn sha256_prove_simple() {
  function sha256_prove_mock (line 723) | fn sha256_prove_mock() {
  function sha256_prove_many_apcs (line 742) | fn sha256_prove_many_apcs() {
  function sha256_prove_large (line 768) | fn sha256_prove_large() {
  function sha256_small_prove_simple (line 785) | fn sha256_small_prove_simple() {
  function sha256_small_prove_mock (line 803) | fn sha256_small_prove_mock() {
  function sha256_prove_multiple_pgo_modes (line 821) | fn sha256_prove_multiple_pgo_modes() {
  function u256_prove_large (line 859) | fn u256_prove_large() {
  function pairing_prove (line 882) | fn pairing_prove() {
  function hints_test_prove (line 908) | fn hints_test_prove() {
  function ecc_hint_prove (line 917) | fn ecc_hint_prove() {
  function ecrecover_prove (line 933) | fn ecrecover_prove() {
  function ecc_hint_prove_recursion_large (line 950) | fn ecc_hint_prove_recursion_large() {
  function ecrecover_prove_recursion_large (line 967) | fn ecrecover_prove_recursion_large() {
  function ecc_projective_prove (line 983) | fn ecc_projective_prove() {
  function keccak_prove_recursion (line 1003) | fn keccak_prove_recursion() {
  type GuestTestConfig (line 1012) | struct GuestTestConfig {
  type MachineTestMetrics (line 1019) | struct MachineTestMetrics {
  function test_machine_compilation (line 1026) | fn test_machine_compilation(
  constant NON_POWDR_EXPECTED_MACHINE_COUNT (line 1111) | const NON_POWDR_EXPECTED_MACHINE_COUNT: usize = 19;
  constant NON_POWDR_EXPECTED_SUM (line 1112) | const NON_POWDR_EXPECTED_SUM: AirMetrics = AirMetrics {
  function guest_machine_pgo_modes (line 1123) | fn guest_machine_pgo_modes() {
  function sha256_machine_pgo (line 1200) | fn sha256_machine_pgo() {
  function ecc_hint_machine_pgo_cell (line 1277) | fn ecc_hint_machine_pgo_cell() {
  function ecrecover_machine_pgo_cell (line 1326) | fn ecrecover_machine_pgo_cell() {
  function keccak_machine_pgo_modes (line 1375) | fn keccak_machine_pgo_modes() {
  function keccak_machine_cell_pgo_max_columns (line 1480) | fn keccak_machine_cell_pgo_max_columns() {
  function test_get_bus_map (line 1554) | fn test_get_bus_map() {

FILE: openvm-riscv/tests/apc_builder_complex.rs
  function assert_machine_output (line 8) | fn assert_machine_output(program: Vec<Instruction<BabyBear>>, test_name:...
  function guest_top_block (line 17) | fn guest_top_block() {
  function memcpy_block (line 35) | fn memcpy_block() {
  function stack_accesses (line 54) | fn stack_accesses() {
  function aligned_memcpy (line 73) | fn aligned_memcpy() {
  function unaligned_memcpy (line 98) | fn unaligned_memcpy() {
  function load_two_bytes_compare (line 126) | fn load_two_bytes_compare() {
  function load_two_bytes_compare_unsigned (line 138) | fn load_two_bytes_compare_unsigned() {
  function store_to_same_address (line 151) | fn store_to_same_address() {
  function many_stores_relative_to_same_register (line 160) | fn many_stores_relative_to_same_register() {
  function copy_byte (line 177) | fn copy_byte() {
  function rotate (line 193) | fn rotate() {

FILE: openvm-riscv/tests/apc_builder_pseudo_instructions.rs
  function assert_machine_output (line 8) | fn assert_machine_output(program: Vec<Instruction<BabyBear>>, test_name:...
  function mv (line 18) | fn mv() {
  function not (line 28) | fn not() {
  function neg (line 40) | fn neg() {
  function seqz (line 51) | fn seqz() {
  function snez (line 63) | fn snez() {
  function sltz (line 73) | fn sltz() {
  function sgtz (line 83) | fn sgtz() {
  function beqz (line 94) | fn beqz() {
  function bnez (line 104) | fn bnez() {
  function blez (line 114) | fn blez() {
  function bgez (line 124) | fn bgez() {
  function bltz (line 134) | fn bltz() {
  function bgtz (line 144) | fn bgtz() {
  function j (line 155) | fn j() {
  function jr (line 165) | fn jr() {
  function ret (line 175) | fn ret() {
  function load_immediate (line 185) | fn load_immediate() {

FILE: openvm-riscv/tests/apc_builder_single_instructions.rs
  function assert_machine_output (line 8) | fn assert_machine_output(program: Vec<Instruction<BabyBear>>, test_name:...
  function single_add_1 (line 18) | fn single_add_1() {
  function single_sub (line 27) | fn single_sub() {
  function single_and_0 (line 36) | fn single_and_0() {
  function single_xor (line 45) | fn single_xor() {
  function single_mul (line 54) | fn single_mul() {
  function single_loadw (line 65) | fn single_loadw() {
  function single_loadbu (line 74) | fn single_loadbu() {
  function single_loadhu (line 83) | fn single_loadhu() {
  function single_storew (line 92) | fn single_storew() {
  function single_storeh (line 101) | fn single_storeh() {
  function single_storeb (line 110) | fn single_storeb() {
  function single_loadh (line 120) | fn single_loadh() {
  function single_loadb (line 129) | fn single_loadb() {
  function single_loadb_imm0 (line 138) | fn single_loadb_imm0() {
  function single_loadb_x0 (line 148) | fn single_loadb_x0() {
  function single_beq (line 159) | fn single_beq() {
  function single_bne (line 168) | fn single_bne() {
  function single_blt (line 178) | fn single_blt() {
  function single_bltu (line 187) | fn single_bltu() {
  function single_bge (line 196) | fn single_bge() {
  function single_bgeu (line 205) | fn single_bgeu() {
  function single_srl (line 215) | fn single_srl() {
  function single_sll (line 222) | fn single_sll() {
  function single_sll_by_8 (line 229) | fn single_sll_by_8() {
  function single_sra (line 236) | fn single_sra() {
  function single_div (line 244) | fn single_div() {
  function single_divu (line 251) | fn single_divu() {
  function single_rem (line 258) | fn single_rem() {
  function single_remu (line 265) | fn single_remu() {

FILE: openvm-riscv/tests/apc_builder_superblocks.rs
  function assert_machine_output (line 8) | fn assert_machine_output(program: Vec<BasicBlock<Instruction<BabyBear>>>...
  function bb (line 12) | fn bb(
  function beq0_fallthrough (line 23) | fn beq0_fallthrough() {
  function beq0_jump (line 36) | fn beq0_jump() {
  function beq_fallthrough (line 49) | fn beq_fallthrough() {
  function beq_jump (line 62) | fn beq_jump() {
  function many_blocks (line 75) | fn many_blocks() {

FILE: openvm-riscv/tests/common/mod.rs
  function original_vm_config (line 11) | pub fn original_vm_config() -> OriginalVmConfig<RiscvISA> {
  function compile (line 31) | pub fn compile(superblock: SuperBlock<Instruction<BabyBear>>) -> String {
  function assert_machine_output (line 38) | pub fn assert_machine_output(

FILE: openvm-riscv/tests/machine_extraction.rs
  function extract_machine (line 11) | fn extract_machine() {

FILE: openvm/build.rs
  function main (line 4) | fn main() {

FILE: openvm/metrics-viewer/spec.py
  function load_metrics_dataframes (line 39) | def load_metrics_dataframes(
  function is_normal_instruction_air (line 60) | def is_normal_instruction_air(name: str) -> bool:
  function sum_metric (line 72) | def sum_metric(entries: list[Entry], metric_name: str) -> float:
  function unique_metric (line 77) | def unique_metric(entries: list[Entry], metric_name: str) -> float:
  function detect_version (line 84) | def detect_version(metrics_json: MetricsJson) -> Literal[1, 2]:
  function extract_metrics (line 90) | def extract_metrics(run_name: str, metrics_json: MetricsJson) -> Metrics:
  function fmt_ms (line 213) | def fmt_ms(ms: float) -> str:
  function fmt_cells (line 216) | def fmt_cells(v: float) -> str:
  function fmt_int (line 222) | def fmt_int(v: float) -> str:
  function fmt_pct (line 225) | def fmt_pct(v: float) -> str:
  function print_section (line 287) | def print_section(
  function load_data (line 324) | def load_data(source: str) -> tuple[dict[str, Any], str]:
  function resolve_experiments (line 335) | def resolve_experiments(
  function main (line 362) | def main() -> None:

FILE: openvm/src/air_builder.rs
  type PrepKeygenData (line 16) | pub struct PrepKeygenData<SC: StarkGenericConfig> {
  type AirKeygenBuilder (line 21) | pub struct AirKeygenBuilder<SC: StarkGenericConfig> {
  function compute_prep_data_for_air (line 26) | fn compute_prep_data_for_air<SC: StarkGenericConfig>(
  function new (line 55) | pub fn new(pcs: &SC::Pcs, air: Arc<dyn AnyRap<SC>>) -> Self {
  function get_symbolic_builder (line 63) | pub fn get_symbolic_builder(
  function width (line 85) | pub fn width(&self) -> Option<usize> {

FILE: openvm/src/cuda_abi.rs
  function _apc_tracegen (line 12) | pub fn _apc_tracegen(
  function _apc_apply_derived_expr (line 24) | pub fn _apc_apply_derived_expr(
  function _apc_apply_bus (line 36) | pub fn _apc_apply_bus(
  type OriginalAir (line 68) | pub struct OriginalAir {
  type Subst (line 77) | pub struct Subst {
  type DerivedExprSpec (line 90) | pub struct DerivedExprSpec {
  function apc_tracegen (line 97) | pub fn apc_tracegen(
  function apc_apply_derived_expr (line 119) | pub fn apc_apply_derived_expr(
  type OpCode (line 139) | pub enum OpCode {
  type DevInteraction (line 152) | pub struct DevInteraction {
  type ExprSpan (line 164) | pub struct ExprSpan {
  function apc_apply_bus (line 174) | pub fn apc_apply_bus(

FILE: openvm/src/customize_exe.rs
  constant POWDR_OPCODE (line 40) | pub const POWDR_OPCODE: usize = 0x10ff;
  type BabyBearOpenVmApcAdapter (line 45) | pub struct BabyBearOpenVmApcAdapter<'a, ISA> {
  type OpenVmExecutionState (line 50) | pub struct OpenVmExecutionState<'a, F, ISA> {
  function from (line 58) | fn from(inner: &'a VmState<F, GuestMemory>) -> Self {
  type RegisterAddress (line 67) | type RegisterAddress = ();
  type Value (line 68) | type Value = u32;
  method pc (line 70) | fn pc(&self) -> Self::Value {
  method reg (line 74) | fn reg(&self, _addr: &Self::RegisterAddress) -> Self::Value {
  method value_limb (line 78) | fn value_limb(_value: Self::Value, _limb_index: usize) -> Self::Value {
  method global_clk (line 82) | fn global_clk(&self) -> usize {
  type PowdrField (line 88) | type PowdrField = BabyBearField;
  type Field (line 89) | type Field = BabyBear;
  type InstructionHandler (line 90) | type InstructionHandler = OriginalAirs<Self::Field, ISA>;
  type BusInteractionHandler (line 91) | type BusInteractionHandler = OpenVmBusInteractionHandler<Self::PowdrField>;
  type Program (line 92) | type Program = Prog<'a, Self::Field>;
  type Instruction (line 93) | type Instruction = Instr<Self::Field, ISA>;
  type MemoryBusInteraction (line 94) | type MemoryBusInteraction<V: Ord + Clone + Eq + Display + Hash> =
  type CustomBusTypes (line 96) | type CustomBusTypes = OpenVmBusType;
  type ApcStats (line 97) | type ApcStats = OvmApcStats;
  type AirId (line 98) | type AirId = String;
  type ExecutionState (line 99) | type ExecutionState = OpenVmExecutionState<'a, BabyBear, ISA>;
  method into_field (line 101) | fn into_field(e: Self::PowdrField) -> Self::Field {
  method from_field (line 107) | fn from_field(e: Self::Field) -> Self::PowdrField {
  method apc_stats (line 111) | fn apc_stats(
  method is_allowed (line 136) | fn is_allowed(instruction: &Self::Instruction) -> bool {
  method is_branching (line 140) | fn is_branching(instruction: &Self::Instruction) -> bool {
  type Instr (line 146) | pub struct Instr<F, ISA> {
  function from (line 152) | fn from(value: OpenVmInstruction<F>) -> Self {
  method clone (line 165) | fn clone(&self) -> Self {
  method fmt (line 174) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  method pc_step (line 180) | fn pc_step() -> u32 {
  function pc_lookup_row (line 186) | fn pc_lookup_row(&self, pc: u64) -> Vec<F> {
  function customize (line 204) | pub fn customize<'a, ISA: OpenVmISA, P: PgoAdapter<Adapter = BabyBearOpe...
  type OvmApcStats (line 305) | pub struct OvmApcStats {
    method new (line 310) | pub fn new(widths: AirWidthsDiff) -> Self {
  type OpenVmApcCandidate (line 316) | pub struct OpenVmApcCandidate<ISA: OpenVmISA>(
  function create (line 323) | fn create(apc_with_stats: AdapterApcWithStats<BabyBearOpenVmApcAdapter<'...
  function inner (line 327) | fn inner(&self) -> &AdapterApcWithStats<BabyBearOpenVmApcAdapter<'a, ISA...
  function into_inner (line 331) | fn into_inner(self) -> AdapterApcWithStats<BabyBearOpenVmApcAdapter<'a, ...
  function cost_before_opt (line 335) | fn cost_before_opt(&self) -> usize {
  function cost_after_opt (line 339) | fn cost_after_opt(&self) -> usize {
  function value_per_use (line 343) | fn value_per_use(&self) -> usize {

FILE: openvm/src/empirical_constraints.rs
  type Timestamp (line 31) | struct Timestamp {
  type Row (line 39) | struct Row {
  type Trace (line 50) | struct Trace {
    method rows_by_pc (line 57) | fn rows_by_pc(&self) -> BTreeMap<u32, Vec<&Row>> {
    method rows_sorted_by_time (line 65) | fn rows_sorted_by_time(&self) -> impl Iterator<Item = &Row> {
    method take (line 69) | fn take(&mut self) -> Self {
  function detect_empirical_constraints (line 76) | pub fn detect_empirical_constraints<ISA: OpenVmISA>(
  function detect_empirical_constraints_from_input (line 109) | fn detect_empirical_constraints_from_input<ISA: OpenVmISA>(
  function take_complete_blocks (line 234) | fn take_complete_blocks(constraint_detector: &ConstraintDetector, trace:...
  type ConstraintDetector (line 260) | struct ConstraintDetector {
    method new (line 293) | pub fn new(block_instruction_counts: HashMap<u64, usize>) -> Self {
    method is_basic_block_start (line 300) | pub fn is_basic_block_start(&self, pc: u64) -> bool {
    method finalize (line 304) | pub fn finalize(self) -> EmpiricalConstraints {
    method process_trace (line 308) | pub fn process_trace(&mut self, trace: Trace, debug_info: DebugInfo) {
    method detect_column_ranges_by_pc (line 331) | fn detect_column_ranges_by_pc(&self, trace: Trace) -> BTreeMap<u32, Ve...
    method detect_column_ranges (line 340) | fn detect_column_ranges(&self, rows: &[&Row]) -> Vec<(u32, u32)> {
    method generate_equivalence_classes_by_block (line 361) | fn generate_equivalence_classes_by_block(
    method get_blocks (line 401) | fn get_blocks<'a>(&self, trace: &'a Trace) -> BTreeMap<u64, Vec<Concre...
  type ConcreteBlock (line 268) | struct ConcreteBlock<'a> {
  function equivalence_classes (line 273) | fn equivalence_classes(&self) -> Partition<BlockCell> {
  function make_trace (line 438) | fn make_trace(rows_by_time_with_pc: Vec<(u32, Vec<u32>)>) -> Trace {
  function test_constraint_detector (line 456) | fn test_constraint_detector() {

FILE: openvm/src/extraction_utils.rs
  constant EXT_DEGREE (line 46) | const EXT_DEGREE: usize = 4;
  type OriginalAirs (line 49) | pub struct OriginalAirs<F, ISA> {
  type Field (line 61) | type Field = F;
  type Instruction (line 62) | type Instruction = Instr<F, ISA>;
  type AirId (line 63) | type AirId = String;
  method get_instruction_air_and_id (line 65) | fn get_instruction_air_and_id(
  method get_instruction_air_stats (line 78) | fn get_instruction_air_stats(&self, instruction: &Self::Instruction) -> ...
  method degree_bound (line 84) | fn degree_bound(&self) -> DegreeBound {
  function insert_opcode (line 90) | pub fn insert_opcode(
  function get_instruction_metrics (line 112) | pub fn get_instruction_metrics(&self, opcode: VmOpcode) -> Option<&AirMe...
  function allow_list (line 120) | pub fn allow_list(&self) -> Vec<VmOpcode> {
  function airs_by_name (line 124) | pub fn airs_by_name(&self) -> impl Iterator<Item = (&String, &SymbolicMa...
  function with_degree_bound (line 130) | fn with_degree_bound(degree_bound: DegreeBound) -> Self {
  function get_air_machine (line 139) | pub fn get_air_machine(&self, air_name: &str) -> Option<&SymbolicMachine...
  function record_arena_dimension_by_air_name_per_apc_call (line 146) | pub fn record_arena_dimension_by_air_name_per_apc_call<F, ISA: OpenVmISA>(
  type ChipComplex (line 178) | type ChipComplex = OriginalCpuChipComplex;
  type LazyChipComplex (line 180) | type LazyChipComplex = Option<ChipComplex>;
  type CachedChipComplex (line 181) | type CachedChipComplex = Arc<Mutex<LazyChipComplex>>;
  type ChipComplexGuard (line 183) | pub struct ChipComplexGuard<'a> {
  type Target (line 188) | type Target = ChipComplex;
  method deref (line 190) | fn deref(&self) -> &Self::Target {
  type OriginalVmConfig (line 198) | pub struct OriginalVmConfig<ISA: OpenVmISA> {
  function create_airs (line 205) | fn create_airs(&self) -> Result<AirInventory<BabyBearSC>, AirInventoryEr...
  type Executor (line 211) | type Executor = <ISA::Config as VmExecutionConfig<BabyBear>>::Executor;
  function create_executors (line 213) | fn create_executors(
  function as_ref (line 221) | fn as_ref(&self) -> &SystemConfig {
  function as_mut (line 227) | fn as_mut(&mut self) -> &mut SystemConfig {
  function new (line 233) | pub fn new(config: ISA::Config) -> Self {
  function config (line 240) | pub fn config(&self) -> &ISA::Config {
  function config_mut (line 244) | pub fn config_mut(&mut self) -> &mut ISA::Config {
  function chip_complex (line 250) | pub fn chip_complex(&self) -> ChipComplexGuard<'_> {
  function airs (line 266) | pub fn airs(
  function bus_map (line 324) | pub fn bus_map(&self) -> BusMap {
  function chip_inventory_air_metrics (line 382) | pub fn chip_inventory_air_metrics(&self, max_degree: usize) -> HashMap<S...
  function get_columns (line 398) | pub fn get_columns(air: Arc<dyn AnyRap<BabyBearSC>>) -> Vec<Arc<String>> {
  function get_name (line 410) | pub fn get_name<SC: StarkGenericConfig>(air: Arc<dyn AnyRap<SC>>) -> Str...
  function get_constraints (line 414) | pub fn get_constraints(
  function get_air_metrics (line 421) | pub fn get_air_metrics(air: Arc<dyn AnyRap<BabyBearSC>>, max_degree: usi...
  function symbolic_builder_with_degree (line 449) | pub fn symbolic_builder_with_degree(
  type AirWidths (line 461) | pub struct AirWidths {
    method sum (line 490) | fn sum<I: Iterator<Item = AirWidths>>(iter: I) -> AirWidths {
    method total (line 496) | pub fn total(&self) -> usize {
    method fmt (line 502) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type Output (line 468) | type Output = AirWidths;
  method add (line 469) | fn add(self, rhs: AirWidths) -> AirWidths {
  type Output (line 479) | type Output = AirWidths;
  method sub (line 480) | fn sub(self, rhs: AirWidths) -> AirWidths {
  type AirWidthsDiff (line 515) | pub struct AirWidthsDiff {
    method new (line 521) | pub fn new(before: AirWidths, after: AirWidths) -> Self {
    method columns_saved (line 525) | pub fn columns_saved(&self) -> AirWidths {
    method sum (line 542) | fn sum<I: Iterator<Item = AirWidthsDiff>>(iter: I) -> AirWidthsDiff {
  type Output (line 531) | type Output = AirWidthsDiff;
  method add (line 533) | fn add(self, rhs: AirWidthsDiff) -> AirWidthsDiff {

FILE: openvm/src/isa.rs
  type OriginalCpuChipComplex (line 29) | pub type OriginalCpuChipComplex = VmChipComplex<
  type OriginalCpuChipInventory (line 35) | pub type OriginalCpuChipInventory =
  type OriginalGpuChipComplex (line 39) | pub type OriginalGpuChipComplex =
  type OriginalGpuChipInventory (line 42) | pub type OriginalGpuChipInventory = ChipInventory<BabyBearSC, DenseRecor...
  type IsaApc (line 44) | pub type IsaApc<F, ISA> = Arc<powdr_autoprecompiles::Apc<F, Instr<F, ISA...
  type OpenVmISA (line 46) | pub trait OpenVmISA: Send + Sync + Clone + 'static + Default {
    method create_dummy_airs (line 83) | fn create_dummy_airs<E: VmCircuitExtension<BabyBearSC>>(
    method create_original_chip_complex (line 88) | fn create_original_chip_complex(
    method create_dummy_chip_complex_cpu (line 93) | fn create_dummy_chip_complex_cpu(
    method create_dummy_chip_complex_gpu (line 100) | fn create_dummy_chip_complex_gpu(
    method branching_opcodes (line 107) | fn branching_opcodes() -> HashSet<VmOpcode>;
    method allowed_opcodes (line 110) | fn allowed_opcodes() -> HashSet<VmOpcode>;
    method format (line 113) | fn format<F: PrimeField32>(instruction: &Instruction<F>) -> String;
    method get_symbol_table (line 115) | fn get_symbol_table<'a>(program: &Self::LinkedProgram<'a>) -> SymbolTa...
    method get_jump_destinations (line 118) | fn get_jump_destinations(original_program: &OriginalCompiledProgram<Se...

FILE: openvm/src/lib.rs
  type BabyBearSC (line 69) | pub type BabyBearSC = BabyBearPoseidon2Config;
  type PowdrSdkCpu (line 97) | pub type PowdrSdkCpu<ISA> =
  type PowdrExecutionProfileSdkCpu (line 99) | pub type PowdrExecutionProfileSdkCpu<ISA> =
  constant DEFAULT_OPENVM_DEGREE_BOUND (line 102) | pub const DEFAULT_OPENVM_DEGREE_BOUND: usize = 2 * DEFAULT_APP_LOG_BLOWU...
  constant DEFAULT_DEGREE_BOUND (line 103) | pub const DEFAULT_DEGREE_BOUND: DegreeBound = DegreeBound {
  function default_powdr_openvm_config (line 108) | pub fn default_powdr_openvm_config(apc: u64, skip: u64) -> PowdrConfig {
  function format_fe (line 112) | pub fn format_fe<F: PrimeField32>(v: F) -> String {
  type SpecializedConfig (line 133) | pub struct SpecializedConfig<ISA: OpenVmISA> {
  type SpecializedConfigGpuBuilder (line 140) | pub struct SpecializedConfigGpuBuilder<ISA> {
  type VmConfig (line 146) | type VmConfig = SpecializedConfig<ISA>;
  type SystemChipInventory (line 147) | type SystemChipInventory = SystemChipInventoryGPU;
  type RecordArena (line 148) | type RecordArena = DenseRecordArena;
  function create_chip_complex (line 150) | fn create_chip_complex(
  type SpecializedConfigCpuBuilder (line 174) | pub struct SpecializedConfigCpuBuilder<ISA> {
  type VmConfig (line 188) | type VmConfig = SpecializedConfig<ISA>;
  type SystemChipInventory (line 189) | type SystemChipInventory = SystemChipInventory<BabyBearSC>;
  type RecordArena (line 190) | type RecordArena = MatrixRecordArena<Val<BabyBearSC>>;
  function create_chip_complex (line 192) | fn create_chip_complex(
  type PowdrGpuProverExt (line 217) | struct PowdrGpuProverExt<ISA> {
  function extend_prover (line 226) | fn extend_prover(
  type PeripheryBusIds (line 274) | pub struct PeripheryBusIds {
  type PowdrCpuProverExt (line 281) | pub struct PowdrCpuProverExt<ISA> {
  function extend_prover (line 291) | fn extend_prover(
  function get_periphery_bus_ids (line 339) | fn get_periphery_bus_ids<SC, RA, PB>(inventory: &ChipInventory<SC, RA, P...
  function transpiler (line 369) | fn transpiler(&self) -> Transpiler<BabyBear> {
  method generate_init_file_contents (line 376) | fn generate_init_file_contents(&self) -> Option<String> {
  method write_to_init_file (line 380) | fn write_to_init_file(
  function as_ref (line 392) | fn as_ref(&self) -> &SystemConfig {
  function as_mut (line 398) | fn as_mut(&mut self) -> &mut SystemConfig {
  type SpecializedExecutor (line 407) | pub enum SpecializedExecutor<F: PrimeField32, ISA: OpenVmISA> {
  function from (line 418) | fn from(value: PowdrExtensionExecutor<ISA>) -> Self {
  function create_airs (line 426) | fn create_airs(&self) -> Result<AirInventory<BabyBearSC>, AirInventoryEr...
  type Executor (line 435) | type Executor = SpecializedExecutor<BabyBear, ISA>;
  function create_executors (line 437) | fn create_executors(
  function new (line 447) | pub fn new(
  type AirMetrics (line 463) | pub struct AirMetrics {
    method sum (line 492) | fn sum<I: Iterator<Item = AirMetrics>>(iter: I) -> AirMetrics {
    method total_width (line 498) | pub fn total_width(&self) -> usize {
  method from (line 470) | fn from(metrics: AirMetrics) -> Self {
  type Output (line 480) | type Output = AirMetrics;
  method add (line 482) | fn add(self, rhs: AirMetrics) -> AirMetrics {
  function air_metrics (line 505) | pub fn air_metrics(
  function execute (line 552) | pub fn execute<ISA: OpenVmISA>(
  function execution_profile_from_guest (line 577) | pub fn execution_profile_from_guest<ISA: OpenVmISA>(

FILE: openvm/src/powdr_extension/chip.rs
  type PowdrChipCpu (line 34) | pub struct PowdrChipCpu<ISA: OpenVmISA> {
  function new (line 41) | pub(crate) fn new(
  type PowdrAir (line 64) | pub struct PowdrAir<F> {
  function columns (line 71) | fn columns(&self) -> Option<Vec<String>> {
  function new (line 77) | pub fn new(machine: SymbolicMachine<F>) -> Self {
  function width (line 86) | fn width(&self) -> usize {
  function eval (line 100) | fn eval(&self, builder: &mut AB) {
  type PowdrChipGpu (line 152) | pub struct PowdrChipGpu<ISA: OpenVmISA> {
  function new (line 159) | pub(crate) fn new(

FILE: openvm/src/powdr_extension/executor/mod.rs
  type PowdrExecutor (line 46) | pub struct PowdrExecutor<ISA: OpenVmISA> {
  type OriginalArenas (line 64) | pub enum OriginalArenas<A> {
  function ensure_initialized (line 73) | fn ensure_initialized<ISA: OpenVmISA>(
  type InitializedOriginalArenas (line 100) | pub struct InitializedOriginalArenas<A> {
  function new (line 108) | pub fn new<ISA: OpenVmISA>(
  function arena_mut_by_index (line 148) | fn arena_mut_by_index(&mut self, index: usize) -> &mut ArenaPair<A> {
  function real_arena_mut_by_index (line 156) | fn real_arena_mut_by_index(&mut self, index: usize) -> &mut A {
  function dummy_arena_mut_by_index (line 161) | fn dummy_arena_mut_by_index(&mut self, index: usize) -> &mut A {
  function take_real_arena (line 165) | pub fn take_real_arena(&mut self, air_name: &str) -> Option<A> {
  type ArenaPair (line 171) | pub struct ArenaPair<A> {
  type RecordArenaDimension (line 177) | pub struct RecordArenaDimension {
  type CachedInstructionMeta (line 184) | struct CachedInstructionMeta {
  type PowdrPreCompute (line 193) | struct PowdrPreCompute<F, Ctx> {
  function pre_compute_size (line 200) | fn pre_compute_size(&self) -> usize {
  function pre_compute (line 207) | fn pre_compute<Ctx>(
  function handler (line 224) | fn handler<Ctx>(
  function metered_pre_compute_size (line 240) | fn metered_pre_compute_size(&self) -> usize {
  function metered_pre_compute (line 247) | fn metered_pre_compute<Ctx>(
  function metered_handler (line 266) | fn metered_handler<Ctx>(
  function is_aot_supported (line 287) | fn is_aot_supported(&self, _inst: &Instruction<BabyBear>) -> bool {
  function generate_x86_asm (line 291) | fn generate_x86_asm(
  function is_aot_metered_supported (line 302) | fn is_aot_metered_supported(&self, _inst: &Instruction<BabyBear>) -> bool {
  function generate_x86_metered_asm (line 306) | fn generate_x86_metered_asm(
  function pre_compute_impl (line 321) | fn pre_compute_impl<Ctx>(
  function pre_compute_impl (line 392) | fn pre_compute_impl<Ctx>(
  function execute_e12_impl (line 404) | unsafe fn execute_e12_impl<F: PrimeField32, CTX: ExecutionCtxTrait, ISA:...
  function execute_e1_impl (line 429) | unsafe fn execute_e1_impl<F: PrimeField32, CTX: ExecutionCtxTrait, ISA: ...
  function execute_e2_impl (line 439) | unsafe fn execute_e2_impl<F: PrimeField32, CTX: MeteredExecutionCtxTrait...
  function execute (line 460) | fn execute(
  function get_opcode_name (line 527) | fn get_opcode_name(&self, opcode: usize) -> String {
  function execute (line 534) | fn execute(
  function get_opcode_name (line 601) | fn get_opcode_name(&self, opcode: usize) -> String {
  function new (line 607) | pub fn new(

FILE: openvm/src/powdr_extension/opcode.rs
  type PowdrOpcode (line 5) | pub struct PowdrOpcode {
  constant CLASS_OFFSET (line 12) | const CLASS_OFFSET: usize = unreachable!();
  method from_usize (line 14) | fn from_usize(value: usize) -> Self {
  method local_usize (line 21) | fn local_usize(&self) -> usize {
  method global_opcode (line 26) | fn global_opcode(&self) -> openvm_instructions::VmOpcode {

FILE: openvm/src/powdr_extension/trace_generator/common.rs
  type DummyExecutor (line 11) | pub enum DummyExecutor<F: PrimeField32, ISA: OpenVmISA> {
  type SharedExecutor (line 19) | pub enum SharedExecutor<F: PrimeField32> {

FILE: openvm/src/powdr_extension/trace_generator/cpu/inventory.rs
  type DummyChipComplex (line 9) | pub type DummyChipComplex<SC> =

FILE: openvm/src/powdr_extension/trace_generator/cpu/mod.rs
  type SharedCpuTrace (line 33) | pub struct SharedCpuTrace<F> {
  type Values (line 38) | type Values = Vec<F>;
  function width (line 40) | fn width(&self) -> usize {
  function values (line 44) | fn values(&self) -> &Self::Values {
  function from (line 50) | fn from(matrix: Arc<RowMajorMatrix<F>>) -> Self {
  function generate_proving_ctx (line 58) | fn generate_proving_ctx(&self, _: R) -> AirProvingContext<PB> {
  type PowdrTraceGeneratorCpu (line 69) | pub struct PowdrTraceGeneratorCpu<ISA: OpenVmISA> {
  function new (line 77) | pub fn new(
  function generate_witness (line 91) | pub fn generate_witness(

FILE: openvm/src/powdr_extension/trace_generator/cpu/periphery.rs
  type PowdrPeripheryInstancesCpu (line 27) | pub struct PowdrPeripheryInstancesCpu<ISA> {
  type SharedPeripheryChipsCpu (line 37) | pub struct SharedPeripheryChipsCpu<ISA> {
  function new (line 45) | pub fn new(
  type Executor (line 81) | type Executor = DummyExecutor<F, ISA>;
  function extend_execution (line 83) | fn extend_execution(
  function extend_circuit (line 95) | fn extend_circuit(&self, inventory: &mut AirInventory<SC>) -> Result<(),...
  type SharedPeripheryChipsCpuProverExt (line 127) | pub struct SharedPeripheryChipsCpuProverExt;
    method extend_prover (line 140) | fn extend_prover(
  function apply (line 175) | pub fn apply(

FILE: openvm/src/powdr_extension/trace_generator/cuda/inventory.rs
  type GpuDummyChipComplex (line 7) | pub type GpuDummyChipComplex<SC> =

FILE: openvm/src/powdr_extension/trace_generator/cuda/mod.rs
  function emit_expr (line 49) | fn emit_expr(
  function emit_expr_span (line 84) | fn emit_expr_span(
  function compile_derived_to_gpu (line 100) | fn compile_derived_to_gpu(
  function compile_bus_to_gpu (line 143) | pub fn compile_bus_to_gpu(
  type PowdrTraceGeneratorGpu (line 179) | pub struct PowdrTraceGeneratorGpu<ISA: OpenVmISA> {
  function new (line 187) | pub fn new(
  function try_generate_witness (line 201) | fn try_generate_witness(
  function generate_proving_ctx (line 400) | fn generate_proving_ctx(&self, _: R) -> AirProvingContext<PB> {

FILE: openvm/src/powdr_extension/trace_generator/cuda/periphery.rs
  type PowdrPeripheryInstancesGpu (line 25) | pub struct PowdrPeripheryInstancesGpu<ISA> {
  type SharedPeripheryChipsGpu (line 35) | pub struct SharedPeripheryChipsGpu<ISA> {
  function new (line 43) | pub fn new(
  type Executor (line 88) | type Executor = DummyExecutor<F, ISA>;
  function extend_execution (line 90) | fn extend_execution(
  function extend_circuit (line 102) | fn extend_circuit(&self, inventory: &mut AirInventory<SC>) -> Result<(),...
  type SharedPeripheryChipsGpuProverExt (line 148) | pub struct SharedPeripheryChipsGpuProverExt;
    method extend_prover (line 154) | fn extend_prover(

FILE: openvm/src/powdr_extension/vm.rs
  type PowdrExtension (line 33) | pub struct PowdrExtension<F, ISA: OpenVmISA> {
  type PowdrPrecompile (line 42) | pub struct PowdrPrecompile<F, ISA: OpenVmISA> {
  function new (line 54) | pub fn new(
  function new (line 73) | pub fn new(
  type PowdrExtensionExecutor (line 90) | pub enum PowdrExtensionExecutor<ISA: OpenVmISA> {
  type Executor (line 95) | type Executor = PowdrExtensionExecutor<ISA>;
  function extend_execution (line 97) | fn extend_execution(
  function extend_circuit (line 125) | fn extend_circuit(&self, inventory: &mut AirInventory<SC>) -> Result<(),...
  function as_any_kind (line 135) | fn as_any_kind(&self) -> &dyn std::any::Any {
  function as_any_kind_mut (line 141) | fn as_any_kind_mut(&mut self) -> &mut dyn std::any::Any {
  function pre_compute_size (line 151) | fn pre_compute_size(&self) -> usize {
  function pre_compute (line 158) | fn pre_compute<Ctx>(
  function handler (line 176) | fn handler<Ctx>(
  function metered_pre_compute_size (line 197) | fn metered_pre_compute_size(&self) -> usize {
  function metered_pre_compute (line 204) | fn metered_pre_compute<Ctx>(
  function metered_handler (line 223) | fn metered_handler<Ctx>(
  function is_aot_supported (line 247) | fn is_aot_supported(&self, inst: &Instruction<BabyBear>) -> bool {
  function generate_x86_asm (line 253) | fn generate_x86_asm(
  function is_aot_metered_supported (line 270) | fn is_aot_metered_supported(&self, inst: &Instruction<BabyBear>) -> bool {
  function generate_x86_metered_asm (line 276) | fn generate_x86_metered_asm(
  function execute (line 294) | fn execute(
  function get_opcode_name (line 308) | fn get_opcode_name(&self, opcode: usize) -> String {

FILE: openvm/src/program.rs
  type CompiledProgram (line 17) | pub struct CompiledProgram<ISA: OpenVmISA> {
  type OriginalCompiledProgram (line 23) | pub struct OriginalCompiledProgram<'a, ISA: OpenVmISA> {
  function new (line 30) | pub fn new(
  function collect_basic_blocks (line 43) | pub fn collect_basic_blocks(&self) -> Vec<BasicBlock<Instr<BabyBear, ISA...
  function compiled_program (line 52) | pub fn compiled_program(&self, degree_bound: DegreeBound) -> CompiledPro...
  type Prog (line 62) | pub struct Prog<'a, F>(&'a OpenVmProgram<F>);
  function from (line 65) | fn from(program: &'a OpenVmProgram<F>) -> Self {
  function base_pc (line 71) | fn base_pc(&self) -> u64 {
  function instructions (line 75) | fn instructions(&self) -> Box<dyn Iterator<Item = Instr<F, ISA>> + '_> {
  function length (line 84) | fn length(&self) -> u32 {

FILE: openvm/src/test_utils.rs
  function compile_apc (line 22) | pub fn compile_apc<ISA: OpenVmISA>(
  function assert_apc_snapshot (line 76) | pub fn assert_apc_snapshot(
  function assert_apc_machine_output (line 120) | pub fn assert_apc_machine_output<ISA: OpenVmISA>(

FILE: openvm/src/trace_generation.rs
  function do_with_trace (line 43) | pub fn do_with_trace<ISA: OpenVmISA>(
  function do_with_cpu_trace (line 60) | pub fn do_with_cpu_trace<ISA: OpenVmISA>(
  function do_with_trace_with_sdk (line 76) | fn do_with_trace_with_sdk<ISA: OpenVmISA, E, VB, NB>(
  function create_app_config (line 148) | fn create_app_config<ISA: OpenVmISA>(

FILE: openvm/src/utils.rs
  type OpenVmReference (line 22) | pub enum OpenVmReference {
    method fmt (line 31) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
  type UnsupportedOpenVmReferenceError (line 46) | pub struct UnsupportedOpenVmReferenceError;
  type Error (line 49) | type Error = UnsupportedOpenVmReferenceError;
  method try_from (line 51) | fn try_from(value: OpenVmReference) -> Result<Self, Self::Error> {
  function symbolic_to_algebraic (line 59) | pub fn symbolic_to_algebraic<F: PrimeField32>(
  function openvm_bus_interaction_to_powdr (line 106) | pub fn openvm_bus_interaction_to_powdr<F: PrimeField32>(
  function get_pil (line 122) | pub fn get_pil<F: PrimeField32>(
  function format_bus_interaction (line 203) | fn format_bus_interaction<F: PrimeField32>(
  function format_expr (line 226) | fn format_expr<F: PrimeField32>(

FILE: riscv-elf/src/bin/elf-labels.rs
  function main (line 14) | fn main() {
  function print_elf_info_32 (line 92) | fn print_elf_info_32(program: &powdr_riscv_elf::ElfProgram) {
  function print_elf_info_64 (line 157) | fn print_elf_info_64(labels: &rv64::Rv64Labels) {

FILE: riscv-elf/src/debug_info.rs
  type Reader (line 19) | type Reader<'a> = EndianSlice<'a, LittleEndian>;
  type Error (line 22) | pub enum Error {
  type DebugInfo (line 33) | pub struct DebugInfo {
    method new (line 54) | pub fn new(
  type SourceLocationInfo (line 45) | pub struct SourceLocationInfo {
  function read_source_locations (line 119) | fn read_source_locations(
  function read_unit_symbols (line 182) | fn read_unit_symbols(
  function load_dwarf_sections (line 286) | fn load_dwarf_sections<'a>(elf: &Elf, file_buffer: &'a [u8]) -> Result<D...
  function find_attr (line 325) | fn find_attr<'a>(
  function as_str (line 338) | fn as_str<'a>(
  function get_static_var_address (line 345) | fn get_static_var_address(
  function get_function_start (line 371) | fn get_function_start(
  function filter_locations_in_text (line 401) | fn filter_locations_in_text(locations: &mut Vec<SourceLocationInfo>, add...
  function find_first_idx (line 416) | fn find_first_idx(slice: &[SourceLocationInfo], addr: u32) -> usize {
  type SymbolTable (line 430) | pub struct SymbolTable(BTreeMap<u32, Vec<String>>);
    method new (line 433) | pub fn new(elf: &Elf) -> SymbolTable {
    method default_label (line 448) | fn default_label(addr: u32) -> Cow<'static, str> {
    method try_get_one (line 453) | pub fn try_get_one(&self, addr: u32) -> Option<&str> {
    method get_one (line 460) | pub fn get_one(&self, addr: u32) -> Cow<'_, str> {
    method get_all (line 468) | pub fn get_all(&self, addr: u32) -> impl Iterator<Item = Cow<'_, str>> {
    method table (line 483) | pub fn table(&self) -> &BTreeMap<u32, Vec<String>> {
    method try_get_one_or_preceding (line 489) | pub fn try_get_one_or_preceding(&self, addr: u64) -> Option<(&str, u32...
    method into_table (line 498) | pub fn into_table(self) -> BTreeMap<u32, Vec<String>> {
    method from_table (line 502) | pub fn from_table(table: BTreeMap<u32, Vec<String>>) -> Self {
  function read_symbol_table (line 507) | fn read_symbol_table(elf: &Elf) -> Vec<(String, u32)> {
  function dedup_names (line 524) | fn dedup_names(symbols: &mut Vec<(String, u32)>) {
  function dedup_names_pass (line 532) | fn dedup_names_pass(symbols: &mut Vec<(String, u32)>) -> bool {
  function dedup_names (line 571) | fn dedup_names() {

FILE: riscv-elf/src/lib.rs
  constant PT_POWDR_PROVER_DATA (line 34) | pub const PT_POWDR_PROVER_DATA: u32 = 0x600000da;
  type ElfProgram (line 36) | pub struct ElfProgram {
    method debug_info (line 279) | pub fn debug_info(&self) -> &DebugInfo {
    method text_labels (line 283) | pub fn text_labels(&self) -> &BTreeSet<u32> {
  function load_elf (line 45) | pub fn load_elf(file_name: &Path) -> ElfProgram {
  function load_elf_from_buffer (line 51) | pub fn load_elf_from_buffer(file_buffer: &[u8]) -> ElfProgram {
  function pie_relocate_data_sections (line 211) | fn pie_relocate_data_sections(
  function static_relocate_data_sections (line 243) | fn static_relocate_data_sections(
  method take_source_files_info (line 289) | fn take_source_files_info(&mut self) -> impl Iterator<Item = SourceFileI...
  method take_initial_mem (line 302) | fn take_initial_mem(&mut self) -> impl Iterator<Item = MemEntry> {
  method take_executable_statements (line 327) | fn take_executable_statements(
  method prover_data_bounds (line 393) | fn prover_data_bounds(&self) -> (u32, u32) {
  method start_function (line 397) | fn start_function(&self) -> impl AsRef<str> {
  type WrappedArgs (line 404) | struct WrappedArgs<'a> {
  type Error (line 410) | type Error = String;
  method l (line 412) | fn l(&self) -> Result<impl AsRef<str>, Self::Error> {
  method r (line 424) | fn r(&self) -> Result<Register, Self::Error> {
  method rri (line 436) | fn rri(&self) -> Result<(Register, Register, u32), Self::Error> {
  method rrr (line 452) | fn rrr(&self) -> Result<(Register, Register, Register), Self::Error> {
  method rrr2 (line 468) | fn rrr2(&self) -> Result<(Register, Register, Register), Self::Error> {
  method ri (line 484) | fn ri(&self) -> Result<(Register, u32), Self::Error> {
  method rr (line 496) | fn rr(&self) -> Result<(Register, Register), Self::Error> {
  method rrl (line 508) | fn rrl(
  method rl (line 526) | fn rl(&self) -> Result<(Register, impl AsRef<str>), Self::Error> {
  method rro (line 550) | fn rro(&self) -> Result<(Register, Register, u32), Self::Error> {
  method empty (line 579) | fn empty(&self) -> Result<(), Self::Error> {
  type AddressMap (line 595) | pub struct AddressMap<'a>(BTreeMap<u32, &'a ProgramHeader>);
  function is_in_data_section (line 598) | fn is_in_data_section(&self, addr: u32) -> bool {
  function is_in_text_section (line 603) | fn is_in_text_section(&self, addr: u32) -> bool {
  function get_section_of_addr (line 608) | fn get_section_of_addr(&self, addr: u32) -> Option<&ProgramHeader> {
  type Data (line 626) | enum Data {
  function load_data_section (line 631) | fn load_data_section(mut addr: u32, data: &[u8], data_map: &mut BTreeMap...
  type UnimpOrInstruction (line 647) | enum UnimpOrInstruction {
    method len (line 654) | fn len(&self) -> u32 {
  type MaybeInstruction (line 666) | struct MaybeInstruction {
  type HighLevelImmediate (line 672) | enum HighLevelImmediate {
  type HighLevelArgs (line 679) | struct HighLevelArgs {
  method default (line 688) | fn default() -> Self {
  type Location (line 699) | struct Location {
  type HighLevelInsn (line 705) | struct HighLevelInsn {
  type ReadOrWrite (line 711) | enum ReadOrWrite<'a, T> {
  type InstructionLifter (line 716) | struct InstructionLifter<'a> {
  function composed_immediate (line 723) | fn composed_immediate(
  function try_map_two (line 773) | fn try_map_two(
  function map_one (line 970) | fn map_one(&mut self, insn: MaybeInstruction) -> HighLevelInsn {
  function search_text_addrs (line 1054) | fn search_text_addrs(
  function lift_instructions (line 1075) | fn lift_instructions(
  type RiscVInstructionIterator (line 1092) | struct RiscVInstructionIterator<'a> {
  function new (line 1098) | fn new(base_addr: u32, data: &[u8]) -> RiscVInstructionIterator<'_> {
  type Item (line 1107) | type Item = MaybeInstruction;
  method next (line 1109) | fn next(&mut self) -> Option<Self::Item> {
  function to_32bit_equivalent (line 1191) | fn to_32bit_equivalent(mut insn: Ins) -> Ins {
  type TwoOrOneMapper (line 1318) | trait TwoOrOneMapper<E, R> {
    method try_map_two (line 1320) | fn try_map_two(&mut self, first: &E, second: &E) -> Option<R>;
    method map_one (line 1322) | fn map_one(&mut self, element: E) -> R;
  function try_map_two_by_two (line 1329) | fn try_map_two_by_two<E, R>(

FILE: riscv-elf/src/rv64.rs
  type JumpDest (line 13) | pub struct JumpDest {
  type Rv64Labels (line 21) | pub struct Rv64Labels {
  function compute_jumpdests (line 34) | pub fn compute_jumpdests(file_name: &Path) -> Rv64Labels {
  function compute_jumpdests_from_buffer (line 40) | pub fn compute_jumpdests_from_buffer(file_buffer: &[u8]) -> Rv64Labels {
  function scan_for_jump_targets (line 119) | fn scan_for_jump_targets(

FILE: riscv-types/src/lib.rs
  type Register (line 5) | pub struct Register {
    method new (line 10) | pub fn new(value: u8) -> Self {
    method is_zero (line 14) | pub fn is_zero(&self) -> bool {
    method addr (line 18) | pub fn addr(&self) -> u8 {
    method fmt (line 69) | fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
    method from (line 75) | fn from(s: &str) -> Self {
  constant REGISTER_NAMES (line 25) | pub const REGISTER_NAMES: [&str; 3] = ["main::query_arg_1", "main::query...
  constant REGISTER_MEMORY_NAMES (line 28) | pub const REGISTER_MEMORY_NAMES: [&str; 37] = [
  type Statement (line 84) | pub enum Statement<'a, L: AsRef<str>, A: InstructionArgs> {
  type MemEntry (line 90) | pub struct MemEntry {
  type SourceFileInfo (line 96) | pub struct SourceFileInfo<'a> {
  type RiscVProgram (line 103) | pub trait RiscVProgram {
    method take_source_files_info (line 105) | fn take_source_files_info(&mut self) -> impl Iterator<Item = SourceFil...
    method take_initial_mem (line 108) | fn take_initial_mem(&mut self) -> impl Iterator<Item = MemEntry>;
    method take_executable_statements (line 111) | fn take_executable_statements(
    method prover_data_bounds (line 116) | fn prover_data_bounds(&self) -> (u32, u32);
    method start_function (line 119) | fn start_function(&self) -> impl AsRef<str>;
  type InstructionArgs (line 122) | pub trait InstructionArgs {
    method l (line 125) | fn l(&self) -> Result<impl AsRef<str>, Self::Error>;
    method r (line 126) | fn r(&self) -> Result<Register, Self::Error>;
    method rri (line 127) | fn rri(&self) -> Result<(Register, Register, u32), Self::Error>;
    method rrr (line 129) | fn rrr(&self) -> Result<(Register, Register, Register), Self::Error>;
    method rrr2 (line 131) | fn rrr2(&self) -> Result<(Register, Register, Register), Self::Error>;
    method ri (line 132) | fn ri(&self) -> Result<(Register, u32), Self::Error>;
    method rr (line 133) | fn rr(&self) -> Result<(Register, Register), Self::Error>;
    method rrl (line 134) | fn rrl(&self) -> Result<(Register, Register, impl AsRef<str>), Self::E...
    method rl (line 135) | fn rl(&self) -> Result<(Register, impl AsRef<str>), Self::Error>;
    method rro (line 136) | fn rro(&self) -> Result<(Register, Register, u32), Self::Error>;
    method empty (line 137) | fn empty(&self) -> Result<(), Self::Error>;

FILE: scripts/analyze_nightly.py
  function is_apc_config (line 39) | def is_apc_config(config: str) -> bool:
  class BenchmarkResult (line 48) | class BenchmarkResult:
  class ComparisonResult (line 57) | class ComparisonResult:
  function fetch_url (line 69) | def fetch_url(url: str, headers: Optional[dict] = None) -> str:
  function get_results_directories (line 85) | def get_results_directories() -> list[str]:
  function fetch_benchmark_results (line 110) | def fetch_benchmark_results(run_dir: str, benchmark: str) -> Optional[Be...
  function compare_results (line 148) | def compare_results(
  function print_error_report (line 178) | def print_error_report(error_msg: str) -> None:
  function format_change_percent (line 187) | def format_change_percent(change: float) -> str:
  function format_report (line 197) | def format_report(
  function main (line 254) | def main():