#![allow(clippy::explicit_auto_deref)]
use crate::stdlib::{collections::HashSet, prelude::*};
use thiserror_no_std::Error;
use super::{memory_errors::MemoryError, trace_errors::TraceError};
use crate::types::{errors::math_errors::MathError, relocatable::Relocatable};
use felt::Felt252;
#[derive(Debug, PartialEq, Error)]
pub enum RunnerError {
#[error("Initialization failure: No execution base")]
NoExecBase,
#[error("Initialization failure: No program base")]
NoProgBase,
#[error("Missing main()")]
MissingMain,
#[error("Found None PC during VM initialization")]
NoPC,
#[error("Found None AP during VM initialization")]
NoAP,
#[error("Found None FP during VM initialization")]
NoFP,
#[error("Memory validation failed during VM initialization: {0}")]
MemoryValidationError(MemoryError),
#[error("Memory loading failed during state initialization: {0}")]
MemoryInitializationError(MemoryError),
#[error("Failed to convert string to FieldElement")]
FailedStringConversion,
#[error("EcOpBuiltin: m should be at most {0}")]
EcOpBuiltinScalarLimit(Box<Felt252>),
#[error("Given builtins are not in appropiate order")]
DisorderedBuiltins,
#[error("Expected integer at address {:?} to be smaller than 2^{}, Got {}", (*.0).0, (*.0).1, (*.0).2)]
IntegerBiggerThanPowerOfTwo(Box<(Relocatable, u32, Felt252)>),
#[error("{0}")]
EcOpSameXCoordinate(Box<str>),
#[error("EcOpBuiltin: point {0:?} is not on the curve")]
PointNotOnCurve(Box<(Felt252, Felt252)>),
#[error("Builtin(s) {:?} not present in layout {}", (*.0).0, (*.0).1)]
NoBuiltinForInstance(Box<(HashSet<&'static str>, String)>),
#[error("Invalid layout {0}")]
InvalidLayoutName(Box<str>),
#[error("end_run called twice.")]
EndRunCalledTwice,
#[error("end_run must be called before finalize_segments.")]
FinalizeNoEndRun,
#[error("end_run must be called before read_return_values.")]
ReadReturnValuesNoEndRun,
#[error("Error while finalizing segments: {0}")]
FinalizeSegements(MemoryError),
#[error("finalize_segments called but proof_mode is not enabled")]
FinalizeSegmentsNoProofMode,
#[error("Invalid stop pointer for {}: Stop pointer has value {} but builtin segment is {}", (*.0).0, (*.0).1, (*.0).2)]
InvalidStopPointerIndex(Box<(&'static str, Relocatable, usize)>),
#[error("Invalid stop pointer for {}. Expected: {}, found: {}", (*.0).0, (*.0).1, (*.0).2)]
InvalidStopPointer(Box<(&'static str, Relocatable, Relocatable)>),
#[error("No stop pointer found for builtin {0}")]
NoStopPointer(Box<&'static str>),
#[error("Running in proof-mode but no __start__ label found, try compiling with proof-mode")]
NoProgramStart,
#[error("Running in proof-mode but no __end__ label found, try compiling with proof-mode")]
NoProgramEnd,
#[error("Could not convert slice to array")]
SliceToArrayError,
#[error("Cannot add the return values to the public memory after segment finalization.")]
FailedAddingReturnValues,
#[error("Missing execution public memory")]
NoExecPublicMemory,
#[error("Coulnd't parse prime from felt lib")]
CouldntParsePrime,
#[error("Could not convert vec with Maybe Relocatables into u64 array")]
MaybeRelocVecToU64ArrayError,
#[error("Expected Integer value, got Relocatable instead")]
FoundNonInt,
#[error(transparent)]
Memory(#[from] MemoryError),
#[error(transparent)]
Math(#[from] MathError),
#[error("keccak_builtin: Failed to get first input address")]
KeccakNoFirstInput,
#[error("{}: Expected integer at address {}", (*.0).0, (*.0).1)]
BuiltinExpectedInteger(Box<(&'static str, Relocatable)>),
#[error("keccak_builtin: Failed to convert input cells to u64 values")]
KeccakInputCellsNotU64,
#[error("Unexpected ret_fp_segment size")]
UnexpectedRetFpSegmentSize,
#[error("Unexpected ret_pc_segment size")]
UnexpectedRetPcSegmentSize,
#[error("Expected program base offset to be zero")]
ProgramBaseOffsetNotZero,
#[error("Expected execution base offset to be zero")]
ExecBaseOffsetNotZero,
#[error("Expected ret_fp offset to be zero")]
RetFpOffsetNotZero,
#[error("Expected ret_pc offset to be zero")]
RetPcOffsetNotZero,
#[error("Can't build a StrippedProgram from a Program without main")]
StrippedProgramNoMain,
#[error(transparent)]
Trace(#[from] TraceError),
}
#[cfg(test)]
mod tests {
use super::*;
#[test]
fn test_runner_error_size() {
let size = crate::stdlib::mem::size_of::<RunnerError>();
assert!(size <= 32, "{size}")
}
}