Module events

Type definitions for the events emitted by the crate::Executor during execution.

Structs

• AluEvent
  Arithmetic Logic Unit (ALU) Event.
• ByteLookupEvent
  Byte Lookup Event.
• CpuEvent
  CPU Event.
• EdDecompressEvent
  Edwards Decompress Event.
• EllipticCurveAddEvent
  Elliptic Curve Add Event.
• EllipticCurveDecompressEvent
  Elliptic Curve Point Decompress Event.
• EllipticCurveDoubleEvent
  Elliptic Curve Double Event.
• Fp2AddSubEvent
  Emulated Degree 2 Field Addition/Subtraction Events.
• Fp2MulEvent
  Emulated Degree 2 Field Multiplication Events.
• FpOpEvent
  Emulated Field Operation Events.
• KeccakPermuteEvent
  Keccak-256 Permutation Event.
• LookupId
  A unique identifier for lookups.
• MemoryInitializeFinalizeEvent
  Memory Initialize/Finalize Event.
• MemoryLocalEvent
  Memory Local Event.
• MemoryReadRecord
  Memory Read Record.
• MemoryRecord
  Memory Record.
• MemoryWriteRecord
  Memory Write Record.
• PrecompileEventIter
  An iterator over the variants of PrecompileEvent
• PrecompileEvents
  A record of all the precompile events.
• ShaCompressEvent
  SHA-256 Compress Event.
• ShaExtendEvent
  SHA-256 Extend Event.
• SyscallEvent
  Syscall Event.
• Uint256MulEvent
  Uint256 Mul Event.

Enums

• FieldOperation
  This is an arithmetic operation for emulating modular arithmetic.
• MemoryAccessPosition
  Memory Access Position.
• MemoryRecordEnum
  Memory Record Enum.
• PrecompileEvent
  Precompile event. There should be one variant for every precompile syscall.

Constants

• NUM_BYTE_OPS
  The number of different byte operations.

Traits

• ByteRecord
  A type that can record byte lookup events.
• PrecompileLocalMemory
  Trait to retrieve all the local memory events from a vec of precompile events.

Functions

• create_alu_lookup_id
  Creates a new ALU lookup id with LookupId
• create_alu_lookups
  Creates a new ALU lookup id with LookupId
• create_ec_add_event
  Create an elliptic curve add event. It takes two pointers to memory locations, reads the points from memory, adds them together, and writes the result back to the first memory location. The generic parameter N is the number of u32 words in the point representation. For example, for the secp256k1 curve, N would be 16 (64 bytes) because the x and y coordinates are 32 bytes each.
• create_ec_decompress_event
  Create an elliptic curve decompress event.
• create_ec_double_event
  Create an elliptic curve double event.
• sorted_table_lines
  Returns sorted and formatted rows of a table of counts (e.g. opcode_counts).