AsmMain (B2R2) | B2R2

AsmMain Module

Namespace: B2R2.Peripheral.Assembly.Intel
Assembly: B2R2.Peripheral.Assembly.Intel.dll

Types

Type	Description
AssemblyInfo
UserState

Functions and values

Function or value	Description
`assemble parserState isa baseAddr instrs` Full Usage: `assemble parserState isa baseAddr instrs` Parameters: parserState : `UserState` isa : `ISA` baseAddr : `Addr` instrs : `AsmInsInfo list` Returns: `byte[] list`	parserState : `UserState` isa : `ISA` baseAddr : `Addr` instrs : `AsmInsInfo list` Returns: `byte[] list`
`computeAddr idx realLenArr` Full Usage: `computeAddr idx realLenArr` Parameters: idx : `int` realLenArr : `int array` Returns: `int64`	idx : `int` realLenArr : `int array` Returns: `int64`
`computeDistance myIdx labelIdx maxLenArr` Full Usage: `computeDistance myIdx labelIdx maxLenArr` Parameters: myIdx : `int` labelIdx : `int` maxLenArr : `int array` Returns: `int64`	myIdx : `int` labelIdx : `int` maxLenArr : `int array` Returns: `int64`
`computeFitType dist` Full Usage: `computeFitType dist` Parameters: dist : `int64` Returns: `int<MeasureProduct<rt, MeasureOne>>`	dist : `int64` Returns: `int<MeasureProduct<rt, MeasureOne>>`
`computeIncompMaxLen _arg1` Full Usage: `computeIncompMaxLen _arg1` Parameters: _arg1 : `Opcode` Returns: `int`	_arg1 : `Opcode` Returns: `int`
`computeMaxLen components` Full Usage: `computeMaxLen components` Parameters: components : `AsmComponent[] list` Returns: `int array`	components : `AsmComponent[] list` Returns: `int array`
`computeRealLen components` Full Usage: `computeRealLen components` Parameters: components : `AsmComponent[] list` Returns: `int array`	components : `AsmComponent[] list` Returns: `int array`
`concretizeLabel sz offset` Full Usage: `concretizeLabel sz offset` Parameters: sz : `int<MeasureProduct<rt, MeasureOne>>` offset : `int64` Returns: `byte[]`	sz : `int<MeasureProduct<rt, MeasureOne>>` offset : `int64` Returns: `byte[]`
`decideOp parserState maxLenArr myIdx comp` Full Usage: `decideOp parserState maxLenArr myIdx comp` Parameters: parserState : `UserState` maxLenArr : `int array` myIdx : `int` comp : `AsmComponent[]` Returns: `AsmComponent[]`	parserState : `UserState` maxLenArr : `int array` myIdx : `int` comp : `AsmComponent[]` Returns: `AsmComponent[]`
`encodeInstruction ins ctxt` Full Usage: `encodeInstruction ins ctxt` Parameters: ins : `AsmInsInfo` ctxt : `EncContext` Returns: `AsmComponent[]`	ins : `AsmInsInfo` ctxt : `EncContext` Returns: `AsmComponent[]`
`finalize arch parserState realLenArr baseAddr myIdx comp` Full Usage: `finalize arch parserState realLenArr baseAddr myIdx comp` Parameters: arch : `Architecture` parserState : `UserState` realLenArr : `int array` baseAddr : `Addr` myIdx : `int` comp : `AsmComponent[]` Returns: `byte[]`	arch : `Architecture` parserState : `UserState` realLenArr : `int array` baseAddr : `Addr` myIdx : `int` comp : `AsmComponent[]` Returns: `byte[]`
`getImm imm` Full Usage: `getImm imm` Parameters: imm : `'a[] option` Returns: `'a[]`	imm : `'a[] option` Returns: `'a[]`
`getOpByteOfIncomp relSz _arg1` Full Usage: `getOpByteOfIncomp relSz _arg1` Parameters: relSz : `int<MeasureProduct<rt, MeasureOne>>` _arg1 : `Opcode` Returns: `byte[]`	relSz : `int<MeasureProduct<rt, MeasureOne>>` _arg1 : `Opcode` Returns: `byte[]`
`normalToByte _arg1` Full Usage: `normalToByte _arg1` Parameters: _arg1 : `AsmComponent` Returns: `byte`	_arg1 : `AsmComponent` Returns: `byte`