C# Class Reko.Core.ProcessorArchitecture

Inheritance: IProcessorArchitecture

Public Methods

Method	Description
CreateDisassembler ( Reko.Core.ImageReader imageReader ) : IEnumerable
CreateFrame ( ) : Frame
CreateImageReader ( MemoryArea img, Address addr ) : Reko.Core.ImageReader
CreateImageReader ( MemoryArea img, Address addrBegin, Address addrEnd ) : Reko.Core.ImageReader
CreateImageReader ( MemoryArea img, ulong off ) : Reko.Core.ImageReader
CreateImageWriter ( ) : Reko.Core.ImageWriter
CreateImageWriter ( MemoryArea img, Address addr ) : Reko.Core.ImageWriter
CreateInstructionComparer ( Normalize norm ) : IEqualityComparer
CreatePointerScanner ( Reko.Core.SegmentMap map, Reko.Core.ImageReader rdr, IEnumerable knownAddresses, PointerScannerFlags flags ) : IEnumerable
CreateProcessorState ( ) : ProcessorState
CreateRewriter ( Reko.Core.ImageReader rdr, ProcessorState state, Frame frame, IRewriterHost host ) : IEnumerable
CreateStackAccess ( Frame frame, int cbOffset, DataType dataType ) : Expression
GetAliases ( RegisterStorage reg ) : IEnumerable
GetFlagGroup ( string name ) : FlagGroupStorage
GetFlagGroup ( uint grf ) : FlagGroupStorage
GetOpcodeNames ( ) : int>.SortedList	Returns a map of opcode names to their internal (Reko) numbers.
GetOpcodeNumber ( string name ) : int?	For a particular opcode name, returns its internal (Reko) number.
GetPart ( RegisterStorage reg, DataType dt ) : RegisterStorage
GetRegister ( int i ) : RegisterStorage
GetRegister ( string name ) : RegisterStorage
GetRegisters ( ) : RegisterStorage[]
GetSubregister ( RegisterStorage reg, int offset, int width ) : RegisterStorage	Get the improper subregister of reg that starts at offset offset and is of size width. Most architectures not have subregisters, and will use this default implementation. This method is overridden for architectures like x86 and Z80, where subregisters (ah al etc) do exist.
GetWidestSubregister ( RegisterStorage reg, HashSet regs ) : RegisterStorage
GrfToString ( uint grf ) : string
LoadUserOptions ( object>.Dictionary options ) : void
MakeAddressFromConstant ( Constant c ) : Address
MakeSegmentedAddress ( Constant seg, Constant offset ) : Address
ReadCodeAddress ( int size, Reko.Core.ImageReader rdr, ProcessorState state ) : Address
RemoveAliases ( ISet ids, RegisterStorage reg ) : void
SaveUserOptions ( ) : object>.Dictionary
TryGetRegister ( string name, RegisterStorage &reg ) : bool
TryParseAddress ( string txtAddr, Address &addr ) : bool

Method Details

CreateDisassembler() public abstract method

public abstract CreateDisassembler ( Reko.Core.ImageReader imageReader ) : IEnumerable
imageReader	Reko.Core.ImageReader
return	IEnumerable

CreateFrame() public method

public CreateFrame ( ) : Frame
return	Frame

CreateImageReader() public abstract method

public abstract CreateImageReader ( MemoryArea img, Address addr ) : Reko.Core.ImageReader
img	MemoryArea
addr	Address
return	Reko.Core.ImageReader

CreateImageReader() public abstract method

public abstract CreateImageReader ( MemoryArea img, Address addrBegin, Address addrEnd ) : Reko.Core.ImageReader
img	MemoryArea
addrBegin	Address
addrEnd	Address
return	Reko.Core.ImageReader

CreateImageReader() public abstract method

public abstract CreateImageReader ( MemoryArea img, ulong off ) : Reko.Core.ImageReader
img	MemoryArea
off	ulong
return	Reko.Core.ImageReader

CreateImageWriter() public abstract method

public abstract CreateImageWriter ( ) : Reko.Core.ImageWriter
return	Reko.Core.ImageWriter

CreateImageWriter() public abstract method

public abstract CreateImageWriter ( MemoryArea img, Address addr ) : Reko.Core.ImageWriter
img	MemoryArea
addr	Address
return	Reko.Core.ImageWriter

CreateInstructionComparer() public abstract method

public abstract CreateInstructionComparer ( Normalize norm ) : IEqualityComparer
norm	Normalize
return	IEqualityComparer

CreatePointerScanner() public abstract method

public abstract CreatePointerScanner ( Reko.Core.SegmentMap map, Reko.Core.ImageReader rdr, IEnumerable knownAddresses, PointerScannerFlags flags ) : IEnumerable
map	Reko.Core.SegmentMap
rdr	Reko.Core.ImageReader
knownAddresses	IEnumerable
flags	PointerScannerFlags
return	IEnumerable

CreateProcessorState() public abstract method

public abstract CreateProcessorState ( ) : ProcessorState
return	ProcessorState

CreateRewriter() public abstract method

public abstract CreateRewriter ( Reko.Core.ImageReader rdr, ProcessorState state, Frame frame, IRewriterHost host ) : IEnumerable
rdr	Reko.Core.ImageReader
state	ProcessorState
frame	Frame
host	IRewriterHost
return	IEnumerable

CreateStackAccess() public abstract method

public abstract CreateStackAccess ( Frame frame, int cbOffset, DataType dataType ) : Expression
frame	Frame
cbOffset	int
dataType	DataType
return	Expression

GetAliases() public method

public GetAliases ( RegisterStorage reg ) : IEnumerable
reg	RegisterStorage
return	IEnumerable

GetFlagGroup() public abstract method

public abstract GetFlagGroup ( string name ) : FlagGroupStorage
name	string
return	FlagGroupStorage

GetFlagGroup() public abstract method

public abstract GetFlagGroup ( uint grf ) : FlagGroupStorage
grf	uint
return	FlagGroupStorage

GetOpcodeNames() public abstract method

Returns a map of opcode names to their internal (Reko) numbers.

public abstract GetOpcodeNames ( ) : int>.SortedList
return	int>.SortedList

GetOpcodeNumber() public abstract method

For a particular opcode name, returns its internal (Reko) number.

public abstract GetOpcodeNumber ( string name ) : int?
name	string
return	int?

GetPart() public method

public GetPart ( RegisterStorage reg, DataType dt ) : RegisterStorage
reg	RegisterStorage
dt	DataType
return	RegisterStorage

GetRegister() public abstract method

public abstract GetRegister ( int i ) : RegisterStorage
i	int
return	RegisterStorage

GetRegister() public abstract method

public abstract GetRegister ( string name ) : RegisterStorage
name	string
return	RegisterStorage

GetRegisters() public abstract method

public abstract GetRegisters ( ) : RegisterStorage[]
return	RegisterStorage[]

GetSubregister() public method

Get the improper subregister of reg that starts at offset offset and is of size width.

Most architectures not have subregisters, and will use this default implementation. This method is overridden for architectures like x86 and Z80, where subregisters (ah al etc) do exist.

public GetSubregister ( RegisterStorage reg, int offset, int width ) : RegisterStorage
reg	RegisterStorage
offset	int
width	int
return	RegisterStorage

GetWidestSubregister() public method

public GetWidestSubregister ( RegisterStorage reg, HashSet regs ) : RegisterStorage
reg	RegisterStorage
regs	HashSet
return	RegisterStorage

GrfToString() public abstract method

public abstract GrfToString ( uint grf ) : string
grf	uint
return	string

LoadUserOptions() public method

public LoadUserOptions ( object>.Dictionary options ) : void
options	object>.Dictionary
return	void

MakeAddressFromConstant() public abstract method

public abstract MakeAddressFromConstant ( Constant c ) : Address
c	Constant
return	Address

MakeSegmentedAddress() public method

public MakeSegmentedAddress ( Constant seg, Constant offset ) : Address
seg	Constant
offset	Constant
return	Address

ReadCodeAddress() public abstract method

public abstract ReadCodeAddress ( int size, Reko.Core.ImageReader rdr, ProcessorState state ) : Address
size	int
rdr	Reko.Core.ImageReader
state	ProcessorState
return	Address

RemoveAliases() public method

public RemoveAliases ( ISet ids, RegisterStorage reg ) : void
ids	ISet
reg	RegisterStorage
return	void

SaveUserOptions() public method

public SaveUserOptions ( ) : object>.Dictionary
return	object>.Dictionary

TryGetRegister() public abstract method

public abstract TryGetRegister ( string name, RegisterStorage &reg ) : bool
name	string
reg	RegisterStorage
return	bool

TryParseAddress() public abstract method

public abstract TryParseAddress ( string txtAddr, Address &addr ) : bool
txtAddr	string
addr	Address
return	bool