C# Class Reko.Core.Expressions.ExpressionEmitter

Factory class that has the extra benefit of reducing the verbosity of the code.

ファイルを表示 Open project: uxmal/reko Class Usage Examples

Public Methods

Method	Description
AddrOf ( Expression e ) : UnaryExpression
And ( Expression left, Expression right ) : BinaryExpression
And ( Expression left, ulong right ) : BinaryExpression
Array ( DataType elemType, Expression arrayPtr, Expression index ) : ArrayAccess
Byte ( byte b ) : Constant
Cand ( Expression a, Expression b ) : Expression	Short-circuiting 'and' ('&&' in C family of languages)
Cast ( DataType dataType, Expression expr ) : Cast
Comp ( Expression expr ) : Expression
Cond ( Expression expr ) : ConditionOf
Cor ( Expression a, Expression b ) : Expression	Short-circuiting 'or' ('&&' in C family of languages)
Deref ( Expression a ) : Dereference
Dpb ( Expression dst, Expression src, int offset ) : DepositBits
Eq ( Expression a, Expression b ) : BinaryExpression
Eq ( Expression a, int b ) : BinaryExpression
Eq0 ( Expression exp ) : BinaryExpression
FAdd ( Expression a, Expression b ) : Expression
FDiv ( Expression a, Expression b ) : Expression
FEq ( Expression a, Expression b ) : Expression
FGe ( Expression a, Expression b ) : Expression
FGt ( Expression a, Expression b ) : Expression
FLe ( Expression a, Expression b ) : Expression
FLt ( Expression a, Expression b ) : Expression
FMul ( Expression a, Expression b ) : Expression
FNe ( Expression a, Expression b ) : Expression
FNeg ( Expression a ) : Expression
FSub ( Expression a, Expression b ) : BinaryExpression
Field ( DataType dt, Expression e, Reko.Core.Types.Field field ) : FieldAccess
Field ( DataType dt, Expression e, string fieldName ) : FieldAccess
Fn ( Expression e ) : Application
Fn ( Expression fn, DataType retType ) : Application
Fn ( ExternalProcedure ep ) : Application
Fn ( PseudoProcedure ppp ) : Application
Ge ( Expression a, Expression b ) : Expression
Ge ( Expression a, int b ) : Expression
Ge0 ( Expression exp ) : BinaryExpression
Gt ( Expression a, Expression b ) : Expression
Gt ( Expression a, int b ) : Expression
IAdd ( Expression left, Expression right ) : BinaryExpression	Integer addition.
IAdd ( Expression left, int right ) : BinaryExpression
IMul ( Expression left, Expression right ) : Expression
IMul ( Expression left, int c ) : Expression
ISub ( Expression left, Expression right ) : BinaryExpression
ISub ( Expression left, int right ) : BinaryExpression
Int16 ( short n ) : Constant
Int16 ( uint n ) : Constant
Int32 ( int n ) : Constant
Int32 ( uint n ) : Constant
Int8 ( int n ) : Constant
Le ( Expression a, Expression b ) : BinaryExpression
Le ( Expression a, int b ) : BinaryExpression
Load ( DataType dt, Expression ea ) : MemoryAccess
LoadB ( Expression ea ) : Expression
LoadDw ( Expression ea ) : MemoryAccess
LoadW ( Expression ea ) : MemoryAccess
Lt ( Expression a, Expression b ) : BinaryExpression
Lt ( Expression a, int b ) : BinaryExpression
Lt0 ( Expression exp ) : BinaryExpression
MembPtr8 ( Expression ptr, Expression membPtr ) : MemberPointerSelector
MembPtrW ( Expression ptr, Expression membPtr ) : MemberPointerSelector
Mod ( Expression opLeft, Expression opRight ) : Expression
Ne ( Expression a, Expression b ) : BinaryExpression
Ne ( Expression a, int n ) : BinaryExpression
Ne0 ( Expression expr ) : BinaryExpression
Neg ( Expression expr ) : UnaryExpression
Not ( Expression exp ) : UnaryExpression	Logical not operation
Or ( Expression a, Expression b ) : Expression
Or ( Expression a, int b ) : Expression
Out ( DataType dt, Expression expr ) : OutArgument
Remainder ( Expression a, Expression b ) : Expression
SDiv ( Expression a, Expression b ) : BinaryExpression
SMul ( Expression left, Expression right ) : Expression
SMul ( Expression left, int c ) : Expression
Sar ( Expression e, Expression sh ) : BinaryExpression
Sar ( Expression e, byte sh ) : BinaryExpression
Sar ( Expression e, int sh ) : BinaryExpression
SegMem ( DataType dt, Expression basePtr, Expression ptr ) : SegmentedAccess
SegMemB ( Expression basePtr, Expression ptr ) : SegmentedAccess
SegMemW ( Expression basePtr, Expression ptr ) : SegmentedAccess
Seq ( Expression head, Expression tail ) : MkSequence
Shl ( Expression e, Expression sh ) : BinaryExpression
Shl ( Expression e, int sh ) : BinaryExpression
Shl ( int c, Expression sh ) : BinaryExpression
Shr ( Expression exp, Expression sh ) : BinaryExpression
Shr ( Expression exp, byte c ) : BinaryExpression
Shr ( Expression e, int sh ) : BinaryExpression
Slice ( PrimitiveType primitiveType, Identifier value, uint bitOffset ) : Slice
Test ( ConditionCode cc, Expression expr ) : TestCondition
UDiv ( Expression a, Expression b ) : BinaryExpression
UMul ( Expression left, Expression right ) : Expression
UMul ( Expression left, int c ) : Expression
USub ( Expression left, Expression right ) : BinaryExpression
Uge ( Expression a, Expression b ) : BinaryExpression
Uge ( Expression a, int n ) : BinaryExpression
Ugt ( Expression a, Expression b ) : BinaryExpression
Ule ( Expression a, Expression b ) : BinaryExpression
Ult ( Expression a, Expression b ) : Expression
Ult ( Expression a, int b ) : Expression
Word ( int byteSize, long n ) : Constant
Word16 ( uint n ) : Constant
Word16 ( ushort n ) : Constant
Word32 ( int n ) : Constant
Xor ( Expression a, Expression b ) : Expression

Method Details

AddrOf() public method

public AddrOf ( Expression e ) : UnaryExpression
e	Expression
return	UnaryExpression

And() public method

public And ( Expression left, Expression right ) : BinaryExpression
left	Expression
right	Expression
return	BinaryExpression

And() public method

public And ( Expression left, ulong right ) : BinaryExpression
left	Expression
right	ulong
return	BinaryExpression

Array() public method

public Array ( DataType elemType, Expression arrayPtr, Expression index ) : ArrayAccess
elemType	DataType
arrayPtr	Expression
index	Expression
return	ArrayAccess

Byte() public method

public Byte ( byte b ) : Constant
b	byte
return	Constant

Cand() public method

Short-circuiting 'and' ('&&' in C family of languages)

public Cand ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Cast() public method

public Cast ( DataType dataType, Expression expr ) : Cast
dataType	DataType
expr	Expression
return	Cast

Comp() public method

public Comp ( Expression expr ) : Expression
expr	Expression
return	Expression

Cond() public method

public Cond ( Expression expr ) : ConditionOf
expr	Expression
return	ConditionOf

Cor() public method

Short-circuiting 'or' ('&&' in C family of languages)

public Cor ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Deref() public method

public Deref ( Expression a ) : Dereference
a	Expression
return	Dereference

Dpb() public method

public Dpb ( Expression dst, Expression src, int offset ) : DepositBits
dst	Expression
src	Expression
offset	int
return	DepositBits

Eq() public method

public Eq ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Eq() public method

public Eq ( Expression a, int b ) : BinaryExpression
a	Expression
b	int
return	BinaryExpression

Eq0() public method

public Eq0 ( Expression exp ) : BinaryExpression
exp	Expression
return	BinaryExpression

FAdd() public method

public FAdd ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FDiv() public method

public FDiv ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FEq() public method

public FEq ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FGe() public method

public FGe ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FGt() public method

public FGt ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FLe() public method

public FLe ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FLt() public method

public FLt ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FMul() public method

public FMul ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FNe() public method

public FNe ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

FNeg() public method

public FNeg ( Expression a ) : Expression
a	Expression
return	Expression

FSub() public method

public FSub ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Field() public method

public Field ( DataType dt, Expression e, Reko.Core.Types.Field field ) : FieldAccess
dt	DataType
e	Expression
field	Reko.Core.Types.Field
return	FieldAccess

Field() public method

public Field ( DataType dt, Expression e, string fieldName ) : FieldAccess
dt	DataType
e	Expression
fieldName	string
return	FieldAccess

Fn() public method

public Fn ( Expression e ) : Application
e	Expression
return	Application

Fn() public method

public Fn ( Expression fn, DataType retType ) : Application
fn	Expression
retType	DataType
return	Application

Fn() public method

public Fn ( ExternalProcedure ep ) : Application
ep	ExternalProcedure
return	Application

Fn() public method

public Fn ( PseudoProcedure ppp ) : Application
ppp	PseudoProcedure
return	Application

Ge() public method

public Ge ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Ge() public method

public Ge ( Expression a, int b ) : Expression
a	Expression
b	int
return	Expression

Ge0() public method

public Ge0 ( Expression exp ) : BinaryExpression
exp	Expression
return	BinaryExpression

Gt() public method

public Gt ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Gt() public method

public Gt ( Expression a, int b ) : Expression
a	Expression
b	int
return	Expression

IAdd() public method

Integer addition.

public IAdd ( Expression left, Expression right ) : BinaryExpression
left	Expression
right	Expression
return	BinaryExpression

IAdd() public method

public IAdd ( Expression left, int right ) : BinaryExpression
left	Expression
right	int
return	BinaryExpression

IMul() public method

public IMul ( Expression left, Expression right ) : Expression
left	Expression
right	Expression
return	Expression

IMul() public method

public IMul ( Expression left, int c ) : Expression
left	Expression
c	int
return	Expression

ISub() public method

public ISub ( Expression left, Expression right ) : BinaryExpression
left	Expression
right	Expression
return	BinaryExpression

ISub() public method

public ISub ( Expression left, int right ) : BinaryExpression
left	Expression
right	int
return	BinaryExpression

Int16() public method

public Int16 ( short n ) : Constant
n	short
return	Constant

Int16() public method

public Int16 ( uint n ) : Constant
n	uint
return	Constant

Int32() public method

public Int32 ( int n ) : Constant
n	int
return	Constant

Int32() public method

public Int32 ( uint n ) : Constant
n	uint
return	Constant

Int8() public method

public Int8 ( int n ) : Constant
n	int
return	Constant

Le() public method

public Le ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Le() public method

public Le ( Expression a, int b ) : BinaryExpression
a	Expression
b	int
return	BinaryExpression

Load() public method

public Load ( DataType dt, Expression ea ) : MemoryAccess
dt	DataType
ea	Expression
return	MemoryAccess

LoadB() public method

public LoadB ( Expression ea ) : Expression
ea	Expression
return	Expression

LoadDw() public method

public LoadDw ( Expression ea ) : MemoryAccess
ea	Expression
return	MemoryAccess

LoadW() public method

public LoadW ( Expression ea ) : MemoryAccess
ea	Expression
return	MemoryAccess

Lt() public method

public Lt ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Lt() public method

public Lt ( Expression a, int b ) : BinaryExpression
a	Expression
b	int
return	BinaryExpression

Lt0() public method

public Lt0 ( Expression exp ) : BinaryExpression
exp	Expression
return	BinaryExpression

MembPtr8() public method

public MembPtr8 ( Expression ptr, Expression membPtr ) : MemberPointerSelector
ptr	Expression
membPtr	Expression
return	MemberPointerSelector

MembPtrW() public method

public MembPtrW ( Expression ptr, Expression membPtr ) : MemberPointerSelector
ptr	Expression
membPtr	Expression
return	MemberPointerSelector

Mod() public method

public Mod ( Expression opLeft, Expression opRight ) : Expression
opLeft	Expression
opRight	Expression
return	Expression

Ne() public method

public Ne ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Ne() public method

public Ne ( Expression a, int n ) : BinaryExpression
a	Expression
n	int
return	BinaryExpression

Ne0() public method

public Ne0 ( Expression expr ) : BinaryExpression
expr	Expression
return	BinaryExpression

Neg() public method

public Neg ( Expression expr ) : UnaryExpression
expr	Expression
return	UnaryExpression

Not() public method

Logical not operation

public Not ( Expression exp ) : UnaryExpression
exp	Expression
return	UnaryExpression

Or() public method

public Or ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Or() public method

public Or ( Expression a, int b ) : Expression
a	Expression
b	int
return	Expression

Out() public method

public Out ( DataType dt, Expression expr ) : OutArgument
dt	DataType
expr	Expression
return	OutArgument

Remainder() public method

public Remainder ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

SDiv() public method

public SDiv ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

SMul() public method

public SMul ( Expression left, Expression right ) : Expression
left	Expression
right	Expression
return	Expression

SMul() public method

public SMul ( Expression left, int c ) : Expression
left	Expression
c	int
return	Expression

Sar() public method

public Sar ( Expression e, Expression sh ) : BinaryExpression
e	Expression
sh	Expression
return	BinaryExpression

Sar() public method

public Sar ( Expression e, byte sh ) : BinaryExpression
e	Expression
sh	byte
return	BinaryExpression

Sar() public method

public Sar ( Expression e, int sh ) : BinaryExpression
e	Expression
sh	int
return	BinaryExpression

SegMem() public method

public SegMem ( DataType dt, Expression basePtr, Expression ptr ) : SegmentedAccess
dt	DataType
basePtr	Expression
ptr	Expression
return	SegmentedAccess

SegMemB() public method

public SegMemB ( Expression basePtr, Expression ptr ) : SegmentedAccess
basePtr	Expression
ptr	Expression
return	SegmentedAccess

SegMemW() public method

public SegMemW ( Expression basePtr, Expression ptr ) : SegmentedAccess
basePtr	Expression
ptr	Expression
return	SegmentedAccess

Seq() public method

public Seq ( Expression head, Expression tail ) : MkSequence
head	Expression
tail	Expression
return	MkSequence

Shl() public method

public Shl ( Expression e, Expression sh ) : BinaryExpression
e	Expression
sh	Expression
return	BinaryExpression

Shl() public method

public Shl ( Expression e, int sh ) : BinaryExpression
e	Expression
sh	int
return	BinaryExpression

Shl() public method

public Shl ( int c, Expression sh ) : BinaryExpression
c	int
sh	Expression
return	BinaryExpression

Shr() public method

public Shr ( Expression exp, Expression sh ) : BinaryExpression
exp	Expression
sh	Expression
return	BinaryExpression

Shr() public method

public Shr ( Expression exp, byte c ) : BinaryExpression
exp	Expression
c	byte
return	BinaryExpression

Shr() public method

public Shr ( Expression e, int sh ) : BinaryExpression
e	Expression
sh	int
return	BinaryExpression

Slice() public method

public Slice ( PrimitiveType primitiveType, Identifier value, uint bitOffset ) : Slice
primitiveType	PrimitiveType
value	Identifier
bitOffset	uint
return	Slice

Test() public method

public Test ( ConditionCode cc, Expression expr ) : TestCondition
cc	ConditionCode
expr	Expression
return	TestCondition

UDiv() public method

public UDiv ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

UMul() public method

public UMul ( Expression left, Expression right ) : Expression
left	Expression
right	Expression
return	Expression

UMul() public method

public UMul ( Expression left, int c ) : Expression
left	Expression
c	int
return	Expression

USub() public method

public USub ( Expression left, Expression right ) : BinaryExpression
left	Expression
right	Expression
return	BinaryExpression

Uge() public method

public Uge ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Uge() public method

public Uge ( Expression a, int n ) : BinaryExpression
a	Expression
n	int
return	BinaryExpression

Ugt() public method

public Ugt ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Ule() public method

public Ule ( Expression a, Expression b ) : BinaryExpression
a	Expression
b	Expression
return	BinaryExpression

Ult() public method

public Ult ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression

Ult() public method

public Ult ( Expression a, int b ) : Expression
a	Expression
b	int
return	Expression

Word() public method

public Word ( int byteSize, long n ) : Constant
byteSize	int
n	long
return	Constant

Word16() public method

public Word16 ( uint n ) : Constant
n	uint
return	Constant

Word16() public method

public Word16 ( ushort n ) : Constant
n	ushort
return	Constant

Word32() public method

public Word32 ( int n ) : Constant
n	int
return	Constant

Xor() public method

public Xor ( Expression a, Expression b ) : Expression
a	Expression
b	Expression
return	Expression