Rose::BinaryAnalysis::SymbolicExpression Namespace Reference

Description

Namespace supplying types and functions for symbolic expressions.

These are used by certain instruction semantics policies and satisfiability modulo theory (SMT) solvers. These expressions are tailored to bit-vector and integer difference logics, whereas the expression nodes in other parts of ROSE have different goals.

Namespaces
namespace	TypeStyle
	Whether to use abbreviated or full output.

Classes
struct	AddSimplifier
struct	AndSimplifier
struct	AsrSimplifier
struct	ConcatSimplifier
struct	ConvertSimplifier
struct	EqSimplifier
class	Exception
	Exceptions for symbolic expressions. More...
class	ExpressionLessp
	Compare two expressions for STL containers. More...
class	ExprExprHashMap
	Mapping from expression to expression. More...
struct	ExprExprHashMapCompare
struct	ExprExprHashMapHasher
struct	ExtractSimplifier
class	Formatter
	Controls formatting of expression trees when printing. More...
class	Interior
	Interior node of an expression tree for instruction semantics. More...
struct	InvertSimplifier
struct	IteSimplifier
class	Leaf
	Leaf node of an expression tree for instruction semantics. More...
struct	LssbSimplifier
struct	MssbSimplifier
struct	NegateSimplifier
class	Node
	Base class for symbolic expression nodes. More...
struct	NoopSimplifier
struct	OrSimplifier
struct	ReinterpretSimplifier
struct	RolSimplifier
struct	RorSimplifier
struct	SdivSimplifier
struct	SetSimplifier
struct	SextendSimplifier
struct	SgeSimplifier
struct	SgtSimplifier
struct	ShiftSimplifier
struct	ShlSimplifier
struct	ShrSimplifier
class	Simplifier
	Operator-specific simplification methods. More...
struct	SleSimplifier
struct	SltSimplifier
struct	SmodSimplifier
struct	SmulSimplifier
class	Type
	Type of symbolic expression. More...
struct	UdivSimplifier
struct	UextendSimplifier
struct	UgeSimplifier
struct	UgtSimplifier
struct	UleSimplifier
struct	UltSimplifier
struct	UmodSimplifier
struct	UmulSimplifier
class	Visitor
	Base class for visiting nodes during expression traversal. More...
struct	XorSimplifier
struct	ZeropSimplifier

Typedefs
using	InteriorPtr = Sawyer::SharedPointer< Interior >
	Reference counting pointer.
using	LeafPtr = Sawyer::SharedPointer< Leaf >
	Reference counting pointer.
using	Ptr = Sawyer::SharedPointer< Node >
	Reference counting pointer.
using	Nodes = std::vector< Ptr >
using	RenameMap = Map< uint64_t, uint64_t >
using	Hash = uint64_t
	Hash of symbolic expression.
typedef Sawyer::Container::Set< Ptr, ExpressionLessp >	ExpressionSet
	Set of expressions ordered by hash.

Enumerations
enum	Operator {   OP_ADD ,   OP_AND ,   OP_ASR ,   OP_CONCAT ,   OP_EQ ,   OP_EXTRACT ,   OP_INVERT ,   OP_ITE ,   OP_LET ,   OP_LSSB ,   OP_MSSB ,   OP_NE ,   OP_NEGATE ,   OP_NOOP ,   OP_OR ,   OP_READ ,   OP_ROL ,   OP_ROR ,   OP_SDIV ,   OP_SET ,   OP_SEXTEND ,   OP_SGE ,   OP_SGT ,   OP_SHL0 ,   OP_SHL1 ,   OP_SHR0 ,   OP_SHR1 ,   OP_SLE ,   OP_SLT ,   OP_SMOD ,   OP_SMUL ,   OP_UDIV ,   OP_UEXTEND ,   OP_UGE ,   OP_UGT ,   OP_ULE ,   OP_ULT ,   OP_UMOD ,   OP_UMUL ,   OP_WRITE ,   OP_XOR ,   OP_ZEROP ,   OP_FP_ABS ,   OP_FP_NEGATE ,   OP_FP_ADD ,   OP_FP_MUL ,   OP_FP_DIV ,   OP_FP_MULADD ,   OP_FP_SQRT ,   OP_FP_MOD ,   OP_FP_ROUND ,   OP_FP_MIN ,   OP_FP_MAX ,   OP_FP_LE ,   OP_FP_LT ,   OP_FP_GE ,   OP_FP_GT ,   OP_FP_EQ ,   OP_FP_ISNORM ,   OP_FP_ISSUBNORM ,   OP_FP_ISZERO ,   OP_FP_ISINFINITE ,   OP_FP_ISNAN ,   OP_FP_ISNEG ,   OP_FP_ISPOS ,   OP_CONVERT ,   OP_REINTERPRET ,   OP_NONE }
	Operators for interior nodes of the expression tree. More...
enum	VisitAction {   CONTINUE ,   TRUNCATE ,   TERMINATE }
	Return type for visitors. More...

Functions
std::string	toStr (Operator)
std::ostream &	operator<< (std::ostream &o, const Node &)
std::ostream &	operator<< (std::ostream &o, const Node::WithFormatter &)
Ptr	setToIte (const Ptr &, const SmtSolverPtr &solver=SmtSolverPtr(), const LeafPtr &var=LeafPtr())
	Convert a set to an ite expression.
Hash	hash (const std::vector< Ptr > &)
	Hash zero or more expressions.
template<typename InputIterator >
uint64_t	nNodes (InputIterator begin, InputIterator end)
	Counts the number of nodes.
template<typename InputIterator >
uint64_t	nNodesUnique (InputIterator begin, InputIterator end)
	Counts the number of unique nodes.
template<class Substitution >
Ptr	substitute (const Ptr &src, Substitution &subber, const SmtSolverPtr &solver=SmtSolverPtr())
	On-the-fly substitutions.
LeafPtr	makeVariable (const Type &, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeVariable (const Type &, uint64_t id, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeConstant (const Type &, const Sawyer::Container::BitVector &, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeIntegerVariable (size_t nBits, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeIntegerVariable (size_t nBits, uint64_t id, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeIntegerConstant (size_t nBits, uint64_t value, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeIntegerConstant (const Sawyer::Container::BitVector &, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeBooleanConstant (bool, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeMemoryVariable (size_t addressWidth, size_t valueWidth, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeMemoryVariable (size_t addressWidth, size_t valueWidth, uint64_t id, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeFloatingPointVariable (size_t eb, size_t sb, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeFloatingPointVariable (size_t eb, size_t sb, uint64_t id, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeFloatingPointConstant (float, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeFloatingPointConstant (double, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
LeafPtr	makeFloatingPointNan (size_t eb, size_t sb, const std::string &comment="", unsigned flags=0)
	Leaf constructor.
Ptr	makeAdd (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeAsr (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeAnd (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeOr (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeXor (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeConcat (const Ptr &hi, const Ptr &lo, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeConvert (const Ptr &a, const Type &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeEq (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeExtract (const Ptr &begin, const Ptr &end, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeInvert (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsInfinite (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsNan (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsNeg (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsNorm (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsPos (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsSubnorm (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIte (const Ptr &cond, const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeLet (const Ptr &a, const Ptr &b, const Ptr &c, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeLssb (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMax (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMin (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMssb (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMultiplyAdd (const Ptr &a, const Ptr &b, const Ptr &c, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeNe (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeNegate (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeRead (const Ptr &mem, const Ptr &addr, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeReinterpret (const Ptr &a, const Type &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeRol (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeRor (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeRound (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSet (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSet (const Ptr &a, const Ptr &b, const Ptr &c, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedDiv (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignExtend (const Ptr &newSize, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedGe (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedGt (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeShl0 (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeShl1 (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeShr0 (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeShr1 (const Ptr &sa, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeIsSignedPos (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedLe (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedLt (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedMax (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedMin (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedMod (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSignedMul (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeSqrt (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeDiv (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeExtend (const Ptr &newSize, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeGe (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeGt (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeLe (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeLt (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMod (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeMul (const Ptr &a, const Ptr &b, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeWrite (const Ptr &mem, const Ptr &addr, const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
Ptr	makeZerop (const Ptr &a, const SmtSolverPtr &solver=SmtSolverPtr(), const std::string &comment="", unsigned flags=0)
	Interior node constructor.
std::vector< Ptr >	findCommonSubexpressions (const std::vector< Ptr > &)
	Find common subexpressions.
template<typename InputIterator >
std::vector< Ptr >	findCommonSubexpressions (InputIterator begin, InputIterator end)
	Find common subexpressions.

Variables
bool	serializeVariableIds
	Whether to serialize variable IDs.
const uint64_t	MAX_NNODES
	Maximum number of nodes that can be reported.

Typedef Documentation

InteriorPtr

using Rose::BinaryAnalysis::SymbolicExpression::InteriorPtr = typedef Sawyer::SharedPointer<Interior>

Reference counting pointer.

Definition at line 108 of file Rose/BinaryAnalysis/BasicTypes.h.

LeafPtr

using Rose::BinaryAnalysis::SymbolicExpression::LeafPtr = typedef Sawyer::SharedPointer<Leaf>

Reference counting pointer.

Definition at line 110 of file Rose/BinaryAnalysis/BasicTypes.h.

Ptr

using Rose::BinaryAnalysis::SymbolicExpression::Ptr = typedef Sawyer::SharedPointer<Node>

Reference counting pointer.

Definition at line 112 of file Rose/BinaryAnalysis/BasicTypes.h.

Nodes

using Rose::BinaryAnalysis::SymbolicExpression::Nodes = typedef std::vector<Ptr>

Definition at line 153 of file SymbolicExpression.h.

RenameMap

using Rose::BinaryAnalysis::SymbolicExpression::RenameMap = typedef Map<uint64_t, uint64_t>

Definition at line 154 of file SymbolicExpression.h.

Hash

using Rose::BinaryAnalysis::SymbolicExpression::Hash = typedef uint64_t

Hash of symbolic expression.

Definition at line 157 of file SymbolicExpression.h.

ExpressionSet

typedef Sawyer::Container::Set<Ptr, ExpressionLessp> Rose::BinaryAnalysis::SymbolicExpression::ExpressionSet

Set of expressions ordered by hash.

Definition at line 927 of file SymbolicExpression.h.

Enumeration Type Documentation

Operator

enum Rose::BinaryAnalysis::SymbolicExpression::Operator

Operators for interior nodes of the expression tree.

Commutative operators generally take one or more operands. Operators such as shifting, extending, and truncating have the size operand appearing before the bit vector on which to operate (this makes the output more human-readable since the size operand is often a constant).

Enumerator
OP_ADD	Addition. One or more operands, all the same width.
OP_AND	Bitwise conjunction. One or more operands all the same width.
OP_ASR	Arithmetic shift right. Operand B shifted by A bits; 0 <= A < width(B). A is unsigned.
OP_CONCAT	Concatenation. Operand A becomes high-order bits. Any number of operands. Result is integer type.
OP_EQ	Equality. Two operands, both the same width.
OP_EXTRACT	Extract subsequence of bits. Extract bits [A..B) of C. 0 <= A < B <= width(C).
OP_INVERT	Bitwise inversion. One operand.
OP_ITE	If-then-else. A must be one bit. Returns B if A is set, C otherwise.
OP_LET	Let expression. Deferred substitution. Substitutes A for B in C.
OP_LSSB	Least significant set bit or zero. One operand.
OP_MSSB	Most significant set bit or zero. One operand.
OP_NE	Inequality. Two operands, both the same width.
OP_NEGATE	Arithmetic negation. One operand. For Booleans, use OP_INVERT (2's complement is a no-op).
OP_NOOP	No operation. Used only by the default constructor.
OP_OR	Bitwise disjunction. One or more operands all the same width.
OP_READ	Read a value from memory. Arguments are the memory state and the address expression.
OP_ROL	Rotate left. Rotate bits of B left by A bits. 0 <= A < width(B). A is unsigned.
OP_ROR	Rotate right. Rotate bits of B right by A bits. 0 <= B < width(B). A is unsigned.
OP_SDIV	Signed division. Two operands, A/B. Result width is width(A).
OP_SET	Set of expressions. Any number of operands in any order.
OP_SEXTEND	Signed extension at msb. Extend B to A bits by replicating B's most significant bit.
OP_SGE	Signed greater-than-or-equal. Two operands of equal width. Result is Boolean.
OP_SGT	Signed greater-than. Two operands of equal width. Result is Boolean.
OP_SHL0	Shift left, introducing zeros at lsb. Bits of B are shifted by A, where 0 <=A < width(B).
OP_SHL1	Shift left, introducing ones at lsb. Bits of B are shifted by A, where 0 <=A < width(B).
OP_SHR0	Shift right, introducing zeros at msb. Bits of B are shifted by A, where 0 <=A <width(B).
OP_SHR1	Shift right, introducing ones at msb. Bits of B are shifted by A, where 0 <=A <width(B).
OP_SLE	Signed less-than-or-equal. Two operands of equal width. Result is Boolean.
OP_SLT	Signed less-than. Two operands of equal width. Result is Boolean.
OP_SMOD	Signed modulus. Two operands, AB. Result width is width(B).
OP_SMUL	Signed multiplication. Two operands A*B. Result width is width(A)+width(B).
OP_UDIV	Signed division. Two operands, A/B. Result width is width(A).
OP_UEXTEND	Unsigned extention at msb. Extend B to A bits by introducing zeros at the msb of B.
OP_UGE	Unsigned greater-than-or-equal. Two operands of equal width. Boolean result.
OP_UGT	Unsigned greater-than. Two operands of equal width. Result is Boolean.
OP_ULE	Unsigned less-than-or-equal. Two operands of equal width. Result is Boolean.
OP_ULT	Unsigned less-than. Two operands of equal width. Result is Boolean (1-bit vector).
OP_UMOD	Unsigned modulus. Two operands, AB. Result width is width(B).
OP_UMUL	Unsigned multiplication. Two operands, A*B. Result width is width(A)+width(B).
OP_WRITE	Write (update) memory with a new value. Arguments are memory, address and value.
OP_XOR	Bitwise exclusive disjunction. One or more operands, all the same width.
OP_ZEROP	Equal to zero. One operand. Result is a single bit, set iff A is equal to zero.
OP_FP_ABS	Floating-point absolute value. Argument is FP value.
OP_FP_NEGATE	Floating-point negation. Argument is FP value.
OP_FP_ADD	Floating-point addition. Args are the FP addends.
OP_FP_MUL	Floating-point multiply. Args are the FP factors.
OP_FP_DIV	Floating-point division. Args are FP dividend and FP divisor.
OP_FP_MULADD	Floating-point multiply-add. For xy+z, args are x, y, z.
OP_FP_SQRT	Floating-point square root. Argument is the FP square.
OP_FP_MOD	Floating-point remainder. Args are FP dividend and FP divisor.
OP_FP_ROUND	Floating-point round to integer as FP type. Argument and result are both FP values.
OP_FP_MIN	Floating-point minimum. Args are one or more FP values.
OP_FP_MAX	Floating-point maximum. Args are one or more FP values.
OP_FP_LE	Floating-point less-than or equal. Args are the two FP values to compare.
OP_FP_LT	Floating-point less-than. Args are the two FP values to compare.
OP_FP_GE	Floating-point greater-than or equal. Args are the two FP values to compare.
OP_FP_GT	Floating-point greater than. Args are the two FP values to compare.
OP_FP_EQ	Floating-point equality. Args are the two FP values to compare.
OP_FP_ISNORM	Floating-point normal class. Argument is the FP value to check.
OP_FP_ISSUBNORM	Floating-point subnormal class. Argument is the FP value to check.
OP_FP_ISZERO	Floating-point zero class. Argument is the FP value to check.
OP_FP_ISINFINITE	Floating-point infinity class. Argument is the FP value to check.
OP_FP_ISNAN	Floating-point NaN class. Argument is the FP value to check.
OP_FP_ISNEG	Floating-point negative class. Argument is the FP value to check.
OP_FP_ISPOS	Floating-point positive class. Argument is the FP value to check.
OP_CONVERT	Convert from one type to another. Argument is the source value.
OP_REINTERPRET	Interpret the value as a different type without converting. Argument is the source value.
OP_NONE	No operation. Result of getOperator on a node that doesn't have an operator.

Definition at line 77 of file SymbolicExpression.h.

VisitAction

enum Rose::BinaryAnalysis::SymbolicExpression::VisitAction

Return type for visitors.

Enumerator
CONTINUE	Continue the traversal as normal.
TRUNCATE	For a pre-order depth-first visit, do not descend into children.
TERMINATE	Terminate the traversal.

Definition at line 183 of file SymbolicExpression.h.

Function Documentation

makeVariable() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeVariable	(	const Type &	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeVariable() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeVariable	(	const Type &	,
		uint64_t	id,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeConstant()

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeConstant	(	const Type &	,
		const Sawyer::Container::BitVector &	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeIntegerVariable() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeIntegerVariable	(	size_t	nBits,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeIntegerVariable() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeIntegerVariable	(	size_t	nBits,
		uint64_t	id,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeIntegerConstant() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeIntegerConstant	(	size_t	nBits,
		uint64_t	value,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeIntegerConstant() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeIntegerConstant	(	const Sawyer::Container::BitVector &	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeBooleanConstant()

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeBooleanConstant	(	bool	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeMemoryVariable() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeMemoryVariable	(	size_t	addressWidth,
		size_t	valueWidth,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeMemoryVariable() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeMemoryVariable	(	size_t	addressWidth,
		size_t	valueWidth,
		uint64_t	id,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeFloatingPointVariable() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeFloatingPointVariable	(	size_t	eb,
		size_t	sb,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeFloatingPointVariable() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeFloatingPointVariable	(	size_t	eb,
		size_t	sb,
		uint64_t	id,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeFloatingPointConstant() [1/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeFloatingPointConstant	(	float	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeFloatingPointConstant() [2/2]

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeFloatingPointConstant	(	double	,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeFloatingPointNan()

LeafPtr Rose::BinaryAnalysis::SymbolicExpression::makeFloatingPointNan	(	size_t	eb,
		size_t	sb,
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Leaf constructor.

Constructs an expression leaf node. This is a wrapper around one of the "create" factory methods in Leaf.

makeAdd()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeAdd	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeAsr()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeAsr	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeAnd()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeAnd	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeOr()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeOr	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeXor()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeXor	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeConcat()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeConcat	(	const Ptr &	hi,
		const Ptr &	lo,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeConvert()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeConvert	(	const Ptr &	a,
		const Type &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeEq()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeEq	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeExtract()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeExtract	(	const Ptr &	begin,
		const Ptr &	end,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeInvert()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeInvert	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsInfinite()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsInfinite	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsNan()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsNan	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsNeg()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsNeg	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsNorm()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsNorm	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsPos()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsPos	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsSubnorm()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsSubnorm	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIte()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIte	(	const Ptr &	cond,
		const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeLet()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeLet	(	const Ptr &	a,
		const Ptr &	b,
		const Ptr &	c,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeLssb()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeLssb	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMax()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMax	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMin()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMin	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMssb()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMssb	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMultiplyAdd()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMultiplyAdd	(	const Ptr &	a,
		const Ptr &	b,
		const Ptr &	c,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeNe()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeNe	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeNegate()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeNegate	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeRead()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeRead	(	const Ptr &	mem,
		const Ptr &	addr,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeReinterpret()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeReinterpret	(	const Ptr &	a,
		const Type &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeRol()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeRol	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeRor()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeRor	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeRound()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeRound	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSet() [1/2]

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSet	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSet() [2/2]

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSet	(	const Ptr &	a,
		const Ptr &	b,
		const Ptr &	c,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedDiv()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedDiv	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignExtend()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignExtend	(	const Ptr &	newSize,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedGe()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedGe	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedGt()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedGt	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeShl0()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeShl0	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeShl1()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeShl1	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeShr0()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeShr0	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeShr1()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeShr1	(	const Ptr &	sa,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeIsSignedPos()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeIsSignedPos	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedLe()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedLe	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedLt()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedLt	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedMax()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedMax	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedMin()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedMin	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedMod()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedMod	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSignedMul()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSignedMul	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeSqrt()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeSqrt	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeDiv()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeDiv	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeExtend()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeExtend	(	const Ptr &	newSize,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeGe()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeGe	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeGt()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeGt	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeLe()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeLe	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeLt()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeLt	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMod()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMod	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeMul()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeMul	(	const Ptr &	a,
		const Ptr &	b,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeWrite()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeWrite	(	const Ptr &	mem,
		const Ptr &	addr,
		const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

makeZerop()

Ptr Rose::BinaryAnalysis::SymbolicExpression::makeZerop	(	const Ptr &	a,
		const SmtSolverPtr &	solver = SmtSolverPtr(),
		const std::string &	comment = "",
		unsigned	flags = 0
	)

Interior node constructor.

Constructs an interior node. This is a wrapper around one of the "create" factory methods in Interior. It interprets its operands as unsigned values unless the method has "Signed" in its name.

hash()

Hash Rose::BinaryAnalysis::SymbolicExpression::hash

(

const std::vector< Ptr > &

)

Hash zero or more expressions.

Computes the hash for each expression, then returns a single has which is a function of the individual hashes. The order of the expressions does not affect the returned hash.

References hash().

Referenced by hash().

nNodes()

template<typename InputIterator >

uint64_t Rose::BinaryAnalysis::SymbolicExpression::nNodes	(	InputIterator	begin,
		InputIterator	end
	)

Counts the number of nodes.

Counts the total number of nodes in multiple expressions. The return value is a saturated sum, returning MAX_NNODES if an overflow occurs.

Definition at line 1540 of file SymbolicExpression.h.

References MAX_NNODES.

nNodesUnique()

template<typename InputIterator >

uint64_t Rose::BinaryAnalysis::SymbolicExpression::nNodesUnique	(	InputIterator	begin,
		InputIterator	end
	)

Counts the number of unique nodes.

Counts the number of unique nodes across a number of expressions. Nodes shared between two expressions are counted only one time, whereas the Node::nnodes virtual method counts shared nodes multiple times.

Definition at line 1559 of file SymbolicExpression.h.

References CONTINUE, TERMINATE, and TRUNCATE.

findCommonSubexpressions() [1/2]

std::vector< Ptr > Rose::BinaryAnalysis::SymbolicExpression::findCommonSubexpressions

(

const std::vector< Ptr > &

)

Find common subexpressions.

This is similar to Node::findCommonSubexpressions except the analysis is over a collection of expressions rather than a single expression.

findCommonSubexpressions() [2/2]

template<typename InputIterator >

std::vector< Ptr > Rose::BinaryAnalysis::SymbolicExpression::findCommonSubexpressions	(	InputIterator	begin,
		InputIterator	end
	)

Find common subexpressions.

This is similar to Node::findCommonSubexpressions except the analysis is over a collection of expressions rather than a single expression.

Definition at line 1600 of file SymbolicExpression.h.

References CONTINUE, and TRUNCATE.

substitute()

template<class Substitution >

Ptr Rose::BinaryAnalysis::SymbolicExpression::substitute	(	const Ptr &	src,
		Substitution &	subber,
		const SmtSolverPtr &	solver = SmtSolverPtr()
	)

On-the-fly substitutions.

This function uses a user-defined substitutor to generate values that are substituted into the specified expression. This operates by performing a depth-first search of the specified expression and calling the subber at each node. The subber is invoked with two arguments: an expression to be replaced, and an optional SMT solver for simplifications. It should return either the expression unmodified, or a new expression. The return value of the substitute function as a whole is either the original expression (if no substitutions were performed) or a new expression.

Definition at line 1633 of file SymbolicExpression.h.

References Rose::BinaryAnalysis::SymbolicExpression::Interior::children(), Rose::BinaryAnalysis::SymbolicExpression::Node::comment(), Rose::BinaryAnalysis::SymbolicExpression::Node::flags(), Rose::BinaryAnalysis::SymbolicExpression::Interior::getOperator(), Rose::BinaryAnalysis::SymbolicExpression::Interior::instance(), Rose::BinaryAnalysis::SymbolicExpression::Node::isInteriorNodeRaw(), Rose::BinaryAnalysis::SymbolicExpression::Interior::nChildren(), and substitute().

Referenced by substitute().

Variable Documentation

serializeVariableIds

bool Rose::BinaryAnalysis::SymbolicExpression::serializeVariableIds

extern

Whether to serialize variable IDs.

If set, then all threads will coordinate so that variable IDs are allocated in a monotonic fashion. This should only be set when necessary in order to make test results more deterministic. The default is to clear, which means variable IDs are allocated from some number of pools in order to reduce lock contention.

Thread safety: This property is not thread safe. If reproducible results are desired, it should be set before any analysis begins.

MAX_NNODES

const uint64_t Rose::BinaryAnalysis::SymbolicExpression::MAX_NNODES

extern

Maximum number of nodes that can be reported.

If nNodes returns this value then the size of the expressions could not be counted. This can happens when the expression contains a large number of common subexpressions.

Referenced by nNodes().