unparseX86Asm.C File Reference

#include "sage3basic.h"
#include "Registers.h"
#include "AsmUnparser.h"
#include <iomanip>

Include dependency graph for unparseX86Asm.C:

Functions
std::string	unparseX86Mnemonic (SgAsmx86Instruction *insn)
	Returns a string containing everthing before the first operand in a typical x86 assembly statement.
std::string	unparseX86Register (const RegisterDescriptor &reg)
	Returns the name of an X86 register.
static std::string	x86ValToLabel (uint64_t val, const AsmUnparser::LabelMap *labels)
static std::string	x86TypeToPtrName (SgAsmType *ty)
std::string	unparseX86Expression (SgAsmExpression *expr, const AsmUnparser::LabelMap *labels, bool leaMode)
std::string	unparseX86Expression (SgAsmExpression *expr, const AsmUnparser::LabelMap *labels)
	Returns a string containing the specified operand.

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Function Documentation

std::string unparseX86Mnemonic

(

SgAsmx86Instruction *

insn

)

Returns a string containing everthing before the first operand in a typical x86 assembly statement.

std::string unparseX86Register

(

const RegisterDescriptor &

reg

)

Returns the name of an X86 register.

We use the amd64 architecture because, since it's backward compatible with the 8086, it contains definitions for all the registers from older architectures.

static std::string x86ValToLabel	(	uint64_t	val,
		const AsmUnparser::LabelMap *	labels
	)			[static]

static std::string x86TypeToPtrName

(

SgAsmType *

ty

)

[static]

std::string unparseX86Expression	(	SgAsmExpression *	expr,
		const AsmUnparser::LabelMap *	labels,
		bool	leaMode
	)

std::string unparseX86Expression	(	SgAsmExpression *	expr,
		const AsmUnparser::LabelMap *	labels
	)

Returns a string containing the specified operand.

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