Classes
struct	EXCEPTION_INFO

Typedefs
typedef struct EXCEPTION_INFO	EXCEPTION_INFO

Enumerations
enum	EXCEPTION_CLASS { EXCEPTCLASS_NONE, EXCEPTCLASS_UNKNOWN, EXCEPTCLASS_ACCESS_FAULT, EXCEPTCLASS_INVALID_INS, EXCEPTCLASS_INT_ERROR, EXCEPTCLASS_FP_ERROR, EXCEPTCLASS_MULTIPLE_FP_ERROR, EXCEPTCLASS_DEBUG, EXCEPTCLASS_OS }

enum	EXCEPTION_CODE { EXCEPTCODE_NONE, EXCEPTCODE_ACCESS_INVALID_ADDRESS, EXCEPTCODE_ACCESS_DENIED, EXCEPTCODE_ACCESS_INVALID_PAGE, EXCEPTCODE_ACCESS_MISALIGNED, EXCEPTCODE_ILLEGAL_INS, EXCEPTCODE_PRIVILEGED_INS, EXCEPTCODE_INT_DIVIDE_BY_ZERO, EXCEPTCODE_INT_OVERFLOW_TRAP, EXCEPTCODE_INT_BOUNDS_EXCEEDED, EXCEPTCODE_X87_DIVIDE_BY_ZERO, EXCEPTCODE_X87_OVERFLOW, EXCEPTCODE_X87_UNDERFLOW, EXCEPTCODE_X87_INEXACT_RESULT, EXCEPTCODE_X87_INVALID_OPERATION, EXCEPTCODE_X87_DENORMAL_OPERAND, EXCEPTCODE_X87_STACK_ERROR, EXCEPTCODE_SIMD_DIVIDE_BY_ZERO, EXCEPTCODE_SIMD_OVERFLOW, EXCEPTCODE_SIMD_UNDERFLOW, EXCEPTCODE_SIMD_INEXACT_RESULT, EXCEPTCODE_SIMD_INVALID_OPERATION, EXCEPTCODE_SIMD_DENORMAL_OPERAND, EXCEPTCODE_DBG_BREAKPOINT_TRAP, EXCEPTCODE_DBG_SINGLE_STEP_TRAP, EXCEPTCODE_ACCESS_WINDOWS_GUARD_PAGE, EXCEPTCODE_ACCESS_WINDOWS_STACK_OVERFLOW, EXCEPTCODE_WINDOWS, EXCEPTCODE_RECEIVED_UNKNOWN, EXCEPTCODE_RECEIVED_ACCESS_FAULT, EXCEPTCODE_RECEIVED_AMBIGUOUS_X87, EXCEPTCODE_RECEIVED_AMBIGUOUS_SIMD }

enum	FAULTY_ACCESS_TYPE { FAULTY_ACCESS_TYPE_UNKNOWN, FAULTY_ACCESS_READ, FAULTY_ACCESS_WRITE, FAULTY_ACCESS_EXECUTE }

enum	FPERROR { FPERROR_DIVIDE_BY_ZERO = (1 << 0), FPERROR_OVERFLOW = (1 << 1), FPERROR_UNDERFLOW = (1 << 2), FPERROR_INEXACT_RESULT = (1 << 3), FPERROR_INVALID_OPERATION = (1 << 4), FPERROR_DENORMAL_OPERAND = (1 << 5), FPERROR_X87_STACK_ERROR = (1 << 6) }

Functions
VOID	PIN_InitExceptionInfo (EXCEPTION_INFO *pExceptInfo, EXCEPTION_CODE exceptCode, ADDRINT exceptAddress)

VOID	PIN_InitAccessFaultInfo (EXCEPTION_INFO *pExceptInfo, EXCEPTION_CODE exceptCode, ADDRINT exceptAddress, ADDRINT accessAddress, FAULTY_ACCESS_TYPE accessType=FAULTY_ACCESS_TYPE_UNKNOWN)

VOID	PIN_InitWindowsExceptionInfo (EXCEPTION_INFO pExceptInfo, UINT32 sysExceptCode, ADDRINT exceptAddress, UINT32 numArgs=0, const ADDRINT pArgs=0)

EXCEPTION_CODE	PIN_GetExceptionCode (const EXCEPTION_INFO *pExceptInfo)

EXCEPTION_CLASS	PIN_GetExceptionClass (EXCEPTION_CODE exceptCode)

ADDRINT	PIN_GetExceptionAddress (const EXCEPTION_INFO *pExceptInfo)

VOID	PIN_SetExceptionAddress (EXCEPTION_INFO *pExceptInfo, ADDRINT exceptAddress)

FAULTY_ACCESS_TYPE	PIN_GetFaultyAccessType (const EXCEPTION_INFO *pExceptInfo)

BOOL	PIN_GetFaultyAccessAddress (const EXCEPTION_INFO pExceptInfo, ADDRINT pAccessAddress)

UINT32	PIN_GetFpErrorSet (const EXCEPTION_INFO *pExceptInfo)

UINT32	PIN_GetWindowsExceptionCode (const EXCEPTION_INFO *pExceptInfo)

UINT32	PIN_CountWindowsExceptionArguments (const EXCEPTION_INFO *pExceptInfo)

ADDRINT	PIN_GetWindowsExceptionArgument (const EXCEPTION_INFO *pExceptInfo, UINT32 argNum)

std::string	PIN_ExceptionToString (const EXCEPTION_INFO *pExceptInfo)

VOID	PIN_RaiseException (const CONTEXT ctxt, THREADID tid, const EXCEPTION_INFO pExceptInfo)

Variables
const UINT32	MAX_WINDOWS_EXCEPTION_ARGS = 5

Detailed Description

This API allows the user to raise exceptions on behalf of the application and also analyze information associated with exceptions.

Typedef Documentation

◆ EXCEPTION_INFO

typedef struct EXCEPTION_INFO EXCEPTION_INFO

Structure that describes an exception.
The tool should not read or modify data members of this structure directly, but must treat the structure as logically opaque and use the Exception API functions to manage it.

Enumeration Type Documentation

◆ EXCEPTION_CLASS

enum EXCEPTION_CLASS

Basic definitions pertaining to hardware and software exceptions.

Identifiers of exception classes. Exception class indicates the type of information (set of attributes) that accompanies exceptions of this class.

Enumerator
EXCEPTCLASS_NONE	Reserved. No real exception belongs to this class.
EXCEPTCLASS_UNKNOWN	Unknown exception.
EXCEPTCLASS_ACCESS_FAULT	Memory access fault.
EXCEPTCLASS_INVALID_INS	Invalid instruction.
EXCEPTCLASS_INT_ERROR	Erroneous integer operation.
EXCEPTCLASS_FP_ERROR	Erroneous floating point operation.
EXCEPTCLASS_MULTIPLE_FP_ERROR	Received an ambiguous floating point exception.
EXCEPTCLASS_DEBUG	Debugging trap.
EXCEPTCLASS_OS	O/S specific exception.

◆ EXCEPTION_CODE

enum EXCEPTION_CODE

Identifiers for all possible exception codes. The codes below are divided into two groups. The first group list all the exceptions that can be raised by PIN_RaiseException(). Tools that want to be portable across operating systems should use codes from this first group when raising exceptions via PIN_RaiseException().

When Pin receives an exception and reports it to the tool, it may report an exception in either the first or second group. This can happen, for example, when using the PIN_SafeCopyEx() function. When Pin can identify a specific exception, it reports a code from the first group. Sometimes, though, the host operating system does not provide enough information for Pin to determine the exact exception. In these cases, Pin reports a code from the second group (one of the EXCEPTCODE_RECEIVED_ codes). A tool can always re-raise one of these exceptions by passing it to PIN_RaiseException(). However, portable tools should avoid creating new exceptions using codes from the second group, because these codes are not supported on all operating systems.

Enumerator
EXCEPTCODE_NONE	Reserved. No real exception has this code.
EXCEPTCODE_ACCESS_INVALID_ADDRESS	Virtual address not mapped (the #PF exception). Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_ACCESS_DENIED	Access not permitted due to protection violation (the #PF exception). Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_ACCESS_INVALID_PAGE	A #PF exception for some reason other than the cases above. Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_ACCESS_MISALIGNED	Misaligned memory reference (the #AC exception). Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_ILLEGAL_INS	Illegal instruction (the #UD exception). Belongs to EXCEPTCLASS_INVALID_INS.
EXCEPTCODE_PRIVILEGED_INS	Privileged instruction (the #GP exception). Belongs to EXCEPTCLASS_INVALID_INS.
EXCEPTCODE_INT_DIVIDE_BY_ZERO	Integer divide by zero (the #DE exception). Belongs to EXCEPTCLASS_INT_ERROR.
EXCEPTCODE_INT_OVERFLOW_TRAP	Integer overflow trap (the #OF trap). Belongs to EXCEPTCLASS_INT_ERROR.
EXCEPTCODE_INT_BOUNDS_EXCEEDED	Array index is out of bounds (#BR exception). Belongs to EXCEPTCLASS_INT_ERROR.
EXCEPTCODE_X87_DIVIDE_BY_ZERO	x87 FPU divide by zero (the #MF/#Z exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_OVERFLOW	x87 FPU overflow (the #MF/#O exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_UNDERFLOW	x87 FPU underflow (the #MF/#U exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_INEXACT_RESULT	x87 FPU inexact result (the #MF/#P exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_INVALID_OPERATION	x87 FPU invalid operation (the #MF/#IA exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_DENORMAL_OPERAND	x87 FPU denormal operand (the #MF/#D exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_X87_STACK_ERROR	x87 FPU stack overflowed or underflowed (the #MF/#IS exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_DIVIDE_BY_ZERO	SIMD floating point divide by zero (the #XM/#Z exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_OVERFLOW	SIMD floating point overflow (the #XM/#O exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_UNDERFLOW	SIMD floating point underflow (the #XM/#U exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_INEXACT_RESULT	SIMD floating point inexact result (the #XM/#P exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_INVALID_OPERATION	SIMD invalid floating point operation (the #XM/#I exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_SIMD_DENORMAL_OPERAND	SIMD denormal floating point operand (the #XM/#D exception). Belongs to EXCEPTCLASS_FP_ERROR.
EXCEPTCODE_DBG_BREAKPOINT_TRAP	Breakpoint trap (the #BP trap). Belongs to EXCEPTCLASS_DEBUG.
EXCEPTCODE_DBG_SINGLE_STEP_TRAP	Trace trap (the #DB trap). Belongs to EXCEPTCLASS_DEBUG.
EXCEPTCODE_ACCESS_WINDOWS_GUARD_PAGE	Guard page access (the Windows STATUS_GUARD_PAGE_VIOLATION exception). Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_ACCESS_WINDOWS_STACK_OVERFLOW	Thread stack overflowed (the Windows STATUS_STACK_OVERFLOW exception). Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_WINDOWS	Generic Windows exception. Belongs to EXCEPTCLASS_OS.
EXCEPTCODE_RECEIVED_UNKNOWN	Unknown exception, cannot be re-raised. Belongs to EXCEPTCLASS_UNKNOWN.
EXCEPTCODE_RECEIVED_ACCESS_FAULT	General memory access fault. Belongs to EXCEPTCLASS_ACCESS_FAULT.
EXCEPTCODE_RECEIVED_AMBIGUOUS_X87	Ambiguous x87 FPU exception. PIN_GetFpErrorSet() tell which are possible. Belongs to EXCEPTCLASS_MULTIPLE_FP_ERROR.
EXCEPTCODE_RECEIVED_AMBIGUOUS_SIMD	Ambiguous SIMD FPU exception. PIN_GetFpErrorSet() tell which are possible. Belongs to EXCEPTCLASS_MULTIPLE_FP_ERROR.

◆ FAULTY_ACCESS_TYPE

enum FAULTY_ACCESS_TYPE

Types of faulty memory accesses that may cause an EXCEPTCLASS_ACCESS_FAULT exception

Enumerator
FAULTY_ACCESS_TYPE_UNKNOWN	Unknown access violation.
FAULTY_ACCESS_READ	Read access.
FAULTY_ACCESS_WRITE	Write access.
FAULTY_ACCESS_EXECUTE	Execute access.

◆ FPERROR

enum FPERROR

Possible types of FPU exceptions.

Enumerator
FPERROR_DIVIDE_BY_ZERO	The #DE exception.
FPERROR_OVERFLOW	The #O exception.
FPERROR_UNDERFLOW	The #U exception.
FPERROR_INEXACT_RESULT	The #P exception.
FPERROR_INVALID_OPERATION	The #IA exception on x87 or #I exception on SIMD.
FPERROR_DENORMAL_OPERAND	The #D exception.
FPERROR_X87_STACK_ERROR	The #IS exception on x87.

Function Documentation

◆ PIN_CountWindowsExceptionArguments()

UINT32 PIN_CountWindowsExceptionArguments ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the number of Windows system exception's arguments from the specified EXCEPTION_INFO structure.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: The number of arguments associated with the system exception

Precondition: The specified exception information should describe an EXCEPTCODE_WINDOWS exception.

Availability:: Mode: All
O/S: Windows
CPU: All

◆ PIN_ExceptionToString()

std::string PIN_ExceptionToString ( const EXCEPTION_INFO * pExceptInfo )

inline

Get a string representation of the specified EXCEPTION_INFO structure.

Parameters

[in] pExceptInfo pointer to the exception information structure to be stringized

Returns: The string representation of this structure.

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetExceptionAddress()

ADDRINT PIN_GetExceptionAddress ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the address of the instruction that caused the specified exception.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: The address of the instruction that caused the exception

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetExceptionClass()

EXCEPTION_CLASS PIN_GetExceptionClass ( EXCEPTION_CODE exceptCode )

inline

Given an exception code, return the corresponding exception class.

Parameters

[in] exceptCode exception code

Returns: The class of the exception

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetExceptionCode()

EXCEPTION_CODE PIN_GetExceptionCode ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the exception code from the specified EXCEPTION_INFO structure.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: The code of the exception

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetFaultyAccessAddress()

BOOL PIN_GetFaultyAccessAddress	(	const EXCEPTION_INFO *	pExceptInfo,
		ADDRINT *	pAccessAddress
	)

inline

Retrieve the address of the faulty memory access from the specified EXCEPTION_INFO structure.

Parameters

[in]	pExceptInfo	pointer to the exception information structure to be queried
[out]	pAccessAddress	pointer to variable that receives the address of the faulty memory access, if known. If this pointer is NULL, the function only checks if the requested address is known but does not return its value.

Returns: TRUE, if the address of the faulty memory access is known

Precondition: The specified exception information should describe an EXCEPTCLASS_ACCESS_FAULT exception.

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetFaultyAccessType()

FAULTY_ACCESS_TYPE PIN_GetFaultyAccessType ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the type of the faulty memory access from the specified EXCEPTION_INFO structure.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: The type of the faulty memory access that caused the exception

Precondition: The specified exception information should describe an EXCEPTCLASS_ACCESS_FAULT exception.

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetFpErrorSet()

UINT32 PIN_GetFpErrorSet ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the set of floating point exception codes from the specified EXCEPTION_INFO structure. For EXCEPTCODE_RECEIVED_AMBIGUOUS_X87 and EXCEPTCODE_RECEIVED_AMBIGUOUS_SIMD exceptions, this is the set of possible causes for the exception.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: A bitmask of FPERROR values.

Precondition: The specified exception information should describe an EXCEPTCLASS_MULTIPLE_FP_ERROR exception.

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_GetWindowsExceptionArgument()

ADDRINT PIN_GetWindowsExceptionArgument	(	const EXCEPTION_INFO *	pExceptInfo,
		UINT32	argNum
	)

inline

Retrieve the specified Windows system exception's argument from the specified EXCEPTION_INFO structure.

Parameters

[in]	pExceptInfo	pointer to the exception information structure to be queried
[in]	argNum	ordinal number of the argument to be retrieved, starting from zero. The value of this parameter should not exceed the value returned by the PIN_CountWindowsExceptionArguments function.

Returns: The value of the specified system exception's argument

Precondition: The specified exception information should describe an EXCEPTCODE_WINDOWS exception.

Availability:: Mode: All
O/S: Windows
CPU: All

◆ PIN_GetWindowsExceptionCode()

UINT32 PIN_GetWindowsExceptionCode ( const EXCEPTION_INFO * pExceptInfo )

inline

Retrieve the Windows system exception code from the specified EXCEPTION_INFO structure.

Parameters

[in] pExceptInfo pointer to the exception information structure to be queried

Returns: The system exception code

Precondition: The specified exception information should describe an EXCEPTCODE_WINDOWS exception.

Availability:: Mode: All
O/S: Windows
CPU: All

◆ PIN_InitAccessFaultInfo()

VOID PIN_InitAccessFaultInfo	(	EXCEPTION_INFO *	pExceptInfo,
		EXCEPTION_CODE	exceptCode,
		ADDRINT	exceptAddress,
		ADDRINT	accessAddress,
		FAULTY_ACCESS_TYPE	accessType = `FAULTY_ACCESS_TYPE_UNKNOWN`
	)

inline

Initialize the specified EXCEPTION_INFO structure with the given attributes of an EXCEPTCLASS_ACCESS_FAULT exception.

Parameters

[out]	pExceptInfo	pointer to the exception information structure to be initialized
[in]	exceptCode	exception code that specifies an EXCEPTCLASS_ACCESS_FAULT exception
[in]	exceptAddress	address of the instruction that caused the exception
[in]	accessAddress	address of the faulty memory access
[in]	accessType	type of the faulty memory access

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_InitExceptionInfo()

VOID PIN_InitExceptionInfo	(	EXCEPTION_INFO *	pExceptInfo,
		EXCEPTION_CODE	exceptCode,
		ADDRINT	exceptAddress
	)

inline

Initialize the specified EXCEPTION_INFO structure with the given generic exception's attributes. Set "unknown" state for all exception-specific attributes.

Note: This function is useful when the specified exception code does not require any additional exception information or such information is not available. The function can not be used to initialize EXCEPTCODE_WINDOWS exception information.
Use exception-specific initialization functions if an additional exception information is available/required.

Parameters

[out]	pExceptInfo	pointer to the exception information structure to be initialized
[in]	exceptCode	exception code. It could specify any exception other than EXCEPTCODE_WINDOWS
[in]	exceptAddress	address of the instruction that caused the exception

Availability:: Mode: All
O/S: All
CPU: All

◆ PIN_InitWindowsExceptionInfo()

VOID PIN_InitWindowsExceptionInfo	(	EXCEPTION_INFO *	pExceptInfo,
		UINT32	sysExceptCode,
		ADDRINT	exceptAddress,
		UINT32	numArgs = `0`,
		const ADDRINT *	pArgs = `0`
	)

inline

Initialize the specified EXCEPTION_INFO structure with the given attributes of an EXCEPTCODE_WINDOWS exception.

Parameters

[out]	pExceptInfo	pointer to the exception information structure to be initialized
[in]	sysExceptCode	the system exception code
[in]	exceptAddress	address of the instruction that caused the exception
[in]	numArgs	number of arguments associated with the system exception. This is the number of elements in the <pArgs> array; it should not exceed the MAX_WINDOWS_EXCEPTION_ARGS value.
[in]	pArgs	pointer to an array of arguments associated with the system exception or NULL if the number of arguments is zero

Availability:: Mode: All
O/S: Windows
CPU: All

◆ PIN_RaiseException()

VOID PIN_RaiseException	(	const CONTEXT *	ctxt,
		THREADID	tid,
		const EXCEPTION_INFO *	pExceptInfo
	)

A tool can call this API to raise an emulated exception in the application's calling thread. Calling this API abandons the current analysis function and immediately starts executing at the application's exception handler (if there is one) or terminates the application (if there is no handler). This API does not return back to the calling analysis function.

When raising a floating point exception, this method merely raises the exception. It does not set any bits in the floating point status register, nor does it check that the exception is enabled via the exception mask. If the tool wishes to examine or change the floating point status register bits, it may do so via the ctxt parameter.

This function can be called from an analysis function or a replacement routine, but not from an instrumentation callback.

Parameters

[in]	ctxt	Register state to be reported as the application's context at the exception point.
[in]	tid	Id of the calling thread.
[in]	pExceptInfo	Pointer to the EXCEPTION_INFO structure that describes the exception. The exception information should be properly initialized.

Returns: This API never returns.

Precondition: All locks must be released before calling to this function.

Note: The vm lock is obtained during the call of this API.

Availability:: Mode: JIT
O/S: Windows
CPU: IA-32 and Intel(R) 64 architectures

◆ PIN_SetExceptionAddress()

VOID PIN_SetExceptionAddress	(	EXCEPTION_INFO *	pExceptInfo,
		ADDRINT	exceptAddress
	)

inline

Set the address of the instruction that caused the specified exception.

Parameters

[in,out]	pExceptInfo	pointer to the exception information structure that receives the new exception address
[in]	exceptAddress	address of the instruction that caused the exception

Variable Documentation

◆ MAX_WINDOWS_EXCEPTION_ARGS

const UINT32 MAX_WINDOWS_EXCEPTION_ARGS = 5

Maximum number of arguments that can be associated with an EXCEPTCODE_WINDOWS exception.

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ EXCEPTION_INFO

Enumeration Type Documentation

◆ EXCEPTION_CLASS

◆ EXCEPTION_CODE

◆ FAULTY_ACCESS_TYPE

◆ FPERROR

Function Documentation

◆ PIN_CountWindowsExceptionArguments()

◆ PIN_ExceptionToString()

◆ PIN_GetExceptionAddress()

◆ PIN_GetExceptionClass()

◆ PIN_GetExceptionCode()

◆ PIN_GetFaultyAccessAddress()

◆ PIN_GetFaultyAccessType()

◆ PIN_GetFpErrorSet()

◆ PIN_GetWindowsExceptionArgument()

◆ PIN_GetWindowsExceptionCode()

◆ PIN_InitAccessFaultInfo()

◆ PIN_InitExceptionInfo()

◆ PIN_InitWindowsExceptionInfo()

◆ PIN_RaiseException()

◆ PIN_SetExceptionAddress()

Variable Documentation

◆ MAX_WINDOWS_EXCEPTION_ARGS