/* * PROJECT: ReactOS kernel-mode tests * LICENSE: LGPL-2.1+ (https://spdx.org/licenses/LGPL-2.1+) * PURPOSE: Kernel-Mode Test Suite test framework declarations * COPYRIGHT: Copyright 2011-2018 Thomas Faber * Copyright 2013 Nikolay Borisov * Copyright 2014-2016 Pierre Schweitzer * Copyright 2017 Ged Murphy */ /* Inspired by Wine C unit tests, Copyright (C) 2002 Alexandre Julliard * Inspired by ReactOS kernel-mode regression tests, * Copyright (C) Aleksey Bragin, Filip Navara */ #ifndef _KMTEST_TEST_H_ #define _KMTEST_TEST_H_ #include typedef VOID KMT_TESTFUNC(VOID); typedef KMT_TESTFUNC *PKMT_TESTFUNC; typedef struct { const char *TestName; KMT_TESTFUNC *TestFunction; } KMT_TEST, *PKMT_TEST; typedef const KMT_TEST CKMT_TEST, *PCKMT_TEST; extern const KMT_TEST TestList[]; typedef struct { volatile LONG Successes; volatile LONG Failures; volatile LONG Skipped; volatile LONG LogBufferLength; LONG LogBufferMaxLength; CHAR LogBuffer[ANYSIZE_ARRAY]; } KMT_RESULTBUFFER, *PKMT_RESULTBUFFER; #ifndef KMT_STANDALONE_DRIVER /* usermode call-back mechanism */ /* list of supported operations */ typedef enum _KMT_CALLBACK_INFORMATION_CLASS { QueryVirtualMemory } KMT_CALLBACK_INFORMATION_CLASS, *PKMT_CALLBACK_INFORMATION_CLASS; /* TODO: "response" is a little generic */ typedef union _KMT_RESPONSE { MEMORY_BASIC_INFORMATION MemInfo; } KMT_RESPONSE, *PKMT_RESPONSE; /* this struct is sent from driver to usermode */ typedef struct _KMT_CALLBACK_REQUEST_PACKET { ULONG RequestId; KMT_CALLBACK_INFORMATION_CLASS OperationClass; PVOID Parameters; } KMT_CALLBACK_REQUEST_PACKET, *PKMT_CALLBACK_REQUEST_PACKET; PKMT_RESPONSE KmtUserModeCallback(KMT_CALLBACK_INFORMATION_CLASS Operation, PVOID Parameters); VOID KmtFreeCallbackResponse(PKMT_RESPONSE Response); //macro to simplify using the mechanism #define Test_NtQueryVirtualMemory(BaseAddress, Size, AllocationType, ProtectionType) \ do { \ PKMT_RESPONSE NtQueryTest = KmtUserModeCallback(QueryVirtualMemory, BaseAddress); \ if (NtQueryTest != NULL) \ { \ ok_eq_hex(NtQueryTest->MemInfo.Protect, ProtectionType); \ ok_eq_hex(NtQueryTest->MemInfo.State, AllocationType); \ ok_eq_size(NtQueryTest->MemInfo.RegionSize, Size); \ KmtFreeCallbackResponse(NtQueryTest); \ } \ } while (0) \ #endif #ifdef KMT_STANDALONE_DRIVER #define KMT_KERNEL_MODE typedef NTSTATUS (KMT_IRP_HANDLER)( IN PDEVICE_OBJECT DeviceObject, IN PIRP Irp, IN PIO_STACK_LOCATION IoStackLocation); typedef KMT_IRP_HANDLER *PKMT_IRP_HANDLER; NTSTATUS KmtRegisterIrpHandler(IN UCHAR MajorFunction, IN PDEVICE_OBJECT DeviceObject OPTIONAL, IN PKMT_IRP_HANDLER IrpHandler); NTSTATUS KmtUnregisterIrpHandler(IN UCHAR MajorFunction, IN PDEVICE_OBJECT DeviceObject OPTIONAL, IN PKMT_IRP_HANDLER IrpHandler); typedef NTSTATUS (KMT_MESSAGE_HANDLER)( IN PDEVICE_OBJECT DeviceObject, IN ULONG ControlCode, IN PVOID Buffer OPTIONAL, IN SIZE_T InLength, IN OUT PSIZE_T OutLength); typedef KMT_MESSAGE_HANDLER *PKMT_MESSAGE_HANDLER; NTSTATUS KmtRegisterMessageHandler(IN ULONG ControlCode OPTIONAL, IN PDEVICE_OBJECT DeviceObject OPTIONAL, IN PKMT_MESSAGE_HANDLER MessageHandler); NTSTATUS KmtUnregisterMessageHandler(IN ULONG ControlCode OPTIONAL, IN PDEVICE_OBJECT DeviceObject OPTIONAL, IN PKMT_MESSAGE_HANDLER MessageHandler); typedef enum { TESTENTRY_NO_CREATE_DEVICE = 1, TESTENTRY_NO_REGISTER_DISPATCH = 2, TESTENTRY_NO_REGISTER_UNLOAD = 4, TESTENTRY_NO_EXCLUSIVE_DEVICE = 8, TESTENTRY_NO_READONLY_DEVICE = 16, TESTENTRY_BUFFERED_IO_DEVICE = 32, } KMT_TESTENTRY_FLAGS; NTSTATUS TestEntry(IN PDRIVER_OBJECT DriverObject, IN PCUNICODE_STRING RegistryPath, OUT PCWSTR *DeviceName, IN OUT INT *Flags); VOID TestUnload(IN PDRIVER_OBJECT DriverObject); #endif /* defined KMT_STANDALONE_DRIVER */ #ifdef KMT_FILTER_DRIVER #ifndef KMT_KERNEL_MODE #define KMT_KERNEL_MODE #endif NTSTATUS KmtFilterRegisterCallbacks(_In_ CONST FLT_OPERATION_REGISTRATION *OperationRegistration); typedef enum { TESTENTRY_NO_REGISTER_FILTER = 0x01, TESTENTRY_NO_CREATE_COMMS_PORT = 0x02, TESTENTRY_NO_START_FILTERING = 0x04, TESTENTRY_NO_INSTANCE_SETUP = 0x08, TESTENTRY_NO_QUERY_TEARDOWN = 0x10, TESTENTRY_NO_ALL = 0xFF } KMT_MINIFILTER_FLAGS; VOID TestFilterUnload(_In_ ULONG Flags); NTSTATUS TestInstanceSetup(_In_ PCFLT_RELATED_OBJECTS FltObjects, _In_ FLT_INSTANCE_SETUP_FLAGS Flags, _In_ DEVICE_TYPE VolumeDeviceType, _In_ FLT_FILESYSTEM_TYPE VolumeFilesystemType, _In_ PUNICODE_STRING VolumeName, _In_ ULONG RealSectorSize, _In_ ULONG SectorSize); VOID TestQueryTeardown(_In_ PCFLT_RELATED_OBJECTS FltObjects, _In_ FLT_INSTANCE_QUERY_TEARDOWN_FLAGS Flags); NTSTATUS KmtFilterRegisterComms(_In_ PFLT_CONNECT_NOTIFY ConnectNotifyCallback, _In_ PFLT_DISCONNECT_NOTIFY DisconnectNotifyCallback, _In_opt_ PFLT_MESSAGE_NOTIFY MessageNotifyCallback, _In_ LONG MaxClientConnections); #endif/* defined KMT_FILTER_DRIVER */ #ifdef KMT_KERNEL_MODE /* Device Extension layout */ typedef struct { PKMT_RESULTBUFFER ResultBuffer; PMDL Mdl; } KMT_DEVICE_EXTENSION, *PKMT_DEVICE_EXTENSION; extern BOOLEAN KmtIsCheckedBuild; extern BOOLEAN KmtIsMultiProcessorBuild; extern PCSTR KmtMajorFunctionNames[]; extern PDRIVER_OBJECT KmtDriverObject; VOID KmtSetIrql(IN KIRQL NewIrql); BOOLEAN KmtAreInterruptsEnabled(VOID); ULONG KmtGetPoolTag(PVOID Memory); USHORT KmtGetPoolType(PVOID Memory); PVOID KmtGetSystemRoutineAddress(IN PCWSTR RoutineName); PKTHREAD KmtStartThread(IN PKSTART_ROUTINE StartRoutine, IN PVOID StartContext OPTIONAL); VOID KmtFinishThread(IN PKTHREAD Thread OPTIONAL, IN PKEVENT Event OPTIONAL); #elif defined KMT_USER_MODE DWORD KmtRunKernelTest(IN PCSTR TestName); VOID KmtLoadDriver(IN PCWSTR ServiceName, IN BOOLEAN RestartIfRunning); VOID KmtUnloadDriver(VOID); VOID KmtOpenDriver(VOID); VOID KmtCloseDriver(VOID); DWORD KmtSendToDriver(IN DWORD ControlCode); DWORD KmtSendStringToDriver(IN DWORD ControlCode, IN PCSTR String); DWORD KmtSendWStringToDriver(IN DWORD ControlCode, IN PCWSTR String); DWORD KmtSendUlongToDriver(IN DWORD ControlCode, IN DWORD Value); DWORD KmtSendBufferToDriver(IN DWORD ControlCode, IN OUT PVOID Buffer OPTIONAL, IN DWORD InLength, IN OUT PDWORD OutLength); DWORD KmtFltCreateService(_In_z_ PCWSTR ServiceName, _In_z_ PCWSTR DisplayName, _Out_ SC_HANDLE *ServiceHandle); DWORD KmtFltDeleteService(_In_opt_z_ PCWSTR ServiceName, _Inout_ SC_HANDLE *ServiceHandle); DWORD KmtFltAddAltitude(_In_z_ LPWSTR Altitude); DWORD KmtFltLoadDriver(_In_ BOOLEAN EnableDriverLoadPrivlege, _In_ BOOLEAN RestartIfRunning, _In_ BOOLEAN ConnectComms, _Out_ HANDLE *hPort); DWORD KmtFltUnloadDriver(_In_ HANDLE *hPort, _In_ BOOLEAN DisonnectComms); DWORD KmtFltConnectComms(_Out_ HANDLE *hPort); DWORD KmtFltDisconnectComms(_In_ HANDLE hPort); DWORD KmtFltRunKernelTest(_In_ HANDLE hPort, _In_z_ PCSTR TestName); DWORD KmtFltSendToDriver(_In_ HANDLE hPort, _In_ DWORD Message); DWORD KmtFltSendStringToDriver(_In_ HANDLE hPort, _In_ DWORD Message, _In_ PCSTR String); DWORD KmtFltSendWStringToDriver(_In_ HANDLE hPort, _In_ DWORD Message, _In_ PCWSTR String); DWORD KmtFltSendUlongToDriver(_In_ HANDLE hPort, _In_ DWORD Message, _In_ DWORD Value); DWORD KmtFltSendBufferToDriver(_In_ HANDLE hPort, _In_ DWORD Message, _In_reads_bytes_(BufferSize) LPVOID Buffer, _In_ DWORD BufferSize, _Out_writes_bytes_to_opt_(dwOutBufferSize, *lpBytesReturned) LPVOID lpOutBuffer, _In_ DWORD dwOutBufferSize, _Out_opt_ LPDWORD lpBytesReturned); #else /* if !defined KMT_KERNEL_MODE && !defined KMT_USER_MODE */ #error either KMT_KERNEL_MODE or KMT_USER_MODE must be defined #endif /* !defined KMT_KERNEL_MODE && !defined KMT_USER_MODE */ extern PKMT_RESULTBUFFER ResultBuffer; #ifdef __GNUC__ /* TODO: GCC doesn't understand %wZ :( */ #define KMT_FORMAT(type, fmt, first) /*__attribute__((__format__(type, fmt, first)))*/ #elif !defined __GNUC__ #define KMT_FORMAT(type, fmt, first) #endif /* !defined __GNUC__ */ #define START_TEST(name) VOID Test_##name(VOID) #ifndef KMT_STRINGIZE #define KMT_STRINGIZE(x) #x #endif /* !defined KMT_STRINGIZE */ #define ok(test, ...) ok_(test, __FILE__, __LINE__, __VA_ARGS__) #define trace(...) trace_( __FILE__, __LINE__, __VA_ARGS__) #define skip(test, ...) skip_(test, __FILE__, __LINE__, __VA_ARGS__) #define ok_(test, file, line, ...) KmtOk(test, file ":" KMT_STRINGIZE(line), __VA_ARGS__) #define trace_(file, line, ...) KmtTrace( file ":" KMT_STRINGIZE(line), __VA_ARGS__) #define skip_(test, file, line, ...) KmtSkip(test, file ":" KMT_STRINGIZE(line), __VA_ARGS__) BOOLEAN KmtVOk(INT Condition, PCSTR FileAndLine, PCSTR Format, va_list Arguments) KMT_FORMAT(ms_printf, 3, 0); BOOLEAN KmtOk(INT Condition, PCSTR FileAndLine, PCSTR Format, ...) KMT_FORMAT(ms_printf, 3, 4); VOID KmtVTrace(PCSTR FileAndLine, PCSTR Format, va_list Arguments) KMT_FORMAT(ms_printf, 2, 0); VOID KmtTrace(PCSTR FileAndLine, PCSTR Format, ...) KMT_FORMAT(ms_printf, 2, 3); BOOLEAN KmtVSkip(INT Condition, PCSTR FileAndLine, PCSTR Format, va_list Arguments) KMT_FORMAT(ms_printf, 3, 0); BOOLEAN KmtSkip(INT Condition, PCSTR FileAndLine, PCSTR Format, ...) KMT_FORMAT(ms_printf, 3, 4); PVOID KmtAllocateGuarded(SIZE_T SizeRequested); VOID KmtFreeGuarded(PVOID Pointer); #ifdef KMT_KERNEL_MODE #define ok_irql(irql) ok(KeGetCurrentIrql() == irql, "IRQL is %d, expected %d\n", KeGetCurrentIrql(), irql) #endif /* defined KMT_KERNEL_MODE */ #define ok_eq_print(value, expected, spec) ok((value) == (expected), #value " = " spec ", expected " spec "\n", value, expected) #define ok_eq_pointer(value, expected) ok_eq_print(value, expected, "%p") #define ok_eq_int(value, expected) ok_eq_print(value, expected, "%d") #define ok_eq_uint(value, expected) ok_eq_print(value, expected, "%u") #define ok_eq_long(value, expected) ok_eq_print(value, expected, "%ld") #define ok_eq_ulong(value, expected) ok_eq_print(value, expected, "%lu") #define ok_eq_longlong(value, expected) ok_eq_print(value, expected, "%I64d") #define ok_eq_ulonglong(value, expected) ok_eq_print(value, expected, "%I64u") #define ok_eq_char(value, expected) ok_eq_print(value, expected, "%c") #define ok_eq_wchar(value, expected) ok_eq_print(value, expected, "%C") #ifndef _WIN64 #define ok_eq_size(value, expected) ok_eq_print(value, (SIZE_T)(expected), "%lu") #define ok_eq_longptr(value, expected) ok_eq_print(value, (LONG_PTR)(expected), "%ld") #define ok_eq_ulongptr(value, expected) ok_eq_print(value, (ULONG_PTR)(expected), "%lu") #elif defined _WIN64 #define ok_eq_size(value, expected) ok_eq_print(value, (SIZE_T)(expected), "%I64u") #define ok_eq_longptr(value, expected) ok_eq_print(value, (LONG_PTR)(expected), "%I64d") #define ok_eq_ulongptr(value, expected) ok_eq_print(value, (ULONG_PTR)(expected), "%I64u") #endif /* defined _WIN64 */ #define ok_eq_hex(value, expected) ok_eq_print(value, expected, "0x%08lx") #define ok_bool_true(value, desc) ok((value) == TRUE, desc " FALSE, expected TRUE\n") #define ok_bool_false(value, desc) ok((value) == FALSE, desc " TRUE, expected FALSE\n") #define ok_eq_bool(value, expected) ok((value) == (expected), #value " = %s, expected %s\n", \ (value) ? "TRUE" : "FALSE", \ (expected) ? "TRUE" : "FALSE") #define ok_eq_str(value, expected) ok(!strcmp(value, expected), #value " = \"%s\", expected \"%s\"\n", value, expected) #define ok_eq_wstr(value, expected) ok(!wcscmp(value, expected), #value " = \"%ls\", expected \"%ls\"\n", value, expected) #define ok_eq_tag(value, expected) ok_eq_print(value, expected, "0x%08lx") #define KMT_MAKE_CODE(ControlCode) CTL_CODE(FILE_DEVICE_UNKNOWN, \ 0xC00 + (ControlCode), \ METHOD_BUFFERED, \ FILE_ANY_ACCESS) #define MICROSECOND 10 #define MILLISECOND (1000 * MICROSECOND) #define SECOND (1000 * MILLISECOND) /* See apitests/include/apitest.h */ #define KmtInvalidPointer ((PVOID)0x5555555555555555ULL) #define KmtStartSeh() \ { \ NTSTATUS ExceptionStatus = STATUS_SUCCESS; \ _SEH2_TRY \ { #define KmtEndSeh(ExpectedStatus) \ } \ _SEH2_EXCEPT(EXCEPTION_EXECUTE_HANDLER) \ { \ ExceptionStatus = _SEH2_GetExceptionCode(); \ } \ _SEH2_END; \ ok_eq_hex(ExceptionStatus, (ExpectedStatus)); \ } #define KmtGetSystemOrEmbeddedRoutineAddress(RoutineName) \ p##RoutineName = KmtGetSystemRoutineAddress(L ## #RoutineName); \ if (!p##RoutineName) \ { \ p##RoutineName = RoutineName; \ trace("Using embedded routine for " #RoutineName "\n"); \ } \ else \ trace("Using system routine for " #RoutineName "\n"); #if defined KMT_DEFINE_TEST_FUNCTIONS #if defined KMT_KERNEL_MODE #include "kmt_test_kernel.h" #elif defined KMT_USER_MODE #include "kmt_test_user.h" #endif /* defined KMT_USER_MODE */ PKMT_RESULTBUFFER ResultBuffer = NULL; static VOID KmtAddToLogBuffer(PKMT_RESULTBUFFER Buffer, PCSTR String, SIZE_T Length) { LONG OldLength; LONG NewLength; if (!Buffer) return; do { OldLength = Buffer->LogBufferLength; NewLength = OldLength + (ULONG)Length; if (NewLength > Buffer->LogBufferMaxLength) return; } while (InterlockedCompareExchange(&Buffer->LogBufferLength, NewLength, OldLength) != OldLength); memcpy(&Buffer->LogBuffer[OldLength], String, Length); } KMT_FORMAT(ms_printf, 5, 0) static SIZE_T KmtXVSNPrintF(PSTR Buffer, SIZE_T BufferMaxLength, PCSTR FileAndLine, PCSTR Prepend, PCSTR Format, va_list Arguments) { SIZE_T BufferLength = 0; SIZE_T Length; if (FileAndLine) { PCSTR Slash; Slash = strrchr(FileAndLine, '\\'); if (Slash) FileAndLine = Slash + 1; Slash = strrchr(FileAndLine, '/'); if (Slash) FileAndLine = Slash + 1; Length = min(BufferMaxLength, strlen(FileAndLine)); memcpy(Buffer, FileAndLine, Length); Buffer += Length; BufferLength += Length; BufferMaxLength -= Length; } if (Prepend) { Length = min(BufferMaxLength, strlen(Prepend)); memcpy(Buffer, Prepend, Length); Buffer += Length; BufferLength += Length; BufferMaxLength -= Length; } if (Format) { Length = KmtVSNPrintF(Buffer, BufferMaxLength, Format, Arguments); /* vsnprintf can return more than maxLength, we don't want to do that */ BufferLength += min(Length, BufferMaxLength); } return BufferLength; } KMT_FORMAT(ms_printf, 5, 6) static SIZE_T KmtXSNPrintF(PSTR Buffer, SIZE_T BufferMaxLength, PCSTR FileAndLine, PCSTR Prepend, PCSTR Format, ...) { SIZE_T BufferLength; va_list Arguments; va_start(Arguments, Format); BufferLength = KmtXVSNPrintF(Buffer, BufferMaxLength, FileAndLine, Prepend, Format, Arguments); va_end(Arguments); return BufferLength; } VOID KmtFinishTest(PCSTR TestName) { CHAR MessageBuffer[512]; SIZE_T MessageLength; if (!ResultBuffer) return; MessageLength = KmtXSNPrintF(MessageBuffer, sizeof MessageBuffer, NULL, NULL, "%s: %ld tests executed (0 marked as todo, %ld failures), %ld skipped.\n", TestName, ResultBuffer->Successes + ResultBuffer->Failures, ResultBuffer->Failures, ResultBuffer->Skipped); KmtAddToLogBuffer(ResultBuffer, MessageBuffer, MessageLength); } BOOLEAN KmtVOk(INT Condition, PCSTR FileAndLine, PCSTR Format, va_list Arguments) { CHAR MessageBuffer[512]; SIZE_T MessageLength; if (!ResultBuffer) return Condition != 0; if (Condition) { InterlockedIncrement(&ResultBuffer->Successes); if (0/*KmtReportSuccess*/) { MessageLength = KmtXSNPrintF(MessageBuffer, sizeof MessageBuffer, FileAndLine, ": Test succeeded\n", NULL); KmtAddToLogBuffer(ResultBuffer, MessageBuffer, MessageLength); } } else { InterlockedIncrement(&ResultBuffer->Failures); MessageLength = KmtXVSNPrintF(MessageBuffer, sizeof MessageBuffer, FileAndLine, ": Test failed: ", Format, Arguments); KmtAddToLogBuffer(ResultBuffer, MessageBuffer, MessageLength); } return Condition != 0; } BOOLEAN KmtOk(INT Condition, PCSTR FileAndLine, PCSTR Format, ...) { BOOLEAN Ret; va_list Arguments; va_start(Arguments, Format); Ret = KmtVOk(Condition, FileAndLine, Format, Arguments); va_end(Arguments); return Ret; } VOID KmtVTrace(PCSTR FileAndLine, PCSTR Format, va_list Arguments) { CHAR MessageBuffer[512]; SIZE_T MessageLength; MessageLength = KmtXVSNPrintF(MessageBuffer, sizeof MessageBuffer, FileAndLine, ": ", Format, Arguments); KmtAddToLogBuffer(ResultBuffer, MessageBuffer, MessageLength); } VOID KmtTrace(PCSTR FileAndLine, PCSTR Format, ...) { va_list Arguments; va_start(Arguments, Format); KmtVTrace(FileAndLine, Format, Arguments); va_end(Arguments); } BOOLEAN KmtVSkip(INT Condition, PCSTR FileAndLine, PCSTR Format, va_list Arguments) { CHAR MessageBuffer[512]; SIZE_T MessageLength; if (!ResultBuffer) return !Condition; if (!Condition) { InterlockedIncrement(&ResultBuffer->Skipped); MessageLength = KmtXVSNPrintF(MessageBuffer, sizeof MessageBuffer, FileAndLine, ": Tests skipped: ", Format, Arguments); KmtAddToLogBuffer(ResultBuffer, MessageBuffer, MessageLength); } return !Condition; } BOOLEAN KmtSkip(INT Condition, PCSTR FileAndLine, PCSTR Format, ...) { BOOLEAN Ret; va_list Arguments; va_start(Arguments, Format); Ret = KmtVSkip(Condition, FileAndLine, Format, Arguments); va_end(Arguments); return Ret; } PVOID KmtAllocateGuarded(SIZE_T SizeRequested) { NTSTATUS Status; SIZE_T Size = PAGE_ROUND_UP(SizeRequested + PAGE_SIZE); PVOID VirtualMemory = NULL; PCHAR StartOfBuffer; Status = ZwAllocateVirtualMemory(ZwCurrentProcess(), &VirtualMemory, 0, &Size, MEM_RESERVE, PAGE_NOACCESS); if (!NT_SUCCESS(Status)) return NULL; Size -= PAGE_SIZE; Status = ZwAllocateVirtualMemory(ZwCurrentProcess(), &VirtualMemory, 0, &Size, MEM_COMMIT, PAGE_READWRITE); if (!NT_SUCCESS(Status)) { Size = 0; Status = ZwFreeVirtualMemory(ZwCurrentProcess(), &VirtualMemory, &Size, MEM_RELEASE); ok_eq_hex(Status, STATUS_SUCCESS); return NULL; } StartOfBuffer = VirtualMemory; StartOfBuffer += Size - SizeRequested; return StartOfBuffer; } VOID KmtFreeGuarded(PVOID Pointer) { NTSTATUS Status; PVOID VirtualMemory = (PVOID)PAGE_ROUND_DOWN((SIZE_T)Pointer); SIZE_T Size = 0; Status = ZwFreeVirtualMemory(ZwCurrentProcess(), &VirtualMemory, &Size, MEM_RELEASE); ok_eq_hex(Status, STATUS_SUCCESS); } #endif /* defined KMT_DEFINE_TEST_FUNCTIONS */ #endif /* !defined _KMTEST_TEST_H_ */