/*SF-------------------------------------------------------------------------
* function: OUTkommWrap
* wrapper for stamm
* call stamm detail functions
* In: -aProgramm
* out: -
* Return: -completion code
*---------------------------------------------------------------------------
*/
static int OUTkommWrap (int aPrgid, int aArrid )
{
extern KOMMISSION *commis ;
extern int anzCommis;
int i, status, id ;
int found ;
/*--- init --------*/
status = (int)MPOK;
/*--- init mem --------*/
AKTcommisMemobjInit( );
/*--- Get all commissions ------------------------------------*/
status = AKTcommisFindAll((int)UNDEF, (int)UNDEF, (int)UNDEF, (int)UNDEF );
TEST_STATUS(status)
/*--- loop for parts of arrgt -------*/
status = OUTkommLoopItems( );
TEST_STATUS(status)
/*--- print some statistics -------*/
OUTkommStatistics ( );
AKTlayoutFormFeedPrint( FPout);
exit:
AKTcommisMemobjFree( );
return(status);
}
static void U_CALLCONV myMutexInit(const void *context, UMTX *mutex, UErrorCode *status) {
DummyMutex *theMutex;
TEST_STATUS(*status, U_ZERO_ERROR);
theMutex = (DummyMutex *)malloc(sizeof(DummyMutex));
theMutex->fLockCount = 0;
theMutex->fMagic = 123456;
gTotalMutexesInitialized++;
gTotalMutexesActive++;
gMutexContext = context;
*mutex = theMutex;
}
//
// Test procedurecount == 0, invalid actions etc --> KM validation!
//
void TestInstrumentFailures()
{
JPFBT_PROCEDURE FailedProcedure;
BOOL KernelSupported;
JPFBT_PROCEDURE PatchProcedureKm;
JPFBT_PROCEDURE PatchProcedureUm;
JPKFBT_SESSION Session;
JPKFBT_KERNEL_TYPE Type;
ULONG KernelsTested = 0;
ULONG TrcTypesTested = 0;
for ( Type = JpkfbtKernelRetail;
Type <= JpkfbtKernelMax;
Type++ )
{
JPKFBT_TRACING_TYPE TracingType;
TEST_SUCCESS( JpkfbtIsKernelTypeSupported(
Type, &KernelSupported ) );
if ( ! KernelSupported )
{
continue;
}
TEST_SUCCESS( JpkfbtAttach( Type, &Session ) );
TEST( Session );
////
//// Tracing not initialized yet.
////
//TEST_STATUS( STATUS_FBT_NOT_INITIALIZED,
// JpkfbtInstrumentProcedure(
// Session,
// JpfbtAddInstrumentation,
// ?,
// ?,
// &FailedProcedure ) );
//
// Init tracing.
//
PatchProcedureUm.u.ProcedureVa = 0x7F000F00;
PatchProcedureKm.u.ProcedureVa = 0x8F000F00;
TrcTypesTested = 0;
for( TracingType = JpkfbtTracingTypeDefault;
TracingType <= JpkfbtTracingTypeMax;
TracingType++ )
{
NTSTATUS Status;
ULONG BufCount;
ULONG BufSize;
PWSTR LogFile;
if ( TracingType == JpkfbtTracingTypeDefault )
{
BufCount = 64;
BufSize = 64;
LogFile = L"__testkfbt.log";
DeleteFile( LogFile );
}
else
{
BufCount = 0;
BufSize = 0;
LogFile = NULL;
}
Status = JpkfbtInitializeTracing(
Session,
TracingType,
BufCount,
BufSize,
LogFile );
if ( STATUS_KFBT_TRCTYPE_NOT_SUPPORTED == Status )
{
continue;
}
TEST_SUCCESS( Status );
//
// Mem.
//
TEST_STATUS( STATUS_NO_MEMORY,
JpkfbtInstrumentProcedure(
Session,
JpfbtAddInstrumentation,
0xF0000000,
&PatchProcedureUm,
&FailedProcedure ) );
TEST( FailedProcedure.u.Procedure == NULL );
//
// Procs.
//
TEST_STATUS( STATUS_INVALID_PARAMETER,
JpkfbtInstrumentProcedure(
Session,
JpfbtAddInstrumentation,
0,
NULL,
&FailedProcedure ) );
TEST( FailedProcedure.u.Procedure == NULL );
TEST_STATUS( STATUS_KFBT_PROC_OUTSIDE_SYSTEM_RANGE,
JpkfbtInstrumentProcedure(
Session,
JpfbtAddInstrumentation,
1,
&PatchProcedureUm,
&FailedProcedure ) );
TEST( FailedProcedure.u.Procedure == PatchProcedureUm.u.Procedure );
TEST_STATUS( STATUS_KFBT_PROC_OUTSIDE_MODULE,
JpkfbtInstrumentProcedure(
Session,
JpfbtAddInstrumentation,
1,
&PatchProcedureKm,
&FailedProcedure ) );
TEST( FailedProcedure.u.Procedure == PatchProcedureKm.u.Procedure );
TEST_SUCCESS( JpkfbtShutdownTracing( Session ) );
TrcTypesTested++;
}
TEST_SUCCESS( JpkfbtDetach( Session, TRUE ) );
TEST( TrcTypesTested > 0 );
KernelsTested++;
}
TEST( KernelsTested > 0 );
}
void TestInitShutdownTracing()
{
BOOL KernelSupported;
JPKFBT_SESSION Session;
JPKFBT_KERNEL_TYPE Type;
ULONG KernelsTested = 0;
ULONG TrcTypesTested;
for ( Type = JpkfbtKernelRetail;
Type <= JpkfbtKernelMax;
Type++ )
{
JPKFBT_TRACING_TYPE TracingType;
TEST_SUCCESS( JpkfbtIsKernelTypeSupported(
Type, &KernelSupported ) );
if ( ! KernelSupported )
{
continue;
}
TEST_SUCCESS( JpkfbtAttach( Type, &Session ) );
TEST( Session );
//
// Invalid type.
//
TEST_STATUS( STATUS_INVALID_PARAMETER,
JpkfbtInitializeTracing(
Session,
JpkfbtTracingTypeMax + 1,
0,
0,
NULL ) );
//
// Shutdown without being started.
//
TEST_STATUS( STATUS_FBT_NOT_INITIALIZED,
JpkfbtShutdownTracing( Session ) );
//
// Init & Shutdown using valid type.
//
TrcTypesTested = 0;
for( TracingType = JpkfbtTracingTypeDefault;
TracingType <= JpkfbtTracingTypeMax;
TracingType++ )
{
NTSTATUS Status;
ULONG BufCount;
ULONG BufSize;
PWSTR LogFile;
if ( TracingType == JpkfbtTracingTypeDefault )
{
BufCount = 64;
BufSize = 64;
LogFile = L"__testkfbt.log";
DeleteFile( LogFile );
}
else
{
BufCount = 0;
BufSize = 0;
LogFile = NULL;
}
TEST_STATUS( STATUS_INVALID_PARAMETER, JpkfbtInitializeTracing(
Session,
TracingType,
BufCount,
BufSize,
TracingType == JpkfbtTracingTypeDefault
? NULL
: L"foo" ) );
Status = JpkfbtInitializeTracing(
Session,
TracingType,
BufCount,
BufSize,
LogFile );
CFIX_LOG( L"Status=%x", Status );
TEST( NT_SUCCESS( Status ) ||
STATUS_KFBT_TRCTYPE_NOT_SUPPORTED == Status );
if ( NT_SUCCESS( Status ) )
{
TrcTypesTested++;
TEST_SUCCESS( JpkfbtShutdownTracing( Session ) );
}
}
TEST( TrcTypesTested > 0 );
TEST_SUCCESS( JpkfbtDetach( Session, TRUE ) );
KernelsTested++;
}
TEST( KernelsTested > 0 );
}
static VOID TestTraceKernel()
{
ULONG BufferCount;
ULONG BufferSize;
PROC_SET Set;
DWORD_PTR FailedProc;
UINT Tracepoints, Count;
UINT EnumCount;
JPFSV_TRACEPOINT Tracepnt;
HRESULT Hr;
JPFSV_HANDLE KernelCtx;
JPFSV_TRACING_TYPE TracingType;
ULONG TypesTested = 0;
TEST_OK( CdiagCreateSession( NULL, NULL, &DiagSession ) );
for ( TracingType = JpfsvTracingTypeDefault;
TracingType <= JpfsvTracingTypeMax;
TracingType++ )
{
UINT Index;
BOOL Instrumentable;
WCHAR LogFile[ MAX_PATH ];
UINT PaddingSize;
TEST_OK( StringCchPrintf(
LogFile, _countof( LogFile ), L"__kern%d.log", TracingType ) );
//
// Start a trace.
//
KernelCtx = NULL;
Hr = JpfsvLoadContext( JPFSV_KERNEL, NULL, &KernelCtx );
if ( Hr == JPFSV_E_UNSUP_ON_WOW64 )
{
CFIX_INCONCLUSIVE( L"Not supported on WOW64" );
return;
}
TEST_OK( Hr );
TEST( JPFSV_E_NO_TRACESESSION ==
JpfsvGetTracepointContext( KernelCtx, 0xF00, &Tracepnt ) );
DeleteFile( LogFile );
if ( TracingType != JpfsvTracingTypeWmk )
{
TEST( E_INVALIDARG == JpfsvAttachContext( KernelCtx, TracingType, NULL ) );
Hr = JpfsvAttachContext( KernelCtx, TracingType, LogFile );
}
else
{
TEST( E_INVALIDARG == JpfsvAttachContext( KernelCtx, TracingType, LogFile ) );
Hr = JpfsvAttachContext( KernelCtx, TracingType, NULL );
}
if ( Hr == JPFSV_E_UNSUPPORTED_TRACING_TYPE ||
Hr == HRESULT_FROM_NT( 0xC0049300L ) ) // STATUS_KFBT_KERNEL_NOT_SUPPORTED
{
continue;
}
TEST_OK( Hr );
if ( TracingType == JpfsvTracingTypeWmk )
{
BufferCount = 0;
BufferSize = 0;
}
else
{
BufferCount = 5;
BufferSize = 1024;
}
//
// Instrument some procedures.
//
Set.Count = 0;
Set.ContextHandle = KernelCtx;
Set.Process = JpfsvGetProcessHandleContext( KernelCtx );
TEST( Set.Process );
//
// Not all patchable...
//
TEST( SymEnumSymbols(
Set.Process,
0,
L"tcpip!*",
AddProcedureSymCallback,
&Set ) );
TEST_OK( JpfsvStartTraceContext(
KernelCtx,
BufferCount,
BufferSize,
DiagSession ) );
TEST( E_UNEXPECTED == JpfsvStartTraceContext(
KernelCtx,
BufferCount,
BufferSize,
DiagSession ) );
TEST( Set.Count > 0 );
TEST_OK( JpfsvCountTracePointsContext( KernelCtx, &Count ) );
TEST( 0 == Count );
TEST_STATUS( ( ULONG ) HRESULT_FROM_NT( STATUS_FBT_PROC_NOT_PATCHABLE ),
JpfsvSetTracePointsContext(
KernelCtx,
JpfsvAddTracepoint,
Set.Count,
Set.Procedures,
&FailedProc ) );
//
// Instrumentable...
//
Set.Count = 0;
Set.ContextHandle = KernelCtx;
Set.Process = JpfsvGetProcessHandleContext( KernelCtx );
TEST( SymEnumSymbols(
Set.Process,
0,
IsVistaOrLater()
? L"tcpip!IPReg*"
: L"tcpip!IPRc*",
AddProcedureSymCallback,
&Set ) );
TEST( Set.Count > 0 );
for ( Index = 0; Index < Set.Count; Index++ )
{
TEST_OK( JpfsvCheckProcedureInstrumentability(
KernelCtx,
Set.Procedures[ Index ],
&Instrumentable,
&PaddingSize ) );
TEST( Instrumentable );
TEST( PaddingSize == 5 );
}
//
// Not instrumentable...
//
Set.Count = 0;
Set.ContextHandle = KernelCtx;
Set.Process = JpfsvGetProcessHandleContext( KernelCtx );
TEST( SymEnumSymbols(
Set.Process,
0,
IsVistaOrLater()
? L"tcpip!__report_gsfailure"
: L"tcpip!_wcsicmp",
AddProcedureSymCallback,
&Set ) );
TEST( Set.Count > 0 );
TEST_OK( JpfsvCheckProcedureInstrumentability(
KernelCtx,
Set.Procedures[ 0 ],
&Instrumentable,
&PaddingSize ) );
TEST( ! Instrumentable );
TEST( PaddingSize == 0 );
//
// All patchable...
//
Set.Count = 0;
Set.ContextHandle = KernelCtx;
Set.Process = JpfsvGetProcessHandleContext( KernelCtx );
TEST( Set.Process );
TEST( SymEnumSymbols(
Set.Process,
0,
IsVistaOrLater()
? L"tcpip!IPReg*"
: L"tcpip!IPRc*",
AddProcedureSymCallback,
&Set ) );
TEST( Set.Count >= 3 );
TEST_OK( JpfsvSetTracePointsContext(
KernelCtx,
JpfsvAddTracepoint,
Set.Count,
Set.Procedures,
&FailedProc ) );
// again - should be a noop.
TEST_OK( JpfsvSetTracePointsContext(
KernelCtx,
JpfsvAddTracepoint,
Set.Count,
Set.Procedures,
&FailedProc ) );
TEST( FailedProc == 0 );
TEST_OK( JpfsvCountTracePointsContext( KernelCtx, &Tracepoints ) );
TEST( Tracepoints > Set.Count / 2 ); // Duplicate-cleaned!
TEST( Tracepoints <= Set.Count );
TEST_OK( JpfsvGetTracepointContext( KernelCtx, Set.Procedures[ 0 ], &Tracepnt ) );
TEST( Tracepnt.Procedure == Set.Procedures[ 0 ] );
TEST( wcslen( Tracepnt.SymbolName ) );
TEST( wcslen( Tracepnt.ModuleName ) );
TEST( JPFSV_E_TRACEPOINT_NOT_FOUND == JpfsvGetTracepointContext( KernelCtx, 0xBA2, &Tracepnt ) );
//
// Count enum callbacks.
//
EnumCount = 0;
TEST_OK( JpfsvEnumTracePointsContext(
KernelCtx,
CountTracepointsCallback,
&EnumCount ) );
TEST( EnumCount == Tracepoints );
//
// Stop while tracing active -> implicitly revoke all tracepoints.
//
TEST_OK( JpfsvStopTraceContext( KernelCtx, TRUE ) );
TEST_OK( JpfsvCountTracePointsContext( KernelCtx, &Count ) );
TEST( 0 == Count );
//
// Trace again.
//
DeleteFile( LogFile );
TEST_OK( JpfsvStartTraceContext(
KernelCtx,
BufferCount,
BufferSize,
DiagSession ) );
TEST_OK( JpfsvSetTracePointsContext(
KernelCtx,
JpfsvAddTracepoint,
Set.Count,
Set.Procedures,
&FailedProc ) );
TEST( FailedProc == 0 );
TEST_OK( JpfsvCountTracePointsContext( KernelCtx, &Count ) );
TEST( Tracepoints == Count );
//
// Clean shutdown.
//
TEST_OK( JpfsvSetTracePointsContext(
KernelCtx,
JpfsvRemoveTracepoint,
Set.Count,
Set.Procedures,
&FailedProc ) );
TEST( FailedProc == 0 );
TEST_OK( JpfsvCountTracePointsContext( KernelCtx, &Count ) );
TEST( 0 == Count );
TEST_OK( JpfsvStopTraceContext( KernelCtx, TRUE ) );
TEST_OK( DetachContextSafe( KernelCtx ) );
TEST_OK( JpfsvUnloadContext( KernelCtx ) );
TypesTested++;
}
TEST_OK( CdiagDereferenceSession( DiagSession ) );
if ( TypesTested == 0 )
{
CFIX_INCONCLUSIVE( L"No TracingTypes supported" );
}
}
static void TestIncDecFunctions() {
UErrorCode status = U_ZERO_ERROR;
int32_t t = 1; /* random value to make sure that Inc/dec works */
char *dataDir;
/* Save ICU's data dir and tracing functions so that they can be resored
after cleanup and reinit. */
dataDir = safeGetICUDataDirectory();
/* Verify that ICU can be cleaned up and reinitialized successfully.
* Failure here usually means that some ICU service didn't clean up successfully,
* probably because some earlier test accidently left something open. */
ctest_resetICU();
/* Can not set mutex functions if ICU is already initialized */
u_setAtomicIncDecFunctions(&gIncDecContext, myIncFunc, myDecFunc, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Clean up ICU */
u_cleanup();
/* Can not set functions with NULL values */
status = U_ZERO_ERROR;
u_setAtomicIncDecFunctions(&gIncDecContext, NULL, myDecFunc, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setAtomicIncDecFunctions(&gIncDecContext, myIncFunc, NULL, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
/* u_setIncDecFunctions() should work with null or non-null context pointer */
status = U_ZERO_ERROR;
gExpectedContext = NULL;
u_setAtomicIncDecFunctions(NULL, myIncFunc, myDecFunc, &status);
TEST_STATUS(status, U_ZERO_ERROR);
gExpectedContext = &gIncDecContext;
u_setAtomicIncDecFunctions(&gIncDecContext, myIncFunc, myDecFunc, &status);
TEST_STATUS(status, U_ZERO_ERROR);
/* After reinitializing ICU, we should not be able to set the inc/dec funcs again. */
status = U_ZERO_ERROR;
u_setDataDirectory(dataDir);
u_init(&status);
TEST_STATUS(status, U_ZERO_ERROR);
gExpectedContext = &gIncDecContext;
u_setAtomicIncDecFunctions(&gIncDecContext, myIncFunc, myDecFunc, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Doing ICU operations should cause our functions to be called */
gIncCount = 0;
gDecCount = 0;
umtx_atomic_inc(&t);
TEST_ASSERT(t == 2);
umtx_atomic_dec(&t);
TEST_ASSERT(t == 1);
TEST_ASSERT(gIncCount > 0);
TEST_ASSERT(gDecCount > 0);
/* Cleanup should cancel use of our inc/dec functions. */
/* Additional ICU operations should not use them */
ctest_resetICU();
gIncCount = 0;
gDecCount = 0;
status = U_ZERO_ERROR;
u_setDataDirectory(dataDir);
u_init(&status);
TEST_ASSERT(gIncCount == 0);
TEST_ASSERT(gDecCount == 0);
status = U_ZERO_ERROR;
umtx_atomic_inc(&t);
umtx_atomic_dec(&t);
TEST_STATUS(status, U_ZERO_ERROR);
TEST_ASSERT(gIncCount == 0);
TEST_ASSERT(gDecCount == 0);
free(dataDir);
}
static void TestMutexFunctions() {
UErrorCode status = U_ZERO_ERROR;
UResourceBundle *rb = NULL;
char *icuDataDir;
gMutexFailures = 0;
/* Save initial ICU state so that it can be restored later.
* u_cleanup(), which is called in this test, resets ICU's state.
*/
icuDataDir = safeGetICUDataDirectory();
/* Verify that ICU can be cleaned up and reinitialized successfully.
* Failure here usually means that some ICU service didn't clean up successfully,
* probably because some earlier test accidently left something open. */
ctest_resetICU();
/* Can not set mutex functions if ICU is already initialized */
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Un-initialize ICU */
u_cleanup();
/* Can not set Mutex functions with NULL values */
status = U_ZERO_ERROR;
u_setMutexFunctions(&gContext, NULL, myMutexDestroy, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setMutexFunctions(&gContext, myMutexInit, NULL, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, NULL, myMutexUnlock, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, myMutexLock, NULL, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
/* u_setMutexFunctions() should work with null or non-null context pointer */
status = U_ZERO_ERROR;
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_ZERO_ERROR);
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_ZERO_ERROR);
/* After reinitializing ICU, we should not be able to set the mutex funcs again. */
status = U_ZERO_ERROR;
u_setDataDirectory(icuDataDir);
u_init(&status);
TEST_STATUS(status, U_ZERO_ERROR);
u_setMutexFunctions(&gContext, myMutexInit, myMutexDestroy, myMutexLock, myMutexUnlock, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Doing ICU operations should cause allocations to come through our test mutexes */
gBlockCount = 0;
status = U_ZERO_ERROR;
rb = ures_open(NULL, "es", &status);
TEST_STATUS(status, U_ZERO_ERROR);
TEST_ASSERT(gTotalMutexesInitialized > 0);
TEST_ASSERT(gTotalMutexesActive > 0);
ures_close(rb);
/* Cleanup should destroy all of the mutexes. */
ctest_resetICU();
status = U_ZERO_ERROR;
TEST_ASSERT(gTotalMutexesInitialized > 0);
TEST_ASSERT(gTotalMutexesActive == 0);
/* Additional ICU operations should no longer use our dummy test mutexes */
gTotalMutexesInitialized = 0;
gTotalMutexesActive = 0;
u_init(&status);
TEST_STATUS(status, U_ZERO_ERROR);
status = U_ZERO_ERROR;
rb = ures_open(NULL, "fr", &status);
TEST_STATUS(status, U_ZERO_ERROR);
TEST_ASSERT(gTotalMutexesInitialized == 0);
TEST_ASSERT(gTotalMutexesActive == 0);
ures_close(rb);
free(icuDataDir);
if(gMutexFailures) {
log_info("Note: these failures may be caused by ICU failing to initialize/uninitialize properly.\n");
log_verbose("Check for prior tests which may not have closed all open resources. See the internal function ures_flushCache()\n");
}
}
static void TestHeapFunctions() {
UErrorCode status = U_ZERO_ERROR;
UResourceBundle *rb = NULL;
char *icuDataDir;
UVersionInfo unicodeVersion = {0,0,0,0};
icuDataDir = safeGetICUDataDirectory(); /* save icu data dir, so we can put it back
* after doing u_cleanup(). */
/* Verify that ICU can be cleaned up and reinitialized successfully.
* Failure here usually means that some ICU service didn't clean up successfully,
* probably because some earlier test accidently left something open. */
ctest_resetICU();
/* Can not set memory functions if ICU is already initialized */
u_setMemoryFunctions(&gContext, myMemAlloc, myMemRealloc, myMemFree, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Un-initialize ICU */
u_cleanup();
/* Can not set memory functions with NULL values */
status = U_ZERO_ERROR;
u_setMemoryFunctions(&gContext, NULL, myMemRealloc, myMemFree, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setMemoryFunctions(&gContext, myMemAlloc, NULL, myMemFree, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
status = U_ZERO_ERROR;
u_setMemoryFunctions(&gContext, myMemAlloc, myMemRealloc, NULL, &status);
TEST_STATUS(status, U_ILLEGAL_ARGUMENT_ERROR);
/* u_setMemoryFunctions() should work with null or non-null context pointer */
status = U_ZERO_ERROR;
u_setMemoryFunctions(NULL, myMemAlloc, myMemRealloc, myMemFree, &status);
TEST_STATUS(status, U_ZERO_ERROR);
u_setMemoryFunctions(&gContext, myMemAlloc, myMemRealloc, myMemFree, &status);
TEST_STATUS(status, U_ZERO_ERROR);
/* After reinitializing ICU, we should not be able to set the memory funcs again. */
status = U_ZERO_ERROR;
u_setDataDirectory(icuDataDir);
u_init(&status);
TEST_STATUS(status, U_ZERO_ERROR);
u_setMemoryFunctions(NULL, myMemAlloc, myMemRealloc, myMemFree, &status);
TEST_STATUS(status, U_INVALID_STATE_ERROR);
/* Doing ICU operations should cause allocations to come through our test heap */
gBlockCount = 0;
status = U_ZERO_ERROR;
rb = ures_open(NULL, "es", &status);
TEST_STATUS(status, U_ZERO_ERROR);
if (gBlockCount == 0) {
log_err("Heap functions are not being called from ICU.\n");
}
ures_close(rb);
/* Cleanup should put the heap back to its default implementation. */
ctest_resetICU();
u_getUnicodeVersion(unicodeVersion);
if (unicodeVersion[0] <= 0) {
log_err("Properties doesn't reinitialize without u_init.\n");
}
status = U_ZERO_ERROR;
u_init(&status);
TEST_STATUS(status, U_ZERO_ERROR);
/* ICU operations should no longer cause allocations to come through our test heap */
gBlockCount = 0;
status = U_ZERO_ERROR;
rb = ures_open(NULL, "fr", &status);
TEST_STATUS(status, U_ZERO_ERROR);
if (gBlockCount != 0) {
log_err("Heap functions did not reset after u_cleanup.\n");
}
ures_close(rb);
free(icuDataDir);
ctest_resetICU();
}
/*F--------------------------------------------------------------------------
* Function: OUTstatdlt
*---------------------------------------------------------------------------
*/
int OUTstatdlt(int argc, char *argv[])
{
extern DEVICE_PORT devicePort;
extern STATUS_WERTE sta;
extern int dialogsprache;
extern int outputsprache;
extern int DebugFlag;
extern char sqlquery[];
extern MEMOBJ sqlmem;
extern DIENST_TRAEGER dlt;
extern KATEGORIE kat;
extern TTYP_VIEW ttyp;
int status, id, state;
int i, anzahl, count;
int katcount, katdltcount;
int totkatcount, totkatdltcount;
int oldkat;
int dlt_id;
struct tm DateTime;
char bezeichnung[_BEZLEN+5];
char tmpbuf[_RECORDLEN];
char tmp_buffer[RECLAENGE];
char tmp_buffer2[RECLAENGE];
char cdate[_DATELEN]; /* Current Date */
char ctime[_DATELEN]; /* Current Time */
char format[_RECORDLEN];
char typbez[_BEZLEN+1];
char dltbez[_BEZLEN+1];
char katbez[_BEZLEN+1];
char dlgbez[_RECORDLEN];
AKT_DETAIL adcntrl;
DEVICE_PORT *pDev;
DIENST_TRAEGER *Pdlt;
KAT_VIEW *Pkatv;
MEMOBJ dltmem;
DIENSTLEISTUNG MPdl;
char fmt_zeile_1[_CHAR80+1];
char fmt_zeile_2[_CHAR80+1];
char fmt_zeile_3[_CHAR80+1];
char fmt_zeile_4[_CHAR80+1];
char fmt_zeile_5[_CHAR80+1];
/*--- init ------*/
pDev = &devicePort;
oldkat = (int)_UNDEF;
katcount = 0;
katdltcount = 0;
totkatcount = 0;
totkatdltcount = 0;
dltmem.buffer = NULL;
dltmem.alloclen = 0;
dltmem.datalen = 0;
status = MPAPIdb_begintrx(SQLISOLATION_RU, SQLPRIO_NORMAL);
/*--- Get the Format string from DBMS -------------------*/
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)AKTTXT_FMT_ZEILE_1, fmt_zeile_1, NOMARGIN);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)AKTTXT_FMT_ZEILE_2, fmt_zeile_2, NOMARGIN);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)AKTTXT_FMT_ZEILE_3, fmt_zeile_3, NOMARGIN);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)AKTTXT_FMT_ZEILE_4, fmt_zeile_4, NOMARGIN);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)AKTTXT_FMT_ZEILE_5, fmt_zeile_5, NOMARGIN);
/*--- set right language ----------------------------------------------*/
if (outputsprache == (int)_UNDEF)
aktuellesprache = dialogsprache;
else
aktuellesprache = outputsprache;
/*--- mailing header --------------------------------------------------*/
status = AKTmailHeader() ;
if (status != (int)MPOK)
return(status);
/*--- check if all needed arguments are set (-h) ----------------*/
if (dltid == (int)_UNDEF)
{
AKTmsg(ACT_ERROR, MPA_INVALIDARGS, NULL);
TEST_STATUS(MPERROR);
}
/******** B O D Y ****************/
/* get host dlt */
(void)MPAPIselectOneId((int)_DIENST_TRAEGER, (int)dltid, (char *)&dlt);
(void)SelectBez((int)_DIENST_TRAEGER, sprache, dlt.bez_id, dltbez);
if (dlid != (int)_UNDEF)
{
(void)memset((void *)&DateTime, NULL, sizeof(DateTime));
DateTime.tm_min = (int)_UNDEF;
DateTime.tm_hour = (int)_UNDEF;
DateTime.tm_mday = (int)_UNDEF;
DateTime.tm_mon = (int)_UNDEF;
DateTime.tm_year = (int)_UNDEF;
(void)MPAPIselectOneId((int)_DIENSTLEISTUNG, (int)dlid, (char *)&MPdl);
(void)WriteDate(&DateTime, (time_t *)&MPdl.a_zeit, tmpbuf);
(void)SelectBez((int)_DIENSTLEISTUNG, sprache, MPdl.bez_id, dlgbez);
(void)strcat(dlgbez, " => ");
(void)strcat(dlgbez, tmpbuf);
}
/* update mailing with dlt info */
AKTmsgget(MPA_OBJECTDLT, format);
(void)sprintf(mailstring, format, dltid, dltbez, " ");
AKTmsg(ACT_INFO, (int)_UNDEF, mailstring);
/*DEBUG*****************/
if (DebugFlag)
printf("%sdebug: START statistic of dlt %d - %s now !%s",
_P_EOL_, dltid, dltbez, _P_EOL_);
/*DEBUG*****************/
/* get dltt of host dlt */
id = MPAPIselectOneId((int)_TTYP_VIEW, (int)dlt.typ_id, (char *)&ttyp);
if (id != (int)_UNDEF)
(void)copyTextTo(typbez, ttyp.bez, (int)_BEZLEN);
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
/* !!! dv (void)fprintf(FPout, "%s%sBenutzungsgrad fuer %s: %s%s%s",
_P_EOL_, _P_EOL_, typbez, dltbez, _P_EOL_, _P_EOL_); */
(void)fprintf(FPout, fmt_zeile_1, typbez, dltbez);
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
if (dlid != (int)_UNDEF)
{
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
/* !!! dv (void)fprintf(FPout, "%s%sfuer Dienstleistung: %s%s%s",
_P_EOL_, _P_EOL_, dlgbez, _P_EOL_, _P_EOL_); */
(void)fprintf(FPout, fmt_zeile_2, dlgbez);
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
}
/*--- get all needed KATEGORIEs ---------------*/
if (katid != (int)_UNDEF)
(void)sprintf(sqlquery, _SEL_KATVIEW_KAT, katid, aktuellesprache);
else
(void)sprintf(sqlquery, _SEL_KATVIEW, dltid, aktuellesprache);
status = MPAPIdb_sqlquery((int)_KAT_VIEW, (char **)&sqlmem.buffer,
sqlquery, &anzahl, &sqlmem.datalen, &sqlmem.alloclen);
if (status != MPOK || anzahl < 1)
{
AKTmsg(ACT_SQLERROR, MPA_SELECTERROR, NULL);
return(MPERROR);
}
Pkatv = (KAT_VIEW *)sqlmem.buffer;
for (i=0;i<anzahl;i++)
{
/* write header line */
(void)copyTextTo(katbez, Pkatv[i].bez, (int)_BEZLEN);
(void)fprintf(FPout, "%s%s%s:%s%s",
_P_EOL_, _P_EOL_, katbez, _P_EOL_, _P_EOL_);
katcount = 0;
katdltcount = 0;
/* write detail kategorie */
status = DLTstatistic(Pkatv[i].kat_id, dltid, dlid, &dltmem,
&katcount, &katdltcount);
/* write total line */
totkatcount += katcount;
totkatdltcount += katdltcount;
if (katcount != 0)
{
fprintf(FPout, "%s", _P_EOL_);
/* fprintf(FPout, "%sTOTAL Einheiten in dieser KATEGORIE: %d (%d)",
_P_EOL_, katcount, katdltcount); */
fprintf(FPout, fmt_zeile_3, katcount, katdltcount);
fprintf(FPout, "%s", _P_EOL_);
}
if (anzahl != (i+1))
fprintf(FPout, "%s", _P_EOL_);
else
{
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
/* fprintf(FPout, "%s%sTOTAL Einheiten: %d (%d) %s",
_P_EOL_, _P_EOL_, totkatcount, totkatdltcount, _P_EOL_); */
fprintf(FPout, fmt_zeile_4, totkatcount, totkatdltcount);
fprintf(FPout, "%s", _P_EOL_);
fprintf(FPout, "%s", _P_EOL_);
}
}
MPfree(dltmem.buffer);
/*--- Device start output ---------------------------------------------*/
/*--- Device --------------------------------*/
pDev->callnumber[0] = '\0';
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)PRINTCOMMAND, format, NOMARGIN);
(void)sprintf(pDev->command, "%s", format);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)PRINTCOMMAND2, format, NOMARGIN);
(void)sprintf(pDev->command2, "%s", format);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)PRINTCOMMAND3, format, NOMARGIN);
(void)sprintf(pDev->command3, "%s", format);
(void)AKTobjtxt( (int)_STATDLT_TYP, (int)PRINTCOMMAND4, format, NOMARGIN);
(void)sprintf(pDev->command4, "%s", format);
/*--- Device process ------*/
status = AKTdeviceOuput();
if (status != MPOK)
AKTmsg(ACT_ERROR, (int)_UNDEF, "Action Program: Device error ");
MPAPIdb_committrx();
/*DEBUG*****************/
if (DebugFlag)
printf("%s%sdebug: EXIT with status: %d, mailingadr: %s%s%s",
_P_EOL_, _P_EOL_, status, userid, _P_EOL_, _P_EOL_);
/*DEBUG*****************/
/*--- Mailing foot -------------------------------------------*/
AKTmailFoot(status);
exit:
return(status);
}
/*F--------------------------------------------------------------------------
* Function: OUTkomm()
* perform all inits
* check pre-conditions
* get arrangement or dl id for work
* device (fax or tlx)
*
* In: -argc, argv as action was invoked
* out: -
* Return: -completion code
*---------------------------------------------------------------------------
*/
int OUTkomm( int argc, char *argv[])
{
extern int aktuellesprache;
extern int dialogsprache;
extern int outputsprache;
extern char language[];
extern FILE *FPout;
extern STATUS_WERTE sta;
extern DEVICE_PORT devicePort;
int status, id1, id2;
char format[_RECORDLEN];
DEVICE_PORT *pDev;
/*-----------------------------------------------------------------------*/
/* INITIALIZATIONS */
/*-----------------------------------------------------------------------*/
pDev = &devicePort;
/*--- Switch for Specific flag if any --*/
/*--- DB begin RU section ------------------------------------------RU-*/
status = MPAPIdb_begintrx(SQLISOLATION_RU, SQLPRIO_NORMAL);
TEST_STATUS(status)
/*--- set the right language, normal is language of KUNDE ----*/
AKTlanguage((int)_UNDEF, (int)_UNDEF, (int)_UNDEF, (int)_UNDEF);
/*--- mailing header ------------------*/
status = AKTmailHeader();
TEST_STATUS_COMMIT(status);
/*--- PRE-CONDITIONS check if all needed arguments are set ------------*/
if (akttid == (int)_UNDEF )
{
AKTmsg(ACT_ERROR, MPA_INVALIDARGS, NULL);
EXIT_COMMIT_WITH_STATUS(MPERROR);
}
/*--- Page layout stuff -------------------*/
AKTlayoutInit( );
AKTlayoutInitLinesMax( _STAMM_TYP, PAGE_LENGTH );
AKTlayoutInitBottomMargin( _STAMM_TYP, BOTTOM_MARGIN );
/*-----------------------------------------------------------------------*/
/* START list output */
/*-----------------------------------------------------------------------*/
/*--- General Title and Column identifiers -------*/
OUTkommPageHeaderWrite ( );
/*--- Build control list for stamm ------------*/
status = OUTkommWrap( (int)_UNDEF, (int)_UNDEF );
TEST_STATUS_COMMIT(status);
/*--- End RU section -----*/
MPAPIdb_committrx();
/*-----------------------------------------------------------------------*/
/* DEVICE */
/*-----------------------------------------------------------------------*/
/*--- begin RU section -----------*/
status = MPAPIdb_begintrx(SQLISOLATION_RU, SQLPRIO_NORMAL);
TEST_STATUS(status) /* >>> exit */
/*--- Device start output --------*/
pDev->callnumber[0] = '\0';
(void)AKTobjtxt((int)_STAMM_TYP, (int)PRINTCOMMAND, format, NOMARGIN);
(void)sprintf(pDev->command, "%s", format);
(void)AKTobjtxt( (int)_STAMM_TYP, (int)PRINTCOMMAND2, format, NOMARGIN);
(void)sprintf(pDev->command2, "%s", format);
(void)AKTobjtxt( (int)_STAMM_TYP, (int)PRINTCOMMAND3, format, NOMARGIN);
(void)sprintf(pDev->command3, "%s", format);
(void)AKTobjtxt( (int)_STAMM_TYP, (int)PRINTCOMMAND4, format, NOMARGIN);
(void)sprintf(pDev->command4, "%s", format);
/*--- Device process -------------*/
status = AKTdeviceOuput();
if (status != MPOK)
AKTmsg(ACT_ERROR, (int)_UNDEF, "Action Program: Device error ");
/*--- End RU section -------------*/
(void)MPAPIdb_committrx();
/*........ DEBUG .......*/
if (DebugFlag)
printf("%s%sdebug: EXIT with status: %d, mailingadr: %s%s%s",
_P_EOL_, _P_EOL_, status, userid, _P_EOL_, _P_EOL_);
/*-----------------------------------------------------------------------*/
/* CONCLUSION */
/*-----------------------------------------------------------------------*/
/*--- Mailing foot --------------------------*/
AKTmailFoot(status);
exit:
/*--- free memory ---------------------------*/
return(status);
}
NTSTATUS NTAPI EnumDeviceKeys(
IN PUNICODE_STRING RegistryPath,
IN PWSTR SubKey,
IN PREGISTRY_CALLBACK_ROUTINE Callback,
IN PVOID Context)
/*
Description:
Enumerate the device subkeys in the driver's registry entry, and
call the specified callback routine for each device.
Parameters:
RegistryPath The location of the registry entry
Subkey The device's subkey
Callback A routine called for each device
Context ???
Return Value:
NT status STATUS_SUCCESS if successful
*/
{
NTSTATUS s;
OBJECT_ATTRIBUTES oa;
HANDLE hKey, hSubKey;
UNICODE_STRING SubkeyName;
ULONG i;
// Attempt to open the key
InitializeObjectAttributes(&oa, RegistryPath, OBJ_CASE_INSENSITIVE,
NULL, (PSECURITY_DESCRIPTOR)NULL);
s = ZwOpenKey(&hKey, KEY_READ, &oa);
TEST_STATUS(s); // debugging
if (! NT_SUCCESS(s))
return s; // Problem
RtlInitUnicodeString(&SubkeyName, SubKey);
DPRINT("Subkey: %wZ\n", &SubkeyName);
InitializeObjectAttributes(&oa, &SubkeyName, OBJ_CASE_INSENSITIVE,
hKey, (PSECURITY_DESCRIPTOR)NULL);
s = ZwOpenKey(&hSubKey, KEY_ENUMERATE_SUB_KEYS, &oa);
ZwClose(hKey);
TEST_STATUS(s); // debugging
if (! NT_SUCCESS(s))
return s;
// And now, the enumeration
for (i = 0;; i ++)
{
KEY_BASIC_INFORMATION Info;
PKEY_BASIC_INFORMATION pInfo;
ULONG ResultLength = 0;
ULONG Size = 0;
PWSTR Pos;
PWSTR Name;
// Find the length of the subkey data
// Info.NameLength = 0; // TEMPORARY!
s = ZwEnumerateKey(hSubKey, i, KeyBasicInformation, &Info,
sizeof(Info), &ResultLength);
if (s == STATUS_NO_MORE_ENTRIES)
break;
DPRINT("Found an entry, allocating memory...\n");
// Size = Info.NameLength + FIELD_OFFSET(KEY_BASIC_INFORMATION, Name[0]);
Size = ResultLength + FIELD_OFFSET(KEY_BASIC_INFORMATION, Name[0]);
DPRINT("Size is %d\n", Size);
pInfo = (PKEY_BASIC_INFORMATION) ExAllocatePool(PagedPool, Size);
if (pInfo == NULL)
{
DPRINT("INSUFFICIENT RESOURCES!\n");
s = STATUS_INSUFFICIENT_RESOURCES;
break;
}
DPRINT("Re-enumerating...\n");
s = ZwEnumerateKey(hSubKey, i, KeyBasicInformation, pInfo, Size,
&ResultLength);
// TEST_STATUS(s); // debugging
if (! NT_SUCCESS(s))
{
ExFreePool((PVOID) pInfo);
s = STATUS_INTERNAL_ERROR;
break;
}
DPRINT("Allocating memory for name...\n");
Name = ExAllocatePool(PagedPool,
RegistryPath->Length + sizeof(WCHAR) +
SubkeyName.Length + sizeof(WCHAR) +
pInfo->NameLength + sizeof(UNICODE_NULL));
if (Name == NULL)
{
DPRINT("INSUFFICIENT RESOURCES!");
ExFreePool((PVOID) pInfo);
return STATUS_INSUFFICIENT_RESOURCES;
}
// Copy the key name
RtlCopyMemory((PVOID)Name, (PVOID)RegistryPath->Buffer, RegistryPath->Length);
Pos = Name + (RegistryPath->Length / sizeof(WCHAR));
Pos[0] = '\\';
Pos++;
// Copy the parameters sub key name
RtlCopyMemory((PVOID)Pos, (PVOID)SubKey, SubkeyName.Length); //SubkeyName?
Pos += SubkeyName.Length / sizeof(WCHAR);
Pos[0] = '\\';
Pos ++;
// Copy the device sub key name
RtlCopyMemory((PVOID)Pos, (PVOID)pInfo->Name, pInfo->NameLength);
Pos += pInfo->NameLength / sizeof(WCHAR);
Pos[0] = UNICODE_NULL;
ExFreePool((PVOID)pInfo);
DPRINT("Calling callback...\n");
s = (*Callback)(Name, Context);
if (! NT_SUCCESS(s))
{ DPRINT("Callback FAILED\n");
break;}
}
ZwClose(hSubKey);
DPRINT("%d device registry keys found\n", i);
if ((i == 0) && (s == STATUS_NO_MORE_ENTRIES))
return STATUS_DEVICE_CONFIGURATION_ERROR;
return s == STATUS_NO_MORE_ENTRIES ? STATUS_SUCCESS : s;
}