void GleisbildClear(GleisbildStruct *Data)
{
if (GleisbildGetGleisbildDb(Data) != (Map *)NULL)
MapDestroy(GleisbildGetGleisbildDb(Data));
GleisbildSetNumPages(Data, 0);
GleisbildSetGleisbildDb(Data, MapCreate());
if (GleisbildGetGleisbildDb(Data) != (Map *)NULL)
{
MapInit(GleisbildGetGleisbildDb(Data), (CmpFkt)GleisbildIdCmp,
(MapKeyDelCbFkt)NULL, (MapDataDelCbFkt)free);
}
}
void CanMemberClear(CanMemberStruct *Data)
{
if (CanMemberGetCanMemberDb(Data) != (Map *)NULL)
MapDestroy(CanMemberGetCanMemberDb(Data));
CanMemberSetCanMemberDb(Data, MapCreate());
CanMemberSetNumMembers(Data, 0);
if (CanMemberGetCanMemberDb(Data) != (Map *)NULL)
{
MapInit(CanMemberGetCanMemberDb(Data), (CmpFkt)CanMemberUidCmp,
(MapKeyDelCbFkt)NULL, (MapDataDelCbFkt)free);
}
}
void LokClear(LokStruct *Data)
{
if (LokGetLokDb(Data) != (Map *)NULL)
MapDestroy(LokGetLokDb(Data));
LokSetNumLoks(Data, 0);
LokSetIsChanged(Data, FALSE);
LokSetLokDb(Data, MapCreate());
if (LokGetLokDb(Data) != (Map *)NULL)
{
MapInit(LokGetLokDb(Data), (CmpFkt)strcmp,
(MapKeyDelCbFkt)NULL, (MapDataDelCbFkt)free);
}
}
Cs2CfgData *Cs2CfgDataCreate(void)
{ Cs2CfgData *NewData;
NewData = (Cs2CfgData *)malloc(sizeof(Cs2CfgData));
if (NewData != (Cs2CfgData *)NULL)
{
Cs2CfgDataSetCfgDatas(NewData, MapCreate());
if (Cs2CfgDataGetCfgDatas(NewData) == (Map *)NULL)
{
free(NewData);
NewData = (Cs2CfgData *)NULL;
}
}
return(NewData);
}
CanMemberStruct *CanMemberCreate(void)
{ CanMemberStruct *NewData;
NewData = (CanMemberStruct *)malloc(sizeof(CanMemberStruct));
if (NewData != (CanMemberStruct *)NULL)
{
CanMemberSetNumMembers(NewData, 0);
CanMemberSetCanMemberDb(NewData, MapCreate());
if (CanMemberGetCanMemberDb(NewData) == (Map *)NULL)
{
free(NewData);
NewData = (CanMemberStruct *)NULL;
}
}
return(NewData);
}
LokStruct *LokCreate(void)
{ LokStruct *NewData;
NewData = (LokStruct *)malloc(sizeof(LokStruct));
if (NewData != (LokStruct *)NULL)
{
LokSetLocFilePath(NewData, "/var/www/config/");
LokSetNumLoks(NewData, 0);
LokSetLokDb(NewData, MapCreate());
if (LokGetLokDb(NewData) == (Map *)NULL)
{
free(NewData);
NewData = (LokStruct *)NULL;
}
}
return(NewData);
}
GleisbildStruct *GleisbildCreate(void)
{ GleisbildStruct *NewData;
NewData = (GleisbildStruct *)malloc(sizeof(GleisbildStruct));
if (NewData != (GleisbildStruct *)NULL)
{
GleisbildSetGleisbildFilePath(NewData, "/var/www/config/");
GleisbildSetNumPages(NewData, 0);
GleisbildSetGleisbildDb(NewData, MapCreate());
if (GleisbildGetGleisbildDb(NewData) == (Map *)NULL)
{
free(NewData);
NewData = (GleisbildStruct *)NULL;
}
}
return(NewData);
}
NTSTATUS MapTest(PVOID Context)
{
typedef struct _SID_KV {
CHAR *Key;
CHAR *Value;
} SID_KV, *PSID_KV;
NTSTATUS Status;
PVOID Value;
PMAP Map;
ULONG Index, ValueSize;
SID_KV TestKvs[] = {{"S-1-0-0", "SID0"},
{"S-1-1-0", "SID1"},
{"S-1-0", "SID2"},
{"S-1-1", "SID3"},
{"S-1-5-21-1180699209-877415012-3182924384-1004", "BIG-SID4"},
{"S-1-5-20", "SID5"},
{"S-1-5-21-1180699209-111115012-3182924384-1004", "Another-BIG-SID6"}};
Map = MapCreate();
if (!Map) {
KLErr("Can't create map");
return STATUS_INSUFFICIENT_RESOURCES;
}
for (Index = 0; Index < RTL_NUMBER_OF(TestKvs); Index++) {
Status = MapInsertKey(Map, TestKvs[Index].Key, (ULONG)(strlen(TestKvs[Index].Key) + 1),
TestKvs[Index].Value, (ULONG)(strlen(TestKvs[Index].Value) + 1));
if (!NT_SUCCESS(Status)) {
KLErr("MapInsertKey failed Status 0x%x", Status);
goto cleanup;
}
}
/* Try to insert key 4 again */
Status = MapInsertKey(Map, TestKvs[4].Key, (ULONG)(strlen(TestKvs[4].Key) + 1),
TestKvs[4].Value, (ULONG)(strlen(TestKvs[4].Value) + 1));
if (Status != STATUS_OBJECT_NAME_COLLISION) {
Status = STATUS_UNSUCCESSFUL;
KLErr("MapInsertKey duplicate Status 0x%x", Status);
goto cleanup;
}
/* Delete key 5 */
Status = MapDeleteKey(Map, TestKvs[5].Key, (ULONG)(strlen(TestKvs[5].Key) + 1));
if (!NT_SUCCESS(Status)) {
KLErr("MapDeleteKey Status 0x%x", Status);
goto cleanup;
}
for (Index = 0; Index < RTL_NUMBER_OF(TestKvs); Index++) {
/* Skip key 5 because it's already deleted */
if (Index == 5)
continue;
Status = MapLookupKey(Map, TestKvs[Index].Key, (ULONG)(strlen(TestKvs[Index].Key) + 1), &Value, &ValueSize);
if (!NT_SUCCESS(Status)) {
KLErr("MapLookupKey failed Status 0x%x", Status);
goto cleanup;
}
if (ValueSize != (strlen(TestKvs[Index].Value) + 1)) {
KLErr("MapLookupKey returned invalid ValueSize 0x%x", ValueSize);
ExFreePoolWithTag(Value, MAP_TAG);
Status = STATUS_UNSUCCESSFUL;
goto cleanup;
}
if (ValueSize != RtlCompareMemory(Value, TestKvs[Index].Value, ValueSize)) {
KLErr("MapLookupKey returned invalid Value content");
ExFreePoolWithTag(Value, MAP_TAG);
Status = STATUS_UNSUCCESSFUL;
goto cleanup;
}
ExFreePoolWithTag(Value, MAP_TAG);
}
Status = STATUS_SUCCESS;
cleanup:
MapDelete(Map);
KLInf("MapTest Status 0x%x", Status);
return Status;
}
