TValueKeeper* VariableTable::Push(TValueKeeper* keeper)
{
if (keeper)
{
//List* list = nullptr;
if (!(table[CombineKeys(Key1(keeper->GetName()))]))
{
table[CombineKeys(Key1(keeper->GetName()))] = new List(sizeof(TValueKeeper));
}
TValueKeeper* temp = (TValueKeeper*)table[CombineKeys(Key1(keeper->GetName()))]->Add(keeper);
return (temp);
}
return nullptr;
}
void Person (int value) { Key1 (Household () * Traveler_Scale () + value); }
void Household (int value) { Key1 (value * Traveler_Scale () + Person ()); }
void Traveler (int value) { Key1 (value); }
int Person (void) { return (Key1 () % Traveler_Scale ()); }
int Household (void) { return (Key1 () / Traveler_Scale ()); }
int Traveler (void) { return (Key1 ()); }
int main(int argc, char* argv[])
{
wchar_t* ModuleName = L"klick.sys";
ULONG FileSize;
MyReadFile ( argv[1], g_File, &FileSize );
PCHAR pKey1, pKey2, pSign;
ULONG Key1Size, Key2Size, RegSize;
char *pBasePtr = &g_File[0];
CheckForSignOld( pBasePtr, g_File.size(), &FileSize );
GetCryptoCPtrs( pBasePtr, FileSize, &pKey1, &Key1Size, &pKey2, &Key2Size, &pSign, &RegSize, &FileSize );
PIMAGE_DOS_HEADER Dos_header = (PIMAGE_DOS_HEADER)pBasePtr;
PIMAGE_NT_HEADERS PE_header = (PIMAGE_NT_HEADERS)( (char*)pBasePtr + Dos_header->e_lfanew );
PE_header->OptionalHeader.CheckSum = 0;
bool RetVal = false;
HDSKM libDSKM;
ULONG dskm_err = DSKM_ERR_OK ;
libDSKM = DSKM_InitLibraryEx(Kl1Alloc, Kl1Free, NULL, TRUE) ;
HDSKMLIST list1;
dskm_err = DSKM_ParList_Create(&list1);
CReadObj Key1( pKey1, Key1Size );
CReadObj Key2( pKey2, Key2Size );
CReadObj Sign( pSign, RegSize );
HDSKMLISTOBJ param1 = DSKM_ParList_AddBufferedReg(list1, 0, Key1.m_pBase, Key1.m_Size, (pfnDSKM_GetBuffer_CallBack)ReadBuffByFile, &Key1 ) ;
HDSKMLISTOBJ param2 = DSKM_ParList_AddBufferedReg(list1, 0, Key2.m_pBase, Key2.m_Size, (pfnDSKM_GetBuffer_CallBack)ReadBuffByFile, &Key2 ) ;
HDSKMLISTOBJ param3 = DSKM_ParList_AddBufferedReg(list1, 0, Sign.m_pBase, Sign.m_Size, (pfnDSKM_GetBuffer_CallBack)ReadBuffByFile, &Sign ) ;
dskm_err = DSKM_PrepareRegsSet(libDSKM, list1, 0);
dskm_err = DSKM_ParList_Delete(list1) ;
// Check
HDSKMLIST list2 = 0 ;
DSKM_ParList_Create(&list2);
CReadObj File( pBasePtr, FileSize );
HDSKMLISTOBJ param4 = DSKM_ParList_AddBufferedObject(list2, 0, File.m_pBase, File.m_Size, (pfnDSKM_GetBuffer_CallBack)ReadBuffByFile, &File ) ;
dskm_err = DSKM_ParList_SetObjectHashingProp(list2, param4, ModuleName, 2 *( wcslen ( ModuleName ) + 1 ) ) ;
dskm_err = DSKM_CheckObjectsUsingRegsSet( libDSKM, list2, 0) ;
if ( dskm_err == DSKM_ERR_OK )
RetVal = true;
DSKM_ParList_Delete(list2) ;
DSKM_DeInitLibrary( libDSKM, TRUE ) ;
return 0;
}
void Node (int value) {
Key1 (value);
}
int Node (void) {
return (Key1 ());
}
void In_Dir (int value) { Key1 ((In_Link () << 1) + value); }
void In_Link (int value) { Key1 ((value << 1) + In_Dir ()); }
void In_Link_Dir (int value) { Key1 (value); }
int In_Dir (void) { return ((Key1 () & 1)); }
int In_Link (void) { return ((Key1 () >> 1)); }
int In_Link_Dir (void) { return (Key1 ()); }
