void VEmitContext::EmitPushNumber(int Val)
{
if (Val == 0)
AddStatement(OPC_PushNumber0);
else if (Val == 1)
AddStatement(OPC_PushNumber1);
else if (Val >= 0 && Val < 256)
AddStatement(OPC_PushNumberB, Val);
else if (Val >= MIN_VINT16 && Val <= MAX_VINT16)
AddStatement(OPC_PushNumberS, Val);
else
AddStatement(OPC_PushNumber, Val);
}
int ParseConfigConfirm(TCHAR *pszLine, CONFIG *pConfig)
{
if (NoRemainingTokens(pszLine))
return AddStatement(pConfig, COMMAND_CONFIRM, NULL);
else
return -1;
}
BOOL SFMSSQL::RegisterStatement(SFStatement& statement)
{
if(!AddStatement(statement))
return FALSE;
return TRUE;
}
int ParseConfigInjectDLL(TCHAR *pszLine, CONFIG *pConfig)
{
TCHAR *pszToken;
TCHAR *pszFilename;
struct Command1psz *pC1P;
if (!OneRemainingToken(pszLine, &pszToken))
return -1;
pszFilename = ParseFilename(pszToken);
if (NULL == pszFilename)
{
free(pszToken);
return -2;
}
free(pszToken);
pC1P = malloc(sizeof(struct Command1psz));
if (NULL == pC1P)
{
free(pszFilename);
return -3;
}
pC1P->pszArgument = pszFilename;
return AddStatement(pConfig, COMMAND_INJECT_DLL, pC1P);
}
int ParseConfigResume(TCHAR *pszLine, CONFIG *pConfig)
{
if (NoRemainingTokens(pszLine))
return AddStatement(pConfig, COMMAND_RESUME, NULL);
else
return -1;
}
int ParseConfigTestFunction(TCHAR *pszLine, CONFIG *pConfig)
{
if (NoRemainingTokens(pszLine))
return AddStatement(pConfig, COMMAND_TEST_FUNCTION, NULL);
else
return -1;
}
int ParseConfigSuspend(TCHAR *pszLine, CONFIG *pConfig)
{
if (NoRemainingTokens(pszLine))
return AddStatement(pConfig, COMMAND_SUSPEND, NULL);
else
return -1;
}
int ParseConfigSearchAndWrite(TCHAR *pszLine, CONFIG *pConfig)
{
int iStart;
int iLen;
OPTIONS sO;
TCHAR *pszSearch;
TCHAR *pszWrite;
unsigned char *pucArgumentSearch;
int iBytesSearch;
unsigned char *pucArgumentWrite;
int iBytesWrite;
struct CommandSearchAndWrite *pCSAW;
int iTokenArgument;
iStart = GetToken(0, pszLine, &iLen, NULL);
if (-1 == iStart)
return -1;
ZeroMemory(&sO, sizeof(OPTIONS));
sO.bModule = TRUE;
sO.bMemory = TRUE;
iStart = ParseOptions(pszLine+iStart, &sO);
if (-1 == iStart)
return -1;
if (NULL != sO.pszModule && NULL != sO.pszMemory)
return -1;
if (!TwoRemainingTokens(pszLine+iStart, &pszSearch, &pszWrite))
return -1;
iTokenArgument = ParseArgument(pszSearch, &pucArgumentSearch, &iBytesSearch);
free(pszSearch);
if (0 == iBytesSearch || (TOK_HEX != iTokenArgument && TOK_ASCII != iTokenArgument && TOK_UNICODE != iTokenArgument))
return -1;
iTokenArgument = ParseArgument(pszWrite, &pucArgumentWrite, &iBytesWrite);
free(pszWrite);
if (0 == iBytesWrite || (TOK_HEX != iTokenArgument && TOK_ASCII != iTokenArgument && TOK_UNICODE != iTokenArgument))
return -1;
pCSAW = malloc(sizeof(struct CommandSearchAndWrite));
if (NULL == pCSAW)
return -1;
pCSAW->searchLen = iBytesSearch;
pCSAW->searchBytes = pucArgumentSearch;
pCSAW->writeLen = iBytesWrite;
pCSAW->writeBytes = pucArgumentWrite;
pCSAW->pszModule = sO.pszModule;
if (NULL != sO.pszMemory)
if (TOK_WRITABLE == LookupToken(sO.pszMemory))
pCSAW->dwMemory = PAGE_EXECUTE_READWRITE|PAGE_EXECUTE_WRITECOPY|PAGE_READWRITE|PAGE_WRITECOPY;
else
return -1;
else
pCSAW->dwMemory = 0;
return AddStatement(pConfig, COMMAND_SEARCH_AND_WRITE, pCSAW);
}
void VEmitContext::EmitClearStrings(int Start, int End)
{
for (int i = Start; i < End; i++)
{
// Don't touch out parameters.
if (LocalDefs[i].ParamFlags & FPARM_Out)
{
continue;
}
if (LocalDefs[i].Type.Type == TYPE_String)
{
EmitLocalAddress(LocalDefs[i].Offset);
AddStatement(OPC_ClearPointedStr);
}
if (LocalDefs[i].Type.Type == TYPE_DynamicArray)
{
EmitLocalAddress(LocalDefs[i].Offset);
AddStatement(OPC_PushNumber0);
AddStatement(OPC_DynArraySetNum, LocalDefs[i].Type.GetArrayInnerType());
}
if (LocalDefs[i].Type.Type == TYPE_Struct &&
LocalDefs[i].Type.Struct->NeedsDestructor())
{
EmitLocalAddress(LocalDefs[i].Offset);
AddStatement(OPC_ClearPointedStruct, LocalDefs[i].Type.Struct);
}
if (LocalDefs[i].Type.Type == TYPE_Array)
{
if (LocalDefs[i].Type.ArrayInnerType == TYPE_String)
{
for (int j = 0; j < LocalDefs[i].Type.ArrayDim; j++)
{
EmitLocalAddress(LocalDefs[i].Offset);
EmitPushNumber(j);
AddStatement(OPC_ArrayElement, LocalDefs[i].Type.GetArrayInnerType());
AddStatement(OPC_ClearPointedStr);
}
}
else if (LocalDefs[i].Type.ArrayInnerType == TYPE_Struct &&
LocalDefs[i].Type.Struct->NeedsDestructor())
{
for (int j = 0; j < LocalDefs[i].Type.ArrayDim; j++)
{
EmitLocalAddress(LocalDefs[i].Offset);
EmitPushNumber(j);
AddStatement(OPC_ArrayElement, LocalDefs[i].Type.GetArrayInnerType());
AddStatement(OPC_ClearPointedStruct, LocalDefs[i].Type.Struct);
}
}
}
}
}
void BeginGroup(GroupStatement* group)
{
const char* translation = group->GetGroupTranslation();
const char* name = group->GetGroupName();
const char* text = NULL;
if (translation != NULL) {
text = translation;
} else {
text = name;
}
AddStatement(text, group->GetStatement());
}
int ParseConfigAdjustTokenPrivileges(TCHAR *pszLine, CONFIG *pConfig)
{
TCHAR *pszToken;
int iToken;
if (!OneRemainingToken(pszLine, &pszToken))
return -1;
iToken = LookupToken(pszToken);
free(pszToken);
if (TOK_ME != iToken)
return -2;
return AddStatement(pConfig, COMMAND_ADJUST_TOKE_PRIVILEGES, NULL);
}
int ParseConfigPrint(TCHAR *pszLine, CONFIG *pConfig)
{
int iStart;
int iLen;
TCHAR *pszArgument;
struct Command1psz *pC1P;
iStart = GetToken(0, pszLine, &iLen, NULL);
pC1P = malloc(sizeof(struct Command1psz));
if (NULL == pC1P)
return -1;
if (-1 == iStart)
pszArgument = NULL;
else
pszArgument = _tcsdup(pszLine+iStart);
pC1P->pszArgument = pszArgument;
return AddStatement(pConfig, COMMAND_PRINT, pC1P);
}
int ParseConfigWrite(TCHAR *pszLine, CONFIG *pConfig)
{
int iStart;
int iLen;
OPTIONS sO;
TCHAR *pszAddress;
TCHAR *pszData;
struct CommandWrite *pCW;
DWORD dwAddress;
unsigned char *pucBytes;
int iBytes;
int iTokenArgument;
iStart = GetToken(0, pszLine, &iLen, NULL);
if (-1 == iStart)
return -1;
ZeroMemory(&sO, sizeof(OPTIONS));
sO.bVersion = TRUE;
iStart = ParseOptions(pszLine+iStart, &sO);
if (-1 == iStart)
return -1;
if (!TwoRemainingTokens(pszLine+iStart, &pszAddress, &pszData))
return -1;
dwAddress = ParseAddress(pszAddress);
free(pszAddress);
iTokenArgument = ParseArgument(pszData, &pucBytes, &iBytes);
free(pszData);
if (0 == dwAddress || 0 == iBytes || (TOK_HEX != iTokenArgument && TOK_ASCII != iTokenArgument && TOK_UNICODE != iTokenArgument))
return -1;
pCW = malloc(sizeof(struct CommandWrite));
if (NULL == pCW)
return -1;
pCW->address = dwAddress;
pCW->len = iBytes;
pCW->bytes = pucBytes;
pCW->pszVersion = sO.pszVersion;
return AddStatement(pConfig, COMMAND_WRITE, pCW);
}
DACEntry * DACGenerator::AddStatement(OpKind opKind, Symbol * sym) {
return AddStatement(opKind, sym, nullptr);
}
//a// Release Memory!
int ParseConfigStrings(TCHAR *pszLine, CONFIG *pConfig)
{
OPTIONS sO;
int iStart;
struct CommandStrings *pCS;
ZeroMemory(&sO, sizeof(OPTIONS));
sO.bModule = TRUE;
sO.bAddress = TRUE;
sO.bMinimumLength = TRUE;
sO.bStartAddress = TRUE;
sO.bEndAddress = TRUE;
sO.bAlphaPercentage = TRUE;
sO.bRegex = TRUE;
sO.bFilter = TRUE;
sO.bMemory = TRUE;
iStart = ParseOptions(pszLine, &sO);
if (iStart != -1)
return -1;
if (NULL != sO.pszModule && NULL != sO.pszMemory)
return -7;
pCS = malloc(sizeof(struct CommandStrings));
if (NULL == pCS)
return -1;
pCS->pszModule = sO.pszModule;
if (NULL != sO.pszAddress)
switch(LookupToken(sO.pszAddress))
{
case TOK_ON:
pCS->bAddress = TRUE;
break;
case TOK_OFF:
pCS->bAddress = FALSE;
break;
default:
return -2;
}
else
pCS->bAddress = FALSE;
if (NULL != sO.pszMinimumLength)
{
if (ParseUnsignedNumber(sO.pszMinimumLength, &(pCS->uiMinimumLength)) < 0)
return -3;
}
else
pCS->uiMinimumLength = 4;
if (NULL != sO.pszStartAddress)
{
sscanf(sO.pszStartAddress, "%8x", &(pCS->dwStartAddress)); //a// check hex
}
else
pCS->dwStartAddress = 0;
if (NULL != sO.pszEndAddress)
{
sscanf(sO.pszEndAddress, "%8x", &(pCS->dwEndAddress)); //a// check hex
}
else
pCS->dwEndAddress = 0xFFFFFFFF;
if (NULL != sO.pszAlphaPercentage)
{
if (ParseUnsignedNumber(sO.pszAlphaPercentage, &(pCS->uiAlphaPercentage)) < 0)
return -4;
if (pCS->uiAlphaPercentage > 100)
return -5;
}
else
pCS->uiAlphaPercentage = 0;
pCS->pszRegex = sO.pszRegex;
pCS->pPCRE = NULL;
pCS->pszFilter = sO.pszFilter;
if (NULL != sO.pszMemory)
if (TOK_WRITABLE == LookupToken(sO.pszMemory))
pCS->dwMemory = PAGE_EXECUTE_READWRITE|PAGE_EXECUTE_WRITECOPY|PAGE_READWRITE|PAGE_WRITECOPY;
else
return -6;
else
pCS->dwMemory = 0;
return AddStatement(pConfig, COMMAND_STRINGS, pCS);
}
PostgresPreparedStatement::PostgresPreparedStatement(PostgresInterface* pInterface, PGconn* pDatabase, const wxString& strSQL, const wxString& strStatementName)
: PreparedStatement()
{
m_pInterface = pInterface;
AddStatement(pDatabase, strSQL, strStatementName);
}
void VEmitContext::EmitLocalAddress(int Ofs)
{
if (Ofs == 0)
AddStatement(OPC_LocalAddress0);
else if (Ofs == 1)
AddStatement(OPC_LocalAddress1);
else if (Ofs == 2)
AddStatement(OPC_LocalAddress2);
else if (Ofs == 3)
AddStatement(OPC_LocalAddress3);
else if (Ofs == 4)
AddStatement(OPC_LocalAddress4);
else if (Ofs == 5)
AddStatement(OPC_LocalAddress5);
else if (Ofs == 6)
AddStatement(OPC_LocalAddress6);
else if (Ofs == 7)
AddStatement(OPC_LocalAddress7);
else if (Ofs < 256)
AddStatement(OPC_LocalAddressB, Ofs);
else if (Ofs < MAX_VINT16)
AddStatement(OPC_LocalAddressS, Ofs);
else
AddStatement(OPC_LocalAddress, Ofs);
}
int ParseConfigInjectCode(TCHAR *pszLine, CONFIG *pConfig)
{
TCHAR *pszToken;
struct CommandInjectCode *pCInjectCode;
unsigned char *pucBytes;
int iBytes;
OPTIONS sO;
int iStart;
int iTokenArgument;
ZeroMemory(&sO, sizeof(OPTIONS));
sO.bMinimumLength = TRUE;
sO.bExecute = TRUE;
iStart = ParseOptions(pszLine, &sO);
if (iStart < 0)
return -1;
if (!OneRemainingToken(pszLine+iStart, &pszToken))
return -2;
iTokenArgument = ParseArgument(pszToken, &pucBytes, &iBytes);
free(pszToken);
if (0 == iBytes || (TOK_HEX != iTokenArgument && TOK_ASCII != iTokenArgument && TOK_UNICODE != iTokenArgument && TOK_FILE != iTokenArgument))
{
free(pucBytes);
return -3;
}
pCInjectCode = malloc(sizeof(struct CommandInjectCode));
if (NULL == pCInjectCode)
{
free(pucBytes);
return -4;
}
pCInjectCode->pbBytes = pucBytes;
pCInjectCode->lBytesSize = iBytes;
pCInjectCode->bFilename = TOK_FILE == iTokenArgument;
if (NULL != sO.pszMinimumLength)
{
if (ParseUnsignedNumber(sO.pszMinimumLength, &(pCInjectCode->uiMinimumBytesSize)) < 0)
return -5;
}
else
pCInjectCode->uiMinimumBytesSize = 0;
if (NULL != sO.pszExecute)
switch(LookupToken(sO.pszExecute))
{
case TOK_YES:
pCInjectCode->bExecute = TRUE;
break;
case TOK_NO:
pCInjectCode->bExecute = FALSE;
break;
default:
return -2;
}
else
pCInjectCode->bExecute = TRUE;
return AddStatement(pConfig, COMMAND_INJECT_CODE, pCInjectCode);
}