PString FindPluginsPath( void )
{
CRegString regStr( "CLSID\\{C802F39D-BF85-427A-A334-77E501DB62E9}\\InprocServer32\\", "", FALSE, HKEY_CLASSES_ROOT );
string strRead = regStr.read();
PString strPluginPath = strRead;
PINDEX nPos = strPluginPath.FindLast( "\\" );
strPluginPath = strPluginPath.Mid( 0, nPos + 1 ) + "js2n\\";
return strPluginPath;
}
void RegExtDlg::writeNppPath()
{
HKEY hKey, hRootKey;
DWORD dwDisp;
long nRet;
generic_string regStr(nppName);
regStr += TEXT("\\shell\\open\\command");
nRet = ::RegCreateKeyEx(HKEY_CLASSES_ROOT, regStr.c_str(), 0, nullptr, 0, KEY_ALL_ACCESS, nullptr, &hKey, &dwDisp);
if (nRet == ERROR_SUCCESS)
{
//if (dwDisp == REG_CREATED_NEW_KEY)
{
// Write the value for new document
::RegOpenKeyEx(HKEY_CLASSES_ROOT, nppName, 0, KEY_ALL_ACCESS, &hRootKey);
::RegSetValueEx(hRootKey, nullptr, 0, REG_SZ, (LPBYTE)nppDoc, (lstrlen(nppDoc)+1)*sizeof(TCHAR));
RegCloseKey(hRootKey);
TCHAR nppPath[MAX_PATH];
::GetModuleFileName(_hInst, nppPath, MAX_PATH);
TCHAR nppPathParam[MAX_PATH] = TEXT("\"");
wcscat_s(nppPathParam, nppPath);
wcscat_s(nppPathParam, TEXT("\" \"%1\""));
::RegSetValueEx(hKey, nullptr, 0, REG_SZ, (LPBYTE)nppPathParam, (lstrlen(nppPathParam)+1)*sizeof(TCHAR));
}
RegCloseKey(hKey);
}
//Set default icon value
regStr = nppName;
regStr += TEXT("\\DefaultIcon");
nRet = ::RegCreateKeyEx(HKEY_CLASSES_ROOT, regStr.c_str(), 0, nullptr, 0, KEY_ALL_ACCESS, nullptr, &hKey, &dwDisp);
if (nRet == ERROR_SUCCESS)
{
//if (dwDisp == REG_CREATED_NEW_KEY)
{
TCHAR nppPath[MAX_PATH];
::GetModuleFileName(_hInst, nppPath, MAX_PATH);
TCHAR nppPathParam[MAX_PATH] = TEXT("\"");
wcscat_s(nppPathParam, nppPath);
wcscat_s(nppPathParam, TEXT("\",0"));
::RegSetValueEx(hKey, nullptr, 0, REG_SZ, (LPBYTE)nppPathParam, (lstrlen(nppPathParam)+1)*sizeof(TCHAR));
}
RegCloseKey(hKey);
}
}
void WirelessSettingPannel::updateWepKeyValidator()
{
if(0 == m_wepKeyValidator){
m_wepKeyValidator = new QRegExpValidator(this);
}
int lenLimit = (ui->m_wepEncryptionLenCB->currentText().contains("64") ? 10 : 26);
QString regStr(WEP_KEY_VALIDATOR_REGEXP);
m_wepKeyValidator->setRegExp(QRegExp(regStr.arg(lenLimit)));
ui->m_wepkey1LE->setValidator(m_wepKeyValidator);
ui->m_wepkey2LE->setValidator(m_wepKeyValidator);
ui->m_wepkey3LE->setValidator(m_wepKeyValidator);
ui->m_wepkey4LE->setValidator(m_wepKeyValidator);
ui->m_wepkey1LE->setMaxLength(lenLimit);
ui->m_wepkey2LE->setMaxLength(lenLimit);
ui->m_wepkey3LE->setMaxLength(lenLimit);
ui->m_wepkey4LE->setMaxLength(lenLimit);
}
// Print the tree for debugging
void PrintParseTree(struct tree_node* pNode, int depth)
{
int i;
for (i = 0; i < depth; i++)
printf(" ");
printf("NODE (%d): ", pNode->id);
if (pNode->type == TN_INTEGER)
printf("INTEGER (%d)\n", pNode->ival);
else if (pNode->type == TN_QSTRING)
printf("QSTRING\n");
else if (pNode->type == TN_CHAR)
printf("CHAR ('%s')\n", pNode->sval);
else if (pNode->type == TN_BYTE_IDENT)
printf("BYTE IDENTIFIER (\"%s\" offset: %d)\n", pNode->sval, pNode->ival);
else if (pNode->type == TN_WORD_IDENT)
printf("WORD IDENTIFIER (\"%s\" offset: %d)\n", pNode->sval, pNode->ival);
else if (pNode->type == TN_BOOL_IDENT)
printf("BOOLEAN IDENTIFIER (\"%s\" offset: %d)\n", pNode->sval, pNode->ival);
else if (pNode->type == TN_PTR_IDENT)
printf("PTR IDENTIFIER (\"%s\" offset: %d)\n", pNode->sval, pNode->ival);
else if (pNode->type == TN_PTR_BYTE_ASSIGN)
printf("BYTE POINTER ELEMENT ASSIGNMENT (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_PTR_WORD_ASSIGN)
printf("WORD POINTER ELEMENT ASSIGNMENT (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_PTR_BYTE)
printf("BYTE PTR DEREFERENCE (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_PTR_WORD)
printf("WORD PTR DEREFERENCE (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_STRING_LITERAL)
printf("STRING LITERAL (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_BYTE_BLOCK)
printf("BYTE BLOCK\n");
else if (pNode->type == TN_WORD_BLOCK)
printf("WORD BLOCK\n");
else if (pNode->type == TN_FUNCTION)
printf("FUNCTION\n");
else if (pNode->type == TN_FUNCTIONCALL)
printf("FUNCTION CALL (\"%s\")\n", pNode->sval);
else if (pNode->type == TN_SEGCALL)
printf("SEGMENT() CALL\n");
else if (pNode->type == TN_OFFCALL)
printf("OFFSET() CALL\n");
else if (pNode->type == TN_BYTE_ASSIGN)
printf("BYTE ASSIGN\n");
else if (pNode->type == TN_WORD_ASSIGN)
printf("WORD ASSIGN\n");
else if (pNode->type == TN_BOOL_ASSIGN)
printf("BOOL ASSIGN\n");
else if (pNode->type == TN_PTR_ASSIGN)
printf("PTR ASSIGN\n");
else if (pNode->type == TN_RET_INT)
printf("RETURN INT\n");
else if (pNode->type == TN_RET_BOOL)
printf("RETURN BOOL\n");
else if (pNode->type == TN_RET_PTR)
printf("RETURN PTR\n");
else if (pNode->type == TN_WHILE)
printf("WHILE\n");
else if (pNode->type == TN_TRUE)
printf("TRUE\n");
else if (pNode->type == TN_FALSE)
printf("FALSE\n");
else if (pNode->type == TN_NULL)
printf("NULL\n");
else if (pNode->type == TN_IF)
printf("IF\n");
else if (pNode->type == TN_ARGLIST)
printf("ARGUMENT LIST\n");
else if (pNode->type == TN_PARAM)
printf("PARAM (%s %s)\n", identStr(pNode->ival), pNode->sval);
else if (pNode->type == TN_PARAMLIST)
printf("PARAMLIST\n");
else if (pNode->type == TN_FDEF)
printf("FUNCTION DEFINITION (%s)\n", pNode->sval);
else if (pNode->type == TN_ASM)
printf("ASM\n");
else if (pNode->type == TN_ASMLOC)
printf("MEMLOC\n");
else if (pNode->type == TN_ASMREG)
printf("REGISTER (%s)\n", regStr(pNode->ival));
else if (pNode->type == TN_AMOV)
printf("MOV\n");
else if (pNode->type == TN_ACALL)
printf("CALL\n");
else if (pNode->type == TN_AINT)
printf("INT\n");
else if (pNode->type == TN_IADD)
printf("ADD\n");
else if (pNode->type == TN_ISUB)
printf("SUB\n");
else if (pNode->type == TN_UMINUS)
printf("UNARY MINUS\n");
else if (pNode->type == TN_IMUL)
printf("MUL\n");
else if (pNode->type == TN_IDIV)
printf("DIV\n");
else if (pNode->type == TN_IMOD)
printf("MOD\n");
else if (pNode->type == TN_IEQ || pNode->type == TN_BEQ || pNode->type == TN_PEQ)
printf("EQ\n");
else if (pNode->type == TN_INEQ || pNode->type == TN_BNEQ || pNode->type == TN_PNEQ || pNode->type == TN_UBNEQ)
printf("NEQ\n");
else if (pNode->type == TN_ILT)
printf("LT\n");
else if (pNode->type == TN_IGT)
printf("GT\n");
else if (pNode->type == TN_ILTE)
printf("LTE\n");
else if (pNode->type == TN_IGTE)
printf("GTE\n");
else if (pNode->type == TN_REF)
printf("MEMORY ADDRESS\n");
else
printf("NO TYPE\n");
for (i = 0; i < pNode->numOperands; i++)
if (pNode->operands[i] != NULL)
PrintParseTree(pNode->operands[i], depth + 1);
else
printf("WARNING: UNEXPECTED NULL OPERAND!\n");
if (pNode->pNextStatement != NULL)
PrintParseTree(pNode->pNextStatement, depth);
}
