void CRegEntry::SetMulti(LPCTSTR lpszValue, size_t nLen, bool bInternal) {
size_t nCur = 0, nPrev = 0, nShortLen = nLen;
/* When this is internal, there is no need to repopulate the vector. */
if (bInternal) goto SkipNoInternal;
iType = REG_MULTI_SZ; vMultiString.clear();
if (nLen <= 2) goto SkipNoInternal; // The string is empty : /0/0
if (*(lpszValue + nShortLen-1) == '/0')
nShortLen--;
/* Populate a vector with each string part for easy and quick access */
while ((nCur = (int)(_tcschr(lpszValue+nPrev, '/0')-lpszValue)) < nShortLen) {
vMultiString.push_back(lpszValue+nPrev);
nPrev = nCur+1;
}
SkipNoInternal:
if (REGENTRY_NOTLOADING && REGENTRY_KEYVALID ( KEY_SET_VALUE ) )
RegSetValueEx(__cregOwner->hKey, lpszName, NULL, REG_MULTI_SZ, (LPBYTE)lpszValue, nLen*sizeof(TCHAR));
REGENTRY_TRYCLOSE;
__bStored = true;
}
CRegEntry& CRegEntry::operator=(LPDWORD lpdwValue) {
iType = REG_DWORD;
memcpy(&dwDWORD, lpdwValue, sizeof( DWORD ));
REGENTRY_ALLOWCONV(true)
if (REGENTRY_NOTLOADING && REGENTRY_KEYVALID( KEY_SET_VALUE ))
RegSetValueEx(__cregOwner->hKey, lpszName, NULL, REG_DWORD, (LPBYTE)&dwDWORD, sizeof( DWORD ));
REGENTRY_TRYCLOSE;
__bStored = true;
return *this;
}
CRegEntry& CRegEntry::operator=(LPCTSTR lpszValue) {
size_t nValueLen = (_tcslen(lpszValue) + 1)*sizeof(TCHAR);
assert(nValueLen <= _MAX_REG_VALUE);
ForceStr(); iType = REG_SZ;
_tcsncpy(lpszStr, lpszValue, nValueLen > _MAX_REG_VALUE ? _MAX_REG_VALUE : nValueLen);
REGENTRY_ALLOWCONV(true)
if (REGENTRY_NOTLOADING && REGENTRY_KEYVALID( KEY_SET_VALUE ))
RegSetValueEx(__cregOwner->hKey, lpszName, NULL, REG_SZ, (LPBYTE)lpszValue, nValueLen);
REGENTRY_TRYCLOSE;
__bStored = true;
return *this;
}
void CRegEntry::SetBinary(LPBYTE lpbValue, size_t nLen) {
if (!nLen) { assert(nLen); return; }
iType = REG_BINARY;
if (REGENTRY_NOTLOADING && REGENTRY_KEYVALID ( KEY_SET_VALUE ) )
RegSetValueEx(__cregOwner->hKey, lpszName, NULL, REG_BINARY, lpbValue, nLen);
REGENTRY_TRYCLOSE;
__bStored = true;
if (vBytes.size() < nLen) vBytes.reserve(nLen);
vBytes.clear();
do { vBytes.push_back(lpbValue[vBytes.size()]); }
while (vBytes.size() < nLen);
}