MgErr resize_CalloutAccumulator(CalloutAccumulator ***arr, size_t elements)
{
MgErr lv_err;
size_t sz;
if (arr == NULL || *arr == NULL || **arr == NULL)
return mgArgErr;
FTW_COMPILER_ASSERT(sizeof(struct ftw_pcre_callout_data) == 8 * sizeof(int32));
FTW_COMPILER_ASSERT(sizeof(CalloutAccumulator) == sizeof(int32) + sizeof(struct ftw_pcre_callout_data));
FTW_COMPILER_ASSERT(Offset(CalloutAccumulator, element) == 4);
sz = Offset(CalloutAccumulator, element) + sizeof(struct ftw_pcre_callout_data) * elements;
lv_err = DSSetHandleSize(*arr, sz);
if (lv_err == mgNoErr)
(**arr)->dimsize = (int32)elements;
return lv_err;
}
void LVException::populateErrorCluster(lvError * err) {
std::string debugInfo;
err->code = m_code;
err->status = true;
if (m_debug){
debugInfo = "<<DEBUGINFO: File=";
debugInfo += m_file;
debugInfo += " Line=";
debugInfo += std::to_string(m_line);
debugInfo += ">> ";
m_messageLength += debugInfo.size();
}
// Check if the existing string handle is valid.
if (DSCheckHandle(err->source) == mgNoErr) {
// Handle valid: Check if it needs to be resized
if ((m_messageLength + sizeof(int32_t)) > DSGetHandleSize(err->source)) {
DSSetHandleSize(err->source, sizeof(int32_t) + m_messageLength);
}
}
else {
// Handle invalid: Create a new string handle
err->source = (LStrHandle)DSNewHandle(sizeof(int32_t) + m_messageLength);
}
if (m_debug) {
// Move the string data (with debug info)
debugInfo += this->what();
MoveBlock(debugInfo.c_str(), (*err->source)->str, m_messageLength);
}
else {
// Move the string data (without debug info)
MoveBlock(this->what(), (*err->source)->str, m_messageLength);
}
// Set the string length variable
(*err->source)->cnt = static_cast<int32>(m_messageLength);
}
