coResult coCppTypesGeneratorPlugin::GenerateTypes(const coParsedProject& _parsedProject)
{
coLocalAllocator localAllocator(4048);
// Paths
coDynamicString mainCxxAbsolutePath(localAllocator);
coDynamicString mainCxxRelativePath(localAllocator);
{
coJoinPaths(mainCxxRelativePath, projectGenerator->GetProjectRelativePath(), "allTypes.cxx");
coASSERT(coIsPathNormalized(mainCxxRelativePath));
coJoinPaths(mainCxxAbsolutePath, projectGenerator->GetOutReferenceDir(), mainCxxRelativePath);
coASSERT(coIsPathNormalized(mainCxxAbsolutePath));
}
coStringOutputStream stream;
coWriteHeader(stream);
stream << "\n";
coDynamicString cxxPath(localAllocator);
for (const coParsedType* parsedType : _parsedProject.parsedTypes)
{
coASSERT(parsedType);
coTRY(GenerateType(cxxPath, *parsedType), "Failed to generate type: " << parsedType->GetDebugName());
coWriteInclude(stream, cxxPath);
}
coTRY(stream.GetResult(), "Failed to write to stream: " << stream.GetDebugName());
{
coDynamicArray<coByte> output;
stream.GetOutput(output);
coFileAccess file;
coFileAccess::InitConfig c;
c.mode = coFileAccess::write;
c.path = mainCxxAbsolutePath;
coTRY(file.Init(c), "Failed to open for writing: " << file << ".");
coTRY(file.Write(output), "Failed to write in: " << file << ".");
}
projectGenerator->AddGeneratedEntryPath(mainCxxRelativePath);
return true;
}
bool C2DimensionFile::Generate(wstring& wstrMetaRow, int row, int colounm, list<wstring>& contentStrList)
{
m_ConvertFunc = (ValueFunc*)malloc(colounm * sizeof(ValueFunc));
m_RowCount = row;
m_ColumnCount = colounm;
m_wstrMetaRow = wstrMetaRow;
m_wstrMetaRow.replace(m_wstrMetaRow.find(L"\r"), 1, L"\t");
GenerateHeader();
wstring* wstrColoumnName = new wstring[colounm];
ASSERT_NOTNULL(wstrColoumnName);
GenerateType(wstrColoumnName);
GenerateFill(wstrColoumnName, contentStrList);
delete[] wstrColoumnName;
OutputDebugStringW(m_wstrResultContent.c_str());
return true;
}
