public void SwitchToFileBlock(string fileName, string blockName)
{
EndCurrentBlock();
// Put current one file block on the stack...
if (CurrentBlockPart != null)
{
PendingBlocks.Push(CurrentBlockPart.Parent);
}
// Create object for provided file name
FileBlocks fileBlocks = new FileBlocks(fileName);
// If it exists already just use it...
if (m_FilesDictionary.ContainsKey(fileName))
{
fileBlocks = m_FilesDictionary[fileName];
}
else
{
m_FilesDictionary.Add(fileName, fileBlocks);
m_OrderedFiles.Add(fileName);
}
// Create a holder for a new one piece of the text/code
CurrentBlockPart = fileBlocks.GetBlock(blockName).GetNewBlockPart();
}
public FileBlockInfo(FileBlocks parent, string blockName)
{
Parent = parent;
BlockName = blockName;
FileBlockParts = new List <FileBlockPart>();
}
public virtual void GenerateOutput(bool splitIntoMultipleFiles = false, bool sortFileOrder = false, bool sortBlockOrder = false)
{
// If we want to leave it as it is then don't process the files
if (!splitIntoMultipleFiles)
{
return;
}
// Should we sort generated files?
if (sortFileOrder)
{
m_OrderedFiles.Sort();
}
// Reverse files order to insert into project in proper order
m_OrderedFiles.Reverse();
// Template file output path
String outputPath = Path.GetDirectoryName(m_Host.TemplateFile);
// Generate output for each file
foreach (string orderedFileName in m_OrderedFiles)
{
FileBlocks fileBlocks = m_FilesDictionary[orderedFileName];
fileBlocks.GenerateOutput(sortBlockOrder);
// All the files except for default one
if (orderedFileName != m_DefaultName)
{
String fileName = Path.Combine(outputPath, fileBlocks.FileName);
GeneratedFileNames.Add(fileName);
CreateFile(fileName, fileBlocks.Output);
}
}
// Leave default output with default file content
m_Template.Clear();
m_Template.Append(m_FilesDictionary[m_DefaultName].Output);
}
