// Default project synchronization action implementation
private void DefaultProjectSyncActionBody()
{
// Dictionary for project files items by name
var projectFiles = new Dictionary <String, EnvDTE.ProjectItem>();
// Original output file extension
string originalFilePrefix = Path.GetFileNameWithoutExtension(TemplateProjectItem.get_FileNames(0)) + ".";
// Create dictionary for existing template output items
foreach (EnvDTE.ProjectItem projectItem in TemplateProjectItem.ProjectItems)
{
projectFiles.Add(projectItem.get_FileNames(0), projectItem);
}
// Remove unused items from the project
foreach (string existingFileName in projectFiles.Keys)
{
if (!GeneratedFileNames.Contains(existingFileName) && !(Path.GetFileNameWithoutExtension(existingFileName) + ".").StartsWith(originalFilePrefix))
{
projectFiles[existingFileName].Delete();
}
}
// Add missing files to the project
foreach (string fileName in GeneratedFileNames)
{
if (!projectFiles.ContainsKey(fileName))
{
TemplateProjectItem.ProjectItems.AddFromFile(fileName);
}
}
}
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);
}
/// <summary>
/// Creates all C files needs for the embedded software
/// </summary>
/// <param name="in_path">Full path of the original XML file</param>
public void CreateFiles(GeneratedFileNames in_file_names, bool in_use_offsets)
{
long xml_inline_length;
string define_name;
byte[] binary_buffer;
ParserConfig parser_config = new DeviceSettings.ParserConfig();
parser_config.UseOffsets = in_use_offsets;
// prepare header file
parser_config.HeaderFile.AppendLine("///////////////////////////////////////////////////////////////////////////////");
parser_config.HeaderFile.AppendLine("// This header file was generated by the SettingsParser");
parser_config.HeaderFile.AppendLine("// at " + DateTime.Now.ToString());
define_name = "__" + Path.GetFileNameWithoutExtension(in_file_names.HeaderFileName.ToUpper()) + "_h";
parser_config.HeaderFile.AppendLine("#ifndef " + define_name);
parser_config.HeaderFile.AppendLine("#define " + define_name);
parser_config.HeaderFile.AppendLine();
// create GZIP-ed xml file
using (MemoryStream xml_compressed_stream = new MemoryStream())
{
using (FileStream xml_file_stream = File.OpenRead(in_file_names.ConfigFileName))
{
using (GZipStream compression_stream = new GZipStream(xml_compressed_stream, CompressionMode.Compress))
{
xml_file_stream.CopyTo(compression_stream);
}
}
binary_buffer = xml_compressed_stream.ToArray();
xml_inline_length = binary_buffer.Length;
}
WriteBinaryArrayIntoCArray(in_file_names.XmlDataFileName, binary_buffer);
// traversing the tree and creating header declarations
((ParserDeviceSettingsRoot)m_root_class).GenerateFiles(parser_config);
// save binary length
parser_config.HeaderFile.AppendLine();
parser_config.HeaderFile.AppendLine("// Configuration constants");
parser_config.HeaderFile.AppendLine("#define cfg_XML_DATA_FILE_LENGTH " + xml_inline_length.ToString());
parser_config.HeaderFile.AppendLine("#define cfg_VALUE_INFO_DATA_FILE_LENGTH " + parser_config.ValueInfoFile.Length.ToString());
parser_config.HeaderFile.AppendLine("#define cfg_VALUE_DATA_FILE_LENGTH " + parser_config.DefaultValueFile.Length.ToString());
parser_config.HeaderFile.AppendLine("#define cfg_VALUE_COUNT " + m_value_index.ToString());
// save header file
parser_config.HeaderFile.AppendLine();
parser_config.HeaderFile.AppendLine("#endif");
using (StreamWriter header_file = new StreamWriter(in_file_names.HeaderFileName))
{
header_file.Write(parser_config.HeaderFile);
}
// save value info data
WriteBinaryArrayIntoCArray(in_file_names.ValueInfoFileName, parser_config.ValueInfoFile.ToArray());
// save default values data
WriteBinaryArrayIntoCArray(in_file_names.DefaultDataFileName, parser_config.DefaultValueFile.ToArray());
}
