/// <summary>
/// Parse this structure from the XAP file source.
/// </summary>
/// <param name="source">The source data.</param>
/// <param name="line">The current line, which will change during the Parser.</param>
public void Parse( string[] source, ref int line, Project project )
{
m_project = project;
string propertyName;
string value;
// Will currently be looking at the structure header, increment to get into structure delimiting brackets
++line;
if ( !Parser.TokeniseLine( source[line], out propertyName, out value ) || propertyName != "{" )
{
throw new InvalidContentException( "Structure on line " + line.ToString() + " does not open with a curly brace." );
}
// Increment again to get into the structure proper
++line;
while ( line < source.Length )
{
if ( Parser.TokeniseLine( source[line], out propertyName, out value ) )
{
switch ( propertyName )
{
case "}":
return;
default:
if ( !SetProperty( propertyName, value, source, ref line ) )
{
throw new InvalidContentException( "Type " + this.GetType().ToString() + " did not expect property '"
+ propertyName + "', value '" + value + "', on line " + line.ToString() );
}
break;
}
}
++line;
}
}
private static void ConvertXactProject(
string projectFile, string sourceFolder,
string outputFolder, Dictionary <string, object> profileSettings,
Dictionary <string, CompressResult> existingJournal, List <CompressResult> journal,
Action <string, string, Dictionary <string, object> > logOutput
)
{
const int CompressVersion = 1;
Console.Error.WriteLine("// Processing {0}...", projectFile);
var projectSubdir = Path.GetDirectoryName(projectFile);
var projectPath = Path.Combine(sourceFolder, projectFile);
var projectInfo = new FileInfo(projectPath);
var project = new Xap.Project();
project.Parse(File.ReadAllLines(projectPath));
var waveManifest = new Dictionary <string, string>();
var jss = new JavaScriptSerializer();
foreach (var waveBank in project.m_waveBanks)
{
foreach (var wave in waveBank.m_waves)
{
var waveFolder = Path.GetDirectoryName(wave.m_fileName);
var waveOutputFolder = FixupOutputDirectory(outputFolder, waveFolder);
waveManifest[wave.m_name] = FixupOutputDirectory(
projectSubdir,
wave.m_fileName
.Replace(Path.GetExtension(wave.m_fileName), "")
);
journal.AddRange(CompressAudioGroup(
Path.Combine(projectSubdir, wave.m_fileName), sourceFolder,
waveOutputFolder, profileSettings, existingJournal, logOutput
));
}
}
foreach (var soundBank in project.m_soundBanks)
{
var waveNames = new HashSet <string>();
var soundEntries =
(from sound in soundBank.m_sounds
select new SoundEntry {
Name = sound.m_name,
Tracks = (
from track in sound.m_tracks
select new TrackEntry {
Name = track.m_name,
Events = (
from evt in track.m_events
select(Dictionary <string, object>) TranslateEvent(
evt as dynamic, waveNames
)
).ToArray()
}
).ToArray()
}).ToArray();
var cueEntries =
(from cue in soundBank.m_cues
select new CueEntry {
Name = cue.m_name,
Sounds = (
from se in cue.m_soundEntries select se.m_name
).ToArray()
}).ToArray();
var soundBankJson = jss.Serialize(
new Dictionary <string, object> {
{ "Name", soundBank.m_name },
{ "Cues", cueEntries },
{ "Sounds", soundEntries },
{ "Waves", waveManifest }
}
);
var soundBankPath = Path.Combine(outputFolder, soundBank.m_name + ".soundBank");
File.WriteAllText(
soundBankPath, soundBankJson
);
journal.Add(MakeCompressResult(
CompressVersion, null, soundBankPath, projectPath, projectInfo
));
logOutput("SoundBank", soundBankPath, null);
}
Console.Error.WriteLine("// Done processing {0}.", projectFile);
}
