public void EmptySection()
{
XapFile file = new XapFile();
file.Open(XactEmptySection);
SectionElement root = file["Section"] as SectionElement;
Assert.NotNull(root);
}
public void EmptySectionWithEmptyChild()
{
XapFile file = new XapFile();
file.Open(XactEmptySectionWithEmptyChild);
SectionElement root = file["Section"] as SectionElement;
SectionElement child = root.Value["SubSection"] as SectionElement;
Assert.NotNull(child);
}
public void FileHeader()
{
XapFile file = new XapFile();
file.Open(XactFileHeader);
Assert.Equal("XACT2", file.Signature);
Assert.Equal("16", file.Version);
Assert.Equal("43", file.ContentVersion);
Assert.Equal("August 2007", file.Release);
}
public void SaveEmptySectionFile()
{
XapFile file = new XapFile();
file.Open(XactEmptySection);
MemoryStream stream = new MemoryStream();
file.Save(stream);
byte[] buffer = stream.ToArray();
char[] written = Encoding.ASCII.GetChars(buffer);
Assert.Equal(XactEmptySection.ToCharArray(), written);
}
public void SaveComplexSectionFile()
{
XapFile file = new XapFile();
file.Open(XactSectionWithScalarsAndSubSections);
MemoryStream stream = new MemoryStream();
file.Save(stream);
byte[] buffer = stream.ToArray();
char[] written = Encoding.ASCII.GetChars(buffer);
Assert.Equal(XactSectionWithScalarsAndSubSections.ToCharArray(), written);
}
public void SectionWithScalarsAndSubSections()
{
XapFile file = new XapFile();
file.Open(XactSectionWithScalarsAndSubSections);
SectionElement root = file["Section"] as SectionElement;
Assert.NotNull(root);
Assert.Equal(3, root.Value.ElementCount);
Assert.IsType(typeof(ScalarElement), root.Value["Foo"]);
Assert.IsType(typeof(ScalarElement), root.Value["Baz"]);
Assert.IsType(typeof(SectionElement), root.Value["SubSection"]);
}
static void ConvertProject(String input, String output)
{
XapFile xapFile = new XapFile();
String content = File.ReadAllText(input);
xapFile.Open(content);
xapFile.ContentVersion = "44";
xapFile.Release = "March 2008";
ElementCollection presets = xapFile.GetElements("Compression Preset");
if (presets.Count > 0)
{
/*
* Change
* Compression Preset
* {
* Name = Compression Preset;
* Xbox Format Tag = 357;
* Target Sample Rate = 48000;
* Quality = 65;
* Find Best Quality = 0;
* High Freq Cut = 0;
* Loop = 0;
* PC Format Tag = 2;
* Samples Per Block = 128;
* }
* to
* Compression Preset
* {
* Name = Compression Preset;
* Xbox Format Tag = 357;
* Target Sample Rate = 48000;
* XMA Quality = 65;
* Find Best Quality = 0;
* High Freq Cut = 0;
* Loop = 0;
* PC Format Tag = 353;
* WMA Quality = 65;
* }
*/
// Add WMA format to all compression presets that define XMA compression,
// using the same quality setting
for (int c = 0; c < presets.Count; c++)
{
SectionElement preset = presets[c] as SectionElement;
ScalarElement xboxFormatTag = preset.Value["Xbox Format Tag"] as ScalarElement;
int xboxFormatTagValue = 0;
if (Int32.TryParse(xboxFormatTag.Value, out xboxFormatTagValue) == true &&
(CompressionFormat)xboxFormatTagValue == CompressionFormat.XMA)
{
preset.Value["PC Format Tag"].Value = String.Format("{0}", (int)CompressionFormat.WMA);
ScalarElement xmaQuality = preset.Value["Quality"] as ScalarElement;
preset.Value["Samples Per Block"] = null;
preset.Value.Add(new ScalarElement("WMA Quality", xmaQuality.Value));
//REVIEW: Check Wave size: file too small to encode, must have at least 352256 bytes of data
//REVIEW: Rename "Quality" element to "XMA Quality"?
}
}
}
using (FileStream outputStream = new FileStream(output, FileMode.Create))
{
xapFile.Save(outputStream);
}
}
