public WavesSSLChannelToUADSSLChannelAdapter(WavesSSLChannel wavesSSLChannel)
{
this.wavesSSLChannel = wavesSSLChannel;
}
public WavesSSLChannelToUADSSLChannelAdapter(WavesSSLChannel wavesSSLChannel)
{
this.wavesSSLChannel = wavesSSLChannel;
}
/// <inheritdoc />
public void SetParameterAutomated(int index, float value)
{
RaisePluginCalled("SetParameterAutomated(" + index + ", " + value + ")");
// This chunk of code handles investigation of a preset format in order to be able to
// reverse engineer where the different changes to the parameters are stored within the preset file.
string name = PluginContext.PluginCommandStub.GetParameterName(index);
string label = PluginContext.PluginCommandStub.GetParameterLabel(index);
string display = PluginContext.PluginCommandStub.GetParameterDisplay(index);
if ("".Equals(display)) display = "" + value;
System.Diagnostics.Debug.WriteLine("SetParameterAutomated. Name: {0}, Label: {1}, Value: {2}", name, label, display);
if (DoInvestigatePluginPresetFileFormat) {
// read in the preset chunk and
// do a binary comparison between what changed before and after this method was called
byte[] chunkData = PluginContext.PluginCommandStub.GetChunk(true);
// if we are tracking a specific number of bytes from the chunk, store those
if (DoTrackPluginPresetFileFormat) {
if (TrackPluginPresetFilePosition > -1 && TrackPluginPresetFileNumberOfBytes > 0) {
byte[] trackedChunkData = new byte[TrackPluginPresetFileNumberOfBytes];
Array.Copy(chunkData, TrackPluginPresetFilePosition, trackedChunkData, 0, TrackPluginPresetFileNumberOfBytes);
TrackPluginPresetFileBytes = trackedChunkData;
}
}
// if the chunk is not empty, try to detect what has changed
if (chunkData != null && chunkData.Length > 0) {
int chunkLength = chunkData.Length;
// TODO: DELETE THIS
string wavesPluginName = WavesPreset.GetPluginName(chunkData);
if (wavesPluginName != null) {
switch (wavesPluginName) {
case "SSLChannel":
WavesSSLChannel sslChannel = new WavesSSLChannel();
sslChannel.ReadChunkData(chunkData);
sslChannel.Write("sslchannel-output.txt");
break;
case "SSLComp":
WavesSSLComp sslComp = new WavesSSLComp();
sslComp.ReadChunkData(chunkData);
sslComp.Write("sslcomp-output.txt");
break;
case "PuigChild":
break;
}
}
// binary comparison to find out where the chunk has changed
if (previousChunkData != null && previousChunkData.Length > 0) {
if (debugChunkFiles) {
BinaryFile.ByteArrayToFile("Preset Chunk Data - previousChunkData.dat", previousChunkData);
BinaryFile.ByteArrayToFile("Preset Chunk Data - chunkData.dat", chunkData);
}
if (InvestigatePluginPresetFileFormatDiffType == DiffType.Binary) {
SimpleBinaryDiff.Diff diff = SimpleBinaryDiff.GetDiff(previousChunkData, chunkData);
if (diff != null) {
System.Diagnostics.Debug.WriteLine("BinDiff: {0}", diff);
// store each of the chunk differences in a list
foreach (SimpleBinaryDiff.DiffPoint point in diff.Points) {
this.InvestigatedPluginPresetFileFormatList.Add(
new InvestigatedPluginPresetFileFormat(point.Index, point.NewValue, name, label, display));
}
}
} else if (InvestigatePluginPresetFileFormatDiffType == DiffType.Text) {
// assume we are dealing with text and not binary data
var d = new Differ();
string OldText = BinaryFile.ByteArrayToString(previousChunkData);
string NewText = BinaryFile.ByteArrayToString(chunkData);
DiffResult res = d.CreateWordDiffs(OldText, NewText, true, true, new[] {' ', '\r', '\n'});
//DiffResult res = d.CreateCharacterDiffs(OldText, NewText, true, true);
List<UnidiffEntry> diffList = UnidiffSeqFormater.GenerateWithLineNumbers(res);
var queryTextDiffs = from dl in diffList
where dl.Type == UnidiffType.Insert
select dl;
foreach (var e in queryTextDiffs) {
string text = e.Text;
text = text.Replace("\n", "");
if (text != "") {
System.Diagnostics.Debug.WriteLine(String.Format("TextDiff: {0} {1}", e.Index, text));
this.InvestigatedPluginPresetFileFormatList.Add(
new InvestigatedPluginPresetFileFormat(e.Index, 0, name, label, display, text));
}
}
}
}
previousChunkData = chunkData;
}
}
}
