public string GenerateConversionParams(string exportLocation = null, bool silent = true, bool batchFormat = false)
{
if (exportLocation == null)
{
exportLocation = String.Format("\"{0}\"", Path.ChangeExtension(Info["Path"], ExportInfo["Extension"]));
}
string arguments = String.Format("-i {0} -o {1}", Info["PathEscaped"], exportLocation);
GetWarnings(); // This won't be necessary once the controls use GetWarnings() on value change
if (ExportLoop["Enabled"] == 1)
{
if (ExportLoop["Start"] > ExportLoop["End"])
{
// The loop information is invalid - the file would contain a negative number of samples
arguments += " --no-loop";
}
else
{
arguments += String.Format(" -l {0}-{1}", ExportLoop["Start"], ExportLoop["End"]);
}
}
else
{
arguments += " --no-loop";
}
if ((bool)AdvancedExportInfo["Apply"])
{
switch (ExportInfo["ExtensionNoDot"])
{
case "adx":
if ((bool)AdvancedExportInfo["ADX_encrypt"])
{
switch (AdvancedExportInfo["ADX_type"])
{
case "Linear":
case "Fixed":
arguments += " --adxtype " + AdvancedExportInfo["ADX_type"];
break;
case "Exponential":
arguments += " --adxtype Exp";
break;
default:
break;
}
if ((bool)AdvancedExportInfo["ADX_keystring_use"])
{
if (AdvancedExportInfo.TryGetValue("ADX_keystring", out object keystring))
{
arguments += " --keystring " + keystring;
}
}
if ((bool)AdvancedExportInfo["ADX_keycode_use"])
{
if (AdvancedExportInfo.TryGetValue("ADX_keycode", out object keycode))
{
arguments += " --keycode " + keycode;
}
}
switch (AdvancedExportInfo["ADX_filter"])
{
case 0:
case 1:
case 2:
case 3:
arguments += " --filter " + AdvancedExportInfo["ADX_filter"];
break;
default:
break;
}
switch (AdvancedExportInfo["ADX_version"])
{
case 3:
case 4:
arguments += " --version " + AdvancedExportInfo["ADX_version"];
break;
default:
break;
}
}
break;
case "brstm":
switch (AdvancedExportInfo["BRSTM_audioFormat"])
{
case "DSP-ADPCM":
// If not specified, the file is converted to DSP-ADPCM audio format
break;
case "16-bit PCM":
arguments += " -f pcm16";
break;
case "8-bit PCM":
arguments += " -f pcm8";
break;
default:
break;
}
break;
case "hca":
switch (AdvancedExportInfo["HCA_audioRadioButtonSelector"])
{
case "quality":
arguments += " --hcaquality " + AdvancedExportInfo["HCA_audioQuality"];
break;
case "bitrate":
arguments += " --bitrate " + AdvancedExportInfo["HCA_audioBitrate"];
break;
default:
break;
}
if ((bool)AdvancedExportInfo["HCA_limitBitrate"])
{
arguments += " --limit-bitrate";
}
break;
default:
break;
}
}
int chcp = 65001;
if (!silent)
{
string commentCharacter = "";
if (batchFormat)
{
commentCharacter = ":: ";
}
string warnings = "";
if (Warnings.Count > 0)
{
foreach (var warning in Warnings)
{
warnings += String.Format("\r\n{0}[WARNING] {1}", commentCharacter, warning.ToString());
}
}
else
{
warnings = null;
}
string title = FormMethods.GetAppInfo("name") + " (" + FormMethods.GetAppInfo("version") + ")";
if (batchFormat)
{
arguments = String.Format(":: {0}\r\n:: Original file: {1}\r\n:: The converted file: {2}{3}\r\n\r\n@echo off\r\nchcp {4}>nul\r\nVGAudioCli.exe {5}\r\npause>nul", title, Info["Path"], exportLocation, warnings, chcp, arguments);
}
else
{
if (warnings != null)
{
warnings = String.Format("\r\n{0}", warnings);
}
arguments += warnings;
}
}
else
{
if (batchFormat)
{
arguments = String.Format("@echo off\r\nchcp {0}>nul\r\nVGAudioCli.exe {1}\r\npause>nul", chcp, arguments);
}
}
return(arguments);
}
public string[] DumpInformation(Dictionary <string, Dictionary <string, object> > Options)
{
bool dumpExportInfo = (bool)Options["DumpFileInfo"]["IncludeExportInformation"];
string[] lines;
int? exportLoop = ExportLoop["Enabled"];
List <string> lineList = new List <string>
{
FormMethods.GetAppInfo("name") + " (" + FormMethods.GetAppInfo("version") + ")",
"Dumped Info (" + Info["Name"] + ")\r\n",
Metadata["Full"]
};
if (dumpExportInfo)
{
lineList.Add("----------\r\n");
lineList.Add("Custom Export Info:");
lineList.Add("Target file: " + ExportInfo["ExtensionNoDot"]);
if (exportLoop == 1)
{
lineList.Add("Loop start: " + ExportLoop["Start"]);
lineList.Add("Loop end: " + ExportLoop["End"]);
}
if ((bool)AdvancedExportInfo["Apply"])
{
switch (ExportInfo["ExtensionNoDot"])
{
case "adx":
if ((bool)AdvancedExportInfo["ADX_encrypt"])
{
lineList.Add("Encoding type: " + AdvancedExportInfo["ADX_type"]);
if ((bool)AdvancedExportInfo["ADX_keystring_use"])
{
lineList.Add("Keystring: " + AdvancedExportInfo["ADX_keystring"]);
}
if ((bool)AdvancedExportInfo["ADX_keycode_use"])
{
lineList.Add("Keycode: " + AdvancedExportInfo["ADX_keycode"]);
}
if ((bool)AdvancedExportInfo["ADX_filter_use"])
{
lineList.Add("Encoding filter: " + AdvancedExportInfo["ADX_filter"]);
}
if ((bool)AdvancedExportInfo["ADX_version_use"])
{
lineList.Add("Header version: " + AdvancedExportInfo["ADX_version"]);
}
}
break;
case "brstm":
lineList.Add("Audio format: " + AdvancedExportInfo["BRSTM_audioFormat"]);
break;
case "hca":
switch (AdvancedExportInfo["HCA_audioRadioButtonSelector"])
{
case "quality":
lineList.Add("Audio quality: " + AdvancedExportInfo["HCA_audioQuality"]);
break;
case "bitrate":
lineList.Add("Audio bitrate: " + AdvancedExportInfo["HCA_audioBitrate"]);
break;
default:
break;
}
break;
default:
break;
}
}
string conversionCommand = GenerateConversionParams(null, false);
if (conversionCommand == null)
{
conversionCommand = "(unable to generate)";
}
else
{
conversionCommand = "VGAudioCli.exe " + conversionCommand;
}
lineList.Add("\r\nConversion command:\r\n" + conversionCommand);
}
lines = lineList.ToArray();
return(lines);
}