/// <summary>
/// Main entrypoint.
/// </summary>
/// <param name="args">Arguments.</param>
static void Main(string[] args)
{
//Help page.
if (args.Length < 1)
{
Console.WriteLine("Usage: sequenceConvert.exe input (flags) (output)");
Console.WriteLine("\t-exportLabels (for bin files only, no SSEQ). Exports data offsets to a text file");
Console.WriteLine("\t-version (for BFSEQ or BCSEQ only). Example: -version 2.1.0");
Console.WriteLine("\t-endian big/little (for BFSEQ only). Example: -endian big");
Console.WriteLine("\tSequence Convert is c2020 Gota7.");
return;
}
//Parameters.
XVersion version = null;
ByteOrder?byteOrder = null;
bool exportLabels = false;
//Input and output.
string input = args.First();
string output = null;
//Get parameters.
int argPtr = 1;
while (argPtr < args.Length)
{
string arg = args[argPtr];
if (arg.ToLower().Equals("-exportlabels"))
{
exportLabels = true;
argPtr++;
}
else if (arg.ToLower().Equals("-version"))
{
string[] ver = args[argPtr + 1].Split('.');
version = new XVersion()
{
Major = byte.Parse(ver[0]), Minor = byte.Parse(ver[1]), Revision = byte.Parse(ver[2])
};
argPtr += 2;
}
else if (arg.ToLower().Equals("-endian"))
{
byteOrder = ByteOrder.BigEndian;
if (args[argPtr + 1].ToLower().Equals("little"))
{
byteOrder = ByteOrder.LittleEndian;
}
argPtr += 2;
}
else
{
output = arg;
argPtr++;
}
}
//Fix output string.
if (output == null)
{
//Hacks.
string it = input.ToLower();
string iz = Path.GetFileNameWithoutExtension(it);
if (it.EndsWith(".smft"))
{
output = iz + ".sseq";
}
else if (it.EndsWith(".sseq"))
{
output = iz + ".smft";
}
//Default.
if (it.Contains(".b"))
{
output = input.Replace(".b", ".");
}
else
{
output = input.Replace(".", ".b");
}
}
//Get formats.
FormatType inFormat = GetFormat(input.ToLower());
FormatType outFormat = GetFormat(output.ToLower());
//Fix parameters.
if (version is null)
{
version = new XVersion()
{
Major = 1
};
}
;
if (byteOrder == null)
{
byteOrder = ByteOrder.BigEndian; if (output.ToLower().EndsWith(".bcseq"))
{
byteOrder = ByteOrder.LittleEndian;
}
}
//Run conversion.
if (inFormat != outFormat || inFormat == FormatType.BXSEQ)
{
//Input and output.
SequenceFile inFile = null;
SequenceFile outFile = new BXSEQ();
bool outputText = false;
//Input is binary.
if (inFormat != FormatType.Text)
{
switch (inFormat)
{
case FormatType.SSEQ:
inFile = Activator.CreateInstance <SSEQ>();
break;
case FormatType.BRSEQ:
inFile = Activator.CreateInstance <BRSEQ>();
break;
case FormatType.BXSEQ:
inFile = Activator.CreateInstance <BXSEQ>();
break;
}
inFile.Read(input);
}
//Input is text.
else
{
switch (outFormat)
{
case FormatType.SSEQ:
inFile = Activator.CreateInstance <SSEQ>();
break;
case FormatType.BRSEQ:
inFile = Activator.CreateInstance <BRSEQ>();
break;
case FormatType.BXSEQ:
inFile = Activator.CreateInstance <BXSEQ>();
break;
}
inFile.FromText(File.ReadAllLines(input).ToList());
}
//Output is binary.
if (outFormat != FormatType.Text)
{
//Get type.
switch (outFormat)
{
case FormatType.SSEQ:
outFile = Activator.CreateInstance <SSEQ>();
break;
case FormatType.BRSEQ:
outFile = Activator.CreateInstance <BRSEQ>();
break;
case FormatType.BXSEQ:
outFile = Activator.CreateInstance <BXSEQ>();
break;
}
}
//Output is text.
else
{
outputText = true;
}
//Text output.
if (outputText)
{
inFile.Name = Path.GetFileName(output);
File.WriteAllLines(output, inFile.ToText());
}
//Binary output.
else
{
//BXSEQ.
if (outFormat == FormatType.BXSEQ)
{
(outFile as BXSEQ).FType = output.ToLower().EndsWith(".bfseq");
outFile.Version = version;
outFile.ByteOrder = byteOrder.Value;
}
//Copy data.
outFile.CopyFromOther(inFile);
//Write.
outFile.WriteCommandData();
outFile.Write(output);
//Labels.
exportLabels &= outFormat != FormatType.SSEQ;
if (exportLabels)
{
List <string> labels = new List <string>();
foreach (var l in outFile.Labels)
{
labels.Add(l.Key + ": " + l.Value);
}
File.WriteAllLines(Path.GetFileNameWithoutExtension(output) + "Labels.txt", labels.ToArray());
}
}
}
//Same type.
else
{
File.WriteAllBytes(output, File.ReadAllBytes(input));
}
}