public Program VisitInputFile(string projectFilePath, DecompilerInput_v4 sInput)
{
var bytes = loader.LoadImageBytes(ConvertToAbsolutePath(projectFilePath, sInput.Filename), 0);
var sUser = sInput.User;
var address = LoadAddress(sUser, this.arch);
Program program;
if (address != null &&
sUser.Processor != null &&
(sUser.PlatformOptions == null ||
sUser.PlatformOptions.Name != null))
{
var arch = sUser.Processor.Name;
var platform = sUser.PlatformOptions != null
? sUser.PlatformOptions.Name
: null;
program = loader.LoadRawImage(sInput.Filename, bytes, arch, platform, address);
}
else
{
program = loader.LoadExecutable(sInput.Filename, bytes, address);
}
program.Filename = ConvertToAbsolutePath(projectFilePath, sInput.Filename);
program.DisassemblyFilename = ConvertToAbsolutePath(projectFilePath, sInput.DisassemblyFilename);
program.IntermediateFilename = ConvertToAbsolutePath(projectFilePath, sInput.IntermediateFilename);
program.OutputFilename = ConvertToAbsolutePath(projectFilePath, sInput.OutputFilename);
program.TypesFilename = ConvertToAbsolutePath(projectFilePath, sInput.TypesFilename);
program.GlobalsFilename = ConvertToAbsolutePath(projectFilePath, sInput.GlobalsFilename);
program.EnsureFilenames(program.Filename);
LoadUserData(sUser, program, program.User);
ProgramLoaded.Fire(this, new ProgramEventArgs(program));
return(program);
}
public Program VisitInputFile(string projectFilePath, DecompilerInput_v4 sInput)
{
var binAbsPath = ConvertToAbsolutePath(projectFilePath, sInput.Filename) !;
var bytes = loader.LoadImageBytes(binAbsPath, 0);
var sUser = sInput.User ?? new UserData_v4
{
ExtractResources = true,
};
var address = LoadAddress(sUser, this.arch);
var archOptions = XmlOptions.LoadIntoDictionary(sUser.Processor?.Options, StringComparer.OrdinalIgnoreCase);
Program program;
if (!string.IsNullOrEmpty(sUser.Loader))
{
// The presence of an explicit loader name prompts us to
// use the LoadRawImage path.
var archName = sUser.Processor?.Name;
var platform = sUser.PlatformOptions?.Name;
program = loader.LoadRawImage(binAbsPath, bytes, address, new LoadDetails
{
LoaderName = sUser.Loader,
ArchitectureName = archName,
ArchitectureOptions = archOptions,
PlatformName = platform,
LoadAddress = sUser.LoadAddress,
});
}
else
{
program = loader.LoadExecutable(binAbsPath, bytes, sUser.Loader, address)
?? new Program(); // A previous save of the project was able to read the file,
// but now we can't...
}
LoadUserData(sUser, program, program.User, projectFilePath);
program.Filename = binAbsPath;
program.DisassemblyDirectory = ConvertToAbsolutePath(projectFilePath, Path.GetDirectoryName(sInput.DisassemblyFilename));
program.SourceDirectory = ConvertToAbsolutePath(projectFilePath, Path.GetDirectoryName(sInput.OutputFilename));
program.IncludeDirectory = ConvertToAbsolutePath(projectFilePath, Path.GetDirectoryName(sInput.TypesFilename));
program.ResourcesDirectory = ConvertToAbsolutePath(projectFilePath, sInput.ResourcesDirectory);
program.EnsureDirectoryNames(binAbsPath);
program.User.LoadAddress = address;
// We are fettered by backwards compatibility here, don't suddenly change behavior
// but keep all code in one file. After loading users can change to other policies.
program.User.OutputFilePolicy = program.User.OutputFilePolicy ?? Program.SingleFilePolicy;
ProgramLoaded?.Invoke(this, new ProgramEventArgs(program));
return(program);
}
public Program VisitInputFile(string projectFilePath, DecompilerInput_v4 sInput)
{
var binAbsPath = ConvertToAbsolutePath(projectFilePath, sInput.Filename);
var bytes = loader.LoadImageBytes(ConvertToAbsolutePath(projectFilePath, sInput.Filename), 0);
var sUser = sInput.User ?? new UserData_v4
{
ExtractResources = true,
};
var address = LoadAddress(sUser, this.arch);
var archOptions = XmlOptions.LoadIntoDictionary(sUser.Processor?.Options, StringComparer.OrdinalIgnoreCase);
Program program;
if (!string.IsNullOrEmpty(sUser.Loader))
{
// The presence of an explicit loader name prompts us to
// use the LoadRawImage path.
var arch = sUser.Processor.Name;
var platform = sUser.PlatformOptions?.Name;
program = loader.LoadRawImage(binAbsPath, bytes, address, new LoadDetails
{
LoaderName = sUser.Loader,
ArchitectureName = arch,
ArchitectureOptions = archOptions,
PlatformName = platform,
LoadAddress = sUser.LoadAddress,
});
}
else
{
program = loader.LoadExecutable(binAbsPath, bytes, sUser.Loader, address)
?? new Program(); // A previous save of the project was able to read the file,
// but now we can't...
}
LoadUserData(sUser, program, program.User);
program.Filename = binAbsPath;
program.DisassemblyFilename = ConvertToAbsolutePath(projectFilePath, sInput.DisassemblyFilename);
program.IntermediateFilename = ConvertToAbsolutePath(projectFilePath, sInput.IntermediateFilename);
program.OutputFilename = ConvertToAbsolutePath(projectFilePath, sInput.OutputFilename);
program.TypesFilename = ConvertToAbsolutePath(projectFilePath, sInput.TypesFilename);
program.GlobalsFilename = ConvertToAbsolutePath(projectFilePath, sInput.GlobalsFilename);
program.ResourcesDirectory = ConvertToAbsolutePath(projectFilePath, sInput.ResourcesDirectory);
program.EnsureFilenames(program.Filename);
program.User.LoadAddress = address;
ProgramLoaded.Fire(this, new ProgramEventArgs(program));
return(program);
}
public Program VisitInputFile(string projectFilePath, DecompilerInput_v4 sInput)
{
var binAbsPath = ConvertToAbsolutePath(projectFilePath, sInput.Filename);
var bytes = loader.LoadImageBytes(ConvertToAbsolutePath(projectFilePath, sInput.Filename), 0);
var sUser = sInput.User;
var address = LoadAddress(sUser, this.arch);
Program program;
if (!string.IsNullOrEmpty(sUser.Loader))
{
// The presence of an explicit loader name prompts us to
// use the LoadRawImage path.
var arch = sUser.Processor.Name;
var platform = sUser.PlatformOptions?.Name;
program = loader.LoadRawImage(binAbsPath, bytes, address, new LoadDetails
{
LoaderName = sUser.Loader,
ArchitectureName = arch,
PlatformName = platform,
LoadAddress = sUser.LoadAddress,
});
}
else
{
program = loader.LoadExecutable(binAbsPath, bytes, sUser.Loader, address);
}
program.Filename = binAbsPath;
program.DisassemblyFilename = ConvertToAbsolutePath(projectFilePath, sInput.DisassemblyFilename);
program.IntermediateFilename = ConvertToAbsolutePath(projectFilePath, sInput.IntermediateFilename);
program.OutputFilename = ConvertToAbsolutePath(projectFilePath, sInput.OutputFilename);
program.TypesFilename = ConvertToAbsolutePath(projectFilePath, sInput.TypesFilename);
program.GlobalsFilename = ConvertToAbsolutePath(projectFilePath, sInput.GlobalsFilename);
program.EnsureFilenames(program.Filename);
LoadUserData(sUser, program, program.User);
program.User.LoadAddress = address;
ProgramLoaded.Fire(this, new ProgramEventArgs(program));
return(program);
}
/// <summary>
/// Migrate DecompilerInput_v4 to DecompilerInput_v5.
/// </summary>
/// <remarks>
/// Ignored fields (They existed in v4 but are unused in current code):
/// IntermediateFilename
/// GlobalsFilename
/// </remarks>
public static DecompilerInput_v5 MigrateDecompilerInput(DecompilerInput_v4 v4)
{
var v5 = new DecompilerInput_v5()
{
Filename = v4.Filename,
Comment = v4.Comment,
DisassemblyDirectory = v4.DisassemblyFilename != null?Path.GetDirectoryName(v4.DisassemblyFilename) : null,
SourceDirectory = v4.OutputFilename != null?Path.GetDirectoryName(v4.OutputFilename) : null,
IncludeDirectory = v4.TypesFilename != null?Path.GetDirectoryName(v4.TypesFilename) : null,
ResourcesDirectory = v4.ResourcesDirectory,
User = v4.User ?? new UserData_v4
{
ExtractResources = true,
}
};
if (string.IsNullOrWhiteSpace(v5.User.OutputFilePolicy))
{
v5.User.OutputFilePolicy = Program.SingleFilePolicy;
}
return(v5);
}
