public static TsFile[] Convert(IEnumerable <Type> types,
IEnumerable <ICoder> coders,
ICoder defaultCoder = null,
IEnumerable <ICustomTypeConverter> customTypeConverters =
null)
{
if (customTypeConverters != null)
{
TsType.RegisterCustomTypeConverters(customTypeConverters);
}
var csDeclarations = CsDeclarationFactory.Create(types).ToArray();
var writtenTsFiles = coders.SelectMany(coder => coder.Rewrite(csDeclarations))
.Where(x => x.Declarations.Any())
.ToArray();
return(FixBuild(writtenTsFiles,
defaultCoder ?? new DefaultCoder(),
csDeclarations));
}
private static TsFile[] FixBuild(TsFile[] tsFiles,
ICoder defaultCoder,
CsDeclaration[] csDeclarations)
{
var exportRegistry = new ExportRegistry();
foreach (var tsFile in tsFiles)
{
exportRegistry.Register(tsFile);
}
var generatedFiles = new List <TsFile>();
var filesToFix = new Stack <TsFile>(tsFiles);
while (filesToFix.Count > 0)
{
var fileToFix = filesToFix.Pop();
// 1. Generating and auto importing external types
var externals = FindExternals(fileToFix);
foreach (var csType in externals)
{
if (!exportRegistry.TryGetExport(csType, out var export))
{
Generate(csType);
if (!exportRegistry.TryGetExport(csType, out export))
{
throw new Exception($"Can not find Export for {csType}");
}
}
if (export.TsFile != fileToFix)
{
AutoImport(fileToFix, export);
}
}
// 2. Generating derived types
var derivedTypes = FindDerivedTypes(externals, csDeclarations);
foreach (var csType in derivedTypes)
{
if (!exportRegistry.TryGetExport(csType, out _))
{
Generate(csType);
}
}
}
void Generate(CsType csType)
{
var csDeclaration = CsDeclarationFactory.Create(csType.OriginalType);
var autoGeneratedTsFiles = defaultCoder.Rewrite(new[]
{
csDeclaration
});
foreach (var autoGeneratedTsFile in autoGeneratedTsFiles)
{
exportRegistry.Register(autoGeneratedTsFile);
filesToFix.Push(autoGeneratedTsFile);
generatedFiles.Add(autoGeneratedTsFile);
}
}
return(tsFiles.Concat(generatedFiles).ToArray());
}
