/*static void Main2(string[] args)
{
var transformers = new List<IArgumentTransformer>{
new StringReturnTransformer(),
new StringArgumentTransformer(),
new TrivialArgumentTransformer(),
new RefArgumentTransformer() };
Declaration arg1 = new Declaration { Name = "inputString", Kind = "instance", CType = new PointerCType(new NamedCType("char")) };
Declaration arg2 = new Declaration { Name = "flag1", Kind = "instance", CType = new NamedCType("bool") };
Declaration arg3 = new Declaration { Name = "ptrToInt", Kind = "instance", CType = new PointerCType(new NamedCType("int")) };
//Console.WriteLine(stringTransformer.CanApply(arg1, null, null));
Declaration arg4 = new Declaration { Name = "outputString", Kind = "instance", CType = new PointerCType(new NamedCType("char")) };
Declaration arg5 = new Declaration { Name = "bufferLength", Kind = "instance", CType = new NamedCType("size_t") };
CType retType = new NamedCType("int");
List<Declaration> arguments = new List<Declaration> { arg1, arg2, arg3, arg4, arg5 };
var assembler = new FunctionAssembler("my_function", "MyFunction");
var nativeFunction = new FunctionSpecificationAnalyser(arguments, retType);
while (nativeFunction.CurrentParameter != null)
{
var transformer = transformers.FirstOrDefault(x=>x.Apply(nativeFunction, assembler));
if (transformer == null)
{
throw new Exception("Could not handle all arguments.");
}
assembler.NextArgument();
}
Console.WriteLine(assembler.GenerateWrapperMethod(" "));
}*/
static void Main(string[] args)
{
var text = File.ReadAllText(args[0]);
var declarations =
JsonConvert.DeserializeObject<List<Declaration>>(text, new CTypeConverter());
var configurationJson = File.ReadAllText(args[1]);
var configuration = JsonConvert.DeserializeObject<ApiBuilderConfiguration>(configurationJson);
var categorizedDeclarations = new CategorizedDeclarations(configuration.DeclarationsToIgnore);
categorizedDeclarations.AddDeclarations(declarations);
OrderedDictionary<string, SpotifyClass> classes;
OrderedDictionary<string, FunctionCType> functions;
categorizedDeclarations.CategorizeFunctions(out classes, out functions);
var anonymousDelegates = categorizedDeclarations.FindAnonymousDelegates();
CSharpGenerator gen = new CSharpGenerator(
categorizedDeclarations.EnumTable.Keys,
categorizedDeclarations.StructTable.Keys,
categorizedDeclarations.HandleTable,
categorizedDeclarations.FunctionTypedefTable.Keys,
configuration.Structs,
configuration.Enums,
new DefaultFunctionFactory());
Console.WriteLine("using System;");
Console.WriteLine("using System.Linq;");
Console.WriteLine("using System.Runtime.InteropServices;");
Console.WriteLine("");
Console.WriteLine("namespace "+configuration.RootNamespace);
Console.WriteLine("{");
Console.WriteLine("");
Console.WriteLine(" // Enums");
foreach (var kvpEnum in categorizedDeclarations.EnumTable)
{
Console.Write(gen.GenerateEnumDeclaration(" ", kvpEnum.Key, kvpEnum.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Named delegates");
foreach (var kvpDelegate in categorizedDeclarations.FunctionTypedefTable)
{
Console.Write(gen.GenerateRawDelegate(" ", kvpDelegate.Key, kvpDelegate.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Un-named delegates");
foreach (var kvpDelegate in anonymousDelegates)
{
Console.Write(gen.GenerateRawDelegate(" ", kvpDelegate.Key, kvpDelegate.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Structs");
foreach (var kvpStruct in categorizedDeclarations.StructTable)
{
var structName = kvpStruct.Key;
var structType = kvpStruct.Value;
Console.WriteLine(gen.GenerateStruct(" ", structName, structType));
}
Console.WriteLine(" class NativeMethods");
Console.WriteLine(" {");
foreach (var kvpFunction in categorizedDeclarations.FunctionTable)
{
var functionName = kvpFunction.Key;
var functionSignature = kvpFunction.Value;
Console.Write(gen.GenerateDllImportFunction(" ", functionName, functionSignature));
}
Console.WriteLine(" }");
Console.WriteLine("");
Console.WriteLine(" // Classes");
foreach (var kvpClass in classes)
{
string name = kvpClass.Key;
var spotifyClass = kvpClass.Value;
Console.Write(gen.GenerateCSharpClass(" ", name, spotifyClass.NativeFunctions));
/*
Console.WriteLine(" public partial class {0}", name);
Console.WriteLine(" {");
Console.WriteLine(" IntPtr _handle;");
Console.WriteLine(" internal {0}(IntPtr handle)", name);
Console.WriteLine(" {");
Console.WriteLine(" this._handle = handle;");
Console.WriteLine(" }");
Console.WriteLine("");
foreach (var kvpFunction in spotifyClass.NativeFunctions)
{
Console.WriteLine(gen.GenerateCSharpWrappingMethod(" ", kvpFunction.Key, name, kvpFunction.Value));
}
Console.WriteLine(" }");*/
}
Console.WriteLine("}");
}
/*static void Main2(string[] args)
* {
* var transformers = new List<IArgumentTransformer>{
* new StringReturnTransformer(),
* new StringArgumentTransformer(),
* new TrivialArgumentTransformer(),
* new RefArgumentTransformer() };
* Declaration arg1 = new Declaration { Name = "inputString", Kind = "instance", CType = new PointerCType(new NamedCType("char")) };
* Declaration arg2 = new Declaration { Name = "flag1", Kind = "instance", CType = new NamedCType("bool") };
* Declaration arg3 = new Declaration { Name = "ptrToInt", Kind = "instance", CType = new PointerCType(new NamedCType("int")) };
* //Console.WriteLine(stringTransformer.CanApply(arg1, null, null));
* Declaration arg4 = new Declaration { Name = "outputString", Kind = "instance", CType = new PointerCType(new NamedCType("char")) };
* Declaration arg5 = new Declaration { Name = "bufferLength", Kind = "instance", CType = new NamedCType("size_t") };
* CType retType = new NamedCType("int");
* List<Declaration> arguments = new List<Declaration> { arg1, arg2, arg3, arg4, arg5 };
* var assembler = new FunctionAssembler("my_function", "MyFunction");
* var nativeFunction = new FunctionSpecificationAnalyser(arguments, retType);
* while (nativeFunction.CurrentParameter != null)
* {
* var transformer = transformers.FirstOrDefault(x=>x.Apply(nativeFunction, assembler));
* if (transformer == null)
* {
* throw new Exception("Could not handle all arguments.");
* }
* assembler.NextArgument();
* }
* Console.WriteLine(assembler.GenerateWrapperMethod(" "));
* }*/
static void Main(string[] args)
{
var text = File.ReadAllText(args[0]);
var declarations =
JsonConvert.DeserializeObject <List <Declaration> >(text, new CTypeConverter());
var configurationJson = File.ReadAllText(args[1]);
var configuration = JsonConvert.DeserializeObject <ApiBuilderConfiguration>(configurationJson);
var categorizedDeclarations = new CategorizedDeclarations(configuration.DeclarationsToIgnore);
categorizedDeclarations.AddDeclarations(declarations);
OrderedDictionary <string, SpotifyClass> classes;
OrderedDictionary <string, FunctionCType> functions;
categorizedDeclarations.CategorizeFunctions(out classes, out functions);
var anonymousDelegates = categorizedDeclarations.FindAnonymousDelegates();
CSharpGenerator gen = new CSharpGenerator(
categorizedDeclarations.EnumTable.Keys,
categorizedDeclarations.StructTable.Keys,
categorizedDeclarations.HandleTable,
categorizedDeclarations.FunctionTypedefTable.Keys,
configuration.Structs,
configuration.Enums,
new DefaultFunctionFactory());
Console.WriteLine("using System;");
Console.WriteLine("using System.Linq;");
Console.WriteLine("using System.Runtime.InteropServices;");
Console.WriteLine("");
Console.WriteLine("namespace " + configuration.RootNamespace);
Console.WriteLine("{");
Console.WriteLine("");
Console.WriteLine(" // Enums");
foreach (var kvpEnum in categorizedDeclarations.EnumTable)
{
Console.Write(gen.GenerateEnumDeclaration(" ", kvpEnum.Key, kvpEnum.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Named delegates");
foreach (var kvpDelegate in categorizedDeclarations.FunctionTypedefTable)
{
Console.Write(gen.GenerateRawDelegate(" ", kvpDelegate.Key, kvpDelegate.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Un-named delegates");
foreach (var kvpDelegate in anonymousDelegates)
{
Console.Write(gen.GenerateRawDelegate(" ", kvpDelegate.Key, kvpDelegate.Value));
}
Console.WriteLine("");
Console.WriteLine(" // Structs");
foreach (var kvpStruct in categorizedDeclarations.StructTable)
{
var structName = kvpStruct.Key;
var structType = kvpStruct.Value;
Console.WriteLine(gen.GenerateStruct(" ", structName, structType));
}
Console.WriteLine(" class NativeMethods");
Console.WriteLine(" {");
foreach (var kvpFunction in categorizedDeclarations.FunctionTable)
{
var functionName = kvpFunction.Key;
var functionSignature = kvpFunction.Value;
Console.Write(gen.GenerateDllImportFunction(" ", functionName, functionSignature));
}
Console.WriteLine(" }");
Console.WriteLine("");
Console.WriteLine(" // Classes");
foreach (var kvpClass in classes)
{
string name = kvpClass.Key;
var spotifyClass = kvpClass.Value;
Console.Write(gen.GenerateCSharpClass(" ", name, spotifyClass.NativeFunctions));
/*
* Console.WriteLine(" public partial class {0}", name);
* Console.WriteLine(" {");
* Console.WriteLine(" IntPtr _handle;");
* Console.WriteLine(" internal {0}(IntPtr handle)", name);
* Console.WriteLine(" {");
* Console.WriteLine(" this._handle = handle;");
* Console.WriteLine(" }");
* Console.WriteLine("");
* foreach (var kvpFunction in spotifyClass.NativeFunctions)
* {
* Console.WriteLine(gen.GenerateCSharpWrappingMethod(" ", kvpFunction.Key, name, kvpFunction.Value));
* }
* Console.WriteLine(" }");*/
}
Console.WriteLine("}");
}