public void ShouldResolveStaticMemberOfExternalClass()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, string>(_delegateReader, (cursor, args, keys) =>
{
return(SomeInterace.SomeKey);
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
}
public void ShouldResolveArrayLength()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, int>(_delegateReader, (cursor, args, keys) =>
{
var arr = new int[] { 1, 2, 3 };
return(arr.Length);
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
}
public void ShouldResolveMethodOfExternalClass()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, string>(_delegateReader, (cursor, args, keys) =>
{
var foo = new SomeInterace("abc");
return(foo.Greeting("def"));
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
}
public void ShouldResolveConstructor()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, bool>(_delegateReader, (cursor, args, keys) =>
{
var foo = new Foo <double>(3.5);
return(true);
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
var block = redIL.Body as BlockNode;
block.Children.Count.Should().Be(2);
var varDec = block.Children.First() as VariableDeclareNode;
varDec.Value.Should().BeEquivalentTo(new ConstantValueNode(DataValueType.Float, (double)3.5));
}
public void ShouldResolveMethod()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, bool>(_delegateReader, (cursor, args, keys) =>
{
var foo = new Foo();
foo.SetNumber(10);
return(true);
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
var block = redIL.Body as BlockNode;
block.Children.Count.Should().Be(3);
var assign = block.Children.Skip(1).First() as AssignNode;
assign.Right.Should().BeEquivalentTo(new ConstantValueNode(DataValueType.Integer, 10));
}
public void ShouldResolveMember()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, int>(_delegateReader, (cursor, args, keys) =>
{
var foo = new Foo(17);
return(foo.Number);
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
var block = redIL.Body as BlockNode;
block.Children.Count.Should().Be(2);
var dec = block.Children.First() as VariableDeclareNode;
var ret = block.Children.Last() as ReturnNode;
ret.Value.Should().BeEquivalentTo(new IdentifierNode(dec.Name.ToString(), DataValueType.Integer));
}
public void ShouldResolveMethod()
{
var csharp = DecompilationResult.CreateFromDelegate <NullCursor, double>(_delegateReader, (cursor, args, keys) =>
{
var foo = new Foo <double>(4);
return(foo.GetNumber());
});
var redIL = _csharpCompiler.Compile(csharp) as RootNode;
var block = redIL.Body as BlockNode;
block.Children.Count.Should().Be(2);
var dec = block.Children.First() as VariableDeclareNode;
var ret = block.Children.Last() as ReturnNode;
ret.Value.Type.Should().Be(RedILNodeType.Parameter);
(ret.Value as IdentifierNode).Name.Should().Be(dec.Name.ToString());
}
public AstVisitor(CSharpCompiler compiler, DecompilationResult csharp)
{
_compiler = compiler;
_csharp = csharp;
_labelNum = 0;
}
public RedILNode Compile(DecompilationResult csharp) => csharp.Body.AcceptVisitor(new AstVisitor(this, csharp), new State());
