private void VerifyPrint(ParseResult result, int index, string str)
{
Assert.NotNull(result);
string realStr = SymbolPrinter.Convert(result.ParsedTypes[index]);
Assert.Equal(str, realStr);
}
public void BagSaveAndLoad1()
{
NativeProcedure p1 = new NativeProcedure("p1");
p1.Signature.ReturnType = new NativeBuiltinType(BuiltinType.NativeBoolean);
NativeTypeDef td = new NativeTypeDef("LPWSTR", new NativePointer(BuiltinType.NativeWChar));
p1.Signature.Parameters.Add(new NativeParameter("param1", new NativeNamedType("LPWSTR", td)));
Assert.Equal("boolean p1(LPWSTR param1)", p1.DisplayName);
Assert.Equal("p1(Sig(boolean)(Sal)(param1(LPWSTR(LPWSTR(*(wchar))))(Sal)))", SymbolPrinter.Convert(p1));
var ns = new BasicSymbolStorage();
ns.AddProcedure(p1);
ns.AddTypeDef(td);
NativeSymbolBag bag = new NativeSymbolBag(ns);
NativeProcedure ret1 = null;
Assert.True(bag.TryGetGlobalSymbol("p1", out ret1));
bag.AddProcedure(ret1);
Assert.True(bag.TryResolveSymbolsAndValues());
Assert.Equal(SymbolPrinter.Convert(p1), SymbolPrinter.Convert(ret1));
}
public void Typedef4()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef4.txt");
Assert.Equal("foo1(int)", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
Assert.Equal("foo2(*(int))", SymbolPrinter.Convert(result.NativeTypeDefs[1]));
Assert.Equal("LPWSTR(*(wchar))", SymbolPrinter.Convert(result.NativeTypeDefs[2]));
Assert.Equal("FOO(*(wchar))", SymbolPrinter.Convert(result.NativeTypeDefs[3]));
}
private void TestRoundTrip(INativeSymbolLookup lookup)
{
foreach (var util in _utilList)
{
util.Write(lookup);
var storage = util.Read();
foreach (var name in lookup.NativeNames)
{
if (name.Kind == NativeNameKind.EnumValue)
{
continue;
}
var symbol = lookup.GetGlobalSymbol(name);
NativeGlobalSymbol other;
if (!storage.TryGetGlobalSymbol(name, out other))
{
}
Assert.True(storage.TryGetGlobalSymbol(name, out other));
Assert.Equal(SymbolPrinter.Convert(symbol.Symbol), SymbolPrinter.Convert(other.Symbol));
}
}
}
public void Complex1()
{
ParseResult result = FullParseFile("SampleFiles\\Complex1.txt");
VerifyPrint(result, 0, "LPWSTR(*(wchar))");
Assert.Equal(SymbolPrinter.Convert(result.NativeProcedures[0]), "p1(Sig(void)(Sal)(foo(LPWSTR)(Sal)))");
}
public void Typedef9()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef9.txt");
Assert.Equal("td1(char)", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
Assert.Equal("td2(char)", SymbolPrinter.Convert(result.NativeTypeDefs[1]));
}
public void Typedef8()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef8.txt");
Assert.Equal("f1(f1(Sig(int)(Sal)))", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
Assert.Equal("f2(f2(Sig(*(int))(Sal)(param1(int)(Sal))))", SymbolPrinter.Convert(result.NativeTypeDefs[1]));
}
public void Typedef7()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef7.txt");
Assert.Equal("s1(_s1(m1(int)))", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
}
public void Typedef6()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef6.txt");
Assert.Equal("intarray([](int))", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
Assert.Equal("chararray([](char))", SymbolPrinter.Convert(result.NativeTypeDefs[1]));
}
public void Typedef5()
{
ParseResult result = ParseFile("SampleFiles\\TypeDef5.txt");
Assert.Equal("CINT(int(int))", SymbolPrinter.Convert(result.NativeTypeDefs[0]));
Assert.Equal("LPCSTR(*(WCHAR))", SymbolPrinter.Convert(result.NativeTypeDefs[1]));
}
