private void Given_X86ProcedureSerializer()
{
this.ser = new X86ProcedureSerializer(
(IntelArchitecture) platform.Architecture,
new TypeLibraryDeserializer(platform, true, new TypeLibrary()),
"stdapi");
}
private void Given_X86ProcedureSerializer()
{
sser = new X86ProcedureSerializer(
arch,
new TypeLibraryDeserializer(platform, true, new TypeLibrary()),
"stdapi");
}
public void ParseLine()
{
var tok = Peek();
if (tok.Type == TokenType.NUMBER)
{
tok = Get();
int ordinal = Convert.ToInt32(tok.Value);
Expect(TokenType.ID);
if (PeekAndDiscard(TokenType.MINUS))
{
Expect(TokenType.ID);
}
tok = Get();
string fnName = tok.Value;
var ssig = new SerializedSignature
{
Convention = "pascal"
};
var args = new List<Argument_v1>();
if (PeekAndDiscard(TokenType.LPAREN))
{
while (LoadParameter(ssig, args))
;
Expect(TokenType.RPAREN);
}
ssig.Arguments = args.ToArray();
var deser = new X86ProcedureSerializer((IntelArchitecture) platform.Architecture, tlLoader, "pascal");
var sig = deser.Deserialize(ssig, new Frame(PrimitiveType.Word16));
var svc = new SystemService
{
Name = fnName,
Signature = sig
};
tlLoader.LoadService(ordinal, svc);
}
for (;;)
{
// Discared entire line.
var type = Get().Type;
if (type == TokenType.EOF || type == TokenType.NL)
return;
}
}
private void Given_ProcedureSerializer(string cConvention)
{
this.ser = new X86ProcedureSerializer(arch, new TypeLibraryLoader(arch, true), cConvention);
}
private void Given_X86ProcedureSerializer()
{
this.ser = new X86ProcedureSerializer(arch, new TypeLibraryLoader(arch, true), "stdapi");
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = new FakeTypeDeserializer(4);
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = mockFactory.CreateDeserializer();
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
public Tuple<int?, SystemService> ParseLine()
{
try
{
int? ordinal = ParseOrdinal();
string callconv = ParseCallingConvention();
var options = ParseOptions();
var tok = Get();
string fnName = tok.Value;
var ssig = new SerializedSignature
{
Convention = callconv,
};
ssig.Arguments = ParseParameters(ssig);
SkipToEndOfLine();
var deser = new X86ProcedureSerializer((IntelArchitecture)platform.Architecture, tlLoader, callconv);
var sig = deser.Deserialize(ssig, new Frame(platform.FramePointerType));
var svc = new SystemService
{
ModuleName = moduleName.ToUpper(),
Name = fnName,
Signature = sig
};
return Tuple.Create(ordinal, svc);
}
catch
{
Services.RequireService<DecompilerEventListener>().Warn(
new NullCodeLocation(moduleName),
"Line {0} in the Wine spec file could not be read; skipping.",
lexer.lineNumber);
SkipToEndOfLine();
return null;
}
}
public void ParseLine()
{
int? ordinal = ParseOrdinal();
string callconv = ParseCallingConvention();
var options = ParseOptions();
var tok = Get();
string fnName = tok.Value;
var ssig = new SerializedSignature
{
Convention = callconv,
};
ssig.Arguments = ParseParameters(ssig);
var deser = new X86ProcedureSerializer((IntelArchitecture)platform.Architecture, tlLoader, callconv);
var sig = deser.Deserialize(ssig, new Frame(platform.FramePointerType));
var svc = new SystemService
{
ModuleName = moduleName.ToUpper(),
Name = fnName,
Signature = sig
};
if (ordinal.HasValue)
{
tlLoader.LoadService(ordinal.Value, svc);
}
else
{
tlLoader.LoadService(fnName, svc);
}
for (;;)
{
// Discared entire line.
var type = Get().Type;
if (type == TokenType.EOF || type == TokenType.NL)
return;
}
}
