public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
return(new PowerPcProcedureSerializer(
(PowerPcArchitecture)Architecture,
typeLoader,
defaultConvention));
}
public Arm32ProcedureSerializer(
IProcessorArchitecture arch,
ISerializedTypeVisitor<DataType> typeLoader,
string defaultConvention)
: base(arch, typeLoader, defaultConvention)
{
}
public Arm32ProcedureSerializer(
IProcessorArchitecture arch,
ISerializedTypeVisitor <DataType> typeLoader,
string defaultConvention)
: base(arch, typeLoader, defaultConvention)
{
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
switch (Architecture.Name)
{
case "mips-be-32":
case "mips-le-32":
return new MipsProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "ppc32":
return new PowerPcProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "sparc32":
return new SparcProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "x86-protected-32":
return new X86ProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "x86-protected-64":
return new X86_64ProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "xtensa":
return new XtensaProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "arm":
return new Arm32ProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "m68k":
return new M68kProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "avr8":
return new Avr8ProcedureSerializer(Architecture, typeLoader, defaultConvention);
case "risc-v":
return new RiscVProcedureSerializer(Architecture, typeLoader, defaultConvention);
default:
throw new NotImplementedException(string.Format("Procedure serializer for {0} not implemented yet.", Architecture.Description));
}
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
return new PowerPcProcedureSerializer(
(PowerPcArchitecture)Architecture,
typeLoader,
defaultConvention);
}
private void Given_16bit_CallingConvention(string cConvention)
{
this.ccr = new CallingConventionEmitter();
this.deserializer = new FakeTypeDeserializer(32);
X86CallingConvention cc;
switch (cConvention)
{
case "__cdecl":
cc = new X86CallingConvention(4, 2, 4, true, false);
break;
case "stdapi":
case "stdcall":
case "__stdcall":
cc = new X86CallingConvention(4, 2, 4, false, false);
break;
case "pascal":
cc = new X86CallingConvention(4, 2, 4, false, true);
break;
default: throw new NotImplementedException(cConvention + " not supported.");
}
this.cc = cc;
}
public PowerPcProcedureSerializer(
PowerPcArchitecture arch,
ISerializedTypeVisitor <DataType> typeLoader,
string defaultCc)
: base(arch, typeLoader, defaultCc)
{
this.arch = arch;
}
public void Setup()
{
this.mr = new MockRepository();
this.arch = new MipsLe32Architecture();
this.typeLoader = mr.Stub<ISerializedTypeVisitor<DataType>>();
this.ssig = null;
this.sig = null;
}
public void Setup()
{
this.mr = new MockRepository();
this.arch = new MipsLe32Architecture();
this.typeLoader = mr.Stub <ISerializedTypeVisitor <DataType> >();
this.ssig = null;
this.sig = null;
}
public PowerPcProcedureSerializer(
PowerPcArchitecture arch,
ISerializedTypeVisitor<DataType> typeLoader,
string defaultCc)
: base(arch, typeLoader, defaultCc)
{
this.arch = arch;
}
public ProcedureSerializer(
IProcessorArchitecture arch,
ISerializedTypeVisitor<DataType> typeLoader,
string defaultConvention)
{
this.Architecture = arch;
this.TypeLoader = typeLoader;
this.DefaultConvention = defaultConvention;
}
private void Given_32bit_CallingConvention()
{
this.ccr = new CallingConventionEmitter();
this.deserializer = new FakeTypeDeserializer(4);
FastcallConvention fcc = new FastcallConvention(
Registers.ecx, Registers.edx, 4, 4);
this.fcc = fcc;
}
private void Given_16bit_CallingConvention(string cConvention)
{
this.ccr = new CallingConventionEmitter();
this.deserializer = new FakeTypeDeserializer(32);
FastcallConvention fcc = new FastcallConvention(
Registers.cx, Registers.dx, 4, 4);
this.fcc = fcc;
}
public ProcedureSerializer(
IProcessorArchitecture arch,
ISerializedTypeVisitor <DataType> typeLoader,
string defaultConvention)
{
this.Architecture = arch;
this.TypeLoader = typeLoader;
this.DefaultConvention = defaultConvention;
}
public ProcedureSerializer(
IPlatform platform,
ISerializedTypeVisitor <DataType> typeLoader,
string defaultConvention)
{
this.platform = platform;
this.Architecture = platform.Architecture;
this.TypeLoader = typeLoader;
this.DefaultConvention = defaultConvention;
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
switch (Architecture.Name)
{
case "mips-be-32":
return(new MipsProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "sparc32":
return(new SparcProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "x86-protected-32":
return(new X86ProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "x86-protected-64":
return(new X86_64ProcedureSerializer(Architecture, typeLoader, defaultConvention));
default:
throw new NotImplementedException(string.Format("Procedure serializer for {0} not implemented yet.", Architecture.Description));
}
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
switch (Architecture.Name)
{
case "mips-be-32":
case "mips-le-32":
return(new MipsProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "ppc32":
return(new PowerPcProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "sparc32":
return(new SparcProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "x86-protected-32":
return(new X86ProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "x86-protected-64":
return(new X86_64ProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "xtensa":
return(new XtensaProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "arm":
return(new Arm32ProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "m68k":
return(new M68kProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "avr8":
return(new Avr8ProcedureSerializer(Architecture, typeLoader, defaultConvention));
case "risc-v":
return(new RiscVProcedureSerializer(Architecture, typeLoader, defaultConvention));
default:
throw new NotImplementedException(string.Format("Procedure serializer for {0} not implemented yet.", Architecture.Description));
}
}
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultCc)
{
return(new ArmProcedureSerializer(this, typeLoader, defaultCc));
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
//$BUGBUG: unlikely to be correct in long run.
return new X86ProcedureSerializer((IntelArchitecture) this.Architecture, typeLoader, defaultConvention);
}
private void Given_ProcedureSerializer()
{
this.deserializer = mockFactory.CreateDeserializer();
this.ser = new PowerPcProcedureSerializer(arch, deserializer, "");
}
private void Given_ProcedureSerializer()
{
this.deserializer = mockFactory.CreateDeserializer(arch.PointerType.Size);
this.ser = new X86ProcedureSerializer(arch, deserializer, "");
}
/// <summary> /// Creates a procedure serializer that understands the calling conventions used on this /// processor and environment /// </summary> /// <param name="typeLoader">Used to resolve data types</param> /// <param name="defaultConvention">Default calling convention, if none specified.</param> public abstract ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention);
public override T Accept <T>(ISerializedTypeVisitor <T> visitor)
{
return(visitor.VisitTypeReference(this));
}
public override T Accept <T>(ISerializedTypeVisitor <T> visitor)
{
return(visitor.VisitMemberPointer(this));
}
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultCc)
{
throw new NotSupportedException(); //$Makes no sense in C64 Basic!
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = mockFactory.CreateDeserializer();
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = new FakeTypeDeserializer(4);
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
return(Test_CreateProcedureSerializer(typeLoader, defaultConvention));
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = mockFactory.CreateDeserializer();
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
private void Given_ProcedureSerializer()
{
this.deserializer = mockFactory.CreateDeserializer(arch.PointerType.Size);
this.ser = new Arm32ProcedureSerializer(arch, deserializer, "");
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
throw new NotSupportedException();
}
private void Given_ProcedureSerializer()
{
this.deserializer = mockFactory.CreateDeserializer();
this.ser = new PowerPcProcedureSerializer(arch, deserializer, "");
}
public abstract T Accept <T>(ISerializedTypeVisitor <T> visitor);
public override T Accept <T>(ISerializedTypeVisitor <T> visitor)
{
return(visitor.VisitPrimitive(this));
}
public override T Accept <T>(ISerializedTypeVisitor <T> visitor)
{
return(visitor.VisitSignature(this));
}
public override Core.Serialization.ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
throw new NotImplementedException();
}
public X86ProcedureSerializer(IProcessorArchitecture arch, ISerializedTypeVisitor <DataType> typeLoader, string defaultCc)
: base(arch, typeLoader, defaultCc)
{
}
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultCc)
{
return new PowerPcProcedureSerializer(this, typeLoader, defaultCc);
}
/// <summary> /// Creates a procedure serializer that understands the calling conventions used on this /// processor and environment /// </summary> /// <param name="typeLoader">Used to resolve data types</param> /// <param name="defaultConvention">Default calling convention, if none specified.</param> public abstract ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention);
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultCc)
{
throw new NotSupportedException(); //$Makes no sense in C64 Basic!
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = new FakeTypeDeserializer(32);
this.ser = new ProcedureSerializer(platform, deserializer, cConvention);
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
throw new NotSupportedException();
}
public M68kProcedureSerializer(M68kArchitecture arch, ISerializedTypeVisitor<DataType> typeLoader, string defaultCc)
: base(arch, typeLoader, defaultCc)
{
}
public X86_64ProcedureSerializer(IProcessorArchitecture arch, ISerializedTypeVisitor<DataType> typeLoader, string defaultCc)
: base(arch, typeLoader, defaultCc)
{
}
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultCc)
{
throw new NotImplementedException();
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultConvention)
{
//$BUGBUG: unlikely to be correct in long run.
return(new X86ProcedureSerializer((IntelArchitecture)this.Architecture, typeLoader, defaultConvention));
}
public override ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
return Test_CreateProcedureSerializer(typeLoader, defaultConvention);
}
public override Core.Serialization.ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor<DataType> typeLoader, string defaultConvention)
{
throw new NotImplementedException();
}
public ProcedureSerializer CreateProcedureSerializer(ISerializedTypeVisitor <DataType> typeLoader, string defaultCc)
{
throw new NotImplementedException();
}
private void Given_ProcedureSerializer(string cConvention)
{
this.deserializer = new FakeTypeDeserializer(4);
this.ser = new X86ProcedureSerializer(arch, deserializer, cConvention);
}
