private Func <long> SelectTest(byte[] buf)
{
var rewriter = chkRewriter.Checked;
Func <long> test;
if (rdbRealDasm.Checked)
{
//var arch = new Reko.Arch.Arm.Arm32Architecture("arm32");
var arch = new Reko.Arch.X86.X86ArchitectureFlat32("x86-protected-32");
if (rewriter)
{
test = () => PerformanceTest_A32Rewriter(arch, buf);
}
else
{
test = () => PerformanceTest_A32Dasm(arch, buf);
}
}
else
{
DecoderBuilder m;
if (rdbInterpretedDasm.Checked)
{
m = new Decoders.FormatDecoderBuilder();
}
else
{
m = new Decoders.ThreadedDecoderBuilder();
}
var root = m.Mask(29, 3,
m.Instr(Opcode.add, "r8,r4,r0"),
m.Instr(Opcode.sub, "r8,r4,r0"),
m.Instr(Opcode.mul, "r8,r4,r0"),
m.Instr(Opcode.div, "r8,r4,r0"),
m.Instr(Opcode.and, "r8,r4,r0"),
m.Instr(Opcode.or, "r8,r4,r0"),
m.Instr(Opcode.not, "r8,r4"),
m.Instr(Opcode.xor, "r8,r4,r0"));
if (rewriter)
{
test = () => PerformanceTest_SimulatedRewriter(buf, root);
}
else
{
test = () => PerformanceTest_Simulated(buf, root);
}
}
return(test);
}
private Func <long> SelectTest(byte[] buf)
{
var rewriter = chkRewriter.Checked;
Func <long> test;
if (rdbRealDasm.Checked)
{
if (rewriter)
{
test = () => PerformanceTest_A32Rewriter(buf);
}
else
{
test = () => PerformanceTest_A32Dasm(buf);
}
}
else
{
DecoderBuilder m;
if (rdbInterpretedDasm.Checked)
{
m = new Decoders.FormatDecoderBuilder();
}
else
{
m = new Decoders.ThreadedDecoderBuilder();
}
var root = m.Mask(29, 3,
m.Instr(Opcode.add, "r8,r4,r0"),
m.Instr(Opcode.sub, "r8,r4,r0"),
m.Instr(Opcode.mul, "r8,r4,r0"),
m.Instr(Opcode.div, "r8,r4,r0"),
m.Instr(Opcode.and, "r8,r4,r0"),
m.Instr(Opcode.or, "r8,r4,r0"),
m.Instr(Opcode.not, "r8,r4"),
m.Instr(Opcode.xor, "r8,r4,r0"));
if (rewriter)
{
test = () => PerformanceTest_SimulatedRewriter(buf, root);
}
else
{
test = () => PerformanceTest_Simulated(buf, root);
}
}
return(test);
}
