public void Scanner_EvenOdd()
{
var scan = CreateScanner(0x1000, 0x2000);
var platform = new DefaultPlatform(null, program.Architecture);
program.Platform = platform;
fakeArch.Test_AddTraces(RtlEvenOdd.Create(fakeArch));
var proc = scan.ScanProcedure(
Address.Ptr32(0x1000),
"fn1000",
arch.CreateProcessorState());
var sExp = @"// fn1000
// Return size: 4
void fn1000()
fn1000_entry:
l00001000:
r63 = fp
r1 = 0x00000003
r63 = r63 - 0x00000004
Mem0[r63:word32] = r1
call fn00001200 (retsize: 4;)
r63 = r63 + 0x00000008
r1 = 0x00000003
r63 = r63 - 0x00000004
Mem0[r63:word32] = r1
call fn00001100 (retsize: 4;)
r63 = r63 + 0x00000008
return
fn1000_exit:
// fn00001100
// Return size: 0
void fn00001100()
fn00001100_entry:
l00001100:
r63 = fp
r1 = Mem0[r63 + 0x00000004:word32]
branch r1 == 0x00000000 l00001120
goto l00001108
l00001100:
l00001108:
r1 = Mem0[r63 + 0x00000004:word32]
r1 = r1 - 0x00000001
Mem0[r63 + 0x00000004:word32] = r1
l00001114_thunk_fn00001200:
call fn00001200 (retsize: 0;)
return
l00001120:
r1 = 0x00000000
return
fn00001100_exit:
// fn00001200
// Return size: 0
void fn00001200()
fn00001200_entry:
l00001200:
r63 = fp
r1 = Mem0[r63 + 0x00000004:word32]
branch r1 == 0x00000000 l00001220
l00001208:
r1 = Mem0[r63 + 0x00000004:word32]
r1 = r1 - 0x00000001
Mem0[r63 + 0x00000004:word32] = r1
l00001214_thunk_fn00001100:
call fn00001100 (retsize: 0;)
return
l00001220:
r1 = 0x00000001
return
fn00001200_exit:
";
AssertProgram(sExp, program);
}
public void Scanner_EvenOdd()
{
var scan = CreateScanner(0x1000, 0x2000);
var platform = new DefaultPlatform(null, program.Architecture);
program.Platform = platform;
fakeArch.Test_AddTraces(RtlEvenOdd.Create(fakeArch));
scan.ScanProcedure(
program.Architecture,
Address.Ptr32(0x1000),
"fn1000",
arch.CreateProcessorState());
var sExp = @"// fn1000
// Return size: 4
define fn1000
fn1000_entry:
r63 = fp
l00001000:
r1 = 3<32>
r63 = r63 - 4<32>
Mem0[r63:word32] = r1
call fn00001200 (retsize: 4;)
r63 = r63 + 8<32>
r1 = 3<32>
r63 = r63 - 4<32>
Mem0[r63:word32] = r1
call fn00001100 (retsize: 4;)
r63 = r63 + 8<32>
return
fn1000_exit:
// fn00001100
// Return size: 0
define fn00001100
fn00001100_entry:
r63 = fp
l00001100:
r1 = Mem0[r63 + 4<32>:word32]
branch r1 == 0<32> l00001120
goto l00001108
l00001100:
l00001108:
r1 = Mem0[r63 + 4<32>:word32]
r1 = r1 - 1<32>
Mem0[r63 + 4<32>:word32] = r1
goto 0x00001200<p32>
l00001114_thunk_fn00001200:
call fn00001200 (retsize: 0;)
return
l00001120:
r1 = 0<32>
return
fn00001100_exit:
// fn00001200
// Return size: 0
define fn00001200
fn00001200_entry:
r63 = fp
l00001200:
r1 = Mem0[r63 + 4<32>:word32]
branch r1 == 0<32> l00001220
l00001208:
r1 = Mem0[r63 + 4<32>:word32]
r1 = r1 - 1<32>
Mem0[r63 + 4<32>:word32] = r1
goto 0x00001100<p32>
l00001214_thunk_fn00001100:
call fn00001100 (retsize: 0;)
return
l00001220:
r1 = 1<32>
return
fn00001200_exit:
";
AssertProgram(sExp, program);
}