public void Rcfg_LoadOperatingEnvironment()
{
var cfgSvc = new RekoConfigurationService(new RekoConfiguration_v1
{
Environments = new []
{
new Environment_v1
{
Name = "testOS",
Description = "Test OS",
Heuristics = new PlatformHeuristics_v1
{
ProcedurePrologs = new []
{
new BytePattern_v1
{
Bytes = "55 8B EC",
Mask = "FF FF FF",
},
new BytePattern_v1
{
Bytes = "55 ?? 30"
}
}
}
}
}
});
var env = cfgSvc.GetEnvironment("testOS");
Assert.AreEqual(2, env.Heuristics.ProcedurePrologs.Length);
var pattern0 = env.Heuristics.ProcedurePrologs[0];
Assert.AreEqual("55 8B EC", pattern0.Bytes);
Assert.AreEqual("FF FF FF", pattern0.Mask);
var pattern1 = env.Heuristics.ProcedurePrologs[1];
Assert.AreEqual("55 ?? 30", pattern1.Bytes);
Assert.IsNull(pattern1.Mask);
}
public void Rcfg_LoadOperatingEnvironment()
{
var cfgSvc = new RekoConfigurationService(new RekoConfiguration_v1
{
Environments = new []
{
new Environment_v1
{
Name = "testOS",
Description = "Test OS",
Heuristics = new PlatformHeuristics_v1
{
ProcedurePrologs = new []
{
new BytePattern_v1
{
Bytes = "55 8B EC",
Mask = "FF FF FF",
},
new BytePattern_v1
{
Bytes= "55 ?? 30"
}
}
}
}
}
});
var env = cfgSvc.GetEnvironment("testOS");
Assert.AreEqual(2, env.Heuristics.ProcedurePrologs.Length);
var pattern0 = env.Heuristics.ProcedurePrologs[0];
Assert.AreEqual("55 8B EC", pattern0.Bytes);
Assert.AreEqual("FF FF FF", pattern0.Mask);
var pattern1 = env.Heuristics.ProcedurePrologs[1];
Assert.AreEqual("55 ?? 30", pattern1.Bytes);
Assert.IsNull(pattern1.Mask);
}
public void Rcfg_LoadOperatingEnvironment()
{
var sc = new ServiceContainer();
var cfgSvc = new RekoConfigurationService(sc, "reko.config", new RekoConfiguration_v1
{
Environments = new []
{
new Environment_v1
{
Name = "testOS",
Description = "Test OS",
Heuristics = new PlatformHeuristics_v1
{
ProcedurePrologs = new []
{
new BytePattern_v1
{
Bytes = "55 8B EC",
Mask = "FF FF FF",
},
new BytePattern_v1
{
Bytes = "55 ?? 30"
}
}
},
Architectures = new[]
{
new PlatformArchitecture_v1
{
Name = "testCPU",
TypeLibraries = new[]
{
new TypeLibraryReference_v1
{
Name = "lp32.xml",
}
}
}
}
}
}
});
var env = cfgSvc.GetEnvironment("testOS");
Assert.AreEqual(2, env.Heuristics.ProcedurePrologs.Length);
var pattern0 = env.Heuristics.ProcedurePrologs[0];
Assert.AreEqual("55 8B EC", pattern0.Bytes);
Assert.AreEqual("FF FF FF", pattern0.Mask);
var pattern1 = env.Heuristics.ProcedurePrologs[1];
Assert.AreEqual("55 ?? 30", pattern1.Bytes);
Assert.IsNull(pattern1.Mask);
var archs = env.Architectures;
Assert.AreEqual(1, archs.Count);
Assert.AreEqual("lp32.xml", archs[0].TypeLibraries[0].Name);
}
private void DecompileRawImage(DecompilerDriver dec, Dictionary <string, object> pArgs)
{
var arch = config.GetArchitecture((string)pArgs["--arch"]);
if (arch == null)
{
throw new ApplicationException(string.Format("Unknown architecture {0}", pArgs["--arch"]));
}
object sEnv;
IPlatform platform;
if (pArgs.TryGetValue("--env", out sEnv))
{
var opEnv = config.GetEnvironment((string)sEnv);
if (opEnv == null)
{
throw new ApplicationException(string.Format("Unknown operating environment {0}", sEnv));
}
platform = opEnv.Load(services, arch);
}
else
{
platform = new DefaultPlatform(services, arch);
}
Address addrBase;
Address addrEntry;
if (!arch.TryParseAddress((string)pArgs["--base"], out addrBase))
{
throw new ApplicationException(string.Format("'{0}' doesn't appear to be a valid address.", pArgs["--base"]));
}
if (pArgs.ContainsKey("--entry"))
{
if (!arch.TryParseAddress((string)pArgs["--base"], out addrEntry))
{
throw new ApplicationException(string.Format("'{0}' doesn't appear to be a valid address.", pArgs["--base"]));
}
}
else
{
addrEntry = addrBase;
}
var state = CreateInitialState(arch, pArgs);
dec.LoadRawImage((string)pArgs["filename"], (string)pArgs["--arch"], (string)sEnv, addrBase);
dec.Project.Programs[0].EntryPoints.Add(
addrEntry,
new EntryPoint(addrEntry, state));
object oHeur;
if (pArgs.TryGetValue("heuristics", out oHeur))
{
dec.Project.Programs[0].User.Heuristics = ((string[])oHeur).ToSortedSet();
}
dec.ScanPrograms();
dec.AnalyzeDataFlow();
dec.ReconstructTypes();
dec.StructureProgram();
dec.WriteDecompilerProducts();
}