private void RunClassifyTest(
string sExp,
string sidName,
Action <SsaProcedureBuilder> gen,
Func <Procedure, ProcedureFlow> mkFlow)
{
var m = new SsaProcedureBuilder();
gen(m);
var ssa = m.Ssa;
pf.ProcedureFlows[ssa.Procedure] = mkFlow(ssa.Procedure);
var urf = new UsedRegisterFinder(
pf,
new Procedure[] { ssa.Procedure },
NullDecompilerEventListener.Instance);
var sid = ssa.Identifiers.Single(s => s.Identifier.Name == sidName);
var flow = urf.Classify(ssa, sid, sid.Identifier.Storage, true);
var sw = new StringWriter();
sw.Write("Used: ");
sw.Write(string.Join(",", flow));
var sActual = sw.ToString();
if (sActual != sExp)
{
ssa.Procedure.Dump(true);
Debug.WriteLine(sActual);
Assert.AreEqual(sExp, sActual);
}
}
private Procedure RunTest(string sExp, SsaState ssa)
{
pf.ProcedureFlows[ssa.Procedure] = new ProcedureFlow(ssa.Procedure);
var urf = new UsedRegisterFinder(
pf,
new Procedure[] { ssa.Procedure },
NullDecompilerEventListener.Instance);
var flow = urf.ComputeLiveIn(ssa, true);
var sw = new StringWriter();
sw.Write("Used: ");
sw.Write(string.Join(",", flow.BitsUsed.OrderBy(p => p.Key.ToString())));
var sActual = sw.ToString();
if (sActual != sExp)
{
ssa.Procedure.Dump(true);
Debug.WriteLine(sActual);
Assert.AreEqual(sExp, sActual);
}
return(ssa.Procedure);
}
