private static string snp(StageRunsTimes sT, int netT)
{
if (netT != -1 && sT.slicerT != -1 && curTimes.boogieT > 0)
{
return(((100 * (netT)) / curTimes.boogieT).ToString());
}
else
{
return("X");
}
}
private static string sn(StageRunsTimes sT, int netT)
{
if (netT != -1)
{
return(netT.ToString());
}
else
{
return("X");
}
}
private static string sb(StageRunsTimes sT, int netT)
{
if (netT != -1 && sT.slicerT != -1)
{
return((netT + sT.slicerT).ToString());
}
else
{
return("X");
}
}
private static void printStatsIf(StageRunsTimes sT, string v)
{
Console.WriteLine("Stage:{0} - {1}", v, procName);
Console.WriteLine("Out {0,-4} {1,-4} {2,-4} {3,-4} {4,-4}", "net", "orig", "fw", "fwO", "mrs");
Console.WriteLine("NetT {0,4} {1,4} {2,4} {3,4} {4,4}", sn(sT, sT.netT), sn(sT, sT.origT), sn(sT, sT.fwT), sn(sT, sT.fwOrigT), sn(sT, sT.mrsT));
Console.WriteLine("TotT {0,4} {1,4} {2,4} {3,4} {4,4}", sb(sT, sT.netT), sb(sT, sT.origT), sb(sT, sT.fwT), sb(sT, sT.fwOrigT), sb(sT, sT.mrsT));
Console.WriteLine("delT {0,4} {1,4} {2,4} {3,4} {4,4}", sp(sT, sT.netT), sp(sT, sT.origT), sp(sT, sT.fwT), sp(sT, sT.fwOrigT), sp(sT, sT.mrsT));
Console.WriteLine("delN {0,4} {1,4} {2,4} {3,4} {4,4}", snp(sT, sT.netT), snp(sT, sT.origT), snp(sT, sT.fwT), snp(sT, sT.fwOrigT), snp(sT, sT.mrsT));
if (v == @"build")
{
sss.Add(String.Format(" & {0,-50} & {1,3} & {2,3} & {3,3} & {4,3}\\%\\\\", procName, curTimes.boogieT, sT.slicerT, sT.netT, sp(sT, sT.netT)));
}
}
private static void parseZ3Runs()
{
// Console.WriteLine(" Parsing Z3 run");
try
{
var mm = parseTo(@"Running Z3 on(.*)\.smt2", @"Run ended");
if (mm == null)
{
throw new EndException();
}
var m1 = parseTo(@"unsat", new [] { @"Run ended", @"unknown", @"Process.*timed out" });
// var unknown = false;
var z3fn = mm.Groups[1].ToString();
StageRunsTimes stage = null;
var orig = false;
if (z3fn.EndsWith(@".orig"))
{
z3fn = z3fn.Substring(0, z3fn.Length - 5);
orig = true;
}
var fw = false;
if (z3fn.EndsWith(@".fw"))
{
z3fn = z3fn.Substring(0, z3fn.Length - 3);
fw = true;
}
var mrs = false;
if (z3fn.EndsWith(@".mrs"))
{
z3fn = z3fn.Substring(0, z3fn.Length - 4);
mrs = true;
}
var slicerTime = -1;
var s = "";
if (z3fn.EndsWith(@".start"))
{
s = "start";
slicerTime = curTimes.slicerTimes.preT.slicerT;
stage = curTimes.slicerTimes.startT;
}
else if (z3fn.EndsWith(@".start.1"))
{
s = "pre";
slicerTime = curTimes.slicerTimes.preT.slicerT;
stage = curTimes.slicerTimes.preT;
}
else if (z3fn.EndsWith(@".build"))
{
slicerTime = curTimes.slicerTimes.buildT.slicerT;
s = "build";
stage = curTimes.slicerTimes.buildT;
}
else if (z3fn.EndsWith(@".round_1_MR"))
{
slicerTime = curTimes.slicerTimes.mapsT.slicerT;
s = "maps";
stage = curTimes.slicerTimes.mapsT;
}
else if (z3fn.EndsWith(@".end"))
{
s = "end";
slicerTime = curTimes.slicerTimes.endT.slicerT;
stage = curTimes.slicerTimes.endT;
}
else if (z3fn.EndsWith(@".boogie"))
{
s = "Boogie";
}
else
{
s = z3fn;
}
if (mrs)
{
s += ".mrs";
}
if (fw)
{
s += ".fw";
}
if (orig)
{
s += ".orig";
}
if (m1 == null)
{
if (endMatch != null && endMatch.Groups[1].ToString() == @"unknown")
{
Console.WriteLine(" Z3 unkown {0,-60}:", s);
goto z3end;
}
}
var m2 = parseTo(@".*\:total\-time\s+(\d+)\.(\d+)", @"Run ended");
if (m2 == null)
{
throw new EndException();
}
var z3t = Int32.Parse(m2.Groups[1].ToString());
// Debug.Assert(stage != null);
if (stage != null)
{
if (fw && orig)
{
stage.fwOrigT = z3t;
}
else if (mrs)
{
stage.mrsT = z3t;
}
else if (fw)
{
stage.fwT = z3t;
}
else if (orig)
{
stage.origT = z3t;
}
else
{
stage.netT = z3t;
}
}
// Console.WriteLine(" Z3: {0}", s);
Console.WriteLine(" Z3 time {0,-60}:{1,3}s", s, z3t);
}
catch (EndException e)
{
Console.WriteLine(" Error in parsing Z3", e);
}
z3end:
parseTo(@"Running Z3 done");
}
