public void ForcedInspection()
{
DateTime now = DateTime.UtcNow;
//set up a program
var inspProg = new JobInspectionData("insp1", "counter1", 13, TimeSpan.FromHours(11));
var inspProg2 = new JobInspectionData(inspProg);
//set the count as zero, otherwise it chooses a random
InspectCount cnt = new InspectCount();
cnt.Counter = "counter1";
cnt.Value = 0;
cnt.LastUTC = DateTime.UtcNow.AddHours(-10);
_insp.SetInspectCounts(new InspectCount[] { cnt });
//try making a decision
_insp.ForceInspection(2, "insp1");
_insp.MakeInspectionDecisions(1, 1, new[] { inspProg }, now);
_insp.MakeInspectionDecisions(1, 1, new[] { inspProg }, now);
CheckDecision(1, "insp1", "counter1", false, now);
CheckCount("counter1", 1);
_insp.MakeInspectionDecisions(2, 1, new[] { inspProg2 }, now);
CheckDecision(2, "insp1", "counter1", true, now, true);
CheckCount("counter1", 2);
}
public void NextPiece()
{
DateTime now = DateTime.UtcNow;
var job = new JobPlan("job1", 1);
job.PartName = "part1";
//set up a program
var inspProg = new JobInspectionData("insp1", "counter1", 3, TimeSpan.FromHours(11));
job.AddInspection(inspProg);
//set the count as zero, otherwise it chooses a random
InspectCount cnt = new InspectCount();
cnt.Counter = "counter1";
cnt.Value = 0;
cnt.LastUTC = DateTime.UtcNow.AddHours(-10);
_insp.SetInspectCounts(new InspectCount[] { cnt });
PalletLocation palLoc = new PalletLocation(PalletLocationEnum.Machine, "MC", 1);
_insp.NextPieceInspection(palLoc, "insp1");
_insp.CheckMaterialForNextPeiceInspection(palLoc, 1);
CheckCount("counter1", 0);
_insp.MakeInspectionDecisions(1, 1, new[] { inspProg }, now);
CheckCount("counter1", 1);
CheckDecision(1, "insp1", "counter1", true, now, true);
}
public void Inspections()
{
var now = DateTime.UtcNow;
//set the count as zero, otherwise it chooses a random
InspectCount cnt = new InspectCount();
cnt.Counter = "counter1";
cnt.Value = 0;
cnt.LastUTC = DateTime.UtcNow.AddHours(-11).AddMinutes(2);
_insp.SetInspectCounts(new InspectCount[] { cnt });
//set up a program
var inspProg = new JobInspectionData("insp1", "counter1", 3, TimeSpan.FromHours(11));
var inspProg2 = new JobInspectionData(inspProg);
//the lastutc should be 2 minutes too short, so only inspections from the counter should take place
_insp.MakeInspectionDecisions(1, 2, new[] { inspProg }, now);
_insp.MakeInspectionDecisions(1, 2, new[] { inspProg }, now); // twice should have no effect
CheckDecision(1, "insp1", "counter1", false, now);
CheckCount("counter1", 1);
CheckLastUTC("counter1", cnt.LastUTC);
_insp.MakeInspectionDecisions(2, 2, new[] { inspProg2 }, now);
CheckDecision(2, "insp1", "counter1", false, now);
CheckCount("counter1", 2);
CheckLastUTC("counter1", cnt.LastUTC);
_insp.MakeInspectionDecisions(3, 2, new[] { inspProg }, now);
CheckDecision(3, "insp1", "counter1", true, now);
CheckCount("counter1", 0);
CheckLastUTC("counter1", DateTime.UtcNow);
//now check lastutc. set lastutc to be 2 minutes
cnt = new InspectCount();
cnt.Counter = "counter1";
cnt.Value = 0;
cnt.LastUTC = DateTime.UtcNow.AddHours(-11).AddMinutes(-2);
_insp.SetInspectCounts(new InspectCount[] { cnt });
_insp.MakeInspectionDecisions(4, 2, new[] { inspProg });
CheckDecision(4, "insp1", "counter1", true, now);
CheckLastUTC("counter1", now);
}
public void Frequencies()
{
var freqProg = new JobInspectionData("insp1", "counter1", 0.5, TimeSpan.FromHours(100));
for (int i = 0; i < 100; i++)
{
_insp.MakeInspectionDecisions(i, 1, new[] { freqProg });
}
int numInsp = 0;
for (int i = 0; i < 100; i++)
{
if (FindDecision(i, "insp1", "counter1"))
{
numInsp += 1;
}
}
Assert.True(numInsp > 0);
Assert.True(numInsp < 100);
}
public void TranslateCounter()
{
var counter = "counter1-" +
JobInspectionData.LoadFormatFlag(1) + "-" +
JobInspectionData.UnloadFormatFlag(1) + "-" +
JobInspectionData.LoadFormatFlag(2) + "-" +
JobInspectionData.UnloadFormatFlag(2) + "-" +
JobInspectionData.PalletFormatFlag(1) + "-" +
JobInspectionData.PalletFormatFlag(2) + "-" +
JobInspectionData.StationFormatFlag(1, 1) + "-" +
JobInspectionData.StationFormatFlag(1, 2) + "-" +
JobInspectionData.StationFormatFlag(2, 1) + "-" +
JobInspectionData.StationFormatFlag(2, 2);
var expandedCounter1 = "counter1-1-2-3-4-P1-P2-10-11-12-13";
var expandedCounter2 = "counter1-6-8-7-9-P5-P4-15-16-18-19";
//set the count as zero, otherwise it chooses a random
var cnt = new InspectCount();
cnt.Counter = expandedCounter1;
cnt.Value = 0;
cnt.LastUTC = DateTime.UtcNow.AddHours(-10);
var cnt2 = new InspectCount();
cnt2.Counter = expandedCounter2;
cnt2.Value = 0;
cnt2.LastUTC = DateTime.UtcNow.AddHours(-10);
_insp.SetInspectCounts(new[] { cnt, cnt2 });
var mat1Proc1 = new[] { new LogMaterial(1, "job1", 1, "part1", 2, "", "", "") };
var mat1Proc2 = new[] { new LogMaterial(1, "job1", 2, "part1", 2, "", "", "") };
var mat2Proc1 = new[] { new LogMaterial(2, "job1", 1, "part1", 2, "", "", "") };
var mat2Proc2 = new[] { new LogMaterial(2, "job1", 2, "part1", 2, "", "", "") };
_lastCycleTime = DateTime.UtcNow.AddDays(-1);
AddCycle(mat1Proc1, "P1", LogType.LoadUnloadCycle, 1, false);
AddCycle(mat2Proc1, "P5", LogType.LoadUnloadCycle, 6, false);
AddCycle(mat1Proc1, "P1", LogType.MachineCycle, 10, false);
AddCycle(mat2Proc1, "P5", LogType.MachineCycle, 15, false);
AddCycle(mat1Proc1, "P1", LogType.MachineCycle, 11, false);
AddCycle(mat2Proc1, "P5", LogType.MachineCycle, 16, false);
AddCycle(mat1Proc1, "P1", LogType.LoadUnloadCycle, 2, false);
AddCycle(mat2Proc1, "P5", LogType.LoadUnloadCycle, 8, false);
AddCycle(mat1Proc2, "P2", LogType.LoadUnloadCycle, 3, false);
AddCycle(mat2Proc2, "P4", LogType.LoadUnloadCycle, 7, false);
AddCycle(mat1Proc2, "P2", LogType.MachineCycle, 12, false);
AddCycle(mat2Proc2, "P4", LogType.MachineCycle, 18, false);
AddCycle(mat1Proc2, "P2", LogType.MachineCycle, 13, false);
AddCycle(mat2Proc2, "P4", LogType.MachineCycle, 19, false);
AddCycle(mat1Proc2, "P2", LogType.LoadUnloadCycle, 4, true);
AddCycle(mat2Proc2, "P4", LogType.LoadUnloadCycle, 9, true);
var inspProg = new JobInspectionData("insp1", counter, 10, TimeSpan.FromDays(2));
var now = DateTime.UtcNow;
_insp.MakeInspectionDecisions(1, 2, new[] { inspProg }, now);
CheckDecision(1, "insp1", expandedCounter1, false, now);
Assert.Equal(2, _insp.LoadInspectCounts().Count);
CheckCount(expandedCounter1, 1);
CheckCount(expandedCounter2, 0);
ExpectPathToBe(1, "insp1", new[] {
new MaterialProcessActualPath()
{
MaterialID = 1,
Process = 1,
Pallet = "P1",
LoadStation = 1,
Stops =
{
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 10
},
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 11
}
},
UnloadStation = 2,
},
new MaterialProcessActualPath()
{
MaterialID = 1,
Process = 2,
Pallet = "P2",
LoadStation = 3,
Stops =
{
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 12
},
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 13
}
},
UnloadStation = 4,
}
});
_insp.MakeInspectionDecisions(2, 2, new[] { inspProg });
CheckDecision(2, "insp1", expandedCounter2, false, now);
ExpectPathToBe(2, "insp1", new[] {
new MaterialProcessActualPath()
{
MaterialID = 2,
Process = 1,
Pallet = "P5",
LoadStation = 6,
Stops =
{
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 15
},
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 16
}
},
UnloadStation = 8,
},
new MaterialProcessActualPath()
{
MaterialID = 2,
Process = 2,
Pallet = "P4",
LoadStation = 7,
Stops =
{
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 18
},
new MaterialProcessActualPath.Stop()
{
StationName = "MC", StationNum = 19
}
},
UnloadStation = 9,
}
});
Assert.Equal(2, _insp.LoadInspectCounts().Count);
CheckCount(expandedCounter1, 1);
CheckCount(expandedCounter2, 1);
}