public void QueueTablesCorrectlyCreated()
{
var now = new DateTime(2018, 7, 12, 5, 6, 7, DateTimeKind.Utc);
var matId = _log.AllocateMaterialID("uuu5", "part5", 1);
var mat = new LogMaterial(matId, "uuu5", 1, "part5", 1, "", "", "");
_log.RecordAddMaterialToQueue(JobLogDB.EventLogMaterial.FromLogMat(mat), "queue", 5, now.AddHours(2));
_log.GetMaterialInQueue("queue").Should().BeEquivalentTo(new[] {
new JobLogDB.QueuedMaterial()
{
MaterialID = matId,
Queue = "queue",
Position = 0,
Unique = "uuu5",
PartName = "part5",
NumProcesses = 1,
}
});
}
public void ConvertsMaterialFromV17()
{
// existing v17 file has the following data in it
var now = new DateTime(2018, 7, 12, 5, 6, 7, DateTimeKind.Utc);
var mat1_1 = new LogMaterial(1, "uuu1", 1, "part1", 2, "serial1", "work1", face: "A");
var mat1_2 = new LogMaterial(1, "uuu1", 2, "part1", 2, "serial1", "work1", face: "B");
var mat2_1 = new LogMaterial(2, "uuu1", 1, "part1", 2, "serial2", "", face: "C");
var mat2_2 = new LogMaterial(2, "uuu1", 1, "part1", 2, "serial2", "", face: "D");
var mat3 = new LogMaterial(3, "uuu2", 1, "part2", 1, "", "work3", face: "E");
_log.GetLogEntries(now, now.AddDays(1)).Should().BeEquivalentTo(new[] {
new LogEntry(
cntr: -1,
mat: new [] { mat1_1, mat2_1 },
pal: "3",
ty: LogType.MachineCycle,
locName: "MC",
locNum: 1,
prog: "proggg",
start: false,
endTime: now,
result: "result",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat1_2, mat2_2 },
pal: "5",
ty: LogType.MachineCycle,
locName: "MC",
locNum: 1,
prog: "proggg2",
start: false,
endTime: now.AddMinutes(10),
result: "result2",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat1_1 },
pal: "",
ty: LogType.PartMark,
locName: "Mark",
locNum: 1,
prog: "MARK",
start: false,
endTime: now.AddMinutes(20),
result: "serial1",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat1_1 },
pal: "",
ty: LogType.OrderAssignment,
locName: "Order",
locNum: 1,
prog: "",
start: false,
endTime: now.AddMinutes(30),
result: "work1",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat2_2 },
pal: "",
ty: LogType.PartMark,
locName: "Mark",
locNum: 1,
prog: "MARK",
start: false,
endTime: now.AddMinutes(40),
result: "serial2",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat3 },
pal: "1",
ty: LogType.LoadUnloadCycle,
locName: "L/U",
locNum: 5,
prog: "LOAD",
start: false,
endTime: now.AddMinutes(50),
result: "LOAD",
endOfRoute: false
),
new LogEntry(
cntr: -1,
mat: new [] { mat3 },
pal: "",
ty: LogType.OrderAssignment,
locName: "Order",
locNum: 1,
prog: "",
start: false,
endTime: now.AddMinutes(60),
result: "work3",
endOfRoute: false
),
}, options =>
options.Excluding(x => x.Counter)
);
_log.GetMaterialDetails(1).Should().BeEquivalentTo(new MaterialDetails()
{
MaterialID = 1,
JobUnique = "uuu1",
PartName = "part1",
NumProcesses = 2,
Workorder = "work1",
Serial = "serial1",
Paths = new System.Collections.Generic.Dictionary <int, int>()
});
_log.GetMaterialDetails(2).Should().BeEquivalentTo(new MaterialDetails()
{
MaterialID = 2,
JobUnique = "uuu1",
PartName = "part1",
NumProcesses = 2,
Workorder = null,
Serial = "serial2",
Paths = new System.Collections.Generic.Dictionary <int, int>()
});
_log.GetMaterialDetails(3).Should().BeEquivalentTo(new MaterialDetails()
{
MaterialID = 3,
JobUnique = "uuu2",
PartName = "part2",
NumProcesses = 1,
Workorder = "work3",
Serial = null,
Paths = new System.Collections.Generic.Dictionary <int, int>()
});
}
