зеркало из https://github.com/microsoft/Trill.git
clean up
This commit is contained in:
Peter Freiling
Родитель
b16a49282c
Коммит
f35aac9e89
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@ -616,6 +616,54 @@ namespace SimpleTesting
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Assert.IsTrue(result.SequenceEqual(expected));
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}
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[TestMethod, TestCategory("Gated")]
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public void AfaZeroOrOneGroup()
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{
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var source = new StreamEvent<string>[]
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{
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StreamEvent.CreateStart(0, "O"),
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StreamEvent.CreateStart(1, "A"),
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StreamEvent.CreateStart(2, "A"),
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StreamEvent.CreateStart(3, "F"),
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StreamEvent.CreateStart(4, "O"),
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}.ToObservable()
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.ToStreamable()
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.AlterEventDuration(10);
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// O(A*F)?
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var afa = ARegex.Concat(
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "O",
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(time, @event, state) => state + @event),
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ARegex.ZeroOrOne(
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ARegex.Concat(
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ARegex.KleeneStar(
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "A",
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(time, @event, state) => state + @event)),
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "F",
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(time, @event, state) => state + @event))));
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var result = source
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.Detect(
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afa,
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allowOverlappingInstances: false,
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isDeterministic: false)
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.ToStreamEventObservable()
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.Where(evt => evt.IsData)
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.ToEnumerable()
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.ToArray();
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var expected = new StreamEvent<string>[]
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{
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StreamEvent.CreateInterval(0, 10, "O"),
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StreamEvent.CreateInterval(3, 10, "OAAF"),
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StreamEvent.CreateInterval(4, 14, "O"),
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};
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Assert.IsTrue(result.SequenceEqual(expected));
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}
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[TestMethod, TestCategory("Gated")]
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public void AfaPunctuationAtBatchBoundary()
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{
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@ -683,54 +731,6 @@ namespace SimpleTesting
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longPool.Free();
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}
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}
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[TestMethod, TestCategory("Gated")]
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public void AfaZeroOrOneGroup()
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{
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var source = new StreamEvent<string>[]
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{
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StreamEvent.CreateStart(0, "O"),
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StreamEvent.CreateStart(1, "A"),
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StreamEvent.CreateStart(2, "A"),
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StreamEvent.CreateStart(3, "F"),
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StreamEvent.CreateStart(4, "O"),
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}.ToObservable()
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.ToStreamable()
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.AlterEventDuration(10);
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// O(A*F)?
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var afa = ARegex.Concat(
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "O",
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(time, @event, state) => state + @event),
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ARegex.ZeroOrOne(
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ARegex.Concat(
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ARegex.KleeneStar(
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "A",
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(time, @event, state) => state + @event)),
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ARegex.SingleElement<string, string>(
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(time, @event, state) => @event == "F",
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(time, @event, state) => state + @event))));
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var result = source
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.Detect(
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afa,
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allowOverlappingInstances: false,
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isDeterministic: false)
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.ToStreamEventObservable()
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.Where(evt => evt.IsData)
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.ToEnumerable()
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.ToArray();
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var expected = new StreamEvent<string>[]
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{
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StreamEvent.CreateInterval(0, 10, "O"),
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StreamEvent.CreateInterval(3, 10, "OAAF"),
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StreamEvent.CreateInterval(4, 14, "O"),
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};
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Assert.IsTrue(result.SequenceEqual(expected));
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}
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}
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/// <summary>
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@ -771,8 +771,7 @@ namespace SimpleTesting
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(time, @event, state) => state + @event));
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var afa_compiled = source
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.Detect(
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afa);
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.Detect(afa);
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afa_compiled.Properties.IsSyncTimeSimultaneityFree = true;
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var result = afa_compiled
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@ -819,8 +818,7 @@ namespace SimpleTesting
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(time, @event, state) => state + @event)));
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var afa_compiled = source
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.Detect(
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afa);
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.Detect(afa);
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afa_compiled.Properties.IsSyncTimeSimultaneityFree = true;
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var result = afa_compiled
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@ -927,11 +925,11 @@ namespace SimpleTesting
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var afa_compiled = source.GroupApply(
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(input) => input.Item2,
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group =>
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{
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var afaGroup = group.Detect(afa, maxDuration: 10);
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afaGroup.Properties.IsSyncTimeSimultaneityFree = true;
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return afaGroup;
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},
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{
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var afaGroup = group.Detect(afa, maxDuration: 10);
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afaGroup.Properties.IsSyncTimeSimultaneityFree = true;
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return afaGroup;
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},
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(group, bind) => bind);
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var result = afa_compiled
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@ -1049,9 +1047,7 @@ namespace SimpleTesting
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(time, @event, state) => state + @event));
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var afa_compiled = source
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.Detect(
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afa,
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maxDuration: 7);
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.Detect(afa, maxDuration: 7);
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afa_compiled.Properties.IsSyncTimeSimultaneityFree = true;
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@ -1097,9 +1093,7 @@ namespace SimpleTesting
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(time, @event, state) => state + @event)));
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var result = source
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.Detect(
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afa,
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maxDuration: 4)
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.Detect(afa, maxDuration: 4)
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.ToStreamEventObservable()
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.Where(evt => evt.IsData)
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.ToEnumerable()
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@ -1143,9 +1137,7 @@ namespace SimpleTesting
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(time, @event, state) => state + @event)));
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var result = source
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.Detect(
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afa,
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maxDuration: 7)
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.Detect(afa, maxDuration: 7)
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.ToStreamEventObservable()
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.Where(evt => evt.IsData)
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.ToEnumerable()
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@ -1162,6 +1154,65 @@ namespace SimpleTesting
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Assert.IsTrue(result.SequenceEqual(expected));
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}
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internal class State
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{
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// This cannot be an enum because we want represent a concatinated state in terms of digits in int value
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public const int A = 1;
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public const int B = 2;
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public const int C = 3;
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}
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[TestMethod, TestCategory("Gated")]
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public void AfaZeroOrOneWithStartEvent()
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{
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var source = new StreamEvent<int>[]
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{
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StreamEvent.CreateStart(0, State.A),
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StreamEvent.CreateStart(1, State.C),
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StreamEvent.CreateStart(2, State.B),
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StreamEvent.CreateStart(3, State.B),
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StreamEvent.CreateStart(4, State.C),
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StreamEvent.CreateStart(5, State.A),
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StreamEvent.CreateStart(6, State.B),
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StreamEvent.CreateStart(7, State.B),
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StreamEvent.CreateStart(8, State.B),
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StreamEvent.CreateStart(9, State.A),
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}.ToObservable()
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.ToStreamable()
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.SetProperty().IsConstantDuration(true, StreamEvent.InfinitySyncTime);
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// Assert we are actually testing columnar
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Assert.IsTrue(source.Properties.IsColumnar);
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var afa = ARegex.Concat(
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ARegex.SingleElement<int, int>(
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(time, @event, state) => @event == State.A,
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(time, @event, state) => @event),
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ARegex.ZeroOrOne(
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ARegex.SingleElement<int, int>(
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(time, @event, state) => @event == State.B,
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(time, @event, state) => state * 10 + @event)));
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var result = source
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.Detect(
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afa,
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allowOverlappingInstances: false,
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isDeterministic: false)
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.ToStreamEventObservable()
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.Where(evt => evt.IsData)
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.ToEnumerable()
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.ToArray();
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var expected = new StreamEvent<int>[]
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{
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StreamEvent.CreateStart(0, State.A),
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StreamEvent.CreateStart(5, State.A),
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StreamEvent.CreateStart(6, State.A * 10 + State.B),
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StreamEvent.CreateStart(9, State.A),
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};
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Assert.IsTrue(result.SequenceEqual(expected));
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}
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[TestMethod, TestCategory("Gated")]
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public void PartitionedAfaPunctuationAtBatchBoundary() => PartitionedAfaBatchBoundary(isLowWatermark: false);
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