public void StitchTestMultisetOneStartCodegen()
{
// Two different start times
var inputList = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(2, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(3, 2, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(3, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 3, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(6, 1, StructTuple.Create("A", 3))
};
var compareTo = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 1, StructTuple.Create("A", 3)), // 5->4->3->2->1
StreamEvent.CreateEnd(6, 1, StructTuple.Create("A", 3)), // 6->1
END
};
var input = inputList.ToObservable().ToStreamable();
var outputStream = input.Stitch();
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public void StitchTestTimeInvertCodegen()
{
// This is the odd little case where we swapped "BEGIN" and "END" at both times 3 and 4
// so that they arrive in the opposite order. This shouldn't trouble the system at all:
// Everything that happens at Time 3 is identical. Right? Right!
var inputList = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(2, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(3, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(3, 2, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 3, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 4, StructTuple.Create("A", 3))
};
var compareTo = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 1, StructTuple.Create("A", 3)),
END
};
var input = inputList.ToObservable().ToStreamable();
var outputStream = input.Stitch();
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public void StitchTestPassthroughCodegen()
{
var inputList = new List <StreamEvent <StructTuple <string, int> > >
{
// nothing interesting happens here
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("B", 3)),
StreamEvent.CreateEnd(3, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 2, StructTuple.Create("B", 3))
};
var input = inputList.ToObservable().ToStreamable();
var outputStream = input.Stitch();
var compareTo = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("B", 3)),
StreamEvent.CreateEnd(3, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 2, StructTuple.Create("B", 3)),
END
};
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public void StitchTestSimpleSpliceCodegen()
{
// nothing interesting happens here
var inputList = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(2, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(3, 2, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(3, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 3, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 4, StructTuple.Create("A", 3))
};
var compareTo = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 1, StructTuple.Create("A", 3)),
END
};
var input = inputList.ToObservable().ToStreamable();
var outputStream = input.Stitch();
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public static void StitchTestMultisetMultiStartCodegen()
{
// nothing interesting happens here
var inputList = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(3, 2, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(3, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(4, 3, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(6, 5, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(7, 4, StructTuple.Create("A", 3))
};
var compareTo = new[]
{
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(6, 1, StructTuple.Create("A", 3)), // 6->5->1
StreamEvent.CreateEnd(7, 2, StructTuple.Create("A", 3)), // 7->4->3->2
END
};
var input = inputList.ToList().ToObservable().ToStreamable();
var outputStream = input.Stitch();
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public void PointAtEndTest4()
{
var payload = StructTuple.Create("A", 3);
// nothing interesting happens here
var inputList = new[] {
StreamEvent.CreateStart(1, payload),
StreamEvent.CreateEnd(2, 1, payload),
StreamEvent.CreateStart(2, payload),
StreamEvent.CreateEnd(3, 2, payload),
StreamEvent.CreateStart(3, payload),
StreamEvent.CreateEnd(4, 3, payload),
StreamEvent.CreateStart(4, payload),
StreamEvent.CreateEnd(5, 4, payload)
};
var compareTo = new StreamEvent <StructTuple <string, int> >[] {
StreamEvent.CreatePoint(2, payload),
StreamEvent.CreatePoint(3, payload),
StreamEvent.CreatePoint(4, payload),
StreamEvent.CreatePoint(5, payload),
END2
};
var input = inputList.ToList().ToObservable().ToStreamable().SetProperty().IsIntervalFree(true);
var outputStream = input.PointAtEnd();
Assert.IsTrue(outputStream.Select(r => r.Item1).IsEquivalentTo(compareTo.Select(r => r.IsData ? StreamEvent.CreatePoint(r.SyncTime, r.Payload.Item1) : END).ToArray()));
}
public void StitchTestDictionaryCodegen()
{
// We have done horrible thigns to the dictionary: all elements are
// identical!
var inputList = new[] {
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(2, 1, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(2, StructTuple.Create("B", 3)),
StreamEvent.CreateEnd(3, 2, StructTuple.Create("B", 3)),
StreamEvent.CreateStart(3, StructTuple.Create("B", 3)),
StreamEvent.CreateEnd(4, 3, StructTuple.Create("A", 3)),
StreamEvent.CreateStart(4, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 4, StructTuple.Create("B", 3))
};
var compareTo = new[] {
StreamEvent.CreateStart(1, StructTuple.Create("A", 3)),
StreamEvent.CreateEnd(5, 1, StructTuple.Create("A", 3)),
END
};
var input = inputList.ToObservable().ToStreamable()
.SetProperty()
.PayloadEqualityComparer(new EqualityComparerExpression <StructTuple <string, int> >(
(st1, st2) => (st1.Item1 == st2.Item1) ||
(st1.Item1 == "A" && st2.Item1 == "B") ||
(st1.Item1 == "B" && st2.Item1 == "A"),
str => 7));
var outputStream = input.Stitch();
var output = outputStream.ToStreamEventObservable(ReshapingPolicy.None).ToEnumerable().ToArray();
Assert.IsTrue(output.SequenceEqual(compareTo));
}
public void Constructor()
{
StructTuple <int, int> v = StructTuple.Create(1, 2);
XAssert.AreEqual(1, v.Item1);
XAssert.AreEqual(2, v.Item2);
}
public void StructTupleEqualityWithReferenceTypes()
{
var o1 = new TestEquatable(1);
var o2 = new TestEquatable(2);
var o3 = new TestEquatable(3);
StructTester.TestEquality(
baseValue: StructTuple.Create(o1, o2),
equalValue: StructTuple.Create(o1, o2),
notEqualValues: new[]
{
StructTuple.Create(o1, o3),
StructTuple.Create(o2, o2),
StructTuple.Create(o2, o1),
StructTuple.Create <TestEquatable, TestEquatable>(null, o2),
StructTuple.Create <TestEquatable, TestEquatable>(o1, null)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
StructTester.TestEquality(
baseValue: StructTuple.Create(o1, o2),
equalValue: StructTuple.Create(new TestEquatable(1), new TestEquatable(2)),
notEqualValues: new[]
{
StructTuple.Create(new TestEquatable(1), new TestEquatable(3)),
StructTuple.Create(new TestEquatable(2), new TestEquatable(2)),
StructTuple.Create(new TestEquatable(2), new TestEquatable(1)),
StructTuple.Create <TestEquatable, TestEquatable>(null, null)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
}
public Node Intersect(Node other, Lineage lineage, ValueSelector <TKey, TValue, TValue, TValue> collision = null)
{
var intersection = IntersectElements(other);
var list = new List <StructTuple <int, Bucket> >();
#if ASSERTS
var hsMe = AllBuckets.Select(x => x.Key).ToHashSet(Eq);
var hsOther = other.AllBuckets.Select(x => x.Key).ToHashSet(Eq);
hsMe.IntersectWith(hsOther);
#endif
foreach (var pair in intersection)
{
var newBucket = pair.First.Bucket.Intersect(pair.Second.Bucket, lineage, collision);
if (!newBucket.IsEmpty)
{
list.Add(StructTuple.Create(pair.First.Hash, newBucket));
}
}
#if ASSERTS
var duplicates = list.Select(x => new { x, count = list.Count(y => y.First.Equals(x.First)) }).OrderByDescending(x => x.count);
list.Count.AssertEqual(x => x <= Count && x <= other.Count);
Debug_Intersect(list.SelectMany(x => x.Second.Buckets.Select(y => y.Key)).ToList(), other);
#endif
return(FromSortedList(list, 0, list.Count - 1, lineage));
}
private TextoAnexo CreateAnexo(string code, string name, Pagina curPagina, ProcTipo curProcTipo, ProcSubtipo curProcSubtipo)
{
var result = new TextoAnexo
{
Cbhpm = this,
Codigo = code,
Nome = name,
PaginaDeclarada = curPagina,
};
if (!string.IsNullOrEmpty(code))
{
if (code.Contains(".99-"))
{
result.Subtipo = curProcSubtipo;
curProcSubtipo.Anexos.Add(result);
}
else if (code.Contains(".99."))
{
result.Tipo = curProcTipo;
curProcTipo.Anexos.Add(result);
}
else
{
throw new Exception("Not supported type of Attachment.");
}
var simpleCode = GetCodeSimple(code);
this.Items.Add(StructTuple.Create(simpleCode, 0), result);
}
return(result);
}
/// <nodoc />
public static void Deconstruct <T1, T2, T3, T4>(this StructTuple <T1, T2, T3, T4> value, out T1 item1, out T2 item2, out T3 item3, out T4 item4)
{
item1 = value.Item1;
item2 = value.Item2;
item3 = value.Item3;
item4 = value.Item4;
}
public void PointAtEndTest6()
{
var payload = StructTuple.Create("A", 3);
var inputList = new[]
{
StreamEvent.CreateStart(1, payload),
StreamEvent.CreateEnd(2, 1, payload),
StreamEvent.CreateStart(2, payload),
StreamEvent.CreateEnd(3, 2, payload),
StreamEvent.CreateStart(3, payload),
StreamEvent.CreateEnd(4, 3, payload),
StreamEvent.CreateStart(4, payload),
StreamEvent.CreateEnd(5, 4, payload)
};
var compareTo = new StreamEvent <StructTuple <string, int> >[]
{
StreamEvent.CreatePoint(101, payload),
StreamEvent.CreatePoint(102, payload),
StreamEvent.CreatePoint(103, payload),
StreamEvent.CreatePoint(104, payload),
END2
};
var input = inputList.ToList().ToObservable().ToStreamable()
.AlterEventDuration(100);
var outputStream = input.PointAtEnd();
Assert.IsTrue(outputStream.Select(r => r.Item1).IsEquivalentTo(compareTo.Select(r => r.IsData ? StreamEvent.CreatePoint(r.SyncTime, r.Payload.Item1) : END).ToArray()));
}
public void ExtendTest3()
{
var payload = StructTuple.Create("A", 3);
var inputList = new[]
{
StreamEvent.CreateInterval(1, 5, payload),
StreamEvent.CreateInterval(2, 10, payload),
StreamEvent.CreateInterval(3, 8, payload),
StreamEvent.CreateInterval(4, 6, payload),
StreamEvent.CreateInterval(8, 9, payload),
};
var compareTo = new StreamEvent <StructTuple <string, int> >[]
{
StreamEvent.CreateInterval(1, 15, payload),
StreamEvent.CreateInterval(2, 20, payload),
StreamEvent.CreateInterval(3, 18, payload),
StreamEvent.CreateInterval(4, 16, payload),
StreamEvent.CreateInterval(8, 19, payload),
END2
};
var input = inputList.ToList().ToObservable().ToStreamable();
var outputStream = input.ExtendLifetime(10);
Assert.IsTrue(outputStream.Select(r => r.Item1).IsEquivalentTo(compareTo.Select(r => r.IsData ? StreamEvent.CreateInterval(r.SyncTime, r.OtherTime, r.Payload.Item1) : END).ToArray()));
}
public void PointAtEndTest5()
{
var payload = StructTuple.Create("A", 3);
var inputList = new[]
{
StreamEvent.CreateInterval(1, 5, payload),
StreamEvent.CreateInterval(2, 10, payload),
StreamEvent.CreateInterval(3, 8, payload),
StreamEvent.CreateInterval(4, 6, payload),
StreamEvent.CreateInterval(8, 9, payload),
};
var compareTo = new StreamEvent <StructTuple <string, int> >[]
{
StreamEvent.CreatePoint(5, payload),
StreamEvent.CreatePoint(6, payload),
StreamEvent.CreatePoint(8, payload),
StreamEvent.CreatePoint(9, payload),
StreamEvent.CreatePoint(10, payload),
END2
};
var input = inputList.ToList().ToObservable().ToStreamable();
var outputStream = input.PointAtEnd();
Assert.IsTrue(outputStream.Select(r => r.Item1).IsEquivalentTo(compareTo.Select(r => r.IsData ? StreamEvent.CreatePoint(r.SyncTime, r.Payload.Item1) : END).ToArray()));
}
public void StructTupleEqualityWithReferenceTypesInEquatableWrapper()
{
var o1 = new TestNonEquatable(1);
var o2 = new TestNonEquatable(2);
var o3 = new TestNonEquatable(3);
StructTester.TestEquality(
baseValue: StructTuple.Create(EquatableClass.Create(o1), EquatableClass.Create(o2)),
equalValue: StructTuple.Create(EquatableClass.Create(o1), EquatableClass.Create(o2)),
notEqualValues: new[]
{
StructTuple.Create(EquatableClass.Create(o1), EquatableClass.Create(o3)),
StructTuple.Create(EquatableClass.Create(o2), EquatableClass.Create(o2)),
StructTuple.Create(EquatableClass.Create(o2), EquatableClass.Create(o1)),
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(null, o2),
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(o1, null)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
StructTester.TestEquality(
baseValue: StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(o1, o2),
equalValue: StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(new TestNonEquatable(1), new TestNonEquatable(2)),
notEqualValues: new[]
{
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(new TestNonEquatable(1), new TestNonEquatable(3)),
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(new TestNonEquatable(2), new TestNonEquatable(2)),
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(new TestNonEquatable(2), new TestNonEquatable(1)),
StructTuple.Create <EquatableClass <TestNonEquatable>, EquatableClass <TestNonEquatable> >(null, null)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
}
public void Add(NodeId node, TimeSpan time)
{
m_queue.Push(StructTuple.Create(node, time));
if (m_queue.Count > MaxCount)
{
m_queue.Pop();
}
}
public static void StructTupleAsKey()
{
var dictionary = new SortedDictionary <StructTuple <int, string>, int>();
for (var i = 0; i < 1000000; i++)
{
var key = new StructTuple <int, string>(i % 1000, i.ToString());
dictionary.Add(key, i);
}
}
public IEnumerable <StructTuple <NodeId, TimeSpan> > Nodes()
{
StructTuple <NodeId, TimeSpan>[] nodes = new StructTuple <NodeId, TimeSpan> [m_queue.Count];
for (int i = nodes.Length - 1; i >= 0; i--)
{
nodes[i] = m_queue.Top;
m_queue.Pop();
}
return(nodes);
}
public void StructTupleEqualityWithEnumInEquatableWrapper()
{
StructTester.TestEquality(
baseValue: StructTuple.Create <EquatableEnum <TestEnum>, EquatableEnum <TestEnum> >(TestEnum.A, TestEnum.B),
equalValue: StructTuple.Create <EquatableEnum <TestEnum>, EquatableEnum <TestEnum> >(TestEnum.A, TestEnum.B),
notEqualValues: new[]
{
StructTuple.Create <EquatableEnum <TestEnum>, EquatableEnum <TestEnum> >(TestEnum.B, TestEnum.A),
StructTuple.Create <EquatableEnum <TestEnum>, EquatableEnum <TestEnum> >(TestEnum.A, TestEnum.A),
StructTuple.Create <EquatableEnum <TestEnum>, EquatableEnum <TestEnum> >(TestEnum.C, TestEnum.C)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
}
public void StructTupleEquality()
{
StructTester.TestEquality(
baseValue: StructTuple.Create(1, 2),
equalValue: StructTuple.Create(1, 2),
notEqualValues: new[]
{
StructTuple.Create(1, 3),
StructTuple.Create(2, 2),
StructTuple.Create(2, 1)
},
eq: (left, right) => left == right,
neq: (left, right) => left != right);
}
private ProcSubtipo CreateProcSubtipo(string code, string name, Pagina startPage, ProcTipo parentProcTipo)
{
var result = new ProcSubtipo
{
Cbhpm = this,
Codigo = code,
Nome = name,
PaginaDeclarada = startPage,
Tipo = parentProcTipo,
};
var simpleCode = GetCodeSimple(code);
this.Items.Add(StructTuple.Create(simpleCode, 0), result);
parentProcTipo.Subtipos.Add(result);
return(result);
}
/// <summary>
/// Returns an iterator for retrieving all the elements shared between this tree and another tree.
/// </summary>
/// <param name="other"></param>
/// <returns></returns>
public IEnumerable <StructTuple <Node, Node> > IntersectElements(Node other)
{
if (IsEmpty || other.IsEmpty)
{
yield break;
}
var aIterator = new TreeIterator(this);
var bIterator = new TreeIterator(other);
var pivotInA = true;
var success = aIterator.MoveNext();
var pivot = aIterator.Current;
while (!aIterator.IsEnded || !bIterator.IsEnded)
{
var trySeekIn = pivotInA ? bIterator : aIterator;
int cmpResult;
success = trySeekIn.SeekGreaterThan(pivot.Key, out cmpResult);
if (!success)
{
break;
}
var maybePivot = trySeekIn.Current;
if (cmpResult == 0)
{
yield return(pivotInA ? StructTuple.Create(pivot, maybePivot) : StructTuple.Create(maybePivot, pivot));
pivotInA = !pivotInA;
trySeekIn = pivotInA ? aIterator : bIterator;
success = trySeekIn.MoveNext();
if (!success)
{
break;
}
pivot = trySeekIn.Current;
}
else
{
pivot = maybePivot;
pivotInA = !pivotInA; //If the pivot was in X, it's now in Y...
}
}
}
public void ExtendTestNegative5()
{
var payload = StructTuple.Create("A", 3);
// nothing interesting happens here
var inputList = new[] {
StreamEvent.CreateInterval(1, 15, payload),
StreamEvent.CreateInterval(2, 20, payload),
StreamEvent.CreateInterval(3, 18, payload),
StreamEvent.CreateInterval(4, 16, payload),
StreamEvent.CreateInterval(8, 19, payload),
};
var compareTo = new[] {
StreamEvent.CreateInterval(2, 5, payload),
END2
};
var input = inputList.ToList().ToObservable().ToStreamable();
var outputStream = input.ExtendLifetime(-15);
Assert.IsTrue(outputStream.Select(r => r.Item1).IsEquivalentTo(compareTo.Select(r => r.IsData ? StreamEvent.CreateInterval(r.SyncTime, r.OtherTime, r.Payload.Item1) : END).ToArray()));
}
static long MeasureStringBuilderVsStringFormat()
{
const int iterations = 1000000;
long ran = 0;
int a = 1, b = -1;
var x = new StructTuple<int, int, int>(100, 102, 300);
CodeTimer.Time(
true,
"string.Format()",
iterations,
() => { ran += string.Format("daily/{0}/apis/{1}/operations/{2}/test", x.First, x.Second, x.Third).Length; });
CodeTimer.Time(
true,
"string.Format with explicit .ToString()",
iterations,
() =>
{
ran +=
string.Format("daily/{0}/apis/{1}/operations/{2}/test", x.First.ToString(CultureInfo.InvariantCulture), x.Second.ToString(CultureInfo.InvariantCulture), x.Third.ToString(CultureInfo.InvariantCulture))
.Length;
});
CodeTimer.Time(
true,
"StringBuilder",
iterations,
() =>
{
var sb = new StringBuilder()
.Append("daily/")
.Append(x.First)
.Append("/apis/")
.Append(x.Second)
.Append("/operations/")
.Append(x.Third)
.Append("/test");
ran += sb.ToString().Length;
});
Console.WriteLine(ran);
return ran;
}
public void BeatStreamable2()
{
var input = new[]
{
StreamEvent.CreateInterval(100, 109, StructTuple.Create("P1", 2)),
StreamEvent.CreateInterval(100, 110, StructTuple.Create("P2", 2)),
StreamEvent.CreateInterval(100, 111, StructTuple.Create("P3", 2)),
StreamEvent.CreateInterval(100, 150, StructTuple.Create("P4", 2)),
StreamEvent.CreateStart(100, StructTuple.Create("P5", 2)),
StreamEvent.CreateEnd(109, 100, StructTuple.Create("P5", 2)),
StreamEvent.CreateStart(100, StructTuple.Create("P6", 2)),
StreamEvent.CreateEnd(110, 100, StructTuple.Create("P6", 2)),
StreamEvent.CreateStart(100, StructTuple.Create("P7", 2)),
StreamEvent.CreateEnd(111, 100, StructTuple.Create("P7", 2)),
StreamEvent.CreateStart(100, StructTuple.Create("P8", 2)),
StreamEvent.CreateEnd(150, 100, StructTuple.Create("P8", 2)),
StreamEvent.CreateInterval(101, 109, StructTuple.Create("P9", 2)),
StreamEvent.CreateInterval(101, 110, StructTuple.Create("P10", 2)),
StreamEvent.CreateInterval(101, 111, StructTuple.Create("P11", 2)),
StreamEvent.CreateInterval(101, 150, StructTuple.Create("P12", 2)),
StreamEvent.CreateStart(101, StructTuple.Create("P13", 2)),
StreamEvent.CreateEnd(109, 101, StructTuple.Create("P13", 2)),
StreamEvent.CreateStart(101, StructTuple.Create("P14", 2)),
StreamEvent.CreateEnd(110, 101, StructTuple.Create("P14", 2)),
StreamEvent.CreateStart(101, StructTuple.Create("P15", 2)),
StreamEvent.CreateEnd(111, 101, StructTuple.Create("P15", 2)),
StreamEvent.CreateStart(101, StructTuple.Create("P16", 2)),
StreamEvent.CreateEnd(150, 101, StructTuple.Create("P16", 2)),
StreamEvent.CreatePunctuation <StructTuple <string, int> >(StreamEvent.InfinitySyncTime)
};
var inputStream = input.ToCleanStreamable();
var outputStream = inputStream.Chop(0, 10).Select(e => e.Item1);
var correct = new[]
{
StreamEvent.CreateInterval(100, 109, "P1"),
StreamEvent.CreateInterval(100, 110, "P2"),
StreamEvent.CreateInterval(100, 110, "P3"),
StreamEvent.CreateInterval(110, 111, "P3"),
StreamEvent.CreateInterval(100, 110, "P4"),
StreamEvent.CreateInterval(110, 120, "P4"),
StreamEvent.CreateInterval(120, 130, "P4"),
StreamEvent.CreateInterval(130, 140, "P4"),
StreamEvent.CreateInterval(140, 150, "P4"),
StreamEvent.CreateStart(100, "P5"),
StreamEvent.CreateEnd(109, 100, "P5"),
StreamEvent.CreateStart(100, "P6"),
StreamEvent.CreateEnd(110, 100, "P6"),
StreamEvent.CreateStart(100, "P7"),
StreamEvent.CreateEnd(110, 100, "P7"),
StreamEvent.CreateStart(110, "P7"),
StreamEvent.CreateEnd(111, 110, "P7"),
StreamEvent.CreateStart(100, "P8"),
StreamEvent.CreateEnd(110, 100, "P8"),
StreamEvent.CreateStart(110, "P8"),
StreamEvent.CreateEnd(120, 110, "P8"),
StreamEvent.CreateInterval(120, 130, "P8"),
StreamEvent.CreateInterval(130, 140, "P8"),
StreamEvent.CreateInterval(140, 150, "P8"),
StreamEvent.CreateInterval(101, 109, "P9"),
StreamEvent.CreateInterval(101, 110, "P10"),
StreamEvent.CreateInterval(101, 110, "P11"),
StreamEvent.CreateInterval(110, 111, "P11"),
StreamEvent.CreateInterval(101, 110, "P12"),
StreamEvent.CreateInterval(110, 120, "P12"),
StreamEvent.CreateInterval(120, 130, "P12"),
StreamEvent.CreateInterval(130, 140, "P12"),
StreamEvent.CreateInterval(140, 150, "P12"),
StreamEvent.CreateStart(101, "P13"),
StreamEvent.CreateEnd(109, 101, "P13"),
StreamEvent.CreateStart(101, "P14"),
StreamEvent.CreateEnd(110, 101, "P14"),
StreamEvent.CreateStart(101, "P15"),
StreamEvent.CreateEnd(110, 101, "P15"),
StreamEvent.CreateStart(110, "P15"),
StreamEvent.CreateEnd(111, 110, "P15"),
StreamEvent.CreateStart(101, "P16"),
StreamEvent.CreateEnd(110, 101, "P16"),
StreamEvent.CreateStart(110, "P16"),
StreamEvent.CreateEnd(120, 110, "P16"),
StreamEvent.CreateInterval(120, 130, "P16"),
StreamEvent.CreateInterval(130, 140, "P16"),
StreamEvent.CreateInterval(140, 150, "P16"),
StreamEvent.CreatePunctuation <string>(StreamEvent.InfinitySyncTime)
};
Assert.IsTrue(outputStream.IsEquivalentTo(correct));
}
public void PartitionedChop()
{
var input = new[]
{
PartitionedStreamEvent.CreateInterval(0, 100, 109, StructTuple.Create("P1", 2)),
PartitionedStreamEvent.CreateInterval(0, 100, 110, StructTuple.Create("P2", 2)),
PartitionedStreamEvent.CreateInterval(0, 100, 111, StructTuple.Create("P3", 2)),
PartitionedStreamEvent.CreateInterval(0, 100, 150, StructTuple.Create("P4", 2)),
PartitionedStreamEvent.CreateInterval(1, 100, 109, StructTuple.Create("P1", 2)),
PartitionedStreamEvent.CreateInterval(1, 100, 110, StructTuple.Create("P2", 2)),
PartitionedStreamEvent.CreateInterval(1, 100, 111, StructTuple.Create("P3", 2)),
PartitionedStreamEvent.CreateInterval(1, 100, 150, StructTuple.Create("P4", 2)),
PartitionedStreamEvent.CreateLowWatermark <int, StructTuple <string, int> >(100),
PartitionedStreamEvent.CreateStart(0, 100, StructTuple.Create("P5", 2)),
PartitionedStreamEvent.CreateEnd(0, 109, 100, StructTuple.Create("P5", 2)),
PartitionedStreamEvent.CreateStart(0, 100, StructTuple.Create("P6", 2)),
PartitionedStreamEvent.CreateEnd(0, 110, 100, StructTuple.Create("P6", 2)),
PartitionedStreamEvent.CreateStart(1, 100, StructTuple.Create("P5", 2)),
PartitionedStreamEvent.CreateEnd(1, 109, 100, StructTuple.Create("P5", 2)),
PartitionedStreamEvent.CreateStart(1, 100, StructTuple.Create("P6", 2)),
PartitionedStreamEvent.CreateEnd(1, 110, 100, StructTuple.Create("P6", 2)),
PartitionedStreamEvent.CreateLowWatermark <int, StructTuple <string, int> >(StreamEvent.InfinitySyncTime)
}
.OrderBy(v => v.SyncTime)
.ToArray();
var outputStream = input
.ToObservable()
.ToStreamable()
.Chop(0, 10)
.Select(payload => payload.Item1);
var correct = new PartitionedStreamEvent <int, string>[]
{
PartitionedStreamEvent.CreateInterval(0, 100, 109, "P1"),
PartitionedStreamEvent.CreateInterval(0, 100, 110, "P2"),
PartitionedStreamEvent.CreateInterval(0, 100, 110, "P3"),
PartitionedStreamEvent.CreateInterval(0, 100, 110, "P4"),
PartitionedStreamEvent.CreateInterval(1, 100, 109, "P1"),
PartitionedStreamEvent.CreateInterval(1, 100, 110, "P2"),
PartitionedStreamEvent.CreateInterval(1, 100, 110, "P3"),
PartitionedStreamEvent.CreateInterval(1, 100, 110, "P4"),
PartitionedStreamEvent.CreateLowWatermark <int, string>(100),
PartitionedStreamEvent.CreateStart(0, 100, "P5"),
PartitionedStreamEvent.CreateStart(0, 100, "P6"),
PartitionedStreamEvent.CreateEnd(0, 109, 100, "P5"),
PartitionedStreamEvent.CreateEnd(0, 110, 100, "P6"),
PartitionedStreamEvent.CreateStart(1, 100, "P5"),
PartitionedStreamEvent.CreateStart(1, 100, "P6"),
PartitionedStreamEvent.CreateEnd(1, 109, 100, "P5"),
PartitionedStreamEvent.CreateEnd(1, 110, 100, "P6"),
PartitionedStreamEvent.CreateInterval(0, 110, 111, "P3"),
PartitionedStreamEvent.CreateInterval(1, 110, 111, "P3"),
PartitionedStreamEvent.CreateInterval(0, 110, 120, "P4"),
PartitionedStreamEvent.CreateInterval(0, 120, 130, "P4"),
PartitionedStreamEvent.CreateInterval(0, 130, 140, "P4"),
PartitionedStreamEvent.CreateInterval(0, 140, 150, "P4"),
PartitionedStreamEvent.CreateInterval(1, 110, 120, "P4"),
PartitionedStreamEvent.CreateInterval(1, 120, 130, "P4"),
PartitionedStreamEvent.CreateInterval(1, 130, 140, "P4"),
PartitionedStreamEvent.CreateInterval(1, 140, 150, "P4"),
PartitionedStreamEvent.CreateLowWatermark <int, string>(StreamEvent.InfinitySyncTime)
};
var events = outputStream.ToStreamEventObservable().ToEnumerable().ToArray();
// Compare each key separately (this is solely for readability of the test)
var expectedKey0 = correct.Where(e => !e.IsData || e.PartitionKey == 0).ToArray();
var expectedKey1 = correct.Where(e => !e.IsData || e.PartitionKey == 1).ToArray();
var actualKey0 = events.Where(e => !e.IsData || e.PartitionKey == 0).ToArray();
var actualKey1 = events.Where(e => !e.IsData || e.PartitionKey == 1).ToArray();
Assert.IsTrue(actualKey0.SequenceEqual(expectedKey0));
Assert.IsTrue(actualKey1.SequenceEqual(expectedKey1));
}
static int MeasureTupleVsKeyValuePairInDictionaryLookup()
{
const int iterations = 1000000;
int ran = 0;
var tupleMap = new DictionaryEx<Tuple<int, int, int, DateTime>, int>(200);
var structMap = new DictionaryEx<StructTuple<int, int, int, DateTime>, int>(200);
for (int i = 200 - 1; i >= 0; i--)
{
tupleMap.Add(new Tuple<int, int, int, DateTime>(400 - i, i + 1, i - 1, new DateTime(1990 + i % 10, 5, 2)), 0);
structMap.Add(new StructTuple<int, int, int, DateTime>(400 - i, i + 1, i - 1, new DateTime(1990 + i % 10, 5, 2)), 0);
}
//CodeTimer.Time(true, "Tuple lookup",
// iterations,
// () =>
// {
// int value;
// if (tupleMap.TryGetValue(new Tuple<int, int, int, DateTime>(390, 11, 9, new DateTime(1990, 5, 2)), out value))
// ran += 1;
// });
CodeTimer.Time(true, "Struct lookup outer add or update",
iterations,
() =>
{
var key = new StructTuple<int, int, int, DateTime>(390, 11, 9, new DateTime(1990, 5, 2));
int a = 1;
int value;
if (structMap.TryGetValue(key, out value))
structMap[key] = value + a;
else
structMap.Add(key, a);
ran += 1;
});
CodeTimer.Time(true, "Struct lookup AddOrUpdate",
iterations,
() =>
{
int a = 1;
structMap.AddOrUpdate(
new StructTuple<int, int, int, DateTime>(390, 11, 9, new DateTime(1990, 5, 2)),
a,
(k, cv, nv) => cv + nv);
ran += 1;
});
return ran;
}
private static int Compare(StructTuple <NodeId, TimeSpan> x, StructTuple <NodeId, TimeSpan> y)
{
// Compare with least first
return(x.Item2.CompareTo(y.Item2));
}
/// <nodoc />
public static void Deconstruct <T1, T2>(this StructTuple <T1, T2> value, out T1 item1, out T2 item2)
{
item1 = value.Item1;
item2 = value.Item2;
}
public void LoadFromTextCopiedOfPdf(string text)
{
// Reading all codes that exist in the text, so that we can compare with
// the list of processed codes to know if any is missing at the end.
var codigosExistentes = new HashSet <string>();
var matchCodigos = Regex.Matches(text, @"\d\s?\.\s?\d\d\s?\.\s?\d\d\s?\.\s?\d\d\s?\-\s?\d\d?");
foreach (Match eachMatch in matchCodigos)
{
codigosExistentes.Add(eachMatch.Value);
}
var codigosUsados = new HashSet <string>();
// Regexes that are going to be used.
var regexCapitulo = new Regex(@"^\s*(?<NUM>\d+)?\s*CAPÍTULO\s*(?<NUM>\d+)?\s*(?<NAME>.*?)\s*$", RegexOptions.IgnoreCase | RegexOptions.Singleline);
var regexProcedimentoTipo = new Regex(
@"^([\s\w/\-]+?)\s+(\d\.\d\d\.\d\d\.\d\d\-\d)$",
RegexOptions.IgnoreCase);
var regexProcedimentoSubtipo = new Regex(
@"^(.*?)\s+\(\s?(\d\.\d\d\.\d\d\.\d\d\-\d)\)$",
RegexOptions.IgnoreCase);
Regex regexProcedimentosCapitulo = null; // this one is dynamic
var regexColumnTitles = new Regex(
@"^(?:(?:(Código|Procedimentos|Porte|Custo|Oper\.|Nº de|Aux\.?|Anest\.|Inc\.|Filme|ou Doc|UR)|(\w+\.?))(?:\s+|$))+$",
RegexOptions.IgnoreCase);
var mapColNamePattern = new Dictionary <string, string>
{
{ "código", null },
{ "procedimentos", null },
{ "porte", @"(?<PORTE>(?:(?:[\d,]+\s*de\s*)?\d+[a-z]+)|-)" },
{ "custo oper", @"(?<CUSTO>-|\d+,\d{2,3})" },
{ "porte anest", @"(?<ANEST>-|\d+)" },
{ "nº de aux", @"(?<AUX>-|\d+)" },
{ "ur", @"(?<UR>\*)" },
{ "filme ou doc", @"(?<DOC>-|\d+,\d{4})" },
{ "inc", @"(?<INC>-|\d+)" },
};
const string patternProcLine = @"
^
(?<CODE>\d\.\d\d\.\d\d\.\d\d\-\d)?\s*
(?<NAME>.+?)\s*
(?:
(?<DOTS>[\.\s]*\.\s*)
{0}
)?
\s*
(?:(?=\r\n|\r|\n|$))
";
Regex regexProcLine = null;
var regexAnexo = new Regex(@"^(OBSERVAÇÕES.*?|OBSERVAÇão.*?|INSTRUÇÕES.*?)\s*\:?$", RegexOptions.IgnoreCase);
var regexPageFooter = new Regex(
@"^(?<PAGE>\d+)?\s*Classificação Brasileira Hierarquizada de Procedimentos Médicos - (?:\d{4}|(?:\d{1,2}.*?edi[cç][aã]o))\s*(?<PAGE>\d+)?$",
RegexOptions.IgnoreCase);
var regexNumber = new Regex(@"^\d+$");
// State variables.
Pagina curPagina = null;
Capitulo curCapitulo = null;
ProcTipo curProcTipo = null;
ProcSubtipo curProcSubtipo = null;
TextoAnexo curAnexo = null; // this can span multiples pages
var builder = new StringBuilder(10000);
int pageNum = 0;
string curGroupName = null; // this happens at page 154 e 155
bool isExplicitAttachment = false; // this happens at page 202
// Processing all pages and lines of the text.
var splitPages = text.Split('\f');
for (int itPage = 0; itPage < splitPages.Length; itPage++)
{
var pageText = splitPages[itPage];
var matchExplicitMissing = Regex.Matches(pageText, @"####EXPLICIT-MISSING:(.*?)(?=####|\r\n|\n|\r|$)");
foreach (var eachMatch in matchExplicitMissing.Cast <Match>())
{
codigosUsados.Add(eachMatch.Groups[1].Value);
}
pageText = Regex.Replace(pageText, @" *####(?:ERRO|EXPLICIT-MISSING).*?(?=\r|\n|$)", "");
curPagina = this.CreatePagina(itPage, Regex.Replace(pageText, @" *####.*?(?=\r|\n|$)", ""));
var matchCapitulo = regexCapitulo.Match(pageText);
if (matchCapitulo.Success)
{
// If there is an attachment being read, we need to finalize it.
if (curAnexo != null)
{
curAnexo.Texto = builder.ToString().Trim();
CheckForMultipleLines(curAnexo.Texto);
builder.Clear();
curAnexo = null;
}
// If this page is the chapter title we must create a new chapter object.
int num = int.Parse(matchCapitulo.Groups["NUM"].Value);
string name = Regex.Replace(matchCapitulo.Groups["NAME"].Value, @"\s+", " ");
curCapitulo = this.CreateCapitulo(num, name, curPagina);
// Setting the new value of the regex, that depends on the name of the chapter.
regexProcedimentosCapitulo = new Regex(
string.Format(@"^{0}$", Regex.Replace(name, @"\s+", @"\s+")),
RegexOptions.IgnoreCase);
continue;
}
if (curCapitulo != null)
{
// State variables to read the lines.
bool canReadCapitulo = true;
bool canReadProcTipo = true;
bool canReadColumnTitle = true;
int columnTitleLines = 0; // lines of text devoted to the column titles.
bool foundPageFooter = false;
bool foundPageNum = false;
var splitLines = Regex.Split(pageText, @"\r\n|\r|\n");
for (int itLine = 0; itLine < splitLines.Length; itLine++)
{
var lineText = splitLines[itLine].Trim();
if (lineText.Contains("####ANEXO-INICIO"))
{
isExplicitAttachment = true;
}
if (lineText.Contains("####ANEXO-FIM"))
{
isExplicitAttachment = false;
lineText = Regex.Replace(lineText, @" *####.*?(?=\r|\n|$)", "");
}
if (string.IsNullOrEmpty(lineText))
{
// We use blank lines only in the attachments, such as observations and instructions.
bool canReadAnexo = !canReadCapitulo && !canReadProcTipo && !canReadColumnTitle && !foundPageFooter;
if (curAnexo != null && canReadAnexo)
{
builder.AppendLine();
}
continue;
}
if (lineText.Contains("####GROUP"))
{
lineText = Regex.Replace(lineText, @" *####.*?(?=\r|\n|$)", "");
curGroupName = lineText;
continue;
}
if (lineText.Contains("####ANEXO-CAPITULO"))
{
// This item has no specific code.
lineText = Regex.Replace(lineText, @" *####.*?(?=\r|\n|$)", "");
curAnexo = this.CreateAnexo(
null,
lineText.Trim(':').Trim().ToUpperInvariant(),
curPagina,
null,
null);
curAnexo.Capitulo = curCapitulo;
curCapitulo.Anexos.Add(curAnexo);
builder.Clear();
builder.AppendLine(lineText);
continue;
}
// Chapter heading that exists in every page.
// When we find this heading, then we set the page's chapter property.
if (canReadCapitulo)
{
var matchProcCapitulo = regexProcedimentosCapitulo.Match(lineText);
if (matchProcCapitulo.Success)
{
// Seting the chapter that the page belongs to.
curPagina.Capitulo = curCapitulo;
canReadCapitulo = false;
continue;
}
}
// Reading the ProcTipo heading that exists after the Chapter heading.
// This heading contains the level-2 node of the CBHPM tree.
if (canReadProcTipo)
{
var matchProcedimentoTipo = regexProcedimentoTipo.Match(lineText);
if (matchProcedimentoTipo.Success)
{
// All pages inside the same ProcTipo have the same heading,
// so we use a method that creates the object if it does not exist,
// or returns the existing one.
var curProcTipo2 = this.GetOrCreateProcTipo(
matchProcedimentoTipo.Groups[2].Value,
matchProcedimentoTipo.Groups[1].Value,
curPagina,
curCapitulo);
if (curProcTipo != curProcTipo2)
{
// If there is an attachment being read, we need to finalize it.
if (curAnexo != null)
{
curAnexo.Texto = builder.ToString().Trim();
CheckForMultipleLines(curAnexo.Texto);
builder.Clear();
curAnexo = null;
}
}
curProcTipo = curProcTipo2;
codigosUsados.Add(curProcTipo.Codigo);
canReadProcTipo = false;
continue;
}
}
// All pages that contains medical procedures, have the titles of the columns.
// We need these columns to know what is inside each column, and set the values
// correctly.
if (canReadColumnTitle)
{
var matchColumnTitles = regexColumnTitles.Match(lineText);
if (matchColumnTitles.Success && !matchColumnTitles.Groups[2].Success)
{
var columnCaptures = matchColumnTitles.Groups[1].Captures.Cast <Capture>().ToArray();
foreach (var eachCapture in columnCaptures)
{
curPagina.ColunaAdd(eachCapture.Value.TrimEnd('.'));
}
columnTitleLines++;
if (columnTitleLines > 2)
{
throw new Exception("More than 2 lines for column titles.");
}
continue;
}
if (columnTitleLines == 0)
{
throw new Exception("No column titles have been found.");
}
// If there is no more columns to read, then we create the regex to read
// each medical procedure.
var valuePatternsOfPage = new List <string>();
foreach (var eachColName in curPagina.Colunas)
{
var colPattern = mapColNamePattern[eachColName];
if (colPattern != null)
{
valuePatternsOfPage.Add(colPattern);
}
}
var patternValues = string.Format(@"(?:{0})", string.Join(@"\s+", valuePatternsOfPage));
regexProcLine = new Regex(
string.Format(patternProcLine, patternValues),
RegexOptions.IgnoreCase | RegexOptions.IgnorePatternWhitespace);
canReadColumnTitle = false;
}
// Reading the footer of the page.
// The footer can not come before the end of the page.
{
var matchPageFooter = regexPageFooter.Match(lineText);
if (matchPageFooter.Success)
{
if (foundPageFooter)
{
throw new Exception("Page footer duplicated.");
}
var strPageNum = matchPageFooter.Groups["PAGE"].Value;
if (int.TryParse(strPageNum, out pageNum))
{
if (curPagina.Numero != null && curPagina.Numero != pageNum)
{
throw new Exception("Page already has a number.");
}
if (foundPageNum)
{
throw new Exception("Page number duplicated.");
}
foundPageNum = true;
curPagina.Numero = pageNum;
pageNum = 0;
}
foundPageFooter = true;
continue;
}
var matchNumber = regexNumber.Match(lineText);
if (matchNumber.Success)
{
pageNum = int.Parse(lineText);
if (!foundPageFooter || curPagina.Numero != null && curPagina.Numero != pageNum)
{
throw new Exception("Found a lost number.");
}
if (foundPageNum)
{
throw new Exception("Page number duplicated.");
}
foundPageNum = true;
curPagina.Numero = pageNum;
pageNum = 0;
continue;
}
}
if (foundPageFooter)
{
throw new Exception("Cannot read after page footer.");
}
// Reading the remaining of the attachment, if there is a current attachment.
// The text of the attachment always start by multiple spaces.
if (curAnexo != null)
{
if (splitLines[itLine].StartsWith(" ") || isExplicitAttachment)
{
lineText = Regex.Replace(splitLines[itLine], @" *####.*?(?=\r|\n|$)", "");
builder.AppendLine(lineText);
continue;
}
}
// If there is an attachment being read, we need to finalize it.
if (curAnexo != null)
{
curAnexo.Texto = builder.ToString().Trim();
CheckForMultipleLines(curAnexo.Texto);
builder.Clear();
curAnexo = null;
}
// Reading ProcSubtipo. A page may contain multiple subtipos.
// Each subtipo exists only once in the document, it is not repeated in all
// pages like ProcTipo.
{
var subtipoText = lineText;
Match matchProcedimentoSubtipo = null;
for (int itNext = 0; itNext < 3; itNext++)
{
matchProcedimentoSubtipo = regexProcedimentoSubtipo.Match(subtipoText);
if (matchProcedimentoSubtipo.Success)
{
itLine += itNext;
break;
}
var nextLine = splitLines[itLine + itNext + 1];
if (!Regex.IsMatch(nextLine, @"^\s?\w+") || Regex.IsMatch(nextLine, @"(?<!\()\d\.\d\d\.\d\d\.\d\d-\d(?!\))"))
{
break;
}
// If not match, then we try to append the next line, and do the match again.
// Some SubtipoTexts are split in 2/3 lines.
subtipoText = string.Format("{0} {1}", subtipoText, nextLine);
}
if (matchProcedimentoSubtipo.Success)
{
curProcSubtipo = this.CreateProcSubtipo(
matchProcedimentoSubtipo.Groups[2].Value,
matchProcedimentoSubtipo.Groups[1].Value,
curPagina,
curProcTipo);
curGroupName = null;
codigosUsados.Add(curProcSubtipo.Codigo);
continue;
}
}
// Reading the medical procedures in the current page.
// Note that some of these items may not be procedures but observations.
{
var matchProcedimento = regexProcLine.Match(lineText);
if (matchProcedimento.Success && matchProcedimento.Groups["CODE"].Success)
{
string code = matchProcedimento.Groups["CODE"].Value;
var nameLine1 = matchProcedimento.Groups["NAME"].Value;
if (regexAnexo.IsMatch(nameLine1))
{
curAnexo = this.CreateAnexo(
code,
nameLine1.Trim(':').Trim().ToUpperInvariant(),
curPagina,
curProcTipo,
curProcSubtipo);
codigosUsados.Add(code);
builder.Clear();
builder.AppendLine(nameLine1);
}
else
{
builder.Clear();
builder.Append(nameLine1);
// Reading next lines until we find the end of the medical procedure.
for (; itLine < splitLines.Length;)
{
if (matchProcedimento.Groups["PORTE"].Success)
{
string procName = builder.ToString();
builder.Clear();
string procPorte = matchProcedimento.Groups["PORTE"].Value;
string procCusto = matchProcedimento.Groups["CUSTO"].Value;
string procAnest = matchProcedimento.Groups["ANEST"].Value;
string procAux = matchProcedimento.Groups["AUX"].Value;
string procUR = matchProcedimento.Groups["UR"].Value;
string procInc = matchProcedimento.Groups["INC"].Value;
string procDoc = matchProcedimento.Groups["DOC"].Value;
var proc = new Proc();
proc.Cbhpm = this;
proc.Codigo = code;
proc.Nome = procName;
proc.Porte = procPorte;
proc.CustoOper = procCusto;
proc.PorteAnest = procAnest;
proc.NumAux = procAux;
proc.Ur = procUR;
proc.Inc = procInc;
proc.FilmeOuDoc = procDoc;
proc.GrupoNoSubtipo = curGroupName;
proc.Subtipo = curProcSubtipo;
curProcSubtipo.Procedimentos.Add(proc);
proc.PaginaDeclarada = curPagina;
var simpleCode = GetCodeSimple(code);
this.Items.Add(StructTuple.Create(simpleCode, 0), proc);
codigosUsados.Add(code);
break;
}
itLine++;
lineText = splitLines[itLine].Trim();
matchProcedimento = regexProcLine.Match(lineText);
if (Regex.IsMatch(lineText, @"\d\.\d\d\.\d\d\.\d\d-\d"))
{
throw new Exception("Code must be found only in first line of medical procedure.");
}
if (!splitLines[itLine].StartsWith(" "))
{
throw new Exception("All lines after the first one of medical procedure, must start with spaces.");
}
builder.Append(' ' + matchProcedimento.Groups["NAME"].Value);
}
if (itLine >= splitLines.Length)
{
throw new Exception("Medical procedure not terminated.");
}
}
continue;
}
throw new Exception("Unknown line found.");
}
}
}
// Checking the columns of the page.
FinalizarPagina(curPagina);
// Finishing the page and checking page properties.
if (curPagina.Capitulo != curCapitulo && !string.IsNullOrEmpty(pageText))
{
throw new Exception();
}
if (curPagina.ProcTipo != curProcTipo && !string.IsNullOrEmpty(pageText))
{
throw new Exception();
}
}
// Checking codes that were not processed.
var codigosNaoUsados = new HashSet <string>(codigosExistentes);
codigosNaoUsados.ExceptWith(codigosUsados);
if (codigosNaoUsados.Any())
{
throw new Exception("There are unused codes!");
}
}
private ProcTipo GetOrCreateProcTipo(string code, string name, Pagina startOrCurrentPage, Capitulo parentChapter)
{
name = name.ToUpperInvariant();
var simpleCode = GetCodeSimple(code);
bool createNew = false;
ProcTipo found = null;
object item;
if (this.Items.TryGetValue(StructTuple.Create(simpleCode, 0), out item))
{
found = (ProcTipo)item;
found = found.FindInSetByName(name) ?? found;
if (found.Cbhpm != this)
{
throw new Exception();
}
if (found.Codigo != code)
{
throw new Exception();
}
if (found.Capitulo != parentChapter)
{
throw new Exception();
}
if (found.Nome != name)
{
createNew = true;
}
}
else
{
createNew = true;
}
ProcTipo result = null;
if (createNew)
{
result = new ProcTipo(found)
{
Cbhpm = this,
Codigo = code,
Nome = name,
Capitulo = parentChapter,
PaginaInicial = startOrCurrentPage,
};
parentChapter.ProcTipos.Add(result);
this.Items.Add(StructTuple.Create(simpleCode, result.SetOfProcTipos.Count - 1), result);
}
else
{
result = found;
}
startOrCurrentPage.ProcTipo = result;
return(result);
}