public void PrintTuple()
{
Trace_.Print("v", new Tuple <int, int>(1, 2));
StringAssert.Contains(Trace_.LastLog, "v = Tuple<int, int> (1, 2)");
Trace_.Print("v", new Tuple <Tuple <int, int>, Tuple <int, int> >(new Tuple <int, int>(1, 2), new Tuple <int, int>(3, 4)));
StringAssert.Contains(Trace_.LastLog, "v = Tuple<Tuple<int, int>, Tuple<int, int>> (Tuple<int, int> (1, 2), Tuple<int, int> (3, 4))");
}
public void PrintValueTuple()
{
Trace_.Print("v", (1, 2));
StringAssert.Contains(Trace_.LastLog, "v = (1, 2)");
Trace_.Print("v", ((1, 2), (3, 4)));
StringAssert.Contains(Trace_.LastLog, "v = ((1, 2), (3, 4))");
}
public void PrintReflection()
{
Trace_.Print("v", new Bar(new Foo()));
StringAssert.Contains(Trace_.LastLog, "v = DebugTraceTest.Bar {Foo: DebugTraceTest.Foo F}");
Trace_.Print("v", new Bar(new FooSub()));
StringAssert.Contains(Trace_.LastLog, "v = DebugTraceTest.Bar {DebugTraceTest.Foo Foo: DebugTraceTest.FooSub F}");
Trace_.Print("v", new Bar(null));
StringAssert.Contains(Trace_.LastLog, "v = DebugTraceTest.Bar {DebugTraceTest.Foo Foo: null}");
}
public void PrintDateTime(int year, int month, int day, int hour, int minute, int second,
int millisecond, DateTimeKind kind, string expect)
{
var v = new DateTime(year, month, day, hour, minute, second, millisecond, kind);
if (kind == DateTimeKind.Local)
{
var timeSpan = TimeZoneInfo.Local.GetUtcOffset(v);
expect += String.Format(timeSpan.Ticks >= 0L ? @"+{0:hh\:mm} (" : @"-{0:hh\:mm} (", timeSpan);
}
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}
// [DataRow(false, true , "Result: ***")]
// [DataRow(true , false, "Result: ***")]
// [DataRow(true , true , "Result: ***")]
public void PrintTask(bool outputNonPublicFields, bool outputNonPublicProperties, string expect)
{
var task = Task <int> .Run(() => { Thread.Sleep(400); return(1); });
Thread.Sleep(10); // wait Running
Assert.AreEqual(TaskStatus.Running, task.Status);
TraceBase.OutputNonPublicFields = outputNonPublicFields;
TraceBase.OutputNonPublicProperties = outputNonPublicProperties;
Trace_.Print("v", task);
StringAssert.Contains(Trace_.LastLog, expect);
Assert.AreEqual(TaskStatus.Running, task.Status);
Trace_.Print("task.Result", task.Result);
StringAssert.Contains(Trace_.LastLog, "task.Result = 1 (");
}
public void PrintByte(byte v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintString(string v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
Trace_.Print("Trace_.LastLog", Trace_.LastLog);
}
public void PrintChar(char v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintEnum(Fruits Fruits, string log)
{
Trace_.Print("v", Fruits);
StringAssert.Contains(Trace_.LastLog, log);
}
public void PrintPoint(int x, int y, string expect)
{
Trace_.Print("v", new Point(x, y));
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintGuid(string v, string expect)
{
Trace_.Print("v", new Guid(v));
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintFloat(float v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintDecimal(string v, string expect)
{
Trace_.Print("v", decimal.Parse(v));
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintULong(ulong v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}
public void PrintUShort(ushort v, string expect)
{
Trace_.Print("v", v);
StringAssert.Contains(Trace_.LastLog, expect);
}