public override void Arrange()
{
base.Arrange();
_complexValue = new ComplexValue();
Accumulator.AddProperties(new LogProperty[]
{
new LogProperty <int, int>("key1", 34, x => x.Sum() + 1),
new LogProperty <string, string>("key2", "sample", x => string.Join(":", x) + "fake"),
new LogProperty <ComplexValue, ComplexValue[]>("key3", _complexValue, x => x.ToArray())
});
}
public override void Arrange()
{
base.Arrange();
_complexValue1 = new ComplexValue {
Id = 10, Name = "one"
};
_complexValue2 = new ComplexValue {
Id = 20, Name = "two"
};
Accumulator.AddProperties(new LogProperty[]
{
new LogProperty <int, int>("key1", 1, x => x.Sum()),
new LogProperty <string>("key2", "sample"),
new LogProperty <ComplexValue, string>("key3", _complexValue1, x => string.Concat(x.Select(y => y?.Name ?? "[null]"))),
new LogProperty <int, int[]>("key1", 2, x => x.ToArray()),
new LogProperty <int, string>("key1", 3, string.Concat),
new LogProperty <int, int>("key1", 4, x => x.Max()),
new LogProperty <ComplexValue>("key3", _complexValue2),
new LogProperty <ComplexValue, int>("key3", null, x => x.Select(y => y.Id).Max())
});
}
public override void Arrange()
{
base.Arrange();
_complexValue1 = new ComplexValue();
_complexValue2 = new DerivedComplexValue {
DerivedId = 2
};
Accumulator.AddProperties(new LogProperty[]
{
new LogProperty <int>("key1", 34),
new LogProperty <string>("key2", "sample"),
new LogProperty <ComplexValue>("key3", _complexValue1),
new LogProperty <int>("key1", 11),
new LogProperty <int>("key1", 0),
new LogProperty <int>("key1", 99),
new LogProperty <string>("key1", "loser"),
new LogProperty <ComplexValue>("key3", null),
new LogProperty <DerivedComplexValue>("key3", _complexValue2)
});
}
public override void Arrange()
{
base.Arrange();
_complexValue = new ComplexValue();
Accumulator.AddProperties(new LogProperty[]
{
new LogProperty <int>("key1", 34),
new LogProperty <string>("key2", "sample"),
new LogProperty <ComplexValue>("key3", _complexValue),
// Test default values
new LogProperty <int>("int1", 0)
{
SuppressDefaults = true
},
new LogProperty <int>("int2", 0),
new LogProperty <int?>("nullable1", null)
{
SuppressDefaults = true
},
new LogProperty <int?>("nullable2", null),
new LogProperty <int?>("nullable3", 0)
{
SuppressDefaults = true
},
new LogProperty <string>("string1", null)
{
SuppressDefaults = true
},
new LogProperty <string>("string2", null),
new LogProperty <string>("string3", "")
{
SuppressDefaults = true
},
new LogProperty <ComplexValue>("complex1", null)
{
SuppressDefaults = true
},
new LogProperty <ComplexValue>("complex2", null)
});
}
public override void Arrange()
{
base.Arrange();
Accumulator.AddProperties(new LogProperty[]
{
new ComplexLogProperty <int>("parent", "single", 10),
new ComplexLogProperty <int>("parent", "duplicate", 15),
new ComplexLogProperty <int>("parent", "duplicate", 3),
new ComplexLogProperty <int, int>("parent", "aggregate", 30, ints => ints.Sum()),
new ComplexLogProperty <int, string>("parent", "aggregate", 4, ints => "something"),
new ComplexLogProperty <int>("parent", "aggregate", 6),
new LogProperty <int>("standalone", 42),
new LogProperty <int, string>("existing", 39, ints => "agg"),
new ComplexLogProperty <int>("existing", "aggregate", 6),
new LogProperty <int>("existing", 1024),
new ComplexLogProperty <int>("existing2", "aggregate", 6),
new LogProperty <int, string>("existing2", 39, ints => "agg")
});
}
