public void CoreActivationPrecedence()
{
// The core takes precedence (defaultly) on the attributes over the text
// formatting. When the core is not activated, the text takes precedence.
// Arrange
var formatter = new DefaultModelFormatter();
var obj = new TestModelWithAttributes {
BirthDate = new DateTime(2013, 12, 20), Age = 20, Money = 45.54m
};
// Make sure the core isn't active yet.
if (Core.IsRegistered <TestModelWithAttributes>())
{
Core.ClearModel <TestModelWithAttributes>();
}
// Act: Default formatting.
var formatdefault = formatter.FormatModel(obj, "bd:{BirthDate},a:{Age},m:{Money}");
// Act: Formatting overrides with text template formats.
var formattexttemplate = formatter.FormatModel(obj, "bd:{BirthDate:yyyy/MM/dd},a:{Age:0.000},m:{Money:0.0}");
// Act: Overrides with the core, back to attributes.
Core.RegisterModel <TestModelWithAttributes>();
var formatcore = formatter.FormatModel(obj, "bd:{BirthDate},a:{Age},m:{Money}");
// Act: Attempt to override, should not.
var formatcoreoverride = formatter.FormatModel(obj, "bd:{BirthDate:yyyy/MM/dd},a:{Age:0.000},m:{Money:0.0}");
// Asserts
Assert.AreEqual("bd:12/20/2013,a:20.00,m:$45.54", formatdefault);
Assert.AreEqual("bd:2013/12/20,a:20.000,m:45.5", formattexttemplate);
Assert.AreEqual("bd:12/20/2013,a:20.00,m:$45.54", formatcore);
Assert.AreEqual("bd:12/20/2013,a:20.00,m:$45.54", formatcoreoverride);
}
public void ReflectiveDataAnnotation()
{
var obj = new TestModelWithAttributes()
{
Age = 25,
BirthDate = new DateTime(1987, 04, 03),
Name = "Bobby"
};
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.00",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age}"));
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.0000",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age:0.0000}"));
}
public void ReservedCharacters()
{
var obj = new TestModelWithAttributes()
{
Age = 25,
BirthDate = new DateTime(1987, 04, 03),
Name = "Bobby"
};
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.00 {Oranges}",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age} {Oranges}"));
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.00 {{Oranges}}",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age} {{Oranges}}"));
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.00 {SomeJsonObject: 'Organic'}",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age} {SomeJsonObject: 'Organic'}"));
}
public void FormatPrecedence()
{
var obj = new TestModelWithAttributes()
{
Age = 25,
BirthDate = new DateTime(1987, 04, 03),
Name = "Bobby"
};
// Assert the normal precendence.
Assert.AreEqual("Name: Bobby BirthDate: 4/3/1987 Age: 25.00 {Oranges}",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate} Age: {Age} {Oranges}"));
// Override the annotation, and assert the string format precedence.
Assert.AreEqual("Name: Bobby BirthDate: 1987/04/03 Age: 25.0 {Oranges}",
formatter.FormatModel(obj, "Name: {Name} BirthDate: {BirthDate:yyyy/MM/dd} Age: {Age:0.0} {Oranges}"));
}
public void CoreEfficiencySpeed()
{
// Test to assert the core has a major effect on the runtime speed of the FormatModel
// operation.
// Speed tracking objects.
var sw = new Stopwatch();
var formatter = new DefaultModelFormatter();
// Let's double check to make sure the model isn't already in the core.
if (Core.IsRegistered <TestModelWithAttributes>())
{
Core.ClearModel <TestModelWithAttributes>();
}
// First, test the speed of some normal formatting. (DateTime seems to take the longest)
var obj = new TestModelWithAttributes {
BirthDate = new DateTime(2013, 12, 20), Age = 20, Money = 45.54m
};
sw.Start();
for (int i = 0; i < 200000; i++)
{
formatter.FormatModel(obj, "something {BirthDate} something {Money}");
}
sw.Stop();
var timenormal = sw.ElapsedMilliseconds;
// Now let's setup the core and parse through our type initially.
ModelFormatting.Core.RegisterModel <TestModelWithAttributes>();
// Now we test the speed of the core.
sw.Restart();
for (int i = 0; i < 200000; i++)
{
formatter.FormatModel(obj, "something {BirthDate} something {Money}");
}
sw.Stop();
var timecore = sw.ElapsedMilliseconds;
// Assert the speed was much faster.
Debug.WriteLine("NormalSpeed: {0:0.00}s, CoreSpeed: {1:0.00}s", timenormal / 1000f, timecore / 1000f);
Assert.IsTrue(timenormal > timecore * 2);
}
