internal static void Transform(TextTransformerBase transformer)
{
//Prepare the argument that will be passes to the template
var class1 = new ClassDefinition
{
Name = "TestClass",
Namespace = "TC.CustomTemplating.Example.Generated"
};
class1.Properties.Add(new Property("Name", typeof(string)));
class1.Properties.Add(new Property("Lenght", typeof(int)));
class1.Properties.Add(new Property("L", typeof(int)));
//Get template from the embedded resources
string template = TemplateResources.Get("TC.CustomTemplating.Example.Class.tt", typeof(ClassTemplate));
//Allows us to show the compiled class
transformer.ClassDefinitionGenerated += Host_ClassDefinitionGenerated;
//start the tranformation
var output = transformer.Transform(template, "Class", class1);
Console.WriteLine("--BEGIN OUTPUT--");
Console.WriteLine(output);
Console.WriteLine("--END OUTPUT--");
transformer.ClassDefinitionGenerated -= Host_ClassDefinitionGenerated;
}
internal static void Measure()
{
//Prepare the argument that will be passes to the template
var class1 = new ClassDefinition
{
Name = "TestClass",
Namespace = "TC.CustomTemplating.Example.Generated"
};
class1.Properties.Add(new Property("Name", typeof(string)));
class1.Properties.Add(new Property("Lenght", typeof(int)));
class1.Properties.Add(new Property("L", typeof(int)));
double min = double.MaxValue;
double max = 0;
double first = double.MinValue;
const int numberOfTransformations = 100;
//Get template from the embedded resources
string template = TemplateResources.Get("TC.CustomTemplating.Example.Class.tt", typeof(ClassTemplate));
//Create a new domain wherein the transformation will
//take place
using (var transformer = new DomainTextTransformer())
{
//We try to transform it n times
Stopwatch watch = new Stopwatch();
for (int i = 0; i < numberOfTransformations; i++)
{
//start the tranformation
watch.Reset();
watch.Start();
transformer.Transform(template, "Class", class1);
watch.Stop();
//Measure
var milliseconds = watch.ElapsedMilliseconds;
if (first == double.MinValue)
{
first = milliseconds;
}
else
{
max = Math.Max(max, milliseconds);
}
min = Math.Min(min, milliseconds);
}
}
Console.WriteLine("--BEGIN MEASUREMENT RESULTS--");
Console.WriteLine("Number Of Transformations: {0}", numberOfTransformations);
Console.WriteLine("First Time: {0}ms", first);
Console.WriteLine("Min Time: {0}ms", min);
Console.WriteLine("Max Time: {0}ms (without first time)", max);
Console.WriteLine("--END MEASUREMENT RESULTS--");
}