public BenchRenderers()
{
var parsers = new BenchParsers();
_scribanTemplate = parsers.TestScriban();
_dotLiquidTemplate = parsers.TestDotLiquid();
_stubbleTemplate = parsers.TestStubble();
_stubbleSettings = new Stubble.Core.Settings.RendererSettingsBuilder().BuildSettings();
_nustacheTemplate = parsers.TestNustache();
_handlebarsTemplate = parsers.TestHandlebars();
_cottleTemplate = parsers.TestCottle();
_fluidTemplate = parsers.TestFluid();
_razorTemplate = parsers.TestRazor();
const int ProductCount = 500;
_products = new List <Product>(ProductCount);
_scribanProducts = new List <ScriptObject>();
_dotLiquidProducts = new List <DotLiquid.Hash>(ProductCount);
var cottleValues = new List <Cottle.Value>();
for (int i = 0; i < ProductCount; i++)
{
var product = new Product("Name" + i, i, Lorem);
_products.Add(product);
var hash = new Hash()
{
["name"] = product.Name, ["price"] = product.Price, ["description"] = product.Description
};
_dotLiquidProducts.Add(hash);
var obj = new ScriptObject {
["name"] = product.Name, ["price"] = product.Price, ["description"] = product.Description
};
_scribanProducts.Add(obj);
cottleValues.Add(new Cottle.Values.ReflectionValue(product));
}
_liquidTemplateContext = new LiquidTemplateContext();
// For Cottle, we match the behavior of Scriban that is accessing the Truncate function via an reflection invoke
// In Scriban, we could also have a direct Truncate function, but it is much less practical in terms of declaration
_cottleStringStore = new Dictionary <Cottle.Value, Cottle.Value>();
_cottleStringStore["truncate"] = new Cottle.Functions.NativeFunction((values, store, Output) =>
{
if (values.Count != 2)
{
throw new InvalidOperationException("Unexpected number of arguments for truncate function");
}
return(StringFunctions.Truncate(values[0].AsString, Convert.ToInt32(values[1].AsNumber)));
}, 2);
}
public BenchRenderers()
{
var parsers = new BenchParsers();
_scribanTemplate = parsers.TestScriban();
_dotLiquidTemplate = parsers.TestDotLiquid();
_stubbleTemplate = parsers.TestStubble();
_stubbleSettings = new Stubble.Core.Settings.RendererSettingsBuilder().BuildSettings();
_nustacheTemplate = parsers.TestNustache();
_handlebarsTemplate = parsers.TestHandlebars();
_cottleTemplate = parsers.TestCottle();
_fluidTemplate = parsers.TestFluid();
const int ProductCount = 500;
_products = new List <Product>(ProductCount);
_scribanProducts = new List <ScriptObject>();
_dotLiquidProducts = new List <DotLiquid.Hash>(ProductCount);
var cottleProducts = new List <Cottle.Value>();
for (int i = 0; i < ProductCount; i++)
{
var product = new Product("Name" + i, i, Lorem);
_products.Add(product);
var hash = new Hash()
{
["name"] = product.Name, ["price"] = product.Price, ["description"] = product.Description
};
_dotLiquidProducts.Add(hash);
var obj = new ScriptObject {
["name"] = product.Name, ["price"] = product.Price, ["description"] = product.Description
};
_scribanProducts.Add(obj);
var value = new Dictionary <Cottle.Value, Cottle.Value> {
["name"] = product.Name, ["price"] = product.Price, ["description"] = product.Description
};
cottleProducts.Add(value);
}
_cottleProducts = cottleProducts;
_templateContext = new TemplateContext();
_templateContext.BuiltinObject["truncate"] = ((ScriptObject)_templateContext.BuiltinObject["string"])["truncate"];
// For Cottle, we match the behavior of Scriban that is accessing the Truncate function via an reflection invoke
// In Scriban, we could also have a direct Truncate function, but it is much less practical in terms of declaration
_cottleStringStore = new Dictionary <Cottle.Value, Cottle.Value>();
_cottleStringStore["truncate"] = new Cottle.Functions.NativeFunction(values => StringFunctions.Truncate(values[0].AsString, Convert.ToInt32(values[1].AsNumber)), 2);
}
