aspnetcore/benchmarks/Microsoft.AspNetCore.Routin.../Matchers/SmallEntryCountLiteralMatch...

125 lines
4.3 KiB
C#

// Copyright (c) .NET Foundation. All rights reserved.
// Licensed under the Apache License, Version 2.0. See License.txt in the project root for license information.
using System.Threading.Tasks;
using BenchmarkDotNet.Attributes;
using Microsoft.AspNetCore.Http;
namespace Microsoft.AspNetCore.Routing.Matchers
{
public class SmallEntryCountLiteralMatcherBenchark : MatcherBenchmarkBase
{
private Matcher _baseline;
private Matcher _dfa;
private Matcher _instruction;
private Matcher _route;
private Matcher _tree;
private EndpointFeature _feature;
[GlobalSetup]
public void Setup()
{
SetupEndpoints();
SetupRequests();
_baseline = SetupMatcher(new TrivialMatcherBuilder());
_dfa = SetupMatcher(new DfaMatcherBuilder());
_instruction = SetupMatcher(new InstructionMatcherBuilder());
_route = SetupMatcher(new RouteMatcherBuilder());
_tree = SetupMatcher(new TreeRouterMatcherBuilder());
_feature = new EndpointFeature();
}
private void SetupEndpoints()
{
_endpoints = new MatcherEndpoint[10];
_endpoints[0] = CreateEndpoint("/another-really-cool-entry");
_endpoints[1] = CreateEndpoint("/Some-Entry");
_endpoints[2] = CreateEndpoint("/a/path/with/more/segments");
_endpoints[3] = CreateEndpoint("/random/name");
_endpoints[4] = CreateEndpoint("/random/name2");
_endpoints[5] = CreateEndpoint("/random/name3");
_endpoints[6] = CreateEndpoint("/random/name4");
_endpoints[7] = CreateEndpoint("/plaintext1");
_endpoints[8] = CreateEndpoint("/plaintext2");
_endpoints[9] = CreateEndpoint("/plaintext");
}
private void SetupRequests()
{
_requests = new HttpContext[1];
_requests[0] = new DefaultHttpContext();
_requests[0].RequestServices = CreateServices();
_requests[0].Request.Path = "/plaintext";
}
// For this case we're specifically targeting the last entry to hit 'worst case'
// performance for the matchers that scale linearly.
private Matcher SetupMatcher(MatcherBuilder builder)
{
builder.AddEndpoint(_endpoints[0]);
builder.AddEndpoint(_endpoints[1]);
builder.AddEndpoint(_endpoints[2]);
builder.AddEndpoint(_endpoints[3]);
builder.AddEndpoint(_endpoints[4]);
builder.AddEndpoint(_endpoints[5]);
builder.AddEndpoint(_endpoints[6]);
builder.AddEndpoint(_endpoints[7]);
builder.AddEndpoint(_endpoints[8]);
builder.AddEndpoint(_endpoints[9]);
return builder.Build();
}
[Benchmark(Baseline = true)]
public async Task Baseline()
{
var feature = _feature;
await _baseline.MatchAsync(_requests[0], feature);
Validate(_requests[0], _endpoints[9], feature.Endpoint);
}
[Benchmark]
public async Task Dfa()
{
var feature = _feature;
await _dfa.MatchAsync(_requests[0], feature);
Validate(_requests[0], _endpoints[9], feature.Endpoint);
}
[Benchmark]
public async Task Instruction()
{
var feature = _feature;
await _instruction.MatchAsync(_requests[0], feature);
Validate(_requests[0], _endpoints[9], feature.Endpoint);
}
[Benchmark]
public async Task LegacyRoute()
{
var feature = _feature;
// This is required to make the legacy router implementation work with dispatcher.
_requests[0].Features.Set<IEndpointFeature>(feature);
await _route.MatchAsync(_requests[0], feature);
Validate(_requests[0], _endpoints[9], feature.Endpoint);
}
[Benchmark]
public async Task LegacyTreeRouter()
{
var feature = _feature;
// This is required to make the legacy router implementation work with dispatcher.
_requests[0].Features.Set<IEndpointFeature>(feature);
await _tree.MatchAsync(_requests[0], feature);
Validate(_requests[0], _endpoints[9], feature.Endpoint);
}
}
}