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How to use SampleScenarios method of performance_test Package

Best Ginkgo code snippet using performance_test.SampleScenarios

compiling_and_running_test.go

Source:compiling_and_running_test.go

...23		BeforeEach(func() {24			pfm.MountFixture("performance")25		})26		It("runs a series of experiments with various scenarios", func() {27			SampleScenarios(cache, 8, 1, true,28				ScenarioSettings{Fixture: "performance", NumSuites: 1, ConcurrentCompilers: 1, ConcurrentRunners: 1},29				ScenarioSettings{Fixture: "performance", NumSuites: 1, UseGoTestDirectly: true, ConcurrentGoTests: 1},30				ScenarioSettings{Fixture: "performance", NumSuites: 1, UseGoTestDirectly: true, GoTestCompileThenRunSerially: true},31			)32		})33	})34	Describe("Analysis", func() {35		It("analyzes the various scenarios to identify winners", func() {36			AnalyzeCache(cache)37		})38	})39})40var _ = Describe("Compiling and Running multiple tests", func() {41	var cache gmeasure.ExperimentCache42	BeforeEach(func() {43		var err error44		cache, err = gmeasure.NewExperimentCache("./compiling-and-running-multiple-cache")45		Î©(err).ShouldNot(HaveOccurred())46		// we mount everything outside the Ginkgo parent directory to make sure GOMODULES doesn't get confused by the go.mod in Ginkgo's root47		pfm = NewPerformanceFixtureManager(fmt.Sprintf("../../../ginkgo_perf_tmp_%d", GinkgoParallelProcess()))48		gmcm = NewGoModCacheManager(fmt.Sprintf("../../../ginkgo_perf_cache_%d", GinkgoParallelProcess()))49		if !DEBUG {50			DeferCleanup(pfm.Cleanup)51			DeferCleanup(gmcm.Cleanup)52		}53	})54	Describe("Experiments", func() {55		BeforeEach(func() {56			pfm.MountFixture("performance")57		})58		It("runs a series of experiments with various scenarios", func() {59			SampleScenarios(cache, 8, 1, true,60				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 1, ConcurrentRunners: 1, Recurse: true},61				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 1, Recurse: true},62				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 1, Recurse: true},63				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 1, CompileFirstSuiteSerially: true, Recurse: true},64				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 1, CompileFirstSuiteSerially: true, Recurse: true},65				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 2, Recurse: true},66				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 2, Recurse: true},67				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 4, CompileFirstSuiteSerially: true, Recurse: true},68				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 4, CompileFirstSuiteSerially: true, Recurse: true},69				ScenarioSettings{Fixture: "performance", NumSuites: 5, UseGoTestDirectly: true, ConcurrentGoTests: 1, Recurse: true},70				ScenarioSettings{Fixture: "performance", NumSuites: 5, UseGoTestDirectly: true, ConcurrentGoTests: 2, Recurse: true},71				ScenarioSettings{Fixture: "performance", NumSuites: 5, UseGoTestDirectly: true, ConcurrentGoTests: 4, Recurse: true},72				ScenarioSettings{Fixture: "performance", NumSuites: 5, UseGoTestDirectly: true, ConcurrentGoTests: 8, Recurse: true},73				ScenarioSettings{Fixture: "performance", NumSuites: 5, UseGoTestDirectly: true, GoTestCompileThenRunSerially: true, Recurse: true},...

fetching_dependencies_test.go

Source:fetching_dependencies_test.go

...23		BeforeEach(func() {24			pfm.MountFixture("performance")25		})26		It("runs a series of experiments with various scenarios", func() {27			SampleScenarios(cache, 8, 1, false,28				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 1, ConcurrentRunners: 1, Recurse: true, ClearGoModCache: true},29				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 1, Recurse: true, ClearGoModCache: true},30				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 1, Recurse: true, ClearGoModCache: true},31				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 1, ConcurrentRunners: 1, GoModDownloadFirst: true, Recurse: true, ClearGoModCache: true},32				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 1, GoModDownloadFirst: true, Recurse: true, ClearGoModCache: true},33				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 1, GoModDownloadFirst: true, Recurse: true, ClearGoModCache: true},34				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 2, ConcurrentRunners: 1, CompileFirstSuiteSerially: true, Recurse: true, ClearGoModCache: true},35				ScenarioSettings{Fixture: "performance", NumSuites: 5, ConcurrentCompilers: 4, ConcurrentRunners: 1, CompileFirstSuiteSerially: true, Recurse: true, ClearGoModCache: true},36			)37		})38	})39	Describe("Analysis", func() {40		It("analyzes the various fetching dependencies scenarios to identify winners", func() {41			AnalyzeCache(cache)...

SampleScenarios

Using AI Code Generation

1import (2func main() {3	test := performance_test.PerformanceTest{}4	test.SampleScenarios()5	fmt.Println("completed")6}7import (8type PerformanceTest struct {9}10func (p *PerformanceTest) SampleScenarios() {11	scenario := scenario.Scenario{}12	scenario.SampleScenario()13	fmt.Println("completed")14}15import (16type Scenario struct {17}18func (s *Scenario) SampleScenario() {19	scenarioImpl := scenario_impl.ScenarioImpl{}20	scenarioImpl.SampleScenarioImpl()21	fmt.Println("completed")22}23import (24type ScenarioImpl struct {25}26func (s *ScenarioImpl) SampleScenarioImpl() {27	fmt.Println("completed")28}

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