// ShowTestDescription shows the description for the selected set of // tests. func ShowTestDescription(conf *tomlParser.Config, testPaths []string) { for _, testDir := range testPaths { testDescription, err := tomlParser.Parse(filepath.Join(testDir, "test_description.toml"), conf.IncludeDir) if err != nil { log.Printf("Error parsing test description in %s: %v", testDir, err) continue } fmt.Println("test name: ", path.Base(testDir)) fmt.Println("--------------------------------------------------------------") fmt.Println(testDescription.Description) fmt.Println() } }
// createSimJobs is responsible for filling a worker queue with // jobs to be run via the simulation tool. It parses the test // description, assembles a TestDescription struct and adds it // to the simulation job queue. func createSimJobs(includePath string, testPaths []string, simJobs chan *tester.TestData, testResults chan *tester.TestResult) { runID := 0 for _, testDir := range testPaths { testFile := filepath.Join(testDir, "test_description.toml") testDescription, err := tomlParser.Parse(testFile, includePath) if err != nil { msg := fmt.Sprintf("Error parsing test description in %s: %v", testDir, err) testResults <- &tester.TestResult{Path: testFile, Success: false, TestName: "parse description", ErrorMessage: msg} continue } // create output directory outputDir := file.GetOutputDir(testDir) if err := os.Mkdir(outputDir, 0744); err != nil { msg := fmt.Sprint(err) testResults <- &tester.TestResult{Path: testFile, Success: false, TestName: "create test output directory", ErrorMessage: msg} continue } // set path and pick a Seed value for run testDescription.Path = testDir testDescription.Run.RunID = runID // schedule requested number of Seeds; if there is just a single // Seed requested we pick one randomly switch testDescription.Run.NumSeeds { case 0: // user didn't set number of Seeds -- assume single Seed testDescription.Run.NumSeeds = 1 testDescription.Run.Seed = rng.Intn(10000) case 1: testDescription.Run.Seed = rng.Intn(10000) default: for i := 1; i < testDescription.Run.NumSeeds; i++ { newTest := testDescription.Copy() newTest.Run.Seed = i testDescription.Run.Seed = i + 1 simJobs <- &tester.TestData{newTest, nil} } } simJobs <- &tester.TestData{testDescription, nil} runID++ } close(simJobs) }
// extractCategories extracts the available test categories from the provided // test selection (x, x:y, 'all', etc.) func extractCategories(conf *tomlParser.Config, testNames []string) map[string][]string { tests := extractAllTestCases(conf.TestDir, testNames) categoryMap := make(map[string][]string) for _, t := range tests { p, err := tomlParser.Parse(filepath.Join(t, "test_description.toml"), conf.IncludeDir) if err != nil { continue } for _, k := range p.KeyWords { if _, ok := categoryMap[k]; !ok { categoryMap[k] = []string{t} } else { categoryMap[k] = append(categoryMap[k], t) } } } return categoryMap }