// runTests runs the specified list of tests
func RunTests(conf *jsonParser.Config, tests []string,
numSimJobs, numTestJobs int) (int, []*tester.TestResult, error) {
if err := misc.CleanOutput(tests); err != nil {
fmt.Println("Failed to clean up previous test results", err)
return 0, nil, err
}
simJobs := make(chan *jsonParser.TestDescription, numSimJobs)
go createSimJobs(conf.IncludeDir, tests, simJobs)
// framework for running simulations
simOutput := make(chan *jsonParser.TestDescription, len(tests))
simsDone := make(chan struct{}, numSimJobs)
for i := 0; i < numSimJobs; i++ {
go runSimJobs(conf.McellPath, simOutput, simJobs, simsDone)
}
go closeSimOutput(simOutput, simsDone, numSimJobs)
// framework for collecting simulation results and funneling them into tests
testInput := make(chan *jsonParser.TestDescription, len(tests))
go collectSimResults(testInput, simOutput)
// framework for running tests
testResults := make(chan *tester.TestResult, len(tests))
testsDone := make(chan struct{}, numTestJobs)
for i := 0; i < numTestJobs; i++ {
go runTestJobs(testResults, testInput, testsDone)
}
numGoodTests, badTests := processResults(testResults, testsDone, numTestJobs)
return numGoodTests, badTests, nil
}
// main routine
func main() {
nutmegConf, err := jsonParser.ReadConfig()
if err != nil {
log.Fatal("Error reading nutmeg.conf: ", err)
}
startTime := time.Now()
testNames, err := gatherTests(nutmegConf.TestDir)
if err != nil {
log.Fatal("Could not determine list of available test cases")
}
flag.Parse()
if (testSelection != "") && (categorySelection != "") {
log.Fatal("The r and R flags are mutually exclusive")
}
switch {
case listTestsFlag:
fmt.Println("Available tests:")
fmt.Println("----------------")
for i, t := range testNames {
fmt.Printf("[%d] %-20s\n", i, t)
}
case listCategoriesFlag:
fmt.Println("Available Categories:")
fmt.Println("--------------------")
categories := extractCategories(nutmegConf, testNames)
for k := range categories {
fmt.Println(" -", k)
}
case cleanTestOutput:
testPaths := make([]string, len(testNames))
for i, t := range testNames {
testPaths[i] = filepath.Join(nutmegConf.TestDir, t)
}
if err := misc.CleanOutput(testPaths); err != nil {
log.Fatal(err)
}
case descriptionSelectionShort != "":
tests := extractTestCases(nutmegConf.TestDir, descriptionSelectionShort,
testNames)
engine.ShowTestDescription(nutmegConf, tests)
case categorySelection != "":
testSelection = strings.TrimSpace(testSelection)
categoryMap := extractCategories(nutmegConf, testNames)
if ts, ok := categoryMap[testSelection]; ok {
spawnTests(nutmegConf, ts, startTime)
}
case testSelection != "":
testSelection = strings.TrimSpace(testSelection)
// check if all tests were requested
var tests []string
if testSelection == "all" {
tests = extractAllTestCases(nutmegConf.TestDir, testNames)
} else {
tests = extractTestCases(nutmegConf.TestDir, testSelection, testNames)
}
spawnTests(nutmegConf, tests, startTime)
default:
flag.PrintDefaults()
}
}
