func (j *Job) Run() {
// If the job panics, just print a stack trace.
// Don't let the whole process die.
defer func() {
if err := recover(); err != nil {
if revelError := revel.NewErrorFromPanic(err); revelError != nil {
revel.ERROR.Print(err, "\n", revelError.Stack)
} else {
revel.ERROR.Print(err, "\n", string(debug.Stack()))
}
}
}()
if !selfConcurrent {
j.running.Lock()
defer j.running.Unlock()
}
if workPermits != nil {
workPermits <- struct{}{}
defer func() { <-workPermits }()
}
atomic.StoreUint32(&j.status, 1)
defer atomic.StoreUint32(&j.status, 0)
j.inner.Run()
}
// Run runs a single test, given by the argument.
func (c TestRunner) Run(suite, test string) revel.Result {
result := TestResult{Name: test}
for _, testSuite := range revel.TestSuites {
t := reflect.TypeOf(testSuite).Elem()
if t.Name() != suite {
continue
}
// Found the suite, create a new instance and run the named method.
v := reflect.New(t)
func() {
defer func() {
if err := recover(); err != nil {
error := revel.NewErrorFromPanic(err)
if error == nil {
result.ErrorHtml = template.HTML(html.EscapeString(fmt.Sprint(err)))
} else {
var buffer bytes.Buffer
tmpl, _ := revel.MainTemplateLoader.Template("TestRunner/FailureDetail.html")
tmpl.Render(&buffer, error)
result.ErrorHtml = template.HTML(buffer.String())
}
}
}()
// Initialize the test suite with a NewTestSuite()
testSuiteInstance := v.Elem().FieldByName("TestSuite")
testSuiteInstance.Set(reflect.ValueOf(revel.NewTestSuite()))
// Call Before(), call the test, and call After().
if m := v.MethodByName("Before"); m.IsValid() {
m.Call(NONE)
}
v.MethodByName(test).Call(NONE)
if m := v.MethodByName("After"); m.IsValid() {
m.Call(NONE)
}
// No panic means success.
result.Passed = true
}()
break
}
return c.RenderJson(result)
}