func Serve() {
err := store.WithStore(func(store Store) error {
ServeWithLab(NewLaboratory(store))
return nil
})
if err != nil {
panic(err)
}
}
func RunCommandLine() error {
params.workload = strings.Replace(params.workload, " ", "", -1)
workloadContext := NewContext()
workloads.PopulateRestContext(params.restTarget, params.restUser, params.restPass, params.restSpace, workloadContext)
workloads.PopulateAppContext(params.app, params.manifest, workloadContext)
return WithConfiguredWorkerAndSlaves(func(worker benchmarker.Worker) error {
return validateParameters(worker, func() error {
return store.WithStore(func(store Store) error {
parsedConcurrency, err := parseConcurrency(params.concurrency)
if err != nil {
return err
}
parsedConcurrencyStepTime := parseConcurrencyStepTime(params.concurrencyStepTime)
lab := LaboratoryFactory(store)
handlers := make([]func(<-chan *Sample), 0)
if !params.silent {
handlers = append(handlers, func(s <-chan *Sample) {
display(params.concurrency, params.iterations, params.interval, params.stop, params.concurrencyStepTime, s)
})
}
exitBlocker := make(chan int)
if params.silent {
var tryBlock = func(s <-chan *Sample) {
for _ = range s {
exitBlocker <- 1
}
close(exitBlocker)
}
handlers = append(handlers, func(s <-chan *Sample) {
tryBlock(s)
})
}
lab.RunWithHandlers(
NewRunnableExperiment(
NewExperimentConfiguration(
params.iterations, parsedConcurrency, parsedConcurrencyStepTime, params.interval, params.stop, worker, params.workload)), handlers, workloadContext)
if params.silent {
SilentExit(exitBlocker)
} else {
BlockExit()
}
return err
})
})
})
}
