func ServeWithLab(lab Laboratory) {
benchmarker.WithConfiguredWorkerAndSlaves(func(worker benchmarker.Worker) error {
r := mux.NewRouter()
ctx := &serverContext{r, lab, worker}
r.Methods("GET").Path("/experiments/").HandlerFunc(handler(ctx.handleListExperiments))
r.Methods("GET").Path("/experiments/{name}.csv").HandlerFunc(csvHandler(ctx.handleGetExperiment)).Name("csv")
r.Methods("GET").Path("/experiments/{name}").HandlerFunc(handler(ctx.handleGetExperiment)).Name("experiment")
r.Methods("POST").Path("/experiments/").HandlerFunc(handler(ctx.handlePush))
r.Methods("GET").Path("/").HandlerFunc(redirectBase)
http.Handle("/ui/", http.StripPrefix("/ui/", http.FileServer(http.Dir("ui"))))
http.Handle("/", r)
bind()
return nil
})
}
}
var ok, err = worker.Validate(params.workload)
if !ok {
fmt.Printf("Invalid workload: '%s'\n\n", err)
fmt.Println("Available workloads:\n")
worker.Visit(PrintWorkload)
return err
}
return then()
}
var WithConfiguredWorkerAndSlaves = func(fn func(worker benchmarker.Worker) error) error {
return benchmarker.WithConfiguredWorkerAndSlaves(fn)
}
var LaboratoryFactory = func(store Store) (lab Laboratory) {
lab = NewLaboratory(store)
return
}
var BlockExit = func() {
for {
in := make([]byte, 1)
os.Stdin.Read(in)
if string(in) == "q" {
return
}
}
