daniel-007/gotq

golang distribute task queue

gotq

golang distribute task queue, base on redis, lightweight and easy use, inspired by python's celery

Feature

• use redis as broker
• customize worker numbers
• support async task or block for wait reply
• worker will discard outdate sync task

Installation

go get github.com/shidenggui/gotq

Overview

you can see example in gotq/example

start worker

go run example/worker/worker.go

dispatch task

block for result

go run example/server/server.go

dispatch async task

go run example/server/main.go -m delay

QuickStart

define task

,

//config broker
var cfg = config.Config{
	Broker: &config.BrokerCfg{
		Host:     "127.0.0.1",
		Port:     6379,
		Password: "",
		DB:       0,
	},
}

var App = gotq.New(&cfg)

// taskSender, one task function one sender
var AddSender = App.Register(Add)

type AddArgs struct {
	X int64
	Y int64
}

type AddResult struct {
	Sum int64
}

func Add(argsInter map[string]interface{}) map[string]interface{} {
	args := new(AddArgs)

	//recommended use mapstructure to bind map to struct
	ms.Decode(argsInter, args)
    
    // do soemthing you want

    //recommeded use github.com/fatih/strtuts to convert map to struct
    res := &AddResult{
        Sum: args.X + args.Y,
    }

    /* also can simple use map[string]interface{}
	res := make(map[string]interface{})
	res["sum"] = args.X + args.Y
    /*

	return structs.Map(res)
}

start workers

workerNum := int64(500)
App.WorkerStart(workerNum)

dispatch task

Async task dispatch

args := &AddArgs{3, 4}
err := AddSender.Delay(args)

Sync task dispatch, block for wait result

args := &AddArgs{3, 4}
timeout := int64(5)
res, err := AddSender.Request(args, timeout)
...
//recommended use mapstructure to bind map to struct
rep := new(AddReply)
ms.Decode(res, rep)