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https://github.com/crazybber/go-pattern-examples

Examples of implement for awesome go patterns including usual design patterns, in easy understanding examples.
https://github.com/crazybber/go-pattern-examples

awesome awesome-go awesome-pattern best-practices best-practises design-patterns engineering-design engineering-practice example examples go-awesome-patterns go-fucking-patterns go-patterns patterns

Last synced: about 1 month ago
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Examples of implement for awesome go patterns including usual design patterns, in easy understanding examples.

Host: GitHub
URL: https://github.com/crazybber/go-pattern-examples
Owner: crazybber
License: mit
Created: 2020-04-21T14:54:20.000Z (over 4 years ago)
Default Branch: master
Last Pushed: 2023-09-25T16:05:23.000Z (12 months ago)
Last Synced: 2024-07-07T08:34:56.931Z (2 months ago)
Topics: awesome, awesome-go, awesome-pattern, best-practices, best-practises, design-patterns, engineering-design, engineering-practice, example, examples, go-awesome-patterns, go-fucking-patterns, go-patterns, patterns
Language: Go
Homepage:
Size: 632 KB
Stars: 104
Watchers: 2
Forks: 23
Open Issues: 0
Metadata Files:
- Readme: README.md
- License: LICENSE

Awesome Lists containing this project

README

        # Golang工程模式示例集合(Go Patterns Examples)

**包括了[go-patterns](https://github.com/tmrts/go-patterns) 和[golang-design-pattern](https://github.com/senghoo/golang-design-pattern)中的全部模式**

目前包括**42种Go中常用的、面向工程化和最佳实践的模式/套路**，自然也包含常见的23种设计模式,重点是这里全部是例子、通俗易懂，甚至每个模式下的例子，改一下名字，稍微再增加几行代码就可以直接用在项目和工程中了。

每一种设计模式都有其特定的应用场景和要解决的问题，了解模式的关键点就在于弄清这些目标场景和问题，千万不要纠结于：为什么这个模式叫这个名字，这个模式为啥要这样用？ **要知道，最初，这些模式不是你总结的，也不是我的总结的，命名不由你我，如果是你我的写的，当然可以按照自己的喜欢的感觉给这些套路取名字，让其他人去费劲想**

## 了解姿势 Ways

+ 所谓模式就是套路,如功夫,招有定式

+ 学习模式，就是学习一些经典套路，更弄清楚套路要解决的目标场景，这很重要，才能举一反三更好创新

+ 这里就是以实际代码示例出发，展示设计模式,通俗易懂

+ 除了常见的23种普适的设计模式,Go也有一些属于自己的模式

## 走起 Go

下载：

```bash

go https://github.com/crazybber/go-pattern-examples

```

跑一遍测试：

```bash

cd go-pattern-examples

go test ./...

```

## 行为型模式 Behavior Patterns

+ [x] [备忘录模式(Memento)](./behavior/09_memento)

+ [x] [中介者模式(Mediator)](./behavior/01_mediator)

+ [x] [闭包选项模式(Function Option)](./behavior/02_option)

+ [x] [观察者模式(Observer)](./behavior/03_observer)

+ [x] [命令模式(Command)](./behavior/11_command)

+ [x] [迭代器模式(Iterator)](./behavior/04_iterator)

+ [x] [模板方法模式(Template Method)](./behavior/05_template_method)

+ [x] [策略模式(Strategy)](./behavior/12_strategy)

+ [x] [状态模式(State)](./behavior/behavior16_state)

+ [x] [访问者模式(Visitor)](./behavior/07_visitor)

+ [x] [解释器模式(Interpreter)](./behavior/08_interpreter)

+ [x] [职责链模式(Chain of Responsibility)](./behavior/06_chain_of_responsibility)

## 创建型模式 Creation Patterns

+ [x] [New模式(New)](./creation/01_new)

+ [x] [简单工厂模式(Simple Factory)](./creation/02_simple_factory)

+ [x] [创建者模式(Builder)](./creation/03_builder)

+ [x] [单例模式(Singleton)](./creation/06_singleton)

+ [x] [对象池模式(Object Pool)](./creation/04_object_pool)

+ [x] [工厂方法模式(Factory Method)](./creation/05_factory_method)

+ [x] [抽象工厂模式(Abstract Factory)](./creation/08_abstract_factory)

+ [x] [原型模式(Prototype)](./creation/07_prototype)

## 结构型模式 Structure Patterns

+ [x] [外观模式(Facade)](./structure/01_facade)

+ [x] [适配器模式(Adapter)](./structure/02_adapter)

+ [x] [桥模式(Bridge)](./structure/03_bridge)

+ [x] [复合模式(Composite)](./structure/05_composite)

+ [x] [享元模式(Flyweight)](./structure/04_flyweight)

+ [x] [装饰器模式(Decorator)](./structure/06_decorator)

+ [x] [代理模式(Proxy)](./structure/07_proxy)

## 弹性模式 Resiliency Patterns

+ [x] [熔断模式(circuit breaker)](./resiliency/01_circuit_breaker)

+ [x] [限流模式(rate limiting)](./resiliency/02_rate_limiting)

+ [ ] [WIP][重试模式(retrier)](./resiliency/04_retrier)

+ [x] [最后期限模式(deadline)](./resiliency/03_deadline)

## 更多模式(同步/并发/并行) Go More Patterns(Concurrency/Parallelism/Sync)

+ [x] [发布订阅模式(Pub-Sub)](./gomore/01_messages)

+ [x] [时差模式(Time Profile)](./gomore/02_profiles)

+ [x] [上下文模式(Context)](./gomore/03_context)

+ [x] [扇入模式(Fan-In)](./gomore/04_fan_in)

+ [x] [扇出模式(Fan-Out)](./gomore/05_fan_out)

+ [ ] [WIP][信号量模式(Semaphore)](./gomore/08_semaphore)

+ [ ] [WIP][并行模式(Parallelism)](./gomore/09_parallelism)

+ [ ] [WIP][生成器模式(Generators)](./gomore/10_generators)

+ [ ] [WIP][屏障模式(N-Barrier)](./gomore/11_n_barrier)

+ [ ] [WIP][有限并行模式(Bounded Parallelism)](./gomore/12_bounded_parallelism)

+ [ ] [WIP][批处理模式(batcher)](./gomore/13_batcher)

## 参考资料(Design patters Articles)

| Patterns | Instructions | Status |

|:-------:|:----------- |:------:|

| [go-patterns](https://github.com/crazybber/go-patterns)|搜集整理到各种模式文章和代码|p|

| [菜鸟设计模式](https://www.runoob.com/design-pattern/design-pattern-tutorial.html)|以Java为主的设计模式介绍|p|

| [design_pattern](http://c.biancheng.net/design_pattern)|编程之家的设计模式|p|

| [golang-design-pattern](https://github.com/senghoo/golang-design-pattern)|go语言的设计模式理论|p|

| [go-resiliency](https://github.com/eapache/go-resiliency)|go的一些弹性模式 |m|

| [Behavioral](https://github.com/AlexanderGrom/go-patterns/tree/master/Behavioral)|设计模式中的行为模式(俄语版)|m|

| [go-patterns](https://github.com/sevenelevenlee/go-patterns)|一些设计模式 |p|

| [go_design_pattern](https://github.com/monochromegane/go_design_pattern)|日语版设计模式|p|

| [microsoft-patterns](https://docs.microsoft.com/en-us/previous-versions/msp-n-p/dn600223(v=pandp.10))|微软设计模式系列文章(24)|p/w|

## 更多 More

需要重新温习下Go基础?看这里：

[go-fucking-exercises](https://github.com/crazybber/go-fucking-exercise)