ohana

v1.0.3

Published

2 years ago

A simple server that return fake json data for test

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nodejs server fake data mock madoka json

ohana

A http server that return simulation json data.

中文文档

Install

npm install ohana

Usage

You can use a variety data template parser. Recommendation: madoka and mockjs。

var madoka = require("madoka");
var Mock = require('mockjs');
var Server = require("ohana");

// use 'madoka.generate' as default parser
var server = new Server({
  parser: madoka.generate
});

// get article parser
server.get('/article/', {
  delay: 200,
  data: function (params, query) {
    console.log(params);
    console.log(query);

    return [
      '{{ repeat(10) }}',
      {
        'id': '{{ index() }}',
        'title': '{{ lorem(1, "sentences") }}',
        'author': '{{ firstName() }} {{ lastName() }}',
        'brief': '{{ lorem(1, "paragraphs") }}',
        'post_time': '{{ date(new Date(2014, 0, 1), "YYYY-MM-dd HH:mm:ss") }}',
        'read_count': '{{ integer(100, 10000) }}'
      }

    ];

  }
});

// get one article, use mock.js to parse tempate.
server.get('/article/:id', {
  parser: Mock.mock,
  data: function (params, query) {
    return {
      "status": "ok",
      "data": {
        "id": params.id,
        "title": "@TITLE(5, 7)",
        "author": "@NAME",
        "post_time": "@DATETIME('yyyy-MM-dd HH:mm:ss')",
        "content": "@PARAGRAPH(2)",
        "poster": "@IMAGE('700x350', '#ccc', '#000', 'hello world')",
        "read_count|0-1000": 100
      }
    }
  }
});

// process data before response.
server.get('/user/filter/', {
  beforeResponse: function (data) {
    return data.data;
  },
  data: function (params, query) {
    return {
      'data': [
        '{{ repeat(5, 7) }}',
        {
          'user_name': '{{ firstName() }} {{ lastName() }}'
        }
      ]
    }
  }
});

// specify content-type
// return 'text/html'
 server.get('/user/:id/tag', {
   contentType: 'text/html',
   beforeResponse: function(data) {
     return data.tag;
   },
   data: {
     tag: 'loli'
   }
 });

server.start(3000);

API

Server(options)

Server constructor

options
- parser: default parser. Every function like below can use as a parser.
```
function parser(dataTemplate) {
  // parse tempate logic
  var data = someOperate(dataTemplate);

  // return the parsed data.
  return data;
}
```
- contentType: default content-type
- onError: handle error
- proxy: default proxy request config
  - urlRoot: the root url of the target server
  - method: request method，GET | POST | PUT | PATCH | DELETE

server.get(path, options)

Listen a GET request.

path: url path
options:
- parser: template parser
- delay: delay response. Unit is ms.
- beforeResponse: A function process data before response
- contentType: response content-type
- statusCode: http status code
- data: data template. It can be a function. Function parameter 'params' matching routing parameters, 'query' is submitted or parameter query.

server.get('/article/:id', {
  data: function (params, query) {
    return {
      "status": "ok",
      "data": {
        "id": params.id,
        "title": "@TITLE(5, 7)",
        "author": "@NAME",
        "post_time": "@DATETIME('yyyy-MM-dd HH:mm:ss')",
        "content": "@PARAGRAPH(2)",
        "poster": "@IMAGE('700x350', '#ccc', '#000', 'hello world')",
        "read_count|0-1000": 100
      }
    }
  }
});

server.post(path, options）

POST request.

server.delete(path, options)

DELETE request.

server.put(path, options)

PUT request.

server.patch(path, options)

PATCH request.

server.proxy(path, option)

Proxy request.

path: url path
options:
- urlRoot: url root of target server，
- method: request method，GET | POST | PUT | PATCH | DELETE

server.proxy('/article/:id', {
  urlRoot: 'http://localhost:3000',
  method: DELETE
});

// global config
var server = new Server({
  proxy: {
    urlRoot: 'http://localhost:3000',
    method: 'get'
  }
});

// use global config
server.proxy('/article/');

server.proxy('/article/:id');

server.proxy('/article/', {
  method: 'POST'
});

server.proxy('/article/:id', {
  method: 'DELETE'
});

server.proxy('/article/:id', {
  method: 'PUT'
});

server.proxy('/article/:id', {
  method: 'PATCH'
});

server.register(apiList);

apiList: api module list

server.register([
  require('./article/index'),
  require('./user/index')
]);

server.start(port, host)

port
host

Route

Basic string:

"/articles" will only match routes that == "/articles".

Named parameters:

"/articles/:title" will only match routes like "/articles/hello", but *not* "/articles/".

Optional named parameters:

"/articles/:title?" will match "/articles/hello" AND "/articles/"

Periods before optional parameters are also optional:

"/:n.:f?" will match "/1" and "/1.json"

Splaaaat! :

"/assets/*" will match "/assets/blah/blah/blah.png" and "/assets/".

"/assets/*.*" will match "/assets/1/2/3.js" as splats: ["1/2/3", "js"]

Mix splat with named parameters:

"/account/:id/assets/*" will match "/account/2/assets/folder.png" as params: {id: 2}, splats:["folder.png"]

Named RegExp:

"/lang/:lang([a-z]{2})" will match "/lang/en" but not "/lang/12" or "/lang/eng"

Raw RegExp:

/^\/(\d{2,3}-\d{2,3}-\d{4})\.(\w*)$/ (note no quotes, this is a RegExp, not a string.) will match "/123-22-1234.json". Each match group will be an entry in splats: ["123-22-1234", "json"]

visit： https://github.com/aaronblohowiak/routes.js

CH

ohana

一个返回模拟 json 数据的 http 服务器。

安装

npm install ohana

使用

可以使用多种 json 模板解析器。推荐使用 madoka 和 mockjs。

var madoka = require("madoka");
var Mock = require('mockjs');
var Server = require("ohana");

// 使用 madoka.generate 为默认的解析器，解析数据模板
var server = new Server({
  parser: madoka.generate
});

// 获取文章列表
server.get('/article/', {
  delay: 200,
  data: function (params, query) {
    console.log(params);
    console.log(query);

    return [
      '{{ repeat(10) }}',
      {
        'id': '{{ index() }}',
        'title': '{{ lorem(1, "sentences") }}',
        'author': '{{ firstName() }} {{ lastName() }}',
        'brief': '{{ lorem(1, "paragraphs") }}',
        'post_time': '{{ date(new Date(2014, 0, 1), "YYYY-MM-dd HH:mm:ss") }}',
        'read_count': '{{ integer(100, 10000) }}'
      }

    ];

  }
});

// 获取一篇文章, 使用 mock.js 解析
server.get('/article/:id', {
  parser: Mock.mock,
  data: function (params, query) {
    return {
      "status": "ok",
      "data": {
        "id": params.id,
        "title": "@TITLE(5, 7)",
        "author": "@NAME",
        "post_time": "@DATETIME('yyyy-MM-dd HH:mm:ss')",
        "content": "@PARAGRAPH(2)",
        "poster": "@IMAGE('700x350', '#ccc', '#000', 'hello world')",
        "read_count|0-1000": 100
      }
    }
  }
});

// 输出数据之前，处理一下数据
server.get('/user/filter/', {
  beforeResponse: function (data) {
    return data.data;
  },
  data: function (params, query) {
    return {
      'data': [
        '{{ repeat(5, 7) }}',
        {
          'user_name': '{{ firstName() }} {{ lastName() }}'
        }
      ]
    }
  }
});

// 指定输出的 content-type
// 返回 text/html 类型
 server.get('/user/:id/tag', {
   contentType: 'text/html',
   beforeResponse: function(data) {
     return data.tag;
   },
   data: {
     tag: 'loli'
   }
 });

server.start(3000);

API

Server(options)

Server构造函数

options
- parser: 默认数据模板解析器。任何像以下处理的方法都可以作为解析器
```
function parser(dataTemplate) {
  // 解析数据模板的逻辑
  var data = someOperate(dataTemplate);
  // 返回解析后的数据
  return data;
}
```
- contentType: 默认输出数据的 content-type
- onError: 错误处理
- proxy: 代理请求参数
  - urlRoot: 目标服务器请求根目录，
  - method: 请求类型，GET | POST | PUT | PATCH | DELETE

server.get(path, options)

匹配 GET 方式的请求。

path: 路由匹配地址
options:
- parser: 数据解析器。
- delay: 延迟多少毫秒后返回。
- beforeResponse: 数据输出之前处理数据。
- contentType: 响应数据的 content-type
- statusCode: http 状态码
- data: 返回的数据，可以接受方法, 方法中的参数 params 是路由匹配的参数，query 是提交或查询的参数。

server.get('/article/:id', {
  data: function (params, query) {
    return {
      "status": "ok",
      "data": {
        "id": params.id,
        "title": "@TITLE(5, 7)",
        "author": "@NAME",
        "post_time": "@DATETIME('yyyy-MM-dd HH:mm:ss')",
        "content": "@PARAGRAPH(2)",
        "poster": "@IMAGE('700x350', '#ccc', '#000', 'hello world')",
        "read_count|0-1000": 100
      }
    }
  }
});

server.post(path, options）

与 get 同理

server.delete(path, options)

与 get 同理

server.put(path, options)

与 get 同理

server.patch(path, options)

与 get 同理

server.proxy(path, option)

代理请求

path: 路由匹配地址
options:
- urlRoot: 目标服务器请求根目录，
- method: 请求类型，GET | POST | PUT | PATCH | DELETE

server.proxy('/article/:id', {
  urlRoot: 'http://localhost:3000',
  method: DELETE
});

// 可以设置全局默认配置
var server = new Server({
  proxy: {
    urlRoot: 'http://localhost:3000',
    method: 'get'
  }
});

// 之后可以省略配置
server.proxy('/article/');

server.proxy('/article/:id');

server.proxy('/article/', {
  method: 'POST'
});

server.proxy('/article/:id', {
  method: 'DELETE'
});

server.proxy('/article/:id', {
  method: 'PUT'
});

server.proxy('/article/:id', {
  method: 'PATCH'
});

server.register(apiList);

apiList: api 模块列表

server.register([
  require('./article/index'),
  require('./user/index')
]);

server.start(port, host)

port: 服务器监听的网络端口
host：主机

路由匹配规则：

字符串:

"/articles" 只会匹配到 "/articles"。 /articles/ 不会被匹配到。

命名参数:

"/articles/:title" 只会匹配到像"/articles/hello"的路由, 但是不会匹配到 "/articles/".

可选参数:

"/articles/:title?" 匹配 "/articles/hello" 和 "/articles/"。

可选参数前面的参数也是可选的:

"/:n.:f?" 会匹配到 "/1" 和 "/1.json"

星号（splat）:

"/assets/*" 匹配到 "/assets/blah/blah/blah.png" 和 "/assets/".

"/assets/*.*" 会匹配到 "/assets/1/2/3.js"， 并且有 splats: ["1/2/3", "js"]

星号和命名参数:

"/account/:id/assets/*" 会匹配到 "/account/2/assets/folder.png"，并且有 params: {id: 2}, splats:["folder.png"]

正则表达式:

"/lang/:lang([a-z]{2})" 会匹配到 "/lang/en", 但是不会匹配到 "/lang/12" 和 "/lang/eng"

参考： https://github.com/aaronblohowiak/routes.js

Published

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Readme

ohana

Install

Usage

API

Server(options)

server.get(path, options)

server.post(path, options）

server.delete(path, options)

server.put(path, options)

server.patch(path, options)

server.proxy(path, option)

server.register(apiList);

server.start(port, host)

Route

CH

ohana

安装

使用

API

Server(options)

server.get(path, options)

server.post(path, options）

server.delete(path, options)

server.put(path, options)

server.patch(path, options)

server.proxy(path, option)

server.register(apiList);

server.start(port, host)

路由匹配规则：