APIJSON

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APIJSON is a JSON Transmission Structure Protocal.

You can set any JSON structure and request your server, and the server will return a JSON String with the structure you had set.
You can get any data with any JSON structure by requesting server just once. It's very convenient and flexible, and does not require a special interface or multiple requests.
And you can save duplicate data and improve transmission speed as well!

Now you can realize JSON Transmissions without interface or doc anymore!
Client developers will no longer be suffered from various error in docs, and don't have to communicate with server developers about interfaces or docs anymore!
And server developers no longer have to write new interfaces and docs for compatibility with legacy apps! And they will no longer be endlessly disturbed by client developers at any time!

Here is an example:

Request:

{
"[]": { //request an array
"page": 1, //array condition
"count": 2,
"User": { //request an object from the table named User
"sex": 0 //object condition
},
"Work": {
"userId": “/User/id” //rely path with default parent path,starts from the same level object's path
},
"Comment[]": { //request an array named Comment
"page": 0,
"count": 3,
"Comment": {
"workId": “[]/Work/id” //full rely path
}
}
}
}

Response:

{
"[]":{
"0":{
"User":{
"picture":"",
"id":"38710",
"sex":"0",
"phone":"1300038710",
"name":"Name-38710",
"head":"http://static.oschina.net/uploads/user/1218/2437072_100.jpg?t=1461076033000"
},
"Work":{
"id":470,
"title":"Title-470",
"content":"This is a Content...-470",
"userId":38710,
"picture":"http://static.oschina.net/uploads/user/585/1170143_50.jpg?t=1390226446000"
},
"Comment[]":{
"0":{
"Comment":{
"id":4,
"parentId":0,
"workId":470,
"userId":310,
"targetUserId":14604,
"content":"This is a Content...-4",
"targetUserName":"targetUserName-14604",
"userName":"userName-93781"
}
},
"1":{
"Comment":{
"id":22,
"parentId":221,
"workId":470,
"userId":332,
"targetUserId":5904,
"content":"This is a Content...-22",
"targetUserName":"targetUserName-5904",
"userName":"userName-11679"
}
},
"2":{
"Comment":{
"id":47,
"parentId":4,
"workId":470,
"userId":10,
"targetUserId":5477,
"content":"This is a Content...-47",
"targetUserName":"targetUserName-5477",
"userName":"userName-80271"
}
}
}
},
"1":{
"User":{
"picture":"",
"id":"70793",
"sex":"0",
"phone":"1300070793",
"name":"Name-70793",
"head":"http://static.oschina.net/uploads/user/1174/2348263_50.png?t=1439773471000"
},
"Work":{
"id":170,
"title":"Title-73",
"content":"This is a Content...-73",
"userId":70793,
"picture":"http://my.oschina.net/img/portrait.gif?t=1451961935000"
},
"Comment[]":{
"0":{
"Comment":{
"id":44,
"parentId":0,
"workId":170,
"userId":7073,
"targetUserId":6378,
"content":"This is a Content...-44",
"targetUserName":"targetUserName-6378",
"userName":"userName-88645"
}
},
"1":{
"Comment":{
"id":54,
"parentId":0,
"workId":170,
"userId":3,
"targetUserId":62122,
"content":"This is a Content...-54",
"targetUserName":"targetUserName-62122",
"userName":"userName-82381"
}
},
"2":{
"Comment":{
"id":99,
"parentId":44,
"workId":170,
"userId":793,
"targetUserId":7166,
"content":"This is a Content...-99",
"targetUserName":"targetUserName-7166",
"userName":"userName-22949"
}
}
}
}
}
}

Compare with Previous HTTP Transmission Way

Process	Previous way	APIJSON
Transmission	Server developers edit interfaces and update docs, then client developers request server and parse responses according to the docs	Client developers request server and parse responses for their requirements. No inteface! No doc! No communication for any interface or doc between client and server developers!
Compatibility	Server developers add new interfaces tagged with v2 and update docs	Nothing need to do!

Client request	Previous way	APIJSON
Requirement	Client developers append key-value pairs to an url for a request in docs	Client developers append JSON to the url for their requirements
Structure	base_url/lowercase_table_name?key0=value0&key1=value1... &currentUserId=100&currentUserPassword=1234 The currentUserId and currentUserPassword is only for parts of interfaces	base_url/{TableName0:{key0:value0, key1:value1 ...}, TableName1:{...}... , currentUserId:100, currentUserPassword:1234} The currentUserId and currentUserPassword is only for parts of interfaces
URL	Different urls for different methods(GET,POST...) or requirements	One url for one method(GET,POST...)
Key-Value Pair	key=value	key:value

Server operation	Previous way	APIJSON
Parse and response	Get key-value pairs and query the database with them by the default way, then encapsulate a JSON, finally return the JSON to client	Just return what RequestParser#parse returned
Way of setting JSON structure to return	Designed in server and cannot be modified by any client apps	Designed by client apps and cannot be modified by sever

Client parse	Previous way	APIJSON
View structure	Search docs or view logs after responses for requests	Just view the requests, and viewing logs after responses for requests is also supported
Operate	Parse JSON String from responses	Parse with JSONResponse or use previous way

Client requests for different requirements	Previous way	APIJSON
User	http://localhost:8080/user?id=1	http://localhost:8080/{"User":{"id":1}}
User and his Work	Request twice User: http://localhost:8080/user?id=1 Work: http://localhost:8080/work?userId=1	http://localhost:8080/{"User":{"id":1}, "Work":{"userId":"User/id"}}
User list	http://localhost:8080/user/list?page=1&count=5&sex=0	http://localhost:8080/{"[]":{"page":1, "count":5, "User":{"sex":0}}}
Work list of which type is 1, each Work contains it's publisher User and top 3 Comments	The Work must contains the User Object and Comment Array http://localhost:8080/work/list?page=1&count=5&type=1&commentCount=3	http://localhost:8080/{"[]":{"page":1, "count":5, "Work":{"type":1}, "User":{"workId":"/Work/id"}, "[]":{"count":3, "Comment":{"workId":"[]/Work/id"}}}}
Work list of an User, each Work contains the publisher User and top 3 Comments	Change type=1 to userId=1 above	①Change "Work":{"type":1}, "User":{"workId":"/Work/id"} to "User":{"id":1}, "Work":{"userId":"/User/id"} above ②Or save 4 repeated User by this way http://localhost:8080/{"User":{"id":1}, "[]":{"page":1, "count":5, "Work":{"userId":"User/id"}, "[]":{"count":3, "Comment":{"workId":"[]/Work/id"}}}} ③If the User is already obtained, you can also save all repeated User by this way http://localhost:8080/{"[]":{"page":1, "count":5, "Work":{"userId":1}, "[]":{"count":3, "Comment":{"workId":"[]/Work/id"}}}}

Server responses for different requests	Previous way	APIJSON
User	{"status":200, "message":"success", "data":{"id":1, "name":"xxx"...}}	{"status":200, "message":"success", "User":{"id":1, "name":"xxx"...}}
User and his Work	Reponse twice User: {"status":200, "message":"success", "data":{"id":1, "name":"xxx"...}} Work: {"status":200, "message":"success", "data":{"id":1, "name":"xxx"...}}	{"status":200, "message":"success", "User":{"id":1, "name":"xxx"...}, "Work":{"id":1, "content":"xxx"...}}
User list	{"status":200, "message":"success", "data":[{"id":1, "name":"xxx"...}, {"id":2...}...]}	{"status":200, "message":"success", "[]":{"0":{"User":{"id":1, "name":"xxx"...}}, "1":{"User":{"id":2...}}...}}
Work list of which type is 1, each Work contains it's publisher User and top 3 Comments	{"status":200, "message":"success", "data":[{"id":1, "content":"xxx"..., "User":{...}, "Comment":[...]}, {"id":2...}...]}	{"status":200, "message":"success", "[]":{"0":{"Work":{"id":1, "content":"xxx"...}, "User":{...}, "[]":{"0":{"Comment":{...}...}}}, "1":{...}...}}
Work list of an User, each Work contains the publisher User and top 3 Comments	{"status":200, "message":"success", "data":[{"id":1, "content":"xxx"..., "User":{...}, "Comment":[...]}, {"id":2...}...]}	①{"status":200, "message":"success", "[]":{"0":{"User":{"id":1, "name":"xxx"...}, "Work":{...}, "[]":{"0":{"Comment":{...}...}}}, "1":{...}...}} ②{"status":200, "message":"success", "User":{...}, "[]":{"0":{"Work":{"id":1, "content":"xxx"...}, "[]":{"0":{"Comment":{...}...}}}, "1":{...}...}} ③{"status":200, "message":"success", "[]":{"0":{"Work":{"id":1, "content":"xxx"...}, "[]":{"0":{"Comment":{...}...}}}, "1":{...}...}}

Usage

1.Download and unzip APIJSON project

Clone or download > Download ZIP > Unzip to a path and remember it.

You can skip step 2 and 3, and test server response with my server IP address 139.196.140.118:8080.

2.Import MySQL table files

This Server project needs MySQL Server and MySQLWorkbench. And you must ensure that both of them were installed.
My config is Windows 7 + MySQL Community Server 5.7.16 + MySQLWorkbench 6.3.7 and OSX EI Capitan + MySQL Community Server 5.7.16 + MySQLWorkbench 6.3.8. The systems and softwares are all 64 bit.

Start MySQLWorkbench > Enter a connection > Click Server menu > Data Import > Select the path of APIJSON-Master/table > Start Import > Refresh SCHEMAS, and you'll see the tables were already added.

3.Run Server project with Eclipse for JavaEE or IntellIJ IDEA Ultimate

If you haven't installed any editor above, please download and install one before run. JDK 1.8 is not supported yet, and 1.7 is suggested.
My config is Windows 7 + JDK 1.7.0_71 + Eclipse 4.6.1 + IntellIJ 2016.3 and OSX EI Capitan + JDK 1.7.0_71 + Eclipse 4.6.1 + IntellIJ 2016.2.5. The systems and softwares are all 64 bit.

Eclipse for JavaEE

1.Import
File > Import > Maven > Existing Maven Projects > Next > Browse > Select the path of APIJSON-Master/APIJSON(Server)/APIJSON(Eclipse_JEE) > Finish

2.Run
Run > Run As > Java Application > Select APIJSONApplication > OK

IntellIJ IDEA Ultimate

1.Import
Open > Select the path of APIJSON-Master/APIJSON(Server)/APIJSON(Idea) > OK

2.Run
Run > Run APIJSONApplication

4.Run Client project with ADT Bundle or Android Studio

You can skip this step and download the Client App below.

If you haven't installed any editor above, please download and install one before run.
My config is Windows 7 + JDK 1.7.0_71 + ADT Bundle 20140702 + Android Studio 2.2 and OSX EI Capitan + JDK 1.7.0_71 + ADT Bundle 20140702 + Android Studio 2.1.2. The systems and softwares are all 64 bit.

ADT Bundle

1.Import
File > Import > Android > Existing Android Code Into Workspace > Next > Browse > Select the path of APIJSON-Master/APIJSON(Android)/APIJSON(ADT) > Finish

2.Run
Run > Run As > Android Application

Android Studio

1.Import
Open an existing Android Studio project > Select the path of APIJSON-Master/APIJSON(Android)/APIJSON(AndroidStudio) > OK

2.Run
Run > Run app

5.Operate Client app

Select an APIJSON request to send to server and wait. It will show the result received.
If the default url is not available, change it to an available one, such as an IPV4 address of a computer running APIJSON Server project. Then click the Query button to request again.

Download Client App

APIJSONClientApp.apk

If you have any questions or suggestions about APIJSON, you can send me an e-mail to tommylemon@qq.com.

Welcome star, welcome fork

https://github.com/TommyLemon/APIJSON

APIJSON, let interfaces go to hell !

License

ericdai/APIJSON

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