update docs
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README.md
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README.md
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easy and secure websocket communication, TypeScript ready
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## Availabililty
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[](https://www.npmjs.com/package/smartsocket)
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[](https://gitlab.com/pushrocks/smartsocket)
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[](https://github.com/pushrocks/smartsocket)
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[](https://pushrocks.gitlab.io/smartsocket/docs)
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[](https://www.npmjs.com/package/smartsocket)
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[](https://GitLab.com/pushrocks/smartsocket)
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[](https://github.com/pushrocks/smartsocket)
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[](https://pushrocks.gitlab.io/smartsocket/)
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## Status for master
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[](https://gitlab.com/pushrocks/smartsocket/commits/master)
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[](https://gitlab.com/pushrocks/smartsocket/commits/master)
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[](https://GitLab.com/pushrocks/smartsocket/commits/master)
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[](https://GitLab.com/pushrocks/smartsocket/commits/master)
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[](https://www.npmjs.com/package/smartsocket)
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[](https://david-dm.org/pushrocks/smartsocket)
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[](https://www.bithound.io/github/pushrocks/smartsocket/master/dependencies/npm)
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[](https://www.bithound.io/github/pushrocks/smartsocket)
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[](https://nodejs.org/dist/latest-v6.x/docs/api/)
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[](https://nodejs.org/dist/latest-v6.x/docs/api/)
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[](http://standardjs.com/)
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## Usage
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We recommend the use of TypeScript.
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Under the hood we use socket.io and shortid for managed data exchange.
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Use TypeScript for best in class instellisense.
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### Serverside
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```typescript
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import * as smartsocket from "smartsocket";
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import * as q from q // q is a promise library
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For further information read the linked docs at the top of this README.
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// The "Smartsocket" listens on a port and can receive new "SocketConnection" requests.
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let mySmartsocket = new smartsocket.Smartsocket({
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port: 3000 // the port smartsocket will listen on
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});
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> MIT licensed | **©** [Lossless GmbH](https://lossless.gmbh)
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| By using this npm module you agree to our [privacy policy](https://lossless.gmbH/privacy.html)
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// A "SocketRole" can be referenced by "SocketFunction"s.
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// All "SocketRequest"s carry authentication data for a specific "SocketRole".
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// "SocketFunction"s know which "SocketRole"s are allowed to execute them
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let mySocketRole = new smartsocket.SocketRole({
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name: "someRoleName",
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passwordHash: "someHashedString"
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});
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// A "SocketFunction" executes a referenced function and passes in any data of the corresponding "SocketRequest".
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// The referenced function must return a promise and resolve with data of type any.
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// Any "SocketRequest" carries a unique identifier. If the referenced function's promise resolved any passed on argument will be returned to the requesting party
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let testSocketFunction1 = new smartsocket.SocketFunction({
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funcName:"testSocketFunction1",
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funcDef:(data) => {
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console.log('testSocketFunction1 executed successfully!')
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},
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allowedRoles:[mySocketRole] // all roles that have access to a specific function
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});
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// A "Smartsocket" exposes a .clientCall() that gets
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// 1. the name of the "SocketFunction" on the client side
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// 2. the data to pass in
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// 3. And a target "SocketConnection" (there can be multiple connections at once)
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// any unique id association is done internally
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mySmartsocket.clientCall("restart",data,someTargetConnection)
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.then((responseData) => {
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});
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```
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#### Client side
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```typescript
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import * as smartsocket from "smartsocket";
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// A "SmartsocketClient" is different from a "Smartsocket" in that it doesn't expose any public address.
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// Thus any new "SocketConnection"s must be innitiated from a "SmartsocketClient".
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let testSmartsocketClient = new smartsocket.SmartsocketClient({
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port: testConfig.port,
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url: "http://localhost",
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password: "testPassword",
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alias: "testClient1",
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role: "testRole1"
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});
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// You can .connect() and .disconnect() from a "Smartsocket"
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testSmartsocketClient.connect()
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.then(() => {
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done();
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});
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// The client can also specify "SocketFunction"s. It can also specify "SocketRole"s in case a client connects to multiple servers at once
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let testSocketFunction2 = new smartsocket.SocketFunction({
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funcName: "testSocketFunction2",
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funcDef: (data) => {}, // the function to execute, has to return promise
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allowedRoles:[]
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});
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// A "SmartsocketClient" can call functions on the serverside using .serverCall() analog to the "Smartsocket"'s .clientCall method.
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mySmartsocketClient.serverCall("function",functionCallData)
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.then((functionResponseData) => { // the functionResponseData comes from the server... awesome, right?
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});;
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```
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> **NOTE:**
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you can easily chain dependent requests on either the server or client side with promises.
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`data` is always a js object that you can design for your specific needs.
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It supports buffers for large binary data network exchange.
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[](https://push.rocks)
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@ -1,15 +0,0 @@
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{
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"structure": {
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"readme": "index.md"
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},
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"plugins": [
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"tonic",
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"edit-link"
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],
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"pluginsConfig": {
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"edit-link": {
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"base": "https://gitlab.com/pushrocks/npmts/edit/master/docs/",
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"label": "Edit on GitLab"
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}
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}
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}
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@ -1,47 +1,63 @@
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# smartsocket
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easy and secure websocket communication, Typescript ready
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easy and secure websocket communication, TypeScript ready
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## Availabililty
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[](https://www.npmjs.com/package/smartsocket)
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[](https://gitlab.com/pushrocks/smartsocket)
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[](https://github.com/pushrocks/smartsocket)
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[](https://pushrocks.gitlab.io/smartsocket/docs)
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[](https://www.npmjs.com/package/smartsocket)
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[](https://GitLab.com/pushrocks/smartsocket)
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[](https://github.com/pushrocks/smartsocket)
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[](https://pushrocks.gitlab.io/smartsocket/)
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## Status for master
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[](https://gitlab.com/pushrocks/smartsocket/commits/master)
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[](https://gitlab.com/pushrocks/smartsocket/commits/master)
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[](https://GitLab.com/pushrocks/smartsocket/commits/master)
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[](https://GitLab.com/pushrocks/smartsocket/commits/master)
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[](https://www.npmjs.com/package/smartsocket)
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[](https://david-dm.org/pushrocks/smartsocket)
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[](https://www.bithound.io/github/pushrocks/smartsocket/master/dependencies/npm)
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[](https://www.bithound.io/github/pushrocks/smartsocket)
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[](https://nodejs.org/dist/latest-v6.x/docs/api/)
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[](https://nodejs.org/dist/latest-v6.x/docs/api/)
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[](http://standardjs.com/)
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## Usage
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We recommend the use of typescript.
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Use TypeScript for best in class instellisense.
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Under the hood we use socket.io and shortid for managed data exchange.
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### Serverside
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```typescript
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import * as smartsocket from "smartsocket";
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import * as q from q // q is a promise library
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// The "Smartsocket" listens on a port and can receive new "SocketConnection" requests.
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let mySmartsocket = new smartsocket.Smartsocket({
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port: 3000 // the port smartsocket will listen on
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});
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// A "SocketRole" can be referenced by "SocketFunction"s.
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// All "SocketRequest"s carry authentication data for a specific "SocketRole".
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// "SocketFunction"s know which "SocketRole"s are allowed to execute them
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let mySocketRole = new smartsocket.SocketRole({
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name: "someRoleName",
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passwordHash: "someHashedString"
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});
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// A "SocketFunction" executes a referenced function and passes in any data of the corresponding "SocketRequest".
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// The referenced function must return a promise and resolve with data of type any.
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// Any "SocketRequest" carries a unique identifier. If the referenced function's promise resolved any passed on argument will be returned to the requesting party
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let testSocketFunction1 = new smartsocket.SocketFunction({
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funcName:"testSocketFunction1",
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funcDef:(data) => {
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}, // the function to execute
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console.log('testSocketFunction1 executed successfully!')
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},
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allowedRoles:[mySocketRole] // all roles that have access to a specific function
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});
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mySmartsocket.clientCall("","restart",data,someTargetConnection)
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// A "Smartsocket" exposes a .clientCall() that gets
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// 1. the name of the "SocketFunction" on the client side
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// 2. the data to pass in
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// 3. And a target "SocketConnection" (there can be multiple connections at once)
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// any unique id association is done internally
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mySmartsocket.clientCall("restart",data,someTargetConnection)
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.then((responseData) => {
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});
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@ -51,6 +67,8 @@ mySmartsocket.clientCall("","restart",data,someTargetConnection)
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```typescript
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import * as smartsocket from "smartsocket";
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// A "SmartsocketClient" is different from a "Smartsocket" in that it doesn't expose any public address.
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// Thus any new "SocketConnection"s must be innitiated from a "SmartsocketClient".
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let testSmartsocketClient = new smartsocket.SmartsocketClient({
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port: testConfig.port,
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url: "http://localhost",
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@ -58,24 +76,22 @@ let testSmartsocketClient = new smartsocket.SmartsocketClient({
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alias: "testClient1",
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role: "testRole1"
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});
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// You can .connect() and .disconnect() from a "Smartsocket"
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testSmartsocketClient.connect()
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.then(() => {
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done();
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});
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// The client can also specify "SocketFunction"s. It can also specify "SocketRole"s in case a client connects to multiple servers at once
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let testSocketFunction2 = new smartsocket.SocketFunction({
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funcName: "testSocketFunction2",
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funcDef: (data) => {}, // the function to execute, has to return promise
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allowedRoles:[]
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});
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let functionCalldata = {
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funcName: "",
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funcData: {
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someKey:"someValue"
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}
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}
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// A "SmartsocketClient" can call functions on the serverside using .serverCall() analog to the "Smartsocket"'s .clientCall method.
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mySmartsocketClient.serverCall("function",functionCallData)
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.then((functionResponseData) => { // the functionResponseData comes from the server... awesome, right?
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@ -86,3 +102,10 @@ mySmartsocketClient.serverCall("function",functionCallData)
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you can easily chain dependent requests on either the server or client side with promises.
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`data` is always a js object that you can design for your specific needs.
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It supports buffers for large binary data network exchange.
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For further information read the linked docs at the top of this README.
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> MIT licensed | **©** [Lossless GmbH](https://lossless.gmbh)
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| By using this npm module you agree to our [privacy policy](https://lossless.gmbH/privacy.html)
|
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|
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[](https://push.rocks)
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||||
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