node-3dprinter-mks-wifi v1.0.17

node-3dprinter-mks-wifi

This package allows to manage a 3dPrinter with MKS WIFI support using node.

Prerequisites

This package is designs for 3dPrinter using marlin derived firmware and supporting MKS WIFI featrues! This package requires NodeJS (version 16 or later) and NPM. Node and NPM are really easy to install. To make sure you have them available on your machine, try running the following command.

$ npm -v && node -v

Table of contents

• node-3dprinter-mks-wifi
  • Prerequisites
  • Table of contents
  • Installation
  • Usage
  • API
    • connect
    • disconnect
    • disconnect
    • getState
    • getTemperature
    • getPrintingProgress
    • getPrintingTime
    • getPrintingFilename
    • getFilenames
    • startPrinting
    • home
    • pause
    • resume
    • abort
    • startFan
    • stopFan
    • setExtruderTemperature
    • setBedTemperature
  • Authors

Installation

BEFORE YOU INSTALL: please read the prerequisites

Via Github

Clone this repo on your local machine:

$ git clone https://github.com/alealpha07/node-3dprinter-mks-wifi
$ cd node-3dprinter-mks-wifi

Via npm

Install the npm package

$ npm install node-3dprinter-mks-wifi

Usage

To use the package you need to include the Printer class in your index file first

const Printer = require("node-3dprinter-mks-wifi"); // for npm
//const Printer = require("./printer"); // for github

create an instance of the Printer by providing the correct IP and PORT

const Printer = require("node-3dprinter-mks-wifi");
const IP = "192.168.1.1"; //replace with your IP
const PORT = "8080"; //replace with your PORT

const printer = new Printer(IP, PORT);

now you can use the functionalities of the printer by simply using the methods listed in the API section

Full Example

This simple example will connect, retrive the printing status and print it to the console.

const Printer = require("node-3dprinter-mks-wifi");
const IP = "192.168.1.1"; //replace with your IP
const PORT = "8080"; //replace with your PORT

const printer = new Printer(IP, PORT);

printer.connect().then(()=>{
   printer.getState().then((result) => {
      console.log(result);
   }).catch((error) => {
      console.log(error);
   }).finally(()=>{
      printer.disconnect();
   })
})

With async/await:

const Printer = require("node-3dprinter-mks-wifi");
const IP = "192.168.1.1"; //replace with your IP
const PORT = "8080"; //replace with your PORT

const printer = new Printer(IP, PORT);

async function main(){
   try{
      await printer.connect();
      let result = await printer.getState();
      console.log(result);
   }catch(error){
      console.log(error);
   }
   finally{
      printer.disconnect();
   }
}

main();

API

constructor

constructor

new Printer(ip, port)

Supported options for the constructor method are listed below.

Options

ip

port

minimumExtruderTemperature

maximumExtruderTemperature

minimumBedTemperature

maximumBedTemperature

connect

connect to the printer

printer.connect()

Supported options and possible results for the connect method are listed below.

Returns

string - Connected to printer at IP:PORT if succeeded string - Connection error: ERROR if failed

Options

no option is present

disconnect

disconnect from the printer

printer.disconnect()

Supported options and possible results for the disconnect method are listed below.

Returns

string - Disconnected from printer. if succeeded string - Disconnection error: ERROR if failed

Options

no option is present

getState

get status of the printer (printing, idle, pause)

printer.getState()

Supported options and possible results for the getState method are listed below.

Returns

string - STATUS STRING if succeeded string - Error receiving data: ERROR if failed

Options

no option is present

getTemperature

get temperatures of the printer

printer.getTemperature()

Supported options and possible results for the getTemperature method are listed below.

Returns

object if succeeded:

{
   nozzleCurrent: number,
   nozzleTarget: number,
   bedCurrent: number,
   bedTarget: number,
   extruder0Current: number,
   extruder0Target: number,
   extruder1Current: number,
   extruder1Target: number,
   heaterPower: number,
   bedHeaterPower: number
}

string - Error receiving data: ERROR if failed

Options

no option is present

getPrintingProgress

get printing progress (percentage)

printer.getPrintingProgress()

Supported options and possible results for the getPrintingProgress method are listed below.

Returns

number - between 0 and 100 if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

getPrintingTime

get elapsed print time

printer.getPrintingTime()

Supported options and possible results for the getPrintingTime method are listed below.

Returns

string - hh:mm:ss format if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

getPrintingFilename

get currently in print file name

printer.getPrintingFilename()

Supported options and possible results for the getPrintingFilename method are listed below.

Returns

string - FILENAME.gcode if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

getFilenames

get all files in 3d printer sd card

printer.getFilenames()

Supported options and possible results for the getFilenames method are listed below.

Returns

list: [string] - ['file1.gcode', 'file2.gcode', ...] if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

startPrinting

start printing the selected file

printer.startPrinting(filename)

Supported options and possible results for the startPrinting method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

filename

home

bring the hotend to the home position

printer.home()

Supported options and possible results for the home method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

pause

pause the print

printer.pause()

Supported options and possible results for the pause method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

resume

resume the print

printer.resume()

Supported options and possible results for the resume method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

abort

abort the print

printer.abort()

Supported options and possible results for the abort method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

no option is present

startFan

start the fan

printer.startFan()

Supported options and possible results for the startFan method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

speed

stopFan

stop the fan

printer.stopFan()

Supported options and possible results for the stopFan method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

setExtruderTemperature

set target extruder temperature

printer.setExtruderTemperature(temperature)

Supported options and possible results for the setExtruderTemperature method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

temperature

you can set custom minmum and maximum temperature in the constructor

extruder

you can set the extruder to use (0 for the first one, 1 for the second)

setBedTemperature

set target bed temperature

printer.setBedTemperature(temperature)

Supported options and possible results for the setBedTemperature method are listed below.

Returns

string - ok if succeeded: string - Error receiving data: ERROR if failed

Options

temperature

you can set custom minmum and maximum temperature in the constructor

Authors

• Alessandro Prati - alealpha07