upgrade dependencies

remove old v1 code after making this master branch
master
David Kebler 2018-05-28 14:47:52 -07:00
parent f146f6be9a
commit fc066e773a
5 changed files with 51 additions and 127 deletions

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@ -2,13 +2,13 @@
* i2c bus with named pipe socket - run on same machine/host as bus * i2c bus with named pipe socket - run on same machine/host as bus
* *
*/ */
import Device from '../src/device-packet' import Device from '../src/device'
// const PATH = '' // const PATH = ''
; ;
(async () => { (async () => {
let device = new Device({id:'an i2c device', address:0x27}) let device = new Device({id:'an i2c device', useRootNS:true, address:0x27})
device.reply = function (packet) { device.reply = function (packet) {
console.log('for request ',packet._header) console.log('for request ',packet._header)

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@ -2,20 +2,20 @@
* i2c bus with both unix and tcp socket using defaults. For TCP that is host OS name and port 8080 * i2c bus with both unix and tcp socket using defaults. For TCP that is host OS name and port 8080
* *
*/ */
import Device from '../src/device-packet' import Device from '../src/device'
// const PATH = '' // const PATH = ''
; ;
(async () => { (async () => {
let device = new Device({id:'an i2c device', address:0x27, bus:{host:'sbc'} }) let device = new Device({id:'an i2c device', useRootNS:true, address:0x27, bus:{host:'sbc'} })
device.reply = function (packet) { device.reply = function (packet) {
console.log('for request ',packet._header) console.log('for request ',packet._header.request)
console.log('bus response is ',packet.response) console.log('bus response is ',packet.response)
} }
console.log((await device.init()).scan) console.log('return from await scan', (await device.init()).scan)
process.kill(process.pid, 'SIGTERM') process.kill(process.pid, 'SIGTERM')
})().catch(err => { })().catch(err => {

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@ -1,8 +1,8 @@
{ {
"name": "@uci/i2c-device", "name": "@uci/i2c-device",
"version": "0.1.3", "version": "0.1.4",
"description": "Device Classes for I2C Interfacing", "description": "Device Classes for I2C Interfacing",
"main": "src/device-packet", "main": "src/device",
"scripts": { "scripts": {
"tscan": "node -r esm examples/tcp-scan || true", "tscan": "node -r esm examples/tcp-scan || true",
"iscan": "node -r esm examples/ipc-scan || true", "iscan": "node -r esm examples/ipc-scan || true",
@ -26,7 +26,7 @@
}, },
"homepage": "https://github.com/uCOMmandIt/i2c#readme", "homepage": "https://github.com/uCOMmandIt/i2c#readme",
"dependencies": { "dependencies": {
"@uci/base": "^0.1.6", "@uci/base": "^0.1.7",
"@uci/logger": "0.0.3" "@uci/logger": "0.0.3"
}, },
"devDependencies": { "devDependencies": {

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@ -1,49 +0,0 @@
import Base from '@uci/base'
// import Base from '../../uci-base/src/base'
import commands from './bus-device-commands'
// import logger from '../../uci-logger/src/logger'
import logger from '@uci/logger'
let log = {}
export default class Device extends Base {
constructor(opts) {
opts.bus = opts.bus || {}
if (opts.bus.host || opts.host) {
opts.bus.host = opts.host || opts.bus.host,
opts.bus.port = opts.bus.port || opts.port || 1776
opts.sockets = (opts.sockets ? (opts.sockets + ',') : '') + 'bus#c>t'
}
else {
opts.bus.path = opts.bus.path || opts.path || 'i2c-bus'
opts.sockets = (opts.sockets ? (opts.sockets + ',') : '') + 'bus#c>n'
}
super(opts)
// console.log('created i2c device with these options\n', opts)
log = logger({file:'src/device-packet.js',class:'Device',name:'i2c-device',id:this.id})
if (!opts.address) log.fatal({opts:opts},'no i2c bus address supplied' )
this.address = opts.address
this._channel = opts.channel // if using TAC9546A channel number on which device is attached
this.bus = this.bindFuncs(commands)
}
async init(){
await super.init()
let res = await this.bus.ack()
let socket = this.socket.bus.opts
let connection = socket.path || socket.host + ':' + socket.port
if (!res.ack) throw `no device operational on bus '${socket.id}' (${connection}) at address ${this.address}=0x${this.address.toString(16)}`
return res
}
async _setChannel() {
// TODO convert to package - uci-mux
// console.log('before set',this.address,this.id,this._channel, await this.socket.bus.send(getState)
// if (this._channel) {
// if (!await this.socket.bus.send(address) { return Promise.reject('Channel set but no mux on bus')}
// return await this.socket.bus.send(set(this._channel)
// }
return Promise.resolve() // no channel for device either no mux or device is attached to mux bypass
}
} // end of i2c Device Class

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@ -1,76 +1,49 @@
'use strict' import Base from '@uci/base'
// import Base from '../../uci-base/src/base'
import commands from './bus-device-commands'
// import logger from '../../uci-logger/src/logger'
import logger from '@uci/logger'
let log = {}
// ********************************** export default class Device extends Base {
constructor(opts) {
class Device { opts.bus = opts.bus || {}
// bus is i2c-bus bus object if (opts.bus.host || opts.host) {
constructor(bus, address, opts) { opts.bus.host = opts.host || opts.bus.host,
this.bus = bus opts.bus.port = opts.bus.port || opts.port || 1776
this.address = address opts.sockets = (opts.sockets ? (opts.sockets + ',') : '') + 'bus#c>t'
if (opts) {
this.id = opts.id // must be unique within a bus
this.desc = opts.desc
this.channel = opts.channel // if using TAC9546A channel number on which device is attached
} }
else {
opts.bus.path = opts.bus.path || opts.path || 'i2c-bus'
opts.sockets = (opts.sockets ? (opts.sockets + ',') : '') + 'bus#c>n'
}
super(opts)
// console.log('created i2c device with these options\n', opts)
log = logger({file:'src/device-packet.js',class:'Device',name:'i2c-device',id:this.id})
if (!opts.address) log.fatal({opts:opts},'no i2c bus address supplied' )
this.address = opts.address
this._channel = opts.channel // if using TAC9546A channel number on which device is attached
this.bus = this.bindFuncs(commands)
}
async init(){
await super.init()
let res = await this.bus.ack()
let socket = this.socket.bus.opts
let connection = socket.path || socket.host + ':' + socket.port
if (!res.ack) throw `no device operational on bus '${socket.id}' (${connection}) at address ${this.address}=0x${this.address.toString(16)}`
return res
} }
async _setChannel() { async _setChannel() {
// console.log('before set',this.address,this.id,this.channel, this.bus.getState) // TODO convert to package - uci-mux
if (this.channel) { // console.log('before set',this.address,this.id,this._channel, await this.socket.bus.send(getState)
if (!this.bus.address) { return Promise.reject('Channel set but no mux on bus')} // if (this._channel) {
return this.bus.set(this.channel) // if (!await this.socket.bus.send(address) { return Promise.reject('Channel set but no mux on bus')}
} // return await this.socket.bus.send(set(this._channel)
// }
return Promise.resolve() // no channel for device either no mux or device is attached to mux bypass return Promise.resolve() // no channel for device either no mux or device is attached to mux bypass
} }
// for devices that need just a simple send of a byte without a register command
async receive() {
await this._setChannel()
return this.bus.receive(this.address)
}
async send(cmd, byte) { } // end of i2c Device Class
await this._setChannel()
return this.bus.send(this.address, cmd, byte)
}
// for devices needing a buffer/stream
async readRaw(length, buffer) {
await this._setChannel()
return this.bus.readRaw(this.address, length, buffer)
}
async writeRaw(length, buffer) {
await this._setChannel()
return this.bus.writeRaw(this.address, length, buffer)
}
// both cmd and byte should be a single byte as a decimal or hex
async read(cmd) {
await this._setChannel()
// console.log('after set before read',this.address,this.id,this.channel,this.bus.getState)
return this.bus.read(this.address, cmd)
}
async write(cmd, byte) {
await this._setChannel()
// console.log('after set, before write',this.address,this.id,this.channel,this.bus.getState)
return this.bus.write(this.address, cmd, byte)
}
// for I2C devices that use a word length packackage
async read2(cmd) {
await this._setChannel()
return this.bus.read2(this.address, cmd)
}
async write2(cmd, bytes) {
await this._setChannel()
return this.bus.write2(this.address, cmd, bytes)
}
}
module.exports = {
Device
}