Merge branch 'master' into 72-i2c-support

This commit is contained in:
Adrian Zankich 2013-12-20 11:19:01 -08:00
commit c357b646dd
6 changed files with 190 additions and 20 deletions

35
examples/bbb_servo.coffee Normal file
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@ -0,0 +1,35 @@
Cylon = require '..'
Cylon.robot
connection: { name: 'beaglebone', adaptor: 'beaglebone' }
device: { name: 'servo', driver: 'servo', pin: 'P9_14' }
work: (my) ->
# Be carefull with your servo angles or you might DAMAGE the servo!
# Cylon uses a 50hz/s (20ms period) frequency and a Duty Cycle
# of 0.5ms to 2.5ms to control the servo angle movement.
#
# This means:
# 1. 0.5ms == 0 degrees
# 2. 1.5ms == 90 degrees
# 3. 2.5ms == 180 degrees
# (It is usually safe to start with a 90 degree angle, 1.5ms duty
# cycle in most servos)
#
# Please review your servo datasheet to make sure of correct
# angle range and the Freq/MS Duty cycle it requires.
# If more servo support is needed leave us a comment, raise an
# issue or help us add more support.
angle = 30
increment = 40
every 1.seconds(), ->
angle += increment
my.servo.angle angle
Logger.info "Current Angle: #{my.servo.currentAngle()}"
increment = -increment if (angle is 30) or (angle is 150)
.start()

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@ -2,11 +2,8 @@ Cylon = require('..')
# Initialize the robot
Cylon.robot
connection:
name: 'beaglebone', adaptor: 'beaglebone'
device:
name: 'led', driver: 'led', pin: 11
connection: { name: 'beaglebone', adaptor: 'beaglebone' }
device: { name: 'led', driver: 'led', pin: 'P9_14' }
work: (my) ->
# we do our thing here

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@ -1,13 +1,51 @@
(function() {
'use strict';
var EventEmitter;
source("adaptor");
EventEmitter = require('events').EventEmitter;
describe("Adaptor", function() {
var adaptor;
var adaptor, conn;
conn = new EventEmitter;
adaptor = new Cylon.Adaptor({
name: 'adapt'
name: 'TestAdaptor',
connection: conn
});
it("provides a 'connect' method that accepts a callback", function() {
var spy;
expect(adaptor.connect).to.be.a('function');
spy = sinon.spy();
adaptor.connect(function() {
return spy();
});
return spy.should.have.been.called;
});
it("tells the connection to emit the 'connect' event when connected", function() {
var spy;
spy = sinon.spy();
adaptor.connection.on('connect', function() {
return spy();
});
adaptor.connect(function() {});
return spy.should.have.been.called;
});
it("provides a 'disconnect' method", function() {
return expect(adaptor.disconnect).to.be.a('function');
});
it("provides a default empty array of commands", function() {
return expect(adaptor.commands()).to.be.eql([]);
});
it("saves the provided name in the @name variable", function() {
return expect(adaptor.name).to.be.eql("TestAdaptor");
});
it("saves the provided connection in the @connection variable", function() {
return expect(adaptor.connection).to.be.eql(conn);
});
return it("contains a reference to itself in the @self variable", function() {
return expect(adaptor.self).to.be.eql(adaptor);
});
return it('needs tests');
});
}).call(this);

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@ -1,17 +1,55 @@
(function() {
'use strict';
var EventEmitter;
source("driver");
EventEmitter = require('events').EventEmitter;
describe("Driver", function() {
var driver;
var device, driver;
device = new EventEmitter;
device.connection = 'connect';
driver = new Cylon.Driver({
name: 'max',
device: {
connection: 'connect',
pin: 13
}
name: 'TestDriver',
device: device
});
it("provides a 'start' method that accepts a callback", function() {
var spy;
expect(driver.start).to.be.a('function');
spy = sinon.spy();
driver.start(function() {
return spy();
});
return spy.should.have.been.called;
});
it("tells the device to emit the 'start' event when started", function() {
var spy;
spy = sinon.spy();
driver.device.on('start', function() {
return spy();
});
driver.start(function() {});
return spy.should.have.been.called;
});
it("provides a 'stop' method", function() {
return expect(driver.stop).to.be.a('function');
});
it("provides a default empty array of commands", function() {
return expect(driver.commands()).to.be.eql([]);
});
it("saves the provided name in the @name variable", function() {
return expect(driver.name).to.be.eql("TestDriver");
});
it("saves the provided device in the @device variable", function() {
return expect(driver.device).to.be.eql(device);
});
it("saves the provided device connection in the @device variable", function() {
return expect(driver.connection).to.be.eql('connect');
});
return it("contains a reference to itself in the @self variable", function() {
return expect(driver.self).to.be.eql(driver);
});
return it('needs tests');
});
}).call(this);

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@ -1,8 +1,37 @@
'use strict';
'use strict'
source "adaptor"
EventEmitter = require('events').EventEmitter
describe "Adaptor", ->
adaptor = new Cylon.Adaptor(name: 'adapt')
conn = new EventEmitter
adaptor = new Cylon.Adaptor
name: 'TestAdaptor'
connection: conn
it 'needs tests'
it "provides a 'connect' method that accepts a callback", ->
expect(adaptor.connect).to.be.a 'function'
spy = sinon.spy()
adaptor.connect(-> spy())
spy.should.have.been.called
it "tells the connection to emit the 'connect' event when connected", ->
spy = sinon.spy()
adaptor.connection.on 'connect', -> spy()
adaptor.connect(->)
spy.should.have.been.called
it "provides a 'disconnect' method", ->
expect(adaptor.disconnect).to.be.a 'function'
it "provides a default empty array of commands", ->
expect(adaptor.commands()).to.be.eql []
it "saves the provided name in the @name variable", ->
expect(adaptor.name).to.be.eql "TestAdaptor"
it "saves the provided connection in the @connection variable", ->
expect(adaptor.connection).to.be.eql conn
it "contains a reference to itself in the @self variable", ->
expect(adaptor.self).to.be.eql adaptor

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@ -1,8 +1,41 @@
'use strict';
source "driver"
EventEmitter = require('events').EventEmitter
describe "Driver", ->
driver = new Cylon.Driver(name: 'max', device: {connection: 'connect', pin: 13})
device = new EventEmitter
device.connection = 'connect'
driver = new Cylon.Driver
name: 'TestDriver'
device: device
it 'needs tests'
it "provides a 'start' method that accepts a callback", ->
expect(driver.start).to.be.a 'function'
spy = sinon.spy()
driver.start(-> spy())
spy.should.have.been.called
it "tells the device to emit the 'start' event when started", ->
spy = sinon.spy()
driver.device.on 'start', -> spy()
driver.start(->)
spy.should.have.been.called
it "provides a 'stop' method", ->
expect(driver.stop).to.be.a 'function'
it "provides a default empty array of commands", ->
expect(driver.commands()).to.be.eql []
it "saves the provided name in the @name variable", ->
expect(driver.name).to.be.eql "TestDriver"
it "saves the provided device in the @device variable", ->
expect(driver.device).to.be.eql device
it "saves the provided device connection in the @device variable", ->
expect(driver.connection).to.be.eql 'connect'
it "contains a reference to itself in the @self variable", ->
expect(driver.self).to.be.eql driver