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How to use this.sandbox.spy method in sinon
Best JavaScript code snippet using sinon
light.js
Source:light.js 
...13 setUp: function(done) {14 this.sandbox = sinon.sandbox.create();15 this.board = newBoard();16 this.clock = this.sandbox.useFakeTimers();17 this.sandbox.spy(Board, "Component");18 done();19 },20 tearDown: function(done) {21 Board.purge();22 Light.purge();23 this.sandbox.restore();24 done();25 },26 shape: function(test) {27 test.expect(proto.length + instance.length);28 this.light = new Light({29 pin: "A1",30 freq: 100,31 board: this.board32 });33 proto.forEach(function(method) {34 test.equal(typeof this.light[method.name], "function");35 }, this);36 instance.forEach(function(property) {37 test.notEqual(typeof this.light[property.name], 0);38 }, this);39 test.done();40 },41 instanceof: function(test) {42 test.expect(1);43 test.equal(Light({ board: this.board }) instanceof Light, true);44 test.done();45 },46 component: function(test) {47 test.expect(1);48 new Light({ board: this.board });49 test.equal(Board.Component.callCount, 1);50 test.done();51 },52 emitter: function(test) {53 test.expect(1);54 this.light = new Light({55 pin: "A1",56 freq: 100,57 board: this.board58 });59 test.ok(this.light instanceof Emitter);60 test.done();61 },62 customIntensityLevel: function(test) {63 test.expect(2);64 this.light = new Light({65 board: this.board,66 controller: {},67 toIntensityLevel: function(x) {68 test.ok(true);69 return x * x;70 },71 });72 test.equal(this.light.toIntensityLevel(2), 4);73 test.done();74 },75 fallbackIntensityLevel: function(test) {76 test.expect(1);77 this.light = new Light({78 board: this.board,79 controller: {},80 });81 test.equal(this.light.toIntensityLevel(2), 2);82 test.done();83 },84};85exports["Light: ALSPT19"] = {86 setUp: function(done) {87 this.sandbox = sinon.sandbox.create();88 this.board = newBoard();89 this.clock = this.sandbox.useFakeTimers();90 this.analogRead = this.sandbox.spy(MockFirmata.prototype, "analogRead");91 this.light = new Light({92 controller: "ALSPT19",93 pin: "A1",94 freq: 100,95 board: this.board96 });97 done();98 },99 tearDown: function(done) {100 Board.purge();101 Light.purge();102 this.sandbox.restore();103 done();104 },105 shape: function(test) {106 test.expect(proto.length + instance.length);107 proto.forEach(function(method) {108 test.equal(typeof this.light[method.name], "function");109 }, this);110 instance.forEach(function(property) {111 test.notEqual(typeof this.light[property.name], 0);112 }, this);113 test.done();114 },115 emitter: function(test) {116 test.expect(1);117 test.ok(this.light instanceof Emitter);118 test.done();119 }120};121exports["Light: BH1750"] = {122 setUp: function(done) {123 this.sandbox = sinon.sandbox.create();124 this.board = newBoard();125 this.clock = this.sandbox.useFakeTimers();126 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");127 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");128 this.i2cReadOnce = this.sandbox.spy(MockFirmata.prototype, "i2cReadOnce");129 this.light = new Light({130 controller: "BH1750",131 board: this.board132 });133 done();134 },135 tearDown: function(done) {136 Board.purge();137 Light.purge();138 this.sandbox.restore();139 done();140 },141 fwdOptionsToi2cConfig: function(test) {142 test.expect(3);143 this.i2cConfig.reset();144 new Light({145 controller: "BH1750",146 address: 0xff,147 bus: "i2c-1",148 board: this.board149 });150 var forwarded = this.i2cConfig.lastCall.args[0];151 test.equal(this.i2cConfig.callCount, 1);152 test.equal(forwarded.address, 0xff);153 test.equal(forwarded.bus, "i2c-1");154 test.done();155 },156 initialization: function(test) {157 test.expect(4);158 test.equal(this.i2cConfig.callCount, 1);159 test.equal(this.i2cWrite.callCount, 1);160 test.equal(this.i2cWrite.lastCall.args[0], 0x23);161 test.equal(this.i2cWrite.lastCall.args[1], 0x10);162 test.done();163 },164 data: function(test) {165 test.expect(3);166 this.clock.tick(120);167 var read = this.i2cReadOnce.lastCall.args[2];168 var spy = this.sandbox.spy();169 this.light.on("data", spy);170 read([ 3, 84 ]);171 this.clock.tick(25);172 test.equal(spy.callCount, 1);173 test.equal(this.light.level, 0.01);174 test.equal(this.light.lux, 710);175 test.done();176 },177 change: function(test) {178 test.expect(6);179 this.clock.tick(120);180 var read = this.i2cReadOnce.lastCall.args[2];181 var spy = this.sandbox.spy();182 this.light.on("change", spy);183 read([ 3, 84 ]);184 this.clock.tick(25);185 test.equal(spy.callCount, 1);186 test.equal(this.light.level, 0.01);187 test.equal(this.light.lux, 710);188 this.clock.tick(120);189 read([ 3, 95 ]);190 this.clock.tick(25);191 test.equal(spy.callCount, 2);192 test.equal(this.light.level, 0.01);193 test.equal(this.light.lux, 719);194 test.done();195 },196};197exports["Light: TSL2561"] = {198 setUp: function(done) {199 this.sandbox = sinon.sandbox.create();200 this.board = newBoard();201 this.clock = this.sandbox.useFakeTimers();202 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");203 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");204 this.i2cWriteReg = this.sandbox.spy(MockFirmata.prototype, "i2cWriteReg");205 this.i2cReadOnce = this.sandbox.spy(MockFirmata.prototype, "i2cReadOnce");206 this.light = new Light({207 controller: "TSL2561",208 board: this.board209 });210 done();211 },212 tearDown: function(done) {213 Board.purge();214 Light.purge();215 this.sandbox.restore();216 done();217 },218 fwdOptionsToi2cConfig: function(test) {219 test.expect(3);220 this.i2cConfig.reset();221 new Light({222 controller: "TSL2561",223 address: 0xff,224 bus: "i2c-1",225 board: this.board226 });227 var forwarded = this.i2cConfig.lastCall.args[0];228 test.equal(this.i2cConfig.callCount, 1);229 test.equal(forwarded.address, 0xff);230 test.equal(forwarded.bus, "i2c-1");231 test.done();232 },233 initialization: function(test) {234 test.expect(4);235 test.equal(this.i2cConfig.callCount, 1);236 test.equal(this.i2cWriteReg.callCount, 3);237 test.equal(this.i2cWriteReg.lastCall.args[0], 0x39);238 test.equal(this.i2cWriteReg.lastCall.args[1], 0x81);239 test.done();240 },241};242exports["Light: EVS_EV3, Ambient (Default)"] = {243 setUp: function(done) {244 this.sandbox = sinon.sandbox.create();245 this.board = newBoard();246 this.clock = this.sandbox.useFakeTimers();247 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");248 this.evswrite = this.sandbox.spy(EVS.prototype, "write");249 this.evsread = this.sandbox.spy(EVS.prototype, "read");250 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");251 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");252 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {253 callback([15, 0]);254 });255 this.light = new Light({256 controller: "EVS_EV3",257 pin: "BAS1",258 freq: 100,259 board: this.board260 });261 done();262 },263 tearDown: function(done) {264 Board.purge();265 Light.purge();266 this.sandbox.restore();267 done();268 },269 shape: function(test) {270 test.expect(proto.length + instance.length);271 proto.forEach(function(method) {272 test.equal(typeof this.light[method.name], "function");273 }, this);274 instance.forEach(function(property) {275 test.notEqual(typeof this.light[property.name], 0);276 }, this);277 test.done();278 },279 initialization: function(test) {280 test.expect(2);281 var shield = {282 address: 26,283 analog: 112,284 bank: "a",285 mode: 111,286 motor: undefined,287 offset: 0,288 port: 1,289 sensor: 1290 };291 test.deepEqual(this.evssetup.lastCall.args, [shield, EVS.Type_EV3]);292 test.deepEqual(this.evswrite.lastCall.args, [shield, 0x81 + shield.offset, EVS.Type_EV3_LIGHT]);293 test.done();294 },295 data: function(test) {296 var spy = this.sandbox.spy();297 test.expect(1);298 this.light.on("data", spy);299 this.clock.tick(100);300 test.equal(spy.callCount, 1);301 test.done();302 },303 change: function(test) {304 test.expect(1);305 var spy = this.sandbox.spy();306 this.light.on("change", spy);307 this.clock.tick(100);308 test.ok(spy.called);309 test.done();310 },311 within: function(test) {312 var spy = this.sandbox.spy();313 test.expect(2);314 this.clock.tick(250);315 this.light.within([0.10, 0.20], "level", function() {316 test.equal(this.level, 0.15);317 spy();318 });319 this.clock.tick(100);320 test.ok(spy.calledOnce);321 test.done();322 }323};324exports["Light: EVS_EV3, Reflected"] = {325 setUp: function(done) {326 this.sandbox = sinon.sandbox.create();327 this.board = newBoard();328 this.clock = this.sandbox.useFakeTimers();329 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");330 this.evswrite = this.sandbox.spy(EVS.prototype, "write");331 this.evsread = this.sandbox.spy(EVS.prototype, "read");332 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");333 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");334 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {335 callback([15, 0]);336 });337 this.light = new Light({338 controller: "EVS_EV3",339 pin: "BAS1",340 mode: "reflected",341 freq: 100,342 board: this.board343 });344 done();345 },346 tearDown: function(done) {347 Board.purge();348 Light.purge();349 this.sandbox.restore();350 done();351 },352 shape: function(test) {353 test.expect(proto.length + instance.length);354 proto.forEach(function(method) {355 test.equal(typeof this.light[method.name], "function");356 }, this);357 instance.forEach(function(property) {358 test.notEqual(typeof this.light[property.name], 0);359 }, this);360 test.done();361 },362 initialization: function(test) {363 test.expect(2);364 var shield = {365 address: 26,366 analog: 112,367 bank: "a",368 mode: 111,369 motor: undefined,370 offset: 0,371 port: 1,372 sensor: 1373 };374 test.deepEqual(this.evssetup.lastCall.args, [shield, EVS.Type_EV3]);375 test.deepEqual(this.evswrite.lastCall.args, [shield, 0x81 + shield.offset, EVS.Type_EV3_LIGHT_REFLECTED]);376 test.done();377 },378 data: function(test) {379 var spy = this.sandbox.spy();380 test.expect(1);381 this.light.on("data", spy);382 this.clock.tick(100);383 test.equal(spy.callCount, 1);384 test.done();385 },386 change: function(test) {387 test.expect(1);388 var spy = this.sandbox.spy();389 this.light.on("change", spy);390 this.clock.tick(100);391 test.ok(spy.called);392 test.done();393 },394 within: function(test) {395 var spy = this.sandbox.spy();396 test.expect(2);397 this.clock.tick(250);398 this.light.within([0.10, 0.20], "level", function() {399 test.equal(this.level, 0.15);400 spy();401 });402 this.clock.tick(100);403 test.ok(spy.calledOnce);404 test.done();405 }406};407exports["Light: EVS_NXT, Ambient (Default)"] = {408 setUp: function(done) {409 this.sandbox = sinon.sandbox.create();410 this.board = newBoard();411 this.clock = this.sandbox.useFakeTimers();412 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");413 this.evswrite = this.sandbox.spy(EVS.prototype, "write");414 this.evsread = this.sandbox.spy(EVS.prototype, "read");415 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");416 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");417 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {418 callback([100, 3]);419 });420 this.light = new Light({421 controller: "EVS_NXT",422 pin: "BAS1",423 freq: 100,424 board: this.board425 });426 done();427 },428 tearDown: function(done) {429 Board.purge();430 Light.purge();431 this.sandbox.restore();432 done();433 },434 shape: function(test) {435 test.expect(proto.length + instance.length);436 proto.forEach(function(method) {437 test.equal(typeof this.light[method.name], "function");438 }, this);439 instance.forEach(function(property) {440 test.notEqual(typeof this.light[property.name], 0);441 }, this);442 test.done();443 },444 initialization: function(test) {445 test.expect(1);446 var shield = {447 address: 26,448 analog: 112,449 bank: "a",450 mode: 111,451 motor: undefined,452 offset: 0,453 port: 1,454 sensor: 1455 };456 test.deepEqual(this.evssetup.lastCall.args, [shield, EVS.Type_NXT_LIGHT]);457 test.done();458 },459 data: function(test) {460 var spy = this.sandbox.spy();461 test.expect(1);462 this.light.on("data", spy);463 this.clock.tick(100);464 test.equal(spy.callCount, 1);465 test.done();466 },467 change: function(test) {468 test.expect(1);469 var spy = this.sandbox.spy();470 this.light.on("change", spy);471 this.clock.tick(100);472 test.ok(spy.called);473 test.done();474 },475 within: function(test) {476 var spy = this.sandbox.spy();477 test.expect(2);478 this.clock.tick(250);479 this.light.within([0.10, 0.20], "level", function() {480 test.equal(this.level, 0.15);481 spy();482 });483 this.clock.tick(100);484 test.ok(spy.calledOnce);485 test.done();486 }487};488exports["Light: EVS_NXT, Reflected"] = {489 setUp: function(done) {490 this.sandbox = sinon.sandbox.create();491 this.board = newBoard();492 this.clock = this.sandbox.useFakeTimers();493 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");494 this.evswrite = this.sandbox.spy(EVS.prototype, "write");495 this.evsread = this.sandbox.spy(EVS.prototype, "read");496 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");497 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");498 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {499 callback([100, 3]);500 });501 this.light = new Light({502 controller: "EVS_NXT",503 pin: "BAS1",504 mode: "reflected",505 freq: 100,506 board: this.board507 });508 done();509 },510 tearDown: function(done) {511 Board.purge();512 Light.purge();513 this.sandbox.restore();514 done();515 },516 shape: function(test) {517 test.expect(proto.length + instance.length);518 proto.forEach(function(method) {519 test.equal(typeof this.light[method.name], "function");520 }, this);521 instance.forEach(function(property) {522 test.notEqual(typeof this.light[property.name], 0);523 }, this);524 test.done();525 },526 initialization: function(test) {527 test.expect(1);528 var shield = {529 address: 26,530 analog: 112,531 bank: "a",532 mode: 111,533 motor: undefined,534 offset: 0,535 port: 1,536 sensor: 1537 };538 test.deepEqual(this.evssetup.lastCall.args, [shield, EVS.Type_NXT_LIGHT_REFLECTED]);539 test.done();540 },541 data: function(test) {542 var spy = this.sandbox.spy();543 test.expect(1);544 this.light.on("data", spy);545 this.clock.tick(100);546 test.equal(spy.callCount, 1);547 test.done();548 },549 change: function(test) {550 test.expect(1);551 var spy = this.sandbox.spy();552 this.light.on("change", spy);553 this.clock.tick(100);554 test.ok(spy.called);555 test.done();556 },557 within: function(test) {558 var spy = this.sandbox.spy();559 test.expect(2);560 this.clock.tick(250);561 this.light.within([0.10, 0.20], "level", function() {562 test.equal(this.level, 0.15);563 spy();564 });565 this.clock.tick(100);566 test.ok(spy.calledOnce);567 test.done();568 }...
motion.js
Source:motion.js
...3 setUp: function(done) {4 this.sandbox = sinon.sandbox.create();5 this.board = newBoard();6 this.clock = this.sandbox.useFakeTimers();7 this.digitalRead = this.sandbox.spy(MockFirmata.prototype, "digitalRead");8 this.motion = new Motion({9 pin: 7,10 calibrationDelay: 10,11 board: this.board12 });13 this.instance = [{14 name: "detectedMotion"15 }, {16 name: "isCalibrated"17 }];18 done();19 },20 tearDown: function(done) {21 Board.purge();22 this.sandbox.restore();23 done();24 },25 shape: function(test) {26 test.expect(this.instance.length);27 this.instance.forEach(function(property) {28 test.notEqual(typeof this.motion[property.name], "undefined");29 }, this);30 test.done();31 },32 emitter: function(test) {33 test.expect(1);34 test.ok(this.motion instanceof Emitter);35 test.done();36 }37};38exports["Motion - PIR"] = {39 setUp: function(done) {40 this.sandbox = sinon.sandbox.create();41 this.board = newBoard();42 this.clock = this.sandbox.useFakeTimers();43 this.digitalRead = this.sandbox.spy(MockFirmata.prototype, "digitalRead");44 this.motion = new Motion({45 pin: 7,46 calibrationDelay: 10,47 board: this.board48 });49 done();50 },51 tearDown: function(done) {52 Board.purge();53 this.sandbox.restore();54 done();55 },56 calibrated: function(test) {57 test.expect(1);58 var spy = this.sandbox.spy();59 this.motion.on("calibrated", spy);60 this.clock.tick(10);61 test.ok(spy.calledOnce);62 test.done();63 },64 data: function(test) {65 test.expect(1);66 var spy = this.sandbox.spy();67 this.motion.on("data", spy);68 this.clock.tick(25);69 test.ok(spy.calledOnce);70 test.done();71 },72 change: function(test) {73 test.expect(1);74 var spy = this.sandbox.spy();75 var callback = this.digitalRead.firstCall.args[1];76 this.motion.on("change", spy);77 this.clock.tick(25);78 callback(0);79 this.clock.tick(25);80 callback(1);81 this.clock.tick(25);82 callback(0);83 this.clock.tick(25);84 test.ok(spy.calledTwice);85 test.done();86 },87 noChange: function(test) {88 test.expect(1);89 var spy = this.sandbox.spy();90 var callback = this.digitalRead.firstCall.args[1];91 this.motion.on("change", spy);92 this.clock.tick(25);93 callback(0);94 this.clock.tick(25);95 callback(0);96 this.clock.tick(25);97 callback(0);98 this.clock.tick(25);99 test.ok(spy.notCalled);100 test.done();101 },102 motionstart: function(test) {103 var spy = this.sandbox.spy();104 var callback = this.digitalRead.firstCall.args[1];105 test.expect(1);106 this.motion.on("motionstart", spy);107 // 0 then changes to 1108 callback(0);109 callback(1);110 this.clock.tick(25);111 test.ok(spy.calledOnce);112 test.done();113 },114 motionend: function(test) {115 var spy = this.sandbox.spy();116 var callback = this.digitalRead.firstCall.args[1];117 test.expect(1);118 this.motion.on("motionend", spy);119 // 1 then changes to 0120 callback(1);121 this.clock.tick(25);122 callback(0);123 this.clock.tick(25);124 test.ok(spy.calledOnce);125 test.done();126 }127};128exports["Motion - GP2Y0D805Z0F"] = {129 setUp: function(done) {130 this.sandbox = sinon.sandbox.create();131 this.board = newBoard();132 this.clock = this.sandbox.useFakeTimers();133 this.i2cRead = this.sandbox.spy(MockFirmata.prototype, "i2cRead");134 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");135 this.i2cWriteReg = this.sandbox.spy(MockFirmata.prototype, "i2cWriteReg");136 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");137 this.motion = new Motion({138 controller: "GP2Y0D805Z0F",139 calibrationDelay: 10,140 board: this.board141 });142 done();143 },144 tearDown: function(done) {145 Board.purge();146 this.sandbox.restore();147 done();148 },149 fwdOptionsToi2cConfig: function(test) {150 test.expect(3);151 this.i2cConfig.reset();152 new Motion({153 controller: "GP2Y0D805Z0F",154 address: 0xff,155 bus: "i2c-1",156 board: this.board157 });158 var forwarded = this.i2cConfig.lastCall.args[0];159 test.equal(this.i2cConfig.callCount, 1);160 test.equal(forwarded.address, 0xff);161 test.equal(forwarded.bus, "i2c-1");162 test.done();163 },164 initialize: function(test) {165 test.expect(8);166 test.ok(this.i2cConfig.called);167 test.ok(this.i2cWriteReg.calledOnce);168 test.ok(this.i2cWrite.calledOnce);169 test.ok(this.i2cRead.calledOnce);170 test.deepEqual(this.i2cWriteReg.firstCall.args, [0x26, 0x03, 0xFE]);171 test.deepEqual(this.i2cWrite.firstCall.args, [0x26, [0x00]]);172 test.equal(this.i2cRead.firstCall.args[0], 0x26);173 test.equal(this.i2cRead.firstCall.args[1], 1);174 test.done();175 },176 calibrated: function(test) {177 var spy = this.sandbox.spy();178 test.expect(1);179 this.motion.on("calibrated", spy);180 this.clock.tick(10);181 test.ok(spy.calledOnce);182 test.done();183 },184 data: function(test) {185 var spy = this.sandbox.spy();186 test.expect(1);187 this.motion.on("data", spy);188 this.clock.tick(25);189 test.ok(spy.calledOnce);190 test.done();191 },192 change: function(test) {193 var spy = this.sandbox.spy();194 var callback = this.i2cRead.firstCall.args[2];195 test.expect(1);196 this.motion.on("change", spy);197 callback([0x00]);198 this.clock.tick(25);199 callback([0x03]);200 this.clock.tick(25);201 test.ok(spy.calledTwice);202 test.done();203 },204 noChange: function(test) {205 test.expect(1);206 var spy = this.sandbox.spy();207 var callback = this.i2cRead.firstCall.args[2];208 this.motion.on("change", spy);209 this.clock.tick(25);210 callback([0x03]);211 this.clock.tick(25);212 callback([0x03]);213 this.clock.tick(25);214 callback([0x03]);215 this.clock.tick(25);216 test.ok(spy.notCalled);217 test.done();218 },219 motionstart: function(test) {220 // this.clock.tick(250);221 var spy = this.sandbox.spy();222 var callback = this.i2cRead.firstCall.args[2];223 test.expect(1);224 this.motion.on("motionstart", spy);225 callback([3]);226 callback([1]);227 this.clock.tick(25);228 test.ok(spy.calledOnce);229 test.done();230 },231 motionend: function(test) {232 // this.clock.tick(250);233 var spy = this.sandbox.spy();234 var callback = this.i2cRead.firstCall.args[2];235 test.expect(1);236 this.motion.on("motionend", spy);237 callback([1]);238 this.clock.tick(25);239 callback([3]);240 this.clock.tick(25);241 test.ok(spy.calledOnce);242 test.done();243 }244};245exports["Motion - GP2Y0D810Z0F"] = {246 setUp: function(done) {247 this.sandbox = sinon.sandbox.create();248 this.board = newBoard();249 this.clock = this.sandbox.useFakeTimers();250 this.pinMode = this.sandbox.spy(MockFirmata.prototype, "pinMode");251 this.analogRead = this.sandbox.spy(MockFirmata.prototype, "analogRead");252 this.motion = new Motion({253 controller: "GP2Y0D810Z0F",254 pin: "A0",255 board: this.board256 });257 done();258 },259 tearDown: function(done) {260 Board.purge();261 this.sandbox.restore();262 done();263 },264 initialize: function(test) {265 test.expect(2);266 test.ok(this.pinMode.calledOnce);267 test.ok(this.analogRead.calledOnce);268 test.done();269 },270 calibrated: function(test) {271 var spy = this.sandbox.spy();272 test.expect(1);273 this.motion.on("calibrated", spy);274 this.clock.tick(10);275 test.ok(spy.calledOnce);276 test.done();277 },278 data: function(test) {279 var spy = this.sandbox.spy();280 test.expect(1);281 this.motion.on("data", spy);282 this.clock.tick(25);283 test.ok(spy.calledOnce);284 test.done();285 },286 change: function(test) {287 var spy = this.sandbox.spy();288 var callback = this.analogRead.firstCall.args[1];289 test.expect(1);290 this.motion.on("change", spy);291 callback(1023);292 this.clock.tick(25);293 callback(100);294 this.clock.tick(25);295 callback(1023);296 this.clock.tick(25);297 test.ok(spy.calledTwice);298 test.done();299 },300 noChange: function(test) {301 test.expect(1);302 var spy = this.sandbox.spy();303 var callback = this.analogRead.firstCall.args[1];304 this.motion.on("change", spy);305 callback(1023);306 this.clock.tick(25);307 callback(1023);308 this.clock.tick(25);309 callback(1023);310 this.clock.tick(25);311 callback(1023);312 this.clock.tick(25);313 test.ok(spy.notCalled);314 test.done();315 },316 motionstart: function(test) {317 var spy = this.sandbox.spy();318 var callback = this.analogRead.firstCall.args[1];319 test.expect(1);320 this.motion.on("motionstart", spy);321 callback(100);322 this.clock.tick(25);323 callback(1023);324 this.clock.tick(25);325 test.ok(spy.calledOnce);326 test.done();327 },328 motionend: function(test) {329 // this.clock.tick(250);330 var spy = this.sandbox.spy();331 var callback = this.analogRead.firstCall.args[1];332 test.expect(1);333 this.motion.on("motionend", spy);334 callback(100);335 this.clock.tick(25);336 callback(1023);337 this.clock.tick(25);338 test.ok(spy.calledOnce);339 test.done();340 }341};342exports["Motion - GP2Y0A60SZLF"] = {343 setUp: function(done) {344 this.sandbox = sinon.sandbox.create();345 this.board = newBoard();346 this.clock = this.sandbox.useFakeTimers();347 this.pinMode = this.sandbox.spy(MockFirmata.prototype, "pinMode");348 this.analogRead = this.sandbox.spy(MockFirmata.prototype, "analogRead");349 this.motion = new Motion({350 controller: "GP2Y0A60SZLF",351 pin: "A0",352 board: this.board353 });354 done();355 },356 tearDown: function(done) {357 Board.purge();358 this.sandbox.restore();359 done();360 },361 initialize: function(test) {362 test.expect(2);363 test.ok(this.pinMode.calledOnce);364 test.ok(this.analogRead.calledOnce);365 test.done();366 },367 calibrated: function(test) {368 var spy = this.sandbox.spy();369 test.expect(1);370 this.motion.on("calibrated", spy);371 this.clock.tick(10);372 test.ok(spy.calledOnce);373 test.done();374 },375 data: function(test) {376 var spy = this.sandbox.spy();377 test.expect(1);378 this.motion.on("data", spy);379 this.clock.tick(25);380 test.ok(spy.calledOnce);381 test.done();382 },383 change: function(test) {384 var spy = this.sandbox.spy();385 var callback = this.analogRead.firstCall.args[1];386 test.expect(1);387 this.motion.on("change", spy);388 callback(100);389 this.clock.tick(25);390 callback(1023);391 this.clock.tick(25);392 callback(100);393 this.clock.tick(25);394 test.ok(spy.calledTwice);395 test.done();396 },397 noChange: function(test) {398 test.expect(1);399 var spy = this.sandbox.spy();400 var callback = this.analogRead.firstCall.args[1];401 this.motion.on("change", spy);402 callback(100);403 this.clock.tick(25);404 callback(100);405 this.clock.tick(25);406 callback(100);407 this.clock.tick(25);408 callback(100);409 this.clock.tick(25);410 test.ok(spy.notCalled);411 test.done();412 },413 motionstart: function(test) {414 var spy = this.sandbox.spy();415 var callback = this.analogRead.firstCall.args[1];416 test.expect(1);417 this.motion.on("motionstart", spy);418 callback(1023);419 this.clock.tick(25);420 callback(100);421 this.clock.tick(25);422 test.ok(spy.calledOnce);423 test.done();424 },425 motionend: function(test) {426 // this.clock.tick(250);427 var spy = this.sandbox.spy();428 var callback = this.analogRead.firstCall.args[1];429 test.expect(1);430 this.motion.on("motionend", spy);431 callback(1023);432 this.clock.tick(25);433 callback(100);434 this.clock.tick(25);435 test.ok(spy.calledOnce);436 test.done();437 }438};439Object.keys(Motion.Controllers).forEach(function(name) {440 exports["Motion - Controller, " + name] = addControllerTest(Motion, Motion.Controllers[name], {441 controller: name,...
color.js
Source:color.js
...10 setUp: function(done) {11 this.sandbox = sinon.sandbox.create();12 this.board = newBoard();13 this.clock = this.sandbox.useFakeTimers();14 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");15 this.evsread = this.sandbox.spy(EVS.prototype, "read");16 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");17 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");18 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {19 callback([0, 0]);20 });21 this.color = new Color({22 controller: "EVS_EV3",23 pin: "BAS1",24 freq: 10,25 board: this.board26 });27 done();28 },29 tearDown: function(done) {30 Board.purge();31 Color.purge();32 this.sandbox.restore();33 done();34 },35 shape: function(test) {36 test.expect(proto.length + instance.length);37 proto.forEach(function(method) {38 test.equal(typeof this.color[method.name], "function");39 }, this);40 instance.forEach(function(property) {41 test.notEqual(typeof this.color[property.name], "undefined");42 }, this);43 test.done();44 },45 data: function(test) {46 var spy = this.sandbox.spy();47 test.expect(1);48 this.color.on("data", spy);49 this.clock.tick(10);50 test.equal(spy.callCount, 1);51 test.done();52 },53 change: function(test) {54 test.expect(1);55 var spy = this.sandbox.spy();56 this.color.on("change", spy);57 this.clock.tick(10);58 test.ok(spy.called);59 test.done();60 },61};62exports["Color - EVS_NXT"] = {63 setUp: function(done) {64 this.sandbox = sinon.sandbox.create();65 this.board = newBoard();66 this.clock = this.sandbox.useFakeTimers();67 this.evssetup = this.sandbox.spy(EVS.prototype, "setup");68 this.evsread = this.sandbox.spy(EVS.prototype, "read");69 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");70 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");71 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {72 callback([0]);73 });74 this.color = new Color({75 controller: "EVS_NXT",76 pin: "BAS1",77 freq: 10,78 board: this.board79 });80 done();81 },82 tearDown: function(done) {83 Board.purge();84 Color.purge();85 this.sandbox.restore();86 done();87 },88 shape: function(test) {89 test.expect(proto.length + instance.length);90 proto.forEach(function(method) {91 test.equal(typeof this.color[method.name], "function");92 }, this);93 instance.forEach(function(property) {94 test.notEqual(typeof this.color[property.name], "undefined");95 }, this);96 test.done();97 },98 data: function(test) {99 var spy = this.sandbox.spy();100 test.expect(1);101 this.color.on("data", spy);102 this.clock.tick(10);103 test.equal(spy.callCount, 1);104 test.done();105 },106 change: function(test) {107 test.expect(1);108 var spy = this.sandbox.spy();109 this.color.on("change", spy);110 this.clock.tick(10);111 test.ok(spy.called);112 test.done();113 },114};115exports["Color - ISL29125"] = {116 setUp: function(done) {117 this.sandbox = sinon.sandbox.create();118 this.board = newBoard();119 this.clock = this.sandbox.useFakeTimers();120 this.i2cConfig = this.sandbox.spy(MockFirmata.prototype, "i2cConfig");121 this.i2cWrite = this.sandbox.spy(MockFirmata.prototype, "i2cWrite");122 this.i2cRead = this.sandbox.stub(MockFirmata.prototype, "i2cRead", function(address, register, numBytes, callback) {123 callback([0]);124 });125 this.color = new Color({126 controller: "ISL29125",127 freq: 10,128 board: this.board129 });130 done();131 },132 tearDown: function(done) {133 Board.purge();134 Color.purge();135 this.sandbox.restore();136 done();137 },138 shape: function(test) {139 test.expect(proto.length + instance.length);140 proto.forEach(function(method) {141 test.equal(typeof this.color[method.name], "function");142 }, this);143 instance.forEach(function(property) {144 test.notEqual(typeof this.color[property.name], "undefined");145 }, this);146 test.done();147 },148 data: function(test) {149 var spy = this.sandbox.spy();150 test.expect(1);151 this.color.on("data", spy);152 this.clock.tick(10);153 test.equal(spy.callCount, 1);154 test.done();155 },156 change: function(test) {157 test.expect(1);158 var spy = this.sandbox.spy();159 this.color.on("change", spy);160 this.clock.tick(10);161 test.ok(spy.called);162 test.done();163 },164};165Object.keys(Color.Controllers).forEach(function(name) {166 exports["Color - Controller, " + name] = addControllerTest(Color, Color.Controllers[name], {167 controller: name,168 pin: "BAS1"169 });...
Using AI Code Generation
1var sinon = require('sinon');2var spy = sinon.spy();3var obj = {4};5obj.method(42);6var sinon = require('sinon');7var stub = sinon.stub().returns(42);8var obj = {9};10var val = obj.method(42);11var sinon = require('sinon');12var mock = sinon.mock();13var obj = {14};15obj.method(42);16console.log(mock.verify());17var sinon = require('sinon');18var clock = sinon.useFakeTimers();19clock.tick(100);20var sinon = require('sinon');21var server = sinon.fakeServer.create();22server.respondWith("Hello World!");23server.respond();24var sinon = require('sinon');25var requests = sinon.requests;26requests[0].respond(200, { "Content-Type": "text/plain" }, "Hello World!");27var sinon = require('sinon');28var xhr = sinon.useFakeXMLHttpRequest();29xhr.onCreate = function (req) {30 requests.push(req);31};32var sinon = require('sinon');33var spy = sinon.spy();34var obj = {35};36obj.method(42);37console.log(spy
Using AI Code Generation
1const sinon = require('sinon');2const assert = require('assert');3const myObj = {4 myMethod: function () {5 console.log('myMethod called');6 },7};8const spy = sinon.spy(myObj, 'myMethod');9myObj.myMethod();10const sinon = require('sinon');11const assert = require('assert');12const myObj = {13 myMethod: function () {14 console.log('myMethod called');15 },16};17const stub = sinon.stub(myObj, 'myMethod');18myObj.myMethod();19const sinon = require('sinon');20const assert = require('assert');21const myObj = {22 myMethod: function () {23 console.log('myMethod called');24 },25};26const mock = sinon.mock(myObj);27mock.expects('myMethod').once();28myObj.myMethod();29mock.verify();30const sinon = require('sinon');31const assert = require('assert');32const myObj = {33 myMethod: function () {34 console.log('myMethod called');35 },36};37const stub = sinon.stub().returns(42);38sinon.replace(myObj, 'myMethod', stub);39const result = myObj.myMethod();40const sinon = require('sinon');41const assert = require('assert');42const myObj = {43 myMethod: function () {44 console.log('myMethod called');45 },46};47const stub = sinon.createStubInstance(myObj);48stub.myMethod.returns(42);49const result = stub.myMethod();50const sinon = require('sinon');51const assert = require('assert');52const clock = sinon.useFakeTimers();53setTimeout(function () {54 console.log('timeout called');55}, 1000);56const sinon = require('sinon');57const assert = require('assert');58const requests = [];
Using AI Code Generation
1var sinon = require('sinon');2var assert = require('chai').assert;3describe('test suite', function() {4 var obj = {5 method: function() {6 return 1;7 }8 };9 beforeEach(function() {10 this.sandbox = sinon.sandbox.create();11 });12 afterEach(function() {13 this.sandbox.restore();14 });15 it('should call method', function() {16 var spy = this.sandbox.spy(obj, 'method');17 obj.method();18 assert(spy.called);19 });20});21var sinon = require('sinon');22var assert = require('assert');23var foo = {24 bar: function() {25 return 1;26 }27};28var test = function() {29 var stub = sinon.stub(foo, 'bar');30 stub.returns(2);31 var result = foo.bar();32 assert.equal(result, 2);33};34test();35var sinon = require('sinon');36var assert = require('assert');37var foo = {38 bar: function(callback) {39 callback();40 }41};42var test = function() {43 var spy = sinon.spy(foo, 'bar');44 foo.bar(function() {45 assert(spy.called);46 });47};48test();49var sinon = require('sinon');50var assert = require('assert');51var foo = {52 bar: function(callback) {
Using AI Code Generation
1var sinon = require('sinon');2var assert = require('assert');3describe('Sinon spy test', function() {4 it('should return true', function() {5 var obj = {6 foo: function() {7 return true;8 }9 };10 var spy = sinon.spy(obj, 'foo');11 obj.foo();12 assert(spy.called);13 });14});15var sinon = require('sinon');16var assert = require('assert');17describe('Sinon spy test', function() {18 it('should return true', function() {19 var obj = {20 foo: function() {21 return true;22 }23 };24 var spy = sinon.spy(obj, 'foo');25 obj.foo();26 assert(spy.called);27 });28});29var sinon = require('sinon');30var assert = require('assert');31describe('Sinon spy test', function() {32 it('should return true', function() {33 var obj = {34 foo: function() {35 return true;36 }37 };38 var spy = sinon.spy(obj, 'foo');39 obj.foo();40 assert(spy.called);41 });42});43var sinon = require('sinon');44var assert = require('assert');45describe('Sinon spy test', function() {46 it('should return true', function() {47 var obj = {48 foo: function() {49 return true;50 }51 };52 var spy = sinon.spy(obj, 'foo');53 obj.foo();54 assert(spy.called);55 });56});
Using AI Code Generation
1var sinon = require('sinon');2var sandbox = sinon.sandbox.create();3describe('Test', function () {4 beforeEach(function () {5 sandbox.stub(global, 'setTimeout');6 });7 afterEach(function () {8 sandbox.restore();9 });10 it('should call setTimeout with 1000ms', function () {11 setTimeout(1000);12 sinon.assert.calledWith(setTimeout, 1000);13 });14});15var sinon = require('sinon');16var sandbox = sinon.sandbox.create();17describe('Test', function () {18 beforeEach(function () {19 sandbox.stub(global, 'setTimeout');20 });21 afterEach(function () {22 sandbox.restore();23 });24 it('should call setTimeout with 1000ms', function () {25 setTimeout(1000);26 sinon.assert.calledWith(setTimeout, 1000);27 });28});29var sinon = require('sinon');30var sandbox = sinon.sandbox.create();31describe('Test', function () {32 beforeEach(function () {33 sandbox.stub(global, 'setTimeout');34 });35 afterEach(function () {36 sandbox.restore();37 });38 it('should call setTimeout with 1000ms', function () {39 setTimeout(1000);40 sinon.assert.calledWith(setTimeout, 1000);41 });42});43var sinon = require('sinon');44var sandbox = sinon.sandbox.create();45describe('Test', function () {46 beforeEach(function () {47 sandbox.stub(global, 'setTimeout');48 });49 afterEach(function () {50 sandbox.restore();51 });52 it('should call setTimeout with 1000ms', function () {53 setTimeout(1000);54 sinon.assert.calledWith(setTimeout, 1000);55 });56});57var sinon = require('sinon');58var sandbox = sinon.sandbox.create();59describe('Test', function () {60 beforeEach(function () {61 sandbox.stub(global, 'setTimeout');62 });63 afterEach(function () {64 sandbox.restore();65 });66 it('should call setTimeout with 1000ms', function () {67 setTimeout(1000);68 sinon.assert.calledWith(setTimeout, 1000
Using AI Code Generation
1var sinon = require('sinon');2var assert = require('chai').assert;3describe('Sinon sandbox', function () {4 var sandbox = sinon.sandbox.create();5 var spy = sandbox.spy();6 it('should call the spy', function () {7 spy();8 assert(spy.called);9 });10});
Automation Testing Tutorials
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