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gpt.spec.js
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/* global describe, it, xit, sinon, expect */
// var sinon = require("sinon");
var should = require("chai").should();
var expect = require("chai").expect;
var GPT = require("../../src_new/controllers/gpt.js");
var UTIL = require("../../src_new/util.js");
var CONSTANTS = require("../../src_new/constants.js");
var CONFIG = require("../../src_new/config.js");
var BM = require("../../src_new/bidManager.js");
var SLOT = require("../../src_new/slot.js");
var PREBID = require("../../src_new/adapters/prebid.js");
var commonDivID = "DIV_1";
// TODO : remove as required during single TDD only
// var jsdom = require('jsdom').jsdom;
// var exposedProperties = ['window', 'navigator', 'document'];
// global.document = jsdom('');
// global.window = document.defaultView;
// Object.keys(document.defaultView).forEach((property) => {
// if (typeof global[property] === 'undefined') {
// exposedProperties.push(property);
// global[property] = document.defaultView[property];
// }
// });
// global.navigator = {
// userAgent: 'node.js'
// };
describe("CONTROLLER: GPT", function() {
describe("#setWindowReference()", function() {
var nonObject = 0;
beforeEach(function (done) {
sinon.spy(UTIL, "isObject");
done();
});
afterEach(function (done) {
UTIL.isObject.restore();
done();
});
it("should not set WindowReference if argument is not object", function(done) {
GPT.setWindowReference(nonObject);
expect(GPT.getWindowReference() === null).to.equal(true);
UTIL.isObject.returned(false).should.be.true;
UTIL.isObject.calledOnce.should.be.true;
done();
});
it("should set WindowReference if argument is object", function(done) {
GPT.setWindowReference(window);
GPT.getWindowReference().should.be.deep.equal(window);
UTIL.isObject.calledOnce.should.be.true;
UTIL.isObject.returned(true).should.be.true;
done();
});
});
describe('#getWindowReference', function () {
it('is a function', function (done) {
GPT.getWindowReference.should.be.a('function');
done();
});
it('should return the window object reference', function (done) {
GPT.setWindowReference(window);
GPT.getWindowReference().should.deep.equal(window);
done();
});
});
describe("#getAdUnitIndex()", function() {
var random = null;
var currentGoogleSlotStub = null;
beforeEach(function (done) {
random = Math.floor(Math.random() * 100);
currentGoogleSlotStub = {
getSlotId: function() {
return this;
},
getId: function() {
return "abcd_" + random;
}
};
sinon.spy(currentGoogleSlotStub, "getSlotId");
sinon.spy(currentGoogleSlotStub, "getId");
done();
});
afterEach(function (done) {
currentGoogleSlotStub.getSlotId.restore();
currentGoogleSlotStub.getId.restore();
random = null;
currentGoogleSlotStub = null;
done();
});
it("should return 0 when the object passed is null ", function(done) {
GPT.getAdUnitIndex(null).should.equal(0);
done();
});
it("should return 0 when the object passed is number ", function(done) {
GPT.getAdUnitIndex(0).should.equal(0);
done();
});
it("should return 0 when the object passed is empty string ", function(done) {
GPT.getAdUnitIndex("").should.equal(0);
done();
});
it("should return 0 when the object passed is not empty string ", function(done) {
GPT.getAdUnitIndex("abcd").should.equal(0);
done();
});
it("should return 0 when the object passed does not have required method ", function(done) {
GPT.getAdUnitIndex({}).should.equal(0);
done();
});
it("should return random when the object passed does have required method ", function(done) {
GPT.getAdUnitIndex(currentGoogleSlotStub).should.equal(random);
currentGoogleSlotStub.getSlotId.calledOnce.should.be.true;
currentGoogleSlotStub.getId.calledOnce.should.be.true;
done();
});
});
describe('#getAdSlotSizesArray()', function() {
var divID = null;
var currentGoogleSlots = null;
var sizeObj_1 = null;
var sizeObj_2 = null;
var slotSizeMapping = null;
beforeEach(function(done) {
divID = commonDivID;
sizeObj_1 = {
getWidth: function() {
return 1024;
},
getHeight: function() {
return 768;
},
"id": "sizeObj_1"
};
sizeObj_2 = {
getWidth: function() {
return 640;
},
getHeight: function() {
return 480;
},
"id": "sizeObj_2"
};
currentGoogleSlots = {
getSizes: function() {
return [sizeObj_1, sizeObj_2];
}
};
sinon.spy(currentGoogleSlots, 'getSizes');
sinon.spy(sizeObj_1, 'getHeight');
sinon.spy(sizeObj_1, 'getWidth');
sinon.spy(sizeObj_2, 'getHeight');
sinon.spy(sizeObj_2, 'getWidth');
slotSizeMapping = [
[ 728, 90 ],
[ 640, 480 ]
];
sinon.spy(UTIL, 'log');
sinon.stub(UTIL, 'isFunction');
UTIL.isFunction.withArgs(sizeObj_1.getWidth).onSecondCall().returns(false);
UTIL.isFunction.returns(true);
sinon.spy(UTIL, 'forEachOnArray');
done();
});
afterEach(function(done) {
UTIL.log.restore();
UTIL.isFunction.restore();
UTIL.forEachOnArray.restore();
currentGoogleSlots.getSizes.restore();
if (sizeObj_1.getHeight) {
sizeObj_1.getHeight.restore();
}
if (sizeObj_1.getWidth) {
sizeObj_1.getWidth.restore();
}
if (sizeObj_2.getHeight) {
sizeObj_2.getHeight.restore();
}
if (sizeObj_2.getWidth) {
sizeObj_2.getWidth.restore();
}
sizeObj_1 = null;
sizeObj_2 = null;
currentGoogleSlots = null;
slotSizeMapping = null;
done();
});
it('is a function', function(done) {
GPT.getAdSlotSizesArray.should.be.a('function');
done();
});
it('should have created adSlotSizesArray when proper currentGoogleSlots is passed ', function(done) {
GPT.getAdSlotSizesArray(divID, currentGoogleSlots).should.be.deep.equal([[1024, 768], [640, 480]]);
UTIL.isFunction.called.should.be.true;
UTIL.forEachOnArray.called.should.be.true;
currentGoogleSlots.getSizes.called.should.be.true;
sizeObj_1.getHeight.called.should.be.true;
sizeObj_1.getWidth.called.should.be.true;
sizeObj_2.getHeight.called.should.be.true;
sizeObj_2.getWidth.called.should.be.true;
done();
});
});
describe('#setDisplayFunctionCalledIfRequired', function() {
var slot = null,
arg = null;
beforeEach(function(done) {
slot = SLOT.createSlot("slot_1");
slot.setDivID("DIV_1");
arg = ["DIV_1", "DIV_2"];
sinon.spy(slot, "getDivID");
sinon.spy(slot, "setDisplayFunctionCalled");
sinon.spy(slot, "setArguments");
sinon.spy(UTIL, "isObject");
sinon.spy(UTIL, "isFunction");
sinon.spy(UTIL, "isArray");
done();
});
afterEach(function(done) {
UTIL.isObject.restore();
UTIL.isFunction.restore();
UTIL.isArray.restore();
if (typeof slot.getDivID === "function") {
slot.getDivID.restore();
}
slot.setDisplayFunctionCalled.restore();
slot.setArguments.restore();
slot = null;
done();
});
it('is a function', function(done) {
GPT.setDisplayFunctionCalledIfRequired.should.be.a('function');
done();
});
it('should have called setDisplayFunctionCalled and setArguments if given arguments are proper ', function(done) {
GPT.setDisplayFunctionCalledIfRequired(slot, arg);
UTIL.isObject.calledWith(slot).should.be.true;
UTIL.isFunction.calledWith(slot.getDivID).should.be.true;
UTIL.isArray.calledWith(arg).should.be.true;
slot.getDivID.called.should.be.true;
slot.setDisplayFunctionCalled.calledWith(true).should.be.true;
slot.setArguments.calledWith(arg).should.be.true;
done();
});
it('should not proceed if given slot is not an object', function (done) {
GPT.setDisplayFunctionCalledIfRequired(null, arg);
UTIL.isObject.calledWith(slot).should.be.false;
UTIL.isFunction.calledWith(slot.getDivID).should.be.false;
UTIL.isArray.calledWith(arg).should.be.false;
slot.getDivID.called.should.be.false;
slot.setDisplayFunctionCalled.calledWith(true).should.be.false;
slot.setArguments.calledWith(arg).should.be.false;
done();
});
it('should not proceed if given slot doesnt have required method', function (done) {
slot.getDivID = null;
GPT.setDisplayFunctionCalledIfRequired(slot, arg);
UTIL.isObject.calledWith(slot).should.be.true;
UTIL.isFunction.calledWith(slot.getDivID).should.be.true;
UTIL.isArray.calledWith(arg).should.be.false;
slot.setDisplayFunctionCalled.calledWith(true).should.be.false;
slot.setArguments.calledWith(arg).should.be.false;
done();
});
});
describe('#storeInSlotsMap', function() {
var dmSlotName = null, currentGoogleSlotStub = null, isDisplayFlow = null;
var slotStub = null, sizeObj_1 = null, sizeObj_2 = null;
beforeEach(function (done) {
dmSlotName = "DIV_1"; // note: here dmSlotName is actually the DivID // please refer source code
sinon.spy(UTIL, "isOwnProperty");
sinon.spy(UTIL, "isObject");
sinon.spy(UTIL, "isFunction");
sinon.spy(UTIL, "createVLogInfoPanel");
sinon.spy(UTIL, "forEachOnArray");
slotStub = SLOT.createSlot(dmSlotName);
sinon.spy(slotStub, "setDivID");
sinon.spy(slotStub, "setPubAdServerObject");
sinon.spy(slotStub, "setAdUnitID");
sinon.spy(slotStub, "setAdUnitIndex");
// sinon.spy(slotStub, "setSizes");
sinon.spy(slotStub, "setStatus");
sinon.spy(slotStub, "setKeyValue");
sinon.spy(slotStub, "getSizes");
sinon.stub(SLOT, "createSlot").returns(slotStub);
sizeObj_1 = {
getWidth: function() {
return 1024;
},
getHeight: function() {
return 768;
},
"id": "sizeObj_1"
};
sizeObj_2 = {
getWidth: function() {
return 640;
},
getHeight: function() {
return 480;
},
"id": "sizeObj_2"
};
currentGoogleSlotStub = {
getTargetingKeys: function () {
return [ "k1", "k2"];
},
getTargeting: function (key) {
return "v1";
},
getSizes: function() {
return [sizeObj_1, sizeObj_2];
},
getAdUnitPath: function () {
return "ad_unit_path";
}
};
sinon.stub(currentGoogleSlotStub, "getTargeting")
.withArgs("k1").returns("v1")
.withArgs("k2").returns("v2");
GPT.slotsMap[dmSlotName] = slotStub;
sinon.spy(GPT.slotsMap[dmSlotName], "setSizes");
isDisplayFlow = true;
done();
});
afterEach(function (done) {
UTIL.isOwnProperty.restore();
UTIL.createVLogInfoPanel.restore();
UTIL.isObject.restore();
UTIL.isFunction.restore();
UTIL.forEachOnArray.restore();
SLOT.createSlot.restore();
slotStub.setDivID.restore();
slotStub.setPubAdServerObject.restore();
slotStub.setAdUnitID.restore();
slotStub.setAdUnitIndex.restore();
// slotStub.setSizes.restore();
slotStub.setStatus.restore();
slotStub.setKeyValue.restore();
slotStub.getSizes.restore();
slotStub = null;
currentGoogleSlotStub.getTargeting.restore();
currentGoogleSlotStub = null;
if (GPT.slotsMap[dmSlotName].setSizes) {
GPT.slotsMap[dmSlotName].setSizes.restore();
}
if (GPT.slotsMap[dmSlotName]) {
delete GPT.slotsMap[dmSlotName];
}
isDisplayFlow = null;
done();
});
it('is a function', function(done) {
GPT.storeInSlotsMap.should.be.a('function');
done();
});
it('should called proper methods to create and add slot for given dmSlotName in slotsMap, if not present already ', function (done) {
delete GPT.slotsMap[dmSlotName];
GPT.storeInSlotsMap(dmSlotName, currentGoogleSlotStub, isDisplayFlow);
UTIL.isOwnProperty.returned(false).should.be.true;
slotStub.setDivID.calledWith(dmSlotName).should.be.true;
slotStub.setPubAdServerObject.calledWith(currentGoogleSlotStub).should.be.true;
slotStub.setAdUnitID.called.should.be.true;
slotStub.setAdUnitIndex.called.should.be.true;
done();
});
it('should create and add slot for given dmSlotName in slotsMap, if not present already ', function (done) {
delete GPT.slotsMap[dmSlotName];
GPT.storeInSlotsMap(dmSlotName, currentGoogleSlotStub, isDisplayFlow);
UTIL.isOwnProperty.returned(false).should.be.true;
slotStub.setDivID.calledWith(dmSlotName).should.be.true;
slotStub.setPubAdServerObject.calledWith(currentGoogleSlotStub).should.be.true;
slotStub.setAdUnitID.called.should.be.true;
slotStub.setAdUnitIndex.called.should.be.true;
GPT.slotsMap[dmSlotName].should.deep.equal(slotStub);
done();
});
it('should have set key value pairs on slot from given currentGoogleSlot targeting keys ', function (done) {
delete GPT.slotsMap[dmSlotName];
GPT.storeInSlotsMap(dmSlotName, currentGoogleSlotStub, isDisplayFlow);
UTIL.isOwnProperty.returned(false).should.be.true;
slotStub.setDivID.calledWith(dmSlotName).should.be.true;
slotStub.setPubAdServerObject.calledWith(currentGoogleSlotStub).should.be.true;
slotStub.setAdUnitID.called.should.be.true;
slotStub.setAdUnitIndex.called.should.be.true;
UTIL.forEachOnArray.calledWith(currentGoogleSlotStub.getTargetingKeys()).should.be.true;
Object.keys(slotStub.getkeyValues()).should.deep.equal(currentGoogleSlotStub.getTargetingKeys());
done();
});
it('should not set sizes on slot of given name if isDisplayFlow is true', function (done) {
GPT.storeInSlotsMap(dmSlotName, currentGoogleSlotStub, isDisplayFlow);
UTIL.isOwnProperty.returned(true).should.be.true;
GPT.slotsMap[dmSlotName].setSizes.called.should.be.false;
done();
});
it('should set sizes on slot of given name if isDisplayFlow is false', function (done) {
isDisplayFlow = false;
GPT.storeInSlotsMap(dmSlotName, currentGoogleSlotStub, isDisplayFlow);
UTIL.isOwnProperty.returned(true).should.be.true;
GPT.slotsMap[dmSlotName].setSizes.called.should.be.true;
done();
});
});
describe("#generateSlotName()", function() {
var domId = null;
var slotIDObject = null;
var googleSlotObject = null;
beforeEach(function(done) {
sinon.spy(UTIL, "isFunction");
domId = "DIV_1";
slotIDObject = {
getDomId: function() {
return domId;
}
};
googleSlotObject = {
getSlotId: function() {
return slotIDObject;
}
};
done();
});
afterEach(function(done) {
UTIL.isFunction.restore();
domId = null;
slotIDObject = null;
googleSlotObject = null;
done();
});
it("GPT.generateSlotName is a function", function(done) {
GPT.generateSlotName.should.be.a("function");
done();
});
it("return empty string if googleSlot is not an object", function(done) {
GPT.generateSlotName(null).should.equal("");
done();
});
it("return empty string if googleSlot is an object but without required methods", function(done) {
GPT.generateSlotName({}).should.equal("");
done();
});
it("should have called util.isFunction if propper googleSlot is passed", function(done) {
GPT.generateSlotName(googleSlotObject);
UTIL.isFunction.calledTwice.should.equal(true);
done();
});
it("should have returned Dom Id as generated Slot name if propper googleSlot object is passed", function(done) {
GPT.generateSlotName(googleSlotObject).should.equal(domId);
done();
});
});
describe('#updateSlotsMapFromGoogleSlots', function() {
var googleSlotsArray = null, argumentsFromCallingFunction = null, isDisplayFlow = null;
var currentGoogleSlotStub_1 = null;
var currentGoogleSlotStub_2 = null;
beforeEach(function (done) {
currentGoogleSlotStub_1 = {
keyValuePairs: {
"k1": "v1",
"k2": "v2",
"pk1": "pv1",
"pk2": "pv2",
},
getTargetingKeys: function() {
return Object.keys(this.keyValuePairs);
},
getTargeting: function(key) {
return this.keyValuePairs[key];
},
clearTargeting: function() {
this.keyValuePairs = {};
},
setTargeting: function(key, value) {
return this.keyValuePairs[key] = value;
},
getSlotId: function () {
return {
getDomId: function () {
return "slot_1";
}
};
},
getAdUnitPath: function () {
return "getAdUnitPath";
},
setSizes: function () {
return "setSizes"
}
};
currentGoogleSlotStub_2 = {
keyValuePairs: {
"k11": "v11",
"k22": "v22",
"pk11": "pv11",
"pk22": "pv22",
},
getTargetingKeys: function() {
return Object.keys(this.keyValuePairs);
},
getTargeting: function(key) {
return this.keyValuePairs[key];
},
clearTargeting: function() {
this.keyValuePairs = {};
},
setTargeting: function(key, value) {
return this.keyValuePairs[key] = value;
},
getSlotId: function () {
return {
getDomId: function () {
return "DIV_2";
}
};
},
getAdUnitPath: function () {
return "getAdUnitPath";
},
setSizes: function () {
return "setSizes"
}
};
GPT.slotsMap["DIV_2"] = currentGoogleSlotStub_1;
argumentsFromCallingFunction = ["DIV_1", "DIV_2"];
googleSlotsArray = [currentGoogleSlotStub_1, currentGoogleSlotStub_2];
isDisplayFlow = true;
sinon.spy(currentGoogleSlotStub_1, "getTargetingKeys");
sinon.spy(currentGoogleSlotStub_1, "getTargeting");
sinon.spy(currentGoogleSlotStub_1, "clearTargeting");
sinon.spy(currentGoogleSlotStub_1, "setTargeting");
sinon.spy(currentGoogleSlotStub_1, "getSlotId");
sinon.spy(currentGoogleSlotStub_2, "getTargetingKeys");
sinon.spy(currentGoogleSlotStub_2, "getTargeting");
sinon.spy(currentGoogleSlotStub_2, "clearTargeting");
sinon.spy(currentGoogleSlotStub_2, "setTargeting");
sinon.spy(currentGoogleSlotStub_2, "getSlotId");
sinon.spy(UTIL, "isOwnProperty");
sinon.spy(UTIL, "forEachOnArray");
sinon.spy(UTIL, "log");
sinon.spy(GPT, "generateSlotName");
sinon.spy(GPT, "storeInSlotsMap");
sinon.spy(GPT, "setDisplayFunctionCalledIfRequired");
done();
});
afterEach(function (done) {
currentGoogleSlotStub_1.getTargetingKeys.restore();
currentGoogleSlotStub_1.getTargeting.restore();
currentGoogleSlotStub_1.clearTargeting.restore();
currentGoogleSlotStub_1.setTargeting.restore();
currentGoogleSlotStub_1.getSlotId.restore();
currentGoogleSlotStub_2.getTargetingKeys.restore();
currentGoogleSlotStub_2.getTargeting.restore();
currentGoogleSlotStub_2.clearTargeting.restore();
currentGoogleSlotStub_2.setTargeting.restore();
currentGoogleSlotStub_2.getSlotId.restore();
UTIL.isOwnProperty.restore();
UTIL.forEachOnArray.restore();
UTIL.log.restore();
GPT.generateSlotName.restore();
GPT.storeInSlotsMap.restore();
GPT.setDisplayFunctionCalledIfRequired.restore();
isDisplayFlow = null;
googleSlotsArray = null;
argumentsFromCallingFunction = null;
done();
});
it('is a function', function(done) {
GPT.updateSlotsMapFromGoogleSlots.should.be.a('function');
done();
});
it('should have logged about generating slotsMap as well as the slotsMap generated', function (done) {
GPT.updateSlotsMapFromGoogleSlots(googleSlotsArray, argumentsFromCallingFunction, isDisplayFlow);
UTIL.log.calledWith("Generating slotsMap").should.be.true;
UTIL.log.calledWith(GPT.slotsMap).should.be.true;
done();
});
it('should have iterated over the googleSlotsArray ', function (done) {
GPT.updateSlotsMapFromGoogleSlots(googleSlotsArray, argumentsFromCallingFunction, isDisplayFlow);
GPT.generateSlotName.calledTwice.should.be.true;
GPT.storeInSlotsMap.calledTwice.should.be.true;
GPT.storeInSlotsMap.calledWith("slot_1").should.be.true;
GPT.storeInSlotsMap.calledWith("DIV_2", currentGoogleSlotStub_2, isDisplayFlow).should.be.true;
done();
});
it('should set display function called bsaed on isDisplayFlow and whether current slot is present in slotsMap', function (done) {
GPT.updateSlotsMapFromGoogleSlots(googleSlotsArray, argumentsFromCallingFunction, isDisplayFlow);
GPT.setDisplayFunctionCalledIfRequired.calledWith(GPT.slotsMap["DIV_2"], argumentsFromCallingFunction).should.be.true;
expect(googleSlotsArray.length).to.be.equal(2);
GPT.setDisplayFunctionCalledIfRequired.called.should.be.true;
done();
});
it('should not set display function called if isDisplayFlow if false even current slot is present in slotsMap', function (done) {
isDisplayFlow = false;
GPT.updateSlotsMapFromGoogleSlots(googleSlotsArray, argumentsFromCallingFunction, isDisplayFlow);
GPT.setDisplayFunctionCalledIfRequired.calledWith(GPT.slotsMap["DIV_2"], argumentsFromCallingFunction).should.be.false;
expect(googleSlotsArray.length).to.be.equal(2);
GPT.setDisplayFunctionCalledIfRequired.calledOnce.should.be.false;
done();
});
});
describe('#getStatusOfSlotForDivId', function() {
var divID = null;
beforeEach(function(done) {
divID = commonDivID;
GPT.slotsMap[divID] = {
getStatus: function() {
return CONSTANTS.SLOT_STATUS.TARGETING_ADDED;
}
};
sinon.spy(GPT.slotsMap[divID], "getStatus");
sinon.spy(UTIL, "isOwnProperty");
done();
});
afterEach(function(done) {
GPT.slotsMap[divID] = null;
UTIL.isOwnProperty.restore();
divID = null;
done();
});
it('is a function', function(done) {
GPT.getStatusOfSlotForDivId.should.be.a('function');
done();
});
it('should return slot status by calling getStatus of the given slot if its present in slotMap', function(done) {
GPT.getStatusOfSlotForDivId(divID).should.deep.equal(CONSTANTS.SLOT_STATUS.TARGETING_ADDED);
UTIL.isOwnProperty.called.should.be.true;
GPT.slotsMap[divID].getStatus.called.should.be.true;
done();
});
it('should return slot status as DISPLAYED if given divID is not present in slotMap', function(done) {
delete GPT.slotsMap[divID];
GPT.getStatusOfSlotForDivId(divID).should.be.equal(CONSTANTS.SLOT_STATUS.DISPLAYED);
done();
});
});
describe('#updateStatusAfterRendering', function() {
var divID = null, isRefreshCall = null;
var slot_1_Stub = null;
var slotName = null;
beforeEach(function (done) {
isRefreshCall = true;
slotName = "slot_1";
divID = commonDivID;
slot_1_Stub = SLOT.createSlot(slotName);
GPT.slotsMap[divID] = slot_1_Stub;
sinon.spy(GPT.slotsMap[divID], "updateStatusAfterRendering");
sinon.spy(UTIL, "isOwnProperty");
done();
});
afterEach(function (done) {
isRefreshCall = false;
GPT.slotsMap[divID].updateStatusAfterRendering.restore();
GPT.slotsMap[divID] = null;
slot_1_Stub = null;
divID = null;
UTIL.isOwnProperty.restore();
done();
});
it('is a function', function(done) {
GPT.updateStatusAfterRendering.should.be.a('function');
done();
});
it('should not proceed if given divID is not in slotsMap', function (done) {
GPT.updateStatusAfterRendering("non_existing_div_id", true);
GPT.slotsMap[divID].updateStatusAfterRendering.called.should.be.false;
done();
});
it('should have called updateStatusAfterRendering on slot of given id when present in slotsMap', function (done) {
GPT.updateStatusAfterRendering(divID, isRefreshCall);
GPT.slotsMap[divID].updateStatusAfterRendering.calledWith(isRefreshCall).should.be.true;
done();
});
});
describe('#getSlotNamesByStatus', function() {
var statusObject = null;
var slot_1_Stub = null;
var slot_2_Stub = null;
beforeEach(function(done) {
statusObject = CONSTANTS.SLOT_STATUS;
slot_1_Stub = {
getStatus: function () {
return "CREATED";
}
};
slot_2_Stub = {
getStatus: function () {
return "NON_EXISITNG_STATUS";
}
};
GPT.slotsMap["DIV_1"] = slot_1_Stub;
GPT.slotsMap["DIV_2"] = slot_2_Stub;
sinon.spy(GPT.slotsMap["DIV_1"], "getStatus");
sinon.spy(GPT.slotsMap["DIV_2"], "getStatus");
sinon.spy(UTIL, 'forEachOnObject');
sinon.spy(UTIL, 'isOwnProperty');
done();
});
afterEach(function(done) {
GPT.slotsMap["DIV_1"] = null;
GPT.slotsMap["DIV_2"] = null;
UTIL.forEachOnObject.restore();
UTIL.isOwnProperty.restore();
done();
});
it('is a function', function(done) {
GPT.getSlotNamesByStatus.should.be.a('function');
done();
});
it('should return array of slots', function(done) {
GPT.getSlotNamesByStatus(statusObject).should.be.a('array');
done();
});
it('should have called UTIL functions and slot\'s getStatus', function(done) {
GPT.getSlotNamesByStatus(statusObject);
UTIL.isOwnProperty.called.should.be.true;
UTIL.forEachOnObject.called.should.be.true;
GPT.slotsMap["DIV_1"].getStatus.called.should.be.true;
GPT.slotsMap["DIV_2"].getStatus.called.should.be.true;
done();
});
it('should return array of keys from slotMap which match the status of given status object', function (done) {
GPT.getSlotNamesByStatus(statusObject).should.be.an('array');
GPT.getSlotNamesByStatus(statusObject).should.be.deep.equal(["DIV_1"]);
done();
});
it('should return empty array if slotsMap is empty', function (done) {
GPT.slotsMap = {};
GPT.getSlotNamesByStatus(statusObject).should.be.an('array');
GPT.getSlotNamesByStatus(statusObject).should.be.deep.equal([]);
done();
});
});
describe('#removeDMTargetingFromSlot', function() {
var key = null;
var currentGoogleSlotStub = null;
beforeEach(function(done) {
key = commonDivID;
GPT.slotsMap = {};
currentGoogleSlotStub = {
keyValuePairs: {
"k1": "v1",
"k2": "v2",
"pk1": "pv1",
"pk2": "pv2",
},
getTargetingKeys: function() {
return Object.keys(this.keyValuePairs);
},
getTargeting: function(key) {
return this.keyValuePairs[key];
},
clearTargeting: function() {
this.keyValuePairs = {};
},
setTargeting: function(key, value) {
return this.keyValuePairs[key] = value;
},
};
GPT.wrapperTargetingKeys = {
"pk1": "pv1",
"pk2": "pv2",
"pk3": "pv3"
};
GPT.slotsMap[key] = {
getPubAdServerObject: function() {
return currentGoogleSlotStub;
}
};
sinon.spy(currentGoogleSlotStub, "getTargetingKeys");
sinon.spy(currentGoogleSlotStub, "getTargeting");
sinon.spy(currentGoogleSlotStub, "clearTargeting");
sinon.spy(currentGoogleSlotStub, "setTargeting");
sinon.spy(UTIL, "isOwnProperty");
sinon.spy(UTIL, "forEachOnArray");
sinon.spy(UTIL, "forEachOnObject");
done();
});
afterEach(function(done) {
currentGoogleSlotStub.getTargetingKeys.restore();
currentGoogleSlotStub.getTargeting.restore();
currentGoogleSlotStub.clearTargeting.restore();
currentGoogleSlotStub.setTargeting.restore();
UTIL.isOwnProperty.restore();
UTIL.forEachOnArray.restore();
UTIL.forEachOnObject.restore();
done();
});
it('is a function', function(done) {
GPT.removeDMTargetingFromSlot.should.be.a('function');
done();
});
it('should proceed only if given key is present in slotsMap', function (done) {
GPT.removeDMTargetingFromSlot("non_existing_key");
UTIL.isOwnProperty.calledOnce.should.be.true;
UTIL.forEachOnObject.called.should.be.false;
UTIL.forEachOnArray.called.should.be.false;
currentGoogleSlotStub.getTargetingKeys.called.should.be.false;
currentGoogleSlotStub.getTargeting.called.should.be.false;
currentGoogleSlotStub.clearTargeting.called.should.be.false;
currentGoogleSlotStub.setTargeting.called.should.be.false;
done();
});
it('should have called proper functions', function(done) {
GPT.removeDMTargetingFromSlot(key);
UTIL.isOwnProperty.called.should.be.true;
UTIL.forEachOnObject.called.should.be.true;
UTIL.forEachOnArray.called.should.be.true;
currentGoogleSlotStub.getTargetingKeys.called.should.be.true;
currentGoogleSlotStub.getTargeting.called.should.be.true;
currentGoogleSlotStub.clearTargeting.called.should.be.true;
currentGoogleSlotStub.setTargeting.called.should.be.true;
done();
});
it('should have removed wrapper targeting keys', function (done) {
GPT.removeDMTargetingFromSlot(key);
currentGoogleSlotStub.keyValuePairs.should.not.have.all.keys(Object.keys(GPT.wrapperTargetingKeys));
currentGoogleSlotStub.setTargeting.calledWith("k1", "v1").should.be.true;
currentGoogleSlotStub.setTargeting.calledWith("k2", "v2").should.be.true;
currentGoogleSlotStub.setTargeting.calledWith("pk1", "pv1").should.be.false;
currentGoogleSlotStub.setTargeting.calledWith("pk2", "pv2").should.be.false;
currentGoogleSlotStub.setTargeting.calledWith("pk3", "pv3").should.be.false;
done();
});
});
describe('#updateStatusOfQualifyingSlotsBeforeCallingAdapters', function() {