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Merge branch 'develop' into bugfix/CSR-818

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Adam Caouette 2022-09-13 13:24:35 -04:00
commit af069eb3b6
18 changed files with 831 additions and 419 deletions
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5
jest.config.js
View file

@ -17,16 +17,19 @@ module.exports = {
"!src/layouts/capability-questions/**/*.vue",
"!src/layouts/part-questions/**/*.vue",
"!src/layouts/reveal/**/*.vue",
"!src/layouts/quote/**/*.vue",
"!src/ux-components/text-link/**/*.vue",
"!src/common-components/question-chain/**/*.vue",
"!src/layouts/quote/**/*.vue", // Temporary
"!src/layouts/vin-lookup/**/*.vue", //Temporary for Quote page testing
"!src/common-components/funnel-header/menu-modal/**/*.vue",
// END
], // ! means exclude from coverage.
testMatch: ["**/*.spec.(js|jsx|ts|tsx)|**/__tests__/*.(js|jsx|ts|tsx)"],
coverageThreshold: {
global: {
statements: 84,
// TODO after release/2022.09.15, raise this back up!!
statements: 80,
// Got the go ahead from Mark to temporarily lower this. Taking out initialize component made the year,make,model and style coverage drop a bit. Once unit tests for license plate lookup, vin lookup and address lookup are in the coverage should go back up to 90
},
},

2
src/common-components/button-question/button-question.vue
View file

@ -10,7 +10,7 @@
{{ questionText }}
{{(isMultiSelect && answers && answers.length > 1) ? 'Select one or more options below.' : 'Select an option below.' }}
</legend>
<div :class="getComponentLoopWrapperClasses" role="application">
<div :class="getComponentLoopWrapperClasses">
<div :class="getComponentWrapperClasses" v-for="answer in answers" :key="answer.Name ? answer.Name : answer">
<component
:is="buttonType"

74
src/common-components/question-chain/question-chain.vue
View file

@ -33,7 +33,7 @@ export default {
questionData: Object,
validationRules: String,
modelValue: Array,
partIndex: Number,
glassIndex: Number,
keyString: String,
},
async created() {
@ -41,43 +41,43 @@ export default {
await useValidateForm(); // do a test validation check, without triggering full validation
this.questionData.map((q, i) => {
let answerPair = [];
const question = {
questionText: q.questionText,
questionSequence: q.questionSequence,
answers: q.answers.map((a) => {
answerPair.push(a.nextQuestionSequence ? a.nextQuestionSequence : a.answerResult);
return {
Text: a.answerText,
// Name will either be nextQuestionSequence or answerResult
// Name will be used by list-button as the input value.
// It must be a single string or number, so concatenating together a string with
// 4 pieces of data separated by pipe characters:
// question number|type of answer|answer value|answer text
Name: a.nextQuestionSequence ?
q.questionSequence + "|nextQuestion|" + a.nextQuestionSequence + "|" + a.answerText :
q.questionSequence + "|answer|" + a.answerResult + "|" + a.answerText,
nextQuestionSequence: a.nextQuestionSequence,
answerResult: a.answerResult,
questionSequence: q.questionSequence,
questionType: a.nextQuestionSequence ? "nextQuestion" : "answer",
}
}),
answerSelected: q.answerSelected || "",
};
question.answerPair = answerPair;
if (!q.suppressQuestion) {
this.questions.push(question);
}
let answerPair = [];
const question = {
questionText: q.questionText,
questionSequence: q.questionSequence,
answers: q.answers.map((a) => {
answerPair.push(a.nextQuestionSequence ? a.nextQuestionSequence : a.answerResult);
return {
Text: a.answerText,
// Name will either be nextQuestionSequence or answerResult
// Name will be used by list-button as the input value.
// It must be a single string or number, so concatenating together a string with
// 4 pieces of data separated by pipe characters:
// question number|type of answer|answer value|answer text
Name: a.nextQuestionSequence ?
q.questionSequence + "|nextQuestion|" + a.nextQuestionSequence + "|" + a.answerText :
q.questionSequence + "|answer|" + a.answerResult + "|" + a.answerText,
nextQuestionSequence: a.nextQuestionSequence,
answerResult: a.answerResult,
questionSequence: q.questionSequence,
questionType: a.nextQuestionSequence ? "nextQuestion" : "answer",
}
}),
answerSelected: q.answerSelected || "",
};
question.answerPair = answerPair;
if (!q.suppressQuestion) {
this.questions.push(question);
}
});
if (!this.modelValue?.length > 0) {
// set this.currentQuestionNum to first valid question
this.currentQuestionNum = this.questions[0].questionSequence;
// scroll the next question into view
this.$nextTick(() => {
document.querySelector('.current-question').scrollIntoView({behavior: "smooth"});
})
if (!this.modelValue?.length > 0 && this.questions.length > 0) {
// set this.currentQuestionNum to first valid question
this.currentQuestionNum = this.questions[0].questionSequence;
// scroll the next question into view
this.$nextTick(() => {
document.querySelector('.current-question').scrollIntoView({behavior: "smooth"});
})
}
},
methods: {
@ -151,7 +151,7 @@ export default {
return {
answerResult: questionAnswer,
answeredQuestions: answeredQuestions,
partIndex: this.partIndex,
glassIndex: this.glassIndex,
};
}

1
src/common-components/text-block/text-block.vue
View file

@ -34,4 +34,5 @@ export default {
font-weight: 500;
}
}
</style>

3
src/constants/store-actions.js
View file

@ -23,6 +23,7 @@ const storeActions = {
GET_PARTS: "getParts",
GET_CAPABILITY_QUESTIONS: "getCapabilityQuestions",
GET_PART_FROM_CAPABILITY_QUESTION_ANSWER: "getPartFromCapabilityQuestionAnswer",
GET_MOLDING_QUESTIONS: "getMoldingQuestions",
SAVE_ORDER: "saveOrder",
LOAD_ORDER: "loadOrder",
UPDATE_STORE_WITH_SAVE_ORDER_RESPONSE: "updateStoreWithSaveOrderResponse",
@ -57,6 +58,8 @@ const storeActions = {
SAVE_REGISTRATION_ADDRESS_LOOKUP: "saveRegistrationAddressLookup",
SAVE_GLASS_PARTS: "saveGlassParts",
SAVE_PART_QUESTION_ANSWERS: "savePartQuestionAnswers",
RESET_MOLDING_AND_CAPABILITY_QUESTIONS_IF_NEEDED: "resetMoldingAndCapabilityQuestionAnswersIfNeeded",
SAVE_MOLDING_QUESTION_ANSWERS: "saveMoldingQuestionAnswers",
SAVE_CAPABILITY_QUESTION_ANSWERS: "saveCapabilityQuestionAnswers"
};

1
src/constants/store-mutations.js
View file

@ -17,6 +17,7 @@ const storeMutations = {
UPDATE_NUMBER_OF_CHIPS: "updateNumberOfChips",
UPDATE_GLASS_TO_REPLACE: "updateGlassToReplace",
UPDATE_PART_QUESTION_ANSWERS: "updatePartQuestionAnswers",
UPDATE_MOLDING_QUESTION_ANSWERS: "updateMoldingQuestionAnswers",
UPDATE_CAPABILITY_QUESTION_ANSWERS: "updateCapabilityQuestionAnswers",
UPDATE_GLASS_PARTS: "updateGlassParts",
UPDATE_OTHER_PARTS: "updateOtherParts",

105
src/layouts/capability-questions/capability-questions.vue
View file

@ -9,11 +9,11 @@
<alert ref="alertFewMoreQuestions" class="my-5" alertClass="alert-warning"
:manualHeadline="AlertFewMoreQuestionsHeader" :manualCopy="AlertFewMoreQuestionsCopy"
v-bind:isDismissible="false" />
<div v-for="(part, i) in capabilityQuestionsData" :key="part.key">
<questionChain ref="questionChain" :keyString="part.key"
v-model="selectedAnswers[part.glassLocation + '-' + part.glassName]"
:questionData="part.capabilityQuestions" :partIndex="i"
v-if="showThisPartQuestionChain(part, i)"
<div v-for="(glass, i) in capabilityQuestionsData" :key="glass.key">
<questionChain ref="questionChain" :keyString="glass.key"
v-model="selectedAnswers[glass.glassLocation + '-' + glass.glassName]"
:questionData="glass.capabilityQuestions" :glassIndex="i"
v-if="showThisQuestionChain(glass, i)"
validationRules="questions-required" />
</div>
<funnel-footer ref="funnelFooter" cmsWidgetName="FunnelFooterWidget"
@ -73,11 +73,9 @@ export default {
},
data() {
return {
selectedAnswer: [],
capabilityQuestionsData: store.getters.pageData(fmgPageValues.CAPABILITY_QUESTIONS).partsOrQuestions,
selectedAnswers: {},
currentQuestionChainIndex: 0,
newAnswersArray: [],
foundDuplicateQuestions: [],
};
},
@ -102,33 +100,33 @@ export default {
this.loadInitialCapabilityQuestionsData();
},
methods: {
showThisPartQuestionChain(part, i) {
if (part.capabilityQuestions?.length < 1 || part.isSuppressedPart) { return false; } // return false if no capabilityQuestions or if suppressed
return this.currentQuestionChainIndex === i || part.answerData?.answerResult?.length > 0
showThisQuestionChain(glass, i) {
if (!glass.capabilityQuestions || glass.capabilityQuestions?.length < 1 || glass.isSuppressedPart) { return false; } // return false if no capabilityQuestions or if suppressed
return this.currentQuestionChainIndex === i || glass.answerData?.answerResult?.length > 0;
},
arePagePrerequisitesValid() {
const capabilityQuestionsPageData = store.getters.pageData(fmgPageValues.CAPABILITY_QUESTIONS);
return capabilityQuestionsPageData && Object.keys(capabilityQuestionsPageData).length > 0;
},
async forwardButtonAction() {
const capabilityQuestionsAnswersArray = this.capabilityQuestionsData.map((item) => {
const selectedAnswerResult1 = item.answerData.answerResult;
const selectedAnswerResult2 = item.answerData.answerResult2;
const capabilityQuestionsAnswersArray = this.capabilityQuestionsData.map((glass) => {
const selectedAnswerResult1 = glass.answerData.answerResult;
const selectedAnswerResult2 = glass.answerData.answerResult2;
return {
glassLocation: item.glassLocation,
glassName: item.glassName,
result: item.answerData.answerResult,
glassLocation: glass.glassLocation,
glassName: glass.glassName,
result: glass.answerData.answerResult,
result1: selectedAnswerResult1,
result2: selectedAnswerResult2,
answeredQuestions: item.answerData.answeredQuestions,
isSuppressedPart: item.isSuppressedPart,
answeredQuestions: glass.answerData.answeredQuestions,
isSuppressedPart: glass.isSuppressedPart,
};
});
// clear out answerData for future page loads; must occur prior to store save
this.capabilityQuestionsData.forEach((part) => {
part.answerData = {};
this.capabilityQuestionsData.forEach((glass) => {
glass.answerData = {};
});
// save to vuex store as order.damage.capabilityQuestionAnswers (array)
@ -160,16 +158,9 @@ export default {
"questionText": "Is your Grand Cherokee the Laredo model?",
"selectedAnswerText": "Yes",
"questionNum": 1,
"extra": {
"Text": "Yes",
"nextQuestionSequence": null,
"answerResult": "DD11132",
"questionSequence": 1,
"questionType": "answer"
}
}
],
"partIndex": 0
"glassIndex": 0
}
*/
@ -192,18 +183,18 @@ export default {
// HANDLE DUPLICATE QUESTIONS
// loop through all glass parts data
this.capabilityQuestionsData.forEach((glassPart, gpIndex) => {
this.capabilityQuestionsData.forEach((glass, gpIndex) => {
// only look for duplicates forward... to parts that follow after the currently being answered part
if (gpIndex > answer.partIndex) {
if (gpIndex > answer.glass) {
let suppressUntil;
// reset this glass part, in case user is changing their previous answers
glassPart.answerData = null;
glassPart.isSuppressedPart = null;
glass.answerData = null;
glass.isSuppressedPart = null;
// loop through this glass part's part questions, looking for a questionText match
glassPart.capabilityQuestions.forEach((pq, pqIndex) => {
glass.capabilityQuestions.forEach((pq, pqIndex) => {
// clear out any previously set answers
pq.answerSelected = null;
@ -223,7 +214,7 @@ export default {
// if these match then we have a duplicate question
if (pq.questionText.toUpperCase() === answeredQuestionText) {
const thisAnsweredCapabilityQuestion = glassPart.capabilityQuestions[pqIndex];
const thisAnsweredCapabilityQuestion = glass.capabilityQuestions[pqIndex];
let matchedAnswer;
let rejectedAnswers = []; // set as an array, in case we ever have questions with more than 2 answers...
@ -245,7 +236,7 @@ export default {
if (matchedAnswer.nextQuestionSequence) {
// ensure that the question that the accepted answer has set to be next is NOT suppressed
glassPart.capabilityQuestions[matchedAnswer.nextQuestionSequence - 1].suppressQuestion = null;
glass.capabilityQuestions[matchedAnswer.nextQuestionSequence - 1].suppressQuestion = null;
// if the duplicate is the 1ST question, then set suppressUntil var to lowest nextQuestion number
if (pqIndex === 0) {
if (!suppressUntil) { suppressUntil = matchedAnswer.nextQuestionSequence }
@ -254,7 +245,7 @@ export default {
}
// handle suppressing upstream in this question chain
glassPart.capabilityQuestions.forEach((q) => {
glass.capabilityQuestions.forEach((q) => {
q.answers.forEach((thisAns) => {
// restore any of the answers that formerly led to the duplicated question
if (thisAns.originalNextQuestionSequence === pq.questionSequence) {
@ -288,7 +279,7 @@ export default {
// suppress current question
thisAnsweredCapabilityQuestion.suppressQuestion = true;
const thisGlassPart = "glassPart" + gpIndex;
const thisGlassPart = "glass" + gpIndex;
if (this.foundDuplicateQuestions[thisGlassPart]) {
if (!this.foundDuplicateQuestions[thisGlassPart].includes(thisAnsweredCapabilityQuestion.questionSequence)) {
this.foundDuplicateQuestions[thisGlassPart].push(thisAnsweredCapabilityQuestion.questionSequence);
@ -298,7 +289,7 @@ export default {
}
// are there any questions left that are not suppressed?
const remainingQuestions = glassPart.capabilityQuestions.filter((q) => {
const remainingQuestions = glass.capabilityQuestions.filter((q) => {
return !q.suppressQuestion;
});
@ -313,14 +304,14 @@ export default {
suppressQuestion: pq.suppressQuestion,
};
// set the answerData as 'already answered'
glassPart.answerData = {
glass.answerData = {
answerResult: matchedAnswer.nextQuestionSequence ? matchedAnswer.nextQuestionSequence : matchedAnswer.answerResult,
answerResult1: matchedAnswer.nextQuestionSequence ? matchedAnswer.nextQuestionSequence : matchedAnswer.answerResult,
answeredQuestions: [answeredQuestionObj],
};
// suppress this glassPart because it has an answer
glassPart.isSuppressedPart = true;
// suppress this glass because it has an answer
glass.isSuppressedPart = true;
}
}
@ -346,9 +337,9 @@ export default {
// "glassPart2": [7, 10]
// };
const thisPartsDupes = this.foundDuplicateQuestions["glassPart" + answer.partIndex];
const thisPartsDupes = this.foundDuplicateQuestions["glass" + answer.glassIndex];
const completeAnsweredQuestions = answer.answeredQuestions ? [...answer.answeredQuestions] : [];
const glassPartAnswered = this.capabilityQuestionsData[answer.partIndex];
const glassPartAnswered = this.capabilityQuestionsData[answer.glassIndex];
thisPartsDupes?.forEach((dupe) => {
// dupe is a single integer
@ -404,7 +395,7 @@ export default {
}
// this part has been fully answered, so advance to next part's question chain
for (let i = answer.partIndex + 1; i < this.capabilityQuestionsData.length; i++) {
for (let i = answer.glassIndex + 1; i < this.capabilityQuestionsData.length; i++) {
// if this part has not yet been fully answered, then make it the current part
if (!this.capabilityQuestionsData[i].answerData?.answerResult) {
this.currentQuestionChainIndex = i;
@ -425,11 +416,11 @@ export default {
// are there alreadyAnsweredQuestions?
const alreadyAnsweredQuestions = store.getters.damage.capabilityQuestionAnswers;
this.capabilityQuestionsData = this.pageData.partsOrQuestions.filter(x => x.capabilityQuestions).map((part, i) => {
part.key = part.glassLocation + "-" + part.glassName;
this.selectedAnswers[part.key] = [];
this.capabilityQuestionsData = this.pageData.partsOrQuestions.filter(x => x.capabilityQuestions).map((glass, i) => {
glass.key = glass.glassLocation + "-" + glass.glassName;
this.selectedAnswers[glass.key] = [];
if (!alreadyAnsweredQuestions) {
part.answerData = null;
glass.answerData = null;
}
alreadyAnsweredQuestions?.forEach((savedPart) => {
@ -437,7 +428,7 @@ export default {
if (!savedPart.glassLocation || !savedPart.glassName || !savedPart.answeredQuestions || !savedPart.result) {
return;
}
if (part.glassLocation === savedPart.glassLocation && part.glassName === savedPart.glassName) {
if (glass.glassLocation === savedPart.glassLocation && glass.glassName === savedPart.glassName) {
let answerString = "";
// matches; loop through answeredQuestions for matches
@ -446,7 +437,7 @@ export default {
return;
}
// determine which answer was previously chosen
const theAns = part.capabilityQuestions[aq.questionNum - 1].answers.find((a) => {
const theAns = glass.capabilityQuestions[aq.questionNum - 1].answers.find((a) => {
return a.answerText.toUpperCase() === aq.selectedAnswerText.toUpperCase();
});
if (theAns.nextQuestionSequence) {
@ -456,18 +447,18 @@ export default {
}
// mark this partQuestion as answered (question-chain will read this)
part.capabilityQuestions[aq.questionNum - 1].answerSelected = answerString;
glass.capabilityQuestions[aq.questionNum - 1].answerSelected = answerString;
// mark this partQuestion as duplicate if it is (question-chain will read this)
if (aq.suppressQuestion) {
part.capabilityQuestions[aq.questionNum - 1].suppressQuestion = true;
glass.capabilityQuestions[aq.questionNum - 1].suppressQuestion = true;
}
});
// advance the currentQuestionChainIndex
this.currentQuestionChainIndex = i;
// add answerData to current part
part.answerData = {
// add answerData to current glass
glass.answerData = {
answerResult: savedPart.result,
answerResult1: savedPart.result,
answerResult2: this.getCorrespondingAnswerResult2(savedPart.result),
@ -477,14 +468,14 @@ export default {
});
// Set up watch for each set of part questions, which gets updated when all questions for a part have been answered
this.$watch("selectedAnswers." + part.key, (newValue) => {
// Set up watch for each set of glass questions, which gets updated when all questions for a glass have been answered
this.$watch("selectedAnswers." + glass.key, (newValue) => {
if (newValue) {
this.handleAnswerUpdates(newValue);
}
}, { deep: true })
return part;
return glass;
});
},

7
src/layouts/estimate/estimate.spec.js
View file

@ -49,19 +49,22 @@ describe("estimate.vue", () => {
//Assert
expect(arePagePrerequisitesValid).toBe(true);
});
test("isRepair is set to false, arePagePrerequisitesValid should return true", async () => {
test("isRepair is set to true, arePagePrerequisitesValid should return true", async () => {
//Arrange
const { wrapper } = setupMocks({});
//Act
store.commit( storeMutations.UPDATE_IS_REPAIR, false );
store.commit( storeMutations.UPDATE_IS_REPAIR, true );
let arePagePrerequisitesValid = wrapper.vm.arePagePrerequisitesValid();
//Assert
expect(arePagePrerequisitesValid).toBe(true);
});
test.todo("isRepair is false and there are no lineItems => should return false")
test.todo("isRepair is false and lineItems is null => should return false")
test.todo("isRepair is false are there are lineItems => should return true")
test("isRepair is set to null, arePagePrerequisitesValid should return false", async () => {
//Arrange

5
src/layouts/estimate/estimate.vue
View file

@ -80,10 +80,7 @@ export default {
},
methods: {
arePagePrerequisitesValid() {
if(store.getters.damage.isRepair != null){
return true;
}
return false;
return store.getters.damage.isRepair || store.getters.damage.glassToReplace?.length > 0;
},
backButtonAction() {
// route to move backwards

434
src/layouts/molding-questions/molding-questions.vue
View file

@ -11,22 +11,23 @@
<vehicleBanner cmsWidgetName="VehicleBannerWidget" :displayGenericVehicleImage=false />
<funnelSubHeader cmsWidgetName="FunnelSubHeaderWidget" />
<div class="fade-on-route-transition sub-container make-tall">
<h1>MOLDING QUESTIONS TEMPORARY PLACEHOLDER</h1>
<alert
ref="alertFewMoreQuestions"
cmsWidgetName="AlertFewMoreQuestionsWidget"
class="my-5"
alertClass="alert-warning"
:manualHeadline="AlertFewMoreQuestionsHeader"
:manualCopy="AlertFewMoreQuestionsCopy"
v-bind:isDismissible="false"
/>
<div v-for="(part, i) in moldingQuestionsData" :key="i">
<div v-for="(glass, i) in moldingQuestionsData" :key="glass.key">
<questionChain
ref="questionChain"
v-model="selectedModel"
:questionData="part"
:partIndex="i"
v-if="showThisPartQuestionChain(part, i)"
:keyString="glass.key"
v-model="selectedAnswers[glass.glassLocation + '-' + glass.glassName]"
:questionData="glass.questions"
:glassIndex="i"
v-if="showThisQuestionChain(glass, i)"
validationRules="questions-required"
/>
</div>
@ -63,7 +64,6 @@ import { Form, defineRule } from "vee-validate";
import { required } from "@/helpers/validation-rules";
import { errorMessages } from "@/constants/error-messages";
import vehicleQuestionsMixin from "@/mixins/vehicle-questions-mixin";
import { navigateToHeritageFunnel } from "@/helpers/heritage-integration/navigation-helper";
// DEFINE VALIDATION RULES
defineRule("questions-required", required(errorMessages.OPTION_REQUIRED));
@ -92,89 +92,391 @@ export default {
},
data() {
return {
selectedModel: [],
partsQuestionsData: this.$store.getters.pageData(fmgPageValues.MOLDING_QUESTIONS).partsOrQuestions.filter((p) => {
if (Array.isArray(p.partQuestions) && p.partQuestions.length > 0) {
return {
glassName: p.glassName,
glassLocation: p.glassLocation,
partQuestions: p.partQuestions,
};
}
}),
currentPartNum: 0,
moldingQuestionsData: store.getters.pageData(fmgPageValues.MOLDING_QUESTIONS).partsOrQuestions,
selectedAnswers: {},
currentGlassIndex: 0,
foundDuplicateQuestions: [],
};
},
computed: {
AlertFewMoreQuestionsHeader() {
return this.getCmsContent("AlertPartsQuestions", "HeadlineText");
return this.getCmsContent("AdditionalPartsQuestionsAlert", "HeadlineText");
},
AlertFewMoreQuestionsCopy() {
return this.getCmsContent("AlertPartsQuestions", "BodyText");
return this.getCmsContent("AdditionalPartsQuestionsAlert", "BodyText");
},
pageData() {
return this.$store.getters.pageData(fmgPageValues.MOLDING_QUESTIONS);
}
},
mounted() {
this.LoadInitialData();
},
methods: {
arePagePrerequisitesValid() {
return false; // TODO - DO TRUE TEST OF PAGEDATA
// return Object.keys(store.getters.pageData(fmgPageValues.MOLDING_QUESTIONS)).length > 0;
const moldingQuestionsFromPageData = store.getters.pageData(fmgPageValues.MOLDING_QUESTIONS);
return moldingQuestionsFromPageData && Object.keys(moldingQuestionsFromPageData).length > 0;
},
showThisPartQuestionChain(part, i) {
if (part.partQuestions?.length < 1) { return false; } // return false if only one partQuestion
if (this.currentPartNum === i || part.answerData?.answerResult.length > 0) { return true; }
return false;
},
backButtonAction() {
// route to move backwards
this.$router.navigateWithoutSaving(
this.navigationScenarios.CLICKED_BACK,
this.$route
);
showThisQuestionChain(glass, i) {
if (!glass.questions || glass.questions?.length < 1 || glass.isSuppressedPart) { return false; } // return false if no questions or if suppressed
return this.currentGlassIndex === i || glass.answerData?.answerResult?.length > 0;
},
async forwardButtonAction() {
const partQuestionAnswersArray = this.partsQuestionsData.map((item) => {
const questionAnswersArray = this.moldingQuestionsData.map((glass) => {
return {
glassLocation: item.glassLocation,
glassName: item.glassName,
result: item.answerData.answerResult,
answeredQuestions: item.answerData.answeredQuestions,
glassLocation: glass.glassLocation,
glassName: glass.glassName,
partNum: glass.answerData.answerResult,
answeredQuestions: glass.answerData.answeredQuestions,
isSuppressedPart: glass.isSuppressedPart,
};
});
// save to vuex store as order.damage.partQuestionAnswers (array)
await this.dispatchStoreAction(this.storeActions.SAVE_PART_QUESTION_ANSWERS, partQuestionAnswersArray, false);
// clear out answerData for future page loads; must occur prior to store save
this.moldingQuestionsData.forEach((glass) => {
glass.answerData = {};
});
// save to vuex store as order.damage.moldingQuestionArrays (array)
await this.dispatchStoreAction(this.storeActions.SAVE_MOLDING_QUESTION_ANSWERS, questionAnswersArray, false);
// get parts from the questionAnswers
let partsOrQuestions = this.pageData.partsOrQuestions;
for (let answer of questionAnswersArray) {
partsOrQuestions.find(partOrQuestion => {
return partOrQuestion.glassLocation === answer.glassLocation && partOrQuestion.glassName === answer.glassName;
}).parts[0].childParts = [
{
partNumber: answer.partNum
}
];
}
this.navigateForward(partsOrQuestions);
},
handleAnswerUpdates(key, answer) {
// only runs when all questions in a question-chain have been answered
// when selectedAnswers updates, user has completed this part's question chain and has a final answer
// (does not get run for each invididual question's answer, only when
// all relevent questions for the current part have been answered)
/*
answer example format:
{
"answerResult": "DD11132",
"answeredQuestions": [
{
"questionText": "Is your Grand Cherokee the Laredo model?",
"selectedAnswerText": "Yes",
"questionNum": 1,
}
],
"glassIndex": 0
}
*/
// collect a list of the answered questions' numbers, needed later below
const answeredQuestionIndexes = [];
// if user has answered a question differently than anything that was preloaded,
// we need to clear out any preloaded answers
this.selectedAnswers = {};
// loop through every answered question on the currently answered glass part
answer.answeredQuestions?.forEach((aq) => {
// keep track of this question number
answeredQuestionIndexes.push(aq.questionNum);
const answeredQuestionText = aq.questionText.toUpperCase();
const answeredQuestionAnswer = aq.selectedAnswerText.toUpperCase();
// HANDLE DUPLICATE QUESTIONS
// loop through all glass parts data
this.moldingQuestionsData.forEach((glass, gpIndex) => {
// only look for duplicates forward... to parts that follow after the currently being answered part
if (gpIndex > answer.glassIndex) {
let suppressUntil;
// reset this glass part, in case user is changing their previous answers
glass.answerData = null;
glass.isSuppressedPart = null;
// loop through this glass part's part questions, looking for a questionText match
glass.questions.forEach((pq, pqIndex) => {
// clear out any previously set answers
pq.answerSelected = null;
// clear or set suppressQuestion property for each question
if (suppressUntil) {
// if suppressUntil has been set, then suppress this question if before it
if (pqIndex + 1 < suppressUntil) {
pq.suppressQuestion = true;
} else {
pq.suppressQuestion = null;
}
} else {
pq.suppressQuestion = null;
}
// if these match then we have a duplicate question
if (pq.questionText.toUpperCase() === answeredQuestionText) {
const thisAnsweredPartQuestion = glass.questions[pqIndex];
let matchedAnswer;
let rejectedAnswers = []; // set as an array, in case we ever have questions with more than 2 answers...
// which one of this questions' answers matches our answer?
pq.answers.forEach((ans) => {
if (ans.answerText.toUpperCase() === answeredQuestionAnswer) {
matchedAnswer = ans;
ans.selected = true;
} else {
rejectedAnswers.push(ans);
ans.selected = null;
}
});
// Update the key to re-render this part's question-chain component
this.moldingQuestionsData[gpIndex].key = this.moldingQuestionsData[gpIndex].glassLocation + this.moldingQuestionsData[gpIndex].glassName + Date.now().toString();
// handle suppressing downstream in this question chain
if (matchedAnswer.nextQuestionSequence) {
// ensure that the question that the accepted answer has set to be next is NOT suppressed
glass.questions[matchedAnswer.nextQuestionSequence - 1].suppressQuestion = null;
// if the duplicate is the 1ST question, then set suppressUntil var to lowest nextQuestion number
if (pqIndex === 0) {
if (!suppressUntil) { suppressUntil = matchedAnswer.nextQuestionSequence }
if (matchedAnswer.nextQuestionSequence < suppressUntil) { suppressUntil = matchedAnswer.nextQuestionSequence}
}
}
// handle suppressing upstream in this question chain
glass.questions.forEach((q) => {
q.answers.forEach((thisAns) => {
// restore any of the answers that formerly led to the duplicated question
if (thisAns.originalNextQuestionSequence === pq.questionSequence) {
// restore original nextQuestionSequence
thisAns.nextQuestionSequence = thisAns.originalNextQuestionSequence;
this.originalNextQuestionSequence = null;
// restore original answerResult
if (thisAns.originalAnswerResult) {
thisAns.answerResult = thisAns.originalAnswerResult;
thisAns.originalAnswerResult = null;
}
}
// search for any answers that lead to the duplicated question
if (thisAns.nextQuestionSequence === pq.questionSequence) {
// update either the nextQuestionSequence or the answerResult
if (matchedAnswer.nextQuestionSequence) {
thisAns.originalNextQuestionSequence = thisAns.nextQuestionSequence;
thisAns.nextQuestionSequence = matchedAnswer.nextQuestionSequence;
} else {
thisAns.originalNextQuestionSequence = thisAns.nextQuestionSequence;
thisAns.nextQuestionSequence = null;
thisAns.originalAnswerResult = thisAns.originalAnswerResult || thisAns.answerResult;
thisAns.answerResult = matchedAnswer.answerResult;
}
}
});
});
// suppress current question
thisAnsweredPartQuestion.suppressQuestion = true;
const thisGlassPart = "glass" + gpIndex;
if (this.foundDuplicateQuestions[thisGlassPart]) {
if (!this.foundDuplicateQuestions[thisGlassPart].includes(thisAnsweredPartQuestion.questionSequence)) {
this.foundDuplicateQuestions[thisGlassPart].push(thisAnsweredPartQuestion.questionSequence);
}
} else {
this.foundDuplicateQuestions[thisGlassPart] = [thisAnsweredPartQuestion.questionSequence];
}
// are there any questions left that are not suppressed?
const remainingQuestions = glass.questions.filter((q) => {
return !q.suppressQuestion;
});
if (remainingQuestions.length < 1) {
// this is the final answer for this glass part
// mark this part as completely answered by adding answerData
const answeredQuestionObj = {
questionText: pq.questionText,
selectedAnswerText: matchedAnswer.answerText,
questionNum: pq.questionSequence,
suppressQuestion: pq.suppressQuestion,
};
// set the answerData as 'already answered'
glass.answerData = {
answerResult: matchedAnswer.nextQuestionSequence ? matchedAnswer.nextQuestionSequence : matchedAnswer.answerResult,
answeredQuestions: [answeredQuestionObj],
};
// suppress this glass because it has an answer
glass.isSuppressedPart = true;
}
}
});
// Update the key to re-render this part's question-chain component
this.moldingQuestionsData[gpIndex].key = this.moldingQuestionsData[gpIndex].glassLocation + this.moldingQuestionsData[gpIndex].glassName + Date.now().toString();
}
// call API parts method
const partsLookup = await this.dispatchStoreAction(storeActions.GET_PARTS)
.catch(() => {
return this.$refs.funnelFooter.removeLoader();
});
const glassNameAndPartsForStore = partsLookup.data.glassNameAndPartsForStore;
});
const hasCapabilityQuestions = this.hasCapabilityQuestions(glassNameAndPartsForStore);
// DETERMINE ANSWERED QUESTIONS LIST FOR THIS GLASS PART
if (hasCapabilityQuestions) {
// if has capability questions
// go to capability-questions page
this.$router.navigateWithSaving(this.navigationScenarios.HAS_CAPABILITY_QUESTIONS,this.$route,{},{},{partsOrQuestions: glassNameAndPartsForStore});
} else {
// if single parts only
const collectedGlassParts = this.reducedGlassPartsArray(glassNameAndPartsForStore);
// save to store lineItems.glassParts
this.$store.commit(storeMutations.UPDATE_GLASS_PARTS, collectedGlassParts);
// go to heritage quote page
this.$refs.loadingModal.showModal();
navigateToHeritageFunnel();
// look through all (this part's) part questions for any duplicates that were suppressed;
// add them to the list of answered questions if found
// EX answeredQuestionIndexes: [1,5,11,13]
// EX this.foundDuplicateQuestions = {
// "glassPart1": [1],
// "glassPart2": [7, 10]
// };
const thisPartsDupes = this.foundDuplicateQuestions["glass" + answer.glassIndex];
const completeAnsweredQuestions = answer.answeredQuestions ? [...answer.answeredQuestions] : [];
const glassPartAnswered = this.moldingQuestionsData[answer.glassIndex];
thisPartsDupes?.forEach((dupe) => {
// dupe is a single integer
const dupeQuestion = glassPartAnswered.questions[dupe - 1];
const dupeQuestionAnswer = dupeQuestion.answers.find((q) => q.selected === true);
glassPartAnswered.questions.forEach((q) => {
let includeThisDupeInAnsweredQuestions = false;
// did one of the answers of this question point to the duplicated question?
q.answers.forEach((a) => {
if ((dupe === a.originalNextQuestionSequence) &&
(answeredQuestionIndexes.includes(q.questionSequence)) &&
(a.answerText.toUpperCase() === dupeQuestionAnswer.answerText.toUpperCase())) {
includeThisDupeInAnsweredQuestions = true;
}
});
// is this q.questionSequence listed as the duplicated question's nextQuestionSequence?
if ((q.questionSequence === dupeQuestionAnswer.nextQuestionSequence) && (answeredQuestionIndexes.includes(q.questionSequence))) {
includeThisDupeInAnsweredQuestions = true;
}
if (includeThisDupeInAnsweredQuestions) {
completeAnsweredQuestions.push({
questionNum: dupeQuestion.questionSequence,
questionText: dupeQuestion.questionText,
selectedAnswerText: dupeQuestionAnswer.answerText,
suppressQuestion: dupeQuestion.suppressQuestion,
});
}
});
});
// make sure there are no duplicated dupes in the list...
const foundInCompleteAnsweredQuestions = new Set();
let filteredCompleteAnsweredQuestions = completeAnsweredQuestions.filter(el => {
const duplicate = foundInCompleteAnsweredQuestions.has(el.questionText);
foundInCompleteAnsweredQuestions.add(el.questionText);
return !duplicate;
});
filteredCompleteAnsweredQuestions = filteredCompleteAnsweredQuestions.sort((a,b) => a.questionNum - b.questionNum);
// set final answer data for the current answered glass part
glassPartAnswered.answerData = {
answerResult: answer.answerResult,
answeredQuestions: filteredCompleteAnsweredQuestions,
}
// this part has been fully answered, so advance to next molding question chain
for (let i = answer.glassIndex + 1; i < this.moldingQuestionsData.length; i++) {
// if this part has not yet been fully answered, then make it the current part
if (!this.moldingQuestionsData[i].answerData?.answerResult) {
this.currentGlassIndex = i;
break;
}
}
},
},
watch: {
selectedModel(model) {
this.moldingQuestionsData[model.partIndex].answerData = {
answerResult: model.answerResult,
answeredQuestions: model.answeredQuestions,
}
this.currentPartNum = model.partIndex + 1;
LoadInitialData() {
// are there alreadyAnsweredQuestions?
const alreadyAnsweredQuestions = store.getters.damage.moldingQuestionAnswers;
this.moldingQuestionsData = this.pageData.partsOrQuestions.filter(x => x.parts[0].childPartQuestions.length).map((glass, i) => {
glass.key = glass.glassLocation + "-" + glass.glassName;
// NOTE: property "questions" can differ between layouts
glass.questions = glass.parts[0].childPartQuestions;
this.selectedAnswers[glass.key] = [];
if (!alreadyAnsweredQuestions) {
glass.answerData = null;
}
alreadyAnsweredQuestions?.forEach((savedPart) => {
if (!savedPart.glassLocation || !savedPart.glassName || !savedPart.answeredQuestions || !savedPart.partNum) {
return;
}
if (glass.glassLocation === savedPart.glassLocation && glass.glassName === savedPart.glassName) {
let answerString = "";
// matches; loop through answeredQuestions for matches
savedPart.answeredQuestions.forEach((aq) => {
if (!aq.questionNum || !aq.selectedAnswerText) {
return;
}
// determine which answer was previously chosen
const theAns = glass.questions[aq.questionNum-1].answers.find((a) => {
return a.answerText.toUpperCase() === aq.selectedAnswerText.toUpperCase();
});
if (theAns.nextQuestionSequence) {
answerString = `${aq.questionNum}|nextQuestion|${theAns.nextQuestionSequence}|${theAns.answerText}`
} else {
answerString = `${aq.questionNum}|answer|${theAns.answerResult}|${theAns.answerText}`
}
// mark this partQuestion as answered (question-chain will read this)
glass.questions[aq.questionNum-1].answerSelected = answerString;
// mark this partQuestion as duplicate if it is (question-chain will read this)
if (aq.suppressQuestion) {
glass.questions[aq.questionNum-1].suppressQuestion = true;
}
});
// advance the currentGlassIndex
this.currentGlassIndex = i;
// add answerData to current glass
glass.answerData = {
answerResult: savedPart.partNum,
answeredQuestions: savedPart.answeredQuestions
}
}
});
// Set up watch for each set of glass questions, which gets updated when all questions for a glass have been answered
this.$watch("selectedAnswers." + glass.key, (newValue) => {
if (newValue) {
this.handleAnswerUpdates(glass.key, newValue);
}
}, {deep: true})
return glass;
});
},
},
components: {

161
src/layouts/part-questions/part-questions.vue
View file

@ -20,14 +20,14 @@
:manualCopy="AlertFewMoreQuestionsCopy"
v-bind:isDismissible="false"
/>
<div v-for="(part, i) in partsQuestionsData" :key="part.key">
<div v-for="(glass, i) in partsQuestionsData" :key="glass.key">
<questionChain
ref="questionChain"
:keyString="part.key"
v-model="selectedAnswers[part.glassLocation + '-' + part.glassName]"
:questionData="part.partQuestions"
:partIndex="i"
v-if="showThisPartQuestionChain(part, i)"
:keyString="glass.key"
v-model="selectedAnswers[glass.glassLocation + '-' + glass.glassName]"
:questionData="glass.questions"
:glassIndex="i"
v-if="showThisQuestionChain(glass, i)"
validationRules="questions-required"
/>
</div>
@ -91,13 +91,9 @@ export default {
},
data() {
return {
partsQuestionsFromApi: this.$store.getters.pageData(fmgPageValues.PART_QUESTIONS)?.partsOrQuestions.filter((p) => {
return Array.isArray(p.partQuestions) && p.partQuestions.length > 0;
}),
partsQuestionsData: store.getters.pageData(fmgPageValues.PART_QUESTIONS).partsOrQuestions,
selectedAnswers: {},
currentPartNum: 0,
newAnswersArray: [],
partsQuestionsData: [],
currentGlassIndex: 0,
foundDuplicateQuestions: [],
};
},
@ -108,35 +104,41 @@ export default {
AlertFewMoreQuestionsCopy() {
return this.getCmsContent("AlertPartsQuestions", "BodyText");
},
pageData() {
return this.$store.getters.pageData(fmgPageValues.PART_QUESTIONS);
}
},
mixins: [vehicleQuestionsMixin],
mounted() {
this.LoadInitialPartsData();
this.LoadInitialData();
},
methods: {
showThisPartQuestionChain(part, i) {
if (part.partQuestions?.length < 1 || part.isSuppressedPart) { return false; } // return false if no partQuestions or if suppressed
if (this.currentPartNum === i || part.answerData?.answerResult?.length > 0) { return true; }
return false;
arePagePrerequisitesValid() {
const partQuestionsFromPageData = store.getters.pageData(fmgPageValues.PART_QUESTIONS);
return partQuestionsFromPageData && Object.keys(partQuestionsFromPageData).length > 0;
},
showThisQuestionChain(glass, i) {
if (!glass.questions || glass.questions?.length < 1 || glass.isSuppressedPart) { return false; } // return false if no questions or if suppressed
return this.currentGlassIndex === i || glass.answerData?.answerResult?.length > 0;
},
async forwardButtonAction() {
const partQuestionAnswersArray = this.partsQuestionsData.map((item) => {
const questionAnswersArray = this.partsQuestionsData.map((glass) => {
return {
glassLocation: item.glassLocation,
glassName: item.glassName,
result: item.answerData.answerResult,
answeredQuestions: item.answerData.answeredQuestions,
isSuppressedPart: item.isSuppressedPart,
glassLocation: glass.glassLocation,
glassName: glass.glassName,
result: glass.answerData.answerResult,
answeredQuestions: glass.answerData.answeredQuestions,
isSuppressedPart: glass.isSuppressedPart,
};
});
// clear out answerData for future page loads; must occur prior to store save
this.partsQuestionsData.forEach((part) => {
part.answerData = {};
this.partsQuestionsData.forEach((glass) => {
glass.answerData = {};
});
// save to vuex store as order.damage.partQuestionAnswers (array)
await this.dispatchStoreAction(this.storeActions.SAVE_PART_QUESTION_ANSWERS, partQuestionAnswersArray, false);
await this.dispatchStoreAction(this.storeActions.SAVE_PART_QUESTION_ANSWERS, questionAnswersArray, false);
// call API parts method
const partsLookup = await this.dispatchStoreAction(storeActions.GET_PARTS)
@ -145,12 +147,9 @@ export default {
});
const glassNameAndPartsForStore = partsLookup.data.glassNameAndParts;
this.navigateForward(glassNameAndPartsForStore);
},
arePagePrerequisitesValid() {
const partQuestionsFromPageData = store.getters.pageData(fmgPageValues.PART_QUESTIONS);
return partQuestionsFromPageData && Object.keys(partQuestionsFromPageData).length > 0;
},
handleAnswerUpdates(key, answer) {
// only runs when all questions in a question-chain have been answered
// when selectedAnswers updates, user has completed this part's question chain and has a final answer
@ -166,16 +165,9 @@ export default {
"questionText": "Is your Grand Cherokee the Laredo model?",
"selectedAnswerText": "Yes",
"questionNum": 1,
"extra": {
"Text": "Yes",
"nextQuestionSequence": null,
"answerResult": "DD11132",
"questionSequence": 1,
"questionType": "answer"
}
}
],
"partIndex": 0
"glassIndex": 0
}
*/
@ -198,18 +190,18 @@ export default {
// HANDLE DUPLICATE QUESTIONS
// loop through all glass parts data
this.partsQuestionsData.forEach((glassPart, gpIndex) => {
this.partsQuestionsData.forEach((glass, gpIndex) => {
// only look for duplicates forward... to parts that follow after the currently being answered part
if (gpIndex > answer.partIndex) {
if (gpIndex > answer.glassIndex) {
let suppressUntil;
// reset this glass part, in case user is changing their previous answers
glassPart.answerData = null;
glassPart.isSuppressedPart = null;
glass.answerData = null;
glass.isSuppressedPart = null;
// loop through this glass part's part questions, looking for a questionText match
glassPart.partQuestions.forEach((pq, pqIndex) => {
// loop through this glass part's questions, looking for a questionText match
glass.questions.forEach((pq, pqIndex) => {
// clear out any previously set answers
pq.answerSelected = null;
@ -229,11 +221,11 @@ export default {
// if these match then we have a duplicate question
if (pq.questionText.toUpperCase() === answeredQuestionText) {
const thisAnsweredPartQuestion = glassPart.partQuestions[pqIndex];
const thisAnsweredQuestion = glass.questions[pqIndex];
let matchedAnswer;
let rejectedAnswers = []; // set as an array, in case we ever have questions with more than 2 answers...
// which one of this partQuestions' answers matches our answer?
// which one of this questions' answers matches our answer?
pq.answers.forEach((ans) => {
if (ans.answerText.toUpperCase() === answeredQuestionAnswer) {
matchedAnswer = ans;
@ -251,7 +243,7 @@ export default {
if (matchedAnswer.nextQuestionSequence) {
// ensure that the question that the accepted answer has set to be next is NOT suppressed
glassPart.partQuestions[matchedAnswer.nextQuestionSequence - 1].suppressQuestion = null;
glass.questions[matchedAnswer.nextQuestionSequence - 1].suppressQuestion = null;
// if the duplicate is the 1ST question, then set suppressUntil var to lowest nextQuestion number
if (pqIndex === 0) {
if (!suppressUntil) { suppressUntil = matchedAnswer.nextQuestionSequence }
@ -260,7 +252,7 @@ export default {
}
// handle suppressing upstream in this question chain
glassPart.partQuestions.forEach((q) => {
glass.questions.forEach((q) => {
q.answers.forEach((thisAns) => {
// restore any of the answers that formerly led to the duplicated question
if (thisAns.originalNextQuestionSequence === pq.questionSequence) {
@ -290,19 +282,19 @@ export default {
});
// suppress current question
thisAnsweredPartQuestion.suppressQuestion = true;
thisAnsweredQuestion.suppressQuestion = true;
const thisGlassPart = "glassPart" + gpIndex;
const thisGlassPart = "glass" + gpIndex;
if (this.foundDuplicateQuestions[thisGlassPart]) {
if (!this.foundDuplicateQuestions[thisGlassPart].includes(thisAnsweredPartQuestion.questionSequence)) {
this.foundDuplicateQuestions[thisGlassPart].push(thisAnsweredPartQuestion.questionSequence);
if (!this.foundDuplicateQuestions[thisGlassPart].includes(thisAnsweredQuestion.questionSequence)) {
this.foundDuplicateQuestions[thisGlassPart].push(thisAnsweredQuestion.questionSequence);
}
} else {
this.foundDuplicateQuestions[thisGlassPart] = [thisAnsweredPartQuestion.questionSequence];
this.foundDuplicateQuestions[thisGlassPart] = [thisAnsweredQuestion.questionSequence];
}
// are there any questions left that are not suppressed?
const remainingQuestions = glassPart.partQuestions.filter((q) => {
const remainingQuestions = glass.questions.filter((q) => {
return !q.suppressQuestion;
});
@ -317,13 +309,13 @@ export default {
suppressQuestion: pq.suppressQuestion,
};
// set the answerData as 'already answered'
glassPart.answerData = {
glass.answerData = {
answerResult: matchedAnswer.nextQuestionSequence ? matchedAnswer.nextQuestionSequence : matchedAnswer.answerResult,
answeredQuestions: [answeredQuestionObj],
};
// suppress this glassPart because it has an answer
glassPart.isSuppressedPart = true;
// suppress this glass because it has an answer
glass.isSuppressedPart = true;
}
}
@ -351,16 +343,16 @@ export default {
// "glassPart2": [7, 10]
// };
const thisPartsDupes = this.foundDuplicateQuestions["glassPart" + answer.partIndex];
const thisPartsDupes = this.foundDuplicateQuestions["glass" + answer.glassIndex];
const completeAnsweredQuestions = answer.answeredQuestions ? [...answer.answeredQuestions] : [];
const glassPartAnswered = this.partsQuestionsData[answer.partIndex];
const glassPartAnswered = this.partsQuestionsData[answer.glassIndex];
thisPartsDupes?.forEach((dupe) => {
// dupe is a single integer
const dupeQuestion = glassPartAnswered.partQuestions[dupe - 1];
const dupeQuestion = glassPartAnswered.questions[dupe - 1];
const dupeQuestionAnswer = dupeQuestion.answers.find((q) => q.selected === true);
glassPartAnswered.partQuestions.forEach((q) => {
glassPartAnswered.questions.forEach((q) => {
let includeThisDupeInAnsweredQuestions = false;
// did one of the answers of this question point to the duplicated question?
@ -404,25 +396,28 @@ export default {
}
// this part has been fully answered, so advance to next part's question chain
for (let i = answer.partIndex + 1; i < this.partsQuestionsData.length; i++) {
for (let i = answer.glassIndex + 1; i < this.partsQuestionsData.length; i++) {
// if this part has not yet been fully answered, then make it the current part
if (!this.partsQuestionsData[i].answerData?.answerResult) {
this.currentPartNum = i;
this.currentGlassIndex = i;
break;
}
}
},
LoadInitialPartsData() {
LoadInitialData() {
// are there alreadyAnsweredQuestions?
const alreadyAnsweredQuestions = store.getters.damage.partQuestionAnswers;
this.partsQuestionsData = this.partsQuestionsFromApi.map((part, i) => {
part.key = part.glassLocation + "-" + part.glassName;
this.selectedAnswers[part.key] = [];
this.partsQuestionsData = this.pageData.partsOrQuestions.filter(x => x.partQuestions).map((glass, i) => {
glass.key = glass.glassLocation + "-" + glass.glassName;
// NOTE: property "questions" can differ between layouts
glass.questions = glass.partQuestions;
this.selectedAnswers[glass.key] = [];
if (!alreadyAnsweredQuestions) {
part.answerData = null;
glass.answerData = null;
}
alreadyAnsweredQuestions?.forEach((savedPart) => {
@ -430,7 +425,7 @@ export default {
if (!savedPart.glassLocation || !savedPart.glassName || !savedPart.answeredQuestions || !savedPart.result) {
return;
}
if (part.glassLocation === savedPart.glassLocation && part.glassName === savedPart.glassName) {
if (glass.glassLocation === savedPart.glassLocation && glass.glassName === savedPart.glassName) {
let answerString = "";
// matches; loop through answeredQuestions for matches
@ -439,7 +434,7 @@ export default {
return;
}
// determine which answer was previously chosen
const theAns = part.partQuestions[aq.questionNum-1].answers.find((a) => {
const theAns = glass.questions[aq.questionNum-1].answers.find((a) => {
return a.answerText.toUpperCase() === aq.selectedAnswerText.toUpperCase();
});
if (theAns.nextQuestionSequence) {
@ -448,19 +443,19 @@ export default {
answerString = `${aq.questionNum}|answer|${theAns.answerResult}|${theAns.answerText}`
}
// mark this partQuestion as answered (question-chain will read this)
part.partQuestions[aq.questionNum-1].answerSelected = answerString;
// mark this partQuestion as duplicate if it is (question-chain will read this)
// mark this question as answered (question-chain will read this)
glass.questions[aq.questionNum-1].answerSelected = answerString;
// mark this question as duplicate if it is (question-chain will read this)
if (aq.suppressQuestion) {
part.partQuestions[aq.questionNum-1].suppressQuestion = true;
glass.questions[aq.questionNum-1].suppressQuestion = true;
}
});
// advance the currentPartNum
this.currentPartNum = i;
// advance the currentGlassIndex
this.currentGlassIndex = i;
// add answerData to current part
part.answerData = {
// add answerData to current glass
glass.answerData = {
answerResult: savedPart.result,
answeredQuestions: savedPart.answeredQuestions
}
@ -468,14 +463,14 @@ export default {
});
// Set up watch for each set of part questions, which gets updated when all questions for a part have been answered
this.$watch("selectedAnswers." + part.key, (newValue) => {
// Set up watch for each set of glass questions, which gets updated when all questions for a glass have been answered
this.$watch("selectedAnswers." + glass.key, (newValue) => {
if (newValue) {
this.handleAnswerUpdates(part.key, newValue);
this.handleAnswerUpdates(glass.key, newValue);
}
}, {deep: true})
return part;
return glass;
});
},

1
src/layouts/vehicle-make/vehicle-make.vue
View file

@ -66,7 +66,6 @@ export default {
);
});
},
methods: {
backButtonAction() {
// route to move backwards

2
src/layouts/vehicle-parts/vehicle-parts.vue
View file

@ -188,6 +188,8 @@ export default {
throw new Error("Could not match any parts to the selected parts");
}
await this.dispatchStoreAction(this.storeActions.RESET_MOLDING_AND_CAPABILITY_QUESTIONS_IF_NEEDED, matchedParts, false);
// Navigate to the next page
this.navigateForward(matchedParts);
},

4
src/mixins/experiment-mixin.js
View file

@ -3,10 +3,10 @@ import store from "@/store";
export default {
methods: {
hasSettingEqualTo(settingName, settingValue) {
return store.getters.experimentSettings[settingName] === settingValue;
return store.getters.experimentSettings[settingName] == settingValue;
},
hasSetting(settingName) {
return store.getters.experimentSettings.hasOwnProperty(settingName);
return Object.hasOwn(store.getters.experimentSettings, settingName);
},
getSettingValue(settingName) {
return this.hasSetting(settingName) ? store.getters.experimentSettings[settingName] : null;

2
src/mixins/vehicle-questions-mixin.js
View file

@ -122,7 +122,7 @@ export default {
}
},
backButtonAction() {
const partsOrQuestions = this.$store.getters.pageData(fmgPageValues.PART_QUESTIONS)?.partsOrQuestions;
const partsOrQuestions = (this.$store.getters.pageData(fmgPageValues.PART_QUESTIONS) ?? this.$store.getters.pageData(fmgPageValues.VEHICLE_PARTS))?.partsOrQuestions;
const hasPartQuestions = this.hasPartQuestions(partsOrQuestions);
const hasGlassLocationWithMultipleParts = this.hasGlassLocationWithMultipleParts(partsOrQuestions);
const hasChildPartQuestions = this.hasChildPartQuestions(partsOrQuestions);

118
src/store/index.js
View file

@ -49,6 +49,7 @@ const getDefaultState = () => {
numberOfChips: null,
glassToReplace: null,
partQuestionAnswers: null,
moldingQuestionAnswers: null,
capabilityQuestionAnswers: null
},
lineItems: {
@ -127,6 +128,9 @@ export const mutations = {
updatePartQuestionAnswers(state, answersArray) {
state.order.damage.partQuestionAnswers = answersArray;
},
updateMoldingQuestionAnswers(state, answersArray) {
state.order.damage.moldingQuestionAnswers = answersArray;
},
updateCapabilityQuestionAnswers(state, answersArray) {
state.order.damage.capabilityQuestionAnswers = answersArray;
},
@ -221,7 +225,7 @@ export const mutations = {
},
// applicationUser MUTATIONS
updateSaveOrderPromise(state, saveOrderPromise){
updateSaveOrderPromise(state, saveOrderPromise) {
state.applicationUser.saveOrderPromise = saveOrderPromise;
},
updateSavedSessionId(state, savedSessionId) {
@ -281,6 +285,7 @@ export const mutations = {
resetGlassPartsState(state) {
state.order.lineItems.glassParts = null;
state.order.damage.partQuestionAnswers = null;
state.order.damage.moldingQuestionAnswers = null;
state.order.damage.capabilityQuestionAnswers = null;
state.applicationUser.pageData[fmgPageValues.PART_QUESTIONS] = null;
state.applicationUser.pageData[fmgPageValues.VEHICLE_PARTS] = null;
@ -374,29 +379,31 @@ export const getters = {
payment: (state) => state.order.payment,
experimentOrder: (state) => {
return {
vehicleYear: state.order.vehicle.year,
vehicleMake: state.order.vehicle.make,
vehicleModel: state.order.vehicle.model,
vehicleStyle: state.order.vehicle.style,
isRepair: state.order.damage.isRepair,
numberOfChips: state.order.damage.numberOfChips,
carId: state.order.vehicle.carId,
serviceCity: state.order.serviceLocation.city,
serviceState: state.order.serviceLocation.state,
serviceZipCode: state.order.serviceLocation.zipCode,
parentAccountNumber: state.order.accountNumber,
isCoverageVerified: state.order.payment.insuranceCoverage.isVerified,
orderPartNumbers: [...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "partNumber"), ...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.otherParts, "partNumber")],
orderPartTypes: [...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "recalibrationType"), ...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.otherParts, "recalibrationType")],
hasRecalibrationPart: getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "requiresRecalibration")?.length > 0,
selectedMultiGlass: state.order.damage.glassToReplace?.length > 1,
selectedWindshieldGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.WINDSHIELD),
selectedBackGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.REAR),
selectedDriverSideGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.DRIVER),
selectedPassengerSideGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.PASSENGER)
funnelVehicleYear: state.order.vehicle.year,
funnelVehicleMake: state.order.vehicle.make,
funnelVehicleModel: state.order.vehicle.model,
funnelVehicleStyle: state.order.vehicle.style,
funnelIsRepair: state.order.damage.isRepair,
funnelNumberOfChips: state.order.damage.numberOfChips,
funnelCarId: state.order.vehicle.carId,
funnelServiceCity: state.order.serviceLocation.city,
funnelServiceState: state.order.serviceLocation.state,
funnelServiceZipCode: state.order.serviceLocation.zipCode,
funnelParentAccountNumber: state.order.accountNumber,
funnelIsCoverageVerified: state.order.payment.insuranceCoverage.isVerified,
funnelHasRecalibrationPart: getHasRecalibrationPart(state),
funnelSelectedMultiGlass: state.order.damage.glassToReplace?.length > 1,
funnelSelectedWindshieldGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.WINDSHIELD),
funnelSelectedBackGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.REAR),
funnelSelectedDriverSideGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.DRIVER),
funnelSelectedPassengerSideGlass: getAllValuesOfPropertyInArrayOfObjects(state.order.damage.glassToReplace, "glassLocation").includes(damageLocationsSelected.PASSENGER),
funnelOrderPartNumbers: [...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "partNumber"), ...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.otherParts, "partNumber")],
funnelOrderPartTypes: [...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "recalibrationType"), ...getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.otherParts, "recalibrationType")],
}
},
experimentSettings: (state) => state.applicationUser.experiments.map(x => x.settings).reduce((r, c) => Object.assign(r, c), {})
experimentSettings: (state) => state.applicationUser.experiments.map(x => x.settings).reduce((r, c) => Object.assign(r, c), {}) ?? {}
}
function getAllValuesOfPropertyInArrayOfObjects(array, propertyName) {
@ -755,7 +762,7 @@ export const actions = {
const part = pageData.partsOrQuestions.find(x => x.glassLocation === glassLocation).parts[0];
const capabilityQuestionAnswers = context.getters.damage.capabilityQuestionAnswers;
const capabilityQuestionAnswersForPart = capabilityQuestionAnswers.find(x => x.glassLocation === glassLocation);
return globalMethods.callHttpClient({
method: endpoints.GetPartFromCapabilityAnswer.method,
endpoint: endpoints.GetPartFromCapabilityAnswer.url,
@ -1002,13 +1009,63 @@ export const actions = {
!previousResultsArray.every((x, i) => x.result === partQuestionAnswersArray[i].result);
if (havePartQuestionAnswersChanged) {
context.commit(storeMutations.UPDATE_GLASS_PARTS, null);
context.commit(storeMutations.UPDATE_MOLDING_QUESTION_ANSWERS, null);
context.commit(storeMutations.UPDATE_CAPABILITY_QUESTION_ANSWERS, null);
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.VEHICLE_PARTS, data: null });
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.MOLDING_QUESTIONS, data: null });
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.CAPABILITY_QUESTIONS, data: null });
}
//Save new values
context.commit(storeMutations.UPDATE_PART_QUESTION_ANSWERS, partQuestionAnswersArray);
},
resetMoldingAndCapabilityQuestionAnswersIfNeeded(context, matchedParts) {
const previousResultsArray = [{ parts: context.getters.lineItems.glassParts }];
const partsOrQuestionsDataToCompareWith = context.getters.pageData(fmgPageValues.MOLDING_QUESTIONS)?.partsOrQuestions ?? context.getters.pageData(fmgPageValues.CAPABILITY_QUESTIONS)?.partsOrQuestions ?? [];
function getAllPartNumbers(partsOrQuestions) {
return partsOrQuestions[0]?.parts
? [...partsOrQuestions].map(glass => glass.parts).flat().map(part => part.partNumber).filter(partNumber => !partNumber.toUpperCase().includes("FEE")).sort().join(",")
: []
}
const previouslySelectedPartNumbers = getAllPartNumbers(partsOrQuestionsDataToCompareWith);
const currentlySelectedPartNumbers = getAllPartNumbers(matchedParts);
const haveSelectedVehiclePartsChanged = previouslySelectedPartNumbers !== currentlySelectedPartNumbers;
if (haveSelectedVehiclePartsChanged) {
context.commit(storeMutations.UPDATE_GLASS_PARTS, null);
context.commit(storeMutations.UPDATE_MOLDING_QUESTION_ANSWERS, null);
context.commit(storeMutations.UPDATE_CAPABILITY_QUESTION_ANSWERS, null);
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.MOLDING_QUESTIONS, data: null });
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.CAPABILITY_QUESTIONS, data: null });
}
},
saveMoldingQuestionAnswers(context, moldingQuestionAnswers) {
const previousResultsArray = context.getters.damage.moldingQuestionAnswers;
const haveMoldingQuestionAnswersChanged = previousResultsArray?.length !== moldingQuestionAnswers.length ||
!previousResultsArray.every((x, i) => x.partNum === moldingQuestionAnswers[i].partNum);
if (haveMoldingQuestionAnswersChanged) {
context.commit(storeMutations.UPDATE_GLASS_PARTS, null);
context.commit(storeMutations.UPDATE_CAPABILITY_QUESTION_ANSWERS, null);
context.commit(storeMutations.UPDATE_PAGE_DATA, { page: fmgPageValues.CAPABILITY_QUESTIONS, data: null });
}
//Save new values
context.commit(storeMutations.UPDATE_MOLDING_QUESTION_ANSWERS, moldingQuestionAnswers);
},
saveCapabilityQuestionAnswers(context, capabilityQuestionAnswers) {
const previousResultsArray = context.getters.damage.capabilityQuestionAnswers;
const haveCapabilityQuestionAnswersChanged = previousResultsArray?.length !== capabilityQuestionAnswers.length ||
!previousResultsArray.every((x, i) => x.result === capabilityQuestionAnswers[i].result);
if (haveCapabilityQuestionAnswersChanged) {
context.commit(storeMutations.UPDATE_GLASS_PARTS, null);
}
//Save new values
context.commit(storeMutations.UPDATE_CAPABILITY_QUESTION_ANSWERS, capabilityQuestionAnswers);
},
@ -1055,3 +1112,18 @@ export default createStore({
// Private Functions
function getHasRecalibrationPart(state) {
var hasRequiresRecalibration = getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "requiresRecalibration")?.length > 0;
var hasRecalibrationType = getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "recalibrationType")?.length > 0;
if (hasRequiresRecalibration) {
if (hasRecalibrationType) { // Has both 'requiresRecalibration' and 'recalibrationType' and 'recalibrationType'
return getAllValuesOfPropertyInArrayOfObjects(state.order.lineItems.glassParts, "recalibrationType")[0].toLowerCase() != "unknown";
} else { // Has 'requiresRecalibration' but no 'recalibrationType' at all
return true;
}
} else { // Does not have 'requiresRecalibration'
return false;
}
}

323
src/store/store.spec.js
View file

@ -1154,6 +1154,49 @@ describe("Actions", () => {
]);
});
})
describe("savePartQuestionAnswers", () => {
test.todo("saves partQuestionAnswers")
test.todo("there are no previous answers => resets necessary fields")
// mix up the order to make sure sort is working
test.todo("previous answers match current answers => does not reset fields")
test.todo("previous answers does not match current answers => resets necessary fields")
})
describe("resetMoldingAndCapabilityQuestionAnswersIfNeeded", () => {
test.todo("there are no saved parts => resets necessary fields")
// make sure you check the different variations where molding-questions and capability-questions do or don't have pageData
// mix up the order to make sure sort is working
test.todo("previously saved parts match selected parts => does not reset fields")
test.todo("previously saved parts do not match selected parts => resets necessary fields")
})
describe("saveMoldingQuestionAnswers", () => {
test.todo("saves moldingQuestionAnswers")
test.todo("there are no previous answers => resets necessary fields")
// mix up the order to make sure sort is working
test.todo("previous answers match current answers => does not reset fields")
test.todo("previous answers does not match current answers => resets necessary fields")
})
describe("saveCapabilityQuestionAnswers", () => {
test.todo("saves capabilityQuestionAnswers")
test.todo("there are no previous answers => resets necessary fields")
// mix up the order to make sure sort is working
test.todo("previous answers match current answers => does not reset fields")
test.todo("previous answers does not match current answers => resets necessary fields")
})
});
@ -1256,64 +1299,64 @@ describe("Getters", () => {
// Arrange
const storeState = state;
const mockStateValues = {
vehicleYear: 1000,
vehicleMake: "CarMake",
vehicleModel: "CarModel",
vehicleStyle: "SuperCoolStyle",
isRepair: true,
numberOfChips: 9999999,
carId: "Gibberish",
serviceCity: "Columbus",
serviceState: "OH-IO",
serviceZipCode: 43215,
parentAccountNumber: "999999",
isCoverageVerified: true,
glassParts: null,
otherParts: null,
glassToReplace: null
funnelVehicleYear: 1000,
funnelVehicleMake: "CarMake",
funnelVehicleModel: "CarModel",
funnelVehicleStyle: "SuperCoolStyle",
funnelIsRepair: true,
funnelNumberOfChips: 9999999,
funnelCarId: "Gibberish",
funnelServiceCity: "Columbus",
funnelServiceState: "OH-IO",
funnelServiceZipCode: 43215,
funnelParentAccountNumber: "999999",
funnelIsCoverageVerified: true,
funnelGlassParts: null,
funnelOtherParts: null,
funnelGlassToReplace: null
}
//Act
mutations.updateYear(storeState, mockStateValues.vehicleYear);
mutations.updateMake(storeState, mockStateValues.vehicleMake);
mutations.updateModel(storeState, mockStateValues.vehicleModel);
mutations.updateStyle(storeState, mockStateValues.vehicleStyle);
mutations.updateIsRepair(storeState, mockStateValues.isRepair);
mutations.updateNumberOfChips(storeState, mockStateValues.numberOfChips);
mutations.updateCarId(storeState, mockStateValues.carId);
mutations.updateYear(storeState, mockStateValues.funnelVehicleYear);
mutations.updateMake(storeState, mockStateValues.funnelVehicleMake);
mutations.updateModel(storeState, mockStateValues.funnelVehicleModel);
mutations.updateStyle(storeState, mockStateValues.funnelVehicleStyle);
mutations.updateIsRepair(storeState, mockStateValues.funnelIsRepair);
mutations.updateNumberOfChips(storeState, mockStateValues.funnelNumberOfChips);
mutations.updateCarId(storeState, mockStateValues.funnelCarId);
mutations.updateServiceLocation(storeState, {
city: mockStateValues.serviceCity,
state: mockStateValues.serviceState,
zipCode: mockStateValues.serviceZipCode
city: mockStateValues.funnelServiceCity,
state: mockStateValues.funnelServiceState,
zipCode: mockStateValues.funnelServiceZipCode
});
mutations.updateParentAcctNumber(storeState, mockStateValues.parentAccountNumber);
mutations.updateInsuranceVerifiedStatus(storeState, mockStateValues.isCoverageVerified);
mutations.updateGlassParts(storeState, mockStateValues.glassParts);
mutations.updateOtherParts(storeState, mockStateValues.otherParts);
mutations.updateGlassToReplace(storeState, mockStateValues.glassToReplace);
mutations.updateParentAcctNumber(storeState, mockStateValues.funnelParentAccountNumber);
mutations.updateInsuranceVerifiedStatus(storeState, mockStateValues.funnelIsCoverageVerified);
mutations.updateGlassParts(storeState, mockStateValues.funnelGlassParts);
mutations.updateOtherParts(storeState, mockStateValues.funnelOtherParts);
mutations.updateGlassToReplace(storeState, mockStateValues.funnelGlassToReplace);
//Assert
expect(getters.experimentOrder(storeState)).toEqual({
vehicleYear: mockStateValues.vehicleYear,
vehicleMake: mockStateValues.vehicleMake,
vehicleModel: mockStateValues.vehicleModel,
vehicleStyle: mockStateValues.vehicleStyle,
isRepair: mockStateValues.isRepair,
numberOfChips: mockStateValues.numberOfChips,
carId: mockStateValues.carId,
serviceCity: mockStateValues.serviceCity,
serviceState: mockStateValues.serviceState,
serviceZipCode: mockStateValues.serviceZipCode,
parentAccountNumber: mockStateValues.parentAccountNumber,
isCoverageVerified: mockStateValues.isCoverageVerified,
orderPartNumbers: [],
orderPartTypes: [],
hasRecalibrationPart: false,
selectedMultiGlass: false,
selectedWindshieldGlass: false,
selectedBackGlass: false,
selectedDriverSideGlass: false,
selectedPassengerSideGlass: false
funnelVehicleYear: mockStateValues.funnelVehicleYear,
funnelVehicleMake: mockStateValues.funnelVehicleMake,
funnelVehicleModel: mockStateValues.funnelVehicleModel,
funnelVehicleStyle: mockStateValues.funnelVehicleStyle,
funnelIsRepair: mockStateValues.funnelIsRepair,
funnelNumberOfChips: mockStateValues.funnelNumberOfChips,
funnelCarId: mockStateValues.funnelCarId,
funnelServiceCity: mockStateValues.funnelServiceCity,
funnelServiceState: mockStateValues.funnelServiceState,
funnelServiceZipCode: mockStateValues.funnelServiceZipCode,
funnelParentAccountNumber: mockStateValues.funnelParentAccountNumber,
funnelIsCoverageVerified: mockStateValues.funnelIsCoverageVerified,
funnelOrderPartNumbers: [],
funnelOrderPartTypes: [],
funnelHasRecalibrationPart: false,
funnelSelectedMultiGlass: false,
funnelSelectedWindshieldGlass: false,
funnelSelectedBackGlass: false,
funnelSelectedDriverSideGlass: false,
funnelSelectedPassengerSideGlass: false
});
});
@ -1321,64 +1364,64 @@ describe("Getters", () => {
// Arrange
const storeState = state;
const mockStateValues = {
vehicleYear: 1000,
vehicleMake: "CarMake",
vehicleModel: "CarModel",
vehicleStyle: "SuperCoolStyle",
isRepair: true,
numberOfChips: 9999999,
carId: "Gibberish",
serviceCity: "Columbus",
serviceState: "OH-IO",
serviceZipCode: 43215,
parentAccountNumber: "999999",
isCoverageVerified: true,
glassParts: [],
otherParts: [],
glassToReplace: []
funnelVehicleYear: 1000,
funnelVehicleMake: "CarMake",
funnelVehicleModel: "CarModel",
funnelVehicleStyle: "SuperCoolStyle",
funnelIsRepair: true,
funnelNumberOfChips: 9999999,
funnelCarId: "Gibberish",
funnelServiceCity: "Columbus",
funnelServiceState: "OH-IO",
funnelServiceZipCode: 43215,
funnelParentAccountNumber: "999999",
funnelIsCoverageVerified: true,
funnelGlassParts: [],
funnelOtherParts: [],
funnelGlassToReplace: []
}
//Act
mutations.updateYear(storeState, mockStateValues.vehicleYear);
mutations.updateMake(storeState, mockStateValues.vehicleMake);
mutations.updateModel(storeState, mockStateValues.vehicleModel);
mutations.updateStyle(storeState, mockStateValues.vehicleStyle);
mutations.updateIsRepair(storeState, mockStateValues.isRepair);
mutations.updateNumberOfChips(storeState, mockStateValues.numberOfChips);
mutations.updateCarId(storeState, mockStateValues.carId);
mutations.updateYear(storeState, mockStateValues.funnelVehicleYear);
mutations.updateMake(storeState, mockStateValues.funnelVehicleMake);
mutations.updateModel(storeState, mockStateValues.funnelVehicleModel);
mutations.updateStyle(storeState, mockStateValues.funnelVehicleStyle);
mutations.updateIsRepair(storeState, mockStateValues.funnelIsRepair);
mutations.updateNumberOfChips(storeState, mockStateValues.funnelNumberOfChips);
mutations.updateCarId(storeState, mockStateValues.funnelCarId);
mutations.updateServiceLocation(storeState, {
city: mockStateValues.serviceCity,
state: mockStateValues.serviceState,
zipCode: mockStateValues.serviceZipCode
city: mockStateValues.funnelServiceCity,
state: mockStateValues.funnelServiceState,
zipCode: mockStateValues.funnelServiceZipCode
});
mutations.updateParentAcctNumber(storeState, mockStateValues.parentAccountNumber);
mutations.updateInsuranceVerifiedStatus(storeState, mockStateValues.isCoverageVerified);
mutations.updateGlassParts(storeState, mockStateValues.glassParts);
mutations.updateOtherParts(storeState, mockStateValues.otherParts);
mutations.updateGlassToReplace(storeState, mockStateValues.glassToReplace);
mutations.updateParentAcctNumber(storeState, mockStateValues.funnelParentAccountNumber);
mutations.updateInsuranceVerifiedStatus(storeState, mockStateValues.funnelIsCoverageVerified);
mutations.updateGlassParts(storeState, mockStateValues.funnelGlassParts);
mutations.updateOtherParts(storeState, mockStateValues.funnelOtherParts);
mutations.updateGlassToReplace(storeState, mockStateValues.funnelGlassToReplace);
//Assert
expect(getters.experimentOrder(storeState)).toEqual({
vehicleYear: mockStateValues.vehicleYear,
vehicleMake: mockStateValues.vehicleMake,
vehicleModel: mockStateValues.vehicleModel,
vehicleStyle: mockStateValues.vehicleStyle,
isRepair: mockStateValues.isRepair,
numberOfChips: mockStateValues.numberOfChips,
carId: mockStateValues.carId,
serviceCity: mockStateValues.serviceCity,
serviceState: mockStateValues.serviceState,
serviceZipCode: mockStateValues.serviceZipCode,
parentAccountNumber: mockStateValues.parentAccountNumber,
isCoverageVerified: mockStateValues.isCoverageVerified,
orderPartNumbers: [],
orderPartTypes: [],
hasRecalibrationPart: false,
selectedMultiGlass: false,
selectedWindshieldGlass: false,
selectedBackGlass: false,
selectedDriverSideGlass: false,
selectedPassengerSideGlass: false
funnelVehicleYear: mockStateValues.funnelVehicleYear,
funnelVehicleMake: mockStateValues.funnelVehicleMake,
funnelVehicleModel: mockStateValues.funnelVehicleModel,
funnelVehicleStyle: mockStateValues.funnelVehicleStyle,
funnelIsRepair: mockStateValues.funnelIsRepair,
funnelNumberOfChips: mockStateValues.funnelNumberOfChips,
funnelCarId: mockStateValues.funnelCarId,
funnelServiceCity: mockStateValues.funnelServiceCity,
funnelServiceState: mockStateValues.funnelServiceState,
funnelServiceZipCode: mockStateValues.funnelServiceZipCode,
funnelParentAccountNumber: mockStateValues.funnelParentAccountNumber,
funnelIsCoverageVerified: mockStateValues.funnelIsCoverageVerified,
funnelOrderPartNumbers: [],
funnelOrderPartTypes: [],
funnelHasRecalibrationPart: false,
funnelSelectedMultiGlass: false,
funnelSelectedWindshieldGlass: false,
funnelSelectedBackGlass: false,
funnelSelectedDriverSideGlass: false,
funnelSelectedPassengerSideGlass: false
});
});
@ -1439,26 +1482,26 @@ describe("Getters", () => {
//Assert
expect(getters.experimentOrder(storeState)).toEqual({
vehicleYear: mockStateValues.vehicleYear,
vehicleMake: mockStateValues.vehicleMake,
vehicleModel: mockStateValues.vehicleModel,
vehicleStyle: mockStateValues.vehicleStyle,
isRepair: mockStateValues.isRepair,
numberOfChips: mockStateValues.numberOfChips,
carId: mockStateValues.carId,
serviceCity: mockStateValues.serviceCity,
serviceState: mockStateValues.serviceState,
serviceZipCode: mockStateValues.serviceZipCode,
parentAccountNumber: mockStateValues.parentAccountNumber,
isCoverageVerified: mockStateValues.isCoverageVerified,
orderPartNumbers: ["WINDSHIELDPARTNUMBER"],
orderPartTypes: ["ADAS, maybe"],
hasRecalibrationPart: true,
selectedMultiGlass: false,
selectedWindshieldGlass: true,
selectedBackGlass: false,
selectedDriverSideGlass: false,
selectedPassengerSideGlass: false
funnelVehicleYear: mockStateValues.vehicleYear,
funnelVehicleMake: mockStateValues.vehicleMake,
funnelVehicleModel: mockStateValues.vehicleModel,
funnelVehicleStyle: mockStateValues.vehicleStyle,
funnelIsRepair: mockStateValues.isRepair,
funnelNumberOfChips: mockStateValues.numberOfChips,
funnelCarId: mockStateValues.carId,
funnelServiceCity: mockStateValues.serviceCity,
funnelServiceState: mockStateValues.serviceState,
funnelServiceZipCode: mockStateValues.serviceZipCode,
funnelParentAccountNumber: mockStateValues.parentAccountNumber,
funnelIsCoverageVerified: mockStateValues.isCoverageVerified,
funnelOrderPartNumbers: ["WINDSHIELDPARTNUMBER"],
funnelOrderPartTypes: ["ADAS, maybe"],
funnelHasRecalibrationPart: true,
funnelSelectedMultiGlass: false,
funnelSelectedWindshieldGlass: true,
funnelSelectedBackGlass: false,
funnelSelectedDriverSideGlass: false,
funnelSelectedPassengerSideGlass: false
});
});
@ -1545,26 +1588,26 @@ describe("Getters", () => {
//Assert
expect(getters.experimentOrder(storeState)).toEqual({
vehicleYear: mockStateValues.vehicleYear,
vehicleMake: mockStateValues.vehicleMake,
vehicleModel: mockStateValues.vehicleModel,
vehicleStyle: mockStateValues.vehicleStyle,
isRepair: mockStateValues.isRepair,
numberOfChips: mockStateValues.numberOfChips,
carId: mockStateValues.carId,
serviceCity: mockStateValues.serviceCity,
serviceState: mockStateValues.serviceState,
serviceZipCode: mockStateValues.serviceZipCode,
parentAccountNumber: mockStateValues.parentAccountNumber,
isCoverageVerified: mockStateValues.isCoverageVerified,
orderPartNumbers: ["BACKGLASS_PN", "DRIVERGLASS_PN", "PASSENGERGLASS_PN"],
orderPartTypes: [],
hasRecalibrationPart: false,
selectedMultiGlass: true,
selectedWindshieldGlass: false,
selectedBackGlass: true,
selectedDriverSideGlass: true,
selectedPassengerSideGlass: true
funnelVehicleYear: mockStateValues.vehicleYear,
funnelVehicleMake: mockStateValues.vehicleMake,
funnelVehicleModel: mockStateValues.vehicleModel,
funnelVehicleStyle: mockStateValues.vehicleStyle,
funnelIsRepair: mockStateValues.isRepair,
funnelNumberOfChips: mockStateValues.numberOfChips,
funnelCarId: mockStateValues.carId,
funnelServiceCity: mockStateValues.serviceCity,
funnelServiceState: mockStateValues.serviceState,
funnelServiceZipCode: mockStateValues.serviceZipCode,
funnelParentAccountNumber: mockStateValues.parentAccountNumber,
funnelIsCoverageVerified: mockStateValues.isCoverageVerified,
funnelOrderPartNumbers: ["BACKGLASS_PN", "DRIVERGLASS_PN", "PASSENGERGLASS_PN"],
funnelOrderPartTypes: [],
funnelHasRecalibrationPart: false,
funnelSelectedMultiGlass: true,
funnelSelectedWindshieldGlass: false,
funnelSelectedBackGlass: true,
funnelSelectedDriverSideGlass: true,
funnelSelectedPassengerSideGlass: true
});
});
})

2
src/styles/common-typography-styles.scss
View file

@ -64,4 +64,4 @@ caption,
font-size: 1rem !important;
line-height: 1.4;
font-weight: 500;
}
}