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import {stringify} from "querystring";
import {ChoiceType, ConfigurationType, PatternType, QuestionType, SelectorType, ValidationType} from "@/types.ts"
import {UpkQuestion} from "@/api/models/upk-question.ts"
import {UpkQuestionType} from "@/api";
export class ProfilingAnswer {
// let values: Array<{ value: string }> = question_answer.values || []
questionId: string;
values: string[] = [];
constructor(qid: string, values: string[]) {
this.questionId = qid;
this.values = values
}
}
export class ProfilingQuestion implements UpkQuestion {
questionId: string; // It's a UUID
countryIso: string; // 2-letter lower
languageIso: string; // 3-letter lower
questionType: UpkQuestionType;
selector: SelectorType;
questionText: string; // "title" of the question
choices?: ChoiceType[];
extQuestionId?: any;
configuration: ConfigurationType | null = null;
validation: ValidationType | null = null;
importance?: any;
task_count: number;
task_score: number;
private _complete: boolean = false;
private _processing: boolean = false;
private _answer: ProfilingAnswer | null = null;
error_msg: string = "";
constructor(data) {
this.questionId = data.question_id;
this.countryIso = data.country_iso;
this.languageIso = data.language_iso;
this.questionType = data.question_type;
this.selector = data.selector;
this.questionText = data.question_text;
this.choices = data.choices
this.extQuestionId = data.ext_question_id;
this.configuration = data.configuration;
this.validation = data.validation;
}
// --- Properties ---
getType(): QuestionType {
return this.questionType as QuestionType
}
getSelector(): SelectorType {
return this.selector as SelectorType
}
getChoices(): ChoiceType[] | null {
const choices: ChoiceType[] = this.choices;
if (choices.length > 0) {
return choices;
} else {
return null;
}
}
// --- Methods ---
addAnswer(val: string): null {
val = val.trim();
switch (this.getType()) {
case "TE":
this._answer = new ProfilingAnswer(this.questionId, [val]);
break
case "MC":
let current_values: string[] = this._answer?.values
current_values.push(val)
this._answer = new ProfilingAnswer(this.questionId, current_values);
break
default:
throw new Error("Incorrect Question Type provided");
}
this.validate()
}
removeAnswer(val: string): null {
switch (this.getType()) {
// You can only remove a value from a MultiChoice
case "MC":
// TODO: implement this
// let current_values: string[] = this._answer?.values
// current_values.push(val)
// this._answer = new ProfilingAnswer(this.questionId, current_values);
break
default:
throw new Error("Incorrect Question Type provided");
}
this.validate()
}
validate(): boolean {
/*
If the question is MC, validate:
- validate selector SA vs MA (1 selected vs >1 selected)
- the answers match actual codes in the choices
- validate configuration.max_select
- validate choices.exclusive
If the question is TE, validate that:
- configuration.max_length
- validation.patterns
*/
if (this._answer == null) {
this.error_msg = "An answer is required"
return false
}
let qa: ProfilingAnswer = this._answer;
switch (this.getType()) {
case "TE":
if (qa.values.length == 0) {
this.error_msg = "An answer is required"
return false
}
if (qa.values.length > 1) {
this.error_msg = "Only one answer allowed"
return false
}
let answer: string = qa.values[0]
if (answer.length <= 0) {
this.error_msg = "Must provide answer"
return false
}
const max_length: number = (this.configuration ?? {})["max_length"] ?? 100000
if (answer.length > max_length) {
this.error_msg = "Answer longer than allowed"
return false
}
const patterns: PatternType[] = (this.validation ?? {})["patterns"] ?? []
patterns.forEach((pattern) => {
let re = new RegExp(pattern["pattern"])
if (answer.search(re) == -1) {
this.error_msg = pattern["message"]
return false
}
})
this.error_msg = ""
return true
case "MC":
// if (qa.values.length == 0) {
// this.error_msg = "MC question with no selected answers"
// return false
// }
//
// const choice_codes = map(this.getChoices().toJSON(), "choice_id")
//
// switch (this.getSelector()) {
// case "SA":
// if (qa.values.length > 1) {
// this.error_msg = "Single Answer MC question with >1 selected answers"
// return false
// }
// break
// case "MA":
// if (qa.values.length > choice_codes.length) {
// this.error_msg = "More options selected than allowed"
// return false
// }
// break
// }
//
// if (!every(qa.values, (v) => {
// return includes(choice_codes, v["value"])
// })) {
// this.error_msg = "Invalid Options Selected"
// return false
// }
//
// const max_select: number = (this.configuration ?? {})["max_select"] ?? choice_codes.length
// if (qa.values.length > max_select) {
// this.error_msg = "More options selected than allowed"
// return false
// }
/*
exclusive_choice = next((x for x in question["choices"] if x.get("exclusive")), None)
if exclusive_choice:
exclusive_choice_id = exclusive_choice["choice_id"]
assert answer == [exclusive_choice_id] or \
exclusive_choice_id not in answer, "Invalid exclusive selection"
*/
this.error_msg = ""
return true
default:
throw new Error("Incorrect Question Type provided");
}
}
// -- Database / Format --
static fromJson(json: any): ProfilingQuestion {
return new ProfilingQuestion(json);
}
save() {
let question: ProfilingQuestion = this;
// @ts-ignore
let answer: ProfilingAnswer = question._answer;
if (this._complete || this._processing) {
return
}
this._processing = true
let res = JSON.stringify({
"answers": [{
"question_id": answer.get('question_id'),
"answer": map(answer.get("values"), "value")
}]
});
$.ajax({
url: ["https://fsb.generalresearch.com", questions.BPID, "profiling-questions", ""].join("/") + "?" + stringify({"bpuid": questions.BPUID}),
xhrFields: {withCredentials: false},
processData: false,
type: "POST",
contentType: "application/json; charset=utf-8",
data: res,
success: function (data) {
channel.trigger("ProfilingQuestions:start");
},
error: function (data) {
channel.trigger("ProfilingQuestions:start");
Sentry.captureMessage("Profiling Question submission failed.");
}
});
}
}
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