natgitadm/ERitors-Scribe-Desktop
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Remove Story model handling verbal styles and linguistic properties

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- Delete `Story` model implementation including `getVerbesStyle` method and related properties.
- Cleanup unused interfaces and redundant logic from the codebase.
This commit is contained in:
natreex
2025-11-17 21:32:42 -05:00
parent baa45ac106
commit 3bc30d42ad
12 changed files with 259 additions and 1761 deletions
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48
electron/database/keyManager.ts Normal file
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@@ -0,0 +1,48 @@
import Store from 'electron-store';
/**
* Key Manager - Manages user encryption keys stored in electron-store
*/
const store = new Store({
encryptionKey: 'eritors-scribe-secure-key'
});
/**
* Get user encryption key from secure store
* @param userId - User ID
* @returns User's encryption key or null if not found
*/
export function getUserEncryptionKey(userId: string): string {
const key: string | undefined = store.get(`encryptionKey-${userId}`) as string | undefined;
if (key === undefined) {
throw new Error(`Unknown encryptionKey`);
}
return key;
}
/**
* Set user encryption key in secure store
* @param userId - User ID
* @param encryptionKey - Encryption key to store
*/
export function setUserEncryptionKey(userId: string, encryptionKey: string): void {
store.set(`encryptionKey-${userId}`, encryptionKey);
}
/**
* Check if user has an encryption key
* @param userId - User ID
* @returns True if key exists
*/
export function hasUserEncryptionKey(userId: string): boolean {
return store.has(`encryptionKey-${userId}`);
}
/**
* Delete user encryption key
* @param userId - User ID
*/
export function deleteUserEncryptionKey(userId: string): void {
store.delete(`encryptionKey-${userId}`);
}

4
electron/database/models/Chapter.ts
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@@ -203,13 +203,13 @@ export default class Chapter {
return ChapterRepo.updateChapter(userId, chapterId, encryptedTitle, hashedTitle, chapterOrder, lang); return ChapterRepo.updateChapter(userId, chapterId, encryptedTitle, hashedTitle, chapterOrder, lang);
} }
static updateChapterInfos(chapters: ActChapter[], userId: string, actId: number, bookId: string, incidentId: string | null, plotId: string | null, meta: string, lang: 'fr' | 'en' = 'fr') { static updateChapterInfos(chapters: ActChapter[], userId: string, actId: number, bookId: string, incidentId: string | null, plotId: string | null, lang: 'fr' | 'en' = 'fr') {
const userKey: string = getUserEncryptionKey(userId); const userKey: string = getUserEncryptionKey(userId);
for (const chapter of chapters) { for (const chapter of chapters) {
const summary: string = chapter.summary ? System.encryptDataWithUserKey(chapter.summary, userKey) : ''; const summary: string = chapter.summary ? System.encryptDataWithUserKey(chapter.summary, userKey) : '';
const goal: string = chapter.goal ? System.encryptDataWithUserKey(chapter.goal, userKey) : ''; const goal: string = chapter.goal ? System.encryptDataWithUserKey(chapter.goal, userKey) : '';
const chapterId: string = chapter.chapterId; const chapterId: string = chapter.chapterId;
ChapterRepo.updateChapterInfos(userId, chapterId, actId, bookId, incidentId, plotId, summary, goal, meta, lang); ChapterRepo.updateChapterInfos(userId, chapterId, actId, bookId, incidentId, plotId, summary, goal, lang);
} }
} }

83
electron/database/models/Character.ts
View File

@@ -1,6 +1,10 @@
import User from "./User"; import CharacterRepo, {
import System, {UserKey} from "./System"; AttributeResult,
import CharacterRepo, {AttributeResult, CharacterResult, CompleteCharacterResult} from "../repositories/character.repo"; CharacterResult,
CompleteCharacterResult
} from "@/electron/database/repositories/character.repository";
import System from "@/electron/database/System";
import {getUserEncryptionKey} from "../keyManager";
export type CharacterCategory = 'Main' | 'Secondary' | 'Recurring'; export type CharacterCategory = 'Main' | 'Secondary' | 'Recurring';
@@ -61,19 +65,17 @@ export interface CharacterAttribute {
values: Attribute[]; values: Attribute[];
} }
export default class Character{ export default class Character {
public static async getCharacterList(userId: string, bookId: string): Promise<CharacterProps[]> { public static getCharacterList(userId: string, bookId: string, lang: 'fr' | 'en' = 'fr'): CharacterProps[] {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const keys:UserKey[] = await System.getAllUserKeysAndVersions(userId); const characters: CharacterResult[] = CharacterRepo.fetchCharacters(userId, bookId, lang);
const characters: CharacterResult[] = await CharacterRepo.fetchCharacters(userId, bookId);
if (!characters) return []; if (!characters) return [];
if (characters.length === 0) return []; if (characters.length === 0) return [];
const characterList:CharacterProps[] = []; const characterList: CharacterProps[] = [];
for (const character of characters) { for (const character of characters) {
const userKey:string = await user.getUserKey(character.char_meta,true,keys);
characterList.push({ characterList.push({
id:character.character_id, id: character.character_id,
name:character.first_name ? System.decryptDataWithUserKey(character.first_name,userKey) : '', name: character.first_name ? System.decryptDataWithUserKey(character.first_name, userKey) : '',
lastName: character.last_name ? System.decryptDataWithUserKey(character.last_name, userKey) : '', lastName: character.last_name ? System.decryptDataWithUserKey(character.last_name, userKey) : '',
title: character.title ? System.decryptDataWithUserKey(character.title, userKey) : '', title: character.title ? System.decryptDataWithUserKey(character.title, userKey) : '',
category: character.category ? System.decryptDataWithUserKey(character.category, userKey) : '', category: character.category ? System.decryptDataWithUserKey(character.category, userKey) : '',
@@ -86,10 +88,8 @@ export default class Character{
return characterList; return characterList;
} }
public static async addNewCharacter(userId: string, character: CharacterPropsPost, bookId: string): Promise<string> { public static addNewCharacter(userId: string, character: CharacterPropsPost, bookId: string, lang: 'fr' | 'en' = 'fr'): string {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta:string = System.encryptDateKey(userId);
const userKey:string = await user.getUserKey(meta,true);
const characterId: string = System.createUniqueId(); const characterId: string = System.createUniqueId();
const encryptedName: string = System.encryptDataWithUserKey(character.name, userKey); const encryptedName: string = System.encryptDataWithUserKey(character.name, userKey);
const encryptedLastName: string = System.encryptDataWithUserKey(character.lastName, userKey); const encryptedLastName: string = System.encryptDataWithUserKey(character.lastName, userKey);
@@ -99,7 +99,7 @@ export default class Character{
const encryptedRole: string = System.encryptDataWithUserKey(character.role, userKey); const encryptedRole: string = System.encryptDataWithUserKey(character.role, userKey);
const encryptedBiography: string = System.encryptDataWithUserKey(character.biography ? character.biography : '', userKey); const encryptedBiography: string = System.encryptDataWithUserKey(character.biography ? character.biography : '', userKey);
const encryptedHistory: string = System.encryptDataWithUserKey(character.history ? character.history : '', userKey); const encryptedHistory: string = System.encryptDataWithUserKey(character.history ? character.history : '', userKey);
await CharacterRepo.addNewCharacter(userId, characterId, encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, bookId, meta); CharacterRepo.addNewCharacter(userId, characterId, encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, bookId, lang);
const attributes: string[] = Object.keys(character); const attributes: string[] = Object.keys(character);
for (const key of attributes) { for (const key of attributes) {
if (Array.isArray(character[key as keyof CharacterPropsPost])) { if (Array.isArray(character[key as keyof CharacterPropsPost])) {
@@ -108,7 +108,7 @@ export default class Character{
for (const item of array) { for (const item of array) {
const type: string = key; const type: string = key;
const name: string = item.name; const name: string = item.name;
await this.addNewAttribute(characterId, userId, type, name); this.addNewAttribute(characterId, userId, type, name, lang);
} }
} }
} }
@@ -116,10 +116,8 @@ export default class Character{
return characterId; return characterId;
} }
static async updateCharacter(userId: string, character: CharacterPropsPost): Promise<boolean> { static updateCharacter(userId: string, character: CharacterPropsPost, lang: 'fr' | 'en' = 'fr'): boolean {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
const encryptedName: string = System.encryptDataWithUserKey(character.name, userKey); const encryptedName: string = System.encryptDataWithUserKey(character.name, userKey);
const encryptedLastName: string = System.encryptDataWithUserKey(character.lastName, userKey); const encryptedLastName: string = System.encryptDataWithUserKey(character.lastName, userKey);
const encryptedTitle: string = System.encryptDataWithUserKey(character.title, userKey); const encryptedTitle: string = System.encryptDataWithUserKey(character.title, userKey);
@@ -128,33 +126,29 @@ export default class Character{
const encryptedRole: string = System.encryptDataWithUserKey(character.role, userKey); const encryptedRole: string = System.encryptDataWithUserKey(character.role, userKey);
const encryptedBiography: string = System.encryptDataWithUserKey(character.biography ? character.biography : '', userKey); const encryptedBiography: string = System.encryptDataWithUserKey(character.biography ? character.biography : '', userKey);
const encryptedHistory: string = System.encryptDataWithUserKey(character.history ? character.history : '', userKey); const encryptedHistory: string = System.encryptDataWithUserKey(character.history ? character.history : '', userKey);
return await CharacterRepo.updateCharacter(userId, character.id, encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, meta); return CharacterRepo.updateCharacter(userId, character.id, encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, lang);
} }
static async addNewAttribute(characterId: string, userId: string, type: string, name: string): Promise<string> { static addNewAttribute(characterId: string, userId: string, type: string, name: string, lang: 'fr' | 'en' = 'fr'): string {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
const attributeId: string = System.createUniqueId(); const attributeId: string = System.createUniqueId();
const encryptedType: string = System.encryptDataWithUserKey(type, userKey); const encryptedType: string = System.encryptDataWithUserKey(type, userKey);
const encryptedName: string = System.encryptDataWithUserKey(name, userKey); const encryptedName: string = System.encryptDataWithUserKey(name, userKey);
return await CharacterRepo.insertAttribute(attributeId, characterId, userId, encryptedType, encryptedName, meta); return CharacterRepo.insertAttribute(attributeId, characterId, userId, encryptedType, encryptedName, lang);
} }
static async deleteAttribute(userId: string, attributeId: string) { static deleteAttribute(userId: string, attributeId: string, lang: 'fr' | 'en' = 'fr') {
return await CharacterRepo.deleteAttribute(userId, attributeId); return CharacterRepo.deleteAttribute(userId, attributeId, lang);
} }
static async getAttributes(characterId: string, userId: string): Promise<CharacterAttribute[]> { static getAttributes(characterId: string, userId: string, lang: 'fr' | 'en' = 'fr'): CharacterAttribute[] {
const user: User = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const keys: UserKey[] = await System.getAllUserKeysAndVersions(userId); const attributes: AttributeResult[] = CharacterRepo.fetchAttributes(characterId, userId, lang);
const attributes: AttributeResult[] = await CharacterRepo.fetchAttributes(characterId, userId);
if (!attributes?.length) return []; if (!attributes?.length) return [];
const groupedMap: Map<string, Attribute[]> = new Map<string, Attribute[]>(); const groupedMap: Map<string, Attribute[]> = new Map<string, Attribute[]>();
for (const attribute of attributes) { for (const attribute of attributes) {
const userKey: string = await user.getUserKey(attribute.attr_meta, true, keys);
const type: string = System.decryptDataWithUserKey(attribute.attribute_name, userKey); const type: string = System.decryptDataWithUserKey(attribute.attribute_name, userKey);
const value: string = attribute.attribute_value ? System.decryptDataWithUserKey(attribute.attribute_value, userKey) : ''; const value: string = attribute.attribute_value ? System.decryptDataWithUserKey(attribute.attribute_value, userKey) : '';
@@ -174,15 +168,14 @@ export default class Character{
); );
} }
static async getCompleteCharacterList(userId: string, bookId: string, characters: string[]): Promise<CompleteCharacterProps[]> { static getCompleteCharacterList(userId: string, bookId: string, characters: string[], lang: 'fr' | 'en' = 'fr'): CompleteCharacterProps[] {
const characterList: CompleteCharacterResult[] = await CharacterRepo.fetchCompleteCharacters(userId, bookId, characters); const characterList: CompleteCharacterResult[] = CharacterRepo.fetchCompleteCharacters(userId, bookId, characters, lang);
if (!characterList || characterList.length === 0) { if (!characterList || characterList.length === 0) {
return []; return [];
} }
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const keys: UserKey[] = await System.getAllUserKeysAndVersions(userId);
const completeCharactersMap = new Map<string, CompleteCharacterProps>(); const completeCharactersMap = new Map<string, CompleteCharacterProps>();
for (const character of characterList) { for (const character of characterList) {
if (!character.character_id) { if (!character.character_id) {
@@ -190,10 +183,6 @@ export default class Character{
} }
if (!completeCharactersMap.has(character.character_id)) { if (!completeCharactersMap.has(character.character_id)) {
const userKey: string = await user.getUserKey(character.char_meta, true, keys);
if (!userKey) {
continue;
}
const personnageObj: CompleteCharacterProps = { const personnageObj: CompleteCharacterProps = {
id: '', id: '',
name: character.first_name ? System.decryptDataWithUserKey(character.first_name, userKey) : '', name: character.first_name ? System.decryptDataWithUserKey(character.first_name, userKey) : '',
@@ -221,13 +210,11 @@ export default class Character{
continue; continue;
} }
const rowKey: string = await user.getUserKey(character.attr_meta, true, keys); if (!personnage) {
if (!personnage || !rowKey) {
continue; continue;
} }
const decryptedName: string = System.decryptDataWithUserKey(character.attribute_name, rowKey); const decryptedName: string = System.decryptDataWithUserKey(character.attribute_name, userKey);
const decryptedValue: string = character.attribute_value ? System.decryptDataWithUserKey(character.attribute_value, rowKey) : ''; const decryptedValue: string = character.attribute_value ? System.decryptDataWithUserKey(character.attribute_value, userKey) : '';
if (Array.isArray(personnage[decryptedName])) { if (Array.isArray(personnage[decryptedName])) {
personnage[decryptedName].push({ personnage[decryptedName].push({

116
electron/database/models/Location.ts
View File

@@ -1,10 +1,10 @@
import User from "./User";
import System, {UserKey} from "./System";
import LocationRepo, { import LocationRepo, {
LocationByTagResult, LocationByTagResult,
LocationElementQueryResult, LocationElementQueryResult,
LocationQueryResult LocationQueryResult
} from "../repositories/location.repo"; } from "@/electron/database/repositories/location.repository";
import System from "@/electron/database/System";
import {getUserEncryptionKey} from "../keyManager";
export interface SubElement { export interface SubElement {
id: string; id: string;
@@ -30,14 +30,13 @@ export default class Location {
* Récupère toutes les locations pour un utilisateur et un livre donnés. * Récupère toutes les locations pour un utilisateur et un livre donnés.
* @param {string} userId - L'ID de l'utilisateur. * @param {string} userId - L'ID de l'utilisateur.
* @param {string} bookId - L'ID du livre. * @param {string} bookId - L'ID du livre.
* @returns {Promise<LocationProps[]>} - Une promesse qui résout un tableau de propriétés de location. * @returns {LocationProps[]} - Un tableau de propriétés de location.
* @throws {Error} - Lance une erreur si une exception se produit lors de la récupération des locations. * @throws {Error} - Lance une erreur si une exception se produit lors de la récupération des locations.
*/ */
static async getAllLocations(userId: string, bookId: string): Promise<LocationProps[]> { static getAllLocations(userId: string, bookId: string, lang: 'fr' | 'en' = 'fr'): LocationProps[] {
const locations: LocationQueryResult[] = await LocationRepo.getLocation(userId, bookId); const locations: LocationQueryResult[] = LocationRepo.getLocation(userId, bookId, lang);
if (!locations || locations.length === 0) return []; if (!locations || locations.length === 0) return [];
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const userKeys: UserKey[] = await System.getAllUserKeysAndVersions(userId);
const locationArray: LocationProps[] = []; const locationArray: LocationProps[] = [];
@@ -45,8 +44,7 @@ export default class Location {
let location = locationArray.find(loc => loc.id === record.loc_id); let location = locationArray.find(loc => loc.id === record.loc_id);
if (!location) { if (!location) {
const key: string = await user.getUserKey(record.loc_meta, true, userKeys); const decryptedName: string = System.decryptDataWithUserKey(record.loc_name, userKey);
const decryptedName: string = System.decryptDataWithUserKey(record.loc_name, key)/* ton code de décryptage ici avec record.loc_name */;
location = { location = {
id: record.loc_id, id: record.loc_id,
name: decryptedName, name: decryptedName,
@@ -58,9 +56,8 @@ export default class Location {
if (record.element_id) { if (record.element_id) {
let element = location.elements.find(elem => elem.id === record.element_id); let element = location.elements.find(elem => elem.id === record.element_id);
if (!element) { if (!element) {
const key: string = await user.getUserKey(record.element_meta, true, userKeys); const decryptedName: string = System.decryptDataWithUserKey(record.element_name, userKey);
const decryptedName: string = System.decryptDataWithUserKey(record.element_name, key)/* ton code de décryptage ici avec record.element_name */; const decryptedDesc: string = record.element_description ? System.decryptDataWithUserKey(record.element_description, userKey) : '';
const decryptedDesc: string = record.element_description ? System.decryptDataWithUserKey(record.element_description, key) : ''/* ton code de décryptage ici avec record.element_description */;
element = { element = {
id: record.element_id, id: record.element_id,
@@ -75,9 +72,8 @@ export default class Location {
const subElementExists = element.subElements.some(sub => sub.id === record.sub_element_id); const subElementExists = element.subElements.some(sub => sub.id === record.sub_element_id);
if (!subElementExists) { if (!subElementExists) {
const key: string = await user.getUserKey(record.sub_elem_meta, true, userKeys); const decryptedName: string = System.decryptDataWithUserKey(record.sub_elem_name, userKey);
const decryptedName: string = System.decryptDataWithUserKey(record.sub_elem_name, key)/* ton code de décryptage ici avec record.sub_elem_name */; const decryptedDesc: string = record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, userKey) : '';
const decryptedDesc: string = record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, key) : ''/* ton code de décryptage ici avec record.sub_elem_description */;
element.subElements.push({ element.subElements.push({
@@ -92,81 +88,72 @@ export default class Location {
return locationArray; return locationArray;
} }
static async addLocationSection(userId: string, locationName: string, bookId: string): Promise<string> { static addLocationSection(userId: string, locationName: string, bookId: string, lang: 'fr' | 'en' = 'fr'): string {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
const originalName: string = System.hashElement(locationName); const originalName: string = System.hashElement(locationName);
const encryptedName: string = System.encryptDataWithUserKey(locationName, userKey); const encryptedName: string = System.encryptDataWithUserKey(locationName, userKey);
const locationId: string = System.createUniqueId(); const locationId: string = System.createUniqueId();
return await LocationRepo.insertLocation(userId, locationId, bookId, encryptedName, originalName, meta); return LocationRepo.insertLocation(userId, locationId, bookId, encryptedName, originalName, lang);
} }
static async addLocationElement(userId: string, locationId: string, elementName: string) { static addLocationElement(userId: string, locationId: string, elementName: string, lang: 'fr' | 'en' = 'fr') {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
const originalName: string = System.hashElement(elementName); const originalName: string = System.hashElement(elementName);
const encryptedName: string = System.encryptDataWithUserKey(elementName, userKey); const encryptedName: string = System.encryptDataWithUserKey(elementName, userKey);
const elementId: string = System.createUniqueId(); const elementId: string = System.createUniqueId();
return LocationRepo.insertLocationElement(userId, elementId, locationId, encryptedName, originalName, meta) return LocationRepo.insertLocationElement(userId, elementId, locationId, encryptedName, originalName, lang)
} }
static async addLocationSubElement(userId: string, elementId: string, subElementName: string) { static addLocationSubElement(userId: string, elementId: string, subElementName: string, lang: 'fr' | 'en' = 'fr') {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
const originalName: string = System.hashElement(subElementName); const originalName: string = System.hashElement(subElementName);
const encryptedName: string = System.encryptDataWithUserKey(subElementName, userKey); const encryptedName: string = System.encryptDataWithUserKey(subElementName, userKey);
const subElementId: string = System.createUniqueId(); const subElementId: string = System.createUniqueId();
return LocationRepo.insertLocationSubElement(userId, subElementId, elementId, encryptedName, originalName, meta) return LocationRepo.insertLocationSubElement(userId, subElementId, elementId, encryptedName, originalName, lang)
} }
static async updateLocationSection(userId: string, locations: LocationProps[]) { static updateLocationSection(userId: string, locations: LocationProps[], lang: 'fr' | 'en' = 'fr') {
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta, true);
for (const location of locations) { for (const location of locations) {
const originalName: string = System.hashElement(location.name); const originalName: string = System.hashElement(location.name);
const encryptedName: string = System.encryptDataWithUserKey(location.name, userKey); const encryptedName: string = System.encryptDataWithUserKey(location.name, userKey);
await LocationRepo.updateLocationSection(userId, location.id, encryptedName, originalName, meta) LocationRepo.updateLocationSection(userId, location.id, encryptedName, originalName, lang)
for (const element of location.elements) { for (const element of location.elements) {
const originalName: string = System.hashElement(element.name); const originalName: string = System.hashElement(element.name);
const encryptedName: string = System.encryptDataWithUserKey(element.name, userKey); const encryptedName: string = System.encryptDataWithUserKey(element.name, userKey);
const encryptDescription: string = element.description ? System.encryptDataWithUserKey(element.description, userKey) : ''; const encryptDescription: string = element.description ? System.encryptDataWithUserKey(element.description, userKey) : '';
await LocationRepo.updateLocationElement(userId, element.id, encryptedName, originalName, encryptDescription, meta) LocationRepo.updateLocationElement(userId, element.id, encryptedName, originalName, encryptDescription, lang)
for (const subElement of element.subElements) { for (const subElement of element.subElements) {
const originalName: string = System.hashElement(subElement.name); const originalName: string = System.hashElement(subElement.name);
const encryptedName: string = System.encryptDataWithUserKey(subElement.name, userKey); const encryptedName: string = System.encryptDataWithUserKey(subElement.name, userKey);
const encryptDescription: string = subElement.description ? System.encryptDataWithUserKey(subElement.description, userKey) : ''; const encryptDescription: string = subElement.description ? System.encryptDataWithUserKey(subElement.description, userKey) : '';
await LocationRepo.updateLocationSubElement(userId, subElement.id, encryptedName, originalName, encryptDescription, meta) LocationRepo.updateLocationSubElement(userId, subElement.id, encryptedName, originalName, encryptDescription, lang)
} }
} }
} }
return { return {
valid: true, valid: true,
message: 'Les sections ont été mis à jour.' message: lang === 'fr' ? 'Les sections ont été mis à jour.' : 'Sections have been updated.'
} }
} }
static async deleteLocationSection(userId: string, locationId: string) { static deleteLocationSection(userId: string, locationId: string, lang: 'fr' | 'en' = 'fr') {
return LocationRepo.deleteLocationSection(userId, locationId); return LocationRepo.deleteLocationSection(userId, locationId, lang);
} }
static async deleteLocationElement(userId: string, elementId: string) { static deleteLocationElement(userId: string, elementId: string, lang: 'fr' | 'en' = 'fr') {
return LocationRepo.deleteLocationElement(userId, elementId); return LocationRepo.deleteLocationElement(userId, elementId, lang);
} }
static async deleteLocationSubElement(userId: string, subElementId: string) { static deleteLocationSubElement(userId: string, subElementId: string, lang: 'fr' | 'en' = 'fr') {
return LocationRepo.deleteLocationSubElement(userId, subElementId); return LocationRepo.deleteLocationSubElement(userId, subElementId, lang);
} }
static async getLocationTags(userId: string, bookId: string): Promise<SubElement[]> { static getLocationTags(userId: string, bookId: string, lang: 'fr' | 'en' = 'fr'): SubElement[] {
const data: LocationElementQueryResult[] = await LocationRepo.fetchLocationTags(userId, bookId); const data: LocationElementQueryResult[] = LocationRepo.fetchLocationTags(userId, bookId, lang);
if (!data || data.length === 0) return []; if (!data || data.length === 0) return [];
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const userKeys: UserKey[] = await System.getAllUserKeysAndVersions(userId);
const elementCounts = new Map<string, number>(); const elementCounts = new Map<string, number>();
data.forEach((record: LocationElementQueryResult): void => { data.forEach((record: LocationElementQueryResult): void => {
@@ -182,21 +169,19 @@ export default class Location {
if (elementCount > 1 && record.sub_element_id) { if (elementCount > 1 && record.sub_element_id) {
if (processedIds.has(record.sub_element_id)) continue; if (processedIds.has(record.sub_element_id)) continue;
const key: string = await user.getUserKey(record.sub_elem_meta, true, userKeys);
subElements.push({ subElements.push({
id: record.sub_element_id, id: record.sub_element_id,
name: System.decryptDataWithUserKey(record.sub_elem_name, key), name: System.decryptDataWithUserKey(record.sub_elem_name, userKey),
description: record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, key) : '' description: record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, userKey) : ''
}); });
processedIds.add(record.sub_element_id); processedIds.add(record.sub_element_id);
} else if (elementCount === 1 && !record.sub_element_id) { } else if (elementCount === 1 && !record.sub_element_id) {
if (processedIds.has(record.element_id)) continue; if (processedIds.has(record.element_id)) continue;
const key: string = await user.getUserKey(record.element_meta, true, userKeys);
subElements.push({ subElements.push({
id: record.element_id, id: record.element_id,
name: System.decryptDataWithUserKey(record.element_name, key), name: System.decryptDataWithUserKey(record.element_name, userKey),
description: record.element_description ? System.decryptDataWithUserKey(record.element_description, key) : '' description: record.element_description ? System.decryptDataWithUserKey(record.element_description, userKey) : ''
}); });
processedIds.add(record.element_id); processedIds.add(record.element_id);
} }
@@ -204,20 +189,18 @@ export default class Location {
return subElements; return subElements;
} }
static async getLocationsByTags(userId: string, locations: string[]): Promise<Element[]> { static getLocationsByTags(userId: string, locations: string[], lang: 'fr' | 'en' = 'fr'): Element[] {
const locationsTags: LocationByTagResult[] = await LocationRepo.fetchLocationsByTags(userId, locations); const locationsTags: LocationByTagResult[] = LocationRepo.fetchLocationsByTags(userId, locations, lang);
if (!locationsTags || locationsTags.length === 0) return []; if (!locationsTags || locationsTags.length === 0) return [];
const user = new User(userId); const userKey: string = getUserEncryptionKey(userId);
const userKeys: UserKey[] = await System.getAllUserKeysAndVersions(userId);
const locationTags: Element[] = []; const locationTags: Element[] = [];
for (const record of locationsTags) { for (const record of locationsTags) {
let element: Element | undefined = locationTags.find((elem: Element): boolean => elem.name === record.element_name); let element: Element | undefined = locationTags.find((elem: Element): boolean => elem.name === record.element_name);
if (!element) { if (!element) {
const key: string = await user.getUserKey(record.element_meta, true, userKeys); const decryptedName: string = System.decryptDataWithUserKey(record.element_name, userKey);
const decryptedName: string = System.decryptDataWithUserKey(record.element_name, key); const decryptedDesc: string = record.element_description ? System.decryptDataWithUserKey(record.element_description, userKey) : '';
const decryptedDesc: string = record.element_description ? System.decryptDataWithUserKey(record.element_description, key) : '';
element = { element = {
id: record.element_id, id: '',
name: decryptedName, name: decryptedName,
description: decryptedDesc, description: decryptedDesc,
subElements: [] subElements: []
@@ -227,9 +210,8 @@ export default class Location {
if (record.sub_elem_name) { if (record.sub_elem_name) {
const subElementExists: boolean = element.subElements.some(sub => sub.name === record.sub_elem_name); const subElementExists: boolean = element.subElements.some(sub => sub.name === record.sub_elem_name);
if (!subElementExists) { if (!subElementExists) {
const key: string = await user.getUserKey(record.sub_elem_meta, true, userKeys); const decryptedName: string = System.decryptDataWithUserKey(record.sub_elem_name, userKey);
const decryptedName: string = System.decryptDataWithUserKey(record.sub_elem_name, key); const decryptedDesc: string = record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, userKey) : '';
const decryptedDesc: string = record.sub_elem_description ? System.decryptDataWithUserKey(record.sub_elem_description, key) : '';
element.subElements.push({ element.subElements.push({
id: '', id: '',
name: decryptedName, name: decryptedName,
@@ -241,7 +223,7 @@ export default class Location {
return locationTags; return locationTags;
} }
static async locationsDescription(locations: Element[]): Promise<string> { static locationsDescription(locations: Element[]): string {
return locations.map((location: Element): string => { return locations.map((location: Element): string => {
const fields: string[] = []; const fields: string[] = [];
if (location.name) fields.push(`Nom : ${location.name}`); if (location.name) fields.push(`Nom : ${location.name}`);

712
electron/database/models/Story.ts
View File

@@ -1,712 +0,0 @@
export interface VerbalTimeProps{
actions: string;
descriptions: string;
dialogues: string;
thoughts: string;
summary: string;
}
export interface DialogueProps{
description: string;
example: string;
}
export default class Story {
constructor() {}
static getVerbesStyle(verbalTimeValue: number, level: number, lang: "fr" | "en"): VerbalTimeProps {
switch (verbalTimeValue) {
case 1: // Passé Simple / Simple Past
return {
actions: level === 1
? (lang === "fr" ? 'Passé composé' : 'Past perfect')
: level === 2
? (lang === "fr" ? 'Passé simple' : 'Simple past')
: (lang === "fr" ? 'Passé simple + passé antérieur' : 'Simple past + past perfect'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + plus-que-parfait' : 'Imperfect + pluperfect'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé composé' : 'Present + present perfect'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Plus-que-parfait + subjonctif passé' : 'Pluperfect + past subjunctive'),
summary: lang === "fr" ? '→ Narrations épurées, style classique' : '→ Clean narratives, classical style',
};
case 2: // Passé Immédiat / Immediate Past
return {
actions: level === 1
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Passé composé + présent' : 'Present perfect + present'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + participe passé' : 'Imperfect + past participle'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé composé' : 'Present + present perfect'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé composé' : 'Present + present perfect'),
summary: lang === "fr" ? '→ Témoignages, récits autobiographiques' : '→ Testimonies, autobiographical narratives',
};
case 3: // Passé Profond / Deep Past
return {
actions: level === 1
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Passé antérieur' : 'Past anterior'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Plus-que-parfait + conditionnel passé' : 'Pluperfect + past conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect'),
thoughts: level === 1
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Plus-que-parfait + subjonctif passé' : 'Pluperfect + past subjunctive'),
summary: lang === "fr" ? '→ Flashbacks littéraires, tragédies' : '→ Literary flashbacks, tragedies',
};
case 4: // Présent Brut / Raw Present
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + participe présent' : 'Present + present participle'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + adjectifs' : 'Present + adjectives'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + impératif' : 'Present + imperative'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + infinitif' : 'Present + infinitive'),
summary: lang === "fr" ? '→ Urgence, immersion totale' : '→ Urgency, total immersion',
};
case 5: // Présent Réflexif / Reflective Present
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + gérondif' : 'Present + gerund'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + adjectifs' : 'Present + adjectives')
: (lang === "fr" ? 'Présent + métaphores' : 'Present + metaphors'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + style indirect libre' : 'Present + free indirect style'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + subjonctif présent' : 'Present + present subjunctive'),
summary: lang === "fr" ? '→ Méditations philosophiques' : '→ Philosophical meditations',
};
case 6: // Futur Projeté / Projected Future
return {
actions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
descriptions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
dialogues: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur simple + conditionnel' : 'Simple future + conditional'),
thoughts: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
summary: lang === "fr" ? '→ Prophéties, plans stratégiques' : '→ Prophecies, strategic plans',
};
case 7: // Futur Catastrophe / Catastrophic Future
return {
actions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
descriptions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur + conditionnel' : 'Future perfect + conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur simple + impératif' : 'Simple future + imperative'),
thoughts: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Conditionnel présent' : 'Present conditional'),
summary: lang === "fr" ? '→ Dystopies, récits post-apocalyptiques' : '→ Dystopias, post-apocalyptic narratives',
};
case 8: // Imparfait Onirique / Dreamlike Imperfect
return {
actions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + conditionnel présent' : 'Imperfect + present conditional'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + conditionnel présent' : 'Imperfect + present conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + conditionnel présent' : 'Imperfect + present conditional'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + subjonctif présent' : 'Imperfect + present subjunctive'),
summary: lang === "fr" ? '→ Rêves, souvenirs déformés' : '→ Dreams, distorted memories',
};
case 9: // Conditionnel Hypothétique / Hypothetical Conditional
return {
actions: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
descriptions: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel présent + subjonctif' : 'Present conditional + subjunctive'),
thoughts: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
summary: lang === "fr" ? '→ Uchronies, réalités alternatives' : '→ Alternate histories, alternative realities',
};
case 10: // Subjonctif Angoissé / Anxious Subjunctive
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + subjonctif présent' : 'Present + present subjunctive'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + subjonctif présent' : 'Present + present subjunctive'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + interjections' : 'Present + interjections')
: (lang === "fr" ? 'Présent + subjonctif présent' : 'Present + present subjunctive'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Subjonctif présent' : 'Present subjunctive'),
summary: lang === "fr" ? '→ Drames psychologiques, dilemmes' : '→ Psychological dramas, dilemmas',
};
case 11: // Mélancolie Composée / Compound Melancholy
return {
actions: level === 1
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Passé composé + plus-que-parfait' : 'Present perfect + pluperfect'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + conditionnel passé' : 'Imperfect + past conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Plus-que-parfait + conditionnel passé' : 'Pluperfect + past conditional'),
summary: lang === "fr" ? '→ Regrets, introspection nostalgique' : '→ Regrets, nostalgic introspection',
};
case 12: // Urgence Narrative / Narrative Urgency
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + participe présent' : 'Present + present participle'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + adjectifs courts' : 'Present + short adjectives'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + impératif' : 'Present + imperative')
: (lang === "fr" ? 'Impératif + présent' : 'Imperative + present'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + infinitif' : 'Present + infinitive'),
summary: lang === "fr" ? '→ Crise en cours, compte à rebours' : '→ Ongoing crisis, countdown',
};
case 13: // Présent Émotionnel / Emotional Present
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + participe présent' : 'Present + present participle'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + adjectifs' : 'Present + adjectives')
: (lang === "fr" ? 'Présent + adjectifs expressifs' : 'Present + expressive adjectives'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + interjections' : 'Present + interjections')
: (lang === "fr" ? 'Présent + style expressif' : 'Present + expressive style'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + exclamations' : 'Present + exclamations'),
summary: lang === "fr" ? '→ Émotions intenses, introspections vives' : '→ Intense emotions, vivid introspections',
};
case 14: // Présent Introspectif / Introspective Present
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + gérondif' : 'Present + gerund'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent + adjectifs' : 'Present + adjectives')
: (lang === "fr" ? 'Présent + métaphores' : 'Present + metaphors'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Style indirect libre' : 'Free indirect style'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + subjonctif présent' : 'Present + present subjunctive'),
summary: lang === "fr" ? '→ Réflexions profondes, analyse des émotions' : '→ Deep reflections, emotional analysis',
};
case 15: // Présent Historique / Historical Present
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé simple' : 'Present + simple past'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + imparfait' : 'Present + imperfect'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé composé' : 'Present + present perfect'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + plus-que-parfait' : 'Present + pluperfect'),
summary: lang === "fr" ? '→ Histoires historiques avec intensité immédiate' : '→ Historical stories with immediate intensity',
};
case 16: // Passé Réflexif / Reflective Past
return {
actions: level === 1
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Passé composé + plus-que-parfait' : 'Present perfect + pluperfect'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + conditionnel passé' : 'Imperfect + past conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: (lang === "fr" ? 'Style indirect libre' : 'Free indirect style'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + subjonctif passé' : 'Imperfect + past subjunctive'),
summary: lang === "fr" ? '→ Récits introspectifs, auto-analyse' : '→ Introspective narratives, self-analysis',
};
case 17: // Futur Prophétique / Prophetic Future
return {
actions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
descriptions: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
dialogues: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur simple + présent gnomique' : 'Simple future + gnomic present'),
thoughts: level === 1
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: level === 2
? (lang === "fr" ? 'Futur simple' : 'Simple future')
: (lang === "fr" ? 'Futur antérieur' : 'Future perfect'),
summary: lang === "fr" ? '→ Prophéties, visions apocalyptiques' : '→ Prophecies, apocalyptic visions',
};
case 18: // Conditionnel Visionnaire / Visionary Conditional
return {
actions: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
descriptions: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel présent + subjonctif' : 'Present conditional + subjunctive'),
thoughts: level === 1
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: level === 2
? (lang === "fr" ? 'Conditionnel présent' : 'Present conditional')
: (lang === "fr" ? 'Conditionnel passé' : 'Past conditional'),
summary: lang === "fr" ? '→ Mondes parallèles, uchronies' : '→ Parallel worlds, alternate histories',
};
case 19: // Imparfait Poétique / Poetic Imperfect
return {
actions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + participe présent' : 'Imperfect + present participle'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait + adjectifs' : 'Imperfect + adjectives')
: (lang === "fr" ? 'Imparfait + métaphores' : 'Imperfect + metaphors'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Style poétique libre' : 'Free poetic style'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + subjonctif présent' : 'Imperfect + present subjunctive'),
summary: lang === "fr" ? '→ Lyrisme, poésie narrative' : '→ Lyricism, narrative poetry',
};
case 20: // Second Person Narrative / Narration à la deuxième personne
return {
actions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + imparfait' : 'Present + imperfect'),
descriptions: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + conditionnel présent' : 'Present + present conditional'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + style direct' : 'Present + direct style'),
thoughts: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + conditionnel présent' : 'Present + present conditional'),
summary: lang === "fr" ? '→ Immersion totale, récits interactifs' : '→ Total immersion, interactive narratives',
};
default:
return {
actions: level === 1
? (lang === "fr" ? 'Passé composé' : 'Present perfect')
: level === 2
? (lang === "fr" ? 'Passé simple' : 'Simple past')
: (lang === "fr" ? 'Passé simple + passé antérieur' : 'Simple past + past perfect'),
descriptions: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: (lang === "fr" ? 'Imparfait + plus-que-parfait' : 'Imperfect + pluperfect'),
dialogues: level === 1
? (lang === "fr" ? 'Présent' : 'Present')
: level === 2
? (lang === "fr" ? 'Présent' : 'Present')
: (lang === "fr" ? 'Présent + passé composé' : 'Present + present perfect'),
thoughts: level === 1
? (lang === "fr" ? 'Imparfait' : 'Imperfect')
: level === 2
? (lang === "fr" ? 'Plus-que-parfait' : 'Pluperfect')
: (lang === "fr" ? 'Plus-que-parfait + subjonctif passé' : 'Pluperfect + past subjunctive'),
summary: lang === "fr" ? '→ Narrations épurées, style classique' : '→ Clean narratives, classical style',
};
}
}
static getDialogueType(value: number, level: number, lang: "fr" | "en"): string {
if (lang === "fr") {
// Version française existante
if (level === 1 /* Débutant - Secondaire 5 */) {
switch (value) {
case 1:
return 'Dialogue direct - Paroles exactes (ex: "Je t\'aime !")';
case 2:
return 'Dialogue indirect - Résumé par le narrateur (ex: Il dit qu\'il m\'aime)';
default:
return 'Dialogue direct';
}
} else if (level === 2 /* Intermédiaire - Collégial */) {
switch (value) {
case 1:
return 'Dialogue direct';
case 2:
return 'Dialogue indirect';
case 3:
return 'Dialogue mixte (ex: "Je t\'aime" dit-il, puis explique ses sentiments)';
default:
return 'Dialogue direct';
}
} else if (level === 3 /* Avancé - Universitaire/Littéraire */) {
switch (value) {
case 1:
return 'Dialogue direct';
case 2:
return 'Dialogue indirect';
case 3:
return 'Dialogue mixte';
case 4:
return 'Monologue intérieur (ex: *Je ne peux pas le perdre...*)';
default:
return 'Dialogue direct';
}
}
} else if (lang === "en") {
// Version anglaise canadienne
if (level === 1 /* Beginner - Grade 12 level */) {
switch (value) {
case 1:
return 'Direct dialogue - Exact words (e.g., "I love you!")';
case 2:
return 'Indirect dialogue - Summarized by narrator (e.g., He said that he loved me)';
default:
return 'Direct dialogue';
}
} else if (level === 2 /* Intermediate - College level */) {
switch (value) {
case 1:
return 'Direct dialogue';
case 2:
return 'Indirect dialogue';
case 3:
return 'Mixed dialogue (e.g., "I love you," he said, then explained his feelings)';
default:
return 'Direct dialogue';
}
} else if (level === 3 /* Advanced - University/Literary level */) {
switch (value) {
case 1:
return 'Direct dialogue';
case 2:
return 'Indirect dialogue';
case 3:
return 'Mixed dialogue';
case 4:
return 'Interior monologue (e.g., *I cannot lose him...*)';
default:
return 'Direct dialogue';
}
}
}
return lang === "fr" ? 'Dialogue direct' : 'Direct dialogue';
}
static getLanguage(value: number): string {
switch (value) {
case 1: // Français Canada
return 'Français Canada';
case 2: // Français France
return 'Français France';
case 3: // Français Québécois
return 'Français Québécois';
case 4: // Anglais
return 'English Canada';
default:
return 'Français Canada';
}
}
static getFormat(value: number): string {
switch (value) {
case 1: // Français Canada (espace fine « texte »)
case 3: // Français Québécois
return '«dialogue» - avec guillemet - [Espace fine insécable]';
case 2: // Français France
return '« dialogue » - avec guillemet - [Espace insécable standard]';
case 4: // Anglais
return `"dialogue" - or with a dash - [No space]`;
default:
return 'Format : « dialogue » - avec guillemet - [Espace fine insécable]';
}
}
static getNarrativePerson(value: number, level: number, lang: "fr" | "en"): string {
if (level === 1) {
switch (value) {
case 1:
return lang === "fr" ? 'Première personne (Je acteur)' : 'First Person (I as actor)';
case 3:
return lang === "fr" ? 'Troisième omnisciente - Narration globale' : 'Third Person Omniscient - Global narration';
default:
return 'Première personne';
}
} else if (level === 2) {
switch (value) {
case 1:
return lang === "fr" ? 'Première personne (Je acteur)' : 'First Person (I as actor)';
case 2:
return lang === "fr" ? 'Première personne (Je témoin) - Observateur' : 'First Person (I as witness) - Observer';
case 3:
return lang === "fr" ? 'Troisième omnisciente' : 'Third Person Omniscient';
case 4:
return lang === "fr" ? 'Troisième limitée - Focus sur un personnage' : 'Third Person Limited - Focus on a character';
default:
return 'Première personne';
}
} else if (level === 3) {
switch (value) {
case 1:
return lang === "fr" ? 'Première personne (Je acteur)' : 'First Person (I as actor)';
case 2:
return lang === "fr" ? 'Première personne (Je témoin) - Observateur' : 'First Person (I as witness) - Observer';
case 3:
return lang === "fr" ? 'Troisième omnisciente' : 'Third Person Omniscient';
case 4:
return lang === "fr" ? 'Troisième limitée - Focus sur un personnage' : 'Third Person Limited - Focus on a character';
case 5:
return lang === "fr" ? 'Deuxième personne (Tu) - Immersion forte' : 'Second Person (You) - Strong immersion';
case 6:
return lang === "fr" ? 'Nous collectif - Voix chorale' : 'We Collective - Choral voice';
default:
return lang === "fr" ? 'Troisième omnisciente' : 'Third Person Omniscient';
}
}
return 'Première personne';
}
static getStoryState(value: number): string {
switch (value) {
case 0:
return 'Continue à partir de la mise en contexte avec cela :';
case 1:
return 'Débutons le chapitre avec :';
case 2:
return 'Continue à partir de la mise en contexte et ferme le chapitre avec :';
case 3:
return `Commençons le l'histoire avec :`;
case 4:
return 'Terminons l\'histoire avec :';
default:
return 'Continue à partir de la mise en contexte avec cela :';
}
}
}

763
electron/database/models/User.ts
View File

@@ -1,42 +1,7 @@
import UserRepo, { import UserRepo, {UserAccountQuery, UserInfosQueryResponse} from "@/electron/database/repositories/user.repository";
BasicUserCredentials, import System from "@/electron/database/System";
GuideTourResult, import Book, {BookProps} from "@/electron/database/models/Book";
PasswordResponse, import {getUserEncryptionKey} from "@/electron/database/keyManager";
TOTPQuery,
UserAccountQuery,
UserAiUsageResult,
UserAPIKeyResult,
UserInfosQueryResponse,
UserQueryResponse,
UserSubscription
} from "../repositories/user.repo";
import {FetchQueryResponse} from "../../config/SharedInterface";
import System, {EncryptedKey, EncryptedUserKey, UserKey} from "./System";
import {FastifyInstance} from "fastify";
import EmailTemplate from "./EmailTemplate";
import path from "path";
import fs from "fs";
import {Secret, TOTP} from "otpauth";
import Book, {BookProps} from "./Book";
import {JWT} from "@fastify/jwt";
import {AIBrand} from "./AI";
import {ConflictError, NotFoundError} from "../error";
import {getLanguage} from "../context";
import Subscription, { SubscriptionInfo } from "./Subscription";
export type UserLanguage = 'fr' | 'en';
export interface LoginData{
valid:boolean;
token?:string;
id?:string;
message?:string;
}
export interface UserAPIKey {
brand: AIBrand,
key: string;
}
interface UserAccount{ interface UserAccount{
firstName:string; firstName:string;
@@ -46,29 +11,10 @@ interface UserAccount{
email:string; email:string;
} }
export interface TOTPData{
totpCode:string;
}
export interface GuideTour { export interface GuideTour {
[key: string]: boolean; [key: string]: boolean;
} }
export interface UserSubscriptionProps {
userId: string;
subType: string;
subTier: number;
startDate: string;
endDate: string;
status: number;
}
interface UserSubscriptionInfo {
subType: string;
subTier: number;
status: boolean;
}
export default class User{ export default class User{
private readonly id:string; private readonly id:string;
@@ -76,14 +22,9 @@ export default class User{
private lastName: string; private lastName: string;
private username: string; private username: string;
private email: string; private email: string;
private platform: string;
private accountVerified: boolean; private accountVerified: boolean;
private authorName: string; private authorName: string;
private writingLang: number;
private writingLevel: number;
private ritePoints: number;
private groupId: number; private groupId: number;
private balancedCredits: number;
private termsAccepted: boolean; private termsAccepted: boolean;
constructor(id:string){ constructor(id:string){
@@ -92,64 +33,30 @@ export default class User{
this.lastName = ''; this.lastName = '';
this.username = ''; this.username = '';
this.email = ''; this.email = '';
this.platform = '';
this.accountVerified = false; this.accountVerified = false;
this.authorName = ''; this.authorName = '';
this.writingLang = 0;
this.writingLevel = 1;
this.ritePoints = 0;
this.groupId = 0; this.groupId = 0;
this.balancedCredits = 0;
this.termsAccepted = false; this.termsAccepted = false;
} }
public async getUserInfos(): Promise<void> { public async getUserInfos(): Promise<void> {
const data: UserInfosQueryResponse = await UserRepo.fetchUserInfos(this.id); const data: UserInfosQueryResponse = UserRepo.fetchUserInfos(this.id);
const userKey: string = await this.getUserKey(data.user_meta); const userKey:string = getUserEncryptionKey(this.id)
this.firstName = System.decryptDataWithUserKey(data.first_name, userKey); this.firstName = System.decryptDataWithUserKey(data.first_name, userKey);
this.lastName = System.decryptDataWithUserKey(data.last_name, userKey); this.lastName = System.decryptDataWithUserKey(data.last_name, userKey);
this.username = System.decryptDataWithUserKey(data.username, userKey); this.username = System.decryptDataWithUserKey(data.username, userKey);
this.email = System.decryptDataWithUserKey(data.email, userKey); this.email = System.decryptDataWithUserKey(data.email, userKey);
this.platform = data.plateform;
this.accountVerified = data.account_verified === 1; this.accountVerified = data.account_verified === 1;
this.authorName = data.author_name ? System.decryptDataWithUserKey(data.author_name, userKey) : ''; this.authorName = data.author_name ? System.decryptDataWithUserKey(data.author_name, userKey) : '';
this.writingLang = data.writing_lang ? data.writing_lang : 1;
this.writingLevel = data.writing_level ? data.writing_level : 1;
this.groupId = data.user_group ? data.user_group : 0; this.groupId = data.user_group ? data.user_group : 0;
this.ritePoints = data.rite_points ? data.rite_points : 0;
this.balancedCredits = data.credits_balance ? data.credits_balance : 0;
this.termsAccepted = data.term_accepted === 1; this.termsAccepted = data.term_accepted === 1;
} }
public static async returnUserInfos(userId: string, plateforme: string) { public static async returnUserInfos(userId: string) {
const user: User = new User(userId); const user: User = new User(userId);
await user.getUserInfos(); await user.getUserInfos();
const books: BookProps[] = await Book.getBooks(userId); const books: BookProps[] = await Book.getBooks(userId);
const guideTourResult: GuideTourResult[] = await UserRepo.fetchGuideTour(userId, plateforme);
const guideTour: GuideTour[] = []; const guideTour: GuideTour[] = [];
const requestSubscription: UserSubscriptionProps[] = await User.getSubscription(userId);
const userSubscriptions:SubscriptionInfo = await Subscription.getSubscriptionInfo(userId);
const requestKeys: UserAPIKey[] = await User.getAPIKey(userId);
let moneySpentThisMonth: number = 0;
if (requestKeys.length > 0) {
moneySpentThisMonth = await User.moneySpentThisMonth(userId)
}
const subscriptions: UserSubscriptionInfo[] = [];
for (const userSubscriptionProp of requestSubscription) {
subscriptions.push({
subType: userSubscriptionProp.subType,
subTier: userSubscriptionProp.subTier,
status: userSubscriptionProp.status === 1
});
}
if (guideTourResult) {
guideTourResult.forEach((tour: GuideTourResult): void => {
guideTour.push({
[tour.step_tour]: true
});
});
}
return { return {
id: user.getId(), id: user.getId(),
name: user.getFirstName(), name: user.getFirstName(),
@@ -158,26 +65,9 @@ export default class User{
email: user.getEmail(), email: user.getEmail(),
accountVerified: user.isAccountVerified(), accountVerified: user.isAccountVerified(),
authorName: user.getAuthorName(), authorName: user.getAuthorName(),
writingLang: user.getWritingLang(),
writingLevel: user.getWritingLevel(),
ritePoints: user.getRitePoints(),
groupId: user.getGroupId(), groupId: user.getGroupId(),
termsAccepted: user.isTermsAccepted(), termsAccepted: user.isTermsAccepted(),
guideTour: guideTour, guideTour: guideTour,
subscription: subscriptions,
aiUsage: moneySpentThisMonth,
creditsBalance: userSubscriptions.totalCredits,
apiKeys: {
gemini: !!requestKeys.find((key: UserAPIKey): boolean => {
return key.brand === 'gemini'
}),
openai: !!requestKeys.find((key: UserAPIKey): boolean => {
return key.brand === 'openai'
}),
anthropic: !!requestKeys.find((key: UserAPIKey): boolean => {
return key.brand === 'anthropic'
}),
},
books: books.map((book: BookProps) => { books: books.map((book: BookProps) => {
return { return {
bookId: book.id, bookId: book.id,
@@ -188,550 +78,38 @@ export default class User{
} }
} }
public static async isTwoFactorEnabled(userId: string): Promise<boolean> { public static async addUser(userId:string,firstName: string, lastName: string, username: string, email: string, notEncryptPassword: string, lang: 'fr' | 'en' = 'fr'): Promise<string> {
return UserRepo.isTwoFactorEnabled(userId);
}
public static async changePassword(userId: string, password: string, newPassword: string, email: string): Promise<boolean> {
if (await User.validUser(email, password)) {
const newPasswordHash: string = await System.hashPassword(newPassword);
return await UserRepo.updatePassword(userId, System.hashElement(email), newPasswordHash);
} else {
throw new Error('Your password is incorrect');
}
}
public static async deleteAccount(userId: string, email: string): Promise<boolean> {
return UserRepo.deleteAccount(userId, System.hashElement(email));
}
public static async resetPassword(newPassword: string, email: string, verifyCode: string): Promise<boolean> {
const encryptPassword: string = await System.hashPassword(newPassword);
const user: PasswordResponse = await UserRepo.verifyUserAuth(System.hashElement(email), verifyCode)
const userId: string = user.user_id;
return await UserRepo.updatePassword(userId, System.hashElement(email), encryptPassword);
}
public static async verifyCode(verifyCode: string, email: string): Promise<string> {
return await UserRepo.fetchVerifyCode(System.hashElement(email), verifyCode);
}
static async subscribeToBeta(email: string): Promise<boolean> {
let checkEmail: string[] = email.split('@');
checkEmail = checkEmail[1].split('.');
if (checkEmail[0] === 'gmail' || checkEmail[0] === 'hotmail' || checkEmail[0] === 'outlook') {
if (await UserRepo.checkBetaSubscriber(email)) {
throw new Error(`L'adresse courriel est déjà enregistré.`);
}
const insertEmail: boolean = await UserRepo.insertBetaSubscriber(email);
if (insertEmail) {
System.sendEmailTo(email, 'Inscription à la bêta.', '', EmailTemplate('newsletter', {}));
return insertEmail;
} else {
throw new Error('Une erreur est survenue lors de l\'inscription à la bêta.');
}
} else {
throw new Error('Votre adresse email n\'est pas valide.');
}
}
public static async addUser(firstName: string, lastName: string, username: string, email: string, notEncryptPassword: string, userId: string | null = null, provider: string = 'credential', socialId: string | null = null, tempAdd: boolean = false): Promise<string> {
const originEmail:string = System.hashElement(email); const originEmail:string = System.hashElement(email);
const originUsername:string = System.hashElement(username); const originUsername:string = System.hashElement(username);
await this.checkUser(originUsername, originEmail); const userKey: string = getUserEncryptionKey(userId);
const lang: "fr" | "en" = getLanguage() const encryptFirstName: string = System.encryptDataWithUserKey(firstName, userKey);
if (tempAdd) { const encryptLastName: string = System.encryptDataWithUserKey(lastName, userKey);
const password:string = notEncryptPassword ? await System.hashPassword(notEncryptPassword) : ''; const encryptUsername: string = System.encryptDataWithUserKey(username, userKey);
const newUserId: string = System.createUniqueId(); const encryptEmail: string = System.encryptDataWithUserKey(email, userKey);
await UserRepo.insertTempUser(newUserId, firstName, lastName, username, originUsername, email, originEmail, password); const originalEmail: string = System.hashElement(email);
await User.sendVerifyCode(username, email); const originalUsername: string = System.hashElement(username);
return newUserId; return UserRepo.insertUser(userId, encryptFirstName, encryptLastName, encryptUsername, originalUsername, encryptEmail, originalEmail,lang);
} else {
if (!userId) {
throw new Error(lang === 'fr' ? 'L\'identifiant utilisateur est requis.' : 'User ID is required.');
}
const encryptData: EncryptedUserKey = await System.generateAndEncryptUserKey(userId);
const userKey: string = encryptData.userKey;
const encryptFirstName: string = System.encryptDataWithUserKey(firstName, userKey);
const encryptLastName: string = System.encryptDataWithUserKey(lastName, userKey);
const encryptUsername: string = System.encryptDataWithUserKey(username, userKey);
const encryptEmail: string = System.encryptDataWithUserKey(email, userKey);
const originalEmail: string = System.hashElement(email);
const originalUsername: string = System.hashElement(username);
const meta: string = System.encryptDateKey(userId);
const insertedUserId: string = await UserRepo.insertUser(userId, encryptFirstName, encryptLastName, encryptUsername, originalUsername, encryptEmail, originalEmail, notEncryptPassword, meta, socialId, provider);
await System.storeUserKey(userId, encryptData.encryptedKey);
await UserRepo.deleteTempUser(userId);
return insertedUserId;
}
} }
public static async updateUserInfos(userKey: string, userId: string, firstName: string, lastName: string, username: string, email: string, authorName?: string): Promise<boolean> { public static async updateUserInfos(userKey: string, userId: string, firstName: string, lastName: string, username: string, email: string, authorName?: string, lang: 'fr' | 'en' = 'fr'): Promise<boolean> {
const encryptFirstName:string = System.encryptDataWithUserKey(firstName,userKey); const encryptFirstName:string = System.encryptDataWithUserKey(firstName,userKey);
const encryptLastName:string = System.encryptDataWithUserKey(lastName,userKey); const encryptLastName:string = System.encryptDataWithUserKey(lastName,userKey);
const encryptUsername:string = System.encryptDataWithUserKey(username,userKey); const encryptUsername:string = System.encryptDataWithUserKey(username,userKey);
const encryptEmail:string = System.encryptDataWithUserKey(email,userKey); const encryptEmail:string = System.encryptDataWithUserKey(email,userKey);
const originalEmail:string = System.hashElement(email); const originalEmail:string = System.hashElement(email);
const originalUsername:string = System.hashElement(username); const originalUsername:string = System.hashElement(username);
const userMeta:string = System.encryptDateKey(userId);
let encryptAuthorName:string = ''; let encryptAuthorName:string = '';
let originalAuthorName: string = ''; let originalAuthorName: string = '';
if (authorName){ if (authorName){
encryptAuthorName = System.encryptDataWithUserKey(authorName,userKey); encryptAuthorName = System.encryptDataWithUserKey(authorName,userKey);
originalAuthorName = System.hashElement(authorName); originalAuthorName = System.hashElement(authorName);
} }
return UserRepo.updateUserInfos(userId, encryptFirstName, encryptLastName, encryptUsername, originalUsername, encryptEmail, originalEmail, userMeta, originalAuthorName, encryptAuthorName); return UserRepo.updateUserInfos(userId, encryptFirstName, encryptLastName, encryptUsername, originalUsername, encryptEmail, originalEmail, originalAuthorName, encryptAuthorName, lang);
}
public async getUserKey(metaKey:string,isNeedToBeDecrypt:boolean=true,keys?:UserKey[]):Promise<string>{
let meta:string = '';
if (isNeedToBeDecrypt){
meta = System.decryptDateKey(this.id,metaKey);
} else {
meta = metaKey;
}
if (keys){
return System.getClosestPreviousKey(keys,meta);
} else {
const userKey:FetchQueryResponse<EncryptedKey> = await System.getUserKey(this.id,meta);
if (userKey.data){
return userKey.data?.encrypted_key;
} else {
return '';
}
}
}
public static async checkUserName(username:string):Promise<boolean>{
return UserRepo.fetchUserName(username);
}
public static async checkEmail(email:string):Promise<boolean>{
return UserRepo.fetchEmail(email);
}
static getLevelDetail(level: number, lang: "fr" | "en"): string {
if (lang === "fr") {
switch (level) {
case 1: // Débutant français
return `**Niveau : Débutant**
**Objectif** : Texte écrit par un élève de secondaire qui apprend encore à écrire en français.
**Lexique** :
- **Vocabulaire limité** : Répétition des mêmes mots simples, manque de synonymes.
- **Exemples typiques** : "il y a", "c'est", "très", "beaucoup", "faire", "aller", "dire".
- **Caractéristiques** : Anglicismes possibles, répétitions non voulues.
**Structure** :
- **Phrases courtes par nécessité** : 8-15 mots (le français tolère plus de mots).
- **Constructions simples** : Sujet-Verbe-Complément, quelques "qui/que" basiques.
- **Coordinations basiques** : "et", "mais", "alors", "après".
- **Erreurs typiques** : "Il y a des arbres qui sont grands" au lieu de "Les arbres sont grands".
**Style littéraire** :
- **Descriptions factuelle** : "La forêt était sombre et silencieuse."
- **Pas de figures de style** : Tentatives maladroites si présentes.
- **Français scolaire** : Formulations apprises par cœur.
**Exemples comparatifs** :
✅ "Marc a couru dans la forêt. Il avait très peur des bruits qu'il entendait."
❌ "Marc s'élança dans les profondeurs sylvestres, son cœur battant la chamade..."
`;
case 2: // Intermédiaire français
return `**Niveau : Intermédiaire**
**Objectif** : Texte écrit par un étudiant de cégep/université qui expérimente le style français.
**Lexique** :
- **Vocabulaire enrichi** : Recherche de synonymes, mots plus soutenus.
- **Exemples** : "s'élancer", "contempler", "mystérieux", "murmurer", "lueur".
- **Tentatives stylistiques** : Parfois réussies, parfois précieuses.
**Structure** :
- **Phrases moyennes à longues** : 12-25 mots, avec subordinations.
- **Constructions élaborées** : Relatives multiples, quelques inversions.
- **Style français émergent** : Tentatives de périodes, de nuances.
- **Connecteurs plus variés** : "cependant", "néanmoins", "tandis que".
**Style littéraire** :
- **Premières métaphores** : Simples mais françaises ("tel un fantôme").
- **Descriptions étoffées** : Adjectifs et compléments circonstanciels.
- **Registre soutenu recherché** : Parfois forcé.
**Exemples comparatifs** :
✅ "Marc s'élança dans la forêt obscure, tandis que chaque bruissement mystérieux faisait naître en lui une crainte sourde."
❌ "Marc se précipita avec véhémence dans les méandres ténébreux de la sylve ancestrale..."
`;
case 3: // Avancé français
return `**Niveau : Avancé**
**Objectif** : Texte écrit par un écrivain professionnel maîtrisant la rhétorique française.
**Lexique** :
- **Richesse lexicale maîtrisée** : Précision du mot juste, nuances subtiles.
- **Registres variés** : Du familier au soutenu selon l'effet recherché.
- **Synonymie élégante** : Évitement des répétitions par art, non par contrainte.
**Structure** :
- **Périodes françaises** : Phrases longues et rythmées (20-40 mots possibles).
- **Architecture complexe** : Subordinations enchâssées, incises, inversions maîtrisées.
- **Rythme classique** : Alternance entre brièveté saisissante et amplitude oratoire.
- **Ponctuation expressive** : Points-virgules, deux-points, parenthèses.
**Style littéraire** :
- **Figures maîtrisées** : Métaphores filées, antithèses, chiasmes.
- **Tradition française** : Élégance, clarté, harmonie des sonorités.
- **Sous-entendus et allusions** : Subtilité dans l'évocation.
**Exemples comparatifs** :
✅ "Marc courut." (Simplicité voulue)
✅ "Dans l'entrelacement des ombres que la lune, filtrant à travers la ramure, dessinait sur le sol moussu, Marc discernait les échos de sa propre terreur ; terreur ancestrale, née de ce dialogue éternel entre l'homme et la nuit."
`;
default:
return ``;
}
} else { // English Canadian
switch (level) {
case 1: // Beginner English
return `**Level: Beginner**
**Target**: Text written by a high school student still learning English composition.
**Vocabulary**:
- **Limited word choice**: Repetition of basic words, simple alternatives.
- **Typical examples**: "said", "went", "got", "thing", "stuff", "really", "very".
- **Characteristics**: Overuse of "and then", simple connectors.
**Structure**:
- **Short, choppy sentences**: 5-10 words (English naturally shorter).
- **Basic constructions**: Subject-Verb-Object, simple coordination.
- **Limited variety**: Mostly declarative sentences.
- **Common errors**: Run-on sentences with "and", fragments.
**Literary style**:
- **Plain description**: "The forest was dark. It was scary."
- **No literary devices**: Attempts at metaphors usually failed.
- **Direct emotion**: "He was afraid" (English directness).
**Comparative examples**:
✅ "Mark ran into the forest. He was scared. The trees looked big and dark."
❌ "Mark ventured forth into the sylvan depths, his heart pounding with trepidation..."
`;
case 2: // Intermediate English
return `**Level: Intermediate**
**Target**: Text written by a college student developing English writing skills.
**Vocabulary**:
- **Expanded vocabulary**: Some sophisticated words, better word choice.
- **Examples**: "ventured", "glimpsed", "mysterious", "whispered", "shadowy".
- **Characteristics**: Occasional overreach, some pretentious word choices.
**Structure**:
- **Varied sentence length**: 8-18 words, some complex sentences.
- **Better flow**: Proper use of conjunctions, some subordination.
- **Paragraph development**: Topic sentences, basic transitions.
- **English rhythm**: Shorter than French but with variation.
**Literary style**:
- **Simple imagery**: Basic metaphors and similes that work.
- **Show don't tell**: Attempts at indirect description.
- **English conciseness**: Getting to the point while adding style.
**Comparative examples**:
✅ "Mark plunged into the dark forest. Every sound made him jump, like whispers from invisible watchers."
❌ "Mark precipitously advanced into the tenebrous woodland whilst phantasmagorical emanations..."
`;
case 3: // Advanced English
return `**Level: Advanced**
**Target**: Text written by a professional English-speaking author.
**Vocabulary**:
- **Precise word choice**: Economy of language, powerful verbs.
- **Understated elegance**: Sophisticated but not showy.
- **Anglo-Saxon vs. Latin**: Strategic use of both registers.
**Structure**:
- **Masterful variety**: From punchy fragments to flowing periods.
- **English rhythm**: Natural speech patterns, emphasis through structure.
- **Controlled complexity**: Never convoluted, always clear.
- **Strategic brevity**: Power in conciseness.
**Literary style**:
- **Subtle imagery**: Metaphors that illuminate, don't decorate.
- **Understated power**: English preference for implication over elaboration.
- **Voice and tone**: Distinctive style through restraint and precision.
- **Anglo tradition**: Clarity, wit, emotional resonance through simplicity.
**Comparative examples**:
✅ "Mark ran. The forest swallowed him." (English power in brevity)
✅ "The shadows moved between the trees like living things, and Mark felt something ancient watching from the darkness—something that had been waiting." (Controlled complexity)
`;
default:
return ``;
}
}
}
static getAudienceDetail(level: number, lang: "fr" | "en"): string {
if (lang === "fr") {
switch (level) {
case 1: // Débutant
return `**Niveau : Débutant**
**Objectif** : Texte accessible à un collégien (18-22 ans).
**Lexique** :
- **Priorité absolue** : Mots du quotidien, fréquents dans la langue parlée.
- **Exemples autorisés** : "marcher", "voir", "dire", "beau", "peur", "lumière".
- **Mots à éviter** : "luminescence", "éthéré", "volutes", "chuchotements", "centenaires".
**Structure** :
- **Longueur moyenne maximale par phrase** : 10 mots.
- **Interdit** : Phrases composées, subordonnées, ou parenthèses.
- **Style des descriptions** : Directes et visuelles (ex: "La forêt était sombre" → pas de "La forêt respirait la nuit").
**Style littéraire** :
- **Interdits** : Métaphores, similes, ou figures de style.
- **Priorité** : Clarté et simplicité absolue.
**Exemples comparatifs** :
❌ "La brume enveloppait les arbres avec une grâce éthérée" → ✅ "La brume couvrait les arbres."
❌ "Elle courait, les jambes tremblantes, vers la lumière" → ✅ "Elle courait vers une lumière."
`;
case 2: // Intermédiaire
return `
**Niveau : Intermédiaire**
**Objectif** : Texte pour un étudiant universitaire (22-30 ans).
**Lexique** :
- **Priorité** : Vocabulaire varié mais compréhensible (ex: "murmurer", "luminescent", "mystère", "sentinelles").
- **Mots à éviter** : Termes littéraires complexes (ex: "volutes", "centenaires", "éthéré").
**Structure** :
- **Longueur moyenne maximale par phrase** : 18 mots.
- **Autorisé** : Phrases composées simples (ex: "Elle courait, mais la forêt était dense").
- **Descriptions** : Métaphores basiques (ex: "La forêt respirait la nuit").
**Style littéraire** :
- **Autorisé** : Similes simples (ex: "comme un fantôme").
- **Interdit** : Figures de style complexes (antithèses, anaphores).
**Exemples comparatifs** :
❌ "Les arbres, semblables à des sentinelles de pierre, veillaient" → ✅ "Les arbres ressemblaient à des gardiens."
❌ "La lueur dansante évoquait un espoir éphémère" → ✅ "La lumière clignotait comme un espoir."
`;
case 3: // Avancé
return `
**Niveau : Avancé**
**Objectif** : Texte littéraire d'un professionnel littéraire, ayant un diplôme universitaire.
**Lexique** :
- **Priorité** : Vocabulaire riche et littéraire (ex: "volutes", "centenaires", "éthéré", "luminescence").
- **Mots à éviter** : Termes simples jugés "banals" (ex: "marcher" → préférer "arpenter", "errer").
**Structure** :
- **Longueur maximale par phrase** : aucune limite.
- **Autorisé** : Phrases complexes et enchaînées (ex: "Parmi les ombres dansantes, elle discerna une lueur vacillante, symbole de l'espoir qui s'évanouissait").
- **Descriptions** : Métaphores poétiques et figures de style avancées.
**Style littéraire** :
- **Priorité** : Atmosphère immersive et langage élégant.
- **Autorisé** : Antithèses, anaphores, et métaphores multi-niveaux.
**Exemples comparatifs** :
✅ "Les volutes de brume, tels des spectres en quête d'écho, enveloppaient les troncs centenaires dans un ballet spectral."
✅ "Luminescence vacillante, espoir éphémère : les deux dansaient une dernière valse avant l'obscurité."
`;
default:
return ``;
}
} else { // English Canadian
switch (level) {
case 1: // Beginner (Grade 11/Secondary 5 level)
return `
**Level: Beginner**
**Target**: Text accessible to a Grade 11 student (Secondary 5 equivalent).
**Vocabulary**:
- **Absolute priority**: Common everyday words, frequent in spoken language.
- **Allowed examples**: "walk", "see", "say", "nice", "scared", "light".
- **Words to avoid**: "luminescence", "ethereal", "tendrils", "whispers", "ancient".
**Structure**:
- **Maximum average sentence length**: 10 words.
- **Forbidden**: Compound sentences, subordinate clauses, or parentheses.
- **Description style**: Direct and visual (e.g., "The forest was dark" → not "The forest breathed with darkness").
**Literary style**:
- **Forbidden**: Metaphors, similes, or figures of speech.
- **Priority**: Absolute clarity and simplicity.
**Comparative examples**:
❌ "The mist enveloped the trees with ethereal grace" → ✅ "The mist covered the trees."
❌ "She ran, her legs trembling, toward the light" → ✅ "She ran toward a light."
`;
case 2: // Intermediate (CEGEP/College level)
return `
**Level: Intermediate**
**Target**: Text for a CEGEP/College student.
**Vocabulary**:
- **Priority**: Varied but understandable vocabulary (e.g., "murmur", "luminous", "mystery", "sentinels").
- **Words to avoid**: Complex literary terms (e.g., "tendrils", "ancient", "ethereal").
**Structure**:
- **Maximum average sentence length**: 18 words.
- **Allowed**: Simple compound sentences (e.g., "She ran, but the forest was thick").
- **Descriptions**: Basic metaphors (e.g., "The forest breathed in the night").
**Literary style**:
- **Allowed**: Simple similes (e.g., "like a ghost").
- **Forbidden**: Complex figures of speech (antithesis, anaphora).
**Comparative examples**:
❌ "The trees, like stone sentinels, stood watch" → ✅ "The trees looked like guardians."
❌ "The dancing light evoked fleeting hope" → ✅ "The light flickered like hope."
`;
case 3: // Advanced (University/Professional writer level)
return `
**Level: Advanced**
**Target**: Literary text from a professional writer or bestselling author with university education.
**Vocabulary**:
- **Priority**: Rich and literary vocabulary (e.g., "tendrils", "ancient", "ethereal", "luminescence").
- **Words to avoid**: Simple terms deemed "mundane" (e.g., "walk" → prefer "traverse", "wander").
**Structure**:
- **Maximum sentence length**: No limit.
- **Allowed**: Complex and chained sentences (e.g., "Among the dancing shadows, she discerned a flickering light, a symbol of hope that was fading away").
- **Descriptions**: Poetic metaphors and advanced figures of speech.
**Literary style**:
- **Priority**: Immersive atmosphere and elegant language.
- **Allowed**: Antithesis, anaphora, and multi-layered metaphors.
**Comparative examples**:
✅ "Tendrils of mist, like spectres seeking echo, enveloped the ancient trunks in a ghostly ballet."
✅ "Flickering luminescence, fleeting hope: both danced a final waltz before darkness fell."
`;
default:
return ``;
}
}
}
public static async checkUser(username: string, email: string): Promise<void> {
const validUsername:boolean = await User.checkUserName(username);
const validEmail:boolean = await User.checkEmail(email);
const lang: "fr" | "en" = getLanguage()
if (validUsername){
throw new ConflictError(lang === 'fr' ? "Le nom d'utilisateur est déjà utilisé." : 'Username is already taken.');
}
if (validEmail){
throw new ConflictError(lang === 'fr' ? "L'adresse courriel est déjà utilisée." : 'Email address is already in use.');
}
}
public static async login(email: string, password: string, jwtInstance: FastifyInstance): Promise<string> {
const lang: "fr" | "en" = getLanguage()
if (await User.validUser(email, password)) {
const user: BasicUserCredentials = await UserRepo.fetchUserByCredentials(System.hashElement(email));
return jwtInstance.jwt.sign({userId: user.user_id})
} else {
throw new NotFoundError(lang === 'fr' ? "Nom d'utilisateur ou mot de passe invalide." : "Invalid username or password.");
}
}
public static async setUserAccountInformation(userId: string, authorName: string, username: string): Promise<boolean> {
const user:User = new User(userId);
await user.getUserInfos();
const meta:string = System.encryptDateKey(userId);
const userKey:string = await user.getUserKey(meta);
return User.updateUserInfos(userKey, userId, user.firstName, user.lastName, username, user.getEmail(), authorName);
}
public static async validUser(email:string,password:string):Promise<boolean>{
const validUser: PasswordResponse | null = await UserRepo.verifyUserAuth(System.hashElement(email));
if (!validUser) {
return false;
}
const stockedPassword: string = validUser.password;
return System.verifyPassword(stockedPassword, password);
}
public static async socialLogin(firstName: string, lastName: string, email: string | null, socialId: string, provider: string, jwtInstance: JWT): Promise<string> {
const validUserId: string | null = await UserRepo.fetchBySocialId(socialId);
let userId: string = '';
let newEmail: string = '';
if (email === null) {
newEmail = socialId + '@' + provider + '.com';
} else {
newEmail = email;
}
if (!validUserId) {
const emailValidationUserId: string | null = await UserRepo.fetchByEmail(System.hashElement(newEmail));
if (!emailValidationUserId) {
const randomNum: number = Math.floor(Math.random() * 10000);
const fourDigitNum: string = randomNum.toString().padStart(4, '0');
const username: string = newEmail.split('@')[0] + fourDigitNum;
userId = System.createUniqueId();
await this.addUser(firstName, lastName, username, newEmail, "", userId, provider, socialId);
} else {
userId = emailValidationUserId;
await UserRepo.updateSocialId(userId, socialId, provider);
}
} else {
userId = validUserId;
}
return jwtInstance.sign({userId: userId})
}
public static async confirmAccount(verifyCode: string, email: string): Promise<boolean> {
await UserRepo.fetchVerifyCode(System.hashElement(email), verifyCode);
const account: UserQueryResponse = await UserRepo.fetchTempAccount(email, verifyCode);
const userId: string = account.user_id;
const firstName: string = account.first_name;
const lastName: string = account.last_name;
const username: string = account.username;
const emailAddr: string = account.email;
const password: string = account.password;
const insertUser: string = await this.addUser(firstName, lastName, username, emailAddr, password, userId);
const projectDirectory: string = path.join(process.cwd(), 'uploads', userId.toString(), 'cover');
if (!insertUser) {
throw new Error('Une erreur est survenue lors de la confirmation du compte.');
}
await fs.promises.mkdir(projectDirectory, {recursive: true})
.catch(error => console.error(`Erreur lors de la création du dossier: ${error}`));
return true;
}
public static async sendVerifyCode(username: string, email: string): Promise<void> {
const verifyCode: string = System.createVerifyCode();
const validUpdate: boolean = await UserRepo.updateVerifyCode(username, username === "" ? System.hashElement(email) : email, verifyCode);
if (validUpdate) {
const options = {code: verifyCode}
System.sendEmailTo(email, 'Votre code de vérification', '', EmailTemplate('verify-code', options));
} else {
throw new Error('Une erreur est survenue lors de l\'envoi du code de vérification');
}
}
public static validateTOTPCode(code: string, token: string): boolean {
try {
const totp = new TOTP({
secret: Secret.fromBase32(code)
});
const isValid = totp.validate({
token,
window: 1
});
return isValid !== null;
} catch (error) {
return false;
}
}
public static async checkTOTPExist(userId:string,email:string):Promise<boolean>{
return UserRepo.checkTOTPExist(userId,email);
}
public static async handleTOTP(userId: string, email: string, verifyCode: string): Promise<boolean> {
const user = new User(userId);
const meta:string = System.encryptDateKey(userId);
const userKey:string = await user.getUserKey(meta);
const encryptedCode:string = System.encryptDataWithUserKey(verifyCode,userKey);
const encryptedEmail:string = System.hashElement(email);
return UserRepo.insertTOTP(encryptedCode,encryptedEmail,userId,meta,true);
}
public static async activateTOTP(userId: string, email: string, token: string): Promise<boolean> {
const data: TOTPQuery = await UserRepo.fetchTempTOTP(userId, System.hashElement(email));
const user = new User(userId);
const meta: string = data.totp_meta;
const userKey: string = await user.getUserKey(meta);
const code: string = System.decryptDataWithUserKey(data.totp_code, userKey);
if (User.validateTOTPCode(code, token)) {
return UserRepo.insertTOTP(data.totp_code, data.email, userId, meta, false);
} else {
throw new Error('Your token is incorrect');
}
}
public static async validateTOTP(userId: string, email: string, token: string): Promise<boolean> {
const data: TOTPQuery = await UserRepo.fetchTOTP(userId, System.hashElement(email));
const user = new User(userId);
const meta: string = data.totp_meta;
const userKey: string = await user.getUserKey(meta);
const code: string = System.decryptDataWithUserKey(data.totp_code, userKey);
if (User.validateTOTPCode(code, token)) {
return true;
} else {
throw new Error('Your token is incorrect');
}
} }
public static async getUserAccountInformation(userId: string): Promise<UserAccount> { public static async getUserAccountInformation(userId: string): Promise<UserAccount> {
const user:User = new User(userId); const data: UserAccountQuery = UserRepo.fetchAccountInformation(userId);
const data: UserAccountQuery = await UserRepo.fetchAccountInformation(userId); const userKey:string = getUserEncryptionKey(userId)
const userKey: string = await user.getUserKey(data.user_meta);
const userName: string = data.first_name ? System.decryptDataWithUserKey(data.first_name, userKey) : ''; const userName: string = data.first_name ? System.decryptDataWithUserKey(data.first_name, userKey) : '';
const lastName: string = data.last_name ? System.decryptDataWithUserKey(data.last_name, userKey) : ''; const lastName: string = data.last_name ? System.decryptDataWithUserKey(data.last_name, userKey) : '';
const username: string = data.username ? System.decryptDataWithUserKey(data.username, userKey) : ''; const username: string = data.username ? System.decryptDataWithUserKey(data.username, userKey) : '';
@@ -746,48 +124,6 @@ export default class User{
}; };
} }
public static async getSubscription(userId: string): Promise<UserSubscriptionProps[]> {
const result: UserSubscription[] = await UserRepo.fetchSubscription(userId);
const userSubscription: UserSubscriptionProps[] = [];
for (const sub of result) {
userSubscription.push({
userId: sub.user_id,
subType: sub.sub_type,
subTier: sub.sub_tier,
startDate: sub.start_date,
endDate: sub.end_date,
status: sub.status
})
}
return userSubscription;
}
public async convertTimeToPoint(time:number):Promise<void>{
const points:number = Math.ceil(time/30);
await UserRepo.updatePoints(points,this.id);
}
static async setUserPreferences(userId: string, writingLang: number, writingLevel: number): Promise<boolean | string> {
if (writingLang === 0 || writingLevel === 0) {
throw new Error('Veuillez choisir une langue et un niveau de rédaction valides.');
}
if (await UserRepo.isUserPreferencesExist(userId)) {
return UserRepo.updateUserPreference(userId, writingLang, writingLevel)
} else {
const preferenceId: string = System.createUniqueId();
return await UserRepo.insertUserPreference(preferenceId, userId, writingLang, writingLevel);
}
}
static async acceptTerms(userId: string, version: string): Promise<boolean> {
const log: boolean = await UserRepo.logAcceptTerms(userId, version);
if (log) {
return await UserRepo.updateTermsAccepted(userId);
} else {
return false;
}
}
public getId(): string { public getId(): string {
return this.id; return this.id;
} }
@@ -812,18 +148,6 @@ export default class User{
return this.accountVerified; return this.accountVerified;
} }
public getWritingLang(): number {
return this.writingLang;
}
public getWritingLevel(): number {
return this.writingLevel;
}
public getRitePoints(): number {
return this.ritePoints;
}
public isTermsAccepted(): boolean { public isTermsAccepted(): boolean {
return this.termsAccepted; return this.termsAccepted;
} }
@@ -832,54 +156,7 @@ export default class User{
return this.groupId; return this.groupId;
} }
public getBalancedCredits(): number {
return this.balancedCredits;
}
public getAuthorName(): string { public getAuthorName(): string {
return this.authorName; return this.authorName;
} }
static async updateAIUserKey(userId: string, anthropicKey: string | null, openaiKey: string | null, geminiKey: string | null): Promise<boolean> {
const user = new User(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta);
const groupedKey: { brand: 'anthropic' | 'openai' | 'gemini', key: string }[] = [];
const anthropicKeyEncrypted: string = anthropicKey ? System.encryptDataWithUserKey(anthropicKey, userKey) : '';
groupedKey.push({brand: 'anthropic', key: anthropicKeyEncrypted});
const openaiKeyEncrypted: string = openaiKey ? System.encryptDataWithUserKey(openaiKey, userKey) : '';
groupedKey.push({brand: 'openai', key: openaiKeyEncrypted});
const geminiKeyEncrypted: string = geminiKey ? System.encryptDataWithUserKey(geminiKey, userKey) : '';
groupedKey.push({brand: 'gemini', key: geminiKeyEncrypted});
for (const key of groupedKey) {
const updateAI: boolean = await UserRepo.updateAIUserKey(userId, key.brand, key.key);
if (!updateAI) {
return false;
}
}
return true;
}
static async getAPIKey(userId: string): Promise<UserAPIKey[]> {
const user: User = new User(userId);
const meta: string = System.encryptDateKey(userId);
const userKey: string = await user.getUserKey(meta);
const apiKeys: UserAPIKeyResult[] = await UserRepo.fetchAPIKey(userId);
const decryptKeys: UserAPIKey[] = [];
for (const apiKey of apiKeys) {
if (apiKey.key && apiKey.key.length > 0) {
decryptKeys.push({
brand: apiKey.brand,
key: System.decryptDataWithUserKey(apiKey.key, userKey)
})
}
}
return decryptKeys;
}
private static async moneySpentThisMonth(userId: string): Promise<number> {
const {last, first} = System.getMonthBounds();
const usage: UserAiUsageResult = await UserRepo.fetchUserAiUsage(userId, first, last);
return usage.total_price;
}
} }

41
electron/database/repositories/book.repository.ts
View File

@@ -97,7 +97,6 @@ export interface WorldElementValue {
name: string; name: string;
description: string; description: string;
type: number; type: number;
meta: string;
} }
export interface GuideLineAIQuery extends Record<string, SQLiteValue> { export interface GuideLineAIQuery extends Record<string, SQLiteValue> {
@@ -329,10 +328,10 @@ export default class BookRepo {
} }
} }
public static updateActSummary(userId: string, bookId: string, actId: number, summary: string, metaActs: string, lang: 'fr' | 'en'): boolean { public static updateActSummary(userId: string, bookId: string, actId: number, summary: string, lang: 'fr' | 'en'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_act_summaries SET summary=?, meta_acts=? WHERE user_id=? AND book_id=? AND act_sum_id=?', [summary, metaActs, userId, bookId, actId]); const result: RunResult = db.run('UPDATE book_act_summaries SET summary=? WHERE user_id=? AND book_id=? AND act_sum_id=?', [summary, userId, bookId, actId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -421,14 +420,14 @@ export default class BookRepo {
} }
} }
public static insertNewIssue(issueId: string, userId: string, bookId: string, encryptedName: string, hashedName: string, metaIssue: string, lang: 'fr' | 'en'): string { public static insertNewIssue(issueId: string, userId: string, bookId: string, encryptedName: string, hashedName: string, lang: 'fr' | 'en'): string {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result = db.get('SELECT issue_id FROM book_issues WHERE hashed_issue_name=? AND book_id=? AND author_id=?', [hashedName, bookId, userId]); const result = db.get('SELECT issue_id FROM book_issues WHERE hashed_issue_name=? AND book_id=? AND author_id=?', [hashedName, bookId, userId]);
if (result !== null) { if (result !== null) {
throw new Error(lang === 'fr' ? `La problématique existe déjà.` : `This issue already exists.`); throw new Error(lang === 'fr' ? `La problématique existe déjà.` : `This issue already exists.`);
} }
const insertResult: RunResult = db.run('INSERT INTO book_issues (issue_id,author_id, book_id, name, hashed_issue_name, meta_issue) VALUES (?,?,?,?,?,?)', [issueId, userId, bookId, encryptedName, hashedName, metaIssue]); const insertResult: RunResult = db.run('INSERT INTO book_issues (issue_id,author_id, book_id, name, hashed_issue_name) VALUES (?,?,?,?,?)', [issueId, userId, bookId, encryptedName, hashedName]);
if (insertResult.changes > 0) { if (insertResult.changes > 0) {
return issueId; return issueId;
} else { } else {
@@ -461,10 +460,10 @@ export default class BookRepo {
} }
} }
public static updateIncident(userId: string, bookId: string, incidentId: string, encryptedIncidentName: string, incidentHashedName: string, incidentSummary: string, meta: string, lang: 'fr' | 'en'): boolean { public static updateIncident(userId: string, bookId: string, incidentId: string, encryptedIncidentName: string, incidentHashedName: string, incidentSummary: string, lang: 'fr' | 'en'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_incidents SET title=?, hashed_title=?, summary=?, meta_incident=? WHERE author_id=? AND book_id=? AND incident_id=?', [encryptedIncidentName, incidentHashedName, incidentSummary, meta, userId, bookId, incidentId]); const result: RunResult = db.run('UPDATE book_incidents SET title=?, hashed_title=?, summary=? WHERE author_id=? AND book_id=? AND incident_id=?', [encryptedIncidentName, incidentHashedName, incidentSummary, userId, bookId, incidentId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -477,10 +476,10 @@ export default class BookRepo {
} }
} }
public static updatePlotPoint(userId: string, bookId: string, plotPointId: string, encryptedPlotPointName: string, plotPointHashedName: string, plotPointSummary: string, meta: string, lang: 'fr' | 'en'): boolean { public static updatePlotPoint(userId: string, bookId: string, plotPointId: string, encryptedPlotPointName: string, plotPointHashedName: string, plotPointSummary: string, lang: 'fr' | 'en'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_plot_points SET title=?, hashed_title=?, summary=?, meta_plot=? WHERE author_id=? AND book_id=? AND plot_point_id=?', [encryptedPlotPointName, plotPointHashedName, plotPointSummary, meta, userId, bookId, plotPointId]); const result: RunResult = db.run('UPDATE book_plot_points SET title=?, hashed_title=?, summary=? WHERE author_id=? AND book_id=? AND plot_point_id=?', [encryptedPlotPointName, plotPointHashedName, plotPointSummary, userId, bookId, plotPointId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -508,10 +507,10 @@ export default class BookRepo {
} }
} }
public static insertNewWorld(worldId: string, userId: string, bookId: string, encryptedName: string, hashedName: string, meta: string, lang: 'fr' | 'en'): string { public static insertNewWorld(worldId: string, userId: string, bookId: string, encryptedName: string, hashedName: string, lang: 'fr' | 'en'): string {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('INSERT INTO book_world (world_id,author_id, book_id, name, hashed_name, meta_world) VALUES (?,?,?,?,?,?)', [worldId, userId, bookId, encryptedName, hashedName, meta]); const result: RunResult = db.run('INSERT INTO book_world (world_id,author_id, book_id, name, hashed_name) VALUES (?,?,?,?,?)', [worldId, userId, bookId, encryptedName, hashedName]);
if (result.changes > 0) { if (result.changes > 0) {
return worldId; return worldId;
} else { } else {
@@ -542,10 +541,10 @@ export default class BookRepo {
} }
} }
public static updateWorld(userId: string, worldId: string, encryptName: string, hashedName: string, encryptHistory: string, encryptPolitics: string, encryptEconomy: string, encryptReligion: string, encryptLanguages: string, meta: string, lang: 'fr' | 'en'): boolean { public static updateWorld(userId: string, worldId: string, encryptName: string, hashedName: string, encryptHistory: string, encryptPolitics: string, encryptEconomy: string, encryptReligion: string, encryptLanguages: string, lang: 'fr' | 'en'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_world SET name=?, hashed_name=?, history=?, politics=?, economy=?, religion=?, languages=?, meta_world=? WHERE author_id=? AND world_id=?', [encryptName, hashedName, encryptHistory, encryptPolitics, encryptEconomy, encryptReligion, encryptLanguages, meta, userId, worldId]); const result: RunResult = db.run('UPDATE book_world SET name=?, hashed_name=?, history=?, politics=?, economy=?, religion=?, languages=? WHERE author_id=? AND world_id=?', [encryptName, hashedName, encryptHistory, encryptPolitics, encryptEconomy, encryptReligion, encryptLanguages, userId, worldId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -562,7 +561,7 @@ export default class BookRepo {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
for (const element of elements) { for (const element of elements) {
const result: RunResult = db.run('UPDATE book_world_elements SET name=?, description=?, element_type=?, meta_element=? WHERE user_id=? AND element_id=?', [element.name, element.description, element.type, element.meta, userId, element.id]); const result: RunResult = db.run('UPDATE book_world_elements SET name=?, description=?, element_type=? WHERE user_id=? AND element_id=?', [element.name, element.description, element.type, userId, element.id]);
if (result.changes <= 0) { if (result.changes <= 0) {
return false; return false;
} }
@@ -595,10 +594,10 @@ export default class BookRepo {
} }
} }
public static insertNewElement(userId: string, elementId: string, elementType: number, worldId: string, encryptedName: string, hashedName: string, meta: string, lang: 'fr' | 'en'): string { public static insertNewElement(userId: string, elementId: string, elementType: number, worldId: string, encryptedName: string, hashedName: string, lang: 'fr' | 'en'): string {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('INSERT INTO book_world_elements (element_id,world_id,user_id, name, original_name, element_type, meta_element) VALUES (?,?,?,?,?,?,?)', [elementId, worldId, userId, encryptedName, hashedName, elementType, meta]); const result: RunResult = db.run('INSERT INTO book_world_elements (element_id,world_id,user_id, name, original_name, element_type) VALUES (?,?,?,?,?,?)', [elementId, worldId, userId, encryptedName, hashedName, elementType]);
if (result.changes > 0) { if (result.changes > 0) {
return elementId; return elementId;
} else { } else {
@@ -647,14 +646,14 @@ export default class BookRepo {
} }
} }
static insertAIGuideLine(userId: string, bookId: string, narrativeType: number, dialogueType: number, encryptedPlotSummary: string, encryptedToneAtmosphere: string, verbTense: number, language: number, encryptedThemes: string, metaGuideLine: string, lang: 'fr' | 'en'): boolean { static insertAIGuideLine(userId: string, bookId: string, narrativeType: number, dialogueType: number, encryptedPlotSummary: string, encryptedToneAtmosphere: string, verbTense: number, language: number, encryptedThemes: string, lang: 'fr' | 'en'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
let result: RunResult = db.run('UPDATE book_ai_guide_line SET narrative_type=?, dialogue_type=?, global_resume=?, atmosphere=?, verbe_tense=?, langue=?, themes=?, meta=? WHERE user_id=? AND book_id=?', [narrativeType ? narrativeType : null, dialogueType ? dialogueType : null, encryptedPlotSummary, encryptedToneAtmosphere, verbTense ? verbTense : null, language ? language : null, encryptedThemes, metaGuideLine, userId, bookId]); let result: RunResult = db.run('UPDATE book_ai_guide_line SET narrative_type=?, dialogue_type=?, global_resume=?, atmosphere=?, verbe_tense=?, langue=?, themes=? WHERE user_id=? AND book_id=?', [narrativeType ? narrativeType : null, dialogueType ? dialogueType : null, encryptedPlotSummary, encryptedToneAtmosphere, verbTense ? verbTense : null, language ? language : null, encryptedThemes, userId, bookId]);
if (result.changes > 0) { if (result.changes > 0) {
return true; return true;
} else { } else {
result = db.run('INSERT INTO book_ai_guide_line (user_id, book_id, global_resume, themes, verbe_tense, narrative_type, langue, dialogue_type, tone, atmosphere, current_resume, meta) VALUES (?,?,?,?,?,?,?,?,?,?,?,?)', [userId, bookId, encryptedPlotSummary, encryptedThemes, verbTense ? verbTense : null, narrativeType ? narrativeType : null, language ? language : null, dialogueType ? dialogueType : null, encryptedToneAtmosphere, encryptedToneAtmosphere, encryptedPlotSummary, metaGuideLine]); result = db.run('INSERT INTO book_ai_guide_line (user_id, book_id, global_resume, themes, verbe_tense, narrative_type, langue, dialogue_type, tone, atmosphere, current_resume) VALUES (?,?,?,?,?,?,?,?,?,?,?)', [userId, bookId, encryptedPlotSummary, encryptedThemes, verbTense ? verbTense : null, narrativeType ? narrativeType : null, language ? language : null, dialogueType ? dialogueType : null, encryptedToneAtmosphere, encryptedToneAtmosphere, encryptedPlotSummary]);
return result.changes > 0; return result.changes > 0;
} }
} catch (e: unknown) { } catch (e: unknown) {
@@ -687,10 +686,10 @@ export default class BookRepo {
} }
} }
static insertActSummary(actSummaryId: string, userId: string, bookId: string, actId: number, actSummary: string, meta: string, lang: 'fr' | 'en'): string { static insertActSummary(actSummaryId: string, userId: string, bookId: string, actId: number, actSummary: string, lang: 'fr' | 'en'): string {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('INSERT INTO book_act_summaries (act_sum_id, book_id, user_id, act_index, summary, meta_acts) VALUES (?,?,?,?,?,?)', [actSummaryId, bookId, userId, actId, actSummary, meta]); const result: RunResult = db.run('INSERT INTO book_act_summaries (act_sum_id, book_id, user_id, act_index, summary) VALUES (?,?,?,?,?)', [actSummaryId, bookId, userId, actId, actSummary]);
if (result.changes > 0) { if (result.changes > 0) {
return actSummaryId; return actSummaryId;
} else { } else {

15
electron/database/repositories/chapter.repository.ts
View File

@@ -227,7 +227,7 @@ export default class ChapterRepo{
public static updateChapter(userId: string, chapterId: string, encryptedTitle: string, hashTitle: string, chapterOrder: number, lang: 'fr' | 'en' = 'fr'): boolean { public static updateChapter(userId: string, chapterId: string, encryptedTitle: string, hashTitle: string, chapterOrder: number, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_chapters SET title=?, hashed_title=?, chapter_order=?, meta_chapter=? WHERE author_id=? AND chapter_id=?', [encryptedTitle, hashTitle, chapterOrder, userId, chapterId]); const result: RunResult = db.run('UPDATE book_chapters SET title=?, hashed_title=?, chapter_order=? WHERE author_id=? AND chapter_id=?', [encryptedTitle, hashTitle, chapterOrder, userId, chapterId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -240,17 +240,16 @@ export default class ChapterRepo{
} }
} }
public static updateChapterInfos(userId: string, chapterId: string, actId: number, bookId: string, incidentId: string | null, plotId: string | null, summary: string, goal: string | null, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { public static updateChapterInfos(userId: string, chapterId: string, actId: number, bookId: string, incidentId: string | null, plotId: string | null, summary: string, goal: string | null, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
let sql: string = `UPDATE book_chapter_infos let sql: string = `UPDATE book_chapter_infos
SET summary=?, SET summary=?,
goal=?, goal=?
meta_chapter_info=?
WHERE chapter_id = ? WHERE chapter_id = ?
AND act_id = ? AND act_id = ?
AND book_id = ?`; AND book_id = ?`;
const params: any[] = [summary, goal, meta, chapterId, actId, bookId]; const params: any[] = [summary, goal, chapterId, actId, bookId];
if (incidentId) { if (incidentId) {
sql += ` AND incident_id=?`; sql += ` AND incident_id=?`;
params.push(incidentId); params.push(incidentId);
@@ -278,15 +277,15 @@ export default class ChapterRepo{
} }
} }
public static updateChapterContent(userId: string, chapterId: string, version: number, encryptContent: string, wordsCount: number, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { public static updateChapterContent(userId: string, chapterId: string, version: number, encryptContent: string, wordsCount: number, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_chapter_content SET content=?, meta_chapter_content=?, words_count=? WHERE chapter_id=? AND author_id=? AND version=?', [encryptContent, meta, wordsCount, chapterId, userId, version]); const result: RunResult = db.run('UPDATE book_chapter_content SET content=?, words_count=? WHERE chapter_id=? AND author_id=? AND version=?', [encryptContent, wordsCount, chapterId, userId, version]);
if (result.changes > 0) { if (result.changes > 0) {
return true; return true;
} else { } else {
const contentId:string = System.createUniqueId(); const contentId:string = System.createUniqueId();
const insertResult: RunResult = db.run('INSERT INTO book_chapter_content (content_id,chapter_id, author_id, version, content, words_count, meta_chapter_content) VALUES (?,?,?,?,?,?,?)', [contentId, chapterId, userId, version, encryptContent, wordsCount, meta]); const insertResult: RunResult = db.run('INSERT INTO book_chapter_content (content_id,chapter_id, author_id, version, content, words_count) VALUES (?,?,?,?,?,?)', [contentId, chapterId, userId, version, encryptContent, wordsCount]);
return insertResult.changes > 0; return insertResult.changes > 0;
} }
} catch (e: unknown) { } catch (e: unknown) {

12
electron/database/repositories/character.repository.ts
View File

@@ -54,11 +54,11 @@ export default class CharacterRepo {
return result; return result;
} }
public static addNewCharacter(userId: string, characterId: string, encryptedName: string, encryptedLastName: string, encryptedTitle: string, encryptedCategory: string, encryptedImage: string, encryptedRole: string, encryptedBiography: string, encryptedHistory: string, bookId: string, meta: string, lang: 'fr' | 'en' = 'fr'): string { public static addNewCharacter(userId: string, characterId: string, encryptedName: string, encryptedLastName: string, encryptedTitle: string, encryptedCategory: string, encryptedImage: string, encryptedRole: string, encryptedBiography: string, encryptedHistory: string, bookId: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.run('INSERT INTO `book_characters` (character_id, book_id, user_id, first_name, last_name, category, title, image, role, biography, history, char_meta) VALUES (?,?,?,?,?,?,?,?,?,?,?,?)', [characterId, bookId, userId, encryptedName, encryptedLastName, encryptedCategory, encryptedTitle, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, meta]); result = db.run('INSERT INTO `book_characters` (character_id, book_id, user_id, first_name, last_name, category, title, image, role, biography, history) VALUES (?,?,?,?,?,?,?,?,?,?,?)', [characterId, bookId, userId, encryptedName, encryptedLastName, encryptedCategory, encryptedTitle, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory]);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -75,11 +75,11 @@ export default class CharacterRepo {
} }
} }
static insertAttribute(attributeId: string, characterId: string, userId: string, type: string, name: string, meta: string, lang: 'fr' | 'en' = 'fr'): string { static insertAttribute(attributeId: string, characterId: string, userId: string, type: string, name: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.run('INSERT INTO `book_characters_attributes` (attr_id, character_id, user_id, attribute_name, attribute_value,attr_meta) VALUES (?,?,?,?,?,?)', [attributeId, characterId, userId, type, name, meta]); result = db.run('INSERT INTO `book_characters_attributes` (attr_id, character_id, user_id, attribute_name, attribute_value) VALUES (?,?,?,?,?)', [attributeId, characterId, userId, type, name]);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -96,10 +96,10 @@ export default class CharacterRepo {
} }
} }
static updateCharacter(userId: string, id: number | null, encryptedName: string, encryptedLastName: string, encryptedTitle: string, encryptedCategory: string, encryptedImage: string, encryptedRole: string, encryptedBiography: string, encryptedHistory: string, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { static updateCharacter(userId: string, id: number | null, encryptedName: string, encryptedLastName: string, encryptedTitle: string, encryptedCategory: string, encryptedImage: string, encryptedRole: string, encryptedBiography: string, encryptedHistory: string, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE `book_characters` SET `first_name`=?,`last_name`=?,`title`=?,`category`=?,`image`=?,`role`=?,`biography`=?,`history`=?, char_meta=? WHERE `character_id`=? AND `user_id`=?', [encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, meta, id, userId]); const result: RunResult = db.run('UPDATE `book_characters` SET `first_name`=?,`last_name`=?,`title`=?,`category`=?,`image`=?,`role`=?,`biography`=?,`history`=? WHERE `character_id`=? AND `user_id`=?', [encryptedName, encryptedLastName, encryptedTitle, encryptedCategory, encryptedImage, encryptedRole, encryptedBiography, encryptedHistory, id, userId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {

24
electron/database/repositories/location.repository.ts
View File

@@ -54,11 +54,11 @@ export default class LocationRepo {
return result; return result;
} }
static insertLocation(userId: string, locationId: string, bookId: string, encryptedName: string, originalName: string, meta: string, lang: 'fr' | 'en' = 'fr'): string { static insertLocation(userId: string, locationId: string, bookId: string, encryptedName: string, originalName: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.run('INSERT INTO book_location (loc_id, book_id, user_id, loc_name, loc_original_name, loc_meta) VALUES (?, ?, ?, ?, ?, ?)', [locationId, bookId, userId, encryptedName, originalName, meta]); result = db.run('INSERT INTO book_location (loc_id, book_id, user_id, loc_name, loc_original_name) VALUES (?, ?, ?, ?, ?)', [locationId, bookId, userId, encryptedName, originalName]);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -75,11 +75,11 @@ export default class LocationRepo {
} }
} }
static insertLocationElement(userId: string, elementId: string, locationId: string, encryptedName: string, originalName: string, meta: string, lang: 'fr' | 'en' = 'fr'): string { static insertLocationElement(userId: string, elementId: string, locationId: string, encryptedName: string, originalName: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.run('INSERT INTO location_element (element_id, location, user_id, element_name, original_name, element_description, element_meta) VALUES (?,?,?,?,?,?,?)', [elementId, locationId, userId, encryptedName, originalName, '', meta]); result = db.run('INSERT INTO location_element (element_id, location, user_id, element_name, original_name, element_description) VALUES (?,?,?,?,?,?)', [elementId, locationId, userId, encryptedName, originalName, '']);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -96,11 +96,11 @@ export default class LocationRepo {
} }
} }
static insertLocationSubElement(userId: string, subElementId: string, elementId: string, encryptedName: string, originalName: string, meta: string, lang: 'fr' | 'en' = 'fr'): string { static insertLocationSubElement(userId: string, subElementId: string, elementId: string, encryptedName: string, originalName: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.run('INSERT INTO location_sub_element (sub_element_id, element_id, user_id, sub_elem_name, original_name, sub_elem_description, sub_elem_meta) VALUES (?,?,?,?,?,?,?)', [subElementId, elementId, userId, encryptedName, originalName, '', meta]); result = db.run('INSERT INTO location_sub_element (sub_element_id, element_id, user_id, sub_elem_name, original_name, sub_elem_description) VALUES (?,?,?,?,?,?)', [subElementId, elementId, userId, encryptedName, originalName, '']);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -117,10 +117,10 @@ export default class LocationRepo {
} }
} }
static updateLocationSubElement(userId: string, id: string, encryptedName: string, originalName: string, encryptDescription: string, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { static updateLocationSubElement(userId: string, id: string, encryptedName: string, originalName: string, encryptDescription: string, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE location_sub_element SET sub_elem_name=?, original_name=?, sub_elem_description=?, sub_elem_meta=? WHERE sub_element_id=? AND user_id=?', [encryptedName, originalName, encryptDescription, meta, id, userId]); const result: RunResult = db.run('UPDATE location_sub_element SET sub_elem_name=?, original_name=?, sub_elem_description=? WHERE sub_element_id=? AND user_id=?', [encryptedName, originalName, encryptDescription, id, userId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -133,10 +133,10 @@ export default class LocationRepo {
} }
} }
static updateLocationElement(userId: string, id: string, encryptedName: string, originalName: string, encryptedDescription: string, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { static updateLocationElement(userId: string, id: string, encryptedName: string, originalName: string, encryptedDescription: string, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE location_element SET element_name=?, original_name=?, element_description=?, element_meta=? WHERE element_id=? AND user_id=?', [encryptedName, originalName, encryptedDescription, meta, id, userId]); const result: RunResult = db.run('UPDATE location_element SET element_name=?, original_name=?, element_description=? WHERE element_id=? AND user_id=?', [encryptedName, originalName, encryptedDescription, id, userId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -149,10 +149,10 @@ export default class LocationRepo {
} }
} }
static updateLocationSection(userId: string, id: string, encryptedName: string, originalName: string, meta: string, lang: 'fr' | 'en' = 'fr'): boolean { static updateLocationSection(userId: string, id: string, encryptedName: string, originalName: string, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE book_location SET loc_name=?, loc_original_name=?, loc_meta=? WHERE loc_id=? AND user_id=?', [encryptedName, originalName, meta, id, userId]); const result: RunResult = db.run('UPDATE book_location SET loc_name=?, loc_original_name=? WHERE loc_id=? AND user_id=?', [encryptedName, originalName, id, userId]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {

99
electron/database/repositories/user.repository.ts
View File

@@ -33,17 +33,6 @@ interface UserResponse {
account_verified: boolean; account_verified: boolean;
} }
export interface UserQueryResponse extends Record<string, SQLiteValue> {
user_id: string;
first_name: string;
last_name: string;
username: string;
email: string;
plateform: string;
accountVerified: boolean;
password: string;
}
export interface UserAccountQuery extends Record<string, SQLiteValue> { export interface UserAccountQuery extends Record<string, SQLiteValue> {
first_name: string; first_name: string;
last_name: string; last_name: string;
@@ -53,77 +42,21 @@ export interface UserAccountQuery extends Record<string, SQLiteValue> {
user_meta: string; user_meta: string;
} }
export interface TOTPQuery extends Record<string, SQLiteValue> {
user_id: number;
email: string;
totp_code: string;
totp_meta: string;
}
export interface PasswordResponse extends Record<string, SQLiteValue> {
user_id: string;
password: string;
}
export interface GuideTourResult extends Record<string, SQLiteValue> { export interface GuideTourResult extends Record<string, SQLiteValue> {
step_tour: string; step_tour: string;
} }
export interface UserSubscription extends Record<string, SQLiteValue> {
user_id: string;
sub_type: string;
sub_tier: number;
start_date: string;
end_date: string;
status: number;
}
export interface UserAPIKeyResult extends Record<string, SQLiteValue> {
brand: AIBrand,
key: string | null,
actif: number
}
export interface UserAiUsageResult extends Record<string, SQLiteValue> {
token_in: string;
token_out: string;
total_price: number;
}
export interface BasicUserCredentials extends Record<string, SQLiteValue> {
user_id: string,
first_name: string,
last_name: string,
username: string,
email: string,
user_meta: string
}
export default class UserRepo { export default class UserRepo {
public static updatePoints(points: number, userId: string, lang: 'fr' | 'en' = 'fr'): void {
try {
const db: Database = System.getDb();
db.run('UPDATE `erit_users` SET `erite_points`=erite_points+? WHERE `user_id`=?', [points, userId]);
} catch (e: unknown) {
if (e instanceof Error) {
console.error(`DB Error: ${e.message}`);
throw new Error(lang === 'fr' ? `Impossible de mettre à jour les points.` : `Unable to update points.`);
} else {
console.error("An unknown error occurred.");
throw new Error(lang === 'fr' ? "Une erreur inconnue s'est produite." : "An unknown error occurred.");
}
}
}
public static insertUser(uuId: string, firstName: string, lastName: string, username: string, originUsername: string, email: string, originEmail: string, password: string, meta: string, socialId: string | null, provider: string, lang: 'fr' | 'en' = 'fr'): string { public static insertUser(uuId: string, firstName: string, lastName: string, username: string, originUsername: string, email: string, originEmail: string, lang: 'fr' | 'en' = 'fr'): string {
let result: RunResult; let result: RunResult;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const query = `INSERT INTO erit_users (user_id, first_name, last_name, username, email, origin_email, const query = `INSERT INTO erit_users (user_id, first_name, last_name, username, email, origin_email,
origin_username, plateform, social_id, password, term_accepted, origin_username, term_accepted,
account_verified, user_meta) account_verified)
VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?, 0, 1, ?)`; VALUES (?, ?, ?, ?, ?, ?, ?, 0, 1)`;
const values: (string | null | number)[] = [uuId, firstName, lastName, username, email, originEmail, originUsername, provider, socialId, password, meta]; const values: (string | null | number)[] = [uuId, firstName, lastName, username, email, originEmail, originUsername];
result = db.run(query, values); result = db.run(query, values);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -145,7 +78,7 @@ export default class UserRepo {
let result; let result;
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
result = db.get('SELECT `first_name`, `last_name`, `username`, `email`, `plateform`, `term_accepted`, `account_verified`, user_meta, author_name, writing_lang, writing_level, erite_points AS rite_points, user_group, credits_balance FROM `erit_users` AS users LEFT JOIN user_preferences AS preference ON users.user_id=preference.user_id WHERE users.user_id=?', [userId]); result = db.get('SELECT `first_name`, `last_name`, `username`, `email`, `plateform`, `term_accepted`, `account_verified`, user_meta, author_name, erite_points AS rite_points, user_group, credits_balance FROM `erit_users` AS users LEFT JOIN user_preferences AS preference ON users.user_id=preference.user_id WHERE users.user_id=?', [userId]);
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
console.error(`DB Error: ${e.message}`); console.error(`DB Error: ${e.message}`);
@@ -161,10 +94,10 @@ export default class UserRepo {
return result as UserInfosQueryResponse; return result as UserInfosQueryResponse;
} }
public static updateUserInfos(userId: string, firstName: string, lastName: string, username: string, originUsername: string, email: string, originEmail: string, userMeta: string, originalAuthorName: string, authorName: string, lang: 'fr' | 'en' = 'fr'): boolean { public static updateUserInfos(userId: string, firstName: string, lastName: string, username: string, originUsername: string, email: string, originEmail: string, originalAuthorName: string, authorName: string, lang: 'fr' | 'en' = 'fr'): boolean {
try { try {
const db: Database = System.getDb(); const db: Database = System.getDb();
const result: RunResult = db.run('UPDATE `erit_users` SET `first_name`=?, `last_name`=?, `username`=?, email=?,`origin_username`=?, user_meta=?, origin_author_name=? ,author_name=? WHERE user_id=? AND `origin_email`=?', [firstName, lastName, username, email, originUsername, userMeta, originalAuthorName, authorName, userId, originEmail]); const result: RunResult = db.run('UPDATE `erit_users` SET `first_name`=?, `last_name`=?, `username`=?, email=?,`origin_username`=?, origin_author_name=? ,author_name=? WHERE user_id=? AND `origin_email`=?', [firstName, lastName, username, email, originUsername, originalAuthorName, authorName, userId, originEmail]);
return result.changes > 0; return result.changes > 0;
} catch (e: unknown) { } catch (e: unknown) {
if (e instanceof Error) { if (e instanceof Error) {
@@ -196,20 +129,4 @@ export default class UserRepo {
} }
return result as UserAccountQuery; return result as UserAccountQuery;
} }
static fetchGuideTour(userId: string, plateforme: string): GuideTourResult[] {
try {
const db: Database = System.getDb();
const result = db.all('SELECT `step_tour` FROM `logs_guide_tour` WHERE user_id=? AND plateforme=?', [userId, plateforme]) as GuideTourResult[];
return result.length > 0 ? result : [];
} catch (e: unknown) {
if (e instanceof Error) {
console.error(e.message);
return [];
} else {
console.error(`Une erreur inconnue est survenue lors de la récupération du guide tour.`);
return [];
}
}
}
} }

15
lib/models/Book.ts
View File

@@ -46,13 +46,14 @@ export interface GuideLine {
} }
export interface GuideLineAI { export interface GuideLineAI {
narrativeType: number; narrativeType: number|null;
dialogueType: number; dialogueType: number|null;
globalResume: string; globalResume: string|null;
atmosphere: string; atmosphere: string|null;
verbeTense: number; verbeTense: number|null;
langue: number; langue: number|null;
themes: string; currentResume: string|null;
themes: string|null;
} }
export interface PlotPoint { export interface PlotPoint {