feat(Tags): implement user-specific tag management and enhance related services

- Added ownerId field to Tag model to associate tags with users.
- Updated tagsService methods to enforce user ownership in tag operations.
- Enhanced API routes to include user authentication and ownership checks for tag retrieval and management.
- Modified seeding script to assign tags to the first user found in the database.
- Updated various components and services to ensure user-specific tag handling throughout the application.

prisma/migrations/20250115120000_add_tag_owner_relation/migration.sql

@@ -0,0 +1,59 @@
+-- Migration pour ajouter ownerId aux tags
+-- Les tags existants seront assignés au premier utilisateur
+-- Cette version préserve les relations TaskTag existantes
+
+-- Étape 1: Ajouter la colonne ownerId temporairement nullable
+ALTER TABLE "tags" ADD COLUMN "ownerId" TEXT;
+
+-- Étape 2: Assigner tous les tags existants au premier utilisateur
+UPDATE "tags" 
+SET "ownerId" = (
+  SELECT "id" FROM "users" 
+  ORDER BY "createdAt" ASC 
+  LIMIT 1
+)
+WHERE "ownerId" IS NULL;
+
+-- Étape 3: Sauvegarder les relations TaskTag existantes avec les noms des tags
+CREATE TEMPORARY TABLE "temp_task_tag_names" AS 
+SELECT tt."taskId", t."name" as "tagName"
+FROM "task_tags" tt
+JOIN "tags" t ON tt."tagId" = t."id";
+
+-- Étape 4: Supprimer les anciennes relations TaskTag
+DELETE FROM "task_tags";
+
+-- Étape 5: Créer la nouvelle table avec ownerId non-nullable
+CREATE TABLE "new_tags" (
+    "id" TEXT NOT NULL PRIMARY KEY,
+    "name" TEXT NOT NULL,
+    "color" TEXT NOT NULL DEFAULT '#6b7280',
+    "isPinned" BOOLEAN NOT NULL DEFAULT false,
+    "ownerId" TEXT NOT NULL,
+    CONSTRAINT "new_tags_ownerId_fkey" FOREIGN KEY ("ownerId") REFERENCES "users" ("id") ON DELETE CASCADE ON UPDATE CASCADE
+);
+
+-- Étape 6: Copier les données des tags
+INSERT INTO "new_tags" ("id", "name", "color", "isPinned", "ownerId")
+SELECT "id", "name", "color", "isPinned", "ownerId" FROM "tags";
+
+-- Étape 7: Supprimer l'ancienne table
+DROP TABLE "tags";
+
+-- Étape 8: Renommer la nouvelle table
+ALTER TABLE "new_tags" RENAME TO "tags";
+
+-- Étape 9: Créer l'index unique pour (name, ownerId)
+CREATE UNIQUE INDEX "tags_name_ownerId_key" ON "tags"("name", "ownerId");
+
+-- Étape 10: Restaurer les relations TaskTag en utilisant les noms des tags
+INSERT INTO "task_tags" ("taskId", "tagId")
+SELECT tt."taskId", t."id" as "tagId"
+FROM "temp_task_tag_names" tt
+JOIN "tags" t ON tt."tagName" = t."name"
+WHERE EXISTS (
+  SELECT 1 FROM "tasks" WHERE "tasks"."id" = tt."taskId"
+);
+
+-- Étape 11: Nettoyer la table temporaire
+DROP TABLE "temp_task_tag_names";

prisma/schema.prisma

@@ -24,6 +24,7 @@ model User {
   notes           Note[]
   dailyCheckboxes DailyCheckbox[]
   tasks           Task[]           @relation("TaskOwner")
+  tags            Tag[]            @relation("TagOwner")
 
   @@map("users")
 }
@@ -63,13 +64,16 @@ model Task {
 
 model Tag {
   id           String    @id @default(cuid())
-  name         String    @unique
+  name         String
   color        String    @default("#6b7280")
   isPinned     Boolean   @default(false)
+  ownerId      String    // Chaque tag appartient à un utilisateur
+  owner        User      @relation("TagOwner", fields: [ownerId], references: [id], onDelete: Cascade)
   taskTags     TaskTag[]
   primaryTasks Task[]    @relation("PrimaryTag")
   noteTags     NoteTag[]
 
+  @@unique([name, ownerId]) // Un nom de tag unique par utilisateur
   @@map("tags")
 }