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L4.2 : paramètre application sur les outils AD et workflow (D26)

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L'application venait de WMS_APPLICATION (partagée par tous les profils) : le
MCP n'interrogeait que EasyWMS, alors que CustomApp porte le spécifique
client (153 workflows CST_ sur ce tenant) et que 9 applications sont
déclarées par Application/GetAll.

Paramètre application (défaut : l'application du profil, comportement
inchangé sans lui) sur get_ad_elements, search_ad_elements,
get_ad_element_details, search_workflows, get_workflow_details,
list_workflow_categories. Clés de cache : ad-service passe par
(application, type), workflow-service par application — sans quoi un appel
CustomApp polluerait le cache EasyWMS. L'invalidation reste l'abonnement
onSwitch (D8), le chargement reste paresseux (aucun préchargement des 9
applications, D10). list_workflow_categories s'adosse à Application/GetAll
(liste allégée en cache : le blob data de chaque application pèse ~100 Ko) ;
get_application_summary regroupe par application et ne détaille que les
entrées en cache (D24), workflows compris. Acté en D26 ; CLAUDE.md mis à
jour (Caches, AD), L4.2 retiré de la ROADMAP.

Vérifications rejouées via le protocole (LIMAGRAIN / LIMAGRAI2512),
requêtes séquentielles :
- search_workflows(CST_, application:CustomApp) -> 5 objets peuplés dont
  CST_SendRejectContainersToPK ([Workflow] Successfully cached 153 workflows
  for "CustomApp").
- get_ad_elements(Workflow, application:CustomApp) -> count 153, éléments
  CST_* ([AD] Successfully cached 153 CustomApp::Workflow).
- Séquence EasyWMS -> CustomApp -> EasyWMS sur search_workflows : 4012 vs
  153, retour en cache hit ([Workflow] Using cached data for "EasyWMS"),
  aucune pollution ; get_application_summary montre les deux caches
  (workflowCachesByApplication EasyWMS 4012 / CustomApp 153).
- Sans paramètre application -> comportement inchangé (W1 = W3).
- switch_wms_profile EUROTRAFIC puis retour -> [Workflow] Cache cleared,
  [AD] All caches invalidated, [EntityResolver] Cache cleared ; summary vide.
- list_workflow_categories -> 9 applications, comptes réels des applications
  chargées.
Baseline : tools/list 23 (les 23 noms répondent), resources 6, rejet D23
d'un paramètre inconnu OK (search_workflows/applikation), npm test 4/4
exit 0.

Anomalie hors périmètre consignée dans ROADMAP.md : get_workflow_details
peut dépasser le seuil de rejet client (~101 800 caractères mesurés sur
CST_SendRejectContainersToPK), comportement antérieur au lot.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
This commit is contained in:
Arthur Ria
2026-08-25 11:24:12 +02:00
parent 706e628715
commit 92de85cf53
7 changed files with 354 additions and 244 deletions
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CLAUDE.md
+16 -9
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@@ -170,13 +170,18 @@ disponibles : c'est ainsi que Claude sait appeler `switch_wms_profile`.
## Caches ## Caches
Deux caches, TTL commun `WORKFLOW_CACHE_TTL` (3 600 000 ms), chargement TTL commun `WORKFLOW_CACHE_TTL` (3 600 000 ms), chargement paresseux, vidés à
paresseux, vidés à chaque bascule de profil (D10). chaque bascule de profil (D10). Les outils AD et workflow acceptent un
paramètre **`application`** (défaut : l'application du profil) — les clés de
cache incluent l'application pour éviter toute pollution croisée (D26).
| Cache | Granularité | Pagination | | Cache | Granularité | Pagination |
|---|---|---| |---|---|---|
| `workflow-service` | global (~3 700 workflows) | `WORKFLOW_PAGE_SIZE`, 5000 | | `workflow-service` | **un par application** (~4 000 EasyWMS, 153 CustomApp) + liste allégée d'`Application/GetAll` | `WORKFLOW_PAGE_SIZE`, 5000 |
| `ad-service` | **un par type** (20 types) | `AD_ELEMENT_TYPES` : `View` 200, `Workflow` 5000, `Resource` 15000, autres 100000 | | `ad-service` | **un par (application, type)** (20 types) | `AD_ELEMENT_TYPES` : `View` 200, `Workflow` 5000, `Resource` 15000, autres 100000 |
**Ne préchargez jamais les 9 applications** : seule l'application demandée est
chargée (D26).
Les tailles de page par type viennent de l'observation des timeouts serveur — Les tailles de page par type viennent de l'observation des timeouts serveur —
ne les augmentez pas à l'aveugle. ne les augmentez pas à l'aveugle.
@@ -235,11 +240,13 @@ pluriel), `Tasks`, `Stocks`, `ProductLocations`, `InboundOrders`, `Receptions`,
confondues) s'obtient par `get_entity_metadata` (API Metadata) — le catalogue confondues) s'obtient par `get_entity_metadata` (API Metadata) — le catalogue
de la resource `wms://entities` est un raccourci de confort, pas la référence. de la resource `wms://entities` est un raccourci de confort, pas la référence.
**Application Dictionary** : 20 types, ~38 800 éléments. `Resource` (29 374) est **Application Dictionary** : 20 types, ~38 800 éléments (sur `EasyWMS`).
de loin le plus lourd ; 3 types sont valides mais vides (`Dashboard`, `Resource` (29 374) est de loin le plus lourd ; 3 types sont valides mais vides
`TimelineTemplate`, `Toggle`). `WorkflowAction` et `WritingModel` ont été (`Dashboard`, `TimelineTemplate`, `Toggle`). `WorkflowAction` et `WritingModel`
retirés — 404 (D17). Détail : ont été retirés — 404 (D17). Détail :
[docs/ad-api-validation.md](docs/ad-api-validation.md). [docs/ad-api-validation.md](docs/ad-api-validation.md). 9 applications AD sont
déclarées ; **`CustomApp` porte le spécifique client** (workflows `CST_*`) et
s'interroge via le paramètre `application` des outils AD et workflow (D26).
**Paramètres système** : pas d'entité `CommandParameterData`. La configuration **Paramètres système** : pas d'entité `CommandParameterData`. La configuration
se lit dans `Parameter` (+ `DefaultValue`) et `ParamValue` (surcharges par se lit dans `Parameter` (+ `DefaultValue`) et `ParamValue` (surcharges par
DECISIONS.md
+49
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@@ -519,3 +519,52 @@ Modalités :
repli « Metadata injoignable »), car le modèle Writing/Metrics peut contenir repli « Metadata injoignable »), car le modèle Writing/Metrics peut contenir
des entités hors Reading. Le `warning` est conservé aussi dans la réponse des entités hors Reading. Le `warning` est conservé aussi dans la réponse
d'erreur si le WMS échoue ensuite. d'erreur si le WMS échoue ensuite.
---
## D26 — Paramètre `application` : caches par application, chargement toujours paresseux
**Contexte (mesures des 24-25/08/2026, `LIMAGRAI2512`).** L'application
interrogée venait de `WMS_APPLICATION` (partagée par tous les profils) : le MCP
ne voyait que `EasyWMS`. Or `POST /AD/api/Application/GetAll` déclare **9
applications**, et **CustomApp porte le spécifique client** (153 workflows
`CST_*` sur ce tenant) — précisément ce qu'on cherche en debug. Les 11 entités
`CustomApp` ne sont requêtables dans aucun contexte : l'API AD est le seul
accès au spécifique client.
**Décision.** Un paramètre `application` (défaut : l'application du profil,
donc comportement strictement inchangé sans lui) sur six outils :
`get_ad_elements`, `search_ad_elements`, `get_ad_element_details`,
`search_workflows`, `get_workflow_details`, `list_workflow_categories`.
**Contrat de cache.**
| Service | Clé avant | Clé après |
|---|---|---|
| `ad-service` | un cache par type | un cache par **(application, type)** (`app::type`) |
| `workflow-service` | un cache global | un cache par **application** |
Sans ces clés, un appel CustomApp polluerait le cache EasyWMS du même type.
Règles associées :
- **L'invalidation reste l'abonnement `onSwitch()`** (D8) : la bascule de
profil vide **tous** les caches, toutes applications confondues. Aucune
invalidation manuelle inter-module.
- **Pas de préchargement des 9 applications** (D10) : seule l'application
effectivement demandée est chargée — le type `Resource` pèse 29 374 éléments
sur la seule EasyWMS.
- `workflow-service` cache aussi la liste de `Application/GetAll`, **allégée**
(`name`, `id`, `version`) : chaque élément de la réponse brute embarque un
blob `data` de ~100 Ko (la définition EasyBuilder complète) qu'on ne
conserve pas.
- `list_workflow_categories` est adossé à `Application/GetAll` (les 9
applications) et non plus aux `applicationName` du seul cache actif. La note
de L1.3 reste vraie — pas de champ catégorie ; les comptes de workflows ne
sont affichés que pour les applications déjà chargées (paresseux). Le
paramètre `category` de `search_workflows` (filtre sur `applicationName`)
subsiste : `application` choisit le jeu chargé, `category` filtre dedans —
leur articulation est documentée dans les descriptions.
- `get_application_summary` regroupe l'état par application puis par type et
ne détaille que les entrées **effectivement en cache** : la sortie reste
bornée quel que soit le nombre d'applications interrogées (D24). Il expose
aussi les caches de workflows par application.
ROADMAP.md
+7 -52
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@@ -25,58 +25,6 @@ exploration à part — c'est probablement là que vivent les données agrégée
produites par les jobs `MetricGatherer`. Livrable : un rapport, pas du code produites par les jobs `MetricGatherer`. Livrable : un rapport, pas du code
(même phase d'investigation que L4.4). (même phase d'investigation que L4.4).
### L4.2 — Une seule application sur neuf est visible
`Application` vient de `WMS_APPLICATION` dans `.env`, **partagé par tous les
profils**, sans surcharge par appel ni paramètre d'outil. Le MCP n'interroge donc
jamais que `EasyWMS`.
`POST /AD/api/Application/GetAll` en déclare **9** :
| Application | Workflows | Queries | Entities |
|---|---:|---:|---:|
| EasyWMS | 4012 | 2239 | 338 |
| **CustomApp** | **153** | **54** | **11** |
| AGV | 71 | 14 | 5 |
| Notifications | 26 | 35 | 24 |
| GalileoFaults | 9 | 20 | 24 |
| Common | 1 | 7 | 25 |
| SmartUI, User, WarehouseWebDesigner | 0 | 0–8 | 0 |
**CustomApp porte le spécifique client** — ses workflows sont préfixés `CST_`
(`CST_SendRejectContainersToPK`, `CST_Task`, `CST_Container`…). C'est
précisément ce qu'on cherche en debug, et c'est aujourd'hui invisible. Au total
**260 workflows et ~130 queries** hors périmètre.
Deux chantiers de difficulté très différentes :
**API AD — simple.** L'application est un champ du payload
(`[application, tenant, pageSize, offset]`). Vérifié : `["CustomApp", tenant,
5, 0]` sur `/Workflow/GetByApplication` renvoie bien les workflows `CST_`. Il
suffit d'un paramètre `application` sur les outils AD et workflow, avec une clé
de cache incluant l'application (sinon un cache pollué mélange les
applications).
**QueryExecute — tranché : le champ `Application` ne partitionne rien.**
`Context.AgvTasks` (entité de l'application AGV) répond aussi bien avec
`Application: "AGV"` qu'avec `Application: "EasyWMS"`. Le contexte de lecture est
**commun au tenant** : toutes les applications y déversent leurs entités.
Conséquence — traitée : la table de résolution (D21) **agrège le Metadata de
toutes les applications** déployées, et non le seul `EasyWMS`. Inutile en
revanche d'ajouter un paramètre `application` à `QueryExecute` : il ne changerait
rien.
**Les entités `CustomApp` ne sont interrogeables dans aucun contexte.** Les 11
entités `CST_` ont été testées sous les quatre `QueryType`, au singulier et au
pluriel : échec partout, et `Metadata/Entities` comme `Metadata/EntitiesAll`
renvoient **0 entité** pour `CustomApp`. Aucune n'est marquée
`isDataWarehouse`. Ce sont des définitions EasyBuilder (`FromMetadata: false`)
sans projection dans un contexte requêtable.
**L'API AD reste donc le seul accès au spécifique client** — ce qui rend le
paramètre `application` sur les outils AD et workflow d'autant plus utile.
### L4.3 — Identifier le MCP dans les logs du WMS ### L4.3 — Identifier le MCP dans les logs du WMS
Les requêtes du MCP apparaissent dans les logs du WMS sous Les requêtes du MCP apparaissent dans les logs du WMS sous
@@ -170,6 +118,13 @@ plus riche que `/AD/api/Application/GetAll`), `GET /healthcheck?tenantCode=` et
début de chaque appel). début de chaque appel).
- **`select_expression`** : les projections via le paramètre `Select` provoquent - **`select_expression`** : les projections via le paramètre `Select` provoquent
des erreurs de compilation côté serveur (D13). Irritant principal restant. des erreurs de compilation côté serveur (D13). Irritant principal restant.
- **`get_workflow_details` peut dépasser le seuil de rejet client** (constaté
le 25/08/2026, livraison du lot 4). La définition complète de
`CST_SendRejectContainersToPK` (application `CustomApp`) fait ~101 800
caractères via le protocole — au-delà du seuil de rejet mesuré en D24
(~70 000). Comportement antérieur au lot 4 (les grosses définitions
`EasyWMS` sont dans le même cas) : à borner et signaler (`truncated`/`hint`,
D24) dans un lot futur.
- **Déploiement SSH sur la VM** : l'exécutable est validé, la configuration SSH - **Déploiement SSH sur la VM** : l'exécutable est validé, la configuration SSH
reste à faire. reste à faire.
- **Historique des shipment templates** : hors de portée, les logs concernés - **Historique des shipment templates** : hors de portée, les logs concernés
src/services/ad-service.js
+81 -54
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@@ -7,11 +7,26 @@
const apiService = require('./api-service').getInstance(); const apiService = require('./api-service').getInstance();
const profileManager = require('../config/profile-manager'); const profileManager = require('../config/profile-manager');
// Cache state - one cache per element type // Cache state - one cache per (application, element type) (D26)
const cache = {}; const cache = {};
const cacheTimestamps = {}; const cacheTimestamps = {};
const CACHE_TTL = parseInt(process.env.WORKFLOW_CACHE_TTL) || 3600000; // 1 hour const CACHE_TTL = parseInt(process.env.WORKFLOW_CACHE_TTL) || 3600000; // 1 hour
/**
* Application effective : celle demandée, sinon celle du profil actif.
*/
function resolveApplication(application) {
return (application && application.trim()) || profileManager.getCurrent().application;
}
/**
* Clé de cache composite (D26) — sans elle, un appel CustomApp polluerait le
* cache EasyWMS du même type.
*/
function cacheKey(application, elementType) {
return `${application}::${elementType}`;
}
// Invalidate all caches when profile changes — AD elements are per-tenant. // Invalidate all caches when profile changes — AD elements are per-tenant.
profileManager.onSwitch(() => invalidateCache()); profileManager.onSwitch(() => invalidateCache());
@@ -44,51 +59,55 @@ const AD_ELEMENT_TYPES = {
}; };
/** /**
* Check if cache is valid for a given element type * Check if cache is valid for a given (application, element type)
*/ */
function isCacheValid(elementType) { function isCacheValid(application, elementType) {
if (!cache[elementType] || !cacheTimestamps[elementType]) { const key = cacheKey(application, elementType);
if (!cache[key] || !cacheTimestamps[key]) {
return false; return false;
} }
const now = Date.now(); const now = Date.now();
const age = now - cacheTimestamps[elementType]; const age = now - cacheTimestamps[key];
return age < CACHE_TTL; return age < CACHE_TTL;
} }
/** /**
* Get all elements of a specific type from AD API * Get all elements of a specific type from AD API
* Implements lazy loading with caching and pagination * Implements lazy loading with caching and pagination.
* Lazy par application (D26) : seule l'application demandée est chargée.
* *
* @param {string} elementType - Type of element (Command, Query, Dialog, etc.) * @param {string} elementType - Type of element (Command, Query, Dialog, etc.)
* @param {string} [application] - Application AD (défaut : profil actif)
* @returns {Promise<Array>} Array of elements * @returns {Promise<Array>} Array of elements
*/ */
async function getElements(elementType) { async function getElements(elementType, application) {
// Validate element type // Validate element type
if (!AD_ELEMENT_TYPES[elementType]) { if (!AD_ELEMENT_TYPES[elementType]) {
throw new Error(`Unknown element type: ${elementType}. Valid types: ${Object.keys(AD_ELEMENT_TYPES).join(', ')}`); throw new Error(`Unknown element type: ${elementType}. Valid types: ${Object.keys(AD_ELEMENT_TYPES).join(', ')}`);
} }
const app = resolveApplication(application);
const key = cacheKey(app, elementType);
// Check cache // Check cache
if (isCacheValid(elementType)) { if (isCacheValid(app, elementType)) {
console.error(`[AD] Cache hit: ${elementType} (${cache[elementType].length} elements)`); console.error(`[AD] Cache hit: ${key} (${cache[key].length} elements)`);
return cache[elementType]; return cache[key];
} }
console.error(`[AD] Cache expired or empty, fetching ${elementType}...`); console.error(`[AD] Cache expired or empty, fetching ${key}...`);
try { try {
let allElements = []; let allElements = [];
let offset = 0; let offset = 0;
const pageSize = AD_ELEMENT_TYPES[elementType]; const pageSize = AD_ELEMENT_TYPES[elementType];
const profile = profileManager.getCurrent(); const tenant = profileManager.getCurrent().tenant;
const application = profile.application;
const tenant = profile.tenant;
while (true) { while (true) {
const body = [application, tenant, pageSize, offset]; const body = [app, tenant, pageSize, offset];
console.error(`[AD] Fetching ${elementType}: offset=${offset}, pageSize=${pageSize}`); console.error(`[AD] Fetching ${key}: offset=${offset}, pageSize=${pageSize}`);
// Use AD API (useAdApi=true) // Use AD API (useAdApi=true)
const response = await apiService.post(`/${elementType}/GetByApplication`, body, true); const response = await apiService.post(`/${elementType}/GetByApplication`, body, true);
@@ -115,14 +134,14 @@ async function getElements(elementType) {
} }
// Update cache // Update cache
cache[elementType] = allElements; cache[key] = allElements;
cacheTimestamps[elementType] = Date.now(); cacheTimestamps[key] = Date.now();
console.error(`[AD] Successfully cached ${allElements.length} ${elementType}`); console.error(`[AD] Successfully cached ${allElements.length} ${key}`);
return allElements; return allElements;
} catch (error) { } catch (error) {
console.error(`[AD] Error fetching ${elementType}:`, error.message); console.error(`[AD] Error fetching ${key}:`, error.message);
throw new Error(`Failed to fetch ${elementType}: ${error.message}`); throw new Error(`Failed to fetch ${elementType} for application "${app}": ${error.message}`);
} }
} }
@@ -131,9 +150,10 @@ async function getElements(elementType) {
* @param {string} elementType - Type of element * @param {string} elementType - Type of element
* @param {string} query - Search query (matches name, description, etc.) * @param {string} query - Search query (matches name, description, etc.)
* @param {number} limit - Maximum results to return * @param {number} limit - Maximum results to return
* @param {string} [application] - Application AD (défaut : profil actif)
*/ */
async function searchElements(elementType, query, limit = 50) { async function searchElements(elementType, query, limit = 50, application) {
const elements = await getElements(elementType); const elements = await getElements(elementType, application);
if (!query) { if (!query) {
return elements.slice(0, limit); return elements.slice(0, limit);
@@ -157,9 +177,10 @@ async function searchElements(elementType, query, limit = 50) {
* Get element details by ID or name * Get element details by ID or name
* @param {string} elementType - Type of element * @param {string} elementType - Type of element
* @param {string|number} elementId - Element ID or name * @param {string|number} elementId - Element ID or name
* @param {string} [application] - Application AD (défaut : profil actif)
*/ */
async function getElementDetails(elementType, elementId) { async function getElementDetails(elementType, elementId, application) {
const elements = await getElements(elementType); const elements = await getElements(elementType, application);
// Try to find by Id, id, Code, code, Name, or name // Try to find by Id, id, Code, code, Name, or name
const element = elements.find(e => const element = elements.find(e =>
@@ -174,45 +195,49 @@ async function getElementDetails(elementType, elementId) {
); );
if (!element) { if (!element) {
throw new Error(`${elementType} not found: ${elementId}`); const app = resolveApplication(application);
throw new Error(
`${elementType} not found: ${elementId} (application "${app}"). ` +
`Utilisez search_ad_elements — pensez au paramètre application ` +
`(ex: "CustomApp" pour le spécifique client).`
);
} }
return element; return element;
} }
/** /**
* Get application summary (count of each element type) * Get application summary — état des caches par (application, type) (D26).
* Only loads types that are already cached to avoid long wait times * Seules les entrées effectivement en cache sont détaillées, pour rester
* borné quel que soit le nombre d'applications interrogées (D24).
* @returns {Object} application -> type -> { count, cacheAge }
*/ */
function getApplicationSummary() { function getApplicationSummary() {
const summary = {}; const byApplication = {};
Object.keys(AD_ELEMENT_TYPES).forEach(type => { Object.keys(cache).forEach(key => {
if (cache[type]) { const [app, type] = key.split('::');
summary[type] = { if (!byApplication[app]) byApplication[app] = {};
count: cache[type].length, byApplication[app][type] = {
cached: true, count: cache[key].length,
cacheAge: cacheTimestamps[type] ? Math.floor((Date.now() - cacheTimestamps[type]) / 1000) : null cacheAge: cacheTimestamps[key] ? Math.floor((Date.now() - cacheTimestamps[key]) / 1000) : null
}; };
} else {
summary[type] = {
count: 0,
cached: false,
cacheAge: null
};
}
}); });
return summary; return byApplication;
} }
/** /**
* Invalidate cache for a specific type or all types * Invalidate cache for a specific type (across all applications) or all types
*/ */
function invalidateCache(elementType = null) { function invalidateCache(elementType = null) {
if (elementType) { if (elementType) {
delete cache[elementType]; Object.keys(cache)
delete cacheTimestamps[elementType]; .filter(k => k.endsWith(`::${elementType}`))
.forEach(k => {
delete cache[k];
delete cacheTimestamps[k];
});
console.error(`[AD] Cache invalidated: ${elementType}`); console.error(`[AD] Cache invalidated: ${elementType}`);
} else { } else {
Object.keys(cache).forEach(k => { Object.keys(cache).forEach(k => {
@@ -224,17 +249,19 @@ function invalidateCache(elementType = null) {
} }
/** /**
* Get cache status * Get cache status, par application puis type (D26)
*/ */
function getCacheStatus() { function getCacheStatus() {
const status = {}; const status = {};
Object.keys(AD_ELEMENT_TYPES).forEach(type => { Object.keys(cache).forEach(key => {
status[type] = { const [app, type] = key.split('::');
cached: !!cache[type], if (!status[app]) status[app] = {};
count: cache[type] ? cache[type].length : 0, status[app][type] = {
timestamp: cacheTimestamps[type], cached: true,
age: cacheTimestamps[type] ? Math.floor((Date.now() - cacheTimestamps[type]) / 1000) : null, count: cache[key].length,
valid: isCacheValid(type) timestamp: cacheTimestamps[key],
age: cacheTimestamps[key] ? Math.floor((Date.now() - cacheTimestamps[key]) / 1000) : null,
valid: isCacheValid(app, type)
}; };
}); });
return status; return status;
src/services/workflow-service.js
+104 -76
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@@ -2,14 +2,19 @@
* Workflow Service * Workflow Service
* Handles workflow fetching with lazy loading and caching * Handles workflow fetching with lazy loading and caching
* Workflows are only loaded when first requested (not at startup) * Workflows are only loaded when first requested (not at startup)
*
* Un cache par application (D26) : le paramètre `application` des outils
* sélectionne l'application AD interrogée (défaut : celle du profil actif).
*/ */
const apiService = require('./api-service').getInstance(); const apiService = require('./api-service').getInstance();
const profileManager = require('../config/profile-manager'); const profileManager = require('../config/profile-manager');
// Cache state // Cache state — un cache de workflows par application (D26)
let workflowCache = null; let workflowCaches = {}; // application -> workflows[]
let cacheTimestamp = null; let cacheTimestamps = {}; // application -> timestamp
let applicationsCache = null; // liste allégée de POST /Application/GetAll
let applicationsTimestamp = null;
const CACHE_TTL = parseInt(process.env.WORKFLOW_CACHE_TTL) || 3600000; // 1 hour in milliseconds const CACHE_TTL = parseInt(process.env.WORKFLOW_CACHE_TTL) || 3600000; // 1 hour in milliseconds
// Clear cache when profile changes — workflows are per-tenant, so the previous // Clear cache when profile changes — workflows are per-tenant, so the previous
@@ -17,43 +22,52 @@ const CACHE_TTL = parseInt(process.env.WORKFLOW_CACHE_TTL) || 3600000; // 1 hour
profileManager.onSwitch(() => clearCache()); profileManager.onSwitch(() => clearCache());
/** /**
* Check if cache is still valid * Application effective : celle demandée, sinon celle du profil actif.
*/ */
function isCacheValid() { function resolveApplication(application) {
if (!workflowCache || !cacheTimestamp) { return (application && application.trim()) || profileManager.getCurrent().application;
}
/**
* Check if cache is still valid for an application
*/
function isCacheValid(application) {
if (!workflowCaches[application] || !cacheTimestamps[application]) {
return false; return false;
} }
const now = Date.now(); const age = Date.now() - cacheTimestamps[application];
const age = now - cacheTimestamp;
return age < CACHE_TTL; return age < CACHE_TTL;
} }
/** /**
* Fetch all workflows from API with pagination * Fetch all workflows of an application from API with pagination.
* Uses high page size (5000) to minimize API calls * Uses high page size (5000) to minimize API calls.
* Lazy : seule l'application effectivement demandée est chargée (D26) — ne
* jamais précharger les 9 applications.
* @param {string} [application] - Application AD (défaut : profil actif)
*/ */
async function fetchAllWorkflows() { async function fetchAllWorkflows(application) {
const app = resolveApplication(application);
// Check cache validity // Check cache validity
if (isCacheValid()) { if (isCacheValid(app)) {
console.error('[Workflow] Using cached data'); console.error(`[Workflow] Using cached data for "${app}"`);
return workflowCache; return workflowCaches[app];
} }
console.error('[Workflow] Cache expired or empty, fetching from API...'); console.error(`[Workflow] Cache expired or empty for "${app}", fetching from API...`);
try { try {
let allWorkflows = []; let allWorkflows = [];
let offset = 0; let offset = 0;
const pageSize = parseInt(process.env.WORKFLOW_PAGE_SIZE) || 5000; const pageSize = parseInt(process.env.WORKFLOW_PAGE_SIZE) || 5000;
const profile = profileManager.getCurrent(); const tenant = profileManager.getCurrent().tenant;
const application = profile.application;
const tenant = profile.tenant;
while (true) { while (true) {
const body = [application, tenant, pageSize, offset]; const body = [app, tenant, pageSize, offset];
console.error(`[Workflow] Fetching page: offset=${offset}, pageSize=${pageSize}`); console.error(`[Workflow] Fetching page: application=${app}, offset=${offset}, pageSize=${pageSize}`);
// Use AD API (useAdApi=true) // Use AD API (useAdApi=true)
const response = await apiService.post('/Workflow/GetByApplication', body, true); const response = await apiService.post('/Workflow/GetByApplication', body, true);
@@ -80,17 +94,45 @@ async function fetchAllWorkflows() {
} }
// Update cache // Update cache
workflowCache = allWorkflows; workflowCaches[app] = allWorkflows;
cacheTimestamp = Date.now(); cacheTimestamps[app] = Date.now();
console.error(`[Workflow] Successfully cached ${allWorkflows.length} workflows`); console.error(`[Workflow] Successfully cached ${allWorkflows.length} workflows for "${app}"`);
return allWorkflows; return allWorkflows;
} catch (error) { } catch (error) {
console.error('[Workflow] Error fetching workflows:', error.message); console.error(`[Workflow] Error fetching workflows for "${app}":`, error.message);
throw new Error(`Failed to fetch workflows: ${error.message}`); throw new Error(`Failed to fetch workflows for application "${app}": ${error.message}`);
} }
} }
/**
* Liste les applications déclarées (POST /Application/GetAll, payload null).
* La réponse est une enveloppe { entities: [...] } (D4) dont chaque élément
* porte un blob `data` volumineux — on ne conserve que les champs légers.
* Cache TTL commun, vidé au switch de profil.
* @returns {Promise<Array<{name: string, id: string, version: number}>>}
*/
async function fetchApplications() {
if (applicationsCache && applicationsTimestamp &&
Date.now() - applicationsTimestamp < CACHE_TTL) {
return applicationsCache;
}
console.error('[Workflow] Fetching application list (Application/GetAll)...');
const response = await apiService.post('/Application/GetAll', null, true);
const entities = response?.entities || [];
applicationsCache = entities.map(a => ({
name: a.name || a.Name,
id: a.id || a.Id,
version: a.version ?? a.Version,
})).filter(a => a.name);
applicationsTimestamp = Date.now();
console.error(`[Workflow] Cached ${applicationsCache.length} application(s)`);
return applicationsCache;
}
/** /**
* Search workflows by query string. * Search workflows by query string.
* Real AD keys (lowercase, cf. D5): id, name, version, applicationName, * Real AD keys (lowercase, cf. D5): id, name, version, applicationName,
@@ -99,9 +141,10 @@ async function fetchAllWorkflows() {
* @param {string|null} category - Optional applicationName filter (the only * @param {string|null} category - Optional applicationName filter (the only
* grouping the AD API provides) * grouping the AD API provides)
* @param {number} limit - Maximum results to return * @param {number} limit - Maximum results to return
* @param {string} [application] - Application AD interrogée (défaut : profil)
*/ */
async function searchWorkflows(query, category = null, limit = 50) { async function searchWorkflows(query, category = null, limit = 50, application) {
const workflows = await fetchAllWorkflows(); const workflows = await fetchAllWorkflows(application);
let results = workflows; let results = workflows;
@@ -130,15 +173,17 @@ async function searchWorkflows(query, category = null, limit = 50) {
/** /**
* Get workflow details by ID * Get workflow details by ID
* @param {string|number} workflowId - Workflow ID * @param {string|number} workflowId - Workflow ID
* @param {string} [application] - Application AD interrogée (défaut : profil)
*/ */
async function getWorkflowDetails(workflowId) { async function getWorkflowDetails(workflowId, application) {
// Garde d'entrée : sans elle, un workflow_id absent matchait le premier // Garde d'entrée : sans elle, un workflow_id absent matchait le premier
// workflow du cache (undefined === undefined sur les clés mortes ci-dessous). // workflow du cache (undefined === undefined sur les clés mortes ci-dessous).
if (workflowId == null || workflowId === '') { if (workflowId == null || workflowId === '') {
throw new Error('workflow_id est requis (id ou nom exact du workflow). Utilisez search_workflows pour le trouver.'); throw new Error('workflow_id est requis (id ou nom exact du workflow). Utilisez search_workflows pour le trouver.');
} }
const workflows = await fetchAllWorkflows(); const app = resolveApplication(application);
const workflows = await fetchAllWorkflows(app);
// Clés réelles de l'API AD (minuscules, D5) : id, name. Les variantes // Clés réelles de l'API AD (minuscules, D5) : id, name. Les variantes
// Id/Code/Name n'existent pas sur ces objets — les comparer faisait matcher // Id/Code/Name n'existent pas sur ces objets — les comparer faisait matcher
@@ -149,82 +194,65 @@ async function getWorkflowDetails(workflowId) {
); );
if (!workflow) { if (!workflow) {
throw new Error(`Workflow not found: ${workflowId}. Utilisez search_workflows pour trouver l'id ou le nom exact.`); throw new Error(
`Workflow not found: ${workflowId} (application "${app}"). ` +
`Utilisez search_workflows pour trouver l'id ou le nom exact — ` +
`pensez au paramètre application (ex: "CustomApp" pour le spécifique client).`
);
} }
return workflow; return workflow;
} }
/** /**
* List distinct applicationName values. * Get workflow statistics for one application
* Workflows have no category field — applicationName is the only grouping the * @param {string} [application] - Application AD interrogée (défaut : profil)
* AD API provides, and every workflow of the active application carries the
* same value (e.g. "EasyWMS").
*/ */
async function listWorkflowCategories() { async function getWorkflowStats(application) {
const workflows = await fetchAllWorkflows(); const app = resolveApplication(application);
const workflows = await fetchAllWorkflows(app);
const categories = new Set();
workflows.forEach(w => {
const applicationName = w.applicationName || w.ApplicationName;
if (applicationName) {
categories.add(applicationName);
}
});
// Sort alphabetically
return Array.from(categories).sort();
}
/**
* Get workflow statistics
*/
async function getWorkflowStats() {
const workflows = await fetchAllWorkflows();
const categories = await listWorkflowCategories();
// Count workflows per applicationName (the only grouping in the data)
const categoryCounts = {};
workflows.forEach(w => {
const cat = w.applicationName || w.ApplicationName || '(unknown)';
categoryCounts[cat] = (categoryCounts[cat] || 0) + 1;
});
return { return {
application: app,
total: workflows.length, total: workflows.length,
categories: categories.length, cacheAge: cacheTimestamps[app] ? Math.floor((Date.now() - cacheTimestamps[app]) / 1000) : null
categoryCounts,
cacheAge: cacheTimestamp ? Math.floor((Date.now() - cacheTimestamp) / 1000) : null
}; };
} }
/** /**
* Clear workflow cache (force refresh on next request) * Clear workflow caches (force refresh on next request) — toutes applications.
*/ */
function clearCache() { function clearCache() {
workflowCache = null; workflowCaches = {};
cacheTimestamp = null; cacheTimestamps = {};
applicationsCache = null;
applicationsTimestamp = null;
console.error('[Workflow] Cache cleared'); console.error('[Workflow] Cache cleared');
} }
/** /**
* Get cache status * Get cache status, per application (D26)
* @returns {Object} application -> { cached, count, timestamp, age, valid }
*/ */
function getCacheStatus() { function getCacheStatus() {
return { const status = {};
cached: workflowCache !== null, Object.keys(workflowCaches).forEach(app => {
count: workflowCache ? workflowCache.length : 0, status[app] = {
timestamp: cacheTimestamp, cached: true,
age: cacheTimestamp ? Math.floor((Date.now() - cacheTimestamp) / 1000) : null, count: workflowCaches[app].length,
valid: isCacheValid() timestamp: cacheTimestamps[app],
age: cacheTimestamps[app] ? Math.floor((Date.now() - cacheTimestamps[app]) / 1000) : null,
valid: isCacheValid(app)
}; };
});
return status;
} }
module.exports = { module.exports = {
fetchAllWorkflows, fetchAllWorkflows,
fetchApplications,
searchWorkflows, searchWorkflows,
getWorkflowDetails, getWorkflowDetails,
listWorkflowCategories,
getWorkflowStats, getWorkflowStats,
clearCache, clearCache,
getCacheStatus getCacheStatus
src/tools/ad-tools.js
+46 -31
View File
@@ -4,6 +4,7 @@
*/ */
const adService = require('../services/ad-service'); const adService = require('../services/ad-service');
const workflowService = require('../services/workflow-service');
/** /**
* List available AD tools * List available AD tools
@@ -12,7 +13,7 @@ function listTools() {
return [ return [
{ {
name: 'get_application_summary', name: 'get_application_summary',
description: 'Get summary of Application Dictionary elements. Shows count of cached elements per type (Commands, Queries, Dialogs, Views, etc.). Only counts already-loaded types to avoid long waits.', description: 'Get summary of Application Dictionary caches, grouped by application then element type (D26), plus the per-application workflow caches. Only already-loaded entries are detailed to avoid long waits.',
inputSchema: { inputSchema: {
type: 'object', type: 'object',
additionalProperties: false, additionalProperties: false,
@@ -21,7 +22,7 @@ function listTools() {
}, },
{ {
name: 'get_ad_elements', name: 'get_ad_elements',
description: 'Get all elements of a specific type from Application Dictionary. Supports: Command, Query, Dialog, View, Entity, Event, Hook, Report, Dashboard, and 11 other types (20 total). Elements are lazy-loaded and cached for 1 hour.', description: 'Get all elements of a specific type from Application Dictionary. Supports: Command, Query, Dialog, View, Entity, Event, Hook, Report, Dashboard, and 11 other types (20 total). Elements are lazy-loaded and cached for 1 hour, per (application, type).',
inputSchema: { inputSchema: {
type: 'object', type: 'object',
additionalProperties: false, additionalProperties: false,
@@ -35,6 +36,10 @@ function listTools() {
description: 'Maximum number of elements to return (default: 100, max: 1000)', description: 'Maximum number of elements to return (default: 100, max: 1000)',
default: 100, default: 100,
}, },
application: {
type: 'string',
description: 'AD application to query (default: the active profile\'s application, usually EasyWMS). Client-specific elements live in "CustomApp" (CST_* prefix). Full list via list_workflow_categories.',
},
}, },
required: ['element_type'], required: ['element_type'],
}, },
@@ -59,6 +64,10 @@ function listTools() {
description: 'Maximum results (default: 50)', description: 'Maximum results (default: 50)',
default: 50, default: 50,
}, },
application: {
type: 'string',
description: 'AD application to search in (default: the active profile\'s application, usually EasyWMS). Client-specific elements live in "CustomApp" (CST_* prefix).',
},
}, },
required: ['element_type', 'query'], required: ['element_type', 'query'],
}, },
@@ -78,6 +87,10 @@ function listTools() {
type: 'string', type: 'string',
description: 'Element ID or name', description: 'Element ID or name',
}, },
application: {
type: 'string',
description: 'AD application the element belongs to (default: the active profile\'s application, usually EasyWMS). Client-specific elements live in "CustomApp" (CST_* prefix).',
},
}, },
required: ['element_type', 'element_id'], required: ['element_type', 'element_id'],
}, },
@@ -140,23 +153,22 @@ async function executeTool(name, args) {
async function getApplicationSummaryTool(args) { async function getApplicationSummaryTool(args) {
console.error('[ADTools] Getting application summary'); console.error('[ADTools] Getting application summary');
const summary = adService.getApplicationSummary(); // État par (application, type) — seules les entrées en cache sont
// détaillées, la sortie reste bornée quel que soit le nombre
// d'applications interrogées (D24, D26).
const adByApplication = adService.getApplicationSummary();
const workflowsByApplication = workflowService.getCacheStatus();
// Calculate totals let cachedEntries = 0;
let totalCached = 0;
let totalElements = 0; let totalElements = 0;
const cachedTypes = []; Object.values(adByApplication).forEach(types => {
const uncachedTypes = []; Object.values(types).forEach(info => {
cachedEntries++;
Object.entries(summary).forEach(([type, info]) => {
if (info.cached) {
totalCached++;
totalElements += info.count; totalElements += info.count;
cachedTypes.push(type);
} else {
uncachedTypes.push(type);
}
}); });
});
const availableTypes = adService.getAvailableTypes();
return { return {
content: [{ content: [{
@@ -164,14 +176,14 @@ async function getApplicationSummaryTool(args) {
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
summary: { summary: {
totalTypes: Object.keys(summary).length, availableTypes: availableTypes.length,
cachedTypes: totalCached, cachedEntries,
uncachedTypes: uncachedTypes.length, totalElements,
totalElements: totalElements applications: Object.keys(adByApplication)
}, },
elementCounts: summary, adElementsByApplication: adByApplication,
cached: cachedTypes, workflowCachesByApplication: workflowsByApplication,
notCached: uncachedTypes note: 'Caches AD par (application, type) et caches workflows par application — chargés paresseusement à la première demande. Types valides via list_ad_types.'
}, null, 2) }, null, 2)
}] }]
}; };
@@ -181,11 +193,11 @@ async function getApplicationSummaryTool(args) {
* Tool: get_ad_elements * Tool: get_ad_elements
*/ */
async function getADElementsTool(args) { async function getADElementsTool(args) {
const { element_type, limit = 100 } = args; const { element_type, limit = 100, application } = args;
console.error(`[ADTools] Getting ${element_type} elements (limit: ${limit})`); console.error(`[ADTools] Getting ${element_type} elements (limit: ${limit}, application: ${application || '(profil)'})`);
const elements = await adService.getElements(element_type); const elements = await adService.getElements(element_type, application);
// Limit results // Limit results
const limitedElements = elements.slice(0, Math.min(limit, 1000)); const limitedElements = elements.slice(0, Math.min(limit, 1000));
@@ -208,6 +220,7 @@ async function getADElementsTool(args) {
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
elementType: element_type, elementType: element_type,
...(application ? { application } : {}),
count: elements.length, count: elements.length,
returned: mappedElements.length, returned: mappedElements.length,
elements: mappedElements elements: mappedElements
@@ -220,11 +233,11 @@ async function getADElementsTool(args) {
* Tool: search_ad_elements * Tool: search_ad_elements
*/ */
async function searchADElementsTool(args) { async function searchADElementsTool(args) {
const { element_type, query, limit = 50 } = args; const { element_type, query, limit = 50, application } = args;
console.error(`[ADTools] Searching ${element_type}: query="${query}", limit=${limit}`); console.error(`[ADTools] Searching ${element_type}: query="${query}", limit=${limit}, application=${application || '(profil)'}`);
const results = await adService.searchElements(element_type, query, limit); const results = await adService.searchElements(element_type, query, limit, application);
// Map to simplified format // Map to simplified format
const mappedResults = results.map(e => ({ const mappedResults = results.map(e => ({
@@ -240,6 +253,7 @@ async function searchADElementsTool(args) {
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
elementType: element_type, elementType: element_type,
...(application ? { application } : {}),
query, query,
count: mappedResults.length, count: mappedResults.length,
elements: mappedResults elements: mappedResults
@@ -252,11 +266,11 @@ async function searchADElementsTool(args) {
* Tool: get_ad_element_details * Tool: get_ad_element_details
*/ */
async function getADElementDetailsTool(args) { async function getADElementDetailsTool(args) {
const { element_type, element_id } = args; const { element_type, element_id, application } = args;
console.error(`[ADTools] Getting ${element_type} details: ${element_id}`); console.error(`[ADTools] Getting ${element_type} details: ${element_id} (application: ${application || '(profil)'})`);
const element = await adService.getElementDetails(element_type, element_id); const element = await adService.getElementDetails(element_type, element_id, application);
return { return {
content: [{ content: [{
@@ -264,6 +278,7 @@ async function getADElementDetailsTool(args) {
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
elementType: element_type, elementType: element_type,
...(application ? { application } : {}),
element element
}, null, 2) }, null, 2)
}] }]
src/tools/workflow-tools.js
+49 -20
View File
@@ -12,7 +12,7 @@ function listTools() {
return [ return [
{ {
name: 'search_workflows', name: 'search_workflows',
description: 'Search workflows by name, description, or code. Returns matching workflows with metadata. Workflows are lazy-loaded from API on first request and cached for 1 hour.', description: 'Search workflows by name. Returns matching workflows with metadata. Workflows are lazy-loaded from API on first request and cached for 1 hour, per application. Client-specific workflows (CST_* prefix) live in the "CustomApp" application — pass application: "CustomApp" to search them.',
inputSchema: { inputSchema: {
type: 'object', type: 'object',
additionalProperties: false, additionalProperties: false,
@@ -23,26 +23,34 @@ function listTools() {
}, },
category: { category: {
type: 'string', type: 'string',
description: 'Filter by applicationName — the only grouping the AD API provides (workflows have no category field). All workflows of the active application share the same value (e.g. "EasyWMS").', description: 'Filter by the applicationName field of the returned workflows (workflows have no category field). Since `application` selects which application is fetched, all its workflows share the same applicationName — prefer `application` to change scope; `category` only narrows within the fetched set.',
}, },
limit: { limit: {
type: 'number', type: 'number',
description: 'Maximum results to return (default: 50)', description: 'Maximum results to return (default: 50)',
default: 50, default: 50,
}, },
application: {
type: 'string',
description: 'AD application whose workflows are searched (default: the active profile\'s application, usually EasyWMS). Client-specific workflows live in "CustomApp". Full list via list_workflow_categories.',
},
}, },
}, },
}, },
{ {
name: 'get_workflow_details', name: 'get_workflow_details',
description: 'Get full details of a specific workflow by ID or code', description: 'Get full details of a specific workflow by ID or name',
inputSchema: { inputSchema: {
type: 'object', type: 'object',
additionalProperties: false, additionalProperties: false,
properties: { properties: {
workflow_id: { workflow_id: {
type: 'string', type: 'string',
description: 'Workflow ID or code', description: 'Workflow ID or exact name',
},
application: {
type: 'string',
description: 'AD application the workflow belongs to (default: the active profile\'s application, usually EasyWMS). Client-specific workflows (CST_*) live in "CustomApp".',
}, },
}, },
required: ['workflow_id'], required: ['workflow_id'],
@@ -50,11 +58,16 @@ function listTools() {
}, },
{ {
name: 'list_workflow_categories', name: 'list_workflow_categories',
description: 'List workflow groupings by applicationName. Workflows have no category field in the AD API — applicationName is the only grouping available, and all workflows of the active application share the same value.', description: 'List the AD applications declared on the tenant (Application/GetAll) with their workflow counts where already loaded. Workflows have no category field — the application is the only grouping. Use the `application` parameter of the workflow/AD tools to query a specific one (e.g. "CustomApp" for client-specific CST_* workflows).',
inputSchema: { inputSchema: {
type: 'object', type: 'object',
additionalProperties: false, additionalProperties: false,
properties: {}, properties: {
application: {
type: 'string',
description: 'Load and count the workflows of this application (default: the active profile\'s application). Other applications are listed without loading them.',
},
},
}, },
}, },
]; ];
@@ -98,17 +111,18 @@ async function executeTool(name, args) {
* Tool: search_workflows * Tool: search_workflows
*/ */
async function searchWorkflows(args) { async function searchWorkflows(args) {
const { query, category, limit = 50 } = args; const { query, category, limit = 50, application } = args;
console.error(`[WorkflowTools] Searching workflows: query="${query}", category="${category}", limit=${limit}`); console.error(`[WorkflowTools] Searching workflows: query="${query}", category="${category}", limit=${limit}, application=${application || '(profil)'}`);
const results = await workflowService.searchWorkflows(query, category, limit); const results = await workflowService.searchWorkflows(query, category, limit, application);
return { return {
content: [{ content: [{
type: 'text', type: 'text',
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
...(application ? { application } : {}),
count: results.length, count: results.length,
// Clés réelles de l'API AD (minuscules, cf. D5) : id, name, version, // Clés réelles de l'API AD (minuscules, cf. D5) : id, name, version,
// applicationName, commonInfo. Pas de code/category/description. // applicationName, commonInfo. Pas de code/category/description.
@@ -133,11 +147,11 @@ async function searchWorkflows(args) {
* Tool: get_workflow_details * Tool: get_workflow_details
*/ */
async function getWorkflowDetails(args) { async function getWorkflowDetails(args) {
const { workflow_id } = args; const { workflow_id, application } = args;
console.error(`[WorkflowTools] Getting workflow details: ${workflow_id}`); console.error(`[WorkflowTools] Getting workflow details: ${workflow_id} (application: ${application || '(profil)'})`);
const workflow = await workflowService.getWorkflowDetails(workflow_id); const workflow = await workflowService.getWorkflowDetails(workflow_id, application);
return { return {
content: [{ content: [{
@@ -154,22 +168,37 @@ async function getWorkflowDetails(args) {
* Tool: list_workflow_categories * Tool: list_workflow_categories
*/ */
async function listWorkflowCategories(args) { async function listWorkflowCategories(args) {
console.error('[WorkflowTools] Listing workflow categories'); const { application } = args || {};
const categories = await workflowService.listWorkflowCategories(); console.error(`[WorkflowTools] Listing applications (workflow groupings), application=${application || '(profil)'}`);
const stats = await workflowService.getWorkflowStats();
// La liste vient d'Application/GetAll (9 applications sur le tenant mesuré),
// pas des applicationName du seul cache actif (D26). Seule l'application
// demandée (ou celle du profil) est chargée — pas de préchargement des
// autres (D10) : leurs comptes n'apparaissent que si déjà en cache.
const applications = await workflowService.fetchApplications();
const stats = await workflowService.getWorkflowStats(application);
const cacheStatus = workflowService.getCacheStatus();
const enriched = applications.map(a => ({
name: a.name,
version: a.version,
...(cacheStatus[a.name]
? { workflowCount: cacheStatus[a.name].count, cacheAge: cacheStatus[a.name].age }
: { workflowCount: null }),
}));
return { return {
content: [{ content: [{
type: 'text', type: 'text',
text: JSON.stringify({ text: JSON.stringify({
success: true, success: true,
note: 'Workflows have no category field in the AD API — these are the distinct applicationName values, the only grouping available. All workflows of the active application share the same value.', note: 'Workflows have no category field in the AD API — the application is the only grouping. workflowCount is only known for applications already loaded (lazy loading); pass application to search_workflows/get_ad_elements to load one.',
totalCategories: categories.length, totalApplications: applications.length,
categories, applications: enriched,
stats: { loaded: {
application: stats.application,
totalWorkflows: stats.total, totalWorkflows: stats.total,
categoryCounts: stats.categoryCounts,
cacheAge: stats.cacheAge cacheAge: stats.cacheAge
} }
}, null, 2) }, null, 2)