Reviewing files that changed from the base of the PR and between 4289286 and 072559b.

• pnpm-lock.yaml is excluded by !**/pnpm-lock.yaml

• components/snipe_it/actions/create-hardware/create-hardware.mjs (1 hunks)
• components/snipe_it/actions/create-user/create-user.mjs (1 hunks)
• components/snipe_it/actions/get-hardware/get-hardware.mjs (1 hunks)
• components/snipe_it/actions/get-license/get-license.mjs (1 hunks)
• components/snipe_it/actions/get-user-assets/get-user-assets.mjs (1 hunks)
• components/snipe_it/actions/update-hardware/update-hardware.mjs (1 hunks)
• components/snipe_it/common/utils.mjs (1 hunks)
• components/snipe_it/package.json (2 hunks)
• components/snipe_it/snipe_it.app.mjs (1 hunks)

• components/snipe_it/package.json

• components/snipe_it/actions/update-hardware/update-hardware.mjs
• components/snipe_it/actions/create-user/create-user.mjs
• components/snipe_it/actions/get-hardware/get-hardware.mjs
• components/snipe_it/actions/create-hardware/create-hardware.mjs
• components/snipe_it/actions/get-user-assets/get-user-assets.mjs
• components/snipe_it/actions/get-license/get-license.mjs

components/snipe_it/common/utils.mjs (6)

1-6: LGTM on function signature and depth protection.

The function signature with a reasonable default maxDepth of 100 and the depth check to prevent infinite recursion are well implemented.

---

10-19: LGTM on JSON string detection and parsing logic.

The logic to detect JSON-like strings by checking for braces/brackets and safely parsing with try-catch is well implemented. The recursive call with decremented maxDepth maintains proper depth control.

---

21-32: LGTM on object processing logic.

The object handling correctly checks for circular references, adds the object to the seen set, and recursively processes all key-value pairs using a clean reduce pattern.

---

33-34: LGTM on array processing.

Array handling correctly maps through items and recursively processes each element.

---

42-44: LGTM on export structure.

The default export with named function property follows good module patterns and makes the function easily importable.

---

2-2: Fix WeakSet scoping issue for proper circular reference detection.

The WeakSet is declared outside the inner parse function, which means it persists across multiple calls to parseJson. This could lead to false positives for circular reference detection when processing different, unrelated objects across separate function calls.

Move the WeakSet declaration inside the inner parse function or reset it for each top-level call:

-const parseJson = (input, maxDepth = 100) => {
-  const seen = new WeakSet();
-  const parse = (value) => {
+const parseJson = (input, maxDepth = 100) => {
+  const parse = (value, seen = new WeakSet()) => {
     if (maxDepth <= 0) {
       return value;
     }
     if (typeof(value) === "string") {
       // Only parse if the string looks like a JSON object or array
       const trimmed = value.trim();
       if (
         (trimmed.startsWith("{") && trimmed.endsWith("}")) ||
         (trimmed.startsWith("[") && trimmed.endsWith("]"))
       ) {
         try {
-          return parseJson(JSON.parse(value), maxDepth - 1);
+          return parse(JSON.parse(value), seen);
         } catch (e) {
           return value;
         }
       }
       return value;
     } else if (typeof(value) === "object" && value !== null && !Array.isArray(value)) {
       if (seen.has(value)) {
         return value;
       }
       seen.add(value);
       return Object.entries(value)
         .reduce((acc, [
           key,
           val,
         ]) => Object.assign(acc, {
-          [key]: parse(val),
+          [key]: parse(val, seen),
         }), {});
     } else if (Array.isArray(value)) {
-      return value.map((item) => parse(item));
+      return value.map((item) => parse(item, seen));
     }
     return value;
   };

-  return parse(input);
+  return parse(input);

Likely an incorrect or invalid review comment.

components/snipe_it/snipe_it.app.mjs (6)

6-428: LGTM on comprehensive property definitions with consistent patterns.

The propDefinitions section is well-structured with:

• Consistent typing and labeling across all properties
• Proper use of optional flags where appropriate
• Well-implemented async options that handle pagination
• Good fallback handling with || [] for undefined rows
• Descriptive labels that include helpful formatting hints (e.g., "YYYY-MM-DD format")
• Appropriate use of secret: true for password fields

The async options pattern is consistent and robust across all dropdown properties.

---

430-432: LGTM on URL construction.

The getUrl method correctly constructs API URLs using the configured API URL and standard v1 API path.

---

433-439: LGTM on header configuration.

The getHeaders method properly sets up Bearer token authentication and appropriate content type headers for JSON API communication.

---

440-454: LGTM on makeRequest structure with axios integration.

The makeRequest method correctly integrates with the Pipedream axios instance and properly spreads additional arguments. The overall structure is sound aside from the error handling issue noted separately.

---

455-466: LGTM on HTTP convenience methods.

The post and patch methods are clean wrappers around makeRequest that properly set the HTTP method and spread additional arguments.

---

467-570: LGTM on comprehensive API method implementation.

The API methods section successfully implements all the operations specified in the PR objectives:

✅ Hardware Operations:

• createHardware - implements create-hardware objective
• getHardware - implements get-hardware objective
• updateHardware - implements update-hardware objective
• listHardware - supports hardware selection in propDefinitions

✅ User Operations:

• createUser - implements create-user objective
• getUserAssets - implements get-user-assets objective
• listUsers - supports user selection in propDefinitions

✅ License Operations:

• getLicense - implements get-license objective
• listLicenses - supports license selection in propDefinitions

✅ Supporting Operations:
All the list methods for supporting entities (models, status labels, suppliers, locations, departments, companies, groups) properly support the async options in propDefinitions.

The methods follow consistent patterns:

• Proper parameter destructuring with defaults
• Correct HTTP method selection (GET for retrieval, POST for creation, PATCH for updates)
• Appropriate path construction
• Consistent argument spreading

• Create PR with unit tests
• Post copyable unit tests in a comment
• Commit unit tests in branch snipe-it-new-components