**What**
Jest is patching the event emitter meaning that sometimes it can lead to flacky behaviors and block the test execution if the done callback is never reached. To prevent that from happening, the fail trap will call the done callback after a given time and warn that the test could not be concluded because of jest blocking it
**What**
Currently only cron pattern are supported by scheduled jobs, this can lead to issue. for example you set the pattern to execute every hours at minute 0 and second 0 (as it is expected to execute at exactly this constraint) but due to the moment it gets executed we our out of the second 0 then the job wont get executed until the next scheduled cron table execution.
With this pr we introduce the `interval` configuration which allows you the specify a delay between execution in ms (e.g every minute -> 60 * 1000 ms) which ensure that once a job is executed another one is scheduled for a minute later.
**Usage**
```ts
// jobs/job-1.ts
const thirtySeconds = 30 * 1000
export const config = {
name: "job-1",
schedule: {
interval: thirtySeconds
},
}
```
* fix: preserve payment sessions during certain Stripe errors for webhook reconciliation
fix: add retry mechanism for errors that might be fixed after retry
fix: authorizePaymentSession method will update payment_session.status regardless regardless of wether or not the authorization is successful
* Refactor: improve handling structure and syntax
-Move HandledErrorType definition to the top of stripe-base
- Use timers/promises for setTimeout
- Removed data in HandledErrorType when retry is true
* refactor: improve error handling flow and logic
- Simplify return statement in initiatePayment to handle null cases
- Remove redundant if-check in handleStripeError and rely on switch
- Reorder conditional checks in executeWithRetry for clearer flow
- Update executeWithRetry to check for retry=false condition first
* clean up
* fix: improve payment error handling and traceability
- Return structured error state for StripeAPIError instead of null
- Throw error when retries are exhausted and no payment intent exists
- Update type definitions to support error state tracking
* fix formatting and naming
What:
* Old deployments have repeatable jobs registered in a wrong queue. When the `server` instance picks that job, the workflow doesn't exist, it calls to remove the job, which then removes the job from the new queue.
* This PR cleans up any repeatable job from the queue that is exclusive to handle workflows.
Fixes: FRMW-2930
This PR updates the MikroORM config to use the module name as the snapshot name when generating migration files. Otherwise, MikroORM defaults to the database name and every time you update the database name, it will create a new snapshot.
Also, we migrate existing snapshot files to be same the new file name to avoid breaking changes.
**What**
- Reworks how admin extensions are loaded from plugins.
- Reworks how extensions are managed internally in the dashboard project.
**Why**
- Previously we loaded extensions from plugins the same way we do for extension found in a users application. This being scanning the source code for possible extensions in `.medusa/server/src/admin`, and including any extensions that were discovered in the final virtual modules.
- This was causing issues with how Vite optimizes dependencies, and would lead to CJS/ESM issues. Not sure of the exact cause of this, but the issue was pinpointed to Vite not being able to register correctly which dependencies to optimize when they were loaded through the virtual module from a plugin in `node_modules`.
**What changed**
- To circumvent the above issue we have changed to a different strategy for loading extensions from plugins. The changes are the following:
- We now build plugins slightly different, if a plugin has admin extensions we now build those to `.medusa/server/src/admin/index.mjs` and `.medusa/server/src/admin/index.js` for a ESM and CJS build.
- When determining how to load extensions from a source we follow these rules:
- If the source has a `medusa-plugin-options.json` or is the root application we determine that it is a `local` extension source, and load extensions as previously through a virtual module.
- If it has neither of the above, but has a `./admin` export in its package.json then we determine that it is a `package` extension, and we update the entry point for the dashboard to import the package and pass its extensions a long to the dashboard manager.
**Changes required by plugin authors**
- The change has no breaking changes, but requires plugin authors to update the `package.json` of their plugins to also include a `./admin` export. It should look like this:
```json
{
"name": "@medusajs/plugin",
"version": "0.0.1",
"description": "A starter for Medusa plugins.",
"author": "Medusa (https://medusajs.com)",
"license": "MIT",
"files": [
".medusa/server"
],
"exports": {
"./package.json": "./package.json",
"./workflows": "./.medusa/server/src/workflows/index.js",
"./.medusa/server/src/modules/*": "./.medusa/server/src/modules/*/index.js",
"./modules/*": "./.medusa/server/src/modules/*/index.js",
"./providers/*": "./.medusa/server/src/providers/*/index.js",
"./*": "./.medusa/server/src/*.js",
"./admin": {
"import": "./.medusa/server/src/admin/index.mjs",
"require": "./.medusa/server/src/admin/index.js",
"default": "./.medusa/server/src/admin/index.js"
}
},
}
```
