* feat: add cookie options
* feat: allow configuring hmr server port via the HMR_PORT env var
* support configuring HMR host and proto
* allow configuring the hmr client_port
* cleanup
* cleanup
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Co-authored-by: Harminder Virk <virk.officials@gmail.com>
Co-authored-by: Salvador Gironès <salvadorgirones@gmail.com>
Co-authored-by: Adrien de Peretti <adrien.deperetti@gmail.com>
**What**
Currently, filtering data providing a `deleted_at` value will automatically apply the `withDeleted` flag which in turns remove the default constraint apply to all queries `deleted_at: null`. The problem is that it does not account for the value assign to `deleted_at` leading to inconsistent behaviour depending on the value. e.g filtering with `deleted_at: { $eq: null }` where the expectation is to only filter the non deleted record will end up returning deleted record as well by applying the `withDeleted` filters.
This pr revert this auto detection if favor of the user providing `withDeleted` explicitly, as it is already supported , plus the filters.
Further more, some integration tests demonstrate how to filter deleted records (e.g product) from the api. While the api did not properly support it, this pr adds support to pass with_deleted flags to the query and being handled accordingly to our api support. Validators have been updated and product list end point benefit from it. Also, the list config type was already accepting such value which I have translated to the remote query config.
Also, since the previous pr was adjusting the product types, I ve adjusted them to match the expectation
* Add filters for variant ean, upc, and barcode in product queries and validators
* fix: Omit 'q' field from variants in product list and validation parameters
* Add tests for admin products filtering by variants ean, upc, and barcode
* Add changeset for filter admin products api by variant ean, upc, and barcode
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Co-authored-by: Oli Juhl <59018053+olivermrbl@users.noreply.github.com>
**What**
Fixed a bug in the prepareListQuery function where nested field ordering was not properly building the expected nested object structure. The function was returning flat objects like { "employee.first_name": "ASC" } instead of the correct nested structure { "employee": { "first_name": "ASC" } }.
**Why**
The buildOrder function is designed to create nested objects from dot-notation field paths, which is essential for proper query building in the Medusa framework. When this functionality was broken, it prevented correct ordering of related fields and caused queries to fail or return unexpected results.
**How**
- Root cause: The `prepareListQuery` function was not properly utilizing the `buildOrder` utility function to transform dot-notation field paths into nested objects
- Before: order = "employee.first_name" → { "employee.first_name": "ASC" }
- After: order = "employee.first_name" → { "employee": { "first_name": "ASC" } }
- Added comprehensive tests: Created detailed unit tests for the prepareListQuery function focusing on buildOrder functionality, covering various scenarios including:
- Simple ascending/descending order
- Nested field ordering (e.g., product.title)
- Deeply nested ordering (e.g., product.variants.prices.amount)
- Multiple nesting levels (up to 5 levels deep)
- Added integration tests: Created integration tests in `product.spec.ts` to verify the full end-to-end functionality of nested ordering with variant titles
The fix ensures that the buildOrder function properly transforms dot-notation field paths into the expected nested object structure, enabling correct query building for related field ordering throughout the Medusa framework.
Resolves SUP-1868
Glob 7 uses the `inflight` module, which leaks memory. Also, all other Medusa packages are using glob 10+. So upgraded the one used by the framework too.
Fixes: FRMW-2972
RESOLVES FRMW-2978
**What**
Add retry mechanism to database connection management to prevent failing when the server start faster than what makes the connection available
FIXES SUP-1824
**What**
The medusa internal service update should always return the data in the expected shape described by the interface. The medusa service should not have to handle the reshapre
