Fixes
- Fixes https://github.com/twentyhq/twenty/issues/15640 : we have some
viewGroups that were in the past wrongly migrated; eg deleteing an
enum's option did not lead to deleting the associated viewGroup. We have
not cleaned that (we could do a command), but we can identify them and
choose not to display them - otherwise currently they are shown as a
duplicate of "No value" column
- Fixes buggy edge case introduced by
https://github.com/twentyhq/twenty/pull/16382 : after updating a view
from Table/Calendar to Kanban, then visiting another view, when coming
back to the newly updated kanban view the view groups were empty. This
is due to to the view groups being optimistically created with
on-the-fly computed ids when the view is updated, while we call
refreshCoreViewsByObjectMetadataId() after. The view groups we get from
the refresh obviously have different ids. It is not possible to indicate
the ids of the view group through the update of the view as they are a
side effect of the view update.
In this previous work aiming at eliminating the creation of viewGroups
being separated from the views, I removed the creation of viewGroups
from the FE at view creation, but forgot to do it at view update when
the user chooses "change Layout" option (from Table/Kanban/Calendar to
another).
In this PR
- I removed creation, deletion and destroy of viewGroups from
usePersistViewGroupRecords. I left update because it useful for
visibility and position
- since usePersistViewGroups record was also handling optimistic, I
moved optimistic logic to a new hook useViewsSideEffectsOnViewGroups. I
realized that so far we optimistic is only useful for creation. For the
update though we do need to compute the view groups that will be created
to be able to call loadRecordIndexState, so I created a function for
that, but I did not seek to perform real optimistic, with writing and
deleting groups from the cache as it was a bit heavier and not in use
for now and I want to merge this asap as it fixes the creation of
viewGroups.
Should be merged once https://github.com/twentyhq/twenty/pull/16206 has
been released + command run to prod
In this PR
- Remove usage of viewGroup.fieldMetadataId, both in BE and FE states.
- But we still need to properly populate it until we fully remove
viewGroup.fieldMetadataId from db and ORM entity (upcoming 3rd PR out of
3). fieldMetadataId was removed from CoreViewGroup type and
CreateViewGroupInput and is determined BE-side based on the associated
view's mainGroupByFieldMetadataId. **I expect this means a downtime on
viewGroup creation, until both FE and BE are deployed and cache is
flushed.** This seems acceptable to me as it only regards viewGroup
creation.
- this information is replaced by view.mainGroupByFieldMetadataID
- Handle view group creation, update and deletion in the BE as a
side-effect of a view creation, update or deletion. Optimistic effects
are still used
- Add validation at view creation or update regarding
mainGroupByFieldMetadata
Left to do in 3rd PR
- Remove viewGroup.fieldMetadataId from db and ORM entity
- Restore feature allowing to update an existing grouped view's group by
field (already OK on BE side but need to rebuild FE optimistic)
In this PR (1/3)
- introduce view.mainGroupByFieldMetadataId as the new reference
determining which fieldMetadataId is used in a grouped view, in order to
deprecate viewGroup.fieldMetadataId which creates inconsistencies.
view.mainGroupByFieldMetadataId is now filled at every view creation,
though not in use yet.
- Introduce a command to backfill view.mainGroupByFieldMetadataId for
existing views + delete all viewGroup.fieldMetadataId with a
fieldMetadataId that is not view.mainGroupByFieldMetadataId. (It should
concern 37 active workspaces)
- Temporarily disable the option to change a grouped view's
fieldMetadataId as for now it creates inconsistencies. This feature can
be reintroduced when we have done the full migration.
In a next PR
- (2/3) use view.mainGroupByFieldMetadataId instead of
viewGroup.fieldMetadataId. In FE we may keep viewGroup.fieldMetadataId
as a state (TBD). View groups will now be created / deleted as a side
effect of view's mainGroupByFieldMetadataId update.
- (3/3) remove viewGroup.fieldMetadataId
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
## Overview
This PR strengthens our permission system by introducing more granular
role-based access control across the platform.
## Changes
### New Permissions Added
- **Applications** - Control who can install and manage applications
- **Layouts** - Control who can customize page layouts and UI structure
- **AI** - Control access to AI features and agents
- **Upload File** - Separate permission for file uploads
- **Download File** - Separate permission for file downloads (frontend
visibility)
### Security Enhancements
- Implemented whitelist-based validation for workspace field updates
- Added explicit permission guards to core entity resolvers
- Enhanced ESLint rule to enforce permission checks on all mutations
- Created `CustomPermissionGuard` and `NoPermissionGuard` for better
code documentation
### Affected Components
- Core entity resolvers: webhooks, files, domains, applications,
layouts, postgres credentials
- Workspace update mutations now use whitelist validation
- Settings UI updated with new permission controls
### Developer Experience
- ESLint now catches missing permission guards during development
- Explicit guard markers make permission requirements clear in code
review
- Comprehensive test coverage for new permission logic
## Testing
- ✅ All TypeScript type checks pass
- ✅ ESLint validation passes
- ✅ New permission guards properly enforced
- ✅ Frontend UI displays new permissions correctly
## Migration Notes
Existing workspaces will need to assign the new permissions to roles as
needed. By default, all new permissions are set to `false` for non-admin
roles.
This PR implements the necessary tools to have `react-datepicker`
calendar and our date picker components work reliably no matter the
timezone difference between the user execution environment and the user
application timezone.
Fixes https://github.com/twentyhq/core-team-issues/issues/1781
This PR won't cover everything needed to have Twenty handle timezone
properly, here is the follow-up issue :
https://github.com/twentyhq/core-team-issues/issues/1807
# Features in this PR
This PR brings a lot of features that have to be merged together.
- DATE field type is now handled as string only, because it shouldn't
involve timezone nor the JS Date object at all, since it is a day like a
birthday date, and not an absolute point in time.
- DATE_TIME field wasn't properly handled when the user settings
timezone was different from the system one
- A timezone abbreviation suffix has been added to most DATE_TIME
display component, only when the timezone is different from the system
one in the settings.
- A lot of bugs, small features and improvements have been made here :
https://github.com/twentyhq/core-team-issues/issues/1781
# Handling of timezones
## Essential concepts
This topic is so complex and easy to misunderstand that it is necessary
to define the precise terms and concepts first. It resembles character
encoding and should be treated with the same care.
- Wall-clock time : the time expressed in the timezone of a user, it is
distinct from the absolute point in time it points to, much like a
pointer being a different value than the value that it points to.
- Absolute time : a point in time, regardless of the timezone, it is an
objective point in time, of course it has to be expressed in a given
timezone, because we have to talk about when it is located in time
between humans, but it is in fact distinct from any wall clock time, it
exists in itself without any clock running on earth. However, by
convention the low-level way to store an absolute point in time is in
UTC, which is a timezone, because there is no way to store an absolute
point in time without a referential, much like a point in space cannot
be stored without a referential.
- DST : Daylight Save Time, makes the timezone shift in a specific
period every year in a given timezone, to make better use of longer days
for various reasons, not all timezones have DST. DST can be 1 hour or 30
min, 45 min, which makes computation difficult.
- UTC : It is NOT an “absolute timezone”, it is the wall-clock time at
0° longitude without DST, which is an arbitrary and shared human
convention. UTC is often used as the standard reference wall-clock time
for talking about absolute point in time without having to do timezone
and DST arithmetic. PostgreSQL stores everything in UTC by convention,
but outputs everything in the server’s SESSION TIMEZONE.
## How should an absolute point in time be stored ?
Since an absolute point in time is essentially distinct from its
timezone it could be stored in an absolute way, but in practice it is
impossible to store an absolute point in time without a referential. We
have to say that a rocket launched at X given time, in UTC, EST, CET,
etc. And of course, someone in China will say that it launched at 10:30,
while in San Francisco it will have launched at 19:30, but it is THE
SAME absolute point in time.
Let’s take a related example in computer science with character
encoding. If a text is stored without the associated encoding table, the
correct meaning associated to the bits stored in memory can be lost
forever. It can become impossible for a program to guess what encoding
table should be used for a given text stored as bits, thus the glitches
that appeared a lot back in the early days of internet and document
processing.
The same can happen with date time storing, if we don’t have the
timezone associated with the absolute point in time, the information of
when it absolutely happened is lost.
It is NOT necessary to store an absolute point in time in UTC, it is
more of a standard and practical wall-clock time to be associated with
an absolute point in time. But an absolute point in time MUST be store
with a timezone, with its time referential, otherwise the information of
when it absolutely happened is lost.
For example, it is easier to pass around a date as a string in UTC, like
`2024-01-02T00:00:00Z` because it allows front-end and back-end code to
“talk” in the same standard and DST-free wall-clock time, BUT it is not
necessary. Because we have date libraries that operate on the standard
ISO timezone tables, we can talk in different timezone and let the
libraries handle the conversion internally.
It is false to say that UTC is an absolute timezone or an absolute point
in time, it is just the standard, conventional time referential, because
one can perfectly store every absolute points in time in UTC+10 with a
complex DST table and have the exactly correct absolute points in time,
without any loss of information, without having any UTC+0 dates
involved.
Thus storing an absolute point in time without a timezone associated,
for example with `timestamp` PostgreSQL data type, is equivalent to
storing a wall-clock time and then throwing away voluntarily the
information that allows to know when it absolutely happened, which is a
voluntary data-loss if the code that stores and retrieves those
wall-clock points in time don’t store the associated timezone somewhere.
This is why we use `timestamptz` type in PostgreSQL, so that we make
sure that the correct absolute point in time is stored at the exact time
we send it to PostgreSQL server, no matter the front-end, back-end and
SQL server's timezone differences.
## The JavaScript Date object
The native JavaScript Date object is now officially considered legacy
([source](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Date)),
the Date object stores an absolute point in time BUT it forces the
storage to use its execution environment timezone, and one CANNOT modify
this timezone, this is a legacy behavior.
To obtain the desired result and store an absolute point in time with an
arbitrary timezone there are several options :
- The new Temporal API that is the successor of the legacy Date object.
- Moment / Luxon / @date-fns/tz that expose objects that allow to use
any timezone to store an absolute point in time.
## How PostgreSQL stores absolute point in times
PostgreSQL stores absolute points in time internally in UTC
([source](https://www.postgresql.org/docs/current/datatype-datetime.html#DATATYPE-DATETIME-INPUT-TIME-STAMPS)),
but the output date is expressed in the server’s session timezone
([source](https://www.postgresql.org/docs/current/sql-set.html)) which
can be different from UTC.
Example with the object companies in Twenty seed database, on a local
instance, with a new “datetime” custom column :
<img width="374" height="554" alt="image"
src="https://github.com/user-attachments/assets/4394cb43-d97e-4479-801d-ca068f800e39"
/>
<img width="516" height="524" alt="image"
src="https://github.com/user-attachments/assets/b652f36a-d2e2-47a4-8950-647ca688cbbd"
/>
## Why can’t I just use the JavaScript native Date object with some
manual logic ?
Because the JavaScript Date object does not allow to change its internal
timezone, the libraries that are based on it will behave on the
execution environment timezone, thus leading to bugs that appear only on
the computers of users in a timezone but not for other in another
timezone.
In our case the `react-datepicker` library forces to use the `Date`
object, thus forcing the calendar to behave in the execution environment
system timezone, which causes a lot of problems when we decide to
display the Twenty application DATE_TIME values in another timezone than
the user system one, the bugs that appear will be of the off-by-one date
class, for example clicking on 23 will select 24, thus creating an
unreliable feature for some system / application timezone combinations.
A solution could be to manually compute the difference of minutes
between the application user and the system timezones, but that’s not
reliable because of DST which makes this computation unreliable when DST
are applied at different period of the year for the two timezones.
## Why can’t I compute the timezone difference manually ?
Because of DST, the work to compute the timezone difference reliably,
not just for the usual happy path, is equivalent to developing the
internal mechanism of a date timezone library, which is equivalent to
use a library that handles timezones.
## Using `@date-fns/tz` to solve this problem
We could have used `luxon` but it has a heavy bundle size, so instead we
rely here on `@date-fns/tz` (~1kB) which gives us a `TZDate` object that
allows to use any given timezone to store an absolute point-in-time.
The solution here is to trick `react-datepicker` by shifting a Date
object by the difference of timezone between the user application
timezone and the system timezone.
Let’s take a concerte example.
System timezone : Midway, ⇒ UTC-11:00, has no DST.
User application timezone : Auckland, NZ ⇒ UTC+13:00, has a DST.
We’ll take the NZ daylight time, so that will make a timezone difference
of 24 hours !
Let’s take an error-prone date : `2025-01-01T00:00:00` . This date is
usually a good test-case because it can generate three classes of bugs :
off-by-one day bugs, off-by-one month bugs and off-by-one year bugs, at
the same time.
Here is the absolute point in time we take expressed in the different
wall-clock time points we manipulate
Case | In system timezone ⇒ UTC-11 | In UTC | In user application
timezone ⇒ UTC+13
-- | -- | -- | --
Original date | `2024-12-31T00:00:00-11:00` | `2024-12-31T11:00:00Z` |
`2025-01-01T00:00:00+13:00`
Date shifted for react-datepicker | `2025-01-01T00:00:00-11:00` |
`2025-01-01T11:00:00Z` | `2025-01-02T00:00:00+13:00`
We can see with this table that we have the number part of the date that
is the same (`2025-01-01T00:00:00`) but with a different timezone to
“trick” `react-datepicker` and have it display the correct day in its
calendar.
You can find the code in the hooks
`useTurnPointInTimeIntoReactDatePickerShiftedDate` and
`useTurnReactDatePickerShiftedDateBackIntoPointInTime` that contain the
logic that produces the above table internally.
## Miscellaneous
Removed FormDateFieldInput and FormDateTimeFieldInput stories as they do
not behave the same depending of the execution environment and it would
be easier to put them back after having refactored FormDateFieldInput
and FormDateTimeFieldInput
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
Fixes https://github.com/twentyhq/twenty/issues/14766
To reproduce
1. create a view with a any field filter and save it. After, remove any
field filter clicking on the X on the chip. No "Update view" shows.
2. now add another regular filter to the view and save it. Now remove
any field filter clicking on the X on the chip and remove the regular
filter you just added. Now "Update view" shows, click it and refresh the
page. Any field filter still shows
There were two problems
1. UpdateViewButtonGroup is in charge of showing "Update View" button.
But is never mounted if shouldExpandViewBar is falsy.
shouldExpandViewBar was not considering
viewAnyFieldFilterDifferentFromCurrentAnyFieldFilter so even if any
field filter had changed, UpdateViewButtonGroup still wasn't going to
show "Update view" button because it wasn't mounted
2. At save time, we added anyFieldFilterValue to the mutation payload if
```
...(view.anyFieldFilterValue && {
anyFieldFilterValue: view.anyFieldFilterValue,
}),
```,
but in JS an empty string evaluates to falsy.
In the BE we have stored filter operand as IS_EMPTY, IS_NOT_EMPTY, etc.
For some reason in the FE we were manipulating IsEmpty, IsNotEmpty, etc.
(maybe because they were used before in Views before they were moved to
core)
So we were converting the operands in the FE from IS to Is
(convertViewFilterOperandFromCore) to read and manipulate viewFilters,
and then back to BE version to send mutations etc., from Is to IS
(convertViewFilterOperandToCore).
The migration is now over, so we can remove and simplify that code.
(In the 1-5:migrate-views-to-core command we still do the migration from
Is format to IS format.)
Closes https://github.com/twentyhq/core-team-issues/issues/1560
If viewId is defined in a groupBy query, we want to apply all filters of
the view to the query.
This required to move a lot of code from twenty-front to twenty-shared
to convert the filters as stored in the db into graphql filters,
applying the right combinations between filters etc., which was
previously only done in the FE.
This PR does not handle any field filters, it will be done in a later pr
resolves#14190
added refreshCoreViews() call after object creation to immediately
update core views state, ensuring new objects appear in the navigation
drawer without requiring a refresh
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
Co-authored-by: prastoin <paul@twenty.com>
This PR removes some unused props from FieldDefinition type and put some
recoil calls higher up in the hierarchy.
This PR fixes a regression on Chip introduced by
https://github.com/twentyhq/twenty/pull/11498, where we don't want
"Untitled" to be displayed in compact mode.
# FieldDefinition refactor
Removed `isLabelIdentifierCompact` and `labelIdentifierLink` which can
be derived directly in the chip component or computed in the record
table context.
Removed `disableTooltip` and `infoTooltipContent` because they were not
used.
Introduced `fieldMetadataItemId`, as optional for now, to have the
ability to progressively refactor the different things that could be
derived from this and `recordId`.
# Performance improvements
There's not a great deal to be gained for now on those modifications,
which specifically concern the identifier column.
Parallel code path to read and write core views when
IS_CORE_VIEW_ENABLED.
Migrated view key to an enum.
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
Co-authored-by: Lucas Bordeau <bordeau.lucas@gmail.com>
This PR introduces the usage of record fields in the manipulation of
table columns and board fields.
Since all of the actual system relies on states like tableColumns,
recordIndexFieldDefinitions and the likes, it was required to implement
temporary utils that modifies those states in parallel of the new
generic currentRecordFields, to keep a working product.
With this PR though, currentRecordFields becomes the single source of
truth that gets saved to DB, and the remaining work is just to make the
switch with this new state on all components that are plugged to
tableColumns and the like.
This will be done in another PR.
This PR adds a new RecordField abstraction to mimick the behavior of
RecordFilter, RecordSort and other similar concepts that allow to have
something that is not related directly to views.
It is closely following the same pattern with an Effect component to
initialize it from views and CRUD hooks to modify it.
Although for this concept we save to view fields automatically for every
modification.
This PR does not implement saving to view fields, it is just a parallel
code path that is meant to be built to see if everything behaves the
same then we'll remove the old code path at the end by saving record
fields instead of the many states for columns, fields definitions, etc.
This PR prepares the refactor of record field definition and column
definition.
We need to separate the two concepts of FieldInput and FieldContext at
the cell level, and the new RecordField concept that will replace
FieldDefinition at the metadata and state level.
So we create a new ui sub-folder in the already existing record-field
folder, in order to separate those two concepts that are still very
close.
In our Graphql schema, ids are typed as UUID.
Our FE codegen is typing it as 'any', unless we say otherwise. Fixing it
and fixing the impacts in the codebase
Step operand will more or less be the same as view filter operand.
This PR:
- moves `ViewFilterOperand` to twenty-shared
- use it as step operand
- check what operand should be available based on the selected field
type in filter action
- rewrite the function that evaluates filters so it uses
ViewFilterOperand instead
ViewFilterOperand may be renamed in a future PR.
Moves system-level operations (auth, billing, admin) to use the
/metadata endpoint instead of /graphql.
This cleans up the endpoint separation so /graphql is purely for core
objects (Company, People, etc.) and /metadata handles all system
operations.
Part of prep work for webhook/API key core migration.
This PR fixes a bug that occurs during filter operand changes.
As a date filter can contain values that have a different shape, mainly
date ISO string and hard-coded relative dates, changing the operand
without resetting the value to its default was causing a crash.
This PR also extracts the logic that computes the right part of a filter
chip into a util instead of a difficult to understand ternary, thus
solving small bugs in the value displayed also.
Fixes https://github.com/twentyhq/twenty/issues/12778
Fixes#7929
This PR implements a system to capture and preserve the filters and
sorts when navigating from an index view to a record show page. This
information is stored in a context store component state.
This allows users to navigate between records inside the record page
while maintaining context from the index view.
This PR introduces LINKS and EMAILS sub-field filtering. It's mainly
about the implementation of secondaryLinks and additionalEmails
sub-fields, which are treated like additionalPhones.
There's also a refactor on the computeViewRecordGqlOperationFilter, a
big file that becomes very difficult to read and maintain. This PR
breaks it down into multiple smaller utils. There's still work to be
done to clean it as it is a central part of the record filter module,
this PR lays the foundation.
This PR is refactoring a part of the ongoing filter refactor that was
blocking other refactor in that area.
Precisely, the dropdown filter that was used with the editable filter
chip was initialized by two conflicting useEffect, causing many unwanted
and hard to tackle bugs when modifying other places in the code that
used the same dropdown.
We also remove a difficult to maintain pattern around
onToggleColumnFilterComponentState, which was storing a click handler in
a state, we want to avoid this pattern.
The hook useHandleToggleColumnFilter is also removed and replaced by
useOpenRecordFilterChipFromTableHeader.
The code is now synchronous and starts from the user click event that is
triggered on a table cell header filter button click.
Also :
- Created a useSetEditableFilterChipDropdownStates that allows to
separate the code path of filter chip dropdown from the code path of
view bar global filter dropdown (will be continued in another refactor)
- Added useCreateEmptyFilterFromFieldMetadataItem to abstract empty
filter creation when opening a filter dropdown (will be used for other
refactor)
- Created a useOpenDropdownFromOutside hook that will also be used for
other refactor on filter
- Deleted EditableFilterDropdownButtonEffect
- Removed call to ViewBarFilterEffect (will be completely removed in
other refactors)
This PR implements what's missing to have sub-field filtering.
There is a backend modification to save subFieldName, we just add this
field on view filter workspace entity.
This PR adds subFieldName where missing in frontend, notably in
applyFilter calls, that will be refactored soon.
Also fixes a bug in ViewBar where Add Filter button was at the right
side of the ViewBar, while it should be right after the chips section.
Another bug fixed where we wouldn't delete an empty record filter on
dropdown click outside from the view bar, which was already the case
where using the filter chip dropdown.
<img width="512" alt="image"
src="https://github.com/user-attachments/assets/e9a2f8d2-a66f-4800-853a-4df5c6b627a9"
/>
<img width="495" alt="image"
src="https://github.com/user-attachments/assets/7542697b-0689-4095-9c3c-b5e47875355f"
/>
---------
Co-authored-by: greptile-apps[bot] <165735046+greptile-apps[bot]@users.noreply.github.com>
# Introduction
In this PR we've migrated `twenty-shared` from a `vite` app
[libary-mode](https://vite.dev/guide/build#library-mode) to a
[preconstruct](https://preconstruct.tools/) "atomic" application ( in
the future would like to introduce preconstruct to handle of all our
atomic dependencies such as `twenty-emails` `twenty-ui` etc it will be
integrated at the monorepo's root directly, would be to invasive in the
first, starting incremental via `twenty-shared`)
For more information regarding the motivations please refer to nor:
- https://github.com/twentyhq/core-team-issues/issues/587
-
https://github.com/twentyhq/core-team-issues/issues/281#issuecomment-2630949682
close https://github.com/twentyhq/core-team-issues/issues/589
close https://github.com/twentyhq/core-team-issues/issues/590
## How to test
In order to ease the review this PR will ship all the codegen at the
very end, the actual meaning full diff is `+2,411 −114`
In order to migrate existing dependent packages to `twenty-shared` multi
barrel new arch you need to run in local:
```sh
yarn tsx packages/twenty-shared/scripts/migrateFromSingleToMultiBarrelImport.ts && \
npx nx run-many -t lint --fix -p twenty-front twenty-ui twenty-server twenty-emails twenty-shared twenty-zapier
```
Note that `migrateFromSingleToMultiBarrelImport` is idempotent, it's atm
included in the PR but should not be merged. ( such as codegen will be
added before merging this script will be removed )
## Misc
- related opened issue preconstruct
https://github.com/preconstruct/preconstruct/issues/617
## Closed related PR
- https://github.com/twentyhq/twenty/pull/11028
- https://github.com/twentyhq/twenty/pull/10993
- https://github.com/twentyhq/twenty/pull/10960
## Upcoming enhancement: ( in others dedicated PRs )
- 1/ refactor generate barrel to export atomic module instead of `*`
- 2/ generate barrel own package with several files and tests
- 3/ Migration twenty-ui the same way
- 4/ Use `preconstruct` at monorepo global level
## Conclusion
As always any suggestions are welcomed !
This PR fixes many bugs on advanced filters, the goal here was to have
CRUD working with other simple filters and sorts.
In order to test this PR you'll have to run a sync metadata.
Fixes https://github.com/twentyhq/core-team-issues/issues/560
## Changed positionInViewFilterGroup field metadata type
This PR changes the type of positionInViewFilterGroup to NUMERIC instead
of POSITION, there certainly was a confusion during the initial
development, where POSITION type seemed relevant but it is not for this
particular feature because the position in a view filter group is not
the position of a record, which is used for displaying and re-ordering
purpose in table and kanban views.
Here the positionInViewFilterGroup is a specific position concept tied
to a custom feature, and it is handled by the specific logic of this
advanced filter dropdown layout.
## Create new ids when duplicating a view
When we use create view from an existing view, the logic in
useCreateViewFromCurrentView will copy over filters, filter groups and
sorts. The problem is that it copies it with the same ids, and that if
the backend manages somehow to create new ids, the ids that are put in
parentViewFilterGroupId are corresponding to the old filter groups not
the duplicated new ones.
So we had to create a map of old id => new id so that everything that
has to be sent to the backend for creation already has the same mapping
of parent id but with new ids generated by the frontend.
## Bug with creating a simple filter
We couldn't create a simple filter when advanced filters were set, this
was because of findDuplicateRecordFilterInNonAdvancedRecordFilters which
wasn't doing what it's naming tells, it wasn't filtering on simple
filters only before looking for duplicates.
## Clean code
- Use lastChildPosition directly from
useChildRecordFiltersAndRecordFilterGroups instead of drilling it down
- Refactored AdvancedFilterDropdownButton to extract the code lower
where it is really needed in AdvancedFilterChip
- Renamed a few View to Record naming where relevant
This PR partially fixes advanced filters that were not working even with
feature flag activated.
Bugs fixed here :
- Advanced filters are not applied
- Root advanced filters cannot be created
- Cannot close advanced filters dropdown
- Can create multiple times the same non-advanced filter (reserved for
advanced filters)
upsertRecordFilter and removeRecordFilter have been refactored to take
record filter id instead of field metadata id, because the user should
be allowed to apply multiple filters for the same field.
We now base view filter CRUD directly on id, otherwise it could lead to
inconsistencies between advanced filters and simple filters.
This PR also refactors an important hook :
computeRecordGqlOperationFilter, so that it takes an object instead of
multiple params.
There are still bugs left, they will be taken in other PRs.
This PR implements CRUD for view filter groups with the new logic as
already done for view filters and view sorts.
It also completely removes the old combined view filter group states and
usage.
This PR is quite big but the impact is limited since it only changes
advanced filters module, which is under feature flag at the moment, and
it is already in a broken state so unusable, even if someone activates
the feature flag.
This PR implements hooks and utils logic for handling CRUD and view
filter group comparison.
The main hook is useAreViewFilterGroupsDifferentFromRecordFilterGroups,
like view filters and view sorts.
Inside this hook we implement getViewFilterGroupsToCreate,
getViewFilterGroupsToDelete and getViewFilterGroupsToUpdate.
All of those come with their unit tests.
In this PR we also introduce a new util to prevent nasty bugs happening
when we compare undefined === null,
This util is called compareStrictlyExceptForNullAndUndefined and it
should replace every strict equality comparison between values that can
be null or undefined (which we have a lot)
This could be enforced by a custom ESLint rule, the autofix may also be
implemented (maybe the util should be put in twenty-shared ?)
This PR implements the initialization of current record filter groups
state from view.
It also implements mapRecordFilterGroupToViewFilterGroup,
mapRecordFilterGroupLogicalOperatorToViewFilterGroupLogicalOperator and
mapViewFilterGroupLogicalOperatorToRecordFilterGroupLogicalOperator with
their corresponding unit tests.
Some unused states not caught by ESLint are also removed.
This PR removes what's left from record filter and record sort previous
logic to handle CRUD and state management with view.
So everything that is named combinedFilter and combinedSort is removed
here.
We implement currentRecordFilters and currentRecordSorts everywhere.
We also remove the event in a state onSortSelectComponentState. (a
pattern we want to avoid)
This PR implements new record sorts CRUD as already done on record
filters, which is based on record sorts state instead of combined view
sorts.
It implements a new useSaveRecordSortsToViewSorts with its underlying
utils, to compute diff between two view sorts array.
The associated unit tests have also been written.
This PR also fixes the bug where the view bar disappeared when deleting
the already saved record sort of a view.
Abdul Rahman