Summary:
This diff does two things:
- It adds a new SwipeContainer that makes it easy to implement swipe gestures. This is built into listTabular, so you can create a list and define onSwipeLeft/Right to enable gestures.
- It adds support for basic add/remove animations to the thread list. This works by adding a CSS transition to `top` and also leaving removed rows around for a specified time. (these times need to match.) Pretty much just cloned the core idea from TimeoutTransitionGroup.
Test Plan: No tests yet
Reviewers: evan, juan
Reviewed By: evan
Differential Revision: https://phab.nylas.com/D2581
Also fix style issues with link text.
Fix cmd+k link editing when nothing is selected.
Make confirm button only appear when there are changes to be made
Summary:
This implements EditableList re-ordering via a new prop callback.
You can drag and drop items in the mail rules list and the accounts list.
Note that you can't drag between lists - right now this is just to enable
re-ordering.
Test Plan: No new specs yet
Reviewers: evan, juan
Reviewed By: juan
Differential Revision: https://phab.nylas.com/D2495
- Updates OutlineView to reuse OutlineViewItem for creating new items
- Adds ability to edit outline view items via double click or right
click
- Cleans up css and code and sidebar item
- Updates SyncbackCategoryTask to update categories as well
- Adds 405 to permanent api error codes
Summary: Send and Archive plus a new setting.
Test Plan: new tests
Reviewers: bengotow, juan
Reviewed By: bengotow
Differential Revision: https://phab.nylas.com/D2446
Summary:
This is a refactor of the toolbar in the contenteditable. Goals of this
are:
1. Allow developers to add new buttons to the toolbar
2. Allow developers to add other component types to the floating toolbar (like the LinkEditor)
3. Make the toolbar declaratively defined instead of imperatively set
4. Separate out logical units of the toolbar into individual sections
5. Clean up `innerState` of the Contenteditable
The Floating Toolbar used to be an imperative mess. Doing simple
functionality additions required re-understanding a very complex set of
logic to hide and show the toolbar and delecately manage focus states.
There also was no real capacity for any developer to extend the toolbar.
It also used to be completely outside of our `atomicEdit` system and was a
legacy of having raw access to contenteditable controls (since it all used
to be directly inside of the contenteditable)
Finally it was difficult to declaratively define things because the
`innerState` of the Contenteditable was inconsistently used and its
lifecycle not properly thought through. This fixed several lifecycle bugs
with that.
Along the way several of the DOMUtils methods were also subtly not
functional and fixed.
The Toolbar is now broken apart into separate logical units.
There are now `ContentedtiableExtension`s that declare what should be
displayed in the toolbar at any given moment.
They define a method called `toolbarComponentData`. This is a pure
function of the state of the `Contenteditable`. If selection and content
conditions look correct, then that method will return a component to
render. This is how we declaratively define whether a toolbar should be
visible or not instead of manually setting `hide` & `show` bits.
There is also a `toolbarButtons` method that declaratively defines buttons
that can go in the new `<ToolbarButtons>` component.
The `ToolbarButtonManager` takes care of extracting these and binding the
correct editorAPI context.
Now the `<LinkEditor>` is a separate component from the `<ToolbarButtons>`
instead of being smashed together.
The `LinkManager` takes care of declaring when the `LinkEditor` should be
displayed and has properly bound methods to update the `contenteditable`
through the standard `atomicEdit` interface.
If users have additional contenteditable popup plugins (like displaying
extra info on a name or some content in the composer), they can now
implement the `toolbarComponentData` api and declaratively define that
information based on the state of the contenteditable.
Test Plan: TODO
Reviewers: bengotow, juan
Reviewed By: bengotow
Differential Revision: https://phab.nylas.com/D2442
- Refactors some of the old code which was 💩
- Makes SidbarSection a factory for different types of items for the
OutlineView
- Decided not to create a OutlineViewItem.Model class since the only
purpose it would serve would be to validate getters for props or for
documentation, both of which are already done via React.PropTypes.
- Adds sections when looking at unified inbox and integrates with new
mailbox perspecitve interface
- Updates OutlineViewItem a bit + styles
- Tests missing
- Creates OutlineView generic component and uses that instead of custom
code
- Refactors AccountSidebarStore:
- Split the generation of the state tree into smaller functions
- Adds different types of account sidebar items and sections, which contain
logic and props necessary to be rendered as OutlineViewItems, and
removes that logic from the store
- Removes WorkspaceStore.SidebarItem and removes the ability to register
new sidebar items. If people want to add something to the sidebar they
can just register a Component via the component registry and use the
OutlineView component
- Removes the DraftListSidebarItem, which was basically duplicated code
for an item but with a different data source. This is now handled
generically by the account sidebar by rendering OutlineViewItems with
different props and handlers
- Clean ups here and there:
- TODO
- Add AccountSwitcher
- Revisit calculation and generation of the state tree. Should the
parent store contain and update the entire state all the time.
Should separate items inside the tree have their own data sources?
- This would avoid having the AccountSidebarStore listen to a bunch of
different other stores, and the specific logic wold be contained
inside each item type.
Summary:
Originally, this was going to be a totally independent package, but
I wasn't able to isolate the functionality and get it tied in to
the delta-stream consumption. Here's how it currently works:
- The preferences package has a new tab which allows you to edit
mail filters. Filters are saved in a new core store, and a new
stock component (ScenarioEditor) renders the editor. The editor
takes a set of templates that define a value space, and outputs
a valid set of values.
- A new MailFilterProcessor takes messages and creates tasks to
apply the actions from the MailFiltersStore.
- The worker-sync package now uses the MailFilterProcessor to
apply filters /before/ it calls didPassivelyReceiveNewModels,
so filtrs are applied before any notifications are created.
- A new task, ReprocessMailFiltersTask allows you to run filters
on all of your existing mail. It leverages the existing TaskQueue
architecture to: a) resume where it left off if you quit midway,
b) be queryable (for status) from all windows and c) cancelable.
The TaskQueue is a bit strange because it runs performLocal and
performRemote very differently, and I had to use `performRemote`.
(todo refactor soon.)
This diff also changes the EditableList a bit to behave like a
controlled component and render focused / unfocused states.
Test Plan: Run tests, only for actual filter processing atm.
Reviewers: juan, evan
Reviewed By: evan
Differential Revision: https://phab.nylas.com/D2379
- When prop specified to not allow empty selection it should also
prevent it from being cleared when pressing Esc while focusing the list
- Adds a default value to the edit item input
- Updates specs
- Updates styles
