* Begin adding support for timeline
* fix some bugs with parser
* fmt
* add error reporting for parser
* add tests for timeline query parser
* add rejection tests for parse
* begin adding support for lists
also run migration before compiling, so schema.rs is up to date
* add sqlite migration
* end adding lists
still miss tests and query integration
* cargo fmt
* try to add some tests
* Add some constraint to db, and fix list test
and refactor other tests to use begin_transaction
* add more tests for lists
* add support for lists in query executor
* add keywords for including/excluding boosts and likes
* cargo fmt
* add function to list lists used by query
will make it easier to warn users when creating timeline with unknown lists
* add lang support
* add timeline creation error message when using unexisting lists
* Update .po files
* WIP: interface for timelines
* don't use diesel for migrations
not sure how it passed the ci on the other branch
* add some tests for timeline
add an int representing the order of timelines (first one will be on
top, second just under...)
use first() instead of limit(1).get().into_iter().nth(0)
remove migrations from build artifacts as they are now compiled in
* cargo fmt
* remove timeline order
* fix tests
* add tests for timeline creation failure
* cargo fmt
* add tests for timelines
* add test for matching direct lists and keywords
* add test for language filtering
* Add a more complex test for Timeline::matches, and fix TQ::matches for TQ::Or
* Make the main crate compile + FMT
* Use the new timeline system
- Replace the old "feed" system with timelines
- Display all timelines someone can access on their home page (either their personal ones, or instance timelines)
- Remove functions that were used to get user/local/federated feed
- Add new posts to timelines
- Create a default timeline called "My feed" for everyone, and "Local feed"/"Federated feed" with timelines
@fdb-hiroshima I don't know if that's how you pictured it? If you imagined it differently I can of course make changes.
I hope I didn't forgot anything…
* Cargo fmt
* Try to fix the migration
* Fix tests
* Fix the test (for real this time ?)
* Fix the tests ? + fmt
* Use Kind::Like and Kind::Reshare when needed
* Forgot to run cargo fmt once again
* revert translations
* fix reviewed stuff
* reduce code duplication by macros
* cargo fmt
* Theming
- Custom CSS for blogs
- Custom themes for instance
- New dark theme
- UI to choose your instance theme
- Option to disable blog themes if you prefer to only have the instance theme
- UI to choose a blog theme
* Start to update the theme
- Ligther colors
- No more border radius
- Buttons are now always colored
- Start to redesign the post page (according to the Figma mockups)
* Fix build script: it now recompiles everytime a scss file changed
* Make sure the article illustrations are not too big
* Make articles wider (70 characters)
* Better contrast between gray shades
* Various improvements
* Better mobile style
* New style for the footer
* Improve comment style
* Better responsiveness again
* Limit the size of the article cover
* Last details?
- Improve buttons on the media page
- Improve lists
* Pin the stdweb version that we use
It changed because I removed Cargo.lock to handle a merge conflict
I could have updated cargo web too, but it mean I should have re-built
the CI docker image and it was taking forever.
* Better contrast for links in the header of the article
* Add a basic privacy policy
* Remove "also"
* Fix a few issues
- Don't watch static/css in build.rs
- Another shade of white
- Remove useless margin rule for error messages
With this PR, when JS is activated and WASM supported, the article editor will be dynamically replaced with `contenteditable`s elements. This makes the editing interface simpler and less like a regular form. It will also allow us to easily add visual formatting with native browser APIs (and to insert images or videos directly). Here is a little demo:
There is still a lot to do, but it is a good first step.
Fixes#255
Rust can compile to WASM, so let's use it for front-end code as well.
To compile the front-end:
```
cargo install cargo-web
cargo web deploy -p plume-front
```
All the template are now compiled at compile-time with the `ructe` crate.
I preferred to use it instead of askama because it allows more complex Rust expressions, where askama only supports a small subset of expressions and doesn't allow them everywhere (for instance, `{{ macro!() | filter }}` would result in a parsing error).
The diff is quite huge, but there is normally no changes in functionality.
Fixes#161 and unblocks #110 and #273
