1. All Svelte files in a package are compiled in one step now, which
ensures that properties that use types from a different Svelte file in the
same package are typed correctly. The single-file svelte() has been removed,
and compile_svelte() may be renamed to svelte() in the future.
2. The .ts files in the same package are included as part of the Svelte
compilation, so that types imported imported from .ts files in the
same package work.
3. Dependencies passed into the rule are now loaded into the TypeScript
compiler, so that properties referencing types from different packages
work. We'll need to update our compile_svelte() lines to list the
dependencies. For example, before this change:
% cat bazel-bin/ts/congrats/CongratsPage.svelte.d.ts
import { SvelteComponentTyped } from "svelte";
declare const __propDef: {
props: {
info: any;
};
...
After adding //ts/lib to the deps of compile_svelte() in ts/congrats:
% cat bazel-bin/ts/congrats/CongratsPage.svelte.d.ts
import { SvelteComponentTyped } from "svelte";
import type { Scheduler } from "../lib/proto";
declare const __propDef: {
props: {
info: Scheduler.CongratsInfoResponse;
};
...
Brings Python in line with our other dependencies, and means users
no longer need to install it prior to building, or deal with
issues caused by having the wrong version available.
I do not recall anyone reporting that it worked better than the Qt
implementation for them, and the lack of recent wheels on PyPI is a pain.
We can always add it back in the future if enough people come out of
the woodwork to report they were using it.
The coarsetime crate already had us limited to 10.12+, and the wheel
had just not been updated to reflect that. Increased to 10.13, as that's
the minimum the Qt 5.14 libraries support.
While we do require PyQt, it's not possible to declare that we require
either 5 or 6, and so we need to mark it as optional. Instead, we
provide optional dependencies, so the user can e.g. 'pip install aqt[qt6]'
The enum changes should work on PyQt 5.x, and are required in PyQt 6.x.
They are not supported by the PyQt5 typings however, so we need to run
our tests with PyQt6.
* replaces Dockerfile using bazel-based build system
This commit updates the Dockerfile to work with anki's bazel-based build
system.
The anki Dockerfile was originally added in
https://github.com/ankitects/anki/pull/753 back in September 2020. The
file was moved to `docs/Dockerfile` in
e4ba941cf1, with a note that the file had
to be updated to work with anki's updated build system. The file
`docs/Dockerfile` was removed in
f2e2ef6fc0.
* install setuptools and wheel + xkb libraries
* install anki virtual env in fresh base image
* move Dockerfile out of root directory
* add readme file for dockerized anki
- negative margins result in truncated text when the window size
is reduced, so avoid them
- having a 100% table inside a flexbox is not responsive - the table
does not adjust its size as the width is increased or decreased
- in order to look decent on narrow screens (eg phones), we allow
margin collapsing
- in order to look decent on wide screens, we limit the maximum
width to something that is readable
- hide some columns in portrait mode on narrow screens
I tried preserving the centering with margin-left/right: auto, but
could not get it looking right, so have had to move things back to
left alignment.
