Previously, View extensions loaded their HTML files directly from disk.
Now, Coco starts a lightweight local HTTP server to serve the static files,
and the extension loads them via HTTP instead.
This refactoring is needed because Tauri is not allowed to load local
files directly, we have to call convertFileSrc() to do the URL
conversion to make it work. In previous implementations, we did such
conversions to all the paths specified in the HTML file, but we realized
that there are paths in JS/CSS files as well, and it is impossible to
convert them all. So we have to change the way how view extensions load
their files.
This commit introduces a new field, `minimum_coco_version`, to the
`plugin.json` JSON. It specifies the lowest Coco version required
for an extension to run.
This ensures better compatibility by preventing new extensions from
being loaded on older Coco apps that may lack necessary APIs or features.
Co-authored-by: ayang <473033518@qq.com>
* chore: use a custom log directory
This commit changes our log dirctory from the one set by Tauri to
a custom one. It is mostly the same as Tauri’s one, except that
the "{bundleIdentifier}" will be "Coco AI" rather than the real
identifier.
We are doing this because our bundle ID ("rs.coco.app") ends with ".app", log
directory "/Users/xxx/Library/Logs/rs.coco.app" is mistakenly thought as an
application by Finder on macOS, making it inconvenient to open. We do not want
to change the bundle identifier. The data directory, which stores all the data, still
references it. So doing that will be a breaking change. Using a custom log
directory make more sense.
* fmt
This commit introduces a new extension type View, which enables developers
to implement extensions with GUI. It is implemented using iframe, developers
can specify the path to the HTML file in the `Extension.page` field, then
Coco will load and render that page when the extension gets opened.
coco-api
We provide a TypeScript library [1] that will contain the APIs developers
need to make the experience better.
We start from file system APIs. Since the embedded HTML page will be loaded
by WebView, which has no access to the local file system, we provide APIs
to bridge that gap. Currently, `fs:read_dir()` is the only API we implemented, more
will come soon.
Permission
As View extensions run user-provided code, we introduce a permision
mechanism to sandbox the code. Developers must manually specify the
permission their extension needs in the "plugin.json" file, e,g.:
"permissions": {
"fs": [
{ "path": "/Users/foo/Downloads", "access": ["read", "write"] },
{ "path": "/Users/foo/Documents", "access": ["read"] }
],
"http": [
{ "host": "api.github.com" }
],
"api": ["fs:read_dir"]
}
Currently, both fs and api permissions are implemented. Permission checks
apply only to View extensions for now; Command extensions will support
them in the future.
[1]: https://github.com/infinilabs/coco-api
This commit reverts the logic introduced in
e7dd27c744:
> Pinning the main window would bring "NSWindowCollectionBehaviorCanJoinAllSpaces"
> back to make it really stay pinned across all the spaces.
Commit 6bc78b41ef (diff-b55e9c1de63ea370ce736826e4dea5685bfa3992d8dee58427337e68b71a1fc1)
did a tiny refactor to the frontend code merged in the above commit,
these changes are reverted as well.
We revert these changes because we observed an issue with window
focus, and we don't know the root cause and how to fix the issue either.
The following change is kept because we don't want to hit this NS panel
bug[1]. But if the issue still exists after this commit, it will
be removed as well.
In "src-tauri/src/setup/mac.rs":
```diff
panel.set_collection_behaviour(
- NSWindowCollectionBehavior::NSWindowCollectionBehaviorCanJoinAllSpaces
+ NSWindowCollectionBehavior::NSWindowCollectionBehaviorMoveToActiveSpace
```
[1]: https://github.com/ahkohd/tauri-nspanel/issues/76
