- Add the ArtifactNode port over radicle-artifact-client
- Seed, unseed, download and fetch artifacts per release
- Unseed artifacts on redaction and release deletion
- Report artifact node status and installed binaries
- Probe the artifact node alongside the radicle node
- Add node commands and mirror them in test API
Co-authored-by: Brandon Oxendine <brandon.oxendine@gmail.com>
Co-authored-by: Rūdolfs Ošiņš <rudolfs@osins.org>
- Add release types and the Releases and ReleasesMut ports
- Create, delete and redact releases
- Register, attest and locate artifacts
- Filter releases with radicle-artifact
- Add release commands and mirror them in test API
Co-authored-by: Brandon Oxendine <brandon.oxendine@gmail.com>
Co-authored-by: Rūdolfs Ošiņš <rudolfs@osins.org>
Pasting a single image went through save_embed_by_clipboard, which
stored the clipboard's raw RGBA pixels instead of an encoded image.
The result could not be decoded, so the embed showed as a broken image.
Always store the pasted file's own bytes instead. Nothing else uses
save_embed_by_clipboard, so it's removed.
Co-Authored-By: Rūdolfs Ošiņš <rudolfs@osins.org>
A desktop launch inherits a `PATH` that holds none of the user's own
install locations, so `Command::new("git")` finds nothing usable, or on
macOS finds Apple's shim and only prompts to install the developer
tools.
Resolve git to an absolute path instead, searching `PATH` first and the
usual install locations after, and cache the result for the process.
`rad` is looked for the same way, which also fixes the CLI check for a
Homebrew or Nix install.
The tree-sitter highlighter goes with it: the hunk types name its
`Paint` spans and it implements `ToPretty` for them, so neither side
can be removed on its own.
Bump the @tauri-apps/* npm packages and the matching Rust crates
together. The Tauri CLI rejects builds when the @tauri-apps/api npm
package and the tauri Rust crate are on different major/minor versions,
so they must move in lockstep.
- bump radicle 0.22 -> 0.24, radicle-job 0.5.2 -> 0.6, and
radicle-surf 0.27.0 -> 0.27.1 to match heartwood
- raise radicle-tauri rust-version to 1.86 for radicle-job 0.6's MSRV
- migrate to the 0.24 COB store API: signer moves onto the cache via
WriteAs, so issues_mut/patches_mut take &signer and the per-call
signer arg disappears from every issue/patch action method
- pass ReadOnly to JobsStore::open for radicle-job 0.6's new Access
type param
- replace the removed Profile::socket() with home().socket_from_env()
and the removed WriteRepository::set_head() with the
set_canonical_symbolic_refs + set_default_branch_to_canonical_head
pair used by rad::init
- split the old ssh::agent::Error into AgentError + ConnectError so
Agent::connect failures still bubble through ?
- swap SignedRefsInfo::is_ok() (gone in 0.23) for an explicit
matches!(_, Some(_)) on the new None/Some/NeedsMigration enum
In case of an outdated cobs cache we display a banner on top of the
patch or issue listing, to allow users to rebuild the cobs cache of a
repo similar to running `rad patch cache`
After rebuilding we fetch the issues or patches from the start.
Small caveat with patches:
The banner can only be shown after a user fetched all patches from the
backend, so we are sure we tried to fetch all of them.
So we don't materialize the whole list multiple times especially when
paginating. Mostly written by Finto, I was just driving.
Co-authored-by: Fintan Halpenny <fintan.halpenny@gmail.com>
To start making the backend codebase more future proof, I started
introducing the hexagonal architecture concept, of having `Service`
traits that is the public API and inner traits like `Storage`,
`Metrics`, etc. that can be implemented by different adapters like
`Sqlite`.
This is a first development in this direction.
- Add `migrate::ignore` callback to `cob::cache` calls
- Remove the `Verified` trait from the `Doc` struct
- Update `Doc` fields with read-only methods
Great explanation by @LarsWirzenius on the why
> Async code in Rust runs in one or more threads. Usually there's a
small number of threads that are multiplexed between different async
functions. The async executor chooses what threads to use and which
thread runs which async code. If the async code takes a long time, such
as by calling std::thread::sleep, the whole thread stops doing anything
else, and then no other async code runs in that thread, either.
- Improves the hierarchy of types into separate folders
- Improve the types generation making more structs and less serde_json
- Adding more optional values to the tauri commands
Daniel Norman