Update the above crates to their latest version, which now use MIT OR Apache-2.0 licensing.
This allows us to remove the exception entries in `deny.toml`.
Implement `IntoIterator` for the `BoundedVec`.
This allows the use of `into_iter` for returning the owned data,
rather than references via the `Deref` implementation.
There is an unfortunate lack of single-responsibility with handling the
addresses to connect to.
This is a band-aid fix until the point in time where this can better improved.
Introduce the use of `clap_completion` for generating static completion.
The shells that are supported are the ones that are included in `clap_complete`:
- `bash`,
- `elvish`,
- `zsh`,
- `fish`, and
- `powershell`.
Co-authored-by: Michael Uti <utimichael9@gmail.com>
Co-authored-by: Lorenz Leutgeb <lorenz.leutgeb@radicle.xyz>
The previous message is included in the error:
! [remote rejected] master -> refs/patches (patch commits are already included in the base branch)
To make it clearer to the user, also print a warning to tell them that the
commit was in the base branch – including the commit SHA:
warn: attempted to create a patch using the commit f2de534b5e81d7c6e2dcaf58c3dd91573c0a0354, but this commit is already included in the base branch
If a seed for syncing does not have an address, the local node will not be able
to connect to it.
These can be filtered out so that no connection attempts are made for these nodes.
Refactors the external command logic into a struct.
This allows for methods to maitain the logic of an external command.
It also allows for a cleaner output for the executable name – avoiding the debug
output of OsString using `""`.
The other variants of `terminal::args::Error` were no longer used.
The only variant required is `Error::WithHint`.
The enum is also made private, since it is only used in this crate.
These helper functions were for parsing arguments passed via lexopt.
Since `clap` is now the parser for these types, these functions are no longer
needed.
The `help` module is no longer needed, since `clap` handles that.
This meant that the re-exports of each command's `ABOUT` could be removed and
the `const`s can now be private.
Now that all commands can be parsed by clap, remove any custom parsing and
directly use `CliArgs::parse`.
The `Diff` command was removed, since only one `external_command` can be
declared for a subcommand. The handling of `rad diff` is now done via the
`External` variant. If the subcommand name is `diff` then this is executed,
otherwise delegate to the possible `rad-{exe}` command.
Also of note, the `rad inspect` command has an alias `rad .`. This changes the
behaviour of `rad . --help`. Before, it would print the help of the `rad`
command. Now, it prints the help of `rad inspect`.
Co-authored-by: Lorenz Leutgeb <lorenz.leutgeb@radicle.xyz>
Due to the idiosyncracies of this command there are a few things to note about
this migration.
The `rad sync` command acts as a default subcommand in itself, in that it has
options that do not apply to its subcommand, `rad sync status`. This means that
the options will print with `rad sync --help`, but they will not print with `rad
sync status`.
The `--inventory` flag is not compatible with any of the other flags and
options, thus they are all marked with `conflicts_with`. This cannot be done for
a positional argument, so `clap` will "helpfully" print out the usage, for
example, as:
error: the argument '--inventory' cannot be used with '--fetch'
Usage: rad sync --inventory [RID]
For more information, try '--help'.
Which is incorrect, since `RID` is ignored. This is explained in the `--help`
documentation for `--inventory`.
Co-authored-by: Lorenz Leutgeb <lorenz.leutgeb@radicle.xyz>
Moving the sub-comment actions to be beside the top level comment action. This
is mostly to provide a better diff for the next commit – that refactors due to
`clap` changes.
Previously, the `RepoId` was backed by the `git2::Oid` type, which has a `Hash`
implementation that uses `std::hash::Hasher::hash`. This uses a length prefixed
form for hashing.
When switching to `radicle_oid::Oid` and implementing `Hash` without the length
prefix, this subtly changed the hashes going forward.
These hashes are used in `BloomFilter`, which is the type underlying `Filter`.
This resulted in cases where a previous `Filter` that certainly contained
`rad:z3gqcJUoA1n9HaHKufZs5FCSGazv5` were suddenly reporting that they did not
contain this repository.
Changing the implementation of `Hash` for `radicle_oid::Oid` fixes this, and is
confirmed by adding the regression test in `filter.rs`.
Update the `gix` family of crates to avoid the vulnerability reported in
[CVE-2025-31130].
Since `gix-hash` is used in two places, its version definition was moved to the
top-level `Cargo.toml`. `cargo` warned that `default-features` not being defined
in the top-level could result in a future error, so that was carried along with
it. This did not affect the build of `radicle-fetch`.
[CVE-2025-31130]: https://www.cve.org/CVERecord?id=CVE-2025-31130
In an effort to reduce the change of version numbers, dependents of
`radicle-node` should not need to know about the modules:
- `control`
- `wire`
- `worker`
These are internal to the `radicle-node` running, and none of its dependents
accessed them.
This resulted in removing two unused type aliases.
To improve crate version churn, mark the error types as `non_exhaustive`.
This removes the need to change the version number of the crate when adding a
new variant.
Note that these errors are never matched on, so no other code is changed in
dependent crates.
Allow the fetch interface to accept anything that implements
`AsRef<Repository>`. This allows flexibility in the types that the `Handle` can
accept.
This change is motivated by wanting to introduce a type that is a temporary
repository that wraps a `Repository`.
The interface of the `Handle` has two methods: `Handle::repository` and
`Handle::repository_mut`. However, the calling logic would always access the
`Handle::repo` field.
This is cleaned up by making this field private, and using the
`Handle::repository` method instead. There were no calls to `repository_mut`,
and so the method was removed.
Register a panic handler that logs a backtrace via the `backtrace`
crate, instead of setting `RUST_BACKTRACE`.
Co-authored-by: Lorenz Leutgeb <lorenz.leutgeb@radicle.xy>
Adds a test to ensure that canonical reference updates are received on the node
events stream.
Added a helper to `NodeHandle` for perfoming a commit to a reference and signing
the nodes references, to help with this use case.
After a fetch is performed, `set_head` is called, which essentially updates the
default branch based on the canonical reference rule for that branch.
Later, `set_canonical_refs` is called, which originally could be the empty set
of rules. This would mean that the event for the default branch would never be
emitted.
The approach taken here is to always use the default branch rule if there are no
rules set in the identity document. Unfortunately, this ends up in computing the
default branch twice, due to `set_head`.
Another approach is to use the result of `set_head` to update the set of
`UpdatedCanonicalRefs`, to prevent the need for defaulting to the default branch
rule. However, this does not prevent the double counting as soon as the rules
are added to the identity document, since the default branch rule will then be
synthesised into the rule set.
The logging version was verbose, and not required. It also could end up double
processing canonical reference updates since multiple remotes may update the
same reference.
Instead, use `filter_map` to convert all the reference names, stripping
namespaces, and collect them into a `BTreeSet` to ensure uniqueness.
Whenever the node fetches new updates, it checks if canonical references can be
updated. The node has learned how to return these results and emit them as node
events. This is a breaking change since it adds a new variant the `Event` type,
which is not forwards-compatible.
Since the commit is now always pushed to the Radicle storage, there is no need
to check for fast-forward. If heads diverge, it will be reported by the quorum
error.
The stream tests did not take into account that the tips of previous COB entries
need to be inserted so that a Git history can be formed.
This was surfaced by the added regression test.
If the tests are run without a global Git config, then the tests will error with
no name or email set for the commits.
Instead, use the test fixture setup to ensure there is a name and email for
running the tests.
Add type aliases to specialise the `Stream` type for each of `Patch`, `Issue`,
and `Identity`.
An `init` constructor is also added for each to make it easier to construct each
stream.
Introduce a new `stream` module to `radicle::cob`. The purpose of this module is
to provide an API for iterating over a COB's operations, given a range of
commits.
The `CobStream` trait provides the generic API for implementing and using, while
`Stream` provides a concrete implementation using the `git2` crate.
The approach is to use a `git2::Revwalk` for walking over each commit in the
range, then loading the `Op` for that commit – skipping any commits that are
unrelated to that COB type, in the case of associated COBs.
The `Stream` is tested using some properties of the API.
The next steps are to introduce specialised types for `Patch` and `Issue` to
ensure that it works for those.
Adds an `Op::load` helper method for loading an `Entry`, given its `Oid` and the
`store` it is stored in.
This can be useful for downstream consumers to inspect operations on COBs given
a single `Oid`, without having to load the entire object and/or graph.
It can also be useful when looking at implementing COB stream primitives.
Add a helper method `Op::manifest_of`, to allow the caller to inspect the
`Manifest` of the entry. This can be used to avoid attempting to call `Op:load`
with a manifest that would not match the expected `Action`s of the `Op`.
Ensures that preferred seeds that are not synced are made part of the `to_sync`
set, and the Announcer is constructed without an error.
As well as this, ensure that the `synced` and `to_sync` sets do not overlap by
constructing the `to_sync` and removing any `synced` elements from it.
Making a note of that `Announcer::can_continue` might never be able to hit the
`Break` case. It could be defensive programming, so I'm going to leave it in for
the time being.
Adds a test case to show that the Announcer is allowed to mark an "unknown" node
as synced.
There may be a case where gossip reached a node that the current node was not
aware of. This should be allowed and should count towards the final replication
factor.
The `Announcer` logic was subtly different to the fetching logic, where the
preferred seeds need to be announced to *and* the replication factor had to be
reached.
This patch relaxes that constraint, and allows it to hit either targets before
exiting.
This also surfaced an issue with the with the `Progress` calculation, where
calculating the `unsynced` used the `synced` value to subtract. However, this
was not required because `to_sync` is mutated, so the value is simply
`to_sync.len()`. A test case was added to ensure this is correct by checking
that invariant that the total between synced and unsynced nodes always matches
the total of synced and unsynced progress.
The upgrade of the `radicle-crypto` crate was missed when upgrading
semver versions.
Unfortunately, since it is at the base of the dependency tree, all
crates that depend on it require an additional upgrade.
If one attempted to compile the test target for `radicle-node` by itself, it
would result in a compiler error – due to missing trait implementations that are
provided by `radicle-protocol/test`.
It would compile fine when `--all` is used due to cargo unifying feature sets,
so it went unnoticed until now.
This fixes the issue by adding `radicle-protocol` to the `dev-dependencies` and
enabling the `test` feature flag.
When we fail to get the info for the binary names of `radicle-node` and
`git-remote-rad`, we still mention the binary name which is usually a part of
their output.
Provide a default message that informs the user of the `(e)`, `(enter)`, and
`(esc)` functionality.
Unfortunately, it is not possible to provide any message that is better
customised to each case, due to `inquire` requiring a `'a` lifetime on all its
inputs – this rules out providing any kind of `String` input.
The first paramter of `Editor::new` can already be used to provide more
contextual information. The second parameter is left configurable, but for now
`Editor::HELP` is used everywhere.
This set of changes refactors the canonical handling by isolating the business
logic into another type, `Canonical`.
The functionality remains the same, but certain error scenarios are better
handled. Primarily, the commits of the inner `Canonical` type are checked to see
if they exist in the working copy, and if not, provide a more useful message
about which commit was missing or invalid for which DID.
Reduce the nesting of if statements by using a `PushAction` enum that is
constructed by checking the `dst` reference and parsing the correct action, one
of:
- `OpenPatch`
- `UpdatePatch`
- `PushRef`
This makes the intent of the code a little bit more clear and reduces the tabbing
of big code blocks. It also captures the error specifically for handling the
parsing of this `dst` reference.
The `[T]` and `[I]` are interpretted as links when running `cargo doc`. This
table is surrounded in a code fence to prevent this, but also provide a better
view of the table when rendered to HTML.
Add a test to exercise adding canonical reference rules and pushing new
canonical tags.
A change in `rad id` was required to allow adding a new payload to the document,
i.e. one that does not already exist.
Adding rules is also documented in the man page for `rad id`.
Ensure that the default branch is only ever synthesized from the `Doc`'s
`threshold` and `delegates` value. If the rule is ever written into a `RawDoc`,
then the update of the that `RawDoc` must go through the `update::veryify`
function, which checks that the rule is not present.
The business logic of modifying the identity document should not live in the CLI
code for updating said document.
Instead, we extract out that logic into separate update functions and these are
using from the CLI instead.
Introduce the `rules` module beneath `canonical`. The implementation follows
the Canonical References RIP[^0].
A `Rule` defines the DIDs and threshold required to get the canonical tip
for a reference (or set of references). Since a `Rule` has some specific
validation rules, there can be two versions of a `Rule`. The `RawRule` is one
that can be easily constructed, serialized, and deserialized. It must then be
validated into a `ValidRule`, which validates any constraints, and can be used
in the computing of a canonical tip.
For convenience, a set of `ValidRule`s is wrapped into the `Rules` type, which
also has a further constraint that each rule refers to a specific `refspec`.
[0]: https://app.radicle.xyz/nodes/seed.radicle.garden/rad:z3trNYnLWS11cJWC6BbxDs5niGo82/patches/1d1ce874f7c39ecdcd8c318bbae46ffd02fe1ea8
Refactor the `connect` method to return a `ConnectError` so that it can be
reported via logging at call sites, and returned as an error from the node
handle.
Downstream clients require access to the data for a `ReviewEdit` – for example,
the desktop client builds a representation of `Action`s for TypeScript
generation.
To allow these kinds of use cases, methods are added to `ReviewEdit` to allow
access to its underlying data.
Prepare the crates for releasing to crates.io:
- radicle-remote-helper: 0.10 -> 0.11
- radicle-term: 0.12 -> 0.13
- radicle-cli: 0.13 -> 0.14
- radicle-node: 0.11 -> 0.12
- radicle-fetch: 0.11 -> 0.12
- radicle: 0.15 -> 0.16
It was also necessary to specify the `version` in the workspace Cargo.toml file,
since this is required for publishing to crates.io.
While running `cargo-semver-checks`, there was an issue that was surfaced
regarding `serde(into)`, `serde(try_from)` and `schemars(transparent)` being
used, and they are incompatible.
This appeared to be a semver issue, on the side of `schemars`, since the issue
would only appear when adding `radicle` as a fresh dependency. The intuition for
this is that once `schemars` was updated locally, the same error appeared when
attempting to build the `radicle` crate.
To avoid this, `schemars` provides a `!` operator for the macro[^0]:
> You can also “unset” serde attributes by including them with a ! prefix in a
> schemars attribute, which will make schemars ignore the corresponding serde
> attribute item
[^0]: https://docs.rs/schemars_derive/latest/schemars_derive/derive.JsonSchema.html#attributes
The `Review::summary` was limited in behaviour, since it was only an
`Option<String>`.
The field is now changed to `NonEmpty<Edit>` so that it can enable an edit
history, as well as being able to supply embeds as part of the text.
`Reactions` are also introduced to `Review` and, necessarily, introducing an
`Action::ReviewReact`.
Note that some machinery was added under `actions` and `encoding` to enable
backwards-compatibility.
For `actions`, a new `ReviewEdit` is introduced to keep
track of the different versions of editing actions – supporting the old actions
while also introducing the new variant.
For `encoding`, the machinery exploits the fact that an `Option<String>` can be
converted into a `NonEmpty<Edit>` given that an `ActorId` and `Timestamp` are
available, and that `None` can be converted into an empty string. The struct
`patch::Review` now deserializes via this `encoding::review::Review` type and,
importantly, preserves backwards-compatibility.
This change better separates the different errors that can occur during an
upload. It does this by:
- Separating the authorization error into its own enum and having a variant
simply for that
- The `PacketLine` error was never constructed, so the error returned from the
`upload_pack::pktline::git_request` is now wrapped in this variant.
- The error from `upload_pack::upload_pack` is now wrapped in an `UploadPack`
variant.
- The `Io` variant is removed.
- Other redundant variants are also removed.
The `radicle-tools` binaries were specialised binaries for early development of
the `heartwood` set of crates. Choose to remove the crate so that it no longer
needs to build as part of our workspace.
Fintan Halpenny