We need to allow some lints in the dummy key manager because its
implementation needs to mirror that of `tor_keymgr::KeyMgr` (so we can't
apply the API changes suggested by clippy).
TorClient now only uses the tor_keymgr::KeyMgr implementation if the
keymgr experimental feature is enabled. If the feature is disabled, a
dummy key manager implementation is used.
The new `keymgr` feature depends on `onion-client`, because the key
manager is only used for HS client auth.
This simplifies usage quite a bit and will enable us to implement a
dummy `KeyMgr` that doesn't depend on the error types from tor-keymgr
(which will replace the "real" `KeyMgr` if the keymgr feature is
disabled).
The HS `HsClientSpecifier` and `HsClientSecretKeySpecifier` are moved to
`tor-hsclient`. The HS service secret key specifier stubs are moved to
`tor-hsservice`.
The `KeyMgr` is now initialized with an `ArtiNativeKeyStore` built from
an invalid key store root dir (this is alright for the purposes of this
proof-of-concept, since `ArtiNativeKeyStore::new` won't fail as it
doesn't currently validate the keystore root dir).
This means `KeyMgr` users don't need to specify the underlying key type
(e.g. `ed25519::Keypair`) when retrieving keys. Instead, they can just
specify the type required (as long as it implements `ToEncodableKey`),
e.g. `HsClientIntroAuthKeypair`.
This adds a proof-of-concept `SshKeyType::read_ssh_format_erased`
implementation for `KeyType`. The implementation decodes an OpenSSH key
and converts it to one of the key types used internally by Arti. The
value returned is type-erased, and will be downscast later down the line
by the `KeyMgr` (note: `KeyMgr` doesn't exist yet).
The `SshKeyType::write_ssh_format` will be implemented once these APIs
are a bit more stable.
It's not perfectly clear what this error type should be, so let's use
`ConfigBuildError` for now (it makes things easier in `arti-client`, as
we already have an `ErrorDetail` for it).
It's now not actually possible to write code that doesn't work, even
if `Tr` *isn't* 'static, because of the bounds on `CastTable::insert`.
I tried to produce a non-working setup with a non-static `Simple`, but
you can't implement `Object` for such a thing. Removing 'static from
Object would stop the downcasts from Any to Object working.
Prior to the new typesafe insert, this change
- let f: fn(&dyn $crate::Object) -> &(dyn $traitname + 'static) = |self_| {
+ let f: fn(&dyn $crate::Object) -> &(dyn $traitname) = |self_| {
would result in a runtime crash. Now it results in a compiler error.
This was locally bound to `S` in one place. Bind and use it throughout.
Since this is an RPC object, `O` is a better name.
In each item, use the description once and thereafter just the name.
Nick Mathewson
gabi-250
Ian Jackson
Ian Jackson
trinity-1686a