* updates Cargo.toml
* Migrate to abscissa 0.7.0
* Avoid panic from calling color_eyre::install twice
* Uses 'start' as the default subcommand
* updates default cmd logic
* Fixes minor cli issues
* removes outdated check in acceptance test
* Adds a test for process_cli_args, fixes version_args test.
Adds -V to process_cli_args match case
* Revert "fix(clippy): Silence future-incompat warnings until we upgrade Abscissa (#6024)"
This reverts commit dd90f79b48.
* Drops the worker guard to flush logs when zebra shuts down
* Adds cargo feature to clap
* restores process_cli_args
* updates deny.toml
* Updates EntryPoint help template
* Updates subcommand help msgs
* removes trailing whitespace, capitalizes sentences
* Apply suggestions from code review
Co-authored-by: teor <teor@riseup.net>
* revert parts of revert "Revert fix(clippy): Silence future-incompat warnings until we upgrade Abscissa"
* Applies suggestions from code review
* Moves EntryPoint to its own module
* fixes version_args test
* Updates changelog
* Prunes redundant test cases
* Apply suggestions from code review
Co-authored-by: teor <teor@riseup.net>
* Revert "Prunes redundant test cases"
This reverts commit 3f7397918489144805c17d0594775aa699e87b9d.
* Update zebrad/src/commands/entry_point.rs
Co-authored-by: teor <teor@riseup.net>
* Add missing import
* Updates `process_cli_args` to return a result
---------
Co-authored-by: teor <teor@riseup.net>
The components are accessed by a lock on application state. When some command
calls block_on to enter an async context, it obtained a write lock on the
entire application state. This meant that if the application state were
accessed later in an async context, a deadlock would occur. Instead the
TokioComponent holds an Option<Runtime> now, so that before calling block_on,
the caller can .take() the runtime and release the lock. Since we only ever
enter an async context once, it's not a problem that the component is then
missing its runtime, as once we are inside of a task we can access the runtime.
This was commented out because making the PeerConnector take a TcpStream
meant that the PeerConnector futures couldn't be constructed in the same
way as before, but now that the PeerConnector is Buffer'able, we can
just clone a buffered copy.
* Add a TracingConfig and some components
Co-authored-by: Deirdre Connolly <deirdre@zfnd.org>
* Restructure, use dependency injection, initialize tracing
* Start a placeholder loop in start command
* Add hyper alpha.1, bump tokio to alpha.4
* Hello world endpoint using async/await from hyper 0.13 alpha
Also cleaned up some linter messages.
Co-authored-by: Henry de Valence <hdevalence@hdevalence.ca>
* Update to tracing_subscriber 0.1
* fmt
* add rust-toolchain
* Remove hyper::Version import
* wip: start filter_handler impl
* Add .rustfmt.toml
* rustfmt
* Tidy up .rustfmt.toml
* Add filter reloading handling.
* bump toolchain
* Remove generated hello world acceptance tests.
These test the behaviour of the autogenerated binary and work as examples of
how to test the behaviour of abscissa binaries. Since we don't print "Hello
World" any more, they fail, but we don't yet have replacement behaviour to add
tests for, so they're removed for now.
* Clean up config file handling with Option::and_then.
Arya
Henry de Valence
Tony Arcieri
Deirdre Connolly