* Add a progress bar config that is disabled unless the feature is on
* Simplify the default config
* Enable the progress bar feature by default, but require the config
* Rename progress bars config to avoid merge conflicts
* Use a log file when the progress bar is activated
* Document how to configure progress bars
* Handle log files in config_tests and check config path
* Fix doc link
* Fix path check
* Fix config log matching
* Fix clippy warning
* Add tracing to config tests
* It's zebrad not zebra
* cargo fmt --all
* Update release for config file changes
* Fix config test failures
* Allow printing to stdout in a method
* print a Zebra logo and some text in progress bar mode
* add network to printed line, add heart to logo
* print logo and message regardless of progress-bar; document how logo was generated
* Implement Display and to_string() for NetworkUpgrade
* Add a progress-bar feature to zebrad
* Add the progress bar writer to the tracing component
* Add a block progress bar transmitter
* Correctly shut down the progress bar, and shut it down on an interrupt
* Make it clearer that the progress task never exits
* Add a config for writing logs to a file
* Add a progress-bar feature to zebra-network
* Add a progress bar for the address book size
* Add progress bars for never attempted and failed peers
* Add an optional limit and label to connection counters
* Add open connection progress bars
* Improve CheckpointList API and CheckpointVerifier debugging
* Add checkpoint index and checkpoint queue progress bars
* Security: Limit the number of non-finalized chains tracked by Zebra
* Make some NonFinalizedState methods available with proptest-impl
* Add a non-finalized chain count progress bar
* Track the last fork height for newly forked chains
* Add a should_count_metrics to Chain
* Add a display method for PartialCumulativeWork
* Add a progress bar for each chain fork
* Add a NonFinalizedState::disable_metrics() method and switch to using it
* Move metrics out of Chain because we can't update Arc<Chain>
* Fix: consistently use best chain order when searching chains
* Track Chain progress bars in NonFinalizedState
* Display work as bits, not a multiple of the target difficulty
* Handle negative fork lengths by reporting "No fork"
* Correctly disable unused fork bars
* clippy: rewrite using `match _.cmp(_) { ... }`
* Initial mempool progress bar implementation
* Update Cargo.lock
* Add the actual transaction size as a description to the cost bar
* Only show mempool progress bars after first activation
* Add queued and rejected mempool progress bars
* Clarify cost note is actual size
* Add tracing.log_file config and progress-bar feature to zebrad docs
* Derive Clone for Chain
* Upgrade to howudoin 0.1.2 and remove some bug workarounds
* Directly call the debug formatter to Display a Network
Co-authored-by: Arya <aryasolhi@gmail.com>
* Rename the address count metric to num_addresses
Co-authored-by: Arya <aryasolhi@gmail.com>
* Simplify reverse checkpoint lookup
Co-authored-by: Arya <aryasolhi@gmail.com>
* Simplify progress bar shutdown code
Co-authored-by: Arya <aryasolhi@gmail.com>
* Remove unused MIN_TRANSPARENT_TX_MEMPOOL_SIZE
* Document that the progress task runs forever
* Fix progress log formatting
* If progress-bar is on, log to a file by default
* Create missing directories for log files
* Add file security docs for running Zebra with elevated permissions
* Document automatic log file, spell progress-bar correctly
---------
Co-authored-by: Arya <aryasolhi@gmail.com>
* Update comments about note commitment tree rebuilds
* Add info-level logs to time note commitment tree rebuilds
* Log the number of rebuilt blocks after a fork, and the time per block
* Move humantime formats to zebra-chain
* Use human-friendly time formatting
* Improve time logging using humantime
* Only log full seconds, ignore the fractional part
* Move humantime_seconds to tracing::fmt
* Move the progress task to its own module
* Add missing humantime dependency
* Log the network upgrade in progress logs
* Log when Zebra verifies the final checkpoint
* Disable the flamegraph feature by default at compile time
* Disable the journald feature by default at compile time
* Also disable inferno dependency, and rearrange features
* Disable the prometheus feature by default at compile time
* Disable the tracing filter reload feature by default at compile time
* Disable tests when corresponding features are disabled
* Add compile-time tracing features to user docs
* Add compile-time features to the metrics user docs
* Document diagnostics as part of the start command tasks and services
* breaking(diagnostics): rename "enable-sentry" feature to "sentry" (#4623)
* Also skip conflict tests when those ports are disabled
* breaking(diagnostics): rename "enable-sentry" feature to "sentry"
This is mostly:
```sh
fastmod enable-sentry sentry
```
Co-authored-by: mergify[bot] <37929162+mergify[bot]@users.noreply.github.com>
* Implement graceful shutdown for the peer set
* Use the minimum lookahead limit in acceptance tests
* Enable a doctest that compiles with newly public modules
* Split tracing component code into modules.
* Repatriate Tracing and simplify config handling.
We upstreamed our Tracing component, expecting not to have to exert fine
control over the tracing settings. But this turned out not to be the case, and
now that we want to do other things (flamegraphs, journalctl, opentelemetry,
etc), we end up with really awkward code (as in the current flamegraph
handling).
This also makes use of the changes to `init()` to load the config early to pass
configuration data into the components, which avoids the need for the
refactoring in #775.
Finally, we restore support for the `-v` flag when the filter is unset. Closes#831.
* Disable tracing and metrics endpoints by default.
Closes#660.
* Switch back to upstream Abscissa.
* Integrate flamegraph support into the new Tracing component.
* Pass -v in acceptance tests to get info-level output.
* Clean up acceptance test code.
* Setup tracing-flame for use profiling zebrad
* start work on conditional flamegraph generation
* review time!
* update comments
* Update Cargo.toml
* disable default features for inferno
* reorganize
* missing one trait
* Apply suggestions from code review
* graceful shutdown!
* remove special case handling on ctrlc for cleanup
* rename signal fn to better represent its responsibility
* remove unused global hook for flushing flamegraph
* move tracing logic to the right file
* just copy linkerd's signal handling logic
* update book
* make zebrad app drop on shutdown normally
* Update zebrad/src/components/tokio.rs
Co-authored-by: teor <teor@riseup.net>
* Update zebrad/src/application.rs
Co-authored-by: teor <teor@riseup.net>
* Apply suggestions from code review
Co-authored-by: teor <teor@riseup.net>
* cleanup a little
* ooh yea there's an API for that
* setup env-filter for backup subscriber
* document env filter
* document return codes
* forgot to save
* Update book/src/applications/zebrad.md
Co-authored-by: teor <teor@riseup.net>
Co-authored-by: teor <teor@riseup.net>
We get the injected TokioComponent dependency before the config is
loaded, so we can't use it to open the endpoints.
And we can't define after_config, because we use derive(Component).
So we work around these issues by opening the endpoints manually,
from the application's after_config.
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.
Prior to this commit, the tracing endpoint would attempt to bind the
given address or panic; now, if it is unable to bind the given address
it displays an error but continues running the rest of the application.
This means that we can spin up multiple Zebra instances for load
testing.
This avoids some crate selection conflicts, but makes some futures
extension traits fall out of order? This seems to be an issue with
`pin-project` resolved in the git branch of `hyper` (but not yet
released).
An updated tracing-subscriber version changed one of the public types;
because we hardcode the type instead of being generic over S:
Subscriber, this was actually a breaking change. As noted in the
comment adjacent to this line, we would rather be generic over S, but
this requires fixing a bug in abscissa's proc-macros, so in the meantime
we hardcode the type.
* 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.
teor
Conrado Gouvea
Alfredo Garcia
Henry de Valence
Jane Lusby
Deirdre Connolly
Tony Arcieri