* Only fetch block headers from the database to answer headers requests
* Move writing to the database to a blocking thread
* Add blocking threads to tests that need them
* Remove mempool downloader requirement for a populated state
And stop populating states that don't need it,
so we can use tokio::time::pause() in those tests.
* Improve debugging for an intermittent test failure
* Try to avoid a race condition populating the mempool in tests
* doc(utils): remove trailing spaces
* fix(consensus): update Zebra's hard-coded checkpoint lists
This updates the checkpoint lists as at 2022-02-22:
- mainnet: to the latest finalized tip
- testnet: to the latest Canopy checkpoint,
because we expect a NU5 testnet rollback
* doc(consensus): Add example commands to update the checkpoints
* feat(log): log current height when logging sync progress
* fix(test): log the specific error when full sync tests fail
* doc(start): remove an obsolete TODO
We can't decrease this log level, because the tests rely on it.
* fix(test): wait until mempool activates in full sync tests
Changes the log message and log test so that the test only finishes
when the mempool has activated.
There is still a race condition here, between the log timer and
mempool activation. But it should be very rare, because the mempool
is activated immediately when `is_close_to_tip()` becomes true.
* fix(test): warn when Zebra stalls below the maximum checkpoint height
This also improves the full sync tests,
because the warning is checked before logging a successful sync.
* feat(log): warn when sync stalls downloading the genesis block
* fix(test): warn when the state hasn't committed a block for a long time
This also improves the full sync tests,
because the warning is checked before logging a successful sync.
* doc(test): update some sync acceptance test comments
* fix(log): use Display formatting to log chrono::Duration
Debug formatting is complicated and hard to read.
* fix(log): stop saying that we've activated the mempool without checking it
We're not checking if the mempool is active, so we can't say that.
* fix(log): minor tidying and TODOs
* fix(doc): fix a typo in the tests
* fix(log): explain the post-checkpoint blocks in progress warning calculations
* fix(doc): explain what could happen if we don't wait for extra blocks
* fix(log): add a percent symbol to a percent log
Co-authored-by: Janito Vaqueiro Ferreira Filho <janito.vff@gmail.com>
Co-authored-by: Janito Vaqueiro Ferreira Filho <janito.vff@gmail.com>
Co-authored-by: mergify[bot] <37929162+mergify[bot]@users.noreply.github.com>
* fix(clippy): for loop with only one item
* fix(clippy): manual Range::contains
Also clarified the surrounding code because it was unclear.
Co-authored-by: mergify[bot] <37929162+mergify[bot]@users.noreply.github.com>
* Update `tower` to version `0.4.9`
Update to latest version to add support for Tokio version 1.
* Replace usage of `ServiceExt::ready_and`
It was deprecated in favor of `ServiceExt::ready`.
* Update Tokio dependency to version `1.13.0`
This will break the build because the code isn't ready for the update,
but future commits will fix the issues.
* Replace import of `tokio::stream::StreamExt`
Use `futures::stream::StreamExt` instead, because newer versions of
Tokio don't have the `stream` feature.
* Use `IntervalStream` in `zebra-network`
In newer versions of Tokio `Interval` doesn't implement `Stream`, so the
wrapper types from `tokio-stream` have to be used instead.
* Use `IntervalStream` in `inventory_registry`
In newer versions of Tokio the `Interval` type doesn't implement
`Stream`, so `tokio_stream::wrappers::IntervalStream` has to be used
instead.
* Use `BroadcastStream` in `inventory_registry`
In newer versions of Tokio `broadcast::Receiver` doesn't implement
`Stream`, so `tokio_stream::wrappers::BroadcastStream` instead. This
also requires changing the error type that is used.
* Handle `Semaphore::acquire` error in `tower-batch`
Newer versions of Tokio can return an error if the semaphore is closed.
This shouldn't happen in `tower-batch` because the semaphore is never
closed.
* Handle `Semaphore::acquire` error in `zebrad` test
On newer versions of Tokio `Semaphore::acquire` can return an error if
the semaphore is closed. This shouldn't happen in the test because the
semaphore is never closed.
* Update some `zebra-network` dependencies
Use versions compatible with Tokio version 1.
* Upgrade Hyper to version 0.14
Use a version that supports Tokio version 1.
* Update `metrics` dependency to version 0.17
And also update the `metrics-exporter-prometheus` to version 0.6.1.
These updates are to make sure Tokio 1 is supported.
* Use `f64` as the histogram data type
`u64` isn't supported as the histogram data type in newer versions of
`metrics`.
* Update the initialization of the metrics component
Make it compatible with the new version of `metrics`.
* Simplify build version counter
Remove all constants and use the new `metrics::incement_counter!` macro.
* Change metrics output line to match on
The snapshot string isn't included in the newer version of
`metrics-exporter-prometheus`.
* Update `sentry` to version 0.23.0
Use a version compatible with Tokio version 1.
* Remove usage of `TracingIntegration`
This seems to not be available from `sentry-tracing` anymore, so it
needs to be replaced.
* Add sentry layer to tracing initialization
This seems like the replacement for `TracingIntegration`.
* Remove unnecessary conversion
Suggested by a Clippy lint.
* Update Cargo lock file
Apply all of the updates to dependencies.
* Ban duplicate tokio dependencies
Also ban git sources for tokio dependencies.
* Stop allowing sentry-tracing git repository in `deny.toml`
* Allow remaining duplicates after the tokio upgrade
* Use C: drive for CI build output on Windows
GitHub Actions uses a Windows image with two disk drives, and the
default D: drive is smaller than the C: drive. Zebra currently uses a
lot of space to build, so it has to use the C: drive to avoid CI build
failures because of insufficient space.
Co-authored-by: teor <teor@riseup.net>
* Create a `zebra_state::init_test` helper function
This function will be used as a replacement for `zebra_state::init`
inside tests. It's a simpler alternative because it can ignore any
details that aren't relevant for tests.
* Use `init_test` inside `zebra-state` tests
Update usages of `init` to use `init_test` instead, which simplifies
most cases.
* Use `zebra_state::init_test` in `zebra-consensus`
Replace usages of `zebra_state::init` with the new helper function. This
simplifies the code a bit.
* Make sure the Canopy activation block is a finalized checkpoint block
This enables ZIP-221 chain history from Canopy activation onwards.
* Clarify that the mandatory checkpoint test includes Canopy activation
The test was correct, but the docs and assertion message did not include activation.
* Document that the mandatory checkpoint includes Canopy activation
Co-authored-by: teor <teor@riseup.net>
* create readme for utils and checkpoints
* add link to checkpoint usage to book
Co-authored-by: Deirdre Connolly <durumcrustulum@gmail.com>
Co-authored-by: teor <teor@riseup.net>
This change introduces two new types:
- `PreparedBlock`, representing a block which has undergone semantic
validation and has been prepared for contextual validation;
- `FinalizedBlock`, representing a block which is ready to be finalized
immediately;
and changes the `Request::CommitBlock`,`Request::CommitFinalizedBlock`
variants to use these types instead of their previous fields.
This change solves the problem of passing data between semantic
validation and contextual validation, and cleans up the state code by
allowing it to pass around a bundle of data. Previously, the state code
just passed around an `Arc<Block>`, which forced it to needlessly
recompute block hashes and other data, and was incompatible with the
already-known but not-yet-implemented data transfer requirements, namely
passing in the Sprout and Sapling anchors computed during contextual
validation.
This commit propagates the `PreparedBlock` and `FinalizedBlock` types
through the state code but only uses their data opportunistically, e.g.,
changing .hash() computations to use the precomputed hash. In the
future, these structures can be extended to pass data through the
verification pipeline for reuse as appropriate. For instance, these
changes allow the sprout and sapling anchors to be propagated through
the state.
There's no reason to return a pre-Buffer'd service (there's no need for
internal access to the state service, as in zebra-network), but wrapping
it internally removes control of the buffer size from the caller.
* Reverse displayed endianness of transaction and block hashes
* fix zebra-checkpoints utility for new hash order
* Stop using "zebrad revhex" in zebrad-hash-lookup
* Rebuild checkpoint lists in new hash order
This change also adds additional checkpoints to the end of each list.
* Replace TransactionHash with transaction::Hash
This change should have been made in #905, but we missed Debug impls
and some docs.
Co-authored-by: Ramana Venkata <vramana@users.noreply.github.com>
Co-authored-by: teor <teor@riseup.net>
* refactor block and tx validation errors
* rename errors module to error
* move NoTransactions to BlockError
* clarify some errors, use dbg format for hash in error
* mnake is_coinbase_first return BlockError
* add new error types for each consensus Service
Co-authored-by: Jane Lusby <jane@zfnd.org>
Instead of conditionally parsing the hardcoded checkpoint list and
optionally making a CheckpointVerifier, make one unconditionally, and
use the config settings to decide whether to route responses to it.
Then, fix up all of the places needed to make it compile and remove all
of the dead code.
This disables one test that can't be easily fixed at the moment, because
it tests the wrong thing: the checkpoint and block verifiers will
produce different transcripts.
It also disables the initial_tip logic for now, pending simplification
of the ChainVerifier logic.
teor
Alfredo Garcia
Conrado Gouvea
Dimitris Apostolou
Janito Vaqueiro Ferreira Filho
Henry de Valence
Deirdre Connolly