* Box errors to deal with large error warnings, add accessor methods for error properties
* Remove or explain some large enum variant lints
* Turn some tickets into TODOs
* Allow missing docs on single-field error enum variants
Co-authored-by: mergify[bot] <37929162+mergify[bot]@users.noreply.github.com>
* 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
* Upgrade tracing and related dependencies
```sh
cargo upgrade --workspace
tracing-error
tracing-subscrber
color-eyre
tracing-flame
tracing-journald
sentry
sentry-tracing
metrics
metrics-exporter-prometheus
reqwest
```
* Update duplicate dependency checks
* Enable the tracing/env-filter feature
* Fix type inference for metrics
Manual changes, plus:
```sh
fastmod "as _" "as f64"
```
* Tidy up some unrelated test code
* Update metrics-exporter-prometheus API
And make unused dependencies optional.
* Adjust test regexes to new tracing format
Also fix some regex bugs, and refactor to simplify.
* Disable color-eyre span traces and track caller in release builds
* Add a feature that enables extra debugging in release builds
* Clean up some redundant features
* Increase a test timeout
* Make proptest-impl features consistently depend on each other
* Use a non-test method for consensus checks
* Make proptest dependencies the same between crates
* 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>
* Ignore AlreadyInChain error in the syncer
* Split Cancelled errors; add them to should_restart_sync exceptions
* Also filter 'block is already comitted'; try to detect a wrong downcast
We don't check the authorizing data hash until checkpoint blocks reach the state.
So signatures, proofs, or scripts could be different,
even if the block hash is the same.
Co-authored-by: Conrado Gouvea <conrado@zfnd.org>
* Stop precalculating transaction hashes twice during checkpointing
* Refactor a complex type using a new `RequestBlock` type
* Comment formatting
Co-authored-by: Janito Vaqueiro Ferreira Filho <janito.vff@gmail.com>
Co-authored-by: Janito Vaqueiro Ferreira Filho <janito.vff@gmail.com>
* Add validation of ZIP-221 and ZIP-244 commitments
* Apply suggestions from code review
Co-authored-by: teor <teor@riseup.net>
* Add auth commitment check in the finalized state
* Reset the verifier when comitting to state fails
* Add explanation comment
* Add test with fake activation heights
* Add generate_valid_commitments flag
* Enable fake activation heights using env var instead of feature
* Also update initial_tip_hash; refactor into progress_from_tip()
* Improve comments
* Add fake activation heights test to CI
* Fix bug that caused commitment trees to not match when generating partial arbitrary chains
* Add ChainHistoryBlockTxAuthCommitmentHash::from_commitments to organize and deduplicate code
* Remove stale comment, improve readability
* Allow overriding with PROPTEST_CASES
* partial_chain_strategy(): don't update note commitment trees when not needed; add comment
Co-authored-by: teor <teor@riseup.net>
## Motivation
This PR is motivated by the regression identified in https://github.com/ZcashFoundation/zebra/issues/1349. That PR notes that the metrics stopped working for most of the crates other than `zebrad`.
## Solution
This PR resolves the regression by deduplicating the `metrics` crate dependency. During a recent change we upgraded the metrics version in `zebrad` and a couple other of our crates, but we never updated the dependencies in `zebra-state`, `zebra-consensus`, or `zebra-network`. This caused the metrics macros to attempt to retrieve the current metrics exporter through the wrong function. We would install the metrics exporter in `0.13`, but then attempt to look it up through the `0.12` crate, which contains a different instance of the metrics exporter static variable which is unset. Doing this causes the metrics macros to return `None` for the current exporter after which they just silently give up.
## Related Issues
closes https://github.com/ZcashFoundation/zebra/issues/1349
## Follow Up Work
I noticed we have quite a few duplicate dependencies in our tree. We might be able to save some compilation time by auditing those and deduplicating them as much as possible.
- https://github.com/ZcashFoundation/zebra/issues/1582
Co-authored-by: teor <teor@riseup.net>
As a side effect of computing Merkle roots, we build a list of
transaction hashes. Instead of discarding these, add them to
PreparedBlock and FinalizedBlock so that they can be reused rather than
recomputed.
This commit adds Merkle root validation to:
1. the block verifier;
2. the checkpoint verifier.
In the first case, Bitcoin Merkle tree malleability has no effect,
because only a single Merkle tree in each malleablity set is valid (the
others have duplicate transactions).
In the second case, we need to check that the Merkle tree does not contain any
duplicate transactions.
Closes#1385Closes#906
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.
This change explicitly documents cancellation contracts for our Tower services,
and tries to correct a bug in the implementation of the CheckpointVerifier,
which duplicates information from the state service but did not ensure that it
would be kept in sync.
The previous debug output printed a message that the chain verifier had
recieved a block. But this provides no additional information compared
to printing no message in chain::Verifier and a message in whichever
verifier the block was sent to, since the resulting spans indicate where
the block was dispatched.
This commit also removes the "unexpected high block" detection; this was
an artefact of the original sync algorithm failing to handle block
advertisements, but we don't have that problem any more, so we can
simplify the code by eliminating that logic.
This reduces the API surface to the minimum required for functionality,
and cleans up module documentation. The stub mempool module is deleted
entirely, since it will need to be redone later anyways.
* 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>
This makes the component verifiers both always return `poll_ready`,
because they do not exert backpressure and cannot fail.
The checkpoint verifier now immediately rejects any blocks that arrive
after it finishes checkpointing, instead of marking the service itself
as failed.
The chain verifier is agnostic to the readiness behavior of its
components, and reports readiness when they are both ready.
This is a really nice function but there might be a bug in its future
implementation: https://github.com/tower-rs/tower/issues/469
This bug may have already been fixed for the 0.4.0 release, so we could change
back then.
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.
* stop committing to the state in the ChainVerifier
* commit to the state in the BlockVerifier
* commit to the state in the CheckpointVerifier
Co-authored-by: Jane Lusby <jlusby42@gmail.com>
This is the first in a sequence of changes that change the block:: items
to not include Block as a prefix in their name, in accordance with the
Rust API guidelines.
teor
Alfredo Garcia
Dimitris Apostolou
Conrado Gouvea
Jane Lusby
Henry de Valence
Deirdre Connolly