* Split disk reads from CPU-heavy Sprout interstitial tree cryptography
* Improve anchor validation debugging and error messages
* Work around a test data bug, and save some CPU
* Remove redundant checks for empty shielded data
* Skip generating unused interstitial treestates
* Do disk fetches and quick checks, then CPU-heavy cryptography
* Wrap HistoryTree in an Arc in the state
* Run CPU-intensive chain validation and updates in parallel rayon threads
* Refactor to prepare for parallel tree root calculations
* Run finalized state note commitment tree root updates in parallel rayon threads
* Update finalized state note commitment trees using parallel rayon threads
* Fix a comment typo and add a TODO
* Split sprout treestate fetch into its own function
* Move parallel note commitment trees to zebra-chain
* Re-calculate the tree roots in the same parallel batches
* Do non-finalized note commitment tree updates in parallel threads
* Update comments about note commitment tree rebuilds
* Do post-fork tree updates in parallel threads
* Add a TODO for parallel tree updates in tests
* Fix broken intra-doc links
* Clarify documentation for sprout treestates
* Spawn large database reads into blocking tokio threads
* Concurrently read all blocks, headers, and transactions from disk
* Run zebra-state transaction deserialization on a rayon thread
* 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
* Return the maximum checkpoint height from the chain verifier
* Return the verified block height from the sync downloader
* Track the verified height in the syncer
* Use a lower concurrency limit during full verification
* Get the tip from the state before the first verified block
* Limit the number of submitted download and verify blocks in a batch
* Adjust lookahead limits when transitioning to full verification
* Keep unused extra hashes and submit them to the downloader later
* Remove redundant verified_height and state_tip()
* Split the checkpoint and full verify concurrency configs
* Decrease full verification concurrency to 5 blocks
10 concurrent blocks causes 3 minute stalls on some blocks on my machine.
(And it has about 4x as many cores as a standard machine.)
* cargo +stable fmt --all
* Remove a log that's verbose with smaller lookahead limits
* Apply the full verify concurrency limit to the inbound service
* Add a summary of the config changes to the CHANGELOG
* Increase the default full verify concurrency limit to 30
* Replace Zcash parameters crates with pre-downloaded local parameter files
* Download Zcash parameters using the `zcashd` script in CI and Docker
* Add a zcash_proofs dependency to zebra-consensus
* Download Sapling parameters using zcash_proofs, rather than fetch-params.sh
* Add a new `zebrad download` subcommand
This command isn't required for nomrmal usage.
But it's useful when testing, or launching multiple Zebra instances.
* Use `zebrad download` in CI to pre-download parameters
* Log a helpful hint if downloading fails
* Allow some duplicate dependencies currently hidden by orchard
* Spawn a separate task to download Groth16 parameters
* Run the parameter download with code coverage
This avoids re-compining Zebra with and without coverage.
* Update Cargo.lock after rebase
* Try to pass `download` as an argument to `zebrad` in coverage CI
* Fix copy and paste comment typos
* Add path and download examples, like zcash_proofs
* Download params in CI just like zcash_proofs does
* Delete a redundant build step
* Implement graceful shutdown for zebrad start
* Send coverage summary to /dev/null when getting the params path
* Use the correct parameters path and download commands in CI
* Explain pre-downloads
* Avoid calling params_folder twice
* Rename parameter types and methods for consistency
```sh
fastmod SaplingParams SaplingParameters zebra*
fastmod Groth16Params Groth16Parameters zebra*
fastmod PARAMS GROTH16_PARAMETERS zebra*
fastmod params_folder directory zebra*
```
And a manual variable name tweak.
* rustfmt
* Remove a redundant coverage step
Co-authored-by: Janito Vaqueiro Ferreira Filho <janito.vff@gmail.com>
* Return a transaction verifier from `zebra_consensus::init`
This verifier is temporarily created separately from the block verifier's
transaction verifier.
* Return the same transaction verifier used by the block verifier
* Clarify that the mempool verifier is the transaction verifier
Co-authored-by: Deirdre Connolly <deirdre@zfnd.org>
Co-authored-by: Deirdre Connolly <deirdre@zfnd.org>
Co-authored-by: Conrado Gouvea <conrado@zfnd.org>
* 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.
* Standardise lints across Zebra crates, and add missing docs
The only remaining module with missing docs is `zebra_test::command`
* Todo -> TODO
* Clarify what a transcript ErrorChecker does
Also change `Error` -> `BoxError`
* TransError -> ExpectedTranscriptError
* Output Descriptions -> Output descriptions
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.
This test aimed to exercise both the checkpoint and block verifiers by
making a checkpoint list of length 1. However, the block verifier can't
work on any blocks below Sapling activation.
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.
* Remove in-memory state service
* make the config compatible with toml again
* checkpoint commit to see how much I still have to revert
* back to the starting point...
* remove unused dependency
* reorganize error handling a bit
* need to make a new color-eyre release now
* reorder again because I have problems
* remove unnecessary helpers
* revert changes to config loading
* add back missing space
* Switch to released color-eyre version
* add back missing newline again...
* improve error message on unix when terminated by signal
* add context to last few asserts in acceptance tests
* instrument some of the helpers
* remove accidental extra space
* try to make this compile on windows
* reorg platform specific code
* hide on_disk module and fix broken link
* add CheckpointList::new_up_to(limit: NetworkUpgrade)
* if checkpoint_sync is false, limit checkpoints to Sapling
* update tests for CheckpointList and chain::init
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.
* change several tests to transcript in consensus chain tests
* rename transcripts
* rename state transcript
* fix spandocs
* add timeout layer to tests
* run transcripts on the wrapped timeout service, remove ready calls
Conrado Gouvea
teor
Alfredo Garcia
Janito Vaqueiro Ferreira Filho
Henry de Valence
Jane Lusby