* beefy-gadget: allow custom runtime api provider
* beefy-gadget: use mock runtime api in tests
* pallet-mmr: expose mmr root from state through runtime API
* beefy-gadget: get mmr root from runtime state
* pallet-beefy-mmr: remove MmrRoot from header digests
* frame/mmr: move mmr primitives out of frame
* frame/mmr: completely move primitives out of frame
* address review comments
* beefy-mmr: bring back mmr root from header digest
* clippy fixes for rustc 1.60
* address review comments
* Finality notification: Optimize calculation of stale heads
While looking into some problem on Versi where a collator seemed to be stuck. I found out that it
was not stuck but there was a huge gap between last finalized and best block. This lead to a lot
leaves and it was basically trapped inside some loop of reading block headers from the db to find
the stale heads. While looking into this I found out that `leaves` already supports the feature to
give us the stale heads relative easily. However, the semantics change a little bit. Instead of
returning all stale heads of blocks that are not reachable anymore after finalizing a block, we
currently only return heads with a number lower than the finalized block. This should be no problem,
because these other leaves that are stale will be returned later when a block gets finalized which
number is bigger than the block number of these leaves.
While doing that, I also changed `tree_route` of the `FinalityNotification` to include the
`old_finalized`. Based on the comment I assumed that this was already part of it. However, if
wanted, I can revert this change.
* FMT
* Update client/service/src/client/client.rs
Co-authored-by: André Silva <123550+andresilva@users.noreply.github.com>
* Do not include the last finalized block
* Rename function
* FMT
* Fix tests
* Update figure
Co-authored-by: André Silva <123550+andresilva@users.noreply.github.com>
* Add new hardware and software metrics
* Move sysinfo tests into `mod tests`
* Correct a typo in a comment
* Remove unnecessary `nix` dependency
* Fix the version tests
* Add a `--disable-hardware-benchmarks` CLI argument
* Disable hardware benchmarks in the integration tests
* Remove unused import
* Fix benchmarks compilation
* Move code to a new `sc-sysinfo` crate
* Correct `impl_version` comment
* Move `--disable-hardware-benchmarks` to the chain-specific bin crate
* Move printing out of hardware bench results to `sc-sysinfo`
* Move hardware benchmarks to a separate messages; trigger them manually
* Rename some of the fields in the `HwBench` struct
* Revert changes to the telemetry crate; manually send hwbench messages
* Move sysinfo logs into the sysinfo crate
* Move the `TARGET_OS_*` constants into the sysinfo crate
* Minor cleanups
* Move the `HwBench` struct to the sysinfo crate
* Derive `Clone` for `HwBench`
* Fix broken telemetry connection notification stream
* Prevent the telemetry connection notifiers from leaking if they're disconnected
* Turn the telemetry notification failure log into a debug log
* Rename `--disable-hardware-benchmarks` to `--no-hardware-benchmarks`
* Prepare for rust stable 1.59
Besides preparing the UI tests this also adds a new script update-rust-stable.sh script for
simplifying the update of a rust stable version. This script will run all UI tests for the new
rust stable version and updating the expected output.
* Ensure we run the UI tests in CI
* use staging ci image
* More test updates
* Unignore test (#11097)
* empty commit for pipeline rerun
* empty commit for pipeline rerun
* Try to make clippy happy
* More clippy fixes
* FMT
* ci image production
Co-authored-by: alvicsam <alvicsam@gmail.com>
Co-authored-by: Alexander Samusev <41779041+alvicsam@users.noreply.github.com>
* Catch panics on the FFI boundary between the runtime and the host for `wasmtime`
* Use an already existing test runtime function
* Merge the tests together
This pr changes all default execution strategies to `Wasm`. This is basically a deprecation of the
native runtime. While the native runtime isn't removed and can still be used, it will not be used
anymore by default.
This will also improve the usage for people who want to run random commits, which most often forget
to run with `--execution wasm`. Otherwise they often run into storage root mismatches because of
using the native runtime.
Simplified BEEFY worker logic based on the invariant that GRANDPA
will always finalize 1st block of each new session, meaning BEEFY
worker is guaranteed to receive finality notification for the
BEEFY mandatory blocks.
Under these conditions the current design is as follows:
- session changes are detected based on BEEFY Digest present in
BEEFY mandatory blocks,
- on each new session new `Rounds` of voting is created, with old
rounds being dropped (for gossip rounds, last 3 are still alive
so votes are still being gossiped),
- after processing finality for a block, the worker votes if
a new voting target has become available as a result of said
block finality processing,
- incoming votes as well as self-created votes are processed
and signed commitments are created for completed BEEFY voting
rounds,
- the worker votes if a new voting target becomes available
once a round successfully completes.
On worker startup, the current validator set is retrieved from
the BEEFY pallet. If it is the genesis validator set, worker
starts voting right away considering Block #1 as session start.
Otherwise (not genesis), the worker will vote starting with
mandatory block of the next session.
Later on when we add the BEEFY initial-sync (catch-up) logic,
the worker will sync all past mandatory blocks Signed Commitments
and will be able to start voting right away.
BEEFY mandatory block is the block with header containing the BEEFY
`AuthoritiesChange` Digest, this block is guaranteed to be finalized
by GRANDPA.
This session-boundary block is signed by the ending-session's
validator set. Next blocks will be signed by the new session's
validator set. This behavior is consistent with what GRANDPA does
as well.
Also drop the limit N on active gossip rounds. In an adversarial
network, a bad actor could create and gossip N invalid votes with
round numbers larger than the current correct round number. This
would lead to votes for correct rounds to no longer be gossiped.
Add unit-tests for all components, including full voter consensus
tests.
Signed-off-by: Adrian Catangiu <adrian@parity.io>
Co-authored-by: Tomasz Drwięga <tomusdrw@users.noreply.github.com>
Co-authored-by: David Salami <Wizdave97>
* Add extra WASM heap pages when precompiling the runtime blob
* Fix compilation
* Fix rustdoc
* Fix rustdoc for real this time
* Fix benches compilation
* Improve the builder in `sc-executor-wasmtime`'s tests
* First rough draft for BABE revert
* Proper babe revert test
* Cleanup
* Test trivial cleanup
* Fix to make clippy happy
* Check polkadot companion
* Check cumulus companion
* Remove babe's blocks weight on revert
* Handle "empty" blockchain edge case
* Run companions
* Simplify the filter predicate
* Saturating sub is not required
* Run pipeline
* Run pipeline again...
* Allow pallet errors to contain at most one field
* Update docs on pallet::error
* Reword documentation
* cargo fmt
* Introduce CompactPalletError trait and require #[pallet::error] fields to implement them
* cargo fmt
* Do not assume tuple variants
* Add CompactPalletError derive macro
* Check for error type compactness in construct_runtime
* cargo fmt
* Derive CompactPalletError instead of implementing it directly during macro expansion
* Implement CompactPalletError on OptionBool instead of Option<bool>
* Check for type idents instead of variant ident
* Add doc comments for ErrorCompactnessTest
* Add an trait implementation of ErrorCompactnessTest for ()
* Convert the error field of DispatchError to a 4-element byte array
* Add static check for pallet error size
* Rename to MAX_PALLET_ERROR_ENCODED_SIZE
* Remove ErrorCompactnessTest trait
* Remove check_compactness
* Return only the most significant byte when constructing a custom InvalidTransaction
* Rename CompactPalletError to PalletError
* Use counter to generate unique idents for assert macros
* Make declarative pallet macros compile with pallet error size checks
* Remove unused doc comment
* Try and fix build errors
* Fix build errors
* Add macro_use for some test modules
* Test fix
* Fix compilation errors
* Remove unneeded #[macro_use]
* Resolve import ambiguity
* Make path to pallet Error enum more specific
* Fix test expectation
* Disambiguate imports
* Fix test expectations
* Revert appending pallet module name to path
* Rename bags_list::list::Error to BagError
* Fixes
* Fixes
* Fixes
* Fix test expectations
* Fix test expectation
* Add more implementations for PalletError
* Lift the 1-field requirement for nested pallet errors
* Fix UI test expectation
* Remove PalletError impl for OptionBool
* Use saturating operations
* cargo fmt
* Delete obsolete test
* Fix test expectation
* Try and use assert macro in const context
* Pull out the pallet error size check macro
* Fix UI test for const assertion
* cargo fmt
* Apply clippy suggestion
* Fix doc comment
* Docs for create_tt_return_macro
* Ensure TryInto is imported in earlier Rust editions
* Apply suggestions from code review
Co-authored-by: Bastian Köcher <bkchr@users.noreply.github.com>
* Fix up comments and names
* Implement PalletError for Never
* cargo fmt
* Don't compile example code
* Bump API version for block builder
* Factor in codec attributes while derving PalletError
* Rename module and fix unit test
* Add missing attribute
* Check API version and convert ApplyExtrinsicResult accordingly
* Rename BagError to ListError
Co-authored-by: Kian Paimani <5588131+kianenigma@users.noreply.github.com>
* Use codec crate re-exported from frame support
* Add links to types mentioned in doc comments
Co-authored-by: Bastian Köcher <bkchr@users.noreply.github.com>
* cargo fmt
* cargo fmt
* Re-add attribute for hidden docs
Co-authored-by: Bastian Köcher <bkchr@users.noreply.github.com>
Co-authored-by: Kian Paimani <5588131+kianenigma@users.noreply.github.com>
* import-blocks: Do not read `stdin` to memory
This fixes a bug with `import-blocks` reading the entire `stdin` before starting to import the
blocks. However, for huge files that uses quite a lot of memory. We can just read from `stdin` step
by step as we do it with a file. This ensures that we don't read the entire input at once into memory.
* FMT
* Fix warning
* Refactor WASM module instantiation; enable WASM instance pooling
* Disable the `uffd` feature on `wasmtime`
* Restore the original behavior regarding the initial WASM memory size
* Adjust error message
* Remove unnecessary import in the benchmarks
* Preinstantiate the WASM runtime for a slight speedup
* Delete the asserts in `convert_memory_import_into_export`
* `return` -> `break`
* Revert WASM instance pooling for now
* Have `convert_memory_import_into_export` return an error instead of panic
* Update the warning when an import is missing
* Rustfmt and clippy fix
* Fix executor benchmarks' compilation without `wasmtime` being enabled
* rustfmt again
* Align to review comments
* Extend tests so that both imported and exported memories are tested
* Increase the number of heap pages for exported memories too
* Fix `decommit_works` test
* Prevent possible rocksdb-corruption by running benchmark-storage
Also adds a `sanitize_key` function to strip path-prefixes from the db-keys (for databases that
use prefixed keys such as rocksdb)
fixes#10998
* Fix @cheme 's annotations.
* Update utils/frame/benchmarking-cli/src/storage/write.rs
Co-authored-by: Oliver Tale-Yazdi <oliver.tale-yazdi@parity.io>
* Make logic match the name of bool flag `invert_inserts`
* Remove unused lifetime
Co-authored-by: Oliver Tale-Yazdi <oliver.tale-yazdi@parity.io>
* Add a test case for the determinism of recorded proof
* Replace HashMap with BTreeMap for the actual proof records
* cargo +nightly fmt --all
* Store the trie nodes in BTreeSet for StorageProof
* Nit
* Revert the BTreeMap changes and sort when converting to storage proof
* Remove PartialEq from StorageProof
* Remove unnecessary change
* Add `compare` method to StorageProof
* FMT
* Dummy change to trigger CI
* Use `BTreeSet` for StorageProof and keep using `Vec` for CompactProof
* Update comment on `iter_nodes`
* Revert `PartialEq` removal
Because Rust currently doesn't support specialization, it prevents users from implementing
`SlotWorker` for their own types. This pr solves this by removing the generic implementation of
`SlotWorker` for `SimpleSlotWorker` and providing some wrapper type for that.
Adrian Catangiu