* wip - "reset_head" via owner api functionality
* jsonrpc pass hash in as a string
* sort of works
* not a reorg if we simply accept several blocks at once
* remember to reset header MMR separately
as it is readonly when interacting with txhashset extension
* basic client integration
needs error handling etc.
* reset sync status when reset chain head
* track "denylist" (todo) and validate headers against this via the ctx
* track denylist (header hashes) in chain itself
* header denylist in play
* expose invalidateheader as client cmd
* rework reset_chain_head - rewind txhashset then header MMR
* track sync_head on header_sync sync status
follow header fork as appropriate
* track highest_diff alongside highest_height on HeaderSync status
* cleanup
* not not
* add FeeFields type
* use FeeFields with ::zero and try_into().unwrap()
* fixed tests
* avoid 0 accept_base_fee
* add aggregate_fee_fields method for transaction
* implement std::fmt::Display trait for FeeFields
* make base_fee argument non-optional in libtx::mod::tx_fee
* add global and thread local accept_fee_base; use to simplify tests
* set unusually high fee base for a change
* revert to optional base fee argument; default coming from either grin-{server,wallet}.toml
* remove optional base fee argument; can be set with global::set_local_accept_fee_base instead
* define constant global::DEFAULT_ACCEPT_FEE_BASE and set global value
* add Transaction::accept_fee() method and use
* Manual (de)ser impl on FeeFields
* fix comment bug
* Serialize FeeFields as int in tx
* allow feefields: u32:into() for tests
* try adding height args everywhere
* make FeeFields shift/fee methods height dependent
* prior to hf4 feefield testing
* rename selected fee_fields back to fee for serialization compatibility
* fix test_fee_fields test, merge conflict, and doctest use of obsolete fee_fields
* make accept_fee height dependent
* Accept any u64 in FeeFields deser
Co-authored-by: Jasper van der Maarel <j@sper.dev>
* first pass at peers iter cleanup
* more flexible peer with diff lookups
* PeersIter with impl Iterator
* sync against outbound peers
reorder peers filters so expensive filters come later
* filter peers by capabilities during sync
* prefer outbound peers with high total difficulty
* with_difficulty now takes a fn to allow more flexible comparisons based on difficulty
* rename peers_iter() -> iter()
* refactor output to have internal output identifier
refactor to use AsRef for output identifier
make the output MMR explicit in terms of output identifiers
* put the serde deser back for rangeproof
* add json test for transactions
* variants for output_pos linked list entries (head/tail/middle/unique)
next and prev and Vec<u8> lmdb keys
* get_pos on enum
* break list and list entries out into separate enums
* track output features in the new output_pos index, so we can determine coinbase maturity
* push entry impl for none and unique
* some test coverage for output_pos_list
* commit
* wip - FooListEntry
* use instance of the index
* linked list of output_pos and commit_pos both now supported
* linked_list
* cleanup and rename
* rename
* peek_pos
* push some, peek some, pop some
* cleanup
* commit pos
cleanup
* split list and entry out into separate db prefixes
* cleanup and add placeholder for pop_back
* pop_pos_back (for popping off the back of the linked list)
test coverage for pop_pos_back
* wip
* placeholder for prune via a trait
pos must always increase in the index
* rewind kernel_pos_idx when calling rewind_single_block
* RewindableListIndex with rewind support.
* test coverage for rewindable list index
* test coverage for rewind back to 0
* rewind past end of list
* add tests for kernel_pos_idx with multiple commits
* commit
* cleanup
* hook NRD relative lock height validation into block processing and tx validation
* cleanup
* set local chain type for kernel_idx tests
* add test coverage for NRD rules in block processing
* NRD test coverage and cleanup
* NRD relative height 1 test
* test coverage for NRD kernels in block processing
* cleanup
* start of test coverage for txpool NRD kernel rules
* wip
* rework pool tests to use real chain (was mock chain) to better reflect reality (tx/block validation rules etc.)
* cleanup
* cleanup pruneable trait for kernel pos index
* add clear() to kernel_pos idx and test coverage
* hook kernel_pos rebuild into node startup, compaction and fast sync
* verify full NRD history on fast sync
* return early if nrd disabled
* fix header sync issue
* wip
* commit
* add block level validation rule around NRD kernels and HF3 block height
* wip
* test coverage for kernel ser/deser for NRD kernels
* add some type safety around ser/deser of nrd relative height
* cleanup
* cleanup tx sig handling and add tests around NRD kernel sig
* test coverage for chain apply block containing NRD kernel
* verify kernel variants when adding tx to pool
NRD kernels will not be accepted until HF3
* add txpool test for NRD kernel handling
* fix merge
* fix api for NRD kernels
* commit
* wip - feature flag for NRD kernel support
* wip
* global config and thread local feature flag for NRD kernel support
* add feature flag support for NRD kernels
default to false when starting up node
allow it to be set to true in context of individual tests
* feature flag
* explicit testing of NRD kernel via feature flag
* add chain_type and feature flag logging on startup
* PR feedback and cleanup
* PR feedback
Tx pool takes some parameters as trait objects. It's not an idiomatic Rust code, in this particular case we should use generic types. Trait object makes sense when we accept in runtime different concrete types which implement the trait as a value of the same field. It's not the case here. Trait objects come with a price - instead of method dispatch in compile time we have to accept runtime dispatch. My guess we did it to not clutter the code with type parameters, which is understandable but still suboptimal.
Currently we pass a Vec. This requires an extra allocation and copy of all elements if a caller doesn't have a Vec already, which is at least 95% of cases.
Another, a smaller issue, we have a function util::to_hex and some structs implement to_hex() on top of it, so we have a mix of it in the code. This PR introduces a trait and a blanket impl for AsRef<[u8]> which brings a uniform API (obj.to_hex()). One unfortunate case is arrays of size bigger than 32 - Rust doesn't implement AsRef for them so it requires an ugly hack (&array[..]).to_hex().
* Refactor SyncState
Method sync_error() retrun type was simplified.
update_txhashset_download() was made type safe, which eliminates a runtime enum variant's check, added an atomic status update
* Node API: don't error on missing output
* Propagate errors from get_output*
* Rename is_unspent and small refactor
* Forgot to rename function in tests
* Change Batch get_output_pos_height type signature
* no need to rehash with index to compare output with input spending it
* compare output identifier when checking is_unspent()
* output identifier from cleanup
* first pass at rewind_single_block
and reworking rewind to simply iterate over blocks, rewinding each incrementally
* commit
* commit
* cleanup
* add test coverage for output_pos index transactional semantics during rewind
* commit
* do not store commitments in spent_index
just use the order of the inputs in the block
* compare key with commitment when cleaning output_pos index
* remove unused OutputPos struct
Antioch Peverell