* Euphemerally -> Ephemerally
* Move StorageMode to ethdb and pass it to PrepareStagedSync
* linter
* Remove StorageModeThinHistory and move SetStorageModeIfNotExist into storage_mode.go
* Optionally write receipts in the execute stage
* memory profiler
* linter
* proper linter fix
* linter
* typo
* Merge stateDb with changeDb so that all-or-nothing is commited in stage_execute
use `s.UpdateWithStageData(db, <block number>, <key>)` to store the key
use `s.StageData` with `etl.NextKey` to restart ETL from where it was interrupted.
* Start from 9m7
* Regenerate IH + receipts
* Only stats for iH bucket
* Persist receipts
* Go all in
* Start from block 10m
* Convert DbState to use plain state
* Fix findHistory
* Hard-code export
* More fixes
* Fix test
* Fix formatting
* Introduce PlainDbState
* Actually return PlainDbState
* Fix formatting
* Fix name style lint
* Fix linters
* Fix history_test
* Fix blockchain_test
* Fix compile error
* Bucket stats from all buckets
* Lmdb internal objects reuse (built-in feature of lmdb):
- lmdb read transactions pool
- lmdb also support cursors reuse, but not implemented in this PR
And kv abstraction objects reuse:
- lmdbKV pool of all tx objects
- boltKV pool of all tx objects
- badgerKV pool of all tx objects
* switch makefile back to bolt
* switch makefile back to bolt
* lmdb test run
* switch makefile back to bolt
* cursors pool
* run lmdb tests
* make kv objects pool global
* switch makefile back to bolt
* remove badgers GOMAXPROC setup, because our app tunned for sequential read/writes, not for random throughput
* simplify code
* Query progress
* Run stage4 offline
* More thorough resetState
* Correct BlockNumber
* Fix formatting
* State loop
* do every 200k blocks
* Shift to 6.6m
* Close dbs in tests
* Stage2 with option of no reset
* every 100k blocks
* Reset state before stage5
* Introduce another stage
* Check compile errors
* Fix linter
* Fix linter
* Disable unreliable test
* Fix test
* Remove unreachable code
* uint256 in rlp
* uint256 rather than big.Int in Transation
* linters
* more linters
* still linters
* Reduce garbage in writeUint256
* Experiment with GC in writeByteArray
* Misc GC optimisations
* unsafe experiment with writeByteArray
* z3 build cache
* z3 build cache
* circle 2.1 version
* golangci-lint up to v1.27.0
* separate z3 cache, add architecture to the key
* separate z3 cache, add architecture to the key
* rerun ci
* rerun ci
* rerun ci
* fix z3 cache
* fix z3 cache
* fix z3 cache
* try shorter
* trigger ci
* uint256 in rlp
* uint256 rather than big.Int in Transation
* linters
* more linters
* still linters
* Reduce garbage in writeUint256
* Experiment with GC in writeByteArray
* resetIH from scratch if needed
* lmdb
* add AbstractKV to loader, added new Object accessor around AbstractKV
* add lmdb cli flag
* add requirement of k!=nil on error in docs
* add Size method for compatibility
* read after put tests
* fix multiput nils
* simplify loops
* increase mmap size
* better error messages
* better error messages
* fix tests
* better error messages
* cleanup
* avoid bolt usage in test
* move hardcoded bucket name to dbutils
* register more buckets
* register more buckets
* fix test
* db based version of PrefixByCumulativeWitnessSize
* db based version of PrefixByCumulativeWitnessSize
* retain all in Trie by default
* fix WitnessLen logic in calcTrie roots
* Rename IntermediateTrieWitnessLenBucket to IntermediateWitnessLenBucket
* handle corner cases in WL
* Use correct incarnation for IH bucket
* use name WitnessSize
* save progress towards db-only witness estimation
* results from trie and from db are still different
* less recursion
* correct incarnation in CumulativeSearch
* reuse results from previous Tick, separate concepts of parent and startKey
* experiment: if not including trie structure to WitnessSize will reduce cumulative error
* tool to generate all IH and tool to calculate assessment of cumulative error
* tool to generate all IH
* Calculate totalWitnessSize based on DB data - then schedule will not overrun state during MGR cycle
* better stats
* Calculate totalWitnessSize based on DB data - then schedule will not overrun state during MGR cycle
* Calculate totalWitnessSize based on DB data - then schedule will not overrun state during MGR cycle
* calculate ticks size distribution
* estimate cumulative error
* fix linter
* resetIH from scratch if needed
* cleanup
* fix test
* fix test
