```
go run ./cmd/integration reset --chaindata=...
go run ./cmd/integration state_stages -h
go run ./cmd/integration state_stages --chaindata=... --verbosity=3 --block=2_000_000 --unwind=10 --unwind_every=1_000
```
Also, it inherits flags from geth:
```
--pprof.cpuprofile=./cpu.out // to file
--pprof --pprof.port=6060 // launch pprof server
--metrics // sends to prometheus
```
* fix case: if header stage is ehead of body stage
* fix case: if header stage is ehead of body stage
* fix case: if header stage is ehead of body stage
* allow stage3 to sync to given block
* allow stage3 to sync to given block
* TestWatchNoDir not to be parallel
* Print ks and inc
* Print addrHash
* Change the buffer
* Print loading
* Skip
* More logging
* Error out earlier
* Handle empty codes
* Handle empty codes
* Remove logging
* Compare states
* Not do stage5
* compareBucket
* Preimage
* Clearer errors
* No need to clean up contract code
* Restore stage6
* Printing
* Skip the skipping
* Print all
* Change buffer type
* Add limit to stage5
* Always fail
* Remove exessive logging
* Restore buffer type
* Revert
* Print when exception
* Reenable skipping
* Skip storage items for deleted contracts
* not shortcut
* Remove removeAccount
* Re-enable state hashing
* Default to plain state
* Disable hashing state
* Reenable reset5
* Print unfurl list
* Enable removingAccount
* No printing
* Reenable stage5 commit
* Swap order of stages
* Prevent backwards promotion, reset tx lookup
* reset finish
* Introduce storage item replacement
* See if unwind works
* Restore removingAccount
* Don't do removeAccount for unwinding
* Possible fix
* Proper(er) fix
* Don't exclude unwinding
* Remove unwinding flag
* Fix formatting
* Fix lint
* Not to ignore blocks if they cause reorg
* Fix test, separate stages again
* Fix TestUnwind
* Fix stage
* Swap unwinding
* Revert to unwinding flag
* Print unfurl list
* Print
* Print inside receive
* Print after
* No printing
* Cleanup
* Not use blockCache when doing GetBlock
* Handle bucket error
* Replace with 0
* SetMaxDBs
* Set MaxDb before opening'
* Merge stage5 and stage6
* Fix lint
* Make downloader tests not parallel
* make lmdb default db
* switch nodes db to lmdb
* log errors in nodedb
* fix miss typing
* fix default test target in makefile
* report error of .Get method
* add debug info
* run tests with debug
* run tests with debug
* remove default db from TEST_DB env
* cleanup
* wait for goroutines finish
* wait for goroutines finish before close db
* wait for goroutines finish before close db
* wait for goroutines finish before close db
* wait for goroutines finish before close db
* replace gosigar with gopsutil
* removed check for whether GOOS is openbsd
* removed accidental import of runtime
* potential fix for difference in units between gosig and gopsutil
* fixed lint error
* remove multiplication factor
* uses cpu.ClocksPerSec as the multiplication factor
* changed dependency from shirou to renaynay (#20)
* updated dep
* switching back from using renaynay fork to using upstream as PRs were merged on upstream
* removed empty line
* optimized imports
* tidied go mod
# Conflicts:
# cmd/geth/main.go
# go.mod
# go.sum
This PR reimplements the light client server pool. It is also a first step
to move certain logic into a new lespay package. This package will contain
the implementation of the lespay token sale functions, the token buying and
selling logic and other components related to peer selection/prioritization
and service quality evaluation. Over the long term this package will be
reusable for incentivizing future protocols.
Since the LES peer logic is now based on enode.Iterator, it can now use
DNS-based fallback discovery to find servers.
This document describes the function of the new components:
https://gist.github.com/zsfelfoldi/3c7ace895234b7b345ab4f71dab102d4
# Conflicts:
# cmd/utils/flags.go
# core/forkid/forkid.go
# les/client.go
# les/client_handler.go
# les/commons.go
# les/distributor.go
# les/enr_entry.go
# les/fetcher.go
# les/lespay/client/valuetracker.go
# les/metrics.go
# les/peer.go
# les/protocol.go
# les/retrieve.go
# les/server.go
# les/serverpool.go
# les/test_helper.go
# les/utils/expiredvalue.go
# les/utils/weighted_select.go
# les/utils/weighted_select_test.go
# params/bootnodes.go
* remove unused slice from MultiPut
* mutation: reuse tuples slice and preallocate bucketPuts
* use bucketPool in kv_lmdb
* remove duplicated check of context status
* more benchmarks
* remove reusage of puts
* remove ctx from MustOpen
* remove ctx from Open. Stop goroutines on Close.
* remove ctx from Open. Stop goroutines on Close.
* remove ctx from remote open (we have DialTimeout field to manage connection timeouts)
* enable RawReads and add native implementation of Get/Has methods
* save state
* txlookup full results
* save state
* save state
* remove experiments
* some fix&lint
* add end key to txLookup and index generation
* change log message
* change log
* fix lint
* lint
* fix test
* 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
