* State cache init
* More code
* Fix lint
* More tests
* More tests
* More tests
* Fix test
* Transformations
* remove writeQueue, before fixing the tests
* Fix tests
* Add more tests, incarnation to the code items
* Fix lint
* Fix lint
* Remove shards prototype, add incarnation to the state reader code
* Clean up and replace cache in call_traces stage
* fix flaky test
* Save changes
* Readers to use addrHash, writes - addresses
* Fix lint
* Fix lint
* More accurate tracking of size
* Optimise for smaller write batches
* Attempt to integrate state cache into Execution stage
* cacheSize to default flags
* Print correct cache sizes and batch sizes
* cacheSize in the integration
* Fix tests
* Fix lint
* Remove print
* Fix exec stage
* Fix test
* Refresh sequence on write
* No double increment
* heap.Remove
* Try to fix alignment
* Refactoring, adding hashItems
* More changes
* Fix compile errors
* Fix lint
* Wrapping cached reader
* Wrap writer into cached writer
* Turn state cache off by default
* Fix plain state writer
* Fix for code/storage mixup
* Fix tests
* Fix clique test
* Better fix for the tests
* Add test and fix some more
* Fix compile error|
* More functions
* Fixes
* Fix for the tests
* sepatate DeletedFlag and AbsentFlag
* Minor fixes
* Test refactoring
* More changes
* Fix some tests
* More test fixes
* More test fixes
* Fix lint
* Move blockchain_test to be able to use stagedsync
* More fixes
* Fixes and cleanup
* Fix tests in turbo/stages
* Fix lint
* Fix lint
* Intemediate
* Fix tests
* Intemediate
* More fixes
* Compilation fixes
* More fixes
* Fix compile errors
* More test fixes
* More fixes
* More test fixes
* Fix compile error
* Fixes
* Fix
* Fix
* More fixes
* Fixes
* More fixes and cleanup
* Further fix
* Check gas used and bloom with header
Co-authored-by: Alexey Sharp <alexeysharp@Alexeys-iMac.local>
* Initial commit for CallTraces index
* Fix compilation
* fix lint, add comment
* Fix integration
* Add Close function to ethdb.Cursor, fix some compile errors
* Try to stop cursor leak in Get
* Fix compile errors in RPC daemon
* Fix compile errors
* fixing another way
* Some fixes
* More fixes
* More fixes
* More fixes
* Fixes to core/state
* Fix lint
* Fix lint
* Fixes
* Stage caching for call trace stage
* Add mem stats
* Try to stop the leak
* Turn off debug
* Chunks for 10k blocks
* Print
* Revert "Print"
This reverts commit 5ffada4828d61e00e5dad1ca12c98258dfbbad00.
* Revert "Chunks for 10k blocks"
This reverts commit cfb9d498e782e5583d41c30abf0e2137da27383e.
* Trying to fix the leak
* Don't compute receipts in re-tracing
* Not compose block
* Print speed, fix receipts, bigger caches
* Fix lint
* Utilise changeset info
* Counters
* Use NoReceipts and ReadOnly
* ReadOnly is incompatible with caching
* Skip test leaking transactions
* Fix block test
* Change disable message for call-traces stage
* Use block option for call traces integration
* Fix retracing due to incarnation
This PR significantly changes the APIs for instantiating Ethereum nodes in
a Go program. The new APIs are not backwards-compatible, but we feel that
this is made up for by the much simpler way of registering services on
node.Node. You can find more information and rationale in the design
document: https://gist.github.com/renaynay/5bec2de19fde66f4d04c535fd24f0775.
There is also a new feature in Node's Go API: it is now possible to
register arbitrary handlers on the user-facing HTTP server. In geth, this
facility is used to enable GraphQL.
There is a single minor change relevant for geth users in this PR: The
GraphQL API is no longer available separately from the JSON-RPC HTTP
server. If you want GraphQL, you need to enable it using the
./geth --http --graphql flag combination.
The --graphql.port and --graphql.addr flags are no longer available.
# Conflicts:
# cmd/faucet/faucet.go
# cmd/geth/chaincmd.go
# cmd/geth/config.go
# cmd/geth/consolecmd.go
# cmd/geth/main.go
# cmd/utils/flags.go
# cmd/wnode/main.go
# core/rawdb/freezer.go
# eth/api_backend.go
# eth/backend.go
# ethclient/ethclient_test.go
# ethstats/ethstats.go
# graphql/service.go
# internal/ethapi/backend.go
# les/api_backend.go
# les/api_test.go
# les/checkpointoracle/oracle.go
# les/client.go
# les/commons.go
# les/server.go
# miner/stresstest/stress_clique.go
# miner/stresstest/stress_ethash.go
# mobile/geth.go
# node/api.go
# node/node.go
# node/node_example_test.go
# node/node_test.go
# node/rpcstack.go
# node/rpcstack_test.go
# node/service.go
# node/service_test.go
# node/utils_test.go
# p2p/simulations/examples/ping-pong.go
# p2p/testing/peerpool.go
# p2p/testing/protocolsession.go
# p2p/testing/protocoltester.go
# whisper/mailserver/server_test.go
# whisper/whisperv6/api_test.go
# whisper/whisperv6/filter_test.go
# whisper/whisperv6/whisper.go
# whisper/whisperv6/whisper_test.go
* uint256 in rlp
* uint256 rather than big.Int in Transation
* linters
* more linters
* still linters
* Reduce garbage in writeUint256
* Experiment with GC in writeByteArray
* add context
* extract chain events
* run commit in goroutines
* mine only on canonical
* typo
* linters
* fmt
* mark unused methods
* restore stress test
* test single miner
* remove unsafe Trie storage
* remove locks from miner
* restore interrupt
* remove result goroutine
* remove unconfirmedBlocks
* cherry-pick 04a1d475ff1a36ad8f92fec80385df18c52bdc1f
* extract uncles
* one miner succeeded
* restore context cancel
* cleanup
* skip an unstable test
* remove pending state
* use context instead of interrupt func
* calculate sealHash only once
* comment out unstable test
* after merge
* fix after merge
Co-authored-by: ledgerwatch <akhounov@gmail.com>
This change makes getBalance, getCode, getStorageAt, getProof,
call, getTransactionCount return an error if the block number in
the request doesn't exist. getHeaderByNumber still returns null
for missing headers.
ethereum/go-ethereum#16734 introduced BlockHash to the FilterQuery
struct. However, ethclient was not updated to include BlockHash in the actual
RPC request.
The error produced when using a Parity RPC was the following:
ERROR: transaction did not get mined: failed to get tx for txid 0xbdeb094b3278019383c8da148ff1cb5b5dbd61bf8731bc2310ac1b8ed0235226: json: cannot unmarshal non-string into Go struct field txExtraInfo.blockHash of type common.Hash
* core/types: make Signer derive address instead of public key
There are two reasons to do this now: The upcoming ethclient signer
doesn't know the public key, just the address. EIP 208 will introduce a
new signer which derives the 'entry point' address for transactions with
zero signature. The entry point has no public key.
Other changes to the interface ease the path make to moving signature
crypto out of core/types later.
* ethclient, mobile: add TransactionSender
The new method can get the right signer without any crypto, and without
knowledge of the signature scheme that was used when the transaction was
included.
As per #14661 TransactionByHash always returns false for pending.
This uses blockNumber rather than blockHash to ensure that it returns
the correct value for pending and will not suffer side-effects if
eth_getTransactionByHash is fixed in future.
There is no need to depend on the old context package now that the
minimum Go version is 1.7. The move to "context" eliminates our weird
vendoring setup. Some vendored code still uses golang.org/x/net/context
and it is now vendored in the normal way.
This change triggered new vet checks around context.WithTimeout which
didn't fire with golang.org/x/net/context.
This significantly reduces the dependency closure of ethclient, which no
longer depends on core/vm as of this change.
All uses of vm.Logs are replaced by []*types.Log. NewLog is gone too,
the constructor simply returned a literal.
ethclient now returns ethereum.NotFound if the server returns null and
no error while accessing blockchain data.
The light client cannot provide arbitrary transactions. The change to
split transaction access into its own interface emphasizes that
transactions should not be relied on and recommends use of logs.
ethclient implements the proposed Ethereum Go API. There are no tests at
the moment, a suite that excercises all implementations of the API will
be added later.
