nimbus-eth1/tests/test_graphql.nim
Jordan Hrycaj 046c97f18b
Activate wire protocol eth/66 (#993)
* Activate wire protocol eth/66

and:
 Disentangle protocol_eth66.nim from import sections

why:
  Importing the protocol_eth66 module is not necessary. There is
  no need to know too many details of the underlying wire protocol. All
  that is needed will be exported by blockchain_sync.nim.

* fixes, and rebase

* Update nimbus/p2p/blockchain_sync.nim

Co-authored-by: Kim De Mey <kim.demey@gmail.com>

* Fixes and rebase

Co-authored-by: Kim De Mey <kim.demey@gmail.com>
2022-03-21 17:12:07 +00:00

115 lines
3.1 KiB
Nim

# nim-graphql
# Copyright (c) 2021 Status Research & Development GmbH
# Licensed under either of
# * Apache License, version 2.0, ([LICENSE-APACHE](LICENSE-APACHE))
# * MIT license ([LICENSE-MIT](LICENSE-MIT))
# at your option.
# This file may not be copied, modified, or distributed except according to
# those terms.
import
std/[os, json],
stew/byteutils, unittest2,
eth/[p2p, common, trie/db, rlp],
graphql, ../nimbus/graphql/ethapi, graphql/test_common,
../nimbus/sync/protocol_ethxx,
../nimbus/[genesis, config, chain_config, context],
../nimbus/db/[db_chain],
../nimbus/p2p/chain, ./test_helpers,
../nimbus/utils/tx_pool
type
EthBlock = object
header: BlockHeader
transactions: seq[Transaction]
uncles: seq[BlockHeader]
const
caseFolder = "tests" / "graphql" / "eth" & $ethVersion
dataFolder = "tests" / "fixtures" / "eth_tests" / "BlockchainTests" / "ValidBlocks" / "bcUncleTest"
proc toBlock(n: JsonNode, key: string): EthBlock =
let rlpBlob = hexToSeqByte(n[key].str)
rlp.decode(rlpBlob, EthBlock)
proc setupChain(): BaseChainDB =
let config = ChainConfig(
chainId : MainNet.ChainId,
byzantiumBlock : 0.toBlockNumber,
constantinopleBlock : 0.toBlockNumber,
petersburgBlock : 0.toBlockNumber,
istanbulBlock : 0.toBlockNumber,
muirGlacierBlock : 0.toBlockNumber,
berlinBlock : 10.toBlockNumber,
londonBlock : high(BlockNumber),
arrowGlacierBlock : high(BlockNumber)
)
var jn = json.parseFile(dataFolder / "oneUncle.json")
for k, v in jn:
if v["network"].str == "Istanbul":
jn = v
break
let gen = jn.toBlock("genesisRLP")
var genesis = Genesis(
nonce : gen.header.nonce,
extraData : gen.header.extraData,
gasLimit : gen.header.gasLimit,
difficulty: gen.header.difficulty,
mixHash : gen.header.mixDigest,
coinBase : gen.header.coinbase,
timestamp : gen.header.timestamp,
baseFeePerGas: gen.header.fee
)
if not parseGenesisAlloc($(jn["pre"]), genesis.alloc):
quit(QuitFailure)
let customNetwork = NetworkParams(
config: config,
genesis: genesis
)
let chainDB = newBaseChainDB(
newMemoryDb(),
pruneTrie = false,
CustomNet,
customNetwork
)
chainDB.initializeEmptyDb()
let blocks = jn["blocks"]
var headers: seq[BlockHeader]
var bodies: seq[BlockBody]
for n in blocks:
let ethBlock = n.toBlock("rlp")
headers.add ethBlock.header
bodies.add BlockBody(
transactions: ethBlock.transactions,
uncles: ethBlock.uncles
)
let chain = newChain(chainDB)
let res = chain.persistBlocks(headers, bodies)
assert(res == ValidationResult.OK)
chainDB
proc graphqlMain*() =
let
conf = makeTestConfig()
ethCtx = newEthContext()
ethNode = setupEthNode(conf, ethCtx, eth)
chainDB = setupChain()
txPool = TxPoolRef.new(chainDB, conf.engineSigner)
let ctx = setupGraphqlContext(chainDB, ethNode, txPool)
when isMainModule:
ctx.main(caseFolder, purgeSchema = false)
else:
disableParamFiltering()
ctx.executeCases(caseFolder, purgeSchema = false)
when isMainModule:
graphqlMain()