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nimbus-eth2/tests/test_keymanager_api.nim

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# beacon_chain
# Copyright (c) 2021-2022 Status Research & Development GmbH
# Licensed and distributed under either of
# * MIT license (license terms in the root directory or at https://opensource.org/licenses/MIT).
# * Apache v2 license (license terms in the root directory or at https://www.apache.org/licenses/LICENSE-2.0).
# at your option. This file may not be copied, modified, or distributed except according to those terms.
{.used.}
import
std/[typetraits, os, options, json, sequtils, uri, algorithm],
testutils/unittests, chronicles, stint, json_serialization, confutils,
chronos, eth/keys, blscurve, libp2p/crypto/crypto as lcrypto,
stew/[byteutils, io2], stew/shims/net,
../beacon_chain/spec/[crypto, keystore, eth2_merkleization],
../beacon_chain/spec/datatypes/base,
../beacon_chain/spec/eth2_apis/[rest_keymanager_calls, rest_keymanager_types],
../beacon_chain/validators/[keystore_management, slashing_protection_common],
../beacon_chain/networking/network_metadata,
../beacon_chain/rpc/rest_key_management_api,
../beacon_chain/[conf, filepath, beacon_node,
nimbus_beacon_node, beacon_node_status,
nimbus_validator_client],
../beacon_chain/validator_client/common,
./testutil
type
KeymanagerToTest = object
ident: string
port: int
validatorsDir: string
secretsDir: string
# Individual port numbers derived by adding `ord` to configurable base port
PortKind {.pure.} = enum
PeerToPeer,
Metrics,
KeymanagerBN,
KeymanagerVC
const
simulationDepositsCount = 128
dataDir = "./test_keymanager_api"
validatorsDir = dataDir / "validators"
secretsDir = dataDir / "secrets"
depositsFile = dataDir / "deposits.json"
genesisFile = dataDir / "genesis.ssz"
bootstrapEnrFile = dataDir / "bootstrap_node.enr"
tokenFilePath = dataDir / "keymanager-token.txt"
defaultBasePort = 49000
correctTokenValue = "some secret token"
defaultFeeRecipient = Eth1Address.fromHex("0x000000000000000000000000000000000000DEAD")
defaultGasLimit = 30_000_000
newPrivateKeys = [
"0x598c9b81749ba7bb8eb37781027359e3ffe87d0e1579e21c453ce22af0c05e35",
"0x14e4470a1d8913ec0602048af78addf0fd7a37f591dd3feda828d10a10c0f6ff",
"0x3b4498c4e26f83702ceeed5e32600ecb3e71f08fc4561215d0f0ced13bf5dbdf",
"0x3cae8cf27c7e12549486f5613974661285d40596907a7fc39bac7c55a56660ab",
"0x71fd9bb8eadcf64df9cc8e716652709492c16518f73f87c770a54fe8c80ac5ae",
"0x4be74b7b0b0058dea2d4744e0069486500770f68296ac9b9bbd26df6749ed0ca",
"0x10052305a5fda7805fb1e762fe6cbc47e43c5a54f34f008fa79c48fee1749db7",
"0x3630f086fb9f1136fe077751031a16630e43d65ff64bb9fd3708adff81df5926"
]
oldPublicKeys = [
"0x94effccb0514f0f110a9680827e4f3769e53349e3b1c177e8c4f38b0e52e7842a4990212fe2edd2ce48b9b0bd02f3b04",
"0x950bcb136ef15e737cd28cc8ba94a5584e30cf6cfa4f3d16215acbe46917633c09630208f379898a898b29bd59b2bd34",
"0xaa96fddc809e0678b192cebd3a64873a339c7352eafaa88ab13bac84244e19b9afe2de8282320f5e0e7c155573f80ac3",
"0xa0f1da63e35c7a159fc2f187d300cad9ef5f5e73e55f78c391e7bc2c2feabc2d9d63dfe99edd7058ad0ab9d7f14a1e1a",
"0x9315ea03755881989b0d34e9594520d2ebca4d2f0fd955dafe42948a91840a2e812d1d61f26684c603a60c99e3537151",
"0x88c9737238fa23ed8e485e17349c523fe3fe848eab173959d34e7f7f2c731fb896ab7c0b0877a40782a5cd529dc7b080",
"0x995e1d9d9d467ca25b981a7ca0880e932ac418e5ebed9a834f3ead3fbec267986e28eb0243c562ae3b1995a600c1495c",
"0x945ab594e8c9cf3d6251b86fddf6fbf970c1835cd14113098554f135a6c2cf7f21d2f7a08ae33726785a59ae4910fa51",
]
oldPublicKeysUrl = HttpHostUri(parseUri("http://127.0.0.1/local"))
newPublicKeys = [
"0x80eadf027ad564a2f004616fa58f3add9caa700b20e9bf7e0b101be61406feb79f5e28ec8a5bb2a0689cc7b4c807afba",
"0x8c6585f39fd3d2ed950ba4958f0050ec68e4e7e3200147687fa101bcf98977ebe144b03edc45906faae144549f11d8b9",
"0xb3939c9ecfb3679de8aa7f81e8dfb9eaa51e958d165e8b963aa88767217ce03316e4bad74e7a475ed6009365d297e0cd",
"0xb093029010dd400f49350db77b13e70c3d75f5286c2cc5d7f1d0865e251cc547764de85371583eba2b1810cf36a4feb1",
"0x8893a6f03de181cc93537ebb89ed242f65f3722fe22cd7aaab71a4149a792b231e23e1575c12efb0d2934e6d7b755431",
"0x88c475e022971f0698b50aa2c9dd91df8b1c9f1079cbe7b2243bb5dee3a5cb5c46e170f90165efecdc794e14ae5b8fd9",
"0xa782e5161ba8e9ac135b0db3203a8c23aa61e19be6b9c198393d8b2b902bad8139863d9cf26bc2cbdc3b747bafc64606",
"0xb33f17216dda29dba1a9257e75b3dd8446c9ea217b563c20950c43f64300f7bd3d5f0dfa02274cab988e594552b7189e"
]
unusedPublicKeys = [
"0xc22f17216dda29dba1a9257e75b3dd8446c9ea217b563c20950c43f64300f7bd3d5f0dfa02274cab988e594552b7232d",
"0x0bbca63e35c7a159fc2f187d300cad9ef5f5e73e55f78c391e7bc2c2feabc2d9d63dfe99edd7058ad0ab9d7f14aade5f"
]
newPublicKeysUrl = HttpHostUri(parseUri("http://127.0.0.1/remote"))
nodeDataDir = dataDir / "node-0"
nodeValidatorsDir = nodeDataDir / "validators"
nodeSecretsDir = nodeDataDir / "secrets"
vcDataDir = dataDir / "validator-0"
vcValidatorsDir = vcDataDir / "validators"
vcSecretsDir = vcDataDir / "secrets"
func specifiedFeeRecipient(x: int): Eth1Address =
copyMem(addr result, unsafeAddr x, sizeof x)
proc contains*(keylist: openArray[KeystoreInfo], key: ValidatorPubKey): bool =
for item in keylist:
if item.validating_pubkey == key:
return true
false
proc contains*(keylist: openArray[KeystoreInfo], key: string): bool =
let pubkey = ValidatorPubKey.fromHex(key).tryGet()
contains(keylist, pubkey)
proc prepareNetwork =
let
rng = keys.newRng()
mnemonic = generateMnemonic(rng[])
seed = getSeed(mnemonic, KeystorePass.init "")
cfg = defaultRuntimeConfig
let vres = secureCreatePath(validatorsDir)
if vres.isErr():
warn "Could not create validators folder",
path = validatorsDir, err = ioErrorMsg(vres.error)
let sres = secureCreatePath(secretsDir)
if sres.isErr():
warn "Could not create secrets folder",
path = secretsDir, err = ioErrorMsg(sres.error)
let deposits = generateDeposits(
cfg,
rng[],
seed,
0, simulationDepositsCount,
validatorsDir,
secretsDir,
@[],
0,
0,
KeystoreMode.Fast)
if deposits.isErr:
fatal "Failed to generate deposits", err = deposits.error
quit 1
let launchPadDeposits =
mapIt(deposits.value, LaunchPadDeposit.init(cfg, it))
Json.saveFile(depositsFile, launchPadDeposits)
notice "Deposit data written", filename = depositsFile
let createTestnetConf = try: BeaconNodeConf.load(cmdLine = mapIt([
"--data-dir=" & dataDir,
"createTestnet",
"--total-validators=" & $simulationDepositsCount,
"--deposits-file=" & depositsFile,
"--output-genesis=" & genesisFile,
"--output-bootstrap-file=" & bootstrapEnrFile,
"--netkey-file=network_key.json",
"--insecure-netkey-password=true",
"--genesis-offset=0"], it))
except Exception as exc: # TODO Fix confutils exceptions
raiseAssert exc.msg
doCreateTestnet(createTestnetConf, rng[])
let tokenFileRes = secureWriteFile(tokenFilePath, correctTokenValue)
if tokenFileRes.isErr:
fatal "Failed to create token file", err = deposits.error
quit 1
proc copyHalfValidators(dstDataDir: string, firstHalf: bool) =
let dstValidatorsDir = dstDataDir / "validators"
block:
let status = secureCreatePath(dstValidatorsDir)
if status.isErr():
fatal "Could not create node validators folder",
path = dstValidatorsDir, err = ioErrorMsg(status.error)
quit 1
let dstSecretsDir = dstDataDir / "secrets"
block:
let status = secureCreatePath(dstSecretsDir)
if status.isErr():
fatal "Could not create node secrets folder",
path = dstSecretsDir, err = ioErrorMsg(status.error)
quit 1
var validatorIdx = 0
for validator in walkDir(validatorsDir):
if (validatorIdx < simulationDepositsCount div 2) == firstHalf:
let
currValidator = os.splitPath(validator.path).tail
secretFile = secretsDir / currValidator
secretRes = readAllChars(secretFile)
if secretRes.isErr:
fatal "Failed to read secret file",
path = secretFile, err = $secretRes.error
quit 1
let
dstSecretFile = dstSecretsDir / currValidator
secretFileStatus = secureWriteFile(dstSecretFile, secretRes.get)
if secretFileStatus.isErr:
fatal "Failed to write secret file",
path = dstSecretFile, err = $secretFileStatus.error
quit 1
let
dstValidatorDir = dstDataDir / "validators" / currValidator
validatorDirRes = secureCreatePath(dstValidatorDir)
if validatorDirRes.isErr:
fatal "Failed to create validator dir",
path = dstValidatorDir, err = $validatorDirRes.error
quit 1
let
keystoreFile = validatorsDir / currValidator / "keystore.json"
readKeystoreRes = readAllChars(keystoreFile)
if readKeystoreRes.isErr:
fatal "Failed to read keystore file",
path = keystoreFile, err = $readKeystoreRes.error
quit 1
let
dstKeystore = dstValidatorDir / "keystore.json"
writeKeystoreRes = secureWriteFile(dstKeystore, readKeystoreRes.get)
if writeKeystoreRes.isErr:
fatal "Failed to write keystore file",
path = dstKeystore, err = $writeKeystoreRes.error
quit 1
inc validatorIdx
proc addPreTestRemoteKeystores(validatorsDir: string) =
for item in oldPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
let res = saveKeystore(validatorsDir, key, oldPublicKeysUrl)
if res.isErr():
fatal "Failed to create remote keystore file",
validatorsDir = nodeValidatorsDir, key,
err = res.error
quit 1
proc startBeaconNode(basePort: int) {.raises: [Defect, CatchableError].} =
let rng = keys.newRng()
copyHalfValidators(nodeDataDir, true)
addPreTestRemoteKeystores(nodeValidatorsDir)
let runNodeConf = try: BeaconNodeConf.load(cmdLine = mapIt([
"--tcp-port=" & $(basePort + PortKind.PeerToPeer.ord),
"--udp-port=" & $(basePort + PortKind.PeerToPeer.ord),
"--discv5=off",
"--network=" & dataDir,
"--data-dir=" & nodeDataDir,
"--validators-dir=" & nodeValidatorsDir,
"--secrets-dir=" & nodeSecretsDir,
"--metrics-address=127.0.0.1",
"--metrics-port=" & $(basePort + PortKind.Metrics.ord),
"--rest=true",
"--rest-address=127.0.0.1",
"--rest-port=" & $(basePort + PortKind.KeymanagerBN.ord),
"--keymanager=true",
"--keymanager-address=127.0.0.1",
"--keymanager-port=" & $(basePort + PortKind.KeymanagerBN.ord),
"--keymanager-token-file=" & tokenFilePath,
"--suggested-fee-recipient=" & $defaultFeeRecipient,
"--doppelganger-detection=off"], it))
except Exception as exc: # TODO fix confutils exceptions
raiseAssert exc.msg
let
metadata = loadEth2NetworkMetadata(dataDir)
node = BeaconNode.init(rng, runNodeConf, metadata)
node.start() # This will run until the node is terminated by
# setting its `bnStatus` to `Stopping`.
# os.removeDir dataDir
proc startValidatorClient(basePort: int) {.async, thread.} =
let rng = keys.newRng()
copyHalfValidators(vcDataDir, false)
addPreTestRemoteKeystores(vcValidatorsDir)
let runValidatorClientConf = try: ValidatorClientConf.load(cmdLine = mapIt([
"--beacon-node=http://127.0.0.1:" & $(basePort + PortKind.KeymanagerBN.ord),
"--data-dir=" & vcDataDir,
"--validators-dir=" & vcValidatorsDir,
"--secrets-dir=" & vcSecretsDir,
"--suggested-fee-recipient=" & $defaultFeeRecipient,
"--keymanager=true",
"--keymanager-address=127.0.0.1",
"--keymanager-port=" & $(basePort + PortKind.KeymanagerVC.ord),
"--keymanager-token-file=" & tokenFilePath], it))
except:
quit 1
await runValidatorClient(runValidatorClientConf, rng)
const
password = "7465737470617373776f7264f09f9491"
# This is taken from the offical test vectors in test_keystores.nim
secretBytes = hexToSeqByte "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f"
salt = hexToSeqByte "d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3"
iv = hexToSeqByte "264daa3f303d7259501c93d997d84fe6"
secretNetBytes = hexToSeqByte "08021220fe442379443d6e2d7d75d3a58f96fbb35f0a9c7217796825fc9040e3b89c5736"
proc listLocalValidators(validatorsDir,
secretsDir: string): seq[ValidatorPubKey] {.
raises: [Defect].} =
var validators: seq[ValidatorPubKey]
try:
for el in listLoadableKeys(validatorsDir, secretsDir,
{KeystoreKind.Local}):
validators.add el.toPubKey()
except OSError as err:
error "Failure to list the validator directories",
validatorsDir, secretsDir, err = err.msg
validators
proc listRemoteValidators(validatorsDir,
secretsDir: string): seq[ValidatorPubKey] {.
raises: [Defect].} =
var validators: seq[ValidatorPubKey]
try:
for el in listLoadableKeys(validatorsDir, secretsDir,
{KeystoreKind.Remote}):
validators.add el.toPubKey()
except OSError as err:
error "Failure to list the validator directories",
validatorsDir, secretsDir, err = err.msg
validators
proc `==`(a: seq[ValidatorPubKey],
b: seq[KeystoreInfo | RemoteKeystoreInfo]): bool =
if len(a) != len(b):
return false
var indices: seq[int]
for publicKey in a:
let index =
block:
var res = -1
for k, v in b.pairs():
let key =
when b is seq[KeystoreInfo]:
v.validating_pubkey
else:
v.pubkey
if key == publicKey:
res = k
break
res
if (index == -1) or (index in indices):
return false
indices.add(index)
true
proc runTests(keymanager: KeymanagerToTest) {.async.} =
let
client = RestClientRef.new(initTAddress("127.0.0.1", keymanager.port))
rng = keys.newRng()
privateKey = ValidatorPrivKey.fromRaw(secretBytes).get
allValidators = listLocalValidators(
keymanager.validatorsDir, keymanager.secretsDir)
let
newKeystore = createKeystore(
kdfPbkdf2, rng[], privateKey,
KeystorePass.init password,
salt = salt, iv = iv,
description = "This is a test keystore that uses PBKDF2 to secure the secret",
path = validateKeyPath("m/12381/60/0/0").expect("Valid Keypath"))
importKeystoresBody1 =
block:
var
res1: seq[Keystore]
res2: seq[string]
for key in newPrivateKeys:
let privateKey = ValidatorPrivKey.fromHex(key).tryGet()
let store = createKeystore(kdfPbkdf2, rng[], privateKey,
KeystorePass.init password, salt = salt, iv = iv,
description = "Test keystore",
path = validateKeyPath("m/12381/60/0/0").expect("Valid Keypath"))
res1.add(store)
res2.add(password)
KeystoresAndSlashingProtection(
keystores: res1,
passwords: res2,
)
deleteKeysBody1 =
block:
var res: seq[ValidatorPubKey]
for item in newPrivateKeys:
let privateKey = ValidatorPrivKey.fromHex(item).tryGet()
let publicKey = privateKey.toPubKey().toPubKey()
res.add(publicKey)
DeleteKeystoresBody(
pubkeys: res
)
importKeystoresBody = KeystoresAndSlashingProtection(
keystores: @[newKeystore],
passwords: @[password],
)
deleteKeysBody = DeleteKeystoresBody(
pubkeys: @[privateKey.toPubKey.toPubKey])
importRemoteKeystoresBody =
block:
var res: seq[RemoteKeystoreInfo]
# Adding keys which are already present in filesystem
for item in oldPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
res.add(RemoteKeystoreInfo(pubkey: key, url: newPublicKeysUrl))
# Adding keys which are new
for item in newPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
res.add(RemoteKeystoreInfo(pubkey: key, url: newPublicKeysUrl))
# Adding non-remote keys which are already present in filesystem
res.add(RemoteKeystoreInfo(pubkey: allValidators[0],
url: newPublicKeysUrl))
res.add(RemoteKeystoreInfo(pubkey: allValidators[1],
url: newPublicKeysUrl))
ImportRemoteKeystoresBody(remote_keys: res)
template expectedImportStatus(i: int): string =
if i < 8:
"duplicate"
elif i == 16 or i == 17:
"duplicate"
else:
"imported"
let
deleteRemoteKeystoresBody1 =
block:
var res: seq[ValidatorPubKey]
for item in oldPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
res.add(key)
DeleteKeystoresBody(pubkeys: res)
deleteRemoteKeystoresBody2 =
block:
var res: seq[ValidatorPubKey]
for item in newPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
res.add(key)
DeleteKeystoresBody(pubkeys: res)
deleteRemoteKeystoresBody3 =
block:
DeleteKeystoresBody(
pubkeys: @[
ValidatorPubKey.fromHex(newPublicKeys[0]).tryGet(),
ValidatorPubKey.fromHex(newPublicKeys[1]).tryGet()
]
)
deleteRemoteKeystoresBody4 =
block:
DeleteKeystoresBody(
pubkeys: @[
ValidatorPubKey.fromHex(oldPublicKeys[0]).tryGet(),
ValidatorPubKey.fromHex(oldPublicKeys[1]).tryGet(),
allValidators[0],
allValidators[1]
]
)
testFlavour = " [" & keymanager.ident & "]" & preset()
suite "Serialization/deserialization" & testFlavour:
proc `==`(a, b: Kdf): bool =
if (a.function != b.function) or (a.message != b.message):
return false
case a.function
of KdfKind.kdfPbkdf2:
(a.pbkdf2Params.dklen == b.pbkdf2Params.dklen) and
(a.pbkdf2Params.c == b.pbkdf2Params.c) and
(a.pbkdf2Params.prf == b.pbkdf2Params.prf) and
(seq[byte](a.pbkdf2Params.salt) == seq[byte](b.pbkdf2Params.salt))
of KdfKind.kdfScrypt:
(a.scryptParams.dklen == b.scryptParams.dklen) and
(a.scryptParams.n == b.scryptParams.n) and
(a.scryptParams.p == b.scryptParams.p) and
(a.scryptParams.r == b.scryptParams.r) and
(seq[byte](a.scryptParams.salt) == seq[byte](b.scryptParams.salt))
proc `==`(a, b: Checksum): bool =
if a.function != b.function:
return false
case a.function
of ChecksumFunctionKind.sha256Checksum:
a.message.data == b.message.data
proc `==`(a, b: Cipher): bool =
if (a.function != b.function) or
(seq[byte](a.message) != seq[byte](b.message)):
return false
case a.function
of CipherFunctionKind.aes128CtrCipher:
seq[byte](a.params.iv) == seq[byte](b.params.iv)
proc `==`(a, b: Crypto): bool =
(a.kdf == b.kdf) and (a.checksum == b.checksum) and
(a.cipher == b.cipher)
proc `==`(a, b: Keystore): bool =
(a.crypto == b.crypto) and (a.pubkey == b.pubkey) and
(string(a.path) == string(b.path)) and
(a.description == b.description) and (a.uuid == b.uuid) and
(a.version == b.version)
test "Deserialization test vectors":
let
kdf1 = Kdf(
function: KdfKind.kdfPbkdf2,
pbkdf2Params: Pbkdf2Params(
dklen: 32'u64,
c: 262144'u64,
prf: PrfKind.HmacSha256,
salt: Pbkdf2Salt(hexToSeqByte("d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3"))
),
message: ""
)
kdf2 = Kdf(
function: KdfKind.kdfScrypt,
scryptParams: ScryptParams(
dklen: 32'u64, n: 262144, p: 1, r: 8,
salt: ScryptSalt(hexToSeqByte("d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3"))),
message: ""
)
checksum1 = Checksum(
function: ChecksumFunctionKind.sha256Checksum,
params: Sha256Params(),
message: Sha256Digest(MDigest[256].fromHex("0x88c0059314a3db1b2e86d4b0d37ac7ade7c6e56e3d3e34af298254f35c8b501e"))
)
checksum2 = Checksum(
function: ChecksumFunctionKind.sha256Checksum,
params: Sha256Params(),
message: Sha256Digest(MDigest[256].fromHex("0xadb59d10d2436c12f2fe229f27ec598739da92686485e9fed5255d3ed9bb1c1f"))
)
checksum3 = Checksum(
function: ChecksumFunctionKind.sha256Checksum,
params: Sha256Params(),
message: Sha256Digest(MDigest[256].fromHex("0xea4d7f495ac74bbf431ef340f15ee1aea75811bd1bab8dd64b3c2dfc041d5d90"))
)
checksum4 = Checksum(
function: ChecksumFunctionKind.sha256Checksum,
params: Sha256Params(),
message: Sha256Digest(MDigest[256].fromHex("0x71ed99dab563f1e9f1190b0de9d92d3266df2223036e7dc3ca9d9599478fe5a4"))
)
cipher1 = Cipher(
function: CipherFunctionKind.aes128CtrCipher,
params: Aes128CtrParams(iv: Aes128CtrIv(hexToSeqByte("264daa3f303d7259501c93d997d84fe6"))),
message: CipherBytes(hexToSeqByte("c071f12ec97eb449422de643e737924e02eec266f3b56cde476eae4fad5c6e64"))
)
cipher2 = Cipher(
function: CipherFunctionKind.aes128CtrCipher,
params: Aes128CtrParams(iv: Aes128CtrIv(hexToSeqByte("264daa3f303d7259501c93d997d84fe6"))),
message: CipherBytes(hexToSeqByte("8d192da5a06c001eca9c954812ce165d007c889d7711b12faa7a9d6f4d5cc6ae"))
)
cipher3 = Cipher(
function: CipherFunctionKind.aes128CtrCipher,
params: Aes128CtrParams(iv: Aes128CtrIv(hexToSeqByte("264daa3f303d7259501c93d997d84fe6"))),
message: CipherBytes(hexToSeqByte("c40a44096120e406a011ec5a22d7cbb24126436c471e21b10f078c722c6d0c3f"))
)
cipher4 = Cipher(
function: CipherFunctionKind.aes128CtrCipher,
params: Aes128CtrParams(iv: Aes128CtrIv(hexToSeqByte("264daa3f303d7259501c93d997d84fe6"))),
message: CipherBytes(hexToSeqByte("896298820832505128a09f51d72e4fa143b40997c3bafc40e213bf52cc6da4f5"))
)
keystore1 = Keystore(
crypto: Crypto(kdf: kdf1, checksum: checksum1, cipher: cipher1),
pubkey: ValidatorPubKey.fromHex("0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798").get(),
path: KeyPath("m/12381/60/0/0"),
description: some "Test keystore",
uuid: "a3331c0c-a013-4754-a122-9988b3381fec",
version: 4
)
keystore2 = Keystore(
crypto: Crypto(kdf: kdf1, checksum: checksum2, cipher: cipher2),
pubkey: ValidatorPubKey.fromHex("0xa00d2954717425ce047e0928e5f4ec7c0e3bbe1058db511303fd659770ddace686ee2e22ac180422e516f4c503eb2228").get(),
path: KeyPath("m/12381/60/0/0"),
description: some "Test keystore",
uuid: "905dd873-48af-416a-8c80-4283d5af84f9",
version: 4
)
keystore3 = Keystore(
crypto: Crypto(kdf: kdf2, checksum: checksum3, cipher: cipher3),
pubkey: ValidatorPubKey.fromHex("0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798").get(),
path: KeyPath("m/12381/60/0/0"),
description: some "Test keystore",
uuid: "ad1bf334-faaa-4257-8e28-81a45722e87b",
version: 4
)
keystore4 = Keystore(
crypto: Crypto(kdf: kdf2, checksum: checksum4, cipher: cipher4),
pubkey: ValidatorPubKey.fromHex("0xa00d2954717425ce047e0928e5f4ec7c0e3bbe1058db511303fd659770ddace686ee2e22ac180422e516f4c503eb2228").get(),
path: KeyPath("m/12381/60/0/0"),
description: some "Test keystore",
uuid: "d91bcde8-8bf5-45c6-b04d-c10d99ae9b6b",
version: 4
)
const
Vector1 = r"{""keystores"":[""{\""crypto\"":{\""kdf\"":{\""function\"":\""pbkdf2\"",\""params\"":{\""dklen\"":32,\""c\"":262144,\""prf\"":\""hmac-sha256\"",\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0x88c0059314a3db1b2e86d4b0d37ac7ade7c6e56e3d3e34af298254f35c8b501e\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c071f12ec97eb449422de643e737924e02eec266f3b56cde476eae4fad5c6e64\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""a3331c0c-a013-4754-a122-9988b3381fec\"",\""name\"":\""named-a3331c0c-a013-4754-a122-9988b3381fec\"",\""version\"":4}""],""passwords"":[""7465737470617373776f7264f09f9491""]}"
Vector2 = r"{""keystores"":[""{\""crypto\"":{\""kdf\"":{\""function\"":\""pbkdf2\"",\""params\"":{\""dklen\"":32,\""c\"":262144,\""prf\"":\""hmac-sha256\"",\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0x88c0059314a3db1b2e86d4b0d37ac7ade7c6e56e3d3e34af298254f35c8b501e\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c071f12ec97eb449422de643e737924e02eec266f3b56cde476eae4fad5c6e64\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""a3331c0c-a013-4754-a122-9988b3381fec\"",\""version\"":4}"",""{\""crypto\"":{\""kdf\"":{\""function\"":\""pbkdf2\"",\""params\"":{\""dklen\"":32,\""c\"":262144,\""prf\"":\""hmac-sha256\"",\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0xadb59d10d2436c12f2fe229f27ec598739da92686485e9fed5255d3ed9bb1c1f\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""8d192da5a06c001eca9c954812ce165d007c889d7711b12faa7a9d6f4d5cc6ae\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xa00d2954717425ce047e0928e5f4ec7c0e3bbe1058db511303fd659770ddace686ee2e22ac180422e516f4c503eb2228\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""905dd873-48af-416a-8c80-4283d5af84f9\"",\""version\"":4}""],""passwords"":[""7465737470617373776f7264f09f9491"",""7465737470617373776f7264f09f9491""]}"
Vector3 = r"{""keystores"":[""{\""crypto\"":{\""kdf\"":{\""function\"":\""scrypt\"",\""params\"":{\""dklen\"":32,\""n\"":262144,\""p\"":1,\""r\"":8,\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0xea4d7f495ac74bbf431ef340f15ee1aea75811bd1bab8dd64b3c2dfc041d5d90\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c40a44096120e406a011ec5a22d7cbb24126436c471e21b10f078c722c6d0c3f\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""ad1bf334-faaa-4257-8e28-81a45722e87b\"",\""version\"":4}""],""passwords"":[""7465737470617373776f7264f09f9491""]}"
Vector4 = r"{""keystores"":[""{\""crypto\"":{\""kdf\"":{\""function\"":\""scrypt\"",\""params\"":{\""dklen\"":32,\""n\"":262144,\""p\"":1,\""r\"":8,\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0xea4d7f495ac74bbf431ef340f15ee1aea75811bd1bab8dd64b3c2dfc041d5d90\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c40a44096120e406a011ec5a22d7cbb24126436c471e21b10f078c722c6d0c3f\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""ad1bf334-faaa-4257-8e28-81a45722e87b\"",\""version\"":4}"",""{\""crypto\"":{\""kdf\"":{\""function\"":\""scrypt\"",\""params\"":{\""dklen\"":32,\""n\"":262144,\""p\"":1,\""r\"":8,\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0x71ed99dab563f1e9f1190b0de9d92d3266df2223036e7dc3ca9d9599478fe5a4\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""896298820832505128a09f51d72e4fa143b40997c3bafc40e213bf52cc6da4f5\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xa00d2954717425ce047e0928e5f4ec7c0e3bbe1058db511303fd659770ddace686ee2e22ac180422e516f4c503eb2228\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""d91bcde8-8bf5-45c6-b04d-c10d99ae9b6b\"",\""version\"":4}""],""passwords"":[""7465737470617373776f7264f09f9491"",""7465737470617373776f7264f09f9491""]}"
Vector5 = r"{""keystores"":[""{\""crypto\"":{\""kdf\"":{\""function\"":\""pbkdf2\"",\""params\"":{\""dklen\"":32,\""c\"":262144,\""prf\"":\""hmac-sha256\"",\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0x88c0059314a3db1b2e86d4b0d37ac7ade7c6e56e3d3e34af298254f35c8b501e\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c071f12ec97eb449422de643e737924e02eec266f3b56cde476eae4fad5c6e64\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""a3331c0c-a013-4754-a122-9988b3381fec\"",\""version\"":4}"",""{\""crypto\"":{\""kdf\"":{\""function\"":\""scrypt\"",\""params\"":{\""dklen\"":32,\""n\"":262144,\""p\"":1,\""r\"":8,\""salt\"":\""d4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3\""},\""message\"":\""\""},\""checksum\"":{\""function\"":\""sha256\"",\""params\"":{},\""message\"":\""0xea4d7f495ac74bbf431ef340f15ee1aea75811bd1bab8dd64b3c2dfc041d5d90\""},\""cipher\"":{\""function\"":\""aes-128-ctr\"",\""params\"":{\""iv\"":\""264daa3f303d7259501c93d997d84fe6\""},\""message\"":\""c40a44096120e406a011ec5a22d7cbb24126436c471e21b10f078c722c6d0c3f\""}},\""description\"":\""Test keystore\"",\""pubkey\"":\""0xb4102a1f6c80e5c596a974ebd930c9f809c3587dc4d1d3634b77ff66db71e376dbc86c3252c6d140ce031f4ec6167798\"",\""path\"":\""m/12381/60/0/0\"",\""uuid\"":\""ad1bf334-faaa-4257-8e28-81a45722e87b\"",\""version\"":4}""],""passwords"":[""7465737470617373776f7264f09f9491"", ""7465737470617373776f7264f09f9491""]}"
let
r1 = decodeBytes(KeystoresAndSlashingProtection,
Vector1.toOpenArrayByte(0, len(Vector1) - 1),
Opt.some(getContentType("application/json").get()))
r2 = decodeBytes(KeystoresAndSlashingProtection,
Vector2.toOpenArrayByte(0, len(Vector2) - 1),
Opt.some(getContentType("application/json").get()))
r3 = decodeBytes(KeystoresAndSlashingProtection,
Vector3.toOpenArrayByte(0, len(Vector3) - 1),
Opt.some(getContentType("application/json").get()))
r4 = decodeBytes(KeystoresAndSlashingProtection,
Vector4.toOpenArrayByte(0, len(Vector4) - 1),
Opt.some(getContentType("application/json").get()))
r5 = decodeBytes(KeystoresAndSlashingProtection,
Vector5.toOpenArrayByte(0, len(Vector5) - 1),
Opt.some(getContentType("application/json").get()))
check:
r1.isOk() == true
r2.isOk() == true
r3.isOk() == true
r4.isOk() == true
r5.isOk() == true
let
d1 = r1.get()
d2 = r2.get()
d3 = r3.get()
d4 = r4.get()
d5 = r5.get()
check:
len(d1.keystores) == 1
len(d2.keystores) == 2
len(d3.keystores) == 1
len(d4.keystores) == 2
len(d5.keystores) == 2
d1.keystores[0] == keystore1
d2.keystores[0] == keystore1
d2.keystores[1] == keystore2
d3.keystores[0] == keystore3
d4.keystores[0] == keystore3
d4.keystores[1] == keystore4
d5.keystores[0] == keystore1
d5.keystores[1] == keystore3
len(d1.passwords) == 1
len(d2.passwords) == 2
len(d3.passwords) == 1
len(d4.passwords) == 2
len(d5.passwords) == 2
d1.passwords == @["7465737470617373776f7264f09f9491"]
d2.passwords == @["7465737470617373776f7264f09f9491",
"7465737470617373776f7264f09f9491"]
d3.passwords == @["7465737470617373776f7264f09f9491"]
d4.passwords == @["7465737470617373776f7264f09f9491",
"7465737470617373776f7264f09f9491"]
d5.passwords == @["7465737470617373776f7264f09f9491",
"7465737470617373776f7264f09f9491"]
suite "ListKeys requests" & testFlavour:
asyncTest "Correct token provided" & testFlavour:
let
filesystemKeys = sorted listLocalValidators(keymanager.validatorsDir,
keymanager.secretsDir)
apiKeys = sorted (await client.listKeys(correctTokenValue)).data
check filesystemKeys == apiKeys
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.listKeysPlain()
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.listKeysPlain(
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.listKeysPlain(
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
expect RestError:
let keystores = await client.listKeys("Invalid Token")
suite "ImportKeystores requests" & testFlavour:
asyncTest "ImportKeystores/ListKeystores/DeleteKeystores" & testFlavour:
let
response1 = await client.importKeystoresPlain(
importKeystoresBody1,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson1 = Json.decode(response1.data, JsonNode)
check response1.status == 200
for i in 0 ..< 8:
check:
responseJson1["data"][i]["status"].getStr() == "imported"
responseJson1["data"][i]["message"].getStr() == ""
let
filesystemKeys1 = sorted(
listLocalValidators(keymanager.validatorsDir,
keymanager.secretsDir))
apiKeystores1 = sorted((await client.listKeys(correctTokenValue)).data)
check:
filesystemKeys1 == apiKeystores1
importKeystoresBody1.keystores[0].pubkey in filesystemKeys1
importKeystoresBody1.keystores[1].pubkey in filesystemKeys1
importKeystoresBody1.keystores[2].pubkey in filesystemKeys1
importKeystoresBody1.keystores[3].pubkey in filesystemKeys1
importKeystoresBody1.keystores[4].pubkey in filesystemKeys1
importKeystoresBody1.keystores[5].pubkey in filesystemKeys1
importKeystoresBody1.keystores[6].pubkey in filesystemKeys1
importKeystoresBody1.keystores[7].pubkey in filesystemKeys1
let
response2 = await client.importKeystoresPlain(
importKeystoresBody1,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson2 = Json.decode(response2.data, JsonNode)
check response2.status == 200
for i in 0 ..< 8:
check:
responseJson2["data"][i]["status"].getStr() == "duplicate"
responseJson2["data"][i]["message"].getStr() == ""
let
response3 = await client.deleteKeysPlain(
deleteKeysBody1,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson3 = Json.decode(response3.data, JsonNode)
check response3.status == 200
for i in 0 ..< 8:
check:
responseJson3["data"][i]["status"].getStr() == "deleted"
responseJson3["data"][i]["message"].getStr() == ""
let
filesystemKeys2 = sorted(
listLocalValidators(keymanager.validatorsDir,
keymanager.secretsDir))
apiKeystores2 = sorted((await client.listKeys(correctTokenValue)).data)
check:
filesystemKeys2 == apiKeystores2
deleteKeysBody1.pubkeys[0] notin filesystemKeys2
deleteKeysBody1.pubkeys[1] notin filesystemKeys2
deleteKeysBody1.pubkeys[2] notin filesystemKeys2
deleteKeysBody1.pubkeys[3] notin filesystemKeys2
deleteKeysBody1.pubkeys[4] notin filesystemKeys2
deleteKeysBody1.pubkeys[5] notin filesystemKeys2
deleteKeysBody1.pubkeys[6] notin filesystemKeys2
deleteKeysBody1.pubkeys[7] notin filesystemKeys2
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.importKeystoresPlain(importKeystoresBody)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.importKeystoresPlain(
importKeystoresBody,
extraHeaders = @[("Authorization", "Basic XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.importKeystoresPlain(
importKeystoresBody,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
suite "DeleteKeys requests" & testFlavour:
asyncTest "Deleting not existing key" & testFlavour:
let
response = await client.deleteKeysPlain(
deleteKeysBody,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 200
responseJson["data"][0]["status"].getStr() == "not_found"
responseJson["data"][0]["message"].getStr() == ""
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.deleteKeysPlain(deleteKeysBody)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.deleteKeysPlain(
deleteKeysBody,
extraHeaders = @[("Authorization", "Basic XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.deleteKeysPlain(
deleteKeysBody,
extraHeaders = @[("Authorization", "Bearer XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
suite "ListRemoteKeys requests" & testFlavour:
asyncTest "Correct token provided" & testFlavour:
let
filesystemKeys = sorted(
listRemoteValidators(keymanager.validatorsDir,
keymanager.secretsDir))
apiKeystores = sorted((
await client.listRemoteKeys(correctTokenValue)).data)
check filesystemKeys == apiKeystores
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.listRemoteKeysPlain()
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.listRemoteKeysPlain(
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.listRemoteKeysPlain(
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
expect RestError:
let keystores = await client.listKeys("Invalid Token")
suite "Fee recipient management" & testFlavour:
asyncTest "Missing Authorization header" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listFeeRecipientPlain(pubkey)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setFeeRecipientPlain(
pubkey,
default SetFeeRecipientRequest)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteFeeRecipientPlain(pubkey, EmptyBody())
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listFeeRecipientPlain(
pubkey,
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setFeeRecipientPlain(
pubkey,
default SetFeeRecipientRequest,
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteFeeRecipientPlain(
pubkey,
EmptyBody(),
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listFeeRecipientPlain(
pubkey,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setFeeRecipientPlain(
pubkey,
default SetFeeRecipientRequest,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteFeeRecipientPlain(
pubkey,
EmptyBody(),
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Obtaining the fee recpient of a missing validator returns 404" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(unusedPublicKeys[0]).expect("valid key")
response = await client.listFeeRecipientPlain(
pubkey,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
check:
response.status == 404
asyncTest "Setting the fee recipient on a missing validator creates a record for it" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(unusedPublicKeys[1]).expect("valid key")
feeRecipient = specifiedFeeRecipient(1)
await client.setFeeRecipient(pubkey, feeRecipient, correctTokenValue)
let resultFromApi = await client.listFeeRecipient(pubkey, correctTokenValue)
check:
resultFromApi == feeRecipient
asyncTest "Obtaining the fee recpient of an unconfigured validator returns the suggested default" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
resultFromApi = await client.listFeeRecipient(pubkey, correctTokenValue)
check:
resultFromApi == defaultFeeRecipient
asyncTest "Configuring the fee recpient" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(oldPublicKeys[1]).expect("valid key")
firstFeeRecipient = specifiedFeeRecipient(2)
await client.setFeeRecipient(pubkey, firstFeeRecipient, correctTokenValue)
let firstResultFromApi = await client.listFeeRecipient(pubkey, correctTokenValue)
check:
firstResultFromApi == firstFeeRecipient
let secondFeeRecipient = specifiedFeeRecipient(3)
await client.setFeeRecipient(pubkey, secondFeeRecipient, correctTokenValue)
let secondResultFromApi = await client.listFeeRecipient(pubkey, correctTokenValue)
check:
secondResultFromApi == secondFeeRecipient
await client.deleteFeeRecipient(pubkey, correctTokenValue)
let finalResultFromApi = await client.listFeeRecipient(pubkey, correctTokenValue)
check:
finalResultFromApi == defaultFeeRecipient
suite "Gas limit management" & testFlavour:
asyncTest "Missing Authorization header" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listGasLimitPlain(pubkey)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setGasLimitPlain(
pubkey,
default SetGasLimitRequest)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteGasLimitPlain(pubkey, EmptyBody())
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listGasLimitPlain(
pubkey,
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setGasLimitPlain(
pubkey,
default SetGasLimitRequest,
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteGasLimitPlain(
pubkey,
EmptyBody(),
extraHeaders = @[("Authorization", "UnknownAuthScheme X")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
block:
let
response = await client.listGasLimitPlain(
pubkey,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.setGasLimitPlain(
pubkey,
default SetGasLimitRequest,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
block:
let
response = await client.deleteGasLimitPlain(
pubkey,
EmptyBody(),
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Obtaining the gas limit of a missing validator returns 404" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(unusedPublicKeys[0]).expect("valid key")
response = await client.listGasLimitPlain(
pubkey,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
check:
response.status == 404
asyncTest "Setting the gas limit on a missing validator creates a record for it" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(unusedPublicKeys[1]).expect("valid key")
gasLimit = 20_000_000'u64
await client.setGasLimit(pubkey, gasLimit, correctTokenValue)
let resultFromApi = await client.listGasLimit(pubkey, correctTokenValue)
check:
resultFromApi == gasLimit
asyncTest "Obtaining the gas limit of an unconfigured validator returns the suggested default" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(oldPublicKeys[0]).expect("valid key")
resultFromApi = await client.listGasLimit(pubkey, correctTokenValue)
check:
resultFromApi == defaultGasLimit
asyncTest "Configuring the gas limit" & testFlavour:
let
pubkey = ValidatorPubKey.fromHex(oldPublicKeys[1]).expect("valid key")
firstGasLimit = 40_000_000'u64
await client.setGasLimit(pubkey, firstGasLimit, correctTokenValue)
let firstResultFromApi = await client.listGasLimit(pubkey, correctTokenValue)
check:
firstResultFromApi == firstGasLimit
let secondGasLimit = 50_000_000'u64
await client.setGasLimit(pubkey, secondGasLimit, correctTokenValue)
let secondResultFromApi = await client.listGasLimit(pubkey, correctTokenValue)
check:
secondResultFromApi == secondGasLimit
await client.deleteGasLimit(pubkey, correctTokenValue)
let finalResultFromApi = await client.listGasLimit(pubkey, correctTokenValue)
check:
finalResultFromApi == defaultGasLimit
suite "ImportRemoteKeys/ListRemoteKeys/DeleteRemoteKeys" & testFlavour:
asyncTest "Importing list of remote keys" & testFlavour:
let
response1 = await client.importRemoteKeysPlain(
importRemoteKeystoresBody,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson1 = Json.decode(response1.data, JsonNode)
check:
response1.status == 200
for i in 0 ..< 18:
check:
responseJson1["data"][i]["status"].getStr() == expectedImportStatus(i)
responseJson1["data"][i]["message"].getStr() == ""
let
filesystemKeys1 = sorted(
listRemoteValidators(keymanager.validatorsDir,
keymanager.secretsDir))
apiKeystores1 = sorted((
await client.listRemoteKeys(correctTokenValue)).data)
check:
filesystemKeys1 == apiKeystores1
for item in newPublicKeys:
let key = ValidatorPubKey.fromHex(item).tryGet()
let found =
block:
var res = false
for keystore in filesystemKeys1:
if keystore == key:
res = true
break
res
check found == true
let
response2 = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody2,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson2 = Json.decode(response2.data, JsonNode)
check:
response2.status == 200
responseJson2["data"][0]["status"].getStr() == "deleted"
responseJson2["data"][1]["status"].getStr() == "deleted"
responseJson2["data"][2]["status"].getStr() == "deleted"
responseJson2["data"][3]["status"].getStr() == "deleted"
responseJson2["data"][4]["status"].getStr() == "deleted"
responseJson2["data"][5]["status"].getStr() == "deleted"
responseJson2["data"][6]["status"].getStr() == "deleted"
responseJson2["data"][7]["status"].getStr() == "deleted"
let
filesystemKeys2 = sorted(
listRemoteValidators(keymanager.validatorsDir,
keymanager.secretsDir))
apiKeystores2 = sorted((
await client.listRemoteKeys(correctTokenValue)).data)
check:
filesystemKeys2 == apiKeystores2
for keystore in filesystemKeys2:
let key = "0x" & keystore.toHex()
check:
key notin newPublicKeys
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.importRemoteKeysPlain(importRemoteKeystoresBody)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.importRemoteKeysPlain(
importRemoteKeystoresBody,
extraHeaders = @[("Authorization", "Basic XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.importRemoteKeysPlain(
importRemoteKeystoresBody,
extraHeaders = @[("Authorization", "Bearer InvalidToken")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
suite "DeleteRemoteKeys requests" & testFlavour:
asyncTest "Deleting not existing key" & testFlavour:
let
response = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody3,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 200
responseJson["data"][0]["status"].getStr() == "not_found"
responseJson["data"][1]["status"].getStr() == "not_found"
asyncTest "Deleting existing local key and remote key" & testFlavour:
let
response = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody4,
extraHeaders = @[("Authorization", "Bearer " & correctTokenValue)])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 200
responseJson["data"][0]["status"].getStr() == "deleted"
responseJson["data"][1]["status"].getStr() == "deleted"
responseJson["data"][2]["status"].getStr() == "not_found"
responseJson["data"][3]["status"].getStr() == "not_found"
let
filesystemKeystores = sorted(
listRemoteValidators(nodeValidatorsDir, nodeSecretsDir))
apiKeystores = sorted((
await client.listRemoteKeys(correctTokenValue)).data)
check:
filesystemKeystores == apiKeystores
let
removedKey0 = ValidatorPubKey.fromHex(oldPublicKeys[0]).tryGet()
removedKey1 = ValidatorPubKey.fromHex(oldPublicKeys[1]).tryGet()
for item in apiKeystores:
check:
removedKey0 != item.pubkey
removedKey1 != item.pubkey
asyncTest "Missing Authorization header" & testFlavour:
let
response = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody1)
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Header" & testFlavour:
let
response = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody1,
extraHeaders = @[("Authorization", "Basic XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 401
responseJson["message"].getStr() == InvalidAuthorizationError
asyncTest "Invalid Authorization Token" & testFlavour:
let
response = await client.deleteRemoteKeysPlain(
deleteRemoteKeystoresBody1,
extraHeaders = @[("Authorization", "Bearer XYZ")])
responseJson = Json.decode(response.data, JsonNode)
check:
response.status == 403
responseJson["message"].getStr() == InvalidAuthorizationError
proc delayedTests(basePort: int) {.async.} =
let
beaconNodeKeymanager = KeymanagerToTest(
ident: "Beacon Node",
port: basePort + PortKind.KeymanagerBN.ord,
validatorsDir: nodeValidatorsDir,
secretsDir: nodeSecretsDir)
validatorClientKeymanager = KeymanagerToTest(
ident: "Validator Client",
port: basePort + PortKind.KeymanagerVC.ord,
validatorsDir: vcValidatorsDir,
secretsDir: vcSecretsDir)
while bnStatus != BeaconNodeStatus.Running:
await sleepAsync(1.seconds)
asyncSpawn startValidatorClient(basePort)
await sleepAsync(2.seconds)
let deadline = sleepAsync(10.minutes)
await runTests(beaconNodeKeymanager) or deadline
# TODO
# This tests showed flaky behavior on a single Windows CI host
# Re-enable it in a follow-up PR
# await runTests(validatorClientKeymanager)
bnStatus = BeaconNodeStatus.Stopping
proc main(basePort: int) {.async.} =
if dirExists(dataDir):
os.removeDir dataDir
asyncSpawn delayedTests(basePort)
prepareNetwork()
startBeaconNode(basePort)
let
basePortStr = os.getEnv("NIMBUS_TEST_KEYMANAGER_BASE_PORT", $defaultBasePort)
basePort =
try:
let val = parseInt(basePortStr)
if val < 0 or val > (uint16.high.int - PortKind.high.ord):
fatal "Invalid base port arg", basePort = basePortStr
quit 1
val
except ValueError as exc:
fatal "Invalid base port arg", basePort = basePortStr, exc = exc.msg
quit 1
waitFor main(basePort)
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