nimbus-eth1/nimbus/config.nim

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# Copyright (c) 2018-2024 Status Research & Development GmbH
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# 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.
{.push raises: [].}
import
std/[
options,
strutils,
times,
os,
uri,
net
],
pkg/[
chronicles,
confutils,
confutils/defs,
stew/byteutils,
confutils/std/net
],
eth/[common, net/utils, net/nat, p2p/bootnodes, p2p/enode, p2p/discoveryv5/enr],
"."/[db/select_backend,
constants, vm_compile_info, version
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],
common/chain_config
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export net
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const
# TODO: fix this agent-string format to match other
# eth clients format
NimbusIdent* = "$# v$# [$#: $#, $#, $#, $#]" % [
NimbusName,
NimbusVersion,
hostOS,
hostCPU,
nimbus_db_backend,
VmName,
GitRevision
]
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let
# e.g.: Copyright (c) 2018-2021 Status Research & Development GmbH
NimbusCopyright* = "Copyright (c) 2018-" &
$(now().utc.year) &
" Status Research & Development GmbH"
# e.g.:
# Nimbus v0.1.0 [windows: amd64, rocksdb, evmc, dda8914f]
# Copyright (c) 2018-2021 Status Research & Development GmbH
NimbusBuild* = "$#\p$#" % [
NimbusIdent,
NimbusCopyright,
]
NimbusHeader* = "$#\p\p$#" % [
NimbusBuild,
version.NimVersion
]
proc defaultDataDir*(): string =
when defined(windows):
getHomeDir() / "AppData" / "Roaming" / "Nimbus"
elif defined(macosx):
getHomeDir() / "Library" / "Application Support" / "Nimbus"
else:
getHomeDir() / ".cache" / "nimbus"
proc defaultKeystoreDir*(): string =
defaultDataDir() / "keystore"
proc getLogLevels(): string =
var logLevels: seq[string]
for level in LogLevel:
if level < enabledLogLevel:
continue
logLevels.add($level)
join(logLevels, ", ")
const
defaultDataDirDesc = defaultDataDir()
defaultPort = 30303
defaultMetricsServerPort = 9093
defaultHttpPort = 8545
defaultEngineApiPort = 8550
defaultListenAddress = (static parseIpAddress("0.0.0.0"))
defaultAdminListenAddress = (static parseIpAddress("127.0.0.1"))
defaultListenAddressDesc = $defaultListenAddress & ", meaning all network interfaces"
defaultAdminListenAddressDesc = $defaultAdminListenAddress & ", meaning local host only"
logLevelDesc = getLogLevels()
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# `when` around an option doesn't work with confutils; it fails to compile.
# Workaround that by setting the `ignore` pragma on EVMC-specific options.
when defined(evmc_enabled):
{.pragma: includeIfEvmc.}
else:
{.pragma: includeIfEvmc, ignore.}
const sharedLibText = if defined(linux): " (*.so, *.so.N)"
elif defined(windows): " (*.dll)"
elif defined(macosx): " (*.dylib)"
else: ""
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type
PruneMode* {.pure.} = enum
Full
Archive
NimbusCmd* {.pure.} = enum
noCommand
`import`
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ProtocolFlag* {.pure.} = enum
## Protocol flags
Eth ## enable eth subprotocol
Snap ## enable snap sub-protocol
Les ## enable les subprotocol
RpcFlag* {.pure.} = enum
## RPC flags
Eth ## enable eth_ set of RPC API
Debug ## enable debug_ set of RPC API
Exp ## enable exp_ set of RPC API
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DiscoveryType* {.pure.} = enum
None
V4
V5
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SyncMode* {.pure.} = enum
Default
Full ## Beware, experimental
Snap ## Beware, experimental
Stateless ## Beware, experimental
NimbusConf* = object of RootObj
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## Main Nimbus configuration object
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dataDir* {.
separator: "ETHEREUM OPTIONS:"
desc: "The directory where nimbus will store all blockchain data"
defaultValue: defaultDataDir()
defaultValueDesc: $defaultDataDirDesc
abbr: "d"
name: "data-dir" }: OutDir
keyStore* {.
desc: "Load one or more keystore files from this directory"
defaultValue: defaultKeystoreDir()
defaultValueDesc: "inside datadir"
abbr: "k"
name: "key-store" }: OutDir
pruneMode* {.
desc: "Blockchain prune mode (Full or Archive)"
defaultValue: PruneMode.Full
defaultValueDesc: $PruneMode.Full
abbr : "p"
name: "prune-mode" }: PruneMode
syncMode* {.
desc: "Specify particular blockchain sync mode."
longDesc:
"- default -- legacy sync mode\n" &
"- full -- full blockchain archive\n" &
"- snap -- experimental snap mode (development only)\n" &
"- stateless -- experimental stateless mode (development only)"
defaultValue: SyncMode.Default
defaultValueDesc: $SyncMode.Default
abbr: "y"
name: "sync-mode" .}: SyncMode
syncCtrlFile* {.
desc: "Specify a file that is regularly checked for updates. If it " &
"exists it is checked for whether it contains extra information " &
"specific to the type of sync process. This option is primarily " &
"intended only for sync testing and debugging."
abbr: "z"
name: "sync-ctrl-file" }: Option[string]
importKey* {.
desc: "Import unencrypted 32 bytes hex private key from a file"
defaultValue: ""
abbr: "e"
name: "import-key" }: InputFile
engineSigner* {.
desc: "Set the signer address(as 20 bytes hex) and enable sealing engine to run and " &
"producing blocks at specified interval (only PoA/Clique supported)"
defaultValue: ZERO_ADDRESS
defaultValueDesc: ""
abbr: "s"
name: "engine-signer" }: EthAddress
verifyFrom* {.
desc: "Enable extra verification when current block number greater than verify-from"
defaultValueDesc: ""
name: "verify-from" }: Option[uint64]
EVMC: Option `--evm`, load third-party EVM as a shared library This patch adds: - Load and use a third-party EVM in a shared library, instead of Nimbus EVM. - New option `--evm` to specify which library to load. - The library and this loader conforms to the [EVMC] (https://evmc.ethereum.org/) 9.x specification. Any third-party EVM which is compatible with EVMC version 9.x and supports EVM1 contract code will be accepted. The operating system's shared library format applies. These are `.so*` files on Linux, `.dll` files on Windows and `.dylib` files on Mac. The alternative EVM can be selected in two ways: - Nimbus command line option `--evm:<path>`. - Environment variable `NIMBUS_EVM=<path>`. The reason for an environment variable is this allows all the test programs to run with a third-party EVM as well. Some don't parse command line options. There are some limitations to be aware of: - The third-party EVM must use EVMC version 9.x, no other major version. EVMC 9.x supports EIP-1559 / London fork and older transactions. - Nested `*CALL` and `CREATE*` operations don't use the third-party EVM yet. These call the built-in Nimbus EVM. This mixing of different EVMs between levels is explicitly allowed in specs, so there is no problem doing it. - The third-party EVM doesn't need to support precompiles, because those are nested calls, which use the built-in Nimbus EVM. - Third-party EVMs execute contracts correctly, but fail the final `rootHash` match. The reason is that some account state changes, which are correct, are currently inside the Nimbus EVM and need to be moved to EVMC host logic. *This is a known work in progress*. The EVM execution itself is fine. Test results using "evmone" third-party EVM: - [evmone](https://github.com/ethereum/evmone) has been tested. Only on Linux but it "should" work on Windows and Mac equally well. - [Version 0.8.1](https://github.com/ethereum/evmone/releases/tag/v0.8.1) was used because it is compatible with EVMC 9.x, which is required for the EIP-1559 / London fork, which Nimbus supports. Version 0.8.0 could be used but it looks like an important bug was fixed in 0.8.1. - evmone runs fine and the trace output looks good. The calls and arguments are the same as the built-in Nimbus EVM for tests that have been checked manually, except evmone skips some calls that can be safely skipped. - The final `rootHash` is incorrect, due to the *work in progress* mentioned above which is not part of the evmone execution. Due to this, it's possible to try evmone and verify expected behaviours, which also validates our own EVMC implementation, but it can't be used as a full substitute yet. Signed-off-by: Jamie Lokier <jamie@shareable.org>
2021-12-05 11:20:27 +00:00
evm* {.
desc: "Load alternative EVM from EVMC-compatible shared library" & sharedLibText
EVMC: Option `--evm`, load third-party EVM as a shared library This patch adds: - Load and use a third-party EVM in a shared library, instead of Nimbus EVM. - New option `--evm` to specify which library to load. - The library and this loader conforms to the [EVMC] (https://evmc.ethereum.org/) 9.x specification. Any third-party EVM which is compatible with EVMC version 9.x and supports EVM1 contract code will be accepted. The operating system's shared library format applies. These are `.so*` files on Linux, `.dll` files on Windows and `.dylib` files on Mac. The alternative EVM can be selected in two ways: - Nimbus command line option `--evm:<path>`. - Environment variable `NIMBUS_EVM=<path>`. The reason for an environment variable is this allows all the test programs to run with a third-party EVM as well. Some don't parse command line options. There are some limitations to be aware of: - The third-party EVM must use EVMC version 9.x, no other major version. EVMC 9.x supports EIP-1559 / London fork and older transactions. - Nested `*CALL` and `CREATE*` operations don't use the third-party EVM yet. These call the built-in Nimbus EVM. This mixing of different EVMs between levels is explicitly allowed in specs, so there is no problem doing it. - The third-party EVM doesn't need to support precompiles, because those are nested calls, which use the built-in Nimbus EVM. - Third-party EVMs execute contracts correctly, but fail the final `rootHash` match. The reason is that some account state changes, which are correct, are currently inside the Nimbus EVM and need to be moved to EVMC host logic. *This is a known work in progress*. The EVM execution itself is fine. Test results using "evmone" third-party EVM: - [evmone](https://github.com/ethereum/evmone) has been tested. Only on Linux but it "should" work on Windows and Mac equally well. - [Version 0.8.1](https://github.com/ethereum/evmone/releases/tag/v0.8.1) was used because it is compatible with EVMC 9.x, which is required for the EIP-1559 / London fork, which Nimbus supports. Version 0.8.0 could be used but it looks like an important bug was fixed in 0.8.1. - evmone runs fine and the trace output looks good. The calls and arguments are the same as the built-in Nimbus EVM for tests that have been checked manually, except evmone skips some calls that can be safely skipped. - The final `rootHash` is incorrect, due to the *work in progress* mentioned above which is not part of the evmone execution. Due to this, it's possible to try evmone and verify expected behaviours, which also validates our own EVMC implementation, but it can't be used as a full substitute yet. Signed-off-by: Jamie Lokier <jamie@shareable.org>
2021-12-05 11:20:27 +00:00
defaultValue: ""
name: "evm"
includeIfEvmc }: string
EVMC: Option `--evm`, load third-party EVM as a shared library This patch adds: - Load and use a third-party EVM in a shared library, instead of Nimbus EVM. - New option `--evm` to specify which library to load. - The library and this loader conforms to the [EVMC] (https://evmc.ethereum.org/) 9.x specification. Any third-party EVM which is compatible with EVMC version 9.x and supports EVM1 contract code will be accepted. The operating system's shared library format applies. These are `.so*` files on Linux, `.dll` files on Windows and `.dylib` files on Mac. The alternative EVM can be selected in two ways: - Nimbus command line option `--evm:<path>`. - Environment variable `NIMBUS_EVM=<path>`. The reason for an environment variable is this allows all the test programs to run with a third-party EVM as well. Some don't parse command line options. There are some limitations to be aware of: - The third-party EVM must use EVMC version 9.x, no other major version. EVMC 9.x supports EIP-1559 / London fork and older transactions. - Nested `*CALL` and `CREATE*` operations don't use the third-party EVM yet. These call the built-in Nimbus EVM. This mixing of different EVMs between levels is explicitly allowed in specs, so there is no problem doing it. - The third-party EVM doesn't need to support precompiles, because those are nested calls, which use the built-in Nimbus EVM. - Third-party EVMs execute contracts correctly, but fail the final `rootHash` match. The reason is that some account state changes, which are correct, are currently inside the Nimbus EVM and need to be moved to EVMC host logic. *This is a known work in progress*. The EVM execution itself is fine. Test results using "evmone" third-party EVM: - [evmone](https://github.com/ethereum/evmone) has been tested. Only on Linux but it "should" work on Windows and Mac equally well. - [Version 0.8.1](https://github.com/ethereum/evmone/releases/tag/v0.8.1) was used because it is compatible with EVMC 9.x, which is required for the EIP-1559 / London fork, which Nimbus supports. Version 0.8.0 could be used but it looks like an important bug was fixed in 0.8.1. - evmone runs fine and the trace output looks good. The calls and arguments are the same as the built-in Nimbus EVM for tests that have been checked manually, except evmone skips some calls that can be safely skipped. - The final `rootHash` is incorrect, due to the *work in progress* mentioned above which is not part of the evmone execution. Due to this, it's possible to try evmone and verify expected behaviours, which also validates our own EVMC implementation, but it can't be used as a full substitute yet. Signed-off-by: Jamie Lokier <jamie@shareable.org>
2021-12-05 11:20:27 +00:00
network {.
separator: "\pETHEREUM NETWORK OPTIONS:"
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desc: "Name or id number of Ethereum network(mainnet(1), goerli(5), sepolia(11155111), holesky(17000), other=custom)"
longDesc:
"- mainnet: Ethereum main network\n" &
"- goerli: Test network (proof-of-authority, works across all clients)\n" &
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"- sepolia: Test network (proof-of-work)\n" &
"- holesky: The holesovice post-merge testnet"
defaultValue: "" # the default value is set in makeConfig
defaultValueDesc: "mainnet(1)"
abbr: "i"
name: "network" }: string
customNetwork {.
desc: "Use custom genesis block for private Ethereum Network (as /path/to/genesis.json)"
defaultValueDesc: ""
abbr: "c"
name: "custom-network" }: Option[NetworkParams]
networkId* {.
ignore # this field is not processed by confutils
defaultValue: MainNet # the defaultValue value is set by `makeConfig`
name: "network-id"}: NetworkId
networkParams* {.
ignore # this field is not processed by confutils
defaultValue: NetworkParams() # the defaultValue value is set by `makeConfig`
name: "network-params"}: NetworkParams
logLevel* {.
separator: "\pLOGGING AND DEBUGGING OPTIONS:"
desc: "Sets the log level for process and topics (" & logLevelDesc & ")"
defaultValue: LogLevel.INFO
defaultValueDesc: $LogLevel.INFO
name: "log-level" }: LogLevel
logFile* {.
desc: "Specifies a path for the written Json log file"
name: "log-file" }: Option[OutFile]
logMetricsEnabled* {.
desc: "Enable metrics logging"
defaultValue: false
name: "log-metrics" .}: bool
logMetricsInterval* {.
desc: "Interval at which to log metrics, in seconds"
defaultValue: 10
name: "log-metrics-interval" .}: int
bootstrapNodes {.
separator: "\pNETWORKING OPTIONS:"
desc: "Specifies one or more bootstrap nodes(as enode URL) to use when connecting to the network"
defaultValue: @[]
defaultValueDesc: ""
abbr: "b"
name: "bootstrap-node" }: seq[string]
bootstrapFile {.
desc: "Specifies a line-delimited file of bootstrap Ethereum network addresses(enode URL). " &
"By default, addresses will be added to bootstrap node list. " &
"But if the first line equals to `override` word, it will override built-in list"
defaultValue: ""
name: "bootstrap-file" }: InputFile
bootstrapEnrs {.
desc: "ENR URI of node to bootstrap discovery from. Argument may be repeated"
defaultValue: @[]
defaultValueDesc: ""
name: "bootstrap-enr" }: seq[enr.Record]
staticPeers {.
desc: "Connect to one or more trusted peers(as enode URL)"
defaultValue: @[]
defaultValueDesc: ""
name: "static-peers" }: seq[string]
staticPeersFile {.
desc: "Specifies a line-delimited file of trusted peers addresses(enode URL)" &
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"to be added to the --static-peers list. If the first line equals to the word `override`, "&
"the file contents will replace the --static-peers list"
defaultValue: ""
name: "static-peers-file" }: InputFile
staticPeersEnrs {.
desc: "ENR URI of node to connect to as trusted peer. Argument may be repeated"
defaultValue: @[]
defaultValueDesc: ""
name: "static-peer-enr" }: seq[enr.Record]
reconnectMaxRetry* {.
desc: "Specifies max number of retries if static peers disconnected/not connected. " &
"0 = infinite."
defaultValue: 0
name: "reconnect-max-retry" }: int
reconnectInterval* {.
desc: "Interval in seconds before next attempt to reconnect to static peers. Min 5 seconds."
defaultValue: 15
name: "reconnect-interval" }: int
listenAddress* {.
desc: "Listening IP address for Ethereum P2P and Discovery traffic"
defaultValue: defaultListenAddress
defaultValueDesc: $defaultListenAddressDesc
name: "listen-address" }: IpAddress
tcpPort* {.
desc: "Ethereum P2P network listening TCP port"
defaultValue: defaultPort
defaultValueDesc: $defaultPort
name: "tcp-port" }: Port
udpPort* {.
desc: "Ethereum P2P network listening UDP port"
defaultValue: 0 # set udpPort defaultValue in `makeConfig`
defaultValueDesc: "default to --tcp-port"
name: "udp-port" }: Port
maxPeers* {.
desc: "Maximum number of peers to connect to"
defaultValue: 25
name: "max-peers" }: int
nat* {.
desc: "Specify method to use for determining public address. " &
"Must be one of: any, none, upnp, pmp, extip:<IP>"
defaultValue: NatConfig(hasExtIp: false, nat: NatAny)
defaultValueDesc: "any"
name: "nat" .}: NatConfig
discovery* {.
desc: "Specify method to find suitable peer in an Ethereum network (None, V4, V5)"
longDesc:
"- None: Disables the peer discovery mechanism (manual peer addition)\n" &
"- V4 : Node Discovery Protocol v4(default)\n" &
"- V5 : Node Discovery Protocol v5"
defaultValue: DiscoveryType.V4
defaultValueDesc: $DiscoveryType.V4
name: "discovery" .}: DiscoveryType
netKey* {.
desc: "P2P ethereum node (secp256k1) private key (random, path, hex)"
longDesc:
"- random: generate random network key for this node instance\n" &
"- path : path to where the private key will be loaded or auto generated\n" &
"- hex : 32 bytes hex of network private key"
defaultValue: "random"
name: "net-key" .}: string
agentString* {.
desc: "Node agent string which is used as identifier in network"
defaultValue: NimbusIdent
defaultValueDesc: $NimbusIdent
name: "agent-string" .}: string
protocols {.
desc: "Enable specific set of server protocols (available: Eth, " &
" Snap, Les, None.) This will not affect the sync mode"
defaultValue: @[]
defaultValueDesc: $ProtocolFlag.Eth
name: "protocols" .}: seq[string]
case cmd* {.
command
defaultValue: NimbusCmd.noCommand }: NimbusCmd
of noCommand:
httpPort* {.
separator: "\pLOCAL SERVICES OPTIONS:"
desc: "Listening port of the HTTP server(rpc, ws, graphql)"
defaultValue: defaultHttpPort
defaultValueDesc: $defaultHttpPort
name: "http-port" }: Port
httpAddress* {.
desc: "Listening IP address of the HTTP server(rpc, ws, graphql)"
defaultValue: defaultAdminListenAddress
defaultValueDesc: $defaultAdminListenAddressDesc
name: "http-address" }: IpAddress
rpcEnabled* {.
desc: "Enable the JSON-RPC server"
defaultValue: false
name: "rpc" }: bool
rpcApi {.
desc: "Enable specific set of RPC API (available: eth, debug, exp)"
defaultValue: @[]
defaultValueDesc: $RpcFlag.Eth
name: "rpc-api" }: seq[string]
wsEnabled* {.
desc: "Enable the Websocket JSON-RPC server"
defaultValue: false
name: "ws" }: bool
wsApi {.
desc: "Enable specific set of Websocket RPC API (available: eth, debug, exp)"
defaultValue: @[]
defaultValueDesc: $RpcFlag.Eth
name: "ws-api" }: seq[string]
graphqlEnabled* {.
desc: "Enable the GraphQL HTTP server"
defaultValue: false
name: "graphql" }: bool
engineApiEnabled* {.
desc: "Enable the Engine API"
defaultValue: false
name: "engine-api" .}: bool
engineApiPort* {.
desc: "Listening port for the Engine API(http and ws)"
defaultValue: defaultEngineApiPort
defaultValueDesc: $defaultEngineApiPort
name: "engine-api-port" .}: Port
engineApiAddress* {.
desc: "Listening address for the Engine API(http and ws)"
defaultValue: defaultAdminListenAddress
defaultValueDesc: $defaultAdminListenAddressDesc
name: "engine-api-address" .}: IpAddress
engineApiWsEnabled* {.
desc: "Enable the WebSocket Engine API"
defaultValue: false
name: "engine-api-ws" .}: bool
terminalTotalDifficulty* {.
desc: "The terminal total difficulty of the eth2 merge transition block." &
" It takes precedence over terminalTotalDifficulty in config file."
name: "terminal-total-difficulty" .}: Option[UInt256]
allowedOrigins* {.
desc: "Comma separated list of domains from which to accept cross origin requests"
defaultValue: @[]
defaultValueDesc: "*"
name: "allowed-origins" .}: seq[string]
# github.com/ethereum/execution-apis/
# /blob/v1.0.0-alpha.8/src/engine/authentication.md#key-distribution
jwtSecret* {.
desc: "Path to a file containing a 32 byte hex-encoded shared secret" &
" needed for websocket authentication. By default, the secret key" &
" is auto-generated."
defaultValueDesc: "\"jwt.hex\" in the data directory (see --data-dir)"
name: "jwt-secret" .}: Option[InputFile]
metricsEnabled* {.
desc: "Enable the built-in metrics HTTP server"
defaultValue: false
name: "metrics" }: bool
metricsPort* {.
desc: "Listening port of the built-in metrics HTTP server"
defaultValue: defaultMetricsServerPort
defaultValueDesc: $defaultMetricsServerPort
name: "metrics-port" }: Port
metricsAddress* {.
desc: "Listening IP address of the built-in metrics HTTP server"
defaultValue: defaultAdminListenAddress
defaultValueDesc: $defaultAdminListenAddressDesc
name: "metrics-address" }: IpAddress
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statelessModeDataSourceUrl* {.
desc: "URL of the node to use as a data source for on-demand data fetching via the JSON-RPC API"
defaultValue: ""
name: "stateless-data-source-url" .}: string
trustedSetupFile* {.
desc: "Load EIP-4844 trusted setup file"
defaultValue: none(string)
defaultValueDesc: "Baked in trusted setup"
name: "trusted-setup-file" .}: Option[string]
of `import`:
blocksFile* {.
argument
desc: "Import RLP encoded block(s) from a file, validate, write to database and quit"
defaultValue: ""
name: "blocks-file" }: InputFile
proc parseCmdArg(T: type NetworkId, p: string): T
{.gcsafe, raises: [ValueError].} =
parseInt(p).T
proc completeCmdArg(T: type NetworkId, val: string): seq[string] =
return @[]
proc parseCmdArg(T: type UInt256, p: string): T
{.gcsafe, raises: [ValueError].} =
parse(p, T)
proc completeCmdArg(T: type UInt256, val: string): seq[string] =
return @[]
proc parseCmdArg(T: type EthAddress, p: string): T
{.gcsafe, raises: [ValueError].}=
try:
result = hexToByteArray(p, 20)
except CatchableError:
raise newException(ValueError, "failed to parse EthAddress")
proc completeCmdArg(T: type EthAddress, val: string): seq[string] =
return @[]
2018-08-01 12:50:44 +00:00
proc parseCmdArg*(T: type enr.Record, p: string): T {.raises: [ValueError].} =
if not fromURI(result, p):
raise newException(ValueError, "Invalid ENR")
proc completeCmdArg*(T: type enr.Record, val: string): seq[string] =
return @[]
proc processList(v: string, o: var seq[string])
=
## Process comma-separated list of strings.
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if len(v) > 0:
for n in v.split({' ', ','}):
if len(n) > 0:
o.add(n)
proc parseCmdArg(T: type NetworkParams, p: string): T
{.gcsafe, raises: [ValueError].} =
try:
if not loadNetworkParams(p, result):
raise newException(ValueError, "failed to load customNetwork")
except CatchableError:
raise newException(ValueError, "failed to load customNetwork")
proc completeCmdArg(T: type NetworkParams, val: string): seq[string] =
return @[]
proc setBootnodes(output: var seq[ENode], nodeUris: openArray[string]) =
output = newSeqOfCap[ENode](nodeUris.len)
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for item in nodeUris:
output.add(ENode.fromString(item).expect("valid hardcoded ENode"))
iterator repeatingList(listOfList: openArray[string]): string
=
for strList in listOfList:
var list = newSeq[string]()
processList(strList, list)
for item in list:
yield item
proc append(output: var seq[ENode], nodeUris: openArray[string])
=
for item in repeatingList(nodeUris):
let res = ENode.fromString(item)
if res.isErr:
warn "Ignoring invalid bootstrap address", address=item
continue
output.add res.get()
iterator strippedLines(filename: string): (int, string)
{.gcsafe, raises: [IOError].} =
var i = 0
for line in lines(filename):
let stripped = strip(line)
if stripped.startsWith('#'): # Comments
continue
if stripped.len > 0:
yield (i, stripped)
inc i
proc loadEnodeFile(fileName: string; output: var seq[ENode]; info: string)
=
if fileName.len == 0:
return
try:
for i, ln in strippedLines(fileName):
if cmpIgnoreCase(ln, "override") == 0 and i == 0:
# override built-in list if the first line is 'override'
output = newSeq[ENode]()
continue
let res = ENode.fromString(ln)
if res.isErr:
warn "Ignoring invalid address", address=ln, line=i, file=fileName, purpose=info
continue
output.add res.get()
except IOError as e:
error "Could not read file", msg = e.msg, purpose = info
quit 1
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proc loadBootstrapFile(fileName: string, output: var seq[ENode]) =
fileName.loadEnodeFile(output, "bootstrap")
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proc loadStaticPeersFile(fileName: string, output: var seq[ENode]) =
fileName.loadEnodeFile(output, "static peers")
proc getNetworkId(conf: NimbusConf): Option[NetworkId] =
if conf.network.len == 0:
return none NetworkId
let network = toLowerAscii(conf.network)
case network
of "mainnet": return some MainNet
of "goerli" : return some GoerliNet
of "sepolia": return some SepoliaNet
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of "holesky": return some HoleskyNet
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else:
try:
some parseInt(network).NetworkId
except CatchableError:
error "Failed to parse network name or id", network
quit QuitFailure
proc getProtocolFlags*(conf: NimbusConf): set[ProtocolFlag] =
if conf.protocols.len == 0:
return {ProtocolFlag.Eth}
var noneOk = false
for item in repeatingList(conf.protocols):
case item.toLowerAscii()
of "eth": result.incl ProtocolFlag.Eth
of "les": result.incl ProtocolFlag.Les
of "snap": result.incl ProtocolFlag.Snap
of "none": noneOk = true
else:
error "Unknown protocol", name=item
quit QuitFailure
if noneOk and 0 < result.len:
error "Setting none contradicts wire protocols", names = $result
quit QuitFailure
proc getRpcFlags(api: openArray[string]): set[RpcFlag] =
if api.len == 0:
return {RpcFlag.Eth}
for item in repeatingList(api):
case item.toLowerAscii()
of "eth": result.incl RpcFlag.Eth
of "debug": result.incl RpcFlag.Debug
of "exp": result.incl RpcFlag.Exp
else:
error "Unknown RPC API: ", name=item
quit QuitFailure
proc getRpcFlags*(conf: NimbusConf): set[RpcFlag] =
getRpcFlags(conf.rpcApi)
proc getWsFlags*(conf: NimbusConf): set[RpcFlag] =
getRpcFlags(conf.wsApi)
proc fromEnr*(T: type ENode, r: enr.Record): ENodeResult[ENode] =
let
# TODO: there must always be a public key, else no signature verification
# could have been done and no Record would exist here.
# TypedRecord should be reworked not to have public key as an option.
pk = r.get(PublicKey).get()
tr = r.toTypedRecord().expect("id in valid record")
if tr.ip.isNone():
return err(IncorrectIP)
if tr.udp.isNone():
return err(IncorrectDiscPort)
if tr.tcp.isNone():
return err(IncorrectPort)
ok(ENode(
pubkey: pk,
address: Address(
ip: utils.ipv4(tr.ip.get()),
udpPort: Port(tr.udp.get()),
tcpPort: Port(tr.tcp.get())
)
))
proc getBootNodes*(conf: NimbusConf): seq[ENode] =
var bootstrapNodes: seq[ENode]
# Ignore standard bootnodes if customNetwork is loaded
if conf.customNetwork.isNone:
case conf.networkId
of MainNet:
bootstrapNodes.setBootnodes(MainnetBootnodes)
of GoerliNet:
bootstrapNodes.setBootnodes(GoerliBootnodes)
of SepoliaNet:
bootstrapNodes.setBootnodes(SepoliaBootnodes)
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of HoleskyNet:
bootstrapNodes.setBootnodes(HoleskyBootnodes)
else:
# custom network id
discard
# always allow bootstrap nodes provided by the user
if conf.bootstrapNodes.len > 0:
bootstrapNodes.append(conf.bootstrapNodes)
# bootstrap nodes loaded from file might append or
# override built-in bootnodes
loadBootstrapFile(string conf.bootstrapFile, bootstrapNodes)
# Bootstrap nodes provided as ENRs
for enr in conf.bootstrapEnrs:
let enode = Enode.fromEnr(enr).valueOr:
fatal "Invalid bootstrap ENR provided", error
quit 1
bootstrapNodes.add(enode)
bootstrapNodes
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proc getStaticPeers*(conf: NimbusConf): seq[ENode] =
var staticPeers: seq[ENode]
staticPeers.append(conf.staticPeers)
loadStaticPeersFile(string conf.staticPeersFile, staticPeers)
# Static peers provided as ENRs
for enr in conf.staticPeersEnrs:
let enode = Enode.fromEnr(enr).valueOr:
fatal "Invalid static peer ENR provided", error
quit 1
staticPeers.add(enode)
staticPeers
proc getAllowedOrigins*(conf: NimbusConf): seq[Uri] =
for item in repeatingList(conf.allowedOrigins):
result.add parseUri(item)
func engineApiServerEnabled*(conf: NimbusConf): bool =
conf.engineApiEnabled or conf.engineApiWsEnabled
func shareServerWithEngineApi*(conf: NimbusConf): bool =
conf.engineApiServerEnabled and
conf.engineApiPort == conf.httpPort
func httpServerEnabled*(conf: NimbusConf): bool =
conf.graphqlEnabled or
conf.wsEnabled or
conf.rpcEnabled
# KLUDGE: The `load()` template does currently not work within any exception
# annotated environment.
{.pop.}
proc makeConfig*(cmdLine = commandLineParams()): NimbusConf
{.raises: [CatchableError].} =
## Note: this function is not gc-safe
# The try/catch clause can go away when `load()` is clean
try:
{.push warning[ProveInit]: off.}
result = NimbusConf.load(
cmdLine,
version = NimbusBuild,
copyrightBanner = NimbusHeader
)
{.pop.}
except CatchableError as e:
raise e
except Exception as e:
{.warning: "Kludge(BareExcept): `load()` template in vendor package needs to be updated"}
raiseAssert "Ooops makeConfig(): name=" & $e.name & " msg=" & e.msg
var networkId = result.getNetworkId()
if result.customNetwork.isSome:
result.networkParams = result.customNetwork.get()
if networkId.isNone:
# WARNING: networkId and chainId are two distinct things
# they usage should not be mixed in other places.
# We only set networkId to chainId if networkId not set in cli and
# --custom-network is set.
# If chainId is not defined in config file, it's ok because
# zero means CustomNet
networkId = some(NetworkId(result.networkParams.config.chainId))
if networkId.isNone:
# bootnodes is set via getBootNodes
networkId = some MainNet
result.networkId = networkId.get()
if result.customNetwork.isNone:
result.networkParams = networkParams(result.networkId)
if result.cmd == noCommand:
# ttd from cli takes precedence over ttd from config-file
if result.terminalTotalDifficulty.isSome:
result.networkParams.config.terminalTotalDifficulty =
result.terminalTotalDifficulty
if result.udpPort == Port(0):
# if udpPort not set in cli, then
result.udpPort = result.tcpPort
# see issue #1346
if result.keyStore.string == defaultKeystoreDir() and
result.dataDir.string != defaultDataDir():
result.keyStore = OutDir(result.dataDir.string / "keystore")
# For consistency
if result.syncCtrlFile.isSome and result.syncCtrlFile.unsafeGet == "":
error "Argument missing", option="sync-ctrl-file"
quit QuitFailure
when isMainModule:
# for testing purpose
discard makeConfig()