chore: align buying/releasing/setting ens usernames with the new sending flow

Based on changes done in this PR https://github.com/status-im/status-go/pull/5807
we can simplify our client logic a lot.

This results in the removal of many lines of code that are no longer needed

Closes 2nd part of #16336
This commit is contained in:
Sale Djenic 2024-10-02 12:57:58 +02:00 committed by saledjenic
parent e3512938f6
commit 100389aa8d
13 changed files with 161 additions and 704 deletions

View File

@ -1,4 +1,4 @@
import uuids, chronicles, json
import uuids, chronicles
import io_interface
import app/global/global_singleton
@ -8,16 +8,11 @@ import app_service/service/ens/service as ens_service
import app_service/service/network/service as network_service
import app_service/service/wallet_account/service as wallet_account_service
import app_service/service/token/service as token_service
import app_service/service/keycard/service as keycard_service
from app_service/service/transaction/dto import PendingTransactionTypeDto
import app/modules/shared_modules/keycard_popup/io_interface as keycard_shared_module
import app_service/service/network/network_item
logScope:
topics = "profile-section-ens-usernames-module-controller"
const UNIQUE_ENS_SECTION_TRANSACTION_MODULE_IDENTIFIER* = "EnsSection-TransactionModule"
type
Controller* = ref object of RootObj
delegate: io_interface.AccessInterface
@ -27,7 +22,6 @@ type
networkService: network_service.Service
walletAccountService: wallet_account_service.Service
tokenService: token_service.Service
keycardService: keycard_service.Service
connectionKeycardResponse: UUID
proc newController*(
@ -35,7 +29,6 @@ proc newController*(
settingsService: settings_service.Service, ensService: ens_service.Service,
walletAccountService: wallet_account_service.Service, networkService: network_service.Service,
tokenService: token_service.Service,
keycardService: keycard_service.Service
): Controller =
result = Controller()
result.delegate = delegate
@ -45,7 +38,6 @@ proc newController*(
result.walletAccountService = walletAccountService
result.networkService = networkService
result.tokenService = tokenService
result.keycardService = keycardService
proc delete*(self: Controller) =
discard
@ -59,19 +51,17 @@ proc init*(self: Controller) =
let args = EnsUsernameDetailsArgs(e)
self.delegate.onDetailsForEnsUsername(args.chainId, args.ensUsername, args.address, args.pubkey, args.isStatus, args.expirationTime)
self.events.on(SIGNAL_ENS_TRANSACTION_SENT) do(e:Args):
let args = EnsTxResultArgs(e)
self.delegate.ensTransactionSent(args.transactionType, args.chainId, args.ensUsername, args.txHash, args.error)
self.events.on(SIGNAL_ENS_TRANSACTION_CONFIRMED) do(e:Args):
let args = EnsTransactionArgs(e)
self.delegate.ensTransactionConfirmed(args.transactionType, args.ensUsername, args.transactionHash)
self.delegate.ensTransactionConfirmed(args.transactionType, args.ensUsername, args.txHash)
self.events.on(SIGNAL_ENS_TRANSACTION_REVERTED) do(e:Args):
let args = EnsTransactionArgs(e)
self.delegate.ensTransactionReverted(args.transactionType, args.ensUsername, args.transactionHash)
self.events.on(SIGNAL_SHARED_KEYCARD_MODULE_USER_AUTHENTICATED) do(e: Args):
let args = SharedKeycarModuleArgs(e)
if args.uniqueIdentifier != UNIQUE_ENS_SECTION_TRANSACTION_MODULE_IDENTIFIER:
return
self.delegate.onKeypairAuthenticated(args.password, args.pin)
self.delegate.ensTransactionReverted(args.transactionType, args.ensUsername, args.txHash)
proc getAppNetwork*(self: Controller): NetworkItem =
return self.networkService.getAppNetwork()
@ -88,13 +78,6 @@ proc getAllMyEnsUsernames*(self: Controller, includePendingEnsUsernames: bool):
proc fetchDetailsForEnsUsername*(self: Controller, chainId: int, ensUsername: string) =
self.ensService.fetchDetailsForEnsUsername(chainId, ensUsername)
proc setPubKeyGasEstimate*(self: Controller, chainId: int, ensUsername: string, address: string): int =
return self.ensService.setPubKeyGasEstimate(chainId, ensUsername, address)
proc getSigningPhrase*(self: Controller): string =
return self.settingsService.getSigningPhrase()
proc addEnsUsername*(self: Controller, chainId: int, ensUsername: string): bool =
return self.ensService.add(chainId, ensUsername)
@ -104,10 +87,6 @@ proc removeEnsUsername*(self: Controller, chainId: int, ensUsername: string): bo
proc getPreferredEnsUsername*(self: Controller): string =
return self.settingsService.getPreferredName()
proc releaseEnsEstimate*(self: Controller, chainId: int, ensUsername: string, address: string): int =
return self.ensService.releaseEnsEstimate(chainId, ensUsername, address)
proc setPreferredName*(self: Controller, preferredName: string) =
if(self.settingsService.savePreferredName(preferredName)):
singletonInstance.userProfile.setPreferredName(preferredName)
@ -130,15 +109,9 @@ proc fixPreferredName*(self: Controller, ignoreCurrentValue: bool = false) =
proc getEnsRegisteredAddress*(self: Controller): string =
return self.ensService.getEnsRegisteredAddress()
proc registerEnsGasEstimate*(self: Controller, chainId: int, ensUsername: string, address: string): int =
return self.ensService.registerEnsGasEstimate(chainId, ensUsername, address)
proc getWalletDefaultAddress*(self: Controller): string =
return self.walletAccountService.getWalletAccount(0).address
proc getKeypairByAccountAddress*(self: Controller, address: string): KeypairDto =
return self.walletAccountService.getKeypairByAccountAddress(address)
proc getCurrentCurrency*(self: Controller): string =
return self.settingsService.getCurrency()
@ -146,42 +119,4 @@ proc getPriceBySymbol*(self: Controller, crypto: string): float64 =
return self.tokenService.getPriceBySymbol(crypto)
proc getStatusTokenKey*(self: Controller): string =
return self.tokenService.getStatusTokenKey()
proc authenticate*(self: Controller, keyUid = "") =
let data = SharedKeycarModuleAuthenticationArgs(uniqueIdentifier: UNIQUE_ENS_SECTION_TRANSACTION_MODULE_IDENTIFIER,
keyUid: keyUid)
self.events.emit(SIGNAL_SHARED_KEYCARD_MODULE_AUTHENTICATE_USER, data)
proc prepareEnsTx*(self: Controller, txType: PendingTransactionTypeDto, chainId: int, ensUsername: string, address: string,
gas: string, gasPrice: string, maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool): JsonNode =
return self.ensService.prepareEnsTx(txType, chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas,
maxFeePerGas, eip1559Enabled)
proc signEnsTxLocally*(self: Controller, data, account, hashedPasssword: string): string =
return self.ensService.signEnsTxLocally(data, account, hashedPasssword)
proc sendEnsTxWithSignatureAndWatch*(self: Controller, txType: PendingTransactionTypeDto, chainId: int,
txData: JsonNode, ensUsername: string, signature: string): EnsTxResultArgs =
return self.ensService.sendEnsTxWithSignatureAndWatch(txType, chainId, txData, ensUsername, signature)
proc disconnectKeycardReponseSignal(self: Controller) =
self.events.disconnect(self.connectionKeycardResponse)
proc connectKeycardReponseSignal(self: Controller) =
self.connectionKeycardResponse = self.events.onWithUUID(SIGNAL_KEYCARD_RESPONSE) do(e: Args):
let args = KeycardLibArgs(e)
self.disconnectKeycardReponseSignal()
let currentFlow = self.keycardService.getCurrentFlow()
if currentFlow != KCSFlowType.Sign:
self.delegate.onTransactionSigned("", KeycardEvent())
return
self.delegate.onTransactionSigned(args.flowType, args.flowEvent)
proc cancelCurrentFlow*(self: Controller) =
self.keycardService.cancelCurrentFlow()
proc runSignFlow*(self: Controller, pin, bip44Path, txHash: string) =
self.cancelCurrentFlow()
self.connectKeycardReponseSignal()
self.keycardService.startSignFlow(bip44Path, txHash, pin)
return self.tokenService.getStatusTokenKey()

View File

@ -1,5 +1,4 @@
import NimQml
from app_service/service/keycard/service import KeycardEvent
type
AccessInterface* {.pure inheritable.} = ref object of RootObj
@ -23,6 +22,9 @@ method onDetailsForEnsUsername*(self: AccessInterface, chainId: int, ensUsername
isStatus: bool, expirationTime: int) {.base.} =
raise newException(ValueError, "No implementation available")
method ensTransactionSent*(self: AccessInterface, trxType: string, chainId: int, ensUsername: string, txHash: string, err: string) {.base.} =
raise newException(ValueError, "No implementation available")
method ensTransactionConfirmed*(self: AccessInterface, trxType: string, ensUsername: string, transactionHash: string)
{.base.} =
raise newException(ValueError, "No implementation available")
@ -42,36 +44,15 @@ method numOfPendingEnsUsernames*(self: AccessInterface): int {.base.} =
method fetchDetailsForEnsUsername*(self: AccessInterface, chainId: int, ensUsername: string) {.base.} =
raise newException(ValueError, "No implementation available")
method setPubKeyGasEstimate*(self: AccessInterface, chainId: int, ensUsername: string, address: string): int {.base.} =
raise newException(ValueError, "No implementation available")
method authenticateAndSetPubKey*(self: AccessInterface, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.base.} =
raise newException(ValueError, "No implementation available")
method removeEnsUsername*(self: AccessInterface, chainId: int, ensUsername: string): bool {.base.} =
raise newException(ValueError, "No implementation available")
method releaseEnsEstimate*(self: AccessInterface, chainId: int, ensUsername: string, address: string): int {.base.} =
raise newException(ValueError, "No implementation available")
method authenticateAndReleaseEns*(self: AccessInterface, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.base.} =
raise newException(ValueError, "No implementation available")
method connectOwnedUsername*(self: AccessInterface, ensUsername: string, isStatus: bool) {.base.} =
raise newException(ValueError, "No implementation available")
method getEnsRegisteredAddress*(self: AccessInterface): string {.base.} =
raise newException(ValueError, "No implementation available")
method registerEnsGasEstimate*(self: AccessInterface, chainId: int, ensUsername: string, address: string): int {.base.} =
raise newException(ValueError, "No implementation available")
method authenticateAndRegisterEns*(self: AccessInterface, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.base.} =
raise newException(ValueError, "No implementation available")
method getWalletDefaultAddress*(self: AccessInterface): string {.base.} =
raise newException(ValueError, "No implementation available")
@ -93,10 +74,4 @@ method getStatusTokenKey*(self: AccessInterface): string {.base.} =
raise newException(ValueError, "No implementation available")
method setPrefferedEnsUsername*(self: AccessInterface, ensUsername: string) {.base.} =
raise newException(ValueError, "No implementation available")
method onKeypairAuthenticated*(self: AccessInterface, password: string, pin: string) {.base.} =
raise newException(ValueError, "No implementation available")
method onTransactionSigned*(self: AccessInterface, keycardFlowType: string, keycardEvent: KeycardEvent) {.base.} =
raise newException(ValueError, "No implementation available")
raise newException(ValueError, "No implementation available")

View File

@ -1,4 +1,4 @@
import NimQml, json, stint, sequtils, strutils, sugar, stew/shims/strformat, parseutils, chronicles
import NimQml, json, stint, strutils, stew/shims/strformat, parseutils, chronicles
import io_interface
import ../io_interface as delegate_interface
@ -6,16 +6,12 @@ import view, controller, model
import app/core/eventemitter
import app_service/common/conversion as service_conversion
import app_service/common/utils as common_utils
import app_service/common/wallet_constants as common_wallet_constants
import app_service/service/settings/service as settings_service
import app_service/service/ens/service as ens_service
import app_service/service/network/service as network_service
import app_service/service/ens/utils as ens_utils
import app_service/service/wallet_account/service as wallet_account_service
import app_service/service/token/service as token_service
import app_service/service/keycard/service as keycard_service
import app_service/service/keycard/constants as keycard_constants
from app_service/service/transaction/dto import PendingTransactionTypeDto
export io_interface
@ -27,20 +23,6 @@ include app_service/common/json_utils
const cancelledRequest* = "cancelled"
# Shouldn't be public ever, use only within this module.
type TmpSendEnsTransactionDetails = object
chainId: int
ensUsername: string
address: string
addressPath: string
gas: string
gasPrice: string
maxPriorityFeePerGas: string
maxFeePerGas: string
eip1559Enabled: bool
txType: PendingTransactionTypeDto
txData: JsonNode
type
Module* = ref object of io_interface.AccessInterface
delegate: delegate_interface.AccessInterface
@ -48,7 +30,6 @@ type
viewVariant: QVariant
controller: Controller
moduleLoaded: bool
tmpSendEnsTransactionDetails: TmpSendEnsTransactionDetails
events: EventEmitter
proc newModule*(
@ -57,14 +38,13 @@ proc newModule*(
walletAccountService: wallet_account_service.Service,
networkService: network_service.Service,
tokenService: token_service.Service,
keycardService: keycard_service.Service
): Module =
result = Module()
result.delegate = delegate
result.view = view.newView(result)
result.viewVariant = newQVariant(result.view)
result.controller = controller.newController(result, events, settingsService, ensService, walletAccountService,
networkService, tokenService, keycardService)
networkService, tokenService)
result.moduleLoaded = false
result.events = events
@ -73,19 +53,11 @@ method delete*(self: Module) =
self.viewVariant.delete
self.controller.delete
proc clear(self: Module) =
self.tmpSendEnsTransactionDetails = TmpSendEnsTransactionDetails()
proc finish(self: Module, chainId: int, txHash: string, error: string) =
self.clear()
self.view.emitTransactionWasSentSignal(chainId, txHash, error)
method load*(self: Module) =
self.controller.init()
let signingPhrase = self.controller.getSigningPhrase()
let link = self.controller.getAppNetwork().blockExplorerUrl & "/tx/"
self.view.load(link, signingPhrase)
self.view.load(link)
self.events.on(SIGNAL_WALLET_ACCOUNT_NETWORK_ENABLED_UPDATED) do(e: Args):
self.controller.fixPreferredName(true)
@ -131,59 +103,6 @@ method onDetailsForEnsUsername*(self: Module, chainId: int, ensUsername: string,
expirationTime: int) =
self.view.processObtainedEnsUsermesDetails(chainId, ensUsername, address, pubkey, isStatus, expirationTime)
method setPubKeyGasEstimate*(self: Module, chainId: int, ensUsername: string, address: string): int =
return self.controller.setPubKeyGasEstimate(chainId, ensUsername, address)
# At this moment we're somehow assume that we're sending from the default wallet address. Need to change that!
# This function provides a possibility to authenticate sending from any address, not only from the wallet default one.
proc authenticateKeypairThatContainsObservedAddress*(self: Module) =
if self.tmpSendEnsTransactionDetails.address.len == 0:
error "tehre is no set address"
return
let kp = self.controller.getKeypairByAccountAddress(self.tmpSendEnsTransactionDetails.address)
if kp.migratedToKeycard():
let accounts = kp.accounts.filter(acc => cmpIgnoreCase(acc.address, self.tmpSendEnsTransactionDetails.address) == 0)
if accounts.len != 1:
error "cannot resolve selected account to send from among known keypair accounts"
return
self.tmpSendEnsTransactionDetails.addressPath = accounts[0].path
self.controller.authenticate(kp.keyUid)
else:
self.controller.authenticate()
method authenticateAndSetPubKey*(self: Module, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) =
self.tmpSendEnsTransactionDetails.chainId = chainId
self.tmpSendEnsTransactionDetails.ensUsername = ensUsername
self.tmpSendEnsTransactionDetails.address = address
self.tmpSendEnsTransactionDetails.gas = gas
self.tmpSendEnsTransactionDetails.gasPrice = gasPrice
self.tmpSendEnsTransactionDetails.maxPriorityFeePerGas = maxPriorityFeePerGas
self.tmpSendEnsTransactionDetails.maxFeePerGas = maxFeePerGas
self.tmpSendEnsTransactionDetails.eip1559Enabled = eip1559Enabled
self.tmpSendEnsTransactionDetails.txType = PendingTransactionTypeDto.SetPubKey
self.authenticateKeypairThatContainsObservedAddress()
method releaseEnsEstimate*(self: Module, chainId: int, ensUsername: string, address: string): int =
return self.controller.releaseEnsEstimate(chainId, ensUsername, address)
method authenticateAndReleaseEns*(self: Module, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) =
self.tmpSendEnsTransactionDetails.chainId = chainId
self.tmpSendEnsTransactionDetails.ensUsername = ensUsername
self.tmpSendEnsTransactionDetails.address = address
self.tmpSendEnsTransactionDetails.gas = gas
self.tmpSendEnsTransactionDetails.gasPrice = gasPrice
self.tmpSendEnsTransactionDetails.maxPriorityFeePerGas = maxPriorityFeePerGas
self.tmpSendEnsTransactionDetails.maxFeePerGas = maxFeePerGas
self.tmpSendEnsTransactionDetails.eip1559Enabled = eip1559Enabled
self.tmpSendEnsTransactionDetails.txType = PendingTransactionTypeDto.ReleaseENS
self.authenticateKeypairThatContainsObservedAddress()
proc onEnsUsernameRemoved(self: Module, chainId: int, ensUsername: string) =
if (self.controller.getPreferredEnsUsername() == ensUsername):
self.controller.fixPreferredName(true)
@ -196,56 +115,56 @@ method removeEnsUsername*(self: Module, chainId: int, ensUsername: string): bool
self.onEnsUsernameRemoved(chainId, ensUsername)
return true
proc formatUsername(self: Module, ensUsername: string, isStatus: bool): string =
result = ensUsername
if isStatus:
result = ensUsername & ens_utils.STATUS_DOMAIN
method connectOwnedUsername*(self: Module, ensUsername: string, isStatus: bool) =
let chainId = self.controller.getAppNetwork().chainId
var ensUsername = self.formatUsername(ensUsername, isStatus)
if(not self.controller.addEnsUsername(chainId, ensUsername)):
let finalEnsUsername = ens_utils.addDomain(ensUsername)
if(not self.controller.addEnsUsername(chainId, finalEnsUsername)):
info "an error occurred saving ens username", methodName="connectOwnedUsername"
return
self.controller.fixPreferredName()
self.view.model().addItem(Item(chainId: chainId, ensUsername: ensUsername, isPending: false))
self.view.model().addItem(Item(chainId: chainId, ensUsername: finalEnsUsername, isPending: false))
method ensTransactionSent*(self: Module, trxType: string, chainId: int, ensUsername: string, txHash: string, err: string) =
var finalError = err
defer:
self.view.emitTransactionWasSentSignal(chainId, txHash, finalError)
if (err.len != 0):
error "sending ens tx failed", errMsg=err, methodName="ensTransactionSent"
return
let finalEnsUsername = ens_utils.addDomain(ensUsername)
case trxType:
of $SetPubKey:
let item = Item(chainId: chainId, ensUsername: finalEnsUsername, isPending: true)
self.view.model().addItem(item)
of $ReleaseENS:
self.onEnsUsernameRemoved(chainId, finalEnsUsername)
of $RegisterENS:
let item = Item(chainId: chainId, ensUsername: finalEnsUsername, isPending: true)
self.controller.fixPreferredName()
self.view.model().addItem(item)
else:
finalError = "unknown ens action"
error "sending ens tx failed", errMsg=err, methodName="ensTransactionSent"
method ensTransactionConfirmed*(self: Module, trxType: string, ensUsername: string, transactionHash: string) =
let chainId = self.controller.getAppNetwork().chainId
self.controller.fixPreferredName()
if(self.view.model().containsEnsUsername(chainId, ensUsername)):
self.view.model().updatePendingStatus(chainId, ensUsername, false)
let finalEnsUsername = ens_utils.addDomain(ensUsername)
if(self.view.model().containsEnsUsername(chainId, finalEnsUsername)):
self.view.model().updatePendingStatus(chainId, finalEnsUsername, false)
else:
self.view.model().addItem(Item(chainId: chainId, ensUsername: ensUsername, isPending: false))
self.view.emitTransactionCompletedSignal(true, transactionHash, ensUsername, trxType)
self.view.model().addItem(Item(chainId: chainId, ensUsername: finalEnsUsername, isPending: false))
self.view.emitTransactionCompletedSignal(true, transactionHash, finalEnsUsername, trxType)
method ensTransactionReverted*(self: Module, trxType: string, ensUsername: string, transactionHash: string) =
let chainId = self.controller.getAppNetwork().chainId
self.view.model().removeItemByEnsUsername(chainId, ensUsername)
self.view.emitTransactionCompletedSignal(false, transactionHash, ensUsername, trxType)
let finalEnsUsername = ens_utils.addDomain(ensUsername)
self.view.model().removeItemByEnsUsername(chainId, finalEnsUsername)
self.view.emitTransactionCompletedSignal(false, transactionHash, finalEnsUsername, trxType)
method getEnsRegisteredAddress*(self: Module): string =
return self.controller.getEnsRegisteredAddress()
method registerEnsGasEstimate*(self: Module, chainId: int, ensUsername: string, address: string): int =
return self.controller.registerEnsGasEstimate(chainId, ensUsername, address)
method authenticateAndRegisterEns*(self: Module, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) =
self.tmpSendEnsTransactionDetails.chainId = chainId
self.tmpSendEnsTransactionDetails.ensUsername = ensUsername
self.tmpSendEnsTransactionDetails.address = address
self.tmpSendEnsTransactionDetails.gas = gas
self.tmpSendEnsTransactionDetails.gasPrice = gasPrice
self.tmpSendEnsTransactionDetails.maxPriorityFeePerGas = maxPriorityFeePerGas
self.tmpSendEnsTransactionDetails.maxFeePerGas = maxFeePerGas
self.tmpSendEnsTransactionDetails.eip1559Enabled = eip1559Enabled
self.tmpSendEnsTransactionDetails.txType = PendingTransactionTypeDto.RegisterENS
self.authenticateKeypairThatContainsObservedAddress()
method getWalletDefaultAddress*(self: Module): string =
return self.controller.getWalletDefaultAddress()
@ -305,106 +224,4 @@ method getStatusTokenKey*(self: Module): string =
return self.controller.getStatusTokenKey()
method setPrefferedEnsUsername*(self: Module, ensUsername: string) =
self.controller.setPreferredName(ensUsername)
proc sendEnsTxWithSignatureAndWatch(self: Module, signature: string) =
let response = self.controller.sendEnsTxWithSignatureAndWatch(
self.tmpSendEnsTransactionDetails.txType,
self.tmpSendEnsTransactionDetails.chainId,
self.tmpSendEnsTransactionDetails.txData,
self.tmpSendEnsTransactionDetails.ensUsername,
signature
)
if not response.error.isEmptyOrWhitespace():
error "sending ens tx failed", errMsg=response.error, methodName="sendEnsTxWithSignatureAndWatch"
self.finish(chainId = 0, txHash = "", error = response.error)
return
if self.tmpSendEnsTransactionDetails.txType == PendingTransactionTypeDto.SetPubKey:
let item = Item(chainId: self.tmpSendEnsTransactionDetails.chainId,
ensUsername: self.tmpSendEnsTransactionDetails.ensUsername,
isPending: true)
self.view.model().addItem(item)
elif self.tmpSendEnsTransactionDetails.txType == PendingTransactionTypeDto.ReleaseENS:
self.onEnsUsernameRemoved(self.tmpSendEnsTransactionDetails.chainId, self.tmpSendEnsTransactionDetails.ensUsername)
elif self.tmpSendEnsTransactionDetails.txType == PendingTransactionTypeDto.RegisterENS:
let ensUsername = self.formatUsername(self.tmpSendEnsTransactionDetails.ensUsername, true)
let item = Item(chainId: self.tmpSendEnsTransactionDetails.chainId, ensUsername: ensUsername, isPending: true)
self.controller.fixPreferredName()
self.view.model().addItem(item)
else:
error "unknown ens action", methodName="sendEnsTxWithSignatureAndWatch"
self.finish(chainId = 0, txHash = "", error = "unknown ens action")
return
self.finish(response.chainId, response.txHash, response.error)
method onKeypairAuthenticated*(self: Module, password: string, pin: string) =
if password.len == 0:
self.finish(chainId = 0, txHash = "", error = cancelledRequest)
return
let txDataJson = self.controller.prepareEnsTx(
self.tmpSendEnsTransactionDetails.txType,
self.tmpSendEnsTransactionDetails.chainId,
self.tmpSendEnsTransactionDetails.ensUsername,
self.tmpSendEnsTransactionDetails.address,
self.tmpSendEnsTransactionDetails.gas,
self.tmpSendEnsTransactionDetails.gasPrice,
self.tmpSendEnsTransactionDetails.maxPriorityFeePerGas,
self.tmpSendEnsTransactionDetails.maxFeePerGas,
self.tmpSendEnsTransactionDetails.eip1559Enabled,
)
if txDataJson.isNil or
txDataJson.kind != JsonNodeKind.JObject or
not txDataJson.hasKey("txArgs") or
not txDataJson.hasKey("messageToSign"):
let errMsg = "unexpected response format preparing tx ens username"
error "error", msg=errMsg, methodName="onKeypairAuthenticated"
self.finish(chainId = 0, txHash = "", error = errMsg)
return
var txToBeSigned = txDataJson["messageToSign"].getStr
if txToBeSigned.len != common_wallet_constants.TX_HASH_LEN_WITH_PREFIX:
let errMsg = "unexpected tx hash length"
error "error", msg=errMsg, methodName="onKeypairAuthenticated"
self.finish(chainId = 0, txHash = "", error = errMsg)
return
self.tmpSendEnsTransactionDetails.txData = txDataJson["txArgs"]
if txDataJson.hasKey("signOnKeycard") and txDataJson["signOnKeycard"].getBool:
if pin.len != PINLengthForStatusApp:
let errMsg = "cannot proceed with keycard signing, unexpected pin"
error "error", msg=errMsg, methodName="onKeypairAuthenticated"
self.finish(chainId = 0, txHash = "", error = errMsg)
return
var txForKcFlow = txToBeSigned
if txForKcFlow.startsWith("0x"):
txForKcFlow = txForKcFlow[2..^1]
self.controller.runSignFlow(pin, self.tmpSendEnsTransactionDetails.addressPath, txForKcFlow)
return
var finalPassword = password
if pin.len == 0:
finalPassword = common_utils.hashPassword(password)
let signature = self.controller.signEnsTxLocally(txToBeSigned, self.tmpSendEnsTransactionDetails.address, finalPassword)
if signature.len == 0:
let errMsg = "couldn't sign tx locally"
error "error", msg=errMsg, methodName="onKeypairAuthenticated"
self.finish(chainId = 0, txHash = "", error = errMsg)
return
self.sendEnsTxWithSignatureAndWatch(signature)
method onTransactionSigned*(self: Module, keycardFlowType: string, keycardEvent: KeycardEvent) =
if keycardFlowType != keycard_constants.ResponseTypeValueKeycardFlowResult:
let errMsg = "unexpected error while keycard signing transaction"
error "error", msg=errMsg, methodName="onTransactionSigned"
self.finish(chainId = 0, txHash = "", error = errMsg)
return
let signature = "0x" & keycardEvent.txSignature.r & keycardEvent.txSignature.s & keycardEvent.txSignature.v
self.sendEnsTxWithSignatureAndWatch(signature)
self.controller.setPreferredName(ensUsername)

View File

@ -1,7 +1,7 @@
import NimQml
import io_interface
import model
from ../../../../../app_service/service/ens/utils import ENS_REGISTRY
from app_service/service/ens/utils import ENS_REGISTRY
QtObject:
type
@ -10,7 +10,6 @@ QtObject:
model: Model
modelVariant: QVariant
etherscanLink: string
signingPhrase: string
proc delete*(self: View) =
self.model.delete
@ -24,9 +23,8 @@ QtObject:
result.modelVariant = newQVariant(result.model)
result.delegate = delegate
proc load*(self: View, link: string, signingPhrase: string) =
proc load*(self: View, link: string) =
self.etherscanLink = link
self.signingPhrase = signingPhrase
self.delegate.viewDidLoad()
proc model*(self: View): Model =
@ -68,19 +66,9 @@ QtObject:
proc emitTransactionWasSentSignal*(self: View, chainId: int, txHash: string, error: string) =
self.transactionWasSent(chainId, txHash, error)
proc setPubKeyGasEstimate*(self: View, chainId: int, ensUsername: string, address: string): int {.slot.} =
return self.delegate.setPubKeyGasEstimate(chainId, ensUsername, address)
proc authenticateAndSetPubKey*(self: View, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.slot.} =
self.delegate.authenticateAndSetPubKey(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled)
proc getEtherscanLink*(self: View): string {.slot.} =
return self.etherscanLink
proc getSigningPhrase*(self: View): string {.slot.} =
return self.signingPhrase
proc usernameConfirmed(self: View, username: string) {.signal.}
proc emitUsernameConfirmedSignal*(self: View, ensUsername: string) =
self.usernameConfirmed(ensUsername)
@ -92,26 +80,12 @@ QtObject:
proc removeEnsUsername*(self: View, chainId: int, ensUsername: string): bool {.slot.} =
return self.delegate.removeEnsUsername(chainId, ensUsername)
proc releaseEnsEstimate*(self: View, chainId: int, ensUsername: string, address: string): int {.slot.} =
return self.delegate.releaseEnsEstimate(chainId, ensUsername, address)
proc authenticateAndReleaseEns*(self: View, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.slot.} =
self.delegate.authenticateAndReleaseEns(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled)
proc connectOwnedUsername*(self: View, ensUsername: string, isStatus: bool) {.slot.} =
self.delegate.connectOwnedUsername(ensUsername, isStatus)
proc getEnsRegisteredAddress*(self: View): string {.slot.} =
return self.delegate.getEnsRegisteredAddress()
proc registerEnsGasEstimate*(self: View, chainId: int, ensUsername: string, address: string): int {.slot.} =
return self.delegate.registerEnsGasEstimate(chainId, ensUsername, address)
proc authenticateAndRegisterEns*(self: View, chainId: int, ensUsername: string, address: string, gas: string, gasPrice: string,
maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool) {.slot.} =
self.delegate.authenticateAndRegisterEns(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled)
proc getWalletDefaultAddress*(self: View): string {.slot.} =
return self.delegate.getWalletDefaultAddress()

View File

@ -107,7 +107,7 @@ proc newModule*(delegate: delegate_interface.AccessInterface,
result.wakuModule = waku_module.newModule(result, events, settingsService, nodeConfigurationService)
result.notificationsModule = notifications_module.newModule(result, events, settingsService, chatService, contactsService, communityService)
result.ensUsernamesModule = ens_usernames_module.newModule(
result, events, settingsService, ensService, walletAccountService, networkService, tokenService, keycardService
result, events, settingsService, ensService, walletAccountService, networkService, tokenService
)
result.communitiesModule = communities_module.newModule(result, communityService)
result.keycardModule = keycard_module.newModule(result, events, keycardService, settingsService, networkService,

View File

@ -1,11 +1,15 @@
{.used.}
import json, stew/shims/strformat, hashes
include ../../../common/json_utils
import app_service/service/transaction/dto
include app_service/common/json_utils
type EnsUsernameDto* = ref object
chainId*: int
username*: string
txType*: PendingTransactionTypeDto
txHash*: string
txStatus*: string
proc `==`*(l, r: EnsUsernameDto): bool =
return l.chainId == r.chainid and l.username == r.username
@ -13,7 +17,10 @@ proc `==`*(l, r: EnsUsernameDto): bool =
proc `$`*(self: EnsUsernameDto): string =
result = fmt"""ContactDto(
chainId: {self.chainId},
username: {self.username}
username: {self.username},
txType: {self.txType},
txHash: {self.txHash},
txStatus: {self.txStatus}
)"""
proc hash*(dto: EnsUsernameDto): Hash =

View File

@ -1,5 +1,5 @@
import NimQml, Tables, sets, json, sequtils, strutils, stint, chronicles
import web3/ethtypes, web3/conversions, stew/byteutils, nimcrypto, json_serialization
import NimQml, Tables, json, sequtils, strutils, stint, chronicles
import web3/ethtypes, stew/byteutils, nimcrypto, json_serialization
import app/core/eventemitter
import app/core/tasks/[qt, threadpool]
@ -7,9 +7,6 @@ import app/core/tasks/[qt, threadpool]
import app/global/global_singleton
import backend/ens as status_ens
import backend/backend as status_go_backend
import backend/wallet as status_wallet
import app_service/common/conversion as common_conversion
import utils as ens_utils
import app_service/service/settings/service as settings_service
@ -17,10 +14,7 @@ import app_service/service/wallet_account/service as wallet_account_service
import app_service/service/transaction/service as transaction_service
import app_service/service/network/service as network_service
import app_service/service/token/service as token_service
import app_service/service/eth/utils as status_utils
import app_service/service/eth/dto/coder
import app_service/service/eth/dto/transaction
import app_service/common/wallet_constants
import dto/ens_username_dto
export ens_username_dto
@ -55,18 +49,21 @@ type
gasPrice*: string
EnsTransactionArgs* = ref object of Args
transactionHash*: string
txHash*: string
ensUsername*: string
transactionType*: string
EnsTxResultArgs* = ref object of Args
transactionType*: string
chainId*: int
ensUsername*: string
txHash*: string
error*: string
# Signals which may be emitted by this service:
const SIGNAL_ENS_USERNAME_AVAILABILITY_CHECKED* = "ensUsernameAvailabilityChecked"
const SIGNAL_ENS_USERNAME_DETAILS_FETCHED* = "ensUsernameDetailsFetched"
const SIGNAL_ENS_TRANSACTION_SENT* = "ensTransactionSent"
const SIGNAL_ENS_TRANSACTION_CONFIRMED* = "ensTransactionConfirmed"
const SIGNAL_ENS_TRANSACTION_REVERTED* = "ensTransactionReverted"
@ -75,13 +72,17 @@ QtObject:
Service* = ref object of QObject
events: EventEmitter
threadpool: ThreadPool
pendingEnsUsernames*: HashSet[EnsUsernameDto]
pendingEnsUsernames*: Table[string, EnsUsernameDto]
settingsService: settings_service.Service
walletAccountService: wallet_account_service.Service
transactionService: transaction_service.Service
networkService: network_service.Service
tokenService: token_service.Service
## Forward declarations
proc add*(self: Service, chainId: int, username: string): bool
proc remove*(self: Service, chainId: int, username: string): bool
proc delete*(self: Service) =
self.QObject.delete
@ -98,6 +99,7 @@ QtObject:
result.QObject.setup
result.events = events
result.threadpool = threadpool
result.pendingEnsUsernames = initTable[string, EnsUsernameDto]()
result.settingsService = settingsService
result.walletAccountService = walletAccountService
result.transactionService = transactionService
@ -107,43 +109,99 @@ QtObject:
proc getChainId(self: Service): int =
return self.networkService.getAppNetwork().chainId
proc confirmTransaction(self: Service, trxType: string, ensUsername: string, transactionHash: string) =
let dto = EnsUsernameDto(chainId: self.getChainId(), username: ensUsername)
let data = EnsTransactionArgs(transactionHash: transactionHash, ensUsername: ensUsername, transactionType: $trxType)
self.pendingEnsUsernames.excl(dto)
self.events.emit(SIGNAL_ENS_TRANSACTION_CONFIRMED, data)
proc makeKey(username: string, chainId: int): string =
return $username & "-" & $chainId
proc revertTransaction(self: Service, trxType: string, ensUsername: string, transactionHash: string) =
let dto = EnsUsernameDto(chainId: self.getChainId(), username: ensUsername)
let data = EnsTransactionArgs(transactionHash: transactionHash, ensUsername: ensUsername, transactionType: $trxType)
self.pendingEnsUsernames.excl(dto)
self.events.emit(SIGNAL_ENS_TRANSACTION_REVERTED, data)
proc formatUsername(self: Service, username: string, isStatus: bool): string =
result = username
if isStatus:
result = result & ens_utils.STATUS_DOMAIN
proc updateEnsUsernames(self: Service, chainId: int, transactionHash: string, status: string) =
if status == TxStatusPending:
return
# find ens username by transactionHash
var ensDto = EnsUsernameDto()
for _, value in self.pendingEnsUsernames.pairs:
if value.txHash == transactionHash:
ensDto = value
break
if ensDto.username.len == 0:
error "Error updating ens username status", message = "no ens username found for transactionHash: " & transactionHash
return
let key = makeKey(ensDto.username, chainId)
if status == TxStatusSuccess:
self.pendingEnsUsernames[key].txStatus = TxStatusSuccess
let data = EnsTransactionArgs(txHash: transactionHash, ensUsername: ensDto.username, transactionType: $ensDto.txType)
self.events.emit(SIGNAL_ENS_TRANSACTION_CONFIRMED, data)
return
if status == TxStatusFailed:
self.pendingEnsUsernames[key].txStatus = TxStatusFailed
let data = EnsTransactionArgs(txHash: transactionHash, ensUsername: ensDto.username, transactionType: $ensDto.txType)
self.events.emit(SIGNAL_ENS_TRANSACTION_REVERTED, data)
return
error "Error updating ens username status", message = "unknown status: " & status
proc doConnect(self: Service) =
self.events.on(PendingTransactionTypeDto.RegisterENS.event) do(e: Args):
var receivedData = TransactionMinedArgs(e)
if receivedData.success:
self.confirmTransaction($PendingTransactionTypeDto.RegisterENS, receivedData.data, receivedData.transactionHash)
else:
self.revertTransaction($PendingTransactionTypeDto.RegisterENS, receivedData.data, receivedData.transactionHash)
self.events.on(SIGNAL_TRANSACTION_SENT) do(e:Args):
let args = TransactionSentArgs(e)
if args.txType != SendType.ENSRegister and args.txType != SendType.ENSSetPubKey and args.txType != SendType.ENSRelease:
return
self.events.on(PendingTransactionTypeDto.SetPubKey.event) do(e: Args):
var receivedData = TransactionMinedArgs(e)
if receivedData.success:
self.confirmTransaction($PendingTransactionTypeDto.SetPubKey, receivedData.data, receivedData.transactionHash)
else:
self.revertTransaction($PendingTransactionTypeDto.SetPubKey, receivedData.data, receivedData.transactionHash)
var err = args.error
var dto = EnsUsernameDto(
chainId: args.chainId,
username: args.username,
txHash: args.txHash,
txStatus: TxStatusPending
)
if args.txType == SendType.ENSRegister:
dto.txType = RegisterENS
if err.len == 0:
let ensUsernameFinal = self.formatUsername(args.username, true)
if not self.add(args.chainId, ensUsernameFinal):
err = "failed to add ens username"
error "error", err
elif args.txType == SendType.ENSSetPubKey:
dto.txType = SetPubKey
if err.len == 0:
let usernameWithDomain = args.username.addDomain()
if not self.add(args.chainId, usernameWithDomain):
err = "failed to set ens username"
error "error", err
elif args.txType == SendType.ENSRelease:
dto.txType = ReleaseENS
if err.len == 0:
let ensUsernameFinal = self.formatUsername(args.username, true)
if not self.remove(args.chainId, ensUsernameFinal):
err = "failed to remove ens username"
error "error", err
self.pendingEnsUsernames[makeKey(dto.username, args.chainId)] = dto
let data = EnsTxResultArgs(transactionType: $dto.txType, chainId: args.chainId, ensUsername: args.username, txHash: args.txHash, error: err)
self.events.emit(SIGNAL_ENS_TRANSACTION_SENT, data)
self.events.on(SIGNAL_TRANSACTION_STATUS_CHANGED) do(e:Args):
let args = TransactionStatusArgs(e)
self.updateEnsUsernames(args.data.chainId, args.data.hash, args.data.status)
proc init*(self: Service) =
self.doConnect()
for trx in self.transactionService.getPendingTransactions():
if trx.typeValue == $PendingTransactionTypeDto.RegisterENS or trx.typeValue == $PendingTransactionTypeDto.SetPubKey:
let dto = EnsUsernameDto(chainId: trx.chainId, username: trx.additionalData)
self.pendingEnsUsernames.incl(dto)
if trx.typeValue == $PendingTransactionTypeDto.RegisterENS or
trx.typeValue == $PendingTransactionTypeDto.SetPubKey or
trx.typeValue == $PendingTransactionTypeDto.ReleaseENS:
let dto = EnsUsernameDto(chainId: trx.chainId, username: trx.additionalData)
self.pendingEnsUsernames[makeKey(dto.username, dto.chainId)] = dto
proc getMyPendingEnsUsernames*(self: Service): seq[EnsUsernameDto] =
for i in self.pendingEnsUsernames.items:
for i in self.pendingEnsUsernames.values:
result.add(i)
proc getAllMyEnsUsernames*(self: Service, includePending: bool): seq[EnsUsernameDto] =
@ -212,11 +270,6 @@ QtObject:
# notify view, this is important
self.events.emit(SIGNAL_ENS_USERNAME_AVAILABILITY_CHECKED, EnsUsernameAvailabilityArgs())
proc formatUsername(self: Service, username: string, isStatus: bool): string =
result = username
if isStatus:
result = result & ens_utils.STATUS_DOMAIN
proc checkEnsUsernameAvailability*(self: Service, ensUsername: string, isStatus: bool) =
let registeredEnsUsernames = self.getAllMyEnsUsernames(true)
let dto = EnsUsernameDto(chainId: self.getChainId(),
@ -280,185 +333,13 @@ QtObject:
proc extractCoordinates(self: Service, pubkey: string):tuple[x: string, y:string] =
result = ("0x" & pubkey[4..67], "0x" & pubkey[68..131])
proc setPubKeyGasEstimate*(self: Service, chainId: int, ensUsername: string, address: string): int =
try:
let txData = ens_utils.buildTransaction(parseAddress(address), 0.u256)
let resp = status_ens.setPubKeyEstimate(chainId, %txData, ensUsername,
singletonInstance.userProfile.getPubKey())
result = resp.result.getInt
except Exception as e:
result = 80000
error "error occurred", procName="setPubKeyGasEstimate", msg = e.msg
proc releaseEnsEstimate*(self: Service, chainId: int, ensUsername: string, address: string): int =
try:
let txData = ens_utils.buildTransaction(parseAddress(address), 0.u256)
var userNameNoDomain = ensUsername
if ensUsername.endsWith(ens_utils.STATUS_DOMAIN):
userNameNoDomain = ensUsername.replace(ens_utils.STATUS_DOMAIN, "")
let resp = status_ens.releaseEstimate(chainId, %txData, userNameNoDomain)
result = resp.result.getInt
except Exception as e:
error "error occurred", procName="releaseEnsEstimate", msg = e.msg
result = 100000
proc getEnsRegisteredAddress*(self: Service): string =
return status_ens.getRegistrarAddress(self.getChainId()).result.getStr
proc registerENSGasEstimate*(self: Service, chainId: int, ensUsername: string, address: string): int =
try:
let txData = ens_utils.buildTransaction(parseAddress(address), 0.u256)
let resp = status_ens.registerEstimate(chainId, %txData, ensUsername,
singletonInstance.userProfile.getPubKey())
result = resp.result.getInt
except Exception as e:
result = 380000
error "error occurred", procName="registerENSGasEstimate", msg = e.msg
proc resourceUrl*(self: Service, username: string): (string, string, string) =
try:
let response = status_ens.resourceURL(self.getChainId(), username)
return (response.result{"Scheme"}.getStr, response.result{"Host"}.getStr, response.result{"Path"}.getStr)
except Exception as e:
error "Error getting ENS resourceUrl", username=username, exception=e.msg
raise
proc prepareEnsTx*(self: Service, txType: PendingTransactionTypeDto, chainId: int, ensUsername: string, address: string,
gas: string, gasPrice: string, maxPriorityFeePerGas: string, maxFeePerGas: string, eip1559Enabled: bool): JsonNode =
try:
var prepareTxResponse: RpcResponse[JsonNode]
let txData = ens_utils.buildTransaction(parseAddress(address), 0.u256, gas, gasPrice, eip1559Enabled,
maxPriorityFeePerGas, maxFeePerGas)
if txType == PendingTransactionTypeDto.SetPubKey:
prepareTxResponse = status_ens.prepareTxForSetPubKey(chainId, %txData, ensUsername.addDomain(),
singletonInstance.userProfile.getPubKey())
elif txType == PendingTransactionTypeDto.RegisterENS:
prepareTxResponse = status_ens.prepareTxForRegisterEnsUsername(chainId, %txData, ensUsername,
singletonInstance.userProfile.getPubKey())
elif txType == PendingTransactionTypeDto.ReleaseENS:
var userNameNoDomain = ensUsername
if ensUsername.endsWith(ens_utils.STATUS_DOMAIN):
userNameNoDomain = ensUsername.replace(ens_utils.STATUS_DOMAIN, "")
prepareTxResponse = status_ens.prepareTxForReleaseEnsUsername(chainId, %txData, userNameNoDomain)
else:
error "Unknown action", procName="prepareEnsTx"
if not prepareTxResponse.error.isNil:
error "error occurred", procName="prepareEnsTx", msg = prepareTxResponse.error.message
return
prepareTxResponse.result["gas"] = %* (if gas.isEmptyOrWhitespace: Quantity.none else: Quantity(cast[uint64](parseFloat(gas).toUInt64)).some)
if eip1559Enabled:
let maxPriorityFeePerGasFinal = if maxPriorityFeePerGas.isEmptyOrWhitespace: Uint256.none else: gwei2Wei(parseFloat(maxPriorityFeePerGas)).some
let maxFeePerGasFinal = if maxFeePerGas.isEmptyOrWhitespace: Uint256.none else: gwei2Wei(parseFloat(maxFeePerGas)).some
prepareTxResponse.result["maxPriorityFeePerGas"] = %* ("0x" & maxPriorityFeePerGasFinal.unsafeGet.toHex)
prepareTxResponse.result["maxFeePerGas"] = %* ("0x" & maxFeePerGasFinal.unsafeGet.toHex)
else:
let gasPriceFinal = if gasPrice.isEmptyOrWhitespace: int.none else: gwei2Wei(parseFloat(gasPrice)).truncate(int).some
prepareTxResponse.result["gasPrice"] = %* ("0x" & gasPriceFinal.unsafeGet.toHex.stripLeadingZeros)
var buildTxResponse: JsonNode
let err = status_wallet.buildTransaction(buildTxResponse, chainId, $prepareTxResponse.result)
if err.len > 0:
error "error occurred", procName="prepareEnsTx", msg = err
return
return buildTxResponse
except Exception as e:
error "error occurred", procName="prepareEnsTx", msg = e.msg
proc signEnsTxLocally*(self: Service, data, account, hashedPasssword: string): string =
try:
var response: JsonNode
let err = status_wallet.signMessage(response, data, account, hashedPasssword)
if err.len > 0 or response.isNil:
error "error occurred", procName="signEnsTxLocally", msg = err
return
return response.getStr()
except Exception as e:
error "error occurred", procName="signEnsTxLocally", msg = e.msg
proc sendEnsTxWithSignatureAndWatch*(self: Service, txType: PendingTransactionTypeDto, chainId: int,
txData: JsonNode, ensUsername: string, signature: string): EnsTxResultArgs =
result = EnsTxResultArgs(chainId: chainId)
try:
if txData.isNil:
result.error = "txData is nil"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
if not txData.hasKey("from") or txData["from"].getStr().len == 0:
result.error = "from address is empty"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
if not txData.hasKey("to") or txData["to"].getStr().len == 0:
result.error = "to address is empty"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
if txType != PendingTransactionTypeDto.SetPubKey and
txType != PendingTransactionTypeDto.RegisterENS and
txType != PendingTransactionTypeDto.ReleaseENS:
result.error = "invalid tx type"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
var finalSignature = signature
if finalSignature.startsWith("0x"):
finalSignature = finalSignature[2..^1]
var txResponse: JsonNode
let err = status_wallet.sendTransactionWithSignature(txResponse, chainId, $txType, $txData, finalSignature)
if err.len > 0 or txResponse.isNil:
result.error = err
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
let
transactionHash = txResponse.getStr()
fromAddress = txData["from"].getStr()
toAddress = txData["to"].getStr()
if txType == PendingTransactionTypeDto.SetPubKey:
let usernameWithDomain = ensUsername.addDomain()
if not self.add(chainId, usernameWithDomain):
result.error = "failed to add ens username"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
let resolverAddress = status_ens.resolver(chainId, usernameWithDomain).result.getStr
self.transactionService.watchTransaction(transactionHash, fromAddress, resolverAddress, $txType,
ensUsername, chainId)
let dto = EnsUsernameDto(chainId: chainId, username: ensUsername)
self.pendingEnsUsernames.incl(dto)
elif txType == PendingTransactionTypeDto.RegisterENS:
var sntContract: string = ""
if self.settingsService.areTestNetworksEnabled():
if self.settingsService.isGoerliEnabled():
sntContract = STT_CONTRACT_ADDRESS_GOERLI
else:
sntContract = STT_CONTRACT_ADDRESS_SEPOLIA
else:
sntContract = SNT_CONTRACT_ADDRESS
let ensUsernameFinal = self.formatUsername(ensUsername, true)
if not self.add(chainId, ensUsernameFinal):
result.error = "failed to add ens username"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
self.transactionService.watchTransaction(transactionHash, fromAddress, sntContract, $txType,
ensUsernameFinal, chainId)
let dto = EnsUsernameDto(chainId: chainId, username: ensUsernameFinal)
self.pendingEnsUsernames.incl(dto)
elif txType == PendingTransactionTypeDto.ReleaseENS:
let ensUsernameFinal = self.formatUsername(ensUsername, true)
if not self.remove(chainId, ensUsernameFinal):
result.error = "failed to add ens username"
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
return
let ensUsernamesAddress = self.getEnsRegisteredAddress()
self.transactionService.watchTransaction(transactionHash, fromAddress, ensUsernamesAddress, $txType, ensUsername, chainId)
let dto = EnsUsernameDto(chainId: chainId, username: ensUsername)
self.pendingEnsUsernames.excl(dto)
result.txHash = transactionHash
except Exception as e:
result.error = e.msg
error "error occurred", procName="sendEnsTxWithSignatureAndWatch", msg = result.error
raise

View File

@ -137,7 +137,6 @@ QtObject:
break
if packId.len == 0:
error "Error updating sticker pack status", message = "no packId found for transactionHash: " & transactionHash
return
if status == TxStatusSuccess:

View File

@ -19,21 +19,11 @@ proc getRegistrarAddress*(chainId: int): RpcResponse[JsonNode] =
return core.callPrivateRPC("ens_getRegistrarAddress", payload)
proc resolver*(chainId: int, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, username]
return core.callPrivateRPC("ens_resolver", payload)
proc ownerOf*(chainId: int, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, username]
return core.callPrivateRPC("ens_ownerOf", payload)
proc contentHash*(chainId: int, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, username]
return core.callPrivateRPC("ens_contentHash", payload)
proc publicKeyOf*(chainId: int, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, username]
@ -55,28 +45,4 @@ proc price*(chainId: int): RpcResponse[JsonNode] =
proc resourceURL*(chainId: int, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, username]
return core.callPrivateRPC("ens_resourceURL", payload)
proc prepareTxForRegisterEnsUsername*(chainId: int, txData: JsonNode, username: string, pubkey: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username, pubkey]
return core.callPrivateRPC("ens_registerPrepareTx", payload)
proc registerEstimate*(chainId: int, txData: JsonNode, username: string, pubkey: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username, pubkey]
return core.callPrivateRPC("ens_registerEstimate", payload)
proc prepareTxForReleaseEnsUsername*(chainId: int, txData: JsonNode, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username]
return core.callPrivateRPC("ens_releasePrepareTx", payload)
proc releaseEstimate*(chainId: int, txData: JsonNode, username: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username]
return core.callPrivateRPC("ens_releaseEstimate", payload)
proc prepareTxForSetPubKey*(chainId: int, txData: JsonNode, username: string, pubkey: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username, pubkey]
return core.callPrivateRPC("ens_setPubKeyPrepareTx", payload)
proc setPubKeyEstimate*(chainId: int, txData: JsonNode, username: string, pubkey: string): RpcResponse[JsonNode] =
let payload = %* [chainId, txData, username, pubkey]
return core.callPrivateRPC("ens_setPubKeyEstimate", payload)
return core.callPrivateRPC("ens_resourceURL", payload)

View File

@ -48,17 +48,6 @@ QtObject {
ensUsernamesModule.fetchDetailsForEnsUsername(chainId, ensUsername)
}
function setPubKeyGasEstimate(chainId, ensUsername, address) {
if(!root.ensUsernamesModule)
return 0
return ensUsernamesModule.setPubKeyGasEstimate(chainId, ensUsername, address)
}
function authenticateAndSetPubKey(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled) {
if(!root.ensUsernamesModule)
return ""
return ensUsernamesModule.authenticateAndSetPubKey(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled)
}
function getEtherscanLink() {
if(!root.ensUsernamesModule)
@ -66,18 +55,6 @@ QtObject {
return ensUsernamesModule.getEtherscanLink()
}
function getSigningPhrase() {
if(!root.ensUsernamesModule)
return ""
return ensUsernamesModule.getSigningPhrase()
}
function authenticateAndReleaseEns(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled) {
if(!root.ensUsernamesModule)
return ""
return ensUsernamesModule.authenticateAndReleaseEns(chainId, ensUsername, address, gas, gasPrice, maxPriorityFeePerGas, maxFeePerGas, eip1559Enabled)
}
function ensConnectOwnedUsername(name, isStatus) {
if(!root.ensUsernamesModule)
return
@ -90,12 +67,6 @@ QtObject {
return ensUsernamesModule.getEnsRegisteredAddress()
}
function authenticateAndRegisterEns(chainId, ensUsername, address, gasLimit, gasPrice, tipLimit, overallLimit, eip1559Enabled) {
if(!root.ensUsernamesModule)
return
ensUsernamesModule.authenticateAndRegisterEns(chainId, ensUsername, address, gasLimit, gasPrice, tipLimit, overallLimit, eip1559Enabled)
}
function getEnsRegistry() {
if(!root.ensUsernamesModule)
return ""

View File

@ -131,23 +131,7 @@ Item {
preSelectedHoldingType: Constants.TokenType.ERC20
publicKey: root.contactsStore.myPublicKey
ensName: root.username
sendTransaction: function() {
if(bestRoutes.count === 1) {
let path = bestRoutes.firstItem()
let eip1559Enabled = path.gasFees.eip1559Enabled
let maxFeePerGas = path.gasFees.maxFeePerGasM
root.ensUsernamesStore.authenticateAndReleaseEns(
root.chainId,
root.username,
store.selectedSenderAccountAddress,
path.gasAmount,
eip1559Enabled ? "" : path.gasFees.gasPrice,
eip1559Enabled ? path.gasFees.maxPriorityFeePerGas : "",
eip1559Enabled ? maxFeePerGas: path.gasFees.gasPrice,
eip1559Enabled,
)
}
}
Connections {
target: root.ensUsernamesStore.ensUsernamesModule
function onTransactionWasSent(chainId: int, txHash: string, error: string) {
@ -159,13 +143,6 @@ Item {
return releaseEnsModal.sendingError.open()
}
usernameReleased()
let url = "%1/%2".arg(releaseEnsModal.store.getEtherscanLink(chainId)).arg(txHash)
Global.displayToastMessage(qsTr("Transaction pending..."),
qsTr("View on etherscan"),
"",
true,
Constants.ephemeralNotificationType.normal,
url)
releaseEnsModal.close()
}
}

View File

@ -76,22 +76,7 @@ Item {
preSelectedHoldingType: Constants.TokenType.ERC20
publicKey: root.contactsStore.myPublicKey
ensName: ensUsername.text
sendTransaction: function() {
if(bestRoutes.count === 1) {
let path = bestRoutes.firstItem()
let eip1559Enabled = path.gasFees.eip1559Enabled
root.ensUsernamesStore.authenticateAndSetPubKey(
root.ensUsernamesStore.chainId,
ensUsername.text + (isStatus ? ".stateofus.eth" : "" ),
store.selectedSenderAccountAddress,
path.gasAmount,
eip1559Enabled ? "" : path.gasFees.gasPrice,
"",
"",
eip1559Enabled,
)
}
}
Connections {
target: root.ensUsernamesStore.ensUsernamesModule
function onTransactionWasSent(chainId: int, txHash: string, error: string) {
@ -103,13 +88,6 @@ Item {
return connectEnsModal.sendingError.open()
}
usernameUpdated(ensUsername.text);
let url = "%1/%2".arg(connectEnsModal.store.getEtherscanLink(chainId)).arg(txHash)
Global.displayToastMessage(qsTr("Transaction pending..."),
qsTr("View on etherscan"),
"",
true,
Constants.ephemeralNotificationType.normal,
url)
connectEnsModal.close()
}
}

View File

@ -79,23 +79,7 @@ Item {
preSelectedHoldingType: Constants.TokenType.ERC20
publicKey: root.contactsStore.myPublicKey
ensName: root.username
sendTransaction: function() {
if(bestRoutes.count === 1) {
let path = bestRoutes.firstItem()
let eip1559Enabled = path.gasFees.eip1559Enabled
let maxFeePerGas = path.gasFees.maxFeePerGasM
root.ensUsernamesStore.authenticateAndRegisterEns(
root.ensUsernamesStore.chainId,
username,
store.selectedSenderAccountAddress,
path.gasAmount,
eip1559Enabled ? "" : path.gasFees.gasPrice,
eip1559Enabled ? path.gasFees.maxPriorityFeePerGas : "",
eip1559Enabled ? maxFeePerGas: path.gasFees.gasPrice,
eip1559Enabled,
)
}
}
Connections {
target: root.ensUsernamesStore.ensUsernamesModule
function onTransactionWasSent(chainId: int, txHash: string, error: string) {
@ -106,14 +90,7 @@ Item {
buyEnsModal.sendingError.text = error
return buyEnsModal.sendingError.open()
}
usernameRegistered(username)
let url = "%1/%2".arg(buyEnsModal.store.getEtherscanLink(chainId)).arg(txHash)
Global.displayToastMessage(qsTr("Transaction pending..."),
qsTr("View on etherscan"),
"",
true,
Constants.ephemeralNotificationType.normal,
url)
usernameRegistered(username)
}
}
}