MultilineLambdaItParameter:DefaultColdMapDerivationsRepository.kt$DefaultColdMapDerivationsRepository${ networkFactory.create( blockchain = Blockchain.fromNetworkId(it.value) ?: return@mapNotNull null, extraDerivationPath = null, userWallet = userWallet, ) } MultilineLambdaItParameter:DefaultHotWalletAccessCodeAttemptsRepository.kt$DefaultHotWalletAccessCodeAttemptsRepository${ AttemptsPersistentData( attempts = it[PreferencesKeys.getHotWalletUnlockAttemptsKey(id.attemptIdKey())] ?: 0, bootCount = it[PreferencesKeys.getHotWalletUnlockBootKey(id.attemptIdKey())] ?: 0, deadline = it[PreferencesKeys.getHotWalletUnlockDeadlineKey(id.attemptIdKey())] ?: 0L, ) } MultilineLambdaItParameter:DefaultHotWalletAccessCodeAttemptsRepository.kt$DefaultHotWalletAccessCodeAttemptsRepository${ while (true) { emit(toState(id, it.attempts, it.deadline, it.bootCount)) val remaining = remainingSeconds(it.deadline, it.bootCount) if (remaining <= 0) break delay(timeMillis = 1000) } } MultilineLambdaItParameter:DefaultHotWalletAccessor.kt$DefaultHotWalletAccessor${ block(UnlockHotWallet(hotWalletId, it)).also { hotWalletPasswordRequester.successfulAuthentication() hotWalletPasswordRequester.dismiss() } } MultilineLambdaItParameter:DefaultHotWalletAccessor.kt$DefaultHotWalletAccessor${ tangemHotSdk.getContextUnlock(it).also { unlockHotWallet -> contextualUnlockHotWallet[hotWalletId] = unlockHotWallet } } NamedArguments:DefaultHotWalletAccessCodeAttemptsRepository.kt$DefaultHotWalletAccessCodeAttemptsRepository$toState(id, count, deadline, boot) NamedArguments:DefaultHotWalletAccessCodeAttemptsRepository.kt$DefaultHotWalletAccessCodeAttemptsRepository$toState(id, it.attempts, it.deadline, it.bootCount) UnnecessaryLet:MissedDerivationsFinder.kt$MissedDerivationsFinder$let(::findByNetworks) UseOrEmpty:DefaultColdMapDerivationsRepository.kt$DefaultColdMapDerivationsRepository$oldKeys[walletKey] ?: emptyMap()