Updated on 2026-08-14
This commit is contained in:
Tangem
parent
50d082bf95
commit
bb2877e36c
6 changed files with 225 additions and 7 deletions
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@ -26,10 +26,12 @@ class ValidateWalletAddressUseCase(
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network: Network,
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address: String,
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currencyAddresses: Set<NetworkAddress.Address>?,
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allowSelfSend: Boolean = false,
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): AddressValidationResult = validateAddressInternal(
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userWalletId,
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network,
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address,
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userWalletId = userWalletId,
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network = network,
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address = address,
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allowSelfSend = allowSelfSend,
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isCurrentAddress = { toValidate ->
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currencyAddresses?.any { it.value == toValidate } ?: true
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},
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@ -40,10 +42,12 @@ class ValidateWalletAddressUseCase(
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network: Network,
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address: String,
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senderAddresses: List<CryptoCurrencyAddress>,
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allowSelfSend: Boolean = false,
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): AddressValidationResult = validateAddressInternal(
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userWalletId,
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network,
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address,
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userWalletId = userWalletId,
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network = network,
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address = address,
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allowSelfSend = allowSelfSend,
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isCurrentAddress = { toValidate ->
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senderAddresses.any { it.address == toValidate }
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},
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@ -53,6 +57,7 @@ class ValidateWalletAddressUseCase(
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userWalletId: UserWalletId,
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network: Network,
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address: String,
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allowSelfSend: Boolean,
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isCurrentAddress: (String) -> Boolean,
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): AddressValidationResult {
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val decodedXAddress = BlockchainUtils.decodeRippleXAddress(address, network.rawId)
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@ -60,7 +65,7 @@ class ValidateWalletAddressUseCase(
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val addressToValidate = decodedXAddress?.address ?: address
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val current = isCurrentAddress(addressToValidate)
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val isForbidSelfSend = current && !isSelfSendAvailable
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val isForbidSelfSend = current && !isSelfSendAvailable && !allowSelfSend
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val isValidAddress = walletAddressServiceRepository.validateAddress(userWalletId, network, addressToValidate)
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return when {
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@ -0,0 +1,207 @@
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package com.tangem.domain.transaction.usecase
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import com.google.common.truth.Truth.assertThat
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import com.tangem.blockchain.common.ResolveAddressResult
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import com.tangem.domain.models.currency.CryptoCurrency
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import com.tangem.domain.models.network.CryptoCurrencyAddress
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import com.tangem.domain.models.network.Network
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import com.tangem.domain.models.network.NetworkAddress
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import com.tangem.domain.models.wallet.UserWalletId
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import com.tangem.domain.transaction.WalletAddressServiceRepository
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import com.tangem.domain.transaction.error.AddressValidation
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import com.tangem.domain.walletmanager.WalletManagersFacade
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import com.tangem.lib.crypto.BlockchainUtils
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import com.tangem.lib.crypto.models.XrpTaggedAddress
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import io.mockk.coEvery
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import io.mockk.every
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import io.mockk.mockk
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import io.mockk.mockkObject
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import io.mockk.unmockkObject
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import kotlinx.coroutines.test.runTest
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import org.junit.After
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import org.junit.Before
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import org.junit.Test
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internal class ValidateWalletAddressUseCaseTest {
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private val repository: WalletAddressServiceRepository = mockk()
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private val walletManagersFacade: WalletManagersFacade = mockk()
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private val useCase = ValidateWalletAddressUseCase(
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walletAddressServiceRepository = repository,
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walletManagersFacade = walletManagersFacade,
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)
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private val userWalletId: UserWalletId = mockk()
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private val network: Network = mockk()
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@Before
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fun setUp() {
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mockkObject(BlockchainUtils)
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every { BlockchainUtils.decodeRippleXAddress(any(), any()) } returns null
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every { network.rawId } returns "ethereum"
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}
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@After
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fun tearDown() {
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unmockkObject(BlockchainUtils)
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}
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@Test
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fun `GIVEN address not in sender list AND address is valid WHEN invoke THEN returns Valid`() = runTest {
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val address = "0xRecipient"
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val senderAddresses = listOf(senderAddress("0xSender"))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, senderAddresses)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.Valid)
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}
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@Test
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fun `GIVEN address in sender list AND self-send not available WHEN invoke THEN returns AddressInWallet`() = runTest {
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val address = "0xSender"
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val senderAddresses = listOf(senderAddress(address))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, senderAddresses)
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assertThat(result.leftOrNull()).isEqualTo(AddressValidation.Error.AddressInWallet)
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}
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@Test
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fun `GIVEN address in sender list AND self-send available WHEN invoke THEN returns Valid`() = runTest {
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val address = "0xSender"
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val senderAddresses = listOf(senderAddress(address))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns true
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, senderAddresses)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.Valid)
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}
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@Test
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fun `GIVEN address in sender list AND self-send not available AND allowSelfSend is true WHEN invoke THEN returns Valid`() = runTest {
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val address = "0xSender"
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val senderAddresses = listOf(senderAddress(address))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, senderAddresses, allowSelfSend = true)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.Valid)
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}
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@Test
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fun `GIVEN invalid address AND resolved as named address WHEN invoke THEN returns ValidNamedAddress`() = runTest {
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val address = "vitalik.eth"
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val resolvedAddress = "0xResolved"
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val senderAddresses = listOf(senderAddress("0xSender"))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns false
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coEvery { repository.resolveAddress(userWalletId, network, address) } returns
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ResolveAddressResult.Resolved(resolvedAddress)
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val result = useCase(userWalletId, network, address, senderAddresses)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.ValidNamedAddress(resolvedAddress))
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}
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@Test
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fun `GIVEN invalid address AND not resolved WHEN invoke THEN returns InvalidAddress`() = runTest {
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val address = "invalid_address"
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val senderAddresses = listOf(senderAddress("0xSender"))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns false
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coEvery { repository.resolveAddress(userWalletId, network, address) } returns
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ResolveAddressResult.NotSupported
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val result = useCase(userWalletId, network, address, senderAddresses)
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assertThat(result.leftOrNull()).isEqualTo(AddressValidation.Error.InvalidAddress)
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}
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@Test
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fun `GIVEN valid XRP X-address WHEN invoke THEN returns ValidXAddress`() = runTest {
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val xAddress = "X7AcgcsBL4L51nv2theWPZRMcGF37HeMBCFMDcaVEEF8Y3q"
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val decodedAddress = "rHb9CJAWyB4rj91VRWn96DkukG4bwdtyTh"
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val senderAddresses = listOf(senderAddress("0xSender"))
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every { BlockchainUtils.decodeRippleXAddress(xAddress, any()) } returns
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XrpTaggedAddress(address = decodedAddress, destinationTag = null)
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, decodedAddress) } returns true
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val result = useCase(userWalletId, network, xAddress, senderAddresses)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.ValidXAddress)
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}
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@Test
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fun `GIVEN valid XRP X-address that decodes to sender address AND self-send not available WHEN invoke THEN returns AddressInWallet`() = runTest {
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val xAddress = "X7AcgcsBL4L51nv2theWPZRMcGF37HeMBCFMDcaVEEF8Y3q"
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val decodedAddress = "rSenderAddress"
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val senderAddresses = listOf(senderAddress(decodedAddress))
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every { BlockchainUtils.decodeRippleXAddress(xAddress, any()) } returns
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XrpTaggedAddress(address = decodedAddress, destinationTag = null)
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, decodedAddress) } returns true
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val result = useCase(userWalletId, network, xAddress, senderAddresses)
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assertThat(result.leftOrNull()).isEqualTo(AddressValidation.Error.AddressInWallet)
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}
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@Test
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fun `GIVEN null currencyAddresses AND self-send not available WHEN invoke THEN returns AddressInWallet`() = runTest {
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val address = "0xSender"
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, currencyAddresses = null)
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assertThat(result.leftOrNull()).isEqualTo(AddressValidation.Error.AddressInWallet)
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}
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@Test
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fun `GIVEN currencyAddresses not containing address AND address is valid WHEN invoke THEN returns Valid`() = runTest {
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val address = "0xRecipient"
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val currencyAddresses = setOf(networkAddress("0xSender"))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, currencyAddresses)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.Valid)
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}
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@Test
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fun `GIVEN currencyAddresses containing address AND self-send not available AND allowSelfSend is true WHEN invoke THEN returns Valid`() = runTest {
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val address = "0xSender"
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val currencyAddresses = setOf(networkAddress(address))
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coEvery { walletManagersFacade.checkSelfSendAvailability(userWalletId, network) } returns false
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coEvery { repository.validateAddress(userWalletId, network, address) } returns true
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val result = useCase(userWalletId, network, address, currencyAddresses, allowSelfSend = true)
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assertThat(result.getOrNull()).isEqualTo(AddressValidation.Success.Valid)
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}
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private fun senderAddress(address: String): CryptoCurrencyAddress =
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CryptoCurrencyAddress(cryptoCurrency = mockk<CryptoCurrency.Coin>(relaxed = true), address = address)
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private fun networkAddress(value: String): NetworkAddress.Address =
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NetworkAddress.Address(value = value, type = NetworkAddress.Address.Type.Primary)
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}
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