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Updated on 2026-08-14

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Tangem 2025-11-03 21:52:57 +03:00
commit a0c9ace219
1607 changed files with 40580 additions and 16776 deletions
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8
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/compatibility/L2Networks.kt
View file

@ -23,9 +23,9 @@ fun getL2CompatibilityTokenComparison(token: UserTokensResponse.Token, currencyI
fun List<CoinsResponse.Coin.Network>.applyL2Compatibility(coinId: String): List<CoinsResponse.Coin.Network> {
return if (coinId == ETHEREUM_COIN_ID) {
val l2Networks = l2BlockchainsList.map {
val l2Networks = l2BlockchainsList.map { blockchain ->
CoinsResponse.Coin.Network(
networkId = it.toNetworkId(),
networkId = blockchain.toNetworkId(),
)
}
this + l2Networks
@ -37,9 +37,9 @@ fun List<CoinsResponse.Coin.Network>.applyL2Compatibility(coinId: String): List<
fun TokenMarketInfoResponse.applyL2Compatibility(coinId: String): TokenMarketInfoResponse {
val networks = this.networks ?: return this
return if (coinId == ETHEREUM_COIN_ID) {
val l2Networks = l2BlockchainsList.map {
val l2Networks = l2BlockchainsList.map { blockchain ->
TokenMarketInfoResponse.Network(
networkId = it.toNetworkId(),
networkId = blockchain.toNetworkId(),
contractAddress = null,
decimalCount = null,
)

4
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/providers/BlockchainProvidersResponseLoader.kt
View file

@ -37,8 +37,8 @@ internal class BlockchainProvidersResponseLoader @Inject constructor(
remote = remoteResponse,
)
},
onFailure = {
Timber.e(it, "Failed to load blockchain provider types from backend")
onFailure = { throwable ->
Timber.e(throwable, "Failed to load blockchain provider types from backend")
localResponse
},
)

4
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/providers/BlockchainProvidersResponseMerger.kt
View file

@ -30,8 +30,8 @@ internal class BlockchainProvidersResponseMerger @Inject internal constructor(
*/
fun merge(local: BlockchainProvidersResponse, remote: BlockchainProvidersResponse): BlockchainProvidersResponse {
val remoteWithoutInvalidProviders = remote
.mapValues {
it.value
.mapValues { entry ->
entry.value
.filterUnsupportedProviders()
.filterInvalidProviders()
}

4
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/providers/DevBlockchainProvidersTypesManager.kt
View file

@ -52,10 +52,10 @@ internal class DevBlockchainProvidersTypesManager(
}
override suspend fun update(blockchain: Blockchain, providers: List<ProviderType>) {
changedBlockchainProvidersStore.updateData {
changedBlockchainProvidersStore.updateData { blockchainProviders ->
val providerModels = BlockchainProviderTypesConverter.convertBack(value = mapOf(blockchain to providers))
it + providerModels
blockchainProviders + providerModels
}
}

2
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/providers/ProviderTypeIdMapping.kt
View file

@ -11,6 +11,7 @@ internal enum class ProviderTypeIdMapping(val id: String, val providerType: Prov
BitcoinBlockcypher(id = "blockcypher", providerType = ProviderType.BitcoinLike.Blockcypher),
CardanoAdalite(id = "adalite", providerType = ProviderType.Cardano.Adalite),
CardanoRosetta(id = "tangemRosetta", providerType = ProviderType.Cardano.Rosetta),
CardanoMock(id = "mock", providerType = ProviderType.Mock),
ChiaFireAcademy(id = "fireAcademy", providerType = ProviderType.Chia.FireAcademy),
ChiaTangem(id = "tangemChia", providerType = ProviderType.Chia.Tangem),
ChiaTangemNew(id = "tangemChia3", providerType = ProviderType.Chia.TangemNew),
@ -26,5 +27,4 @@ internal enum class ProviderTypeIdMapping(val id: String, val providerType: Prov
AlephiumTangem(id = "tangemAlephium", providerType = ProviderType.Alephium.Tangem),
Blink(id = "blink", providerType = ProviderType.Blink),
Tatum(id = "tatum", providerType = ProviderType.PolkadotLike.Tatum),
;
}

13
libs/blockchain-sdk/src/main/java/com/tangem/blockchainsdk/utils/Blockchain.kt
View file

@ -167,6 +167,11 @@ fun Blockchain.Companion.fromNetworkId(networkId: String): Blockchain? {
"pepecoin/test" -> Blockchain.PepecoinTestnet
"hyperevm" -> Blockchain.Hyperliquid
"hyperevm/test" -> Blockchain.HyperliquidTestnet
"quai-network" -> Blockchain.Quai
"quai-network/test" -> Blockchain.QuaiTestnet
// "linea" -> Blockchain.Linea
// "linea/test" -> Blockchain.LineaTestnet
// "arbitrum-nova" -> Blockchain.ArbitrumNova
else -> null
}
}
@ -331,6 +336,11 @@ fun Blockchain.toNetworkId(): String {
Blockchain.PepecoinTestnet -> "pepecoin/test"
Blockchain.Hyperliquid -> "hyperevm"
Blockchain.HyperliquidTestnet -> "hyperevm/test"
Blockchain.Quai -> "quai-network"
Blockchain.QuaiTestnet -> "quai-network/test"
// Blockchain.Linea -> "linea"
// Blockchain.LineaTestnet -> "linea/test"
// Blockchain.ArbitrumNova -> "arbitrum-nova"
}
}
@ -435,6 +445,9 @@ fun Blockchain.toCoinId(): String {
Blockchain.ZkLinkNova, Blockchain.ZkLinkNovaTestnet -> "zklink-ethereum"
Blockchain.Pepecoin, Blockchain.PepecoinTestnet -> "pepecoin-network"
Blockchain.Hyperliquid, Blockchain.HyperliquidTestnet -> "hyperliquid"
Blockchain.Quai, Blockchain.QuaiTestnet -> "quai-network"
// Blockchain.Linea, Blockchain.LineaTestnet -> "linea-ethereum"
// Blockchain.ArbitrumNova -> "arbitrum-nova-ethereum"
}
}

8
libs/crypto/src/main/java/com/tangem/lib/crypto/BlockchainUtils.kt
View file

@ -21,6 +21,7 @@ import java.math.BigDecimal
object BlockchainUtils {
private const val XRP_X_ADDRESS = 'X'
const val SOLANA_TRANSACTION_SIZE_THRESHOLD_BYTES = 930
/** Decodes XRP Blockchain address */
fun decodeRippleXAddress(xAddress: String, blockchainId: String): XrpTaggedAddress? {
@ -158,6 +159,13 @@ object BlockchainUtils {
return isSolana(blockchainId) || isBSC(blockchainId) || isTon(blockchainId)
}
/** Checks if the blockchain uses case-insensitive contract addresses */
fun isCaseInsensitiveContractAddress(blockchainId: String): Boolean {
val blockchain = Blockchain.fromId(blockchainId)
return blockchain.isEvm()
}
private fun getNetworkStandardName(blockchain: Blockchain): String {
return when (blockchain) {
Blockchain.Ethereum, Blockchain.EthereumTestnet -> "ERC20"

232
libs/crypto/src/main/java/com/tangem/lib/crypto/derivation/AccountNodeRecognizer.kt
View file

@ -3,35 +3,73 @@ package com.tangem.lib.crypto.derivation
import com.tangem.blockchain.common.Blockchain
import com.tangem.blockchain.common.isUTXO
import com.tangem.crypto.hdWallet.DerivationPath
import com.tangem.domain.models.network.Network
import timber.log.Timber
/**
* Utility class to recognize the account node in a derivation path based on the blockchain type.
* Derivation path schema: [ m / purpose' / coin_type' / account' / change / address_index ].
*
* @param blockchain the blockchain for which the account node is to be recognized
* @property blockchain the blockchain for which the account node is to be recognized
*
* @see [iOS](https://github.com/tangem-developments/tangem-app-ios/blob/f5312a8177afbebda2ff2ed93771f11fae4837bb/Tangem/Domain/Accounts/Common/AccountDerivationPathHelper.swift)
[REDACTED_AUTHOR]
*/
class AccountNodeRecognizer(blockchain: Blockchain) {
class AccountNodeRecognizer(private val blockchain: Blockchain) {
/** Index of the account node in the derivation path */
val accountNodeIndex: Int = if (blockchain.isUTXO) {
UTXO_BLOCKCHAIN_NODE_INDEX
} else {
NON_UTXO_BLOCKCHAIN_NODE_INDEX
/**
* Index of the account node in the [derivationPath]
*/
@Suppress("MagicNumber")
fun getAccountNodeIndex(derivationPath: DerivationPath): Int? {
val nodesCount = derivationPath.nodes.size
val index = when {
blockchain == Blockchain.Tezos -> {
UTXO_BLOCKCHAIN_NODE_INDEX.takeIf { nodesCount == 4 }
}
blockchain == Blockchain.Quai || blockchain.isUTXO -> {
UTXO_BLOCKCHAIN_NODE_INDEX.takeIf { nodesCount == 5 }
}
!blockchain.isUTXO -> {
(nodesCount - 1).takeIf { nodesCount == 3 || nodesCount == 5 }
}
else -> null
}
if (index == null) {
Timber.e("Cannot determine account node index for ${blockchain.fullName}: ${derivationPath.rawPath}")
}
return index
}
/** Recognizes the account node value from the given [derivationPath] */
fun recognize(derivationPath: Network.DerivationPath): Long? {
val derivationPathValue = derivationPath.value ?: return null
return recognize(derivationPathValue = derivationPathValue)
}
/** Recognizes the account node value from the given derivation path string [derivationPathValue] */
fun recognize(derivationPathValue: String): Long? {
if (derivationPathValue.isBlank()) return null
return runCatching {
recognize(derivationPath = DerivationPath(rawPath = derivationPathValue))
}
.getOrNull()
val cardSdkDerivationPath = DerivationPath(rawPath = derivationPathValue)
recognize(derivationPath = cardSdkDerivationPath)
}.getOrNull()
}
/** Recognizes the account node value from the given [derivationPath] */
fun recognize(derivationPath: DerivationPath): Long? {
return runCatching {
if (!blockchain.isAccountsSupported()) {
Timber.e("Account derivation is not supported for blockchain: ${blockchain.fullName}")
return null
}
val accountNodeIndex = getAccountNodeIndex(derivationPath) ?: return null
val accountNode = derivationPath.nodes.getOrNull(accountNodeIndex)
accountNode?.getIndex(includeHardened = false)
@ -39,8 +77,180 @@ class AccountNodeRecognizer(blockchain: Blockchain) {
.getOrNull()
}
@Suppress("LongMethod")
private fun Blockchain.isAccountsSupported(): Boolean {
return when (this) {
Blockchain.Bitcoin,
Blockchain.Litecoin,
Blockchain.Stellar,
Blockchain.Ethereum,
Blockchain.EthereumPow,
Blockchain.Dischain,
Blockchain.EthereumClassic,
Blockchain.RSK,
Blockchain.BitcoinCash,
Blockchain.Binance,
Blockchain.Cardano,
Blockchain.XRP,
Blockchain.Ducatus,
Blockchain.Tezos,
Blockchain.Dogecoin,
Blockchain.BSC,
Blockchain.Polygon,
Blockchain.Avalanche,
Blockchain.Solana,
Blockchain.Fantom,
Blockchain.Polkadot,
Blockchain.Kusama,
Blockchain.AlephZero,
Blockchain.Tron,
Blockchain.Arbitrum,
Blockchain.Dash,
Blockchain.Gnosis,
Blockchain.Optimism,
Blockchain.TON,
Blockchain.Kava,
Blockchain.Kaspa,
Blockchain.Ravencoin,
Blockchain.Cosmos,
Blockchain.TerraV1,
Blockchain.TerraV2,
Blockchain.Cronos,
Blockchain.Telos,
Blockchain.OctaSpace,
Blockchain.Near,
Blockchain.Decimal,
Blockchain.VeChain,
Blockchain.XDC,
Blockchain.Algorand,
Blockchain.Shibarium,
Blockchain.Aptos,
Blockchain.Hedera,
Blockchain.Areon,
Blockchain.Playa3ull,
Blockchain.PulseChain,
Blockchain.Aurora,
Blockchain.Manta,
Blockchain.ZkSyncEra,
Blockchain.Moonbeam,
Blockchain.PolygonZkEVM,
Blockchain.Moonriver,
Blockchain.Mantle,
Blockchain.Flare,
Blockchain.Taraxa,
Blockchain.Radiant,
Blockchain.Base,
Blockchain.Joystream,
Blockchain.Bittensor,
Blockchain.Koinos,
Blockchain.InternetComputer,
Blockchain.Cyber,
Blockchain.Blast,
Blockchain.Sui,
Blockchain.Filecoin,
Blockchain.Sei,
Blockchain.EnergyWebChain,
Blockchain.EnergyWebX,
Blockchain.Core,
Blockchain.Canxium,
Blockchain.Casper,
Blockchain.Chiliz,
Blockchain.Xodex,
Blockchain.Clore,
Blockchain.Fact0rn,
Blockchain.OdysseyChain,
Blockchain.Bitrock,
Blockchain.ApeChain,
Blockchain.Sonic,
Blockchain.Alephium,
Blockchain.VanarChain,
Blockchain.ZkLinkNova,
Blockchain.Pepecoin,
Blockchain.Hyperliquid,
Blockchain.Scroll,
// Blockchain.Linea,
// Blockchain.ArbitrumNova,
Blockchain.Quai,
-> true
Blockchain.Nexa, // unsupported network
Blockchain.Chia,
-> false
// region Testnet
Blockchain.Unknown,
Blockchain.ArbitrumTestnet,
Blockchain.AvalancheTestnet,
Blockchain.BinanceTestnet,
Blockchain.BSCTestnet,
Blockchain.BitcoinTestnet,
Blockchain.BitcoinCashTestnet,
Blockchain.CosmosTestnet,
Blockchain.EthereumTestnet,
Blockchain.EthereumClassicTestnet,
Blockchain.FantomTestnet,
Blockchain.NearTestnet,
Blockchain.PolkadotTestnet,
Blockchain.KavaTestnet,
Blockchain.PolygonTestnet,
Blockchain.SeiTestnet,
Blockchain.StellarTestnet,
Blockchain.SolanaTestnet,
Blockchain.TronTestnet,
Blockchain.OptimismTestnet,
Blockchain.EthereumPowTestnet,
Blockchain.KaspaTestnet,
Blockchain.TelosTestnet,
Blockchain.TONTestnet,
Blockchain.RavencoinTestnet,
Blockchain.AlephZeroTestnet,
Blockchain.OctaSpaceTestnet,
Blockchain.ChiaTestnet,
Blockchain.DecimalTestnet,
Blockchain.XDCTestnet,
Blockchain.VeChainTestnet,
Blockchain.AptosTestnet,
Blockchain.ShibariumTestnet,
Blockchain.AlgorandTestnet,
Blockchain.HederaTestnet,
Blockchain.AuroraTestnet,
Blockchain.AreonTestnet,
Blockchain.PulseChainTestnet,
Blockchain.ZkSyncEraTestnet,
Blockchain.NexaTestnet,
Blockchain.MoonbeamTestnet,
Blockchain.MantaTestnet,
Blockchain.PolygonZkEVMTestnet,
Blockchain.BaseTestnet,
Blockchain.MoonriverTestnet,
Blockchain.MantleTestnet,
Blockchain.FlareTestnet,
Blockchain.TaraxaTestnet,
Blockchain.KoinosTestnet,
Blockchain.BlastTestnet,
Blockchain.CyberTestnet,
Blockchain.SuiTestnet,
Blockchain.EnergyWebChainTestnet,
Blockchain.EnergyWebXTestnet,
Blockchain.CasperTestnet,
Blockchain.CoreTestnet,
Blockchain.ChilizTestnet,
Blockchain.AlephiumTestnet,
Blockchain.VanarChainTestnet,
Blockchain.OdysseyChainTestnet,
Blockchain.BitrockTestnet,
Blockchain.SonicTestnet,
Blockchain.ApeChainTestnet,
Blockchain.ScrollTestnet,
Blockchain.ZkLinkNovaTestnet,
Blockchain.PepecoinTestnet,
Blockchain.HyperliquidTestnet,
Blockchain.QuaiTestnet,
// Blockchain.LineaTestnet,
-> false
// endregion
}
}
private companion object {
const val UTXO_BLOCKCHAIN_NODE_INDEX = 2
const val NON_UTXO_BLOCKCHAIN_NODE_INDEX = 4
}
}

4
libs/crypto/src/main/java/com/tangem/lib/crypto/derivation/MutableDerivationPath.kt
View file

@ -24,8 +24,8 @@ class MutableDerivationPath internal constructor(val value: DerivationPath) {
fun replaceAccountNode(value: Long, blockchain: Blockchain): MutableDerivationPath {
val mutableNodes = this@MutableDerivationPath.value.nodes.toMutableList()
val accountNodeIndex = AccountNodeRecognizer(blockchain).accountNodeIndex
val accountNode = mutableNodes.getOrNull(accountNodeIndex)
val accountNodeIndex = AccountNodeRecognizer(blockchain).getAccountNodeIndex(this@MutableDerivationPath.value)
val accountNode = accountNodeIndex?.let(mutableNodes::getOrNull)
if (accountNode != null) {
mutableNodes[accountNodeIndex] = when (accountNode) {

220
libs/crypto/src/test/kotlin/com/tangem/lib/crypto/derivation/AccountNodeRecognizerTest.kt
View file

@ -9,13 +9,13 @@ import org.junit.jupiter.api.Test
internal class AccountNodeRecognizerTest {
private val utxoBlockchain = Blockchain.Bitcoin
private val nonUtxoBlockchain = Blockchain.Ethereum
private val ethLikeBlockchain = Blockchain.Ethereum
@Nested
inner class RecognizeAsDerivationPath {
@Test
fun `returns account node value for UTXO blockchain`() {
fun `returns account node value for a derivation path with 5 nodes and UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(utxoBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/1'/0/0")
@ -29,10 +29,104 @@ internal class AccountNodeRecognizerTest {
}
@Test
fun `returns account node value for non-UTXO blockchain`() {
fun `returns account node value for a derivation path with 4 nodes and UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(nonUtxoBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/0'/0/0")
val recognizer = AccountNodeRecognizer(utxoBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/1'/0")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 5 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/1'/2/3")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
val expected = 3
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 4 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/1'/2")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 3 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/1'")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
val expected = 1
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 4 nodes and Tezos blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Tezos)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/0/5'")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
val expected = 0
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 5 nodes and Tezos blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Tezos)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/0'/5/1")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 4 nodes and Quai blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Quai)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/0/5'")
// Act
val actual = recognizer.recognize(derivationPath)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 5 nodes and Quai blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Quai)
val derivationPath = DerivationPath(rawPath = "m/44'/0'/0'/5/1")
// Act
val actual = recognizer.recognize(derivationPath)
@ -45,7 +139,7 @@ internal class AccountNodeRecognizerTest {
@Test
fun `returns null if derivation path is shorter than expected`() {
// Arrange
val recognizer = AccountNodeRecognizer(nonUtxoBlockchain)
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPath = DerivationPath(rawPath = "m/44'/0'")
// Act
@ -60,13 +154,13 @@ internal class AccountNodeRecognizerTest {
inner class RecognizeAsString {
@Test
fun `returns account node value for UTXO blockchain`() {
fun `returns account node value for a derivation path with 5 nodes and UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(utxoBlockchain)
val derivationPath = "m/44'/0'/1'/0/0"
val derivationPathValue = "m/44'/0'/1'/0/0"
// Act
val actual = recognizer.recognize(derivationPath)
val actual = recognizer.recognize(derivationPathValue)
// Assert
val expected = 1
@ -74,13 +168,107 @@ internal class AccountNodeRecognizerTest {
}
@Test
fun `returns account node value for non-UTXO blockchain`() {
fun `returns account node value for a derivation path with 4 nodes and UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(nonUtxoBlockchain)
val derivationPath = "m/44'/0'/0'/0/0"
val recognizer = AccountNodeRecognizer(utxoBlockchain)
val derivationPathValue = "m/44'/0'/1'/0"
// Act
val actual = recognizer.recognize(derivationPath)
val actual = recognizer.recognize(derivationPathValue)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 5 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPathValue = "m/44'/0'/1'/2/3"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
val expected = 3
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 4 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPathValue = "m/44'/0'/1'/2"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 3 nodes and non-UTXO blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPathValue = "m/44'/0'/1'"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
val expected = 1
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 4 nodes and Tezos blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Tezos)
val derivationPathValue = "m/44'/0'/0/5'"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
val expected = 0
Truth.assertThat(actual).isEqualTo(expected)
}
@Test
fun `returns account node value for a derivation path with 5 nodes and Tezos blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Tezos)
val derivationPathValue = "m/44'/0'/0'/5/1"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 4 nodes and Quai blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Quai)
val derivationPathValue = "m/44'/0'/0/5'"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
Truth.assertThat(actual).isNull()
}
@Test
fun `returns account node value for a derivation path with 5 nodes and Quai blockchain`() {
// Arrange
val recognizer = AccountNodeRecognizer(Blockchain.Quai)
val derivationPathValue = "m/44'/0'/0'/5/1"
// Act
val actual = recognizer.recognize(derivationPathValue)
// Assert
val expected = 0
@ -90,11 +278,11 @@ internal class AccountNodeRecognizerTest {
@Test
fun `returns null if derivation path is shorter than expected`() {
// Arrange
val recognizer = AccountNodeRecognizer(nonUtxoBlockchain)
val derivationPath = "m/44'/0'"
val recognizer = AccountNodeRecognizer(ethLikeBlockchain)
val derivationPathValue = "m/44'/0'"
// Act
val actual = recognizer.recognize(derivationPath)
val actual = recognizer.recognize(derivationPathValue)
// Assert
Truth.assertThat(actual).isNull()