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52db7be2f6
Author | SHA1 | Date |
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dankito | 52db7be2f6 | |
dankito | 2b0f9fcc71 | |
dankito | 5d8079cfd4 | |
dankito | f8dd296b47 | |
dankito | d1cc7b0eb0 | |
dankito | 5d127828cb | |
dankito | 803e44118c | |
dankito | 12304684fc | |
dankito | 7448b7e94c | |
dankito | 0e26a19d13 | |
dankito | 647f848d5f | |
dankito | ce39c1cf7d |
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@ -8,6 +8,7 @@ import net.codinux.banking.client.model.response.GetAccountDataResponse
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import net.codinux.banking.client.model.response.GetTransactionsResponse
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import net.codinux.banking.client.model.response.Response
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import net.codinux.banking.client.model.response.TransferMoneyResponse
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import net.codinux.banking.client.model.tan.TanMethodType
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interface BankingClient {
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@ -41,7 +42,10 @@ interface BankingClient {
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*
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* Optionally specify which [accounts] should be updated. If not specified all accounts will be updated.
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*/
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suspend fun updateAccountTransactionsAsync(bank: BankAccess, accounts: List<BankAccount>? = null): Response<List<GetTransactionsResponse>>
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suspend fun updateAccountTransactionsAsync(
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bank: BankAccess, accounts: List<BankAccount>? = null,
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preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications
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): Response<List<GetTransactionsResponse>>
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suspend fun transferMoneyAsync(bankCode: String, loginName: String, password: String, recipientName: String,
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@ -9,6 +9,7 @@ import net.codinux.banking.client.model.response.GetAccountDataResponse
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import net.codinux.banking.client.model.response.GetTransactionsResponse
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import net.codinux.banking.client.model.response.Response
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import net.codinux.banking.client.model.response.TransferMoneyResponse
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import net.codinux.banking.client.model.tan.TanMethodType
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interface BankingClientForUser {
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@ -40,7 +41,10 @@ interface BankingClientForUser {
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* Updates account's transactions beginning from [BankAccount.lastAccountUpdateTime].
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* This may requires TAN if [BankAccount.lastAccountUpdateTime] is older than 90 days.
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*/
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suspend fun updateAccountTransactionsAsync(accounts: List<BankAccount>? = null): Response<List<GetTransactionsResponse>>
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suspend fun updateAccountTransactionsAsync(
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accounts: List<BankAccount>? = null,
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preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications
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): Response<List<GetTransactionsResponse>>
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suspend fun transferMoneyAsync(recipientName: String, recipientAccountIdentifier: String, amount: Amount, paymentReference: String? = null): Response<TransferMoneyResponse>
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@ -10,6 +10,7 @@ import net.codinux.banking.client.model.request.TransferMoneyRequest
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import net.codinux.banking.client.model.request.TransferMoneyRequestForUser
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import net.codinux.banking.client.model.response.GetTransactionsResponse
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import net.codinux.banking.client.model.response.Response
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import net.codinux.banking.client.model.tan.TanMethodType
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abstract class BankingClientForUserBase(
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protected val credentials: AccountCredentials,
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@ -25,7 +26,7 @@ abstract class BankingClientForUserBase(
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}
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}
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override suspend fun updateAccountTransactionsAsync(accounts: List<BankAccount>?): Response<List<GetTransactionsResponse>> =
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override suspend fun updateAccountTransactionsAsync(accounts: List<BankAccount>?, preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>?): Response<List<GetTransactionsResponse>> =
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client.updateAccountTransactionsAsync(bank, accounts)
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@ -8,6 +8,7 @@ import net.codinux.banking.client.model.options.GetAccountDataOptions
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import net.codinux.banking.client.model.request.GetAccountDataRequest
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import net.codinux.banking.client.model.request.TransferMoneyRequest
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import net.codinux.banking.client.model.request.TransferMoneyRequestForUser
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import net.codinux.banking.client.model.tan.TanMethodType
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/* BankingClient */
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@ -19,8 +20,8 @@ fun BankingClient.getAccountData(request: GetAccountDataRequest) = runBlocking {
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getAccountDataAsync(request)
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}
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fun BankingClient.updateAccountTransactions(bank: BankAccess, accounts: List<BankAccount>? = null) = runBlocking {
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updateAccountTransactionsAsync(bank, accounts)
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fun BankingClient.updateAccountTransactions(bank: BankAccess, accounts: List<BankAccount>? = null, preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications) = runBlocking {
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updateAccountTransactionsAsync(bank, accounts, preferredTanMethodsIfSelectedTanMethodIsNotAvailable)
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}
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@ -44,8 +45,8 @@ fun BankingClientForUser.getAccountData(options: GetAccountDataOptions) = runBlo
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getAccountDataAsync(options)
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}
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fun BankingClientForUser.updateAccountTransactions() = runBlocking {
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updateAccountTransactionsAsync()
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fun BankingClientForUser.updateAccountTransactions(accounts: List<BankAccount>? = null, preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications) = runBlocking {
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updateAccountTransactionsAsync(accounts, preferredTanMethodsIfSelectedTanMethodIsNotAvailable)
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}
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@ -27,14 +27,14 @@ open class GetAccountDataOptions(
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* likes to use a different one, she can select another one in EnterTanDialog.
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*
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* By default we prefer non visual TanMethods (like AppTan and SMS) over image based TanMethods (like QR-code and
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* photoTan) and exclude ChipTanUsb, which is not supported by application, and Flickercode, which is hard to
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* photoTan) and exclude ChipTanUsb, which is not supported by application, and FlickerCode, which is hard to
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* implement and therefore most applications have not implemented.
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*
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* Console apps can only handle non visual TanMethods.
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* But also graphical applications prefer non visual TanMethods as then they only have to display a text field to input
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* TAN, and then image based TanMethods as then they additionally only have to display an image.
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*/
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val preferredTanMethods: List<TanMethodType>? = TanMethodType.NonVisualOrImageBased,
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val preferredTanMethods: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications,
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val tanMethodsNotSupportedByApplication: List<TanMethodType> = TanMethodType.TanMethodsNotSupportedByMostApplications,
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@ -64,14 +64,14 @@ open class TransferMoneyRequest(
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* likes to use a different one, she can select another one in EnterTanDialog.
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*
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* By default we prefer non visual TanMethods (like AppTan and SMS) over image based TanMethods (like QR-code and
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* photoTan) and exclude ChipTanUsb, which is not supported by application, and Flickercode, which is hard to
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* photoTan) and exclude ChipTanUsb, which is not supported by application, and FlickerCode, which is hard to
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* implement and therefore most applications have not implemented.
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*
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* Console apps can only handle non visual TanMethods.
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* But also graphical applications prefer non visual TanMethods as then they only have to display a text field to input
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* TAN, and then image based TanMethods as then they additionally only have to display an image.
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*/
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val preferredTanMethods: List<TanMethodType>? = TanMethodType.NonVisualOrImageBased,
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val preferredTanMethods: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications,
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val tanMethodsNotSupportedByApplication: List<TanMethodType> = TanMethodType.TanMethodsNotSupportedByMostApplications,
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@ -35,7 +35,7 @@ open class TransferMoneyRequestForUser(
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instantTransfer: Boolean = false,
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preferredTanMethods: List<TanMethodType>? = TanMethodType.NonVisualOrImageBased,
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preferredTanMethods: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications,
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tanMethodsNotSupportedByApplication: List<TanMethodType> = TanMethodType.TanMethodsNotSupportedByMostApplications,
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clientData: Any? = null,
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@ -49,10 +49,13 @@ open class TransferMoneyRequestForUser(
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constructor(
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bank: BankAccess, account: BankAccount?,
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recipientName: String, recipientAccountIdentifier: String, recipientBankIdentifier: String? = null,
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amount: Amount, currency: String = DefaultValues.DefaultCurrency, paymentReference: String? = null, instantTransfer: Boolean = false
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amount: Amount, currency: String = DefaultValues.DefaultCurrency, paymentReference: String? = null, instantTransfer: Boolean = false,
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preferredTanMethods: List<TanMethodType>? = TanMethodType.TanMethodsPreferredByMostApplications
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) : this(bank.domesticBankCode, bank.loginName, bank.password!!, account?.let { BankAccountIdentifier(it.identifier, it.subAccountNumber, it.iban) },
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recipientName, recipientAccountIdentifier, recipientBankIdentifier, amount, currency, paymentReference, instantTransfer,
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listOf(bank.selectedTanMethod.type) + TanMethodType.NonVisualOrImageBased, TanMethodType.TanMethodsNotSupportedByMostApplications, bank.clientData, bank.serializedClientData) {
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listOf(bank.selectedTanMethod.type) + (preferredTanMethods ?: emptyList()), TanMethodType.TanMethodsNotSupportedByMostApplications,
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bank.clientData, bank.serializedClientData
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) {
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this.bank = bank
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this.account = account
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}
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@ -88,7 +88,7 @@ open class TanChallenge(
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return "$selectedTanMethod $forAction: $messageToShowToUser" + when (type) {
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TanChallengeType.EnterTan -> ""
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TanChallengeType.Image -> ", Image: $tanImage"
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TanChallengeType.Flickercode -> ", FlickerCode: $flickerCode"
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TanChallengeType.FlickerCode -> ", FlickerCode: $flickerCode"
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}
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}
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@ -3,7 +3,7 @@ package net.codinux.banking.client.model.tan
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enum class TanChallengeType {
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Image,
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Flickercode,
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FlickerCode,
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EnterTan
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}
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@ -3,9 +3,9 @@ package net.codinux.banking.client.model.tan
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enum class TanMethodType {
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EnterTan,
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ChipTanManuell,
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ChipTanManual,
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ChipTanFlickercode,
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ChipTanFlickerCode,
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ChipTanUsb,
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@ -33,16 +33,34 @@ enum class TanMethodType {
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companion object {
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val NonVisual = listOf(TanMethodType.DecoupledTan, TanMethodType.DecoupledPushTan, TanMethodType.AppTan, TanMethodType.SmsTan, TanMethodType.ChipTanManuell, TanMethodType.EnterTan)
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val NonVisual = listOf(TanMethodType.DecoupledTan, TanMethodType.DecoupledPushTan, TanMethodType.AppTan, TanMethodType.SmsTan, TanMethodType.ChipTanManual, TanMethodType.EnterTan)
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val ImageBased = listOf(TanMethodType.QrCode, TanMethodType.ChipTanQrCode, TanMethodType.photoTan, TanMethodType.ChipTanPhotoTanMatrixCode)
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val NonVisualWithoutChipTanManual = NonVisual.toMutableList().apply { remove(TanMethodType.ChipTanManual) }.toList()
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val ImageBased = listOf(
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TanMethodType.QrCode, TanMethodType.photoTan, // non ChipTan
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TanMethodType.ChipTanQrCode, TanMethodType.ChipTanPhotoTanMatrixCode // ChipTan; QrCode (e.g. used by Sparkassen) is faster than MatrixCode (e.g. used by Volksbanken)
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)
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val NonVisualOrImageBased = buildList {
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addAll(listOf(TanMethodType.DecoupledTan, TanMethodType.DecoupledPushTan, TanMethodType.AppTan, TanMethodType.SmsTan, TanMethodType.EnterTan))
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addAll(NonVisualWithoutChipTanManual)
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addAll(ImageBased)
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addAll(listOf(TanMethodType.ChipTanManuell)) // this is quite inconvenient for user, so i added it as last
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addAll(listOf(TanMethodType.ChipTanManual)) // this is quite inconvenient for user, so i added it as last
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}
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/**
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* The same as [NonVisualOrImageBased] but including [ChipTanFlickerCode] - for applications supporting it - as
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* FlickerCode is still the most used ChipTan procedure.
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*/
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val NonVisualOrImageBasedOrFlickerCode = NonVisualOrImageBased.toMutableList().apply {
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val index = this.indexOf(ChipTanQrCode)
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this.add(index, ChipTanFlickerCode)
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}.toList()
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val TanMethodsPreferredByMostApplications = NonVisualOrImageBased
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val TanMethodsNotSupportedByMostApplications = listOf(TanMethodType.ChipTanUsb)
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}
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@ -4,8 +4,6 @@ import org.jetbrains.kotlin.gradle.targets.js.dsl.ExperimentalWasmDsl
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plugins {
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kotlin("multiplatform")
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id("maven-publish")
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}
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@ -34,7 +32,7 @@ kotlin {
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browser {
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testTask {
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useKarma {
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useChromeHeadless()
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// useChromeHeadless()
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useFirefoxHeadless()
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}
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}
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@ -115,21 +113,6 @@ kotlin {
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//ext["customArtifactId"] = "fints4k-banking-client"
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//
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//apply(from = "../gradle/scripts/publish-codinux.gradle.kts")
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ext["customArtifactId"] = "fints4k-banking-client"
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publishing {
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repositories {
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maven {
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name = "codinux"
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url = uri("https://maven.dankito.net/api/packages/codinux/maven")
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credentials(PasswordCredentials::class.java) {
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username = project.property("codinuxRegistryWriterUsername") as String
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password = project.property("codinuxRegistryWriterPassword") as String
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}
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}
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}
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}
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apply(from = "../gradle/scripts/publish-codinux-repo.gradle.kts")
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@ -9,9 +9,9 @@ import net.codinux.banking.client.model.options.GetAccountDataOptions
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import net.codinux.banking.client.model.request.GetAccountDataRequest
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import net.codinux.banking.client.model.request.TransferMoneyRequestForUser
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import net.codinux.banking.client.model.response.*
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import net.codinux.banking.client.model.tan.TanMethodType
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import net.codinux.banking.fints.FinTsClient
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import net.codinux.banking.fints.config.FinTsClientConfiguration
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import net.codinux.banking.fints.model.BankData
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open class FinTs4kBankingClient(
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config: FinTsClientConfiguration = FinTsClientConfiguration(),
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@ -35,12 +35,14 @@ open class FinTs4kBankingClient(
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return mapper.map(response, request.bankInfo)
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}
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override suspend fun updateAccountTransactionsAsync(bank: BankAccess, accounts: List<BankAccount>?): Response<List<GetTransactionsResponse>> {
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override suspend fun updateAccountTransactionsAsync(bank: BankAccess, accounts: List<BankAccount>?, preferredTanMethodsIfSelectedTanMethodIsNotAvailable: List<TanMethodType>?): Response<List<GetTransactionsResponse>> {
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val accountsToRequest = (accounts ?: bank.accounts).filter { it.supportsAnyFeature(BankAccountFeatures.RetrieveBalance, BankAccountFeatures.RetrieveTransactions) }
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if (accountsToRequest.isNotEmpty()) {
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val responses = accountsToRequest.map { account ->
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val parameter = mapper.mapToUpdateAccountTransactionsParameter(bank, account)
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val preferredTanMethods = listOf(bank.selectedTanMethod.type) + (preferredTanMethodsIfSelectedTanMethodIsNotAvailable ?: emptyList())
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val parameter = mapper.mapToUpdateAccountTransactionsParameter(bank, account, preferredTanMethods)
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val response = client.getAccountDataAsync(parameter)
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@ -62,18 +62,16 @@ open class FinTs4kMapper {
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bank.serverAddress, bank.bic, bank.name
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)
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open fun mapToUpdateAccountTransactionsParameter(bank: BankAccess, account: BankAccount): GetAccountDataParameter {
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open fun mapToUpdateAccountTransactionsParameter(bank: BankAccess, account: BankAccount, preferredTanMethods: List<TanMethodType>? = null): GetAccountDataParameter {
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val defaults = GetAccountDataOptions()
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val accountIdentifier = BankAccountIdentifierImpl(account.identifier, account.subAccountNumber, account.iban)
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val from = account.lastAccountUpdateTime?.toLocalDateTime(TimeZone.EuropeBerlin)?.date // TODO: in case lastTransactionsUpdateTime is not set, this would retrieve all transactions (and require a TAN im most cases)
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val retrieveTransactions = if (from != null) RetrieveTransactions.AccordingToRetrieveFromAndTo else RetrieveTransactions.valueOf(defaults.retrieveTransactions.name)
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// val preferredTanMethods = listOf(mapTanMethodType(bank.selectedTanMethod.type)) // TODO: currently we aren't saving TanMethods in database, re-enable as soon as TanMethods get saved
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val preferredTanMethods = defaults.preferredTanMethods?.map { mapTanMethodType(it) }
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return GetAccountDataParameter(bank.domesticBankCode, bank.loginName, bank.password!!, listOf(accountIdentifier), true,
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retrieveTransactions, from,
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preferredTanMethods = preferredTanMethods,
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preferredTanMethods = preferredTanMethods?.map { mapTanMethodType(it) },
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preferredTanMedium = bank.selectedTanMediumIdentifier,
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finTsModel = bank.clientData as? BankData,
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serializedFinTsModel = bank.serializedClientData
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@ -329,7 +327,7 @@ open class FinTs4kMapper {
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|
||||
protected open fun mapTanChallengeType(challenge: net.codinux.banking.fints.model.TanChallenge): TanChallengeType = when {
|
||||
challenge is ImageTanChallenge -> TanChallengeType.Image
|
||||
challenge is FlickerCodeTanChallenge -> TanChallengeType.Flickercode
|
||||
challenge is FlickerCodeTanChallenge -> TanChallengeType.FlickerCode
|
||||
else -> TanChallengeType.EnterTan
|
||||
}
|
||||
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||||
|
@ -414,7 +412,7 @@ open class FinTs4kMapper {
|
|||
open fun mapToMoney(amount: Amount, currency: String): Money = Money(amount.toString(), currency)
|
||||
|
||||
|
||||
open fun mapMessageLog(response: net.dankito.banking.client.model.response.FinTsClientResponse, bank: BankAccess? = null, account: BankAccount? = null) =
|
||||
open fun mapMessageLog(response: FinTsClientResponse, bank: BankAccess? = null, account: BankAccount? = null) =
|
||||
mapMessageLog(response.messageLog, bank, account)
|
||||
|
||||
open fun mapMessageLog(messageLog: List<net.codinux.banking.fints.model.MessageLogEntry>, bank: BankAccess? = null, account: BankAccount? = null) =
|
||||
|
@ -424,7 +422,7 @@ open class FinTs4kMapper {
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// TODO: may map messageLogEntry.context.BankData to BankAccess
|
||||
val context = messageLogEntry.context
|
||||
val fintsAccount = context.account
|
||||
val effectiveAccount = account ?: bank?.accounts?.firstOrNull { it.identifier == fintsAccount?.accountIdentifier && it.subAccountNumber == fintsAccount?.subAccountAttribute }
|
||||
val effectiveAccount = account ?: bank?.accounts?.firstOrNull { it.identifier == fintsAccount?.accountIdentifier && it.subAccountNumber == fintsAccount.subAccountAttribute }
|
||||
|
||||
val messageNumberString = "${context.jobNumber.toString().padStart(2, '0')}_${context.dialogNumber.toString().padStart(2, '0')}_${context.messageNumber.toString().padStart(2, '0')}"
|
||||
|
||||
|
@ -445,7 +443,7 @@ open class FinTs4kMapper {
|
|||
}
|
||||
|
||||
|
||||
protected open fun <T> mapError(response: net.dankito.banking.client.model.response.FinTsClientResponse, messageLog: List<MessageLogEntry>): Response<T> =
|
||||
protected open fun <T> mapError(response: FinTsClientResponse, messageLog: List<MessageLogEntry>): Response<T> =
|
||||
if (response.error != null) {
|
||||
Response.error(ErrorType.valueOf(response.error!!.name), if (response.error == ErrorCode.BankReturnedError) null else response.errorMessage,
|
||||
if (response.error == ErrorCode.BankReturnedError && response.errorMessage !== null) listOf(response.errorMessage!!) else emptyList(), messageLog)
|
||||
|
|
|
@ -3,6 +3,7 @@ package net.codinux.banking.client.fints4k
|
|||
import kotlinx.coroutines.test.runTest
|
||||
import net.codinux.banking.client.SimpleBankingClientCallback
|
||||
import net.codinux.banking.client.model.response.ResponseType
|
||||
import net.codinux.banking.client.model.tan.EnterTanResult
|
||||
import kotlin.test.*
|
||||
|
||||
@Ignore
|
||||
|
@ -18,7 +19,10 @@ class FinTs4kBankingClientTest {
|
|||
|
||||
|
||||
private val underTest = FinTs4kBankingClientForUser(bankCode, loginName, password, SimpleBankingClientCallback { tanChallenge, callback ->
|
||||
println("WARN: TAN is required to execute test: ${tanChallenge.messageToShowToUser}")
|
||||
|
||||
val enteredTan: String? = null
|
||||
callback(EnterTanResult(enteredTan))
|
||||
})
|
||||
|
||||
|
||||
|
|
|
@ -12,7 +12,7 @@ class FinTs4kMapperTest {
|
|||
|
||||
@Test
|
||||
fun getTotalBalance_TotalBalanceIsNull_CalculateByQuantityAndMarketValue() {
|
||||
val holding = Holding("", null, null, null, 4, null, null, null, fints4kAmount("13.33"))
|
||||
val holding = Holding("", null, null, null, 4.0, null, null, null, fints4kAmount("13.33"))
|
||||
|
||||
val result = underTest.getTotalBalance(holding)
|
||||
|
||||
|
@ -21,7 +21,7 @@ class FinTs4kMapperTest {
|
|||
|
||||
@Test
|
||||
fun getTotalCostPrice_TotalCostPriceIsNull_CalculateByQuantityAndAverageCostPrice() {
|
||||
val holding = Holding("", null, null, null, 47, fints4kAmount("16.828"), null)
|
||||
val holding = Holding("", null, null, null, 47.0, fints4kAmount("16.828"), null)
|
||||
|
||||
val result = underTest.getTotalCostPrice(holding)
|
||||
|
||||
|
|
|
@ -23,7 +23,7 @@ allprojects {
|
|||
}
|
||||
|
||||
|
||||
ext["sourceCodeRepositoryBaseUrl"] = "github.com/codinux/BankingClient"
|
||||
ext["sourceCodeRepositoryBaseUrl"] = "git.dankito.net/codinux/BankingClient"
|
||||
|
||||
ext["projectDescription"] = "Model and base definitions for Banking Client, a common abstraction for different implements of banking libraries"
|
||||
}
|
||||
|
|
|
@ -1 +1 @@
|
|||
Subproject commit bdf8b14738c06016a48e1fc9781ad4d999e1219f
|
||||
Subproject commit 88f1b01167e6a34b5b91f8797845bca0b7e4d3ab
|
Loading…
Reference in New Issue