Package com.broadleafcommerce.paymentgateway.domain

Class PaymentTransaction

  • All Implemented Interfaces:
    Serializable
    public class PaymentTransaction
extends Object
implements Serializable

    Used to store individual transactions about a particular payment. While a PaymentValidationRequest holds data like what the user might be paying with and the total amount they will be paying (like credit card and $10), a PaymentTransaction is used to record transactional interactions with a payment gateway for a particular payment. Thus, PaymentTransactions do not make sense by themselves and ONLY make sense in the context of a PaymentValidationRequest.

    For instance, the user might pay $10, but rather than capture the payment during checkout, the business may first want to use & record an authorize-typed transaction. Later, when the business ships the item, a capture-typed transaction would be used & recorded.

    In the above case, this also implies that a PaymentTransaction can have a parent transaction (retrieved via getParentTransactionId()). The parent transaction will only be set in the following cases:

    • Child Transaction -> Parent Transaction
    • Reverse Authorize -> Authorize
    • Capture -> Authorize
    • Refund -> Capture
    • Refund -> AuthorizeAndCapture
    Author:
    Phillip Verheyden (phillipuniverse), Chris Kittrell (ckittrell)
    See Also:
    Serialized Form

    • Constructor Detail

      • PaymentTransaction

        public PaymentTransaction()

    • Method Detail

      • getCurrency

        @Nullable
public javax.money.CurrencyUnit getCurrency()
        The currency gathered from getAmount()
        Returns:
        The currency gathered from the amount

      • getId

        public String getId()
        The id of this payment transaction.
        Returns:
        The id of this payment transaction.

      • getType

        public String getType()
        The type of this transaction (authorize, capture, refund, etc.)
        Returns:
        The type of this transaction (authorize, capture, refund, etc.)

      • getManagementState

        public String getManagementState()
        The state of this transaction - e.g. whether the transaction is scheduled for reversal or if it's being used in an active checkout. If the transaction was not successful, then we expect this value to be null.
        Returns:
        The state of this transaction

      • getStatus

        public String getStatus()
        The status of the transaction
        Returns:
        The status of the transaction

      • getTransactionReferenceId

        public String getTransactionReferenceId()
        The transaction id known by the payment gateway. This reference can be used to link the request to the gateway's record of the transaction in the case that the calling application does not receive a response from the gateway.
        Returns:
        The transaction id known by the payment gateway

      • getGatewayTransactionId

        public String getGatewayTransactionId()
        The gateway-specific id for the transaction.
        Returns:
        The gateway-specific id for the transaction

      • getSource

        public String getSource()
        The name of the system that initiated the transaction - e.g. CART_OPERATION_SERVICES vs ORDER_OPERATION_SERVICES.
        Returns:
        The name of the system that initiated the transaction

      • getRequestId

        public String getRequestId()
        The id used to represent the request that produced this transaction. This is normally related to a checkout submission request.
        Returns:
        The id used to represent the request that produced this transaction

      • getAmount

        public javax.money.MonetaryAmount getAmount()
        The amount related to this transaction. Depending on the type, this may be the amount authorized, captured, refunded, etc.
        Returns:
        The amount related to this transaction

      • getDateRecorded

        public Instant getDateRecorded()
        The timestamp when this transaction response was recorded
        Returns:
        The timestamp when this transaction response was recorded

      • getGatewayResponseCode

        public String getGatewayResponseCode()
        The response code provided by the payment gateway which may represent a success or failure
        Returns:
        The response code provided by the payment gateway which may represent a success or failure

      • getFailureType

        public String getFailureType()
        The type of transaction failure
        Returns:
        The type of transaction failure

      • getDeclineType

        public String getDeclineType()
        The type of transaction failure (hard vs soft failure)
        Returns:
        The type of transaction failure (hard vs soft failure)

      • getThreeDSecureVerificationUrl

        public String getThreeDSecureVerificationUrl()
        The gateway-provided url where the customer must verify that they are in fact the owner of the payment method. The customer is typically redirected to this location, but the page can also be rendered within an iframe if you'd like.
        Returns:
        The gateway-provided url where the customer must verify that they are in fact the owner of the payment method.

      • getGatewayMessage

        public String getGatewayMessage()
        Message from the gateway describing the result of the transaction.
        Returns:
        Message from the gateway describing the result of the transaction.

      • getRawResponse

        public String getRawResponse()
        The string representation of the serialized response from the gateway. This is usually the complete request parameter map serialized in string form.
        Returns:
        The string representation of the serialized response from the gateway

      • getParentTransactionId

        public String getParentTransactionId()
        The id of the parent PaymentTransaction. Necessary for operations on a payment that require something to have happened beforehand. For instance, an authorize transaction would not have a parent but a capture must have an authorize parent transaction and a refund must have a capture parent transaction. The full set of expected parent-child transaction relationships are as follows:
        • Child Transaction -> Parent Transaction
        • Reverse Authorize -> Authorize
        • Capture -> Authorize
        • Refund -> Capture
        • Refund -> AuthorizeAndCapture
        Returns:
        The id of the parent PaymentTransaction.

      • getAttributes

        public Map<String,​String> getAttributes()
        Map of specific attributes that have been gathered from the raw response. This should be used for data points that are to be used programmatically. For example, a gateway-specific transaction id that can be used to capture or refund the transaction.
        Returns:
        Map of specific fields that have been gathered from the raw response

      • getCustomerIpAddress

        public String getCustomerIpAddress()
        The customer IP address that instigated this transaction
        Returns:
        The customer IP address that instigated this transaction

      • isIndeterminateResult

        public boolean isIndeterminateResult()
        Tells if this transaction has an indeterminate result.

        Having an indeterminate result means that the true outcome of the transaction is not known. For example, if a transaction is sent to the payment processor but a network error occurred, it is not known to us whether the user was actually charged or not (thus, the result is indeterminate).

        Transactions should be marked as indeterminate when sending to the payment processor, and then unmarked once a response is received, understood, and recorded. This means that a transaction in an indeterminate result state is expected during the sending to processor phase. However, if the transaction remains in that state for an excessive amount of time, something likely went wrong and the transaction will need to be reconciled. If the transaction changes from the sending to processor status but remains indeterminate, the transaction will also require reconciliation in that scenario.

        Some situations which may lead to an indeterminate result:

        • A transaction is sent to the processor, but a network error prevents us from receiving the response
        • A transaction is sent to the processor, but the processor returns an unexpected error (e.g. 500 internal server error)
        • A transaction is sent to the processor and a response is received, but cannot be recorded because Cart Services is down
        • A transaction is sent to the processor and a response is received, but cannot be recorded because the database is down

      • getVersion

        public Integer getVersion()
        The version of this payment transaction. Used for checking that the requested version of the payment transaction is up-to-date before saving changes. Required for any request which results in an update being made to the payment transaction. This should never be manually incremented/decremented.

      • setId

        public void setId​(String id)
        The id of this payment transaction.
        Parameters:
        paymentTransactionId - The id of this payment transaction.

      • setType

        public void setType​(String type)
        The type of this transaction (authorize, capture, refund, etc.)
        Parameters:
        amount - The type of this transaction

      • setManagementState

        public void setManagementState​(String managementState)
        The state of this transaction - e.g. whether the transaction is scheduled for reversal or if it's being used in an active checkout. If the transaction was not successful, then we expect this value to be null.
        Parameters:
        managementState - The state of this transaction

      • setStatus

        public void setStatus​(String status)
        The status of the transaction
        Parameters:
        status - The status of the transaction

      • setTransactionReferenceId

        public void setTransactionReferenceId​(String transactionReferenceId)
        The transaction id known by the payment gateway. This reference can be used to link the request to the gateway's record of the transaction in the case that the calling application does not receive a response from the gateway.
        Parameters:
        transactionReferenceId - The transaction id known by the payment gateway

      • setGatewayTransactionId

        public void setGatewayTransactionId​(String gatewayTransactionId)
        The gateway-specific id for the transaction.
        Parameters:
        gatewayTransactionId - The gateway-specific id for the transaction

      • setSource

        public void setSource​(String source)
        The name of the system that initiated the transaction - e.g. CART_OPERATION_SERVICES vs ORDER_OPERATION_SERVICES.
        Parameters:
        source - The name of the system that initiated the transaction

      • setRequestId

        public void setRequestId​(String requestId)
        The id used to represent the request that produced this transaction. This is normally related to a checkout submission request.
        Parameters:
        requestId - The id used to represent the request that produced this transaction

      • setAmount

        public void setAmount​(javax.money.MonetaryAmount amount)
        The amount related to this transaction. Depending on the type, this may be the amount authorized, captured, refunded, etc.
        Parameters:
        amount - The amount related to this transaction

      • setDateRecorded

        public void setDateRecorded​(Instant dateRecorded)
        The timestamp when this transaction response was recorded
        Parameters:
        dateRecorded - The timestamp when this transaction response was recorded

      • setGatewayResponseCode

        public void setGatewayResponseCode​(String gatewayResponseCode)
        The response code provided by the payment gateway which may represent a success or failure
        Parameters:
        gatewayResponseCode - The response code provided by the payment gateway which may represent a success or failure

      • setFailureType

        public void setFailureType​(String failureType)
        The type of transaction failure
        Parameters:
        failureType - The type of transaction failure

      • setDeclineType

        public void setDeclineType​(String declineType)
        The type of transaction failure (hard vs soft failure)
        Parameters:
        failureType - The type of transaction failure (hard vs soft failure)

      • setThreeDSecureVerificationUrl

        public void setThreeDSecureVerificationUrl​(String threeDSecureVerificationUrl)
        The gateway-provided url where the customer must verify that they are in fact the owner of the payment method. The customer is typically redirected to this location, but the page can also be rendered within an iframe if you'd like.
        Parameters:
        threeDSecureVerificationUrl - The gateway-provided url where the customer must verify that they are in fact the owner of the payment method.

      • setGatewayMessage

        public void setGatewayMessage​(String gatewayMessage)
        Message from the gateway describing the result of the transaction.
        Parameters:
        gatewayMessage - Message from the gateway describing the result of the transaction.

      • setRawResponse

        public void setRawResponse​(String rawResponse)
        The string representation of the serialized response from the gateway. This is usually the complete request parameter map serialized in string form.
        Parameters:
        rawResponse - The string representation of the serialized response from the gateway

      • setParentTransactionId

        public void setParentTransactionId​(String parentTransactionId)
        The id of the parent PaymentTransaction. Necessary for operations on a payment that require something to have happened beforehand. For instance, an authorize transaction would not have a parent but a capture must have an authorize parent transaction and a refund must have a capture parent transaction. The full set of expected parent-child transaction relationships are as follows:
        • Child Transaction -> Parent Transaction
        • Reverse Authorize -> Authorize
        • Capture -> Authorize
        • Refund -> Capture
        • Refund -> AuthorizeAndCapture
        Parameters:
        parentTransactionId - The id of the parent PaymentTransaction.

      • setAttributes

        public void setAttributes​(Map<String,​String> attributes)
        Map of specific attributes that have been gathered from the raw response. This should be used for data points that are to be used programmatically. For example, a gateway-specific transaction id that can be used to capture or refund the transaction.
        Parameters:
        attributes - Map of specific fields that have been gathered from the raw response

      • setCustomerIpAddress

        public void setCustomerIpAddress​(String customerIpAddress)
        The customer IP address that instigated this transaction
        Parameters:
        customerIpAddress - The customer IP address that instigated this transaction

      • setIndeterminateResult

        public void setIndeterminateResult​(boolean indeterminateResult)
        Tells if this transaction has an indeterminate result.

        Having an indeterminate result means that the true outcome of the transaction is not known. For example, if a transaction is sent to the payment processor but a network error occurred, it is not known to us whether the user was actually charged or not (thus, the result is indeterminate).

        Transactions should be marked as indeterminate when sending to the payment processor, and then unmarked once a response is received, understood, and recorded. This means that a transaction in an indeterminate result state is expected during the sending to processor phase. However, if the transaction remains in that state for an excessive amount of time, something likely went wrong and the transaction will need to be reconciled. If the transaction changes from the sending to processor status but remains indeterminate, the transaction will also require reconciliation in that scenario.

        Some situations which may lead to an indeterminate result:

        • A transaction is sent to the processor, but a network error prevents us from receiving the response
        • A transaction is sent to the processor, but the processor returns an unexpected error (e.g. 500 internal server error)
        • A transaction is sent to the processor and a response is received, but cannot be recorded because Cart Services is down
        • A transaction is sent to the processor and a response is received, but cannot be recorded because the database is down

      • setVersion

        public void setVersion​(Integer version)
        The version of this payment transaction. Used for checking that the requested version of the payment transaction is up-to-date before saving changes. Required for any request which results in an update being made to the payment transaction. This should never be manually incremented/decremented.

      • canEqual

        protected boolean canEqual​(Object other)

      • hashCode

        public int hashCode()
        Overrides:
        hashCode in class Object