Managing a fulfillment order
In Digital River coordinated fulfillments, learn how to use the Fulfillment Orders API and Shipments API to manage fulfillment of physical products
Last updated
In Digital River coordinated fulfillments, learn how to use the Fulfillment Orders API and Shipments API to manage fulfillment of physical products
Last updated
A fulfillment order manages the fulfillment of a transaction's SKU-inventory item pairs. You only use this resource in Digital River coordinated fulfillments.
If you're using the distributed model, you must send a create fulfillment order request to initiate physical fulfillment.
Digital River submits this fulfillment order request if you use the orchestrated model.
You should subscribe to events that occur during a fulfillment order's lifecycle in distributed and orchestrated models. These events notify you of (1) pending shipments, (2) back-ordered products, (3) shipped products, and (4) product cancellations.
You can also use to track the progress of a delivery.
In the distributed model, once you either synchronously or asynchronously receive an in an accepted
state, your integration should handle the order state change event by sending a create fulfillment order request. This request initiates the fulfillment of a transaction's SKU-inventory item pairs.
In the orchestrated model, we listen for an order and handle this state change event by internally submitting a create fulfillment order request.
The following describes the request's required data and optional data:
For a full list of specifications, refer to the reference documentation.
Every POST/fulfillment-orders
request must include currency, created time, shipping address, shipping method, and product data.
This required data can be retrieved from an order in an state:
Order in an accepted
state
POST/fulfillment-orders
currency
➔
currency
createdTime
➔
upstreamOrderTime
shipTo.country
➔
shipTo.country
shippingChoice.serviceLevel
➔
shippingChoice.id
items[].skuId
➔
items[].inventoryItemId
items[].quantity
➔
items[].quantity
items[].tax.amount
➔
items[].tax.amount
In addition to other optional data, a POST/fulfillment-orders
request accepts product, customer, ship to, upstream order identifier, and locale data. If you place a hold on products, attach the reservation identifier.
items[].id
➔
items[].upstreamId
items[].amount
➔
items[].total
shipTo.name
or billTo.name
➔
name
or shipTo.name
shipTo.phone
or billTo.phone
➔
phone
or shipTo.phone
shipTo.email
or billTo.email
➔
email
or shipTo.email
shipTo
➔
shipTo
id
➔
upstreamId
locale
➔
locale
checkoutId
➔
reservationId
You can set the customer's name
, email
, and phone
at the fulfillment order level and within shipTo
.
When creating a reservation, you should set the reservation's identifier value to be the same as the checkout's identifier.
If the create fulfillment order request doesn't contain a reservationId
, Digital River tries to allocate the specified inventory items. If we determine inventory levels are too low, what happens at that point depends on whether you allow overselling of an item and whether your channel is set up to accept backorders.
id
➔
shippingChoice.serviceLevel
➔
shippingChoice.id
If the upstream order triggers the landed cost feature, then set the fulfillment order's dutiesPaid
to true
. This notifies the shipping carrier that the customer has already paid the full landed cost, and they should invoice you for any duties paid.
For example, you can use giftMessage
to send the downstream fulfiller a message that customers want included with the package. The giftWrap
flag allows you to indicate whether the product should be wrapped.
You'll need the fulfillment order identifier to retrieve the object.
When submitting product cancellation and return requests, you must provide the fulfillment order identifier and the relevant line item identifiers.
In the orchestrated model, you can retrieve these identifiers by listening for the fulfillment_order.pending
event.
You should be aware of both the fulfillment order's lifecycle and the fulfillment order's line item's lifecycle. In both, each stage of the lifecycle is represented by a state
.
The state
attribute at the fulfillment order level indicates where a fulfillment order is in its lifecycle. The values for successful fulfillment (i.e., the happy path) are pending
> shipped
.
(1) When the fulfillment order...
(2) its state
transitions to...
is created but not yet partially or fully shipped
pending
partially or fully ships
shipped
is cancelled by the customer, the client or the fulfiller
cancelled
The line item state
attribute indicates where a fulfillment order's line item is in its lifecycle. The values for a successfully fulfilled line item (i.e., the happy path) are pending
> shipped
.
(1) When the line item...
(2) its state
transitions to...
has not yet partially or fully shipped
pending
backordered
partially or fully ships
shipped
is cancelled by the customer, the client or the fulfiller
cancelled
We recommend you respond to a fulfillment order's state
changes by listening for the pending, backordered, shipped, and cancelled events.
In all of these events, data.object
contains the unique identifier of:
The upstream order and each of its line items
Each line item's SKU-inventory item pair.
When Digital River queues a fulfillment order for creation, we create a fulfillment_order.pending
event. The event's data.object
is a fulfillment order in a pending
state.
In the orchestrated model, use this event to retrieve and save the fulfillment order's and each line item's identifiers.
Upon receiving a back-ordered notification from your channel's designated fulfiller, Digital River sends you a fulfillment_order.backordered
event. The event's data.object
contains an array of back-ordered items
.
For each product in the items
array, we provide an estimated availableTime
(assuming the fulfiller sends us this information). We also specify the original ordered
quantity as well as the quantity of backOrdered
items that triggered the event.
The totalBackordered
is the aggregated backOrdered
quantity from all the back-ordered events. When processing duplicate back-ordered events, you can use this value as a checksum, ensuring your system does not exceed the total ordered
amount.
You can use the fulfillment_order.backordered
event as a trigger to send a delayed order notification (typically an email) to the customer. We recommend providing a link directing customers to their order management page in the email.
On this page, you should allow customers to cancel the order fully or partially. If they select either option, make sure you respond to this event by submitting a create fulfillment cancellation request.
The following table lists the data to retrieve from the event and then pass in a POST /fulfillments
.
Event
POST /fulfillments
data.object.id
➔
shipmentId
items[].id
➔
items[].shipmentItemId
fulfillmentOrderUpstreamId
➔
orderId
items[].fulfillmentOrderItemUpstreamId
➔
items[].itemId
items[].quantity
➔
items[].quantity
Whenever a fulfillment order is fully or partially cancelled, we send you a fulfillment_order.cancelled
event.
The event's payload, upstreamId
represents the order's unique identifier and items[].upstreamId
represents a line item's identifier in an order.
In the orchestrated model, we listen for the cancelled event and respond by submitting an internal payment cancel request.
The following table lists the data you must retrieve from each fulfillment_order.cancelled
event and then pass in a POST/fulfillments
.
fulfillment_order.cancelled
event
POST/fulfillments
upstreamId
➔
orderId
items[].upstreamId
➔
items[].itemId
items[].cancelled
➔
items[].cancelQuantity
A fulfillment order's products can be delivered to the end customer in one or more shipments, each represented by the shipment resource.
You can use the unique shipment identifier you receive in a fulfillment_order.shipped
event to submit queries that return a shipment's contents and provide tracking information.
Additionally, when the shipped item is a smartphone or cellphone, the downstream fulfiller may pass back to you unitAttributes
that help identify and track the device. These attributes consist of a serial, IMEI, or SIM card number
For the entire shipment, we provide you a trackingUrl
that directs customers to a page where they can enter the trackingNumber
provided by the trackingCompany
.
At the shipment item level, we also give you a trackingUrl
that directs customers to a page where they can enter the item's trackingNumber
and monitor the delivery progress of specific products.
This optional data can be retrieved from an in an state:
The currency
in the request should be the same as the value in the upstream . This avoids creating downstream invoicing errors, issues with customs, and incorrect tax computations.
As with all , the createdTime
of the upstream is in UTC and adheres to the ISO-8601 standard. You should not modify this date-time value before setting it upstreamOrderTime
in a fulfillment order.
The reservationId
should reference the reservation used to place a hold on the products.
When setting the shippingChoice.id
, you should use the shippingChoice.serviceLevel
. This value maps to the identifier of the shipping quote selected by the customer.
If you want to set the signatureRequiredType
, you'll need to persist with the shipping quote selected by the customer. You can then retrieve the shipping quote's signatureRequiredType
and use that value to set the fulfillment order's signatureRequiredType
.
Use the items
array to specify product information. The line items must be retrieved from the upstream order. The same applies to most of a fulfillment order's optional product data.
Once you successfully submit a POST/fulfillment-orders
request, a contains unique identifiers needed for downstream processing. Additionally, we return attributes that inform you of a fulfillment order's state and categorize the status of its line items.
Once a is created, we assign it a unique identifier and assign unique identifiers to each of its line items. You should persist all of these values.
In the distributed model, you can retrieve these identifiers from the 201 Created
response to a request.
is configured to and is awaiting restocking
Each element of items
array indicates how many items are pending
, backordered
, shipped
, cancelled
, and returned
. In aggregate, these values equal the total quantity
of that line item, representing the amount originally purchased by the customer.
You can determine a state
by either calling the API or listening for webhook events.
There are two methods you can use in the to retrieve fulfillment orders. You can filtered by optional query parameters. You can also by including its unique identifier as a path parameter in the request.
Once Digital River receives a shipped notification from your channel's designated fulfiller, we create an with a type
of fulfillment_order.shipped
. Its data.object
consists of a . To track a shipment's progress, persist data.object.id
, which represents the shipment's identifier.
In the event's payload, fulfillmentOrderUpstreamId
represents the order's id
and each items[].fulfillmentOrderItemUpstreamId
maps to an items[].id
in that .
In the distributed model, respond to this event by sending a request, which captures the appropriate amount of an payment .
The source of these events is requests that your system submits or cancellation notifications sent by the product's fulfiller. The event's data.object
is a fulfillment order in a cancelled
state.
In the distributed model, every time you receive fulfillment_order.cancelled
, retrieve data from the event and send it in a request. This request instructs Digital River to the appropriate amount of an payment .
There are two methods for querying the . You can retrieve an individual shipment by sending its unique identifier as a path parameter in a request. You can also submit a request to retrieve a list of shipments and use optional query parameters to filter the results.
A items
array returns each shipment item's unique identifier, and the item's shipped quantity
. All the relevant upstream identifiers of the item are also included.
A provides numerous data points that you can use to track a delivery's progress.