Scope a Shopify API integration around the records it must read, the actions it may perform and the evidence that confirms each synchronisation. Grant the required permissions, verify incoming webhook deliveries and define duplicate handling before enabling consequential writes. Use the worksheet below to connect authentication, order identity and recovery into one reviewable integration design.
Which permission does the proposed job need?
Write a concrete integration job, such as copying selected order information into an internal fulfilment queue. Identify the originating store, the destination record and the person responsible for the handover. Distinguish reading an order from editing it, issuing a refund or changing fulfilment state.
Shopify access scopes control which store data an app can read and write. Documentation. Shopify advises requesting only data needed by the app. Documentation. Put the required resources and operations beside each job in the specification. Ask the implementer to explain every requested permission against that list. A permission left over from an earlier prototype deserves a decision rather than automatic retention.
A Shopify write scope also grants read access to the same resource. Documentation. Shopify customer access scopes concern data belonging to a customer. Documentation. Review the API surface and acting identity together. An internal store-management workflow and a customer’s own account view have different purposes. Keep their permitted records and actions explicit so a convenient API example does not accidentally define a broader access boundary than the task requires.
Shopify marks some access scopes as requiring platform approval. Documentation. Check the current scope documentation for the selected API and app arrangement before scheduling activation. Record which permissions are granted, which require a separate step and who owns the application installation. This keeps an implementation question visible without treating an application configuration as a blanket entitlement to every record.
What should be verified when an order event arrives?
Shopify HTTPS webhook signatures use the client secret and raw request body. Documentation. Shopify directs handlers to verify the signature before processing the delivery. Documentation. Review the handler’s request-processing sequence with the developer. The verification step needs the relevant original input before an ordinary parser transforms it. Include a deliberately invalid signature in the proposed acceptance checks and record the expected handling.
Define the destination identity before creating or updating anything. Use the source store and the appropriate source record reference, then document how those identify the intended destination. Similar order numbers or customer names should not become an informal matching rule across stores.
Keep a receipt reference for each consequential event without copying unnecessary customer details into routine logs. The operational record should let a maintainer establish what arrived, which order it concerned and which processing decision followed. Agree access and retention arrangements with the organisation responsible for those records.
An original order-synchronisation worksheet
Use this practical checklist when reviewing one integration job. Fill it with actual API versions, permission names and record references from the proposed implementation. It is a design and acceptance aid, not evidence that an integration has already run.
| Boundary | Information to specify | Question for the review |
|---|---|---|
| Acting identity | App installation and source store | Which store’s authority applies? |
| Permissions | Required resource and read/write operation | Does each scope correspond to a real task? |
| Event authenticity | Delivery method and verification step | What happens to an invalid delivery? |
| Order identity | Source key and destination mapping | Can the same order be located reliably? |
| Duplicate handling | Delivery reference and processing rule | What prevents repeating a completed effect? |
| Recovery | Uncertain state and reconciliation route | How is the next safe action established? |
| Operations | Owner, alert and evidence reference | Who investigates an unresolved handover? |
Keep expected and observed results in separate columns when the checks are eventually executed. Include an ordinary event, a duplicate, an invalid delivery and a destination failure. Use synthetic customer and order data for the rehearsal so the evidence can be shared within the implementation team appropriately.
Assign an owner to each unresolved mapping question. For example, decide how a changed address, a cancelled order or a line-item correction should affect the destination. A successful initial import does not decide the business rule for every later change; those rules belong in the integration brief.
How should duplicate delivery affect the destination?
Shopify webhook deliveries can be duplicated after timeouts or retries. Documentation. Shopify recommends idempotent webhook operations. Documentation. Specify the business effect that should remain stable when a delivery is repeated. For an order handover, that could be retaining one destination work item for the intended source order while updating its state according to the agreed rules.
Shopify recommends persistent delivery-ID checks where processing is not idempotent. Documentation. Review persistence and processing as a connected design. Ask what happens if the destination write succeeds but the integration stops before recording completion. Include that interruption in the proposed rehearsal, then establish how the destination state will be inspected before another write is attempted.
Distinguish delivery correlation from the business record’s identity. A single order may legitimately change over time, while a repeated delivery should not create unintended duplicate work. The implementation specification should explain both relationships so the team can diagnose a replay without losing later valid updates.
Hypothetical example: the handover acknowledgement is lost
Imagine the integration creates an internal order task, then loses its connection before acknowledging completion. A repeated event arrives later. This hypothetical case examines the uncertain boundary between destination success and the integration’s own record of success.
Ask the developer to show the source order reference, the destination task and the event receipt reference in the proposed test. Determine which evidence identifies an existing completed effect and which new work, if any, remains appropriate. Keep the expected outcome written before running the interruption rehearsal.
Then repeat the exercise with the destination write failing before any task exists. The recovery route should distinguish that state from the successful-write case. Record the observation and any unresolved ambiguity rather than classifying both interruptions as a generic network problem.
What belongs in the operational handover?
Retain the permission inventory, API version, identity mapping, event verification and recovery instructions together. Give the support owner a way to locate a source order and its destination without editing either merely to investigate. Define how changes to permissions or record shape will be reviewed.
For broader store constraints, see Shopify in Zambia. Discuss the website and integration brief through online stores and web development. Get started with the exact synchronisation job, intended permissions and difficult recovery case.
Define how an operator locates a processing exception after the original delivery request has ended. Put the source record, destination reference and next authorised action together in the handover, with a named person responsible for unresolved items.
By Spout Team. AI-assisted drafting by Codex using the linked primary documentation.