This page provides a 'behind the scenes' overview of the synchronization process. It helps to understand how the Exalate engine operates and ensures that all synchronizations can be resumed.
Exalate has an advanced transaction-based synchronization engine where every change is recorded and queued such that it is applied in the correct order.
You can sync data only if both sides have a valid license. Check how to get a license in the Pricing and licensing section.
Unlike other synchronization tools, the Exalate picks up Jira issue events immediately and starts to synchronize them. It tracks the synchronization events, ensuring that every event processes in the same order as the original issue event. Which means that if a problem occurs with a change processing, it will be queued and applied in the same order as it was made on the original issue. Exalate ensures that all changes are applied as soon as the problem is fixed.
Also, Exalate has an integrated retry mechanism for resolving errors. It helps to recover any failure and resume synchronization from the point it has been interrupted by the error.
Synchronization step by step
- The synchronization process starts with one of the triggers: Exalate operation, JQL Trigger or post function. Exalate Exalate Sync panel status is changed to In Progress.
- Exalate runs Outgoing sync and extracts a replica from the issue. You can specify what information should be sent to the Destination instance.
- Outgoing sync event is registered in the Sync Queue.
- The exalate engine picks up the event and raises an incoming sync request on the destination side. It uses the selected connection type.
- The incoming sync request is registered in the Sync Queue on the destination side.
- Exalate runs Incoming sync and applies received information locally.
- Exalate sends an acknowledgment message to the source instance
- The act of synchronization is finished and all sync operation data is cleaned. Exalate sync panel status is changed to Synchronized.
Get started and configure your first synchronization.