Database Synchronization Retry Mechanism for Unsynchronizable Data

The patent segments the synchronization process into two distinct phases: an initial synchronization attempt that identifies unsynchronizable batches, and a retry procedure that operates only on synchronizable batches. This segmentation prevents repeated requests on unsynchronizable data from triggering account disabling, while still allowing reliable retry attempts on data that can be synchronized.

The patent performs preliminary identification of unsynchronizable data batches during the initial synchronization phase before executing retry procedures. By identifying which batches are unsynchronizable in advance, the system可以避免 generating repeated synchronization requests for those batches, thereby preventing account disabling while maintaining synchronization reliability for synchronizable batches.

The patent segments the retry procedure to apply only to batches identified as synchronizable during the initial synchronization phase. Batches marked as unsynchronizable are excluded from retry attempts, eliminating wasteful retry loops and reducing system resource consumption while maintaining synchronization completeness for all synchronizable data.

The patent applies partial action by implementing retry procedures only for the subset of batches that are likely to succeed (synchronizable batches) rather than attempting retries for all failed batches. This partial approach avoids the excessive resource consumption that would result from retrying unsynchronizable batches while still achieving complete synchronization of all synchronizable data.

The patent segments data into batches for initial synchronization attempts, then further segments identified unsynchronizable batches into individual records or smaller sub-batches during the retry procedure. This hierarchical segmentation maintains synchronization efficiency at the batch level while achieving precise identification of unsynchronizable individual records through the retry process.

The patent applies partial action by performing detailed precision analysis (identifying specific unsynchronizable records) only for batches that fail initial synchronization, rather than applying detailed analysis to all batches. This approach maintains overall synchronization efficiency while achieving precise identification where needed.