Pagination allows you to control the number of results returned and navigate through large result sets efficiently.

Understanding Pagination

Key Concepts

  1. Offset Pagination

    • Start position (offset_position)
    • Page size (page_size)
    • Total result count
    • Result consistency
  2. Page Control

    • Default page size: 10
    • Maximum page size: 100
    • Forward navigation
    • Result windowing

Pagination Parameters

Configuration Options

  1. Page Size

    • Controls results per page
    • Range: 1-100 results
    • Default: 10 results
    • Affects response time
  2. Offset Position

    • Starting point for results
    • Zero-based indexing
    • Must be non-negative
    • Affects query performance

Common Use Cases

Result Navigation

  1. List Views

    • Product catalogs
    • Document libraries
    • Search results
    • Media galleries
  2. Infinite Scroll

    • Social media feeds
    • Content streams
    • Dynamic loading
    • Continuous browsing
  3. Paginated Reports

    • Analytics dashboards
    • Result summaries
    • Export functions
    • Batch processing

Limitations

Technical Constraints

  1. Size Restrictions

    • Maximum page size: 100
    • Maximum offset: 10,000
    • Total result limit
    • Response size limits
  2. Performance Impact

    • Large offsets slow down queries
    • High page sizes increase latency
    • Memory usage grows with size
    • Server resource constraints
  3. Functionality Restrictions

    • Not compatible with grouping
    • No backward pagination
    • No cursor-based navigation
    • Limited with real-time updates

Performance Considerations

  1. Resource Usage

    • CPU impact of large offsets
    • Memory usage with large pages
    • Network bandwidth consumption
    • Cache effectiveness
  2. Scaling Factors

    • Dataset size
    • Query complexity
    • Sort requirements
    • Filter conditions

Best Practices

Optimization Tips

  1. Page Size Selection

    • Balance user experience
    • Consider device capabilities
    • Optimize for content type
    • Monitor performance impact
  2. Implementation Patterns

    • Use reasonable page sizes
    • Implement scroll position tracking
    • Cache common page results
    • Handle edge cases

Common Patterns

  1. Progressive Loading

    • Start with smaller pages
    • Load more as needed
    • Track loading state
    • Handle errors gracefully
  2. User Experience

    • Show loading indicators
    • Maintain scroll position
    • Provide page controls
    • Display progress feedback

Error Handling

Common Issues

  1. Invalid Parameters

    • Negative offset values
    • Page size out of range
    • Missing required fields
    • Type mismatches
  2. Performance Problems

    • Timeout on large offsets
    • Memory limits exceeded
    • Response size too large
    • Server resource exhaustion

Resolution Steps

  1. Parameter Validation

    • Check value ranges
    • Validate types
    • Handle missing values
    • Provide defaults
  2. Error Recovery

    • Retry with smaller page
    • Adjust offset value
    • Handle timeouts
    • Provide feedback

For implementation details and examples, see the Search API Reference.