|rc-pagination||27.52 kB||MIT||8 Years||15 Aug 2023|
|@ng-bootstrap/ng-bootstrap||767.63 kB||MIT||7 Years||7 Aug 2023|
|react-paginate||29.43 kB||MIT||9 Years||12 Apr 2023|
|mongoose-paginate||6.18 kB||MIT||11 Years||3 Oct 2016|
|@slack/web-api||158.34 kB||MIT||4 Years||2 Aug 2023|
|ngx-pagination||52.25 kB||MIT||6 Years||21 Nov 2022|
|bootstrap-table||1 B||MIT||8 Years||6 Jul 2023|
|react-js-pagination||1.04 MB||CC0-1.0||8 Years||18 Feb 2020|
|mongoose-paginate-v2||177.79 kB||MIT||5 Years||17 Sep 2023|
|vuejs-paginate||12.95 kB||MIT||6 Years||5 Dec 2018|
|vue-pagination-2||9.75 kB||MIT||7 Years||22 Jun 2022|
|griddle-react||465.47 kB||MIT||9 Years||4 May 2018|
|angular2-datatable||18.58 kB||MIT||7 Years||27 Mar 2017|
|paginator||5.41 kB||MIT||11 Years||15 Jan 2016|
|pagination||15.08 kB||MIT||11 Years||27 Sep 2018|
Pagination libraries are incredibly useful for managing large sets of data that need to be displayed across multiple pages in your application. Whether displaying search results, blog posts, e-commerce products, or social media posts, pagination simplifies this process by organizing content into discrete pages. Loading and operating on a full dataset can be time-consuming and resource-intensive. Pagination libraries help to improve application performance and user experience by reducing the amount of data that needs to be fetched and processed at any one time.
Pagination libraries often offer the following functionalities.
Page Control: This is the primary function that separates the dataset into discrete, manageable portions (or ‘pages’). The library manages the current page and the number of items per page.
Navigation: They allow the user to jump forward and backward one page at a time or to the first and last pages. Some libraries also provide the ability to jump to any specific page number.
Display Control: This feature helps to control the number of page links that are displayed at once. In applications with numerous pages, this allows for a user-friendly layout without a cumbersome number of links.
Customization: Most libraries permit customization of the appearance and functionality of pagination controls. This can include changing the number of items displayed on a page, customizing the appearance of navigation buttons, or adding tags for SEO purposes.
Despite the many benefits, there can be potential pitfalls when using pagination libraries:
SEO Impacts: Incorrect usage could have negative impacts on SEO. Be cautious of creating too many similar pages, ensure there are no dead-end pages (i.e., a page with no additional links or relevant data), and avoid having important content buried deep inside the pagination.
Performance Issues: While pagination libraries can help improve performance by reducing the amount of data loaded at one time, they can also lead to performance issues if not implemented correctly. For instance, ensure the database query fetching your data is optimized and not fetching more data than necessary.
User Experience: Incorrectly implemented pagination can confuse users. Ensure the interface is clear, provides feedback about the number of total items and total pages, and updates URLs to reflect the current page.
Dependency Risks: With npm, be aware of the version of the library you are using and any dependencies it might have. Frequently update these libraries to get the best performance, bug fixes, and security patches.
By being mindful of these pitfalls when implementing pagination in your application, you can effectively use these tools to enhance your user experience, improve performance and SEO positioning.