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140+ Pagination Test Cases for Complete Coverage
Published on
August 20, 2026
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A 141-case inventory of pagination test cases covering navigation, page size, URL state, sort and filter interaction, accessibility, and API behaviour.
Pagination is one of those UI patterns that looks trivial in the design review and falls over in production. A search results page that loads in 200ms breaks at page 47. A product grid that paginates perfectly in Chrome shifts layout in Safari. A sort that worked yesterday loses its position the moment a user navigates to page two and back. The component is ubiquitous, it carries customer-visible failure paths, and most teams underestimate the surface area it actually covers.
The inventory below is built for the QA engineers and SDETs who design and maintain pagination test cases for real applications. It runs to 141 cases by deliberate choice, organised the way pagination test design actually moves, namely from the navigation controls outward to URL state, sort and filter interaction, edge cases, accessibility, and the integrations that determine whether the component holds up at production scale.
Use it as a reference for new pagination components, as a regression baseline for established ones, and as a training inventory for testers learning what complete coverage looks like.
Each category opens with a short note on what it covers, and the test cases follow as numbered scenarios with a clear expected result. The cases are deliberately generic enough to apply to standard pagination across e-commerce listings, admin tables, search results, dashboards, and enterprise grids, so adjust the specifics, namely page sizes, default sort, and URL conventions, to the application under test.
The inventory assumes a typical numeric pagination control with First, Previous, page numbers, Next, and Last. Variants such as infinite scroll, load-more buttons, and cursor-based pagination are covered in their own sections.
The first thing a user notices about pagination is whether the controls look like pagination, and layout cases catch the defects that pure functional testing misses.
Direct page selection is the most-used pagination interaction, and the cases below cover the working set.
Sequential navigation is what users default to when scanning multiple pages.
Jump-to-edge controls matter for large datasets where users need to reach the boundaries quickly.
Changing the items-per-page count is one of the most common pagination interactions and one of the most defect-prone.
"Showing 1 to 10 of 247" sounds simple until the boundary cases hit.
Modern pagination should let users bookmark and share specific pages, and for public lists it should let crawlers reach them too. State in the URL is what makes both work.
Browser navigation is one of the most common pagination defect sources, since users hit back expecting to return to the previous page of results and the application sometimes forgets where they were.
Sort changes the order of results, which changes what appears on each page, so the interaction needs its own cases.
Filters reduce the result set, and the pagination control needs to react accordingly.
Search behaves like a strict filter and follows similar rules with a few of its own.
Pagination has to behave correctly at the edges, not just in the middle. The zero-result, single-page, and single-result states are covered in the count, filter, and search categories above, and the cases below cover the remaining boundaries.
The defining production pagination defects live at the boundaries between pages, namely records that appear twice, records that vanish, and pages that shift under the user as the dataset changes. Most inventories never test them directly, and this category does.
Many modern applications use infinite scroll instead of numbered pagination, and the cases below cover the variant.
Load More is the explicit-action variant of infinite scroll.
Cursor-based pagination is common in modern APIs, and the UI must handle it cleanly.
Pagination is as much an API concern as a UI concern, and the cases below cover the backend layer.
Pagination is an interactive control and needs full accessibility coverage.
Coverage spans the browsers and viewports the business commits to supporting.
Multilingual applications need pagination that adapts to the user's language.
A working pagination suite of test cases is a significant asset and a real maintenance commitment, and it breaks for the same reasons most enterprise UI automation breaks. Library upgrades change the DOM structure, design system refreshes alter the page-number rendering, new page size options appear, and the integration between sort, filter, and pagination gets re-architected once a year. A suite maintained against brittle selectors becomes a maintenance backlog inside two release cycles.
The unit economics shift when the test architecture absorbs application change instead of breaking on it.
Virtuoso QA authors pagination tests in plain English, namely "navigate to page 5, verify the correct rows show," rather than coupling them to CSS classes, so a design refresh does not invalidate the suite.
Self-healing absorbs the routine DOM updates that break locator-based automation, with proposed repairs running at approximately 95% user acceptance under human oversight, and GENerator can produce a draft suite from the application screens, which turns the initial 141-case build from weeks of authoring into review and refinement. UI assertions and the API checks in Category 17 sit in the same test, so the backend layer, including the cross-page integrity traversals in Category 13, is covered without a second tool.
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