How can I make a button’s disabled state clear and usable?
Choose the right disabled behavior, explain why an action is unavailable, and check that keyboard users can discover and use it when ready.
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Choose the right disabled behavior, explain why an action is unavailable, and check that keyboard users can discover and use it when ready.
Use a switch for a genuine on/off setting. Keep its name stable, communicate its current state separately, and choose another control when the choice is not binary.
Style a native select while preserving its label, keyboard interaction, and visible focus—and decide when a custom control needs more work.
Review a custom choice control’s semantics, accessible name, exposed state, and keyboard behavior—and decide when a native input is the simpler option.
Plan clear loading, completion, and error messages that match what the action actually did and remain useful to assistive technology users.
Plan concise result-count updates that help people understand filtering without announcing every rapid change.
Choose an activation model, define focus and arrow-key behavior, and use a focused keyboard test plan for a genuine tabs widget.
Choose a native select when it fits, or plan clear keyboard focus, selection, and movement behavior for a custom listbox.
Choose native modal or nonmodal behavior, give the dialog an accessible name, and check focus, closing, and background interaction.
Use read-only checks of your branch, recent history, and local reflog to look for a missing commit before changing references.
Choose tabindex values that preserve a predictable keyboard path, and know when native controls need no extra setting.
Learn what `??` and `!!` mean, then use Git’s ignore-checking commands to investigate a file missing from ordinary status.
Preview Git clean with a dry run, check the command’s scope and listed paths, and only consider cleanup after confirming nothing you need is included.
Use `git log` with a file path to narrow the history, and add `-p` to inspect the changes in the listed commits. Use `--follow` for a single file that may have been renamed.
Use `git diff TAG` to compare a selected tag with your current working tree without checking out the tag. Check the direction before reading the result.
Understand what each Git tag stores, how tags differ from branches, and which local command fits a release or a simple marker.
Remove a file from Git’s index without deleting your working copy, then check whether an ignore rule is needed to keep it untracked.
Choose the right place for each Git ignore rule: share project-wide patterns, keep one-repository exceptions local, and reserve personal clutter for global settings.
Use Git stash to put tracked edits aside, then inspect the saved entry and repository status before switching tasks.
Use Git’s verbose ignore check to identify the matching pattern, its source file, and line number, then distinguish repository rules from broader excludes.
Use Git’s untracked-file option, then inspect the saved stash entry so you can check its coverage before relying on it.
Choose whether to keep a stash as a fallback, then check the working tree, index, and conflicts before removing any retained copy.
Compare reset modes by what they change, then inspect staged, unstaged, and untracked work before deciding whether to reset.
Restore a single file from an earlier commit without moving your branch, while checking and preserving current edits first.
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