powerful tool for Android developers and UI designers 1. Layout Inspector is a tool for debugging and analyzing Android application interface layouts, which can display the hierarchy, properties, and performance data of views or Compose components in real time. Its main values include: Problem localization: Check layout nesting depth, property errors, or rendering exceptions. Performance optimization: Identify overdrawing, over-recomposition (Compose), or redundant views. Design verification: Compare deviations between design drafts and actual layouts. 2. Operation process: Device boots normally and runs. Start Layout Inspector, allow Layout Inspector to obtain accessibility permissions and floating window permissions. Click the floating window on the screen and select layout analysis: 1 Layout range analysis 2 Layout hierarchy analysis Click on views in the generated drawing grid to view control information: id; layout; width and height; text, etc. View the hierarchy of controls in the entire screen position in the layout hierarchy Permission Statement: 1. Implementation through Google Accessibility API: Capture the screen control tree structure in real time; Highlight the UI elements operated by the user; Generate interface layout analysis report (for developers to debug). 2. Permission control User active authorization: For the first use, you need to enter the system to set the accessibility service permissions of this application manually; Permission scope limitation: Only \"View interface content\", no device control rights (such as simulated clicks, tampering operations). 3. We promise not to collect any information about you

powerful tool for Android developers and UI designers 1. Layout Inspector is a tool for debugging and analyzing Android application interface layouts, which can display the hierarchy, properties, and performance data of views or Compose components in real time. Its main values include: Problem localization: Check layout nesting depth, property errors, or rendering exceptions. Performance optimization: Identify overdrawing, over-recomposition (Compose), or redundant views. Design verification: Compare deviations between design drafts and actual layouts. 2. Operation process: Device boots normally and runs. Start Layout Inspector, allow Layout Inspector to obtain accessibility permissions and floating window permissions. Click the floating window on the screen and select layout analysis: 1 Layout range analysis 2 Layout hierarchy analysis Click on views in the generated drawing grid to view control information: id; layout; width and height; text, etc. View the hierarchy of controls in the entire screen position in the layout hierarchy Permission Statement: 1. Implementation through Google Accessibility API: Capture the screen control tree structure in real time; Highlight the UI elements operated by the user; Generate interface layout analysis report (for developers to debug). 2. Permission control User active authorization: For the first use, you need to enter the system to set the accessibility service permissions of this application manually; Permission scope limitation: Only \"View interface content\", no device control rights (such as simulated clicks, tampering operations). 3. We promise not to collect any information about you