Managing UI Consistency in RAD Studio FireMonkey Multi-Device Applications
Learn how to use relative layouts, StyleBooks, and conditional compilation in RAD Studio FireMonkey to create consistent UIs across Windows, Android, and iOS.
ReadMeFeed / Community knowledge
Real questions. Useful conversations. Find the people who know your stack.
Learn how to use relative layouts, StyleBooks, and conditional compilation in RAD Studio FireMonkey to create consistent UIs across Windows, Android, and iOS.
Batch inserts, updates, and deletes with RAD Studio FireDAC Array DML to cut database round-trips.
Enable Per‑Monitor DPI v2 in RAD Studio VCL apps, handle custom painting, multi‑resolution images, and third‑party components with a practical migration checklist.
FireMonkey promises one UI codebase for Windows, macOS, iOS, and Android by replacing native controls with a GPU-accelerated canvas. Here is how that decision shapes styling, layout, and platform-specific code.
Learn how to diagnose and fix EAccessViolation errors in RAD Studio VCL applications by identifying nil and dangling pointers using the integrated debugger and FastMM4.
FireDAC lets RadStudio apps keep data access code stable across desktop and mobile by separating connection, command and presentation, with driver swaps instead of rewrites.
FireMonkey Platform Services replace #IFDEF sprawl with a GUID-based lookup. Request IFMXClipboardService or IFMXShareSheetService at runtime; the RTL returns the OS-specific implementation or nil. Includes a cross-platform share example and mock-service tips.
Stop fighting with screen resolutions in RAD Studio. Learn how to use TLayout and Align properties in FireMonkey to create responsive UIs that work across Windows, iOS, and Android.
Stop writing repetitive glue code in RAD Studio. Learn how to use LiveBindings to sync UI controls with data models using RTTI, and when to stick to manual assignments for performance.