Structuring Cross‑Platform Apps with Appcelerator Alloy MVC: A Practical Guide to Reusable Widgets
Learn how Appcelerator Alloy’s MVC structure and widget system let you build maintainable, cross‑platform mobile apps without sacrificing performance.
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Learn how Appcelerator Alloy’s MVC structure and widget system let you build maintainable, cross‑platform mobile apps without sacrificing performance.
Use Titanium's Flexbox to build responsive UIs that automatically adapt to any screen size, eliminating hard‑coded coordinates.
Learn how to use Appcelerator Titanium's Alloy framework to handle platform-specific UI differences without cluttering your JavaScript logic with conditional statements.
Explore how Appcelerator Titanium and the Alloy framework enable native UI compilation from JavaScript, balancing shared code with platform-specific optimizations.
Decide when to use Appcelerator Alloy vs classic Titanium. Compare constraints, trade‑offs, and see a concrete ListView example that auto‑updates from SQLite. This guide helps choose the right approach for mobile UI development.
Native Toolchain Integration Appcelerator Titanium relies on a bridge layer to map JavaScript API calls to native platform implementations. The build process utilizes platform-specific toolchains, such as Xcode for iOS and Gradle for Android, to compile these binaries based on the settings defined in ti.app and ti.app-config . When integrating custom native
Symptom When building a Titanium project with the CLI, the build process frequently picks the most recently installed SDK even though the project’s tiapp.xml specifies a different <sdk-version> . This leads to build failures on CI pipelines that expect a stable, pinned SDK. Constraints & Uncertainties The SDK Manager can install multiple SDKs, but
When upgrading a Titanium app’s SQLite database, the primary goal is to modify the schema while keeping all existing indexes and triggers intact, so that a rollback can be performed safely if needed. Two documented methods exist: executing Ti.Database.execute('ALTER TABLE …') statements manually, and opening the database with flags such as Ti.Database.CREATE