Search Results for "objective c"

J2ObjC is an open-source command-line tool from Google that translates Java source code to Objective-C for the iOS (iPhone/iPad) platform. This tool enables Java source to be part of an iOS application's build, as no editing of the generated files is necessary. The goal is to write an app's non-UI code (such as application logic and data models) in Java, which is then shared by web apps (using GWT), Android apps, and iOS apps.

...NativeScript is a framework that enables developers to write truly native mobile applications for Android and iOS using JavaScript and CSS. Each mobile platform has its own ecosystem and offers completely different development tools and language(s) - Java for Android and Objective C (Swift) for iOS. In order to translate JavaScript code to the corresponding native APIs some kind of proxy mechanism is needed. This is exactly what the "Runtime" parts of NativeScript are responsible for. The Android Runtime may be thought of as "The Bridge" between the JavaScript and Android worlds. A NativeScript application for Android is a standard native package (apk) that besides the JavaScript files embeds the runtime as well.

The Portable Object Compiler, a language and a runtime library for producing C programs that operate by the runtime conventions of Smalltalk 80 in a UNIX environment, as described in Brad Cox's book on Objective-C. The precompiler is backed by a library which supports Smalltalk 80's interpretatation of messaging; binding of a message to its target routine is done at run time.

iOS-Runtime-Headers is a large collection of Objective-C header files reconstructed from Apple’s private iOS frameworks and the public runtime. Its purpose is to expose class interfaces—methods, properties, ivars, protocols—that are not documented by Apple, making it easier to explore system behavior and reverse-engineer APIs. The headers are generated by inspecting binaries and metadata, then organized by framework so developers can browse relationships and inheritance hierarchies. ...

...It works by compiling changed source files into dynamic bundles and loading them into the running app, swapping method implementations at runtime. The tool monitors file changes, triggers fast recompiles, and provides console feedback so you can confirm injections and quickly revert if needed. It supports Objective-C and Swift (with certain runtime caveats), and plays well with Interface Builder tweaks, letting you see visual changes almost immediately. Because it hooks into the natural development loop, it dramatically shortens feedback cycles for layout tuning, animations, and view controller logic. While not a replacement for clean rebuilds and full test runs, it’s a powerful productivity aid for day-to-day iteration.