In computer science and software engineering, a target platform refers to the specific environment, hardware architecture, or operating system for which a software application is designed to run. Identifying your target platform dictates what programming languages, frameworks, APIs, and optimization techniques you must use during development.
Depending on your specific context, “target platform” can take on a few different meanings: 1. Broad Software Development Context
In general application and game development, the target platform is the combination of hardware and software where your end-user will execute the final program. This typically encompasses: Operating Systems: Windows, macOS, Linux, Android, or iOS.
Processor Architecture: x86, x64, ARM32, or ARM64 (configured via tools like the Visual Studio Platform Target Settings).
Environments: Cloud infrastructure (AWS, Azure), Web Browsers, WebAssembly, or IoT embedded devices. 2. Eclipse IDE & Plug-in Development (Specific Tooling)
If you are working within the Java or Eclipse ecosystem, Target Platform has a highly specific technical definition. It refers to the exact collection of plug-ins, features, and external JAR files that your current workspace compiles and runs against.
Why it matters: By default, Eclipse compiles code against your active IDE. Setting a custom target platform allows you to develop software for an entirely different version or configuration of Eclipse without altering your primary tools.
Target Definition Files: Developers use .target XML files to outline these environments, allowing entire engineering teams to share identical project dependencies. You can learn how to create and manage these via the Eclipse Target Platform Tutorial. Key Comparisons: Development vs. Target Platform
Leave a Reply