An In-depth Look at C++ vs. Java

, Software Pundits
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Toptal

Countless articles compare C++ and Java’s technical features, but which differences are most important to consider? When a comparison shows, for example, that Java doesn’t support multiple inheritance and C++ does, what does that mean? And is it a good thing? Some argue that this is an advantage of Java, while others declare it a problem.

Let’s explore the situations in which developers should choose C++, Java, or another language altogether—and, even more importantly, why the decision matters.

Examining the Basics: Language Builds and Ecosystems

C++ launched in 1985 as a front end to C compilers, similar to how TypeScript compiles to JavaScript. Modern C++ compilers typically compile to native machine code. Though some claim C++’s compilers reduce its portability, and they do necessitate rebuilds for new target architectures, C++ code runs on almost every processor platform.

First released in 1995, Java doesn’t build directly to native code. Instead, Java

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