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  1. May 10, 2009 · Translating assembler to object code is a pretty simple process, at least compared with C→Assembly or CMachine-code translation. Some compilers produce other high-level language code as their output - for example, cfront, the first C++ compiler, produced C as its output which was then compiled to machine code by a C compiler.

  2. No. Assembly language is human readable. Machine code is machine (CPU) readable. They're two different things. You can for example, in a C program, mix both C and assembly (if you want) and the compiler will then compile them both directly to machine code.

  3. The interesting thing today is that computers are fast enough today to make the following scenario reasonable: you code a compiler to C, and an interactive REPL which reads some expression, compile it to C code (often a few hundred of lines), forks a compilation of that generated C code into a plugin, then finally dynamically loads that ...

  4. Not all compilers produce "machine code" (except for the trivial interpretation that all code in some language is machine code for an abstract machine induced by that language). For example, lots of compilers produce ECMAScript source code: CoffeeScript, TypeScript, PureScript, Elm, Opal, GWT, Emscripten, Babel, Clozure, Scala.js, Kotlin, Clue.

  5. If the virtual machine is kept simple and clean, the interpreter can be quite easy to write. Machine interpretation slows execution speed by a factor of 3:1 to perhaps 10:1 over compiled code. A “Just in Time” (JIT) compiler can translate “hot” portions of virtual code into native code to speed execution.

  6. The compilation stage can produce either assembly code or an object file as output. Typically, the object code is all that is desired; it contains the binary machine code that is generated from compiling the C source. There are a few different relevant compiler options at this stage: clang -S sourcefile.c. Produces assembly code in sourcefile.s

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  8. Mar 18, 2024 · However, computers work with machine code, which people can hardly write or read. Thus, compilers translate the programming language’s source code to machine code dedicated to a specific machine. In this article, we’ll analyze the compilation process phases. Then, we’ll see the differences between compilers and interpreters.

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