Kompilasi Silang C dengan zig cc

Beyond Zig code, the toolchain includes a full C compiler. The zig cc command behaves like a drop-in for gcc or clang.

The same -target flag works for C. You can build a C program for another platform with zig cc from any host.

Zig bundles libc sources and headers for many targets, so it can cross-compile C without a separate cross toolchain installed.

Build systems that expect a CC variable accept zig cc directly. Set CC and existing projects compile through Zig.

Familiar compiler flags still apply. You add -O2, -I, or -l exactly as you would with clang or gcc.

For C++ sources, use the matching driver. zig c++ compiles and links C++ with the same cross-compilation powers.

The ABI field still picks the C library. Use musl for a portable static libc or gnu to match a glibc system.

You can compile C objects with zig cc and link them into a Zig program, sharing one compiler across both languages.

Because no per-target toolchain is needed, build pipelines stay simple. One Zig install can target every platform you ship.

zig cc reuses Zig's build cache, so repeated C compiles are fast and avoid redoing identical work between runs.

Under the hood zig cc drives a bundled Clang, so verbose output and standard diagnostics look familiar to anyone using LLVM.

Recall what makes zig cc handy for existing C projects.

You learned that zig cc is a drop-in C compiler that cross-compiles C, accepts normal flags, and needs no extra toolchain. ⚙️