Derleyici Hatalarını Okuma

Zig's compiler errors are precise and friendly. Instead of fearing them, learn to read them; they usually point straight at the fix.

A Zig error starts with the file, line, and column, then the message. That location tells you exactly where to look first.

Below the message, Zig prints the offending line and a caret underneath the exact spot. Your eyes go right to the problem.

Zig treats an unused local or import as an error, not a warning. This keeps code honest, with no dead bindings lingering around.

If you truly want to ignore a value, assign it to _, the discard identifier. That tells Zig the unused value was intentional.

When types clash, Zig names both the expected and the found type. Reading them side by side reveals the conversion you missed.

After an error, Zig may print note lines. These extra hints explain related details, like where a type was first declared.

One mistake often triggers several messages. Fix the first error, recompile, and many later complaints frequently disappear on their own.

These messages appear at compile time, before your program ever runs. Catching mistakes early is exactly why Zig is so strict.

For deeper issues, Zig shows a reference trace of how the compiler reached the faulty code, like a call path back to the cause.

Always read an error block from the top down. The headline states the problem; the notes and trace below it explain the why.

Zig reports an unused local variable, but you intended to ignore it. What is the idiomatic fix?

You can now decode Zig errors: read location and caret, fix the first one, use notes for context, and discard with underscore when needed. ✅