using the provided -L directories before checking if we need to integrate
with system library paths. This prevents false positive of invoking
system cc to find native paths when in fact all dependencies are
satisfied by -L (or --search-prefix to zig build).
* build.zig: remove detour through zig0. I'll add it back as an option
later. This means you can build stage1 with a freshly built zig
without detouring through zig0 again.
* remove unused file windows_script.bat
* drone.yml: remove unnecessary steps
* ninja doesn't need a jobs parameter
* build the release version of zig with zig build instead of cmake.
* build stage2 with -Dstatic-llvm -Duse-zig-libcxx
* Test everything on the Linux CI even if we can't run it, because it's
our fastest machine.
* Test stage2 using a build of stage2 (instead of using `-fno-stage1`)
so that compiler-rt is also built with stage2.
* Additionally test running x86_64-macos on the macOS CI, both the LLVM
backend and x86_64 backend.
- Correctly load slice value on stack
- Implement WrapErrorUnionErr and payload
- Implement trunc, fix sliceLen and write undefined
- Implement slice as return type and argument
Note: This also fixes a memory leak for inferred error sets, and for usingnamespace
This reverts commit 725267f7c20f0ba588b472048a8c1fe1a328c714, reversing
changes made to 2dae860de3494f97c9477af9282fe0131ff5c4cb.
This test is failing:
```zig
pub fn main() u8 {
var e = foo();
const i = e catch 69;
return i;
}
fn foo() anyerror!u8 {
return 5;
}
```
It's returning 69 instead of the expected value 5.
from zig-specific options to generally recognized zig build options that
any project can take advantage of. See the updated usage text for more
details.
