Andrew Kelley c8531faaf5 stage2: hash/eql of fixed-size floats use bit pattern
Zig guarantees the memory layout of f16, f32, f64, f80, and f128 which
means for generic function purposes, values of these types need to be
compared on the basis of their bits in memory. This means nan-packing
can be used with generic functions, for example.

For comptime_float, the sign is observable, whether it is nan is
observable, but not any more kinds of bit patterns are observable.

This fixes the std.fmt tests that check printing "-nan".
2022-06-30 00:54:03 -07:00
2021-10-01 16:07:42 -07:00
2021-06-25 12:46:23 +03:00
Y++
2021-12-31 19:58:21 -05:00

ZIG

A general-purpose programming language and toolchain for maintaining robust, optimal, and reusable software.

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Installation

License

The ultimate goal of the Zig project is to serve users. As a first-order effect, this means users of the compiler, helping programmers to write better software. Even more important, however, are the end-users.

Zig is intended to be used to help end-users accomplish their goals. Zig should be used to empower end-users, never to exploit them financially, or to limit their freedom to interact with hardware or software in any way.

However, such problems are best solved with social norms, not with software licenses. Any attempt to complicate the software license of Zig would risk compromising the value Zig provides.

Therefore, Zig is available under the MIT (Expat) License, and comes with a humble request: use it to make software better serve the needs of end-users.

This project redistributes code from other projects, some of which have other licenses besides MIT. Such licenses are generally similar to the MIT license for practical purposes. See the subdirectories and files inside lib/ for more details.

Description
Replacing zig1.wasm with a C program (see stage0/).
Readme MIT 388 MiB
Languages
Zig 96.3%
C 2.7%
C++ 0.6%
Python 0.1%