- Use an enum of all field names instead of string literals
- Create a struct type with all fields optional instead of relying on
anonymous struct literals
This should provide better type inference, compile errors, and a
(subjectively) cleaner API.
Avoids a compile error from start.zig:
/home/kivikakk/zig/build/lib/zig/std/start.zig:265:28: error:
expected type 'u8', found 'i8'
return result;
^
/home/kivikakk/zig/build/lib/zig/std/start.zig:265:28: note:
unsigned 8-bit int cannot represent all possible signed 8-bit
values
return result;
- 1MiB objects on the stack doesn't play well with wasmtime.
Reduce these to 512KiB so that the webassembly benchmarks can run.
- Pass expected results to a blackBox() function. Without this, in
release-fast mode, the compiler could detected unused return values,
and would produce results that didn't make sense for siphash.
- Add AEAD constructions to the benchmarks.
- Inline chacha20Core() makes it 4 times faster.
- benchmarkSignatures() -> benchmarkSignature() for consistency.
* move SPU code from std to self hosted compiler
* change std lib comments to be descriptive rather than prescriptive
* avoid usingnamespace
* fix case style of error codes
* remove duplication of producer_string
* generalize handling of less than 64 bit arch pointers
* clean up SPU II related test harness code
This makes the `cache_hash` hash function easier to replace.
BLAKE3 would be a natural fit for hashing large files, but:
- second preimage resistance is not necessary for the cache_hash use cases
- our BLAKE3 implementation is currently very slow
Switch to SipHash128, which gives us an immediate speed boost.
* moved bpf syscall, added some bpf instructions and tests
* had to move bpf out of bits so that a freestanding target could import it
* removed line
* fixed imports
The `entry_point_command` is a replacement for `thread_command`, and
is used for main executables to specify the location of `main()`
entry point.
Signed-off-by: Jakub Konka <kubkon@jakubkonka.com>
SipHash *is* a cryptographic function, with a 128-bit security level.
However, it is not a regular hash function: a secret key is required,
and knowledge of that key allows collisions to be quickly computed offline.
SipHash is therefore more suitable to be used as a MAC.
The same API as other MACs was implemented in addition to functions directly
returning an integer.
The benchmarks have been updated accordingly.
No changes to the SipHash implementation itself.
The API of SinglyLinkedList was changed in 93384f7, removing the init
function as well as the redundant allocation helper functions.
This commit makes parallel changes to the API of TailQueue in order to
keep the standard library consistent.
- This avoids having multiple `init()` functions for every combination
of optional parameters
- The API is consistent across all hash functions
- New options can be added later without breaking existing applications.
For example, this is going to come in handy if we implement parallelization
for BLAKE2 and BLAKE3.
- We don't have a mix of snake_case and camelCase functions any more, at
least in the public crypto API
Support for BLAKE2 salt and personalization (more commonly called context)
parameters have been implemented by the way to illustrate this.
