./devel/pijul, Distributed version control system

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Branch: CURRENT, Version: 1.0.0.beta2nb1, Package name: pijul-1.0.0.beta2nb1, Maintainer: pkgsrc-users

Pijul is a version control system based on patches, that can mimic the
behaviour and workflows of both Git and Darcs, but contrarily to those
systems, Pijul is based on a mathematically sound theory of patches.

Pijul was started out of frustration that no version control system
was at the same time fast and sound:

- Git has non-associative merges, which might lead to security problems.
Concretely, this means that the commits you merge might not be the same as
the ones you review and test.

- Handling of conflicts: Pijul has an explicit internal representation of
conflicts, a rock-solid theory of how they behave, and super-fast data
structures to handle them.

- Speed! The complexity of Pijul is low in all cases, whereas previous
attempts to build a mathematically sound distributed version control
system had huge worst-case complexities. The use of Rust
additionally yields a blazingly fast implementation.


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   2023-10-25 00:11:51 by Thomas Klausner | Files touched by this commit (2298)
Log message:
*: bump for openssl 3
   2022-12-13 23:10:15 by Nikita | Files touched by this commit (6)
Log message:
devel/pijul: import pijul-1.0.0.beta2

Pijul is a version control system based on patches, that can mimic the
behaviour and workflows of both Git and Darcs, but contrarily to those
systems, Pijul is based on a mathematically sound theory of patches.

Pijul was started out of frustration that no version control system
was at the same time fast and sound:

- Git has non-associative merges, which might lead to security problems.
  Concretely, this means that the commits you merge might not be the same as
  the ones you review and test.

- Handling of conflicts: Pijul has an explicit internal representation of
  conflicts, a rock-solid theory of how they behave, and super-fast data
  structures to handle them.

- Speed! The complexity of Pijul is low in all cases, whereas previous
  attempts to build a mathematically sound distributed version control
  system had huge worst-case complexities. The use of Rust
  additionally yields a blazingly fast implementation.