./devel/spin, Formal correctness prover

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Branch: pkgsrc-2017Q3, Version: 5.2.5, Package name: spin-5.2.5, Maintainer: agc

To verify a design, a formal model is built using PROMELA, Spin's
input language. PROMELA is a non-deterministic language, loosely
based on Dijkstra's guarded command language notation and borrowing
the notation for I/O operations from Hoare's CSP language.

Spin can be used in four main modes:

1. as a simulator, allowing for rapid prototyping with a random,
guided, or interactive simulations

2. as an exhaustive verifier, capable of rigorously proving the
validity of user specified correctness requirements (using partial
order reduction theory to optimize the search)

3. as proof approximation system that can validate even very large
system models with maximal coverage of the state space.

4. as a driver for swarm verification (a new form of swarm
computing), which can make optimal use of large numbers of available
compute cores to leverage parallelism and search diversification
techniques, which increases the chance of locating defects in very
large verification models.

Master sites:

SHA1: 274649628c0c8ae3414b863c27a1b8d98a8e9921
RMD160: 8d01f8dd0da8c8013fbb8c6d6e9a8c40b8c5f33f
Filesize: 403.717 KB

Version history: (Expand)