cln 1.3.6-3 source package in Ubuntu
Changelog
cln (1.3.6-3) unstable; urgency=low * Fix FTBS on architectures where ASM is broken. -- Richard B. Kreckel <email address hidden> Mon, 06 Jan 2020 02:24:51 +0100
See full publishing history Publishing
| Series | Published | Component | Section |
|---|
Downloads
| File | Size | SHA-256 Checksum |
|---|---|---|
| cln_1.3.6-3.dsc | 1.8 KiB | d9c34528c67ed083ea0c2b8bb7dc86232363c387c9b54687e1508b6e76466eec |
| cln_1.3.6.orig.tar.bz2 | 1.3 MiB | f492530e8879bda529009b6033e1923c8f4aae843149fc28c667c20b094d984a |
| cln_1.3.6-3.debian.tar.xz | 6.3 KiB | 42d88b231a972cd22b0997546c334f14fa30a753e1f7d85487e8da7f21389a26 |
Available diffs
- diff from 1.3.6-1 to 1.3.6-3 (3.0 KiB)
- diff from 1.3.6-2 to 1.3.6-3 (809 bytes)
No changes file available.
Binary packages built by this source
- libcln-dev: Development library for Class Library for Numbers (c++)
CLN is a library for computations with all kinds of numbers. It has a
rich set of number classes, including integers (with unlimited precision),
reals with various precisions (including unlimited), rationals, complex
numbers and polynomials. The kernel is written in assembly language.
It uses garbage collection (automatic, without imposing any burden on the
main application). Many efficient algorithms (i.e. for all transcendental
functions) are implemented.
.
This package provides header files, a static library plus a manual.
- libcln6: Class Library for Numbers (C++)
CLN is a library for computations with all kinds of numbers. It has a
rich set of number classes, including integers (with unlimited precision),
reals with various precisions (including unlimited), rationals, complex
numbers and polynomials. The kernel is written in assembly language.
It uses garbage collection (automatic, without imposing any burden on the
main application). Many efficient algorithms (i.e. for all transcendental
functions) are implemented.
- libcln6-dbgsym: debug symbols for libcln6
- pi: Compute Archimedes' constant Pi to arbitrary precision
This program computes Archimedes' constant Pi to arbitrary precision.
It is extremely fast and the precision is only limited by your machine's
main memory.
.
This is a teaser for the CLN library, to which the actual computation is
delegated. You may use these decimal digits as random digits or search
them for hidden messages. :-)
- pi-dbgsym: debug symbols for pi
