Ubuntu
libbitmask package

libbitmask 2.0-3 source package in Ubuntu

Changelog

libbitmask (2.0-3) unstable; urgency=medium

  * Fix uses-deprecated-compression-for-data-tarball
    Closes: #833235
  * Standards version is 3.9.3

 -- Anibal Monsalve Salazar <email address hidden>  Mon, 21 Nov 2016 12:41:39 +0000

Upload details

Uploaded by:
Anibal Monsalve Salazar
Uploaded to:
Sid
Original maintainer:
Anibal Monsalve Salazar
Architectures:
any
Section:
libs
Urgency:
Medium Urgency

See full publishing history Publishing

Series Pocket Published Component Section
Focal release universe libs
Bionic release universe libs

Downloads

File Size SHA-256 Checksum
libbitmask_2.0-3.dsc 1.8 KiB 186a185decb816c80761bb10910f60a9ee63508496ca763aad04e432101dbfde
libbitmask_2.0.orig.tar.bz2 91.3 KiB 521d12aac2f8d4416bae1aeabd583320137b11f6057db016765cc4cfa5957abf
libbitmask_2.0-3.debian.tar.xz 3.1 KiB a7ddd8d4ae6c3f2b373b079757fbf3d11c1c5ba9ec97b661d9fdadcfdd78440b

Available diffs

No changes file available.

Binary packages built by this source

libbitmask-dev: header files and docs for libbitmask

 Contains the header files and documentation for libbitmask
 for use in developing applications that use the libbitmask library.
 .
 This Bitmask library supports multi-word bitmask operations for
 applications programmed in 'C'. It works in conjunction with recent
 Linux kernel support for processor and memory placement on
 multiprocessor SMP and NUMA systems. The cpuset library, being
 developed in parallel, depends on this bitmask library.
 .
 Bitmasks provide multi-word bit masks and operations thereon to do
 such things as set and clear bits, intersect and union masks,
 query bits, and display and parse masks.
 .
 The initial intended use for these bitmasks is to represent sets of
 CPUs and Memory Nodes, when configuring large SMP and NUMA systems.
 However there is little in the semantics of bitmasks that is
 specific to this particular use, and bitmasks should be usable for
 other purposes that had similar design requirements.
 .
 These bitmasks share the same underlying layout as the bitmasks
 used by the Linux kernel to represent sets of CPUs and Memory
 Nodes. Unlike the kernel bitmasks, these bitmasks use dynamically
 allocated memory and are manipulated via a pointer. This enables a
 program to work correctly on systems with various numbers of CPUs
 and Nodes, without recompilation.
 .
 There is a related cpuset library which uses the bitmask type
 provided here to represent sets of CPUs and Memory Nodes. The
 internal representation (as an array of unsigned longs, in little
 endian order) is directly compatible with the sched_setaffinity(2)
 and sched_getaffinity(2) system calls (added in Linux 2.6).

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