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libcolord-gtk4-1t64

GTK4 convenience library for interacting with colord

colord is a system service that makes it easy to manage, install and generate colour profiles to accurately colour manage input and output devices.

elfkickers

collection of programs that access and manipulate ELF files

This distribution is a collection of programs that are generally unrelated, except in that they all deal with the ELF file format.

gobjc-14-multilib-powerpc64-linux-gnu

GNU Objective-C compiler (multilib support) (cross compiler for ppc64 architectu

This is the GNU Objective-C compiler, which compiles Objective-C on platforms supported by the gcc compiler.

libexecs1

C library for commands execution

s2argv converts a command string into an argv array for execv, execvp, execvpe. execs is like execv taking a string instead of an argv. Similarly execsp and execspe are the counterpart of execvp and execvpe, respectively, using command strings. coprocv, coprocvp, coprocvpe, coprocs, coprocsp execute a command in coprocessing mode. The following functions all work without using a shell: esystem, system_eexecsp execute a command with its arguments from a string. popen_nosh, popen_execsp and pclose_nosh pipe stream to or from a process. system_nosh executes a command with its arguments from a string.

gobjc-14-arm-linux-gnueabi

GNU Objective-C compiler for the arm-linux-gnueabi architecture

This is the GNU Objective-C compiler for the arm-linux-gnueabi architecture, which compiles Objective-C on platforms supported by the gcc compiler. It uses the gcc backend to generate optimized code.

libtaktuk3t64

C bindings for taktuk

TakTuk allows one to execute commands in parallel on a potentially large set of remote nodes (using ssh to connect to each node). It is typically used inside high performance computing clusters and grids. It uses an adaptive algorithm to efficiently distribute the work and sets up an interconnection network to transport commands and perform I/Os multiplexing. It doesn't require any specific software on the nodes thanks to a self-propagation algorithm.