How to Install and Uninstall casc-devel.noarch Package on CentOS Stream 9
Last updated: November 24,2024
1. Install "casc-devel.noarch" package
Please follow the guidelines below to install casc-devel.noarch on CentOS Stream 9
$
sudo dnf update
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$
sudo dnf install
casc-devel.noarch
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2. Uninstall "casc-devel.noarch" package
Please follow the instructions below to uninstall casc-devel.noarch on CentOS Stream 9:
$
sudo dnf remove
casc-devel.noarch
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$
sudo dnf autoremove
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3. Information about the casc-devel.noarch package on CentOS Stream 9
Last metadata expiration check: 0:14:53 ago on Sat Mar 16 16:03:45 2024.
Available Packages
Name : casc-devel
Version : 1.0.5
Release : 1.el9
Architecture : noarch
Size : 47 k
Source : casc-1.0.5-1.el9.src.rpm
Repository : epel
Summary : Colored Abstract Simplicial Complex (CASC) Library
URL : https://github.com/ctlee/casc
License : LGPLv2+
Description : CASC is a modern and header-only C++ library which provides a data structure to
: represent arbitrary dimension abstract simplicial complexes with user-defined
: classes stored directly on the simplices at each dimension. This is achieved by
: taking advantage of the combinatorial nature of simplicial complexes and new
: C++ code features such as: variadic templates and automatic function return
: type deduction. Essentially CASC stores the full topology of the complex
: according to a Hasse diagram. The representation of the topology is decoupled
: from interactions of user data through the use of metatemplate programming.
Available Packages
Name : casc-devel
Version : 1.0.5
Release : 1.el9
Architecture : noarch
Size : 47 k
Source : casc-1.0.5-1.el9.src.rpm
Repository : epel
Summary : Colored Abstract Simplicial Complex (CASC) Library
URL : https://github.com/ctlee/casc
License : LGPLv2+
Description : CASC is a modern and header-only C++ library which provides a data structure to
: represent arbitrary dimension abstract simplicial complexes with user-defined
: classes stored directly on the simplices at each dimension. This is achieved by
: taking advantage of the combinatorial nature of simplicial complexes and new
: C++ code features such as: variadic templates and automatic function return
: type deduction. Essentially CASC stores the full topology of the complex
: according to a Hasse diagram. The representation of the topology is decoupled
: from interactions of user data through the use of metatemplate programming.