If you are running Mac OS X, Cernlib is packaged under Fink by Remi Mommsen, with a small set of patches, mainly to allow the build infrastructure to recognize OS X. The packaging is split up into cernlib, a core set of Cernlib applications; cernlib-dev, the basic libraries and header files; cernlib-geant321, GEANT 3; cernlib-mclibs, the Monte Carlo libraries; and cernlib-paw++, the Paw++ program. These packages may only be available for OS X on PowerPC-based hardware.

This is a little more complicated since you won't have any Debian infrastructure tools. You will need the two files cernlib_2006.dfsg.2.orig.tar.gz and cernlib_2006.dfsg.2-2.diff.gz. Having downloaded these files to a working directory, run the following commands: gunzip -c cernlib_2006.dfsg.2.orig.tar.gz | tar xf - in question 2.

The Cernlib packages for sarge / etch / lenny / sid are official Debian packages, and available from your usual Debian mirror with "apt-get install cernlib". See the packages page for a complete list of individual packages; you may be able to save disk space by only installing the parts of Cernlib you specifically need. In particular, if you only want to do data analysis with PAW or Paw++, just run "apt-get install paw" (or paw++).

Just like any other source package on Debian. First, as root, install the packages required to build Cernlib: apt-get install build-essential fakeroot Then, reverting to a normal user, cd into a working directory and download the Debianized Cernlib source: apt-get source cernlib If you want to add additional compiler flags to the build process, edit debian/rules and add them to the declaration of the LOCAL_DEFINES Make variable.

Files under the directory /usr/local/ are not under the control of the Debian package management system. Therefore, it is good practice to place the source code for your program in /usr/local/src/. For example, you might extract the files for a package named "foo.tar" into the directory /usr/local/src/foo. After you compile them, place the binaries in /usr/local/bin/, the libraries in /usr/local/lib/, and the configuration files in /usr/local/etc/.

The version for a non-native Debian package looks like UpstreamVersion-DebianVersion for example: 2.8-1. In the diff.gz: These are the modifications you made to the package. It contains the debian directory and the modifications you made to the source tree, if any. In the orig.tar.gz: This is the upstream tarball. You should very rarely make changes to this file, and you should never ever make changes unless you explicitly understand why you are making them.

CERN has not explicitly issued any statement about the licensing of the rich set of documentation available on its web site. Without such a statement, Debian has no permission to distribute any of that documentation.

Debian GNU/Linux is distributed with keymaps for nearly two dozen keyboards, and with utilities (in the kbd package) to install, view, and modify the tables. Vast majority of the software we packaged supports entering non-US-ASCII characters used in other Latin languages (e.g. ISO-8859-1 or ISO-8859-2), and a number of programs support multi-byte languages such as Japanese or Chinese.

To run Xen and a single OS from a binary release you need install no extra packages. To build Xen, XenLinux and documentation from source you will need: make, libncurses5-dev, libncurses5, gcc, libc6-dev, zlib1g-dev, python, python-dev, python-twisted, openssl, openssl-dev, bridge-utils, iproute, libcurl3, libcurl3-dev, bzip2, module-init-tools, latex, latex2html, transfig, and tgif.

CERN supports building Cernlib under Linux only for the Intel x86-compatible and IBM PowerPC CPUs. With the Debian patches, Cernlib can be (and is) compiled under Linux for all 11 architectures supported by Debian. At least minimal testing has been done of the functionality of Debian's Cernlib on x86, PowerPC, Motorola 680x0 and Sun SPARC processor families. Cernlib is compiled into shared libraries as well as static. Shared libraries have several advantages over static ones.

There are several ways in which one could argue that CERN's official version of Cernlib is better. The most obvious is that a number of programs and libraries are missing from the Debian packages of Cernlib. Some of these are just seldom-used, except perhaps by a few people at CERN (which uses its own RedHat-based Linux distribution), so I saw no reason to package them for Debian. Others would require more effort to fix up until they were suitable for Debian than would be worthwhile.

No. However, there may be non-residential follow-up treatments for those who have previously taken a residential programme here.

Once the base system has been installed, you can complete the installation of your Debian GNU/Linux system by accessing packages on any (or several) of these media: dselect, Debian's user-interface program to its package system. (This will help you mount the device containing the Debian package files (if necessary), and then guide you through the selection of packages and their installation on your system.) Or, use dpkg directly to control the installation of individual packages.

Cernlib is a collection of libraries and analysis tools, mainly used by physicists, but potentially useful for anyone doing mathematical analyses. The best-known Cernlib software packages include MINUIT, a minimization routine; PAW and Paw++, graphical data analysis tools; and GEANT 3, a Monte Carlo package used to predict the behavior of subatomic and nuclear physics detectors. (GEANT 3 has been largely obsoleted by GEANT 4, which switched from use of FORTRAN to C++.

Please see http://www.debian-multimedia.org/ for the latest details. Packages for stable (etch), testing (lenny) and unstable (sid) are provided.

For more detailed description on this, read the New Maintainers' Guide, available in the maint-guide package, or at http://www.debian.org/doc/devel-manuals#maint-guide. previous ] [ Contents ] [ 1 ] [ 2 ] [ 3 ] [ 4 ] [ 5 ] [ 6 ] [ 7 ] [ 8 ] [ 9 ] [ 10 ] [ 11 ] [ 12 ] [ 13 ] [ 14 ] [ 15 ] [ 16 ] [ next ]

There is a tool called "Alien" which converts Debian packages (.deb) to RedHat packages (.rpm) and vice-versa. See http://kitenet.net/programs/alien/ It would be advisable that you do not install packages which have been converted from other formats on your RedHat system. The reason being that no two Linux distributions follow the same conventions with respect to the directory structure and file locations. You can most certaily find RPMS for most packages at http://www.rpmfind.net

We welcome applications from people whose first language is not English. Non-native speakers should possess a high standard of both written and spoken English. As a general guide, a TOEFL score of at least 575 is acceptable as is a pass at C.A.E. (Certificate in Advanced English or C.P.E. (Certificate of Proficiency in English) level.

Invasive plants can cause competition for nutrients, light and space and can alter plant populations and communities in terrestrial and freshwater situations.

Here you go: http://linux-vserver.derjohn.de/ . There is also some stuff on backports.org, but my kernels are always 'devel' branch.

Yes indeed, that's part of the design of the distro. For versions up to and including 2.0, you need to enable a repository like the following: in /etc/apt/sources.list.d/64studio.list where 'uk' is your local Debian mirror, listed here: http://www.debian.org/mirror/list

Vacations-Hawaii must pay for each seat on the aircraft even if it is empty. If for some reason you must cancel within 21 days of departure and we are unable to fill the aircraft, we cannot refund your payment. (This is clearly stated in the Tour Participants Agreement.) We are pleased to offer optional Cancellation Insurance at a very reasonable cost. This insurance covers the cost of your travel package in the event that you must cancel. (Some restrictions apply.)

Debian created by the Debian project, is a widely used distribution of free software developed through the collaboration of volounteers from around the world.

Natives have incredible root systems that support the plants in times of drought. Compared to the roots of most non-natives, warm season grasses and flowers have a deep, extensive root system which helps absorb moisture and prevent erosion. Many species of prairie plants have roots that extend between four and eight feet into the soil while cool season non-native grasses such as Kentucky blue grass and smooth brome only extend a few inches into the soil.

Perhaps the most damaging bilingual parenting myth, which prevents many qualified parents from thinking they are qualified to raise bilingual children, is the myth that you should be a native speaker of a language to teach that language effectively to your children. You do not have to be a native speaker of a foreign language to teach that language to your children. Nor do you have to be living in a country where that language is spoken to teach it to your children.

No. The bison, as an example, are a part of the cultural fabric of the Island and based on a scientific study, the Conservancy manages the herd at between 150 and 200 animals, which is healthy both for the herd and the Island ecosystem. Further, the Conservancy has no plan to ban pets from the portion of the Island it stewards, but rather, to work collaboratively with stakeholders to minimize negative impacts to wildlife at the places where pets and wildlife may come in contact.

No. Besides not having jurisdiction over portions of the Island it doesn’t steward, the Conservancy could not get rid of all the non-native plants on the Island if it wanted to; there are too many with too wide a range to eradicate. What the Conservancy has done is to map non-native plants and to rank them, with the most highly invasive and easiest to eradicate or control being at the top of the list.