Making PBS Pro Docker container Mirroring

making PBS Pro Docker container mirroring first prepare a dockerfile, the content is as follows, actually uses the CentOS7.2 mirror image

From Docker.io/centos

maintainer fanbin Kong "kongxx@hotmail.com"

RUN yum install-y sudo tar wget openssh-server Openssh-clients OpenSSL openssl-devel 
RUN yum install-y gcc make rpm-build libtool hwloc-devel \
      libx11-devel li Bxt-devel libedit-devel libical-devel \
      ncurses-devel perl postgresql-devel python-devel tcl-devel \
      tk-devel Swig expat-devel libxext libxft autoconf automake
RUN yum install-y expat libedit postgresql-server python sendmail t CL tk libical

RUN sed-i ' s/usepam yes/usepam no/g '/etc/ssh/sshd_config
run echo ' Root:letmein ' | chpasswd
RU N useradd admin
run echo "Admin:admin" | chpasswd
Run echo "admin   all= (All)       Nopasswd:all" >> Etc/sudoers

Run ssh-keygen-t dsa-f/etc/ssh/ssh_host_dsa_key
run ssh-keygen-t rsa-f Key
run mkdir/var/run/sshd

ADD setup.sh/root/setup.sh
run chmod +x/root/setup.sh

expose 22
CMD ["/usr/sbin/sshd", "D"]

Install script

Create a setup.sh file in the Docker sibling directory, because PBS Pro needs to compile and produce files related to the machine name, so the PBS Pro is not built into the Docker mirror (in fact, by modifying some files can be done in the mirror), Instead, it is installed in a container through an installation foot.

#!/bin/sh

pbs_master=pbsmaster

Install () {
    wget-c https://github.com/PBSPro/pbspro/archive/ v14.1.0.tar.gz
    tar zxvf v14.1.0.tar.gz
    cd pbspro-14.1.0 &&/autogen.sh &&/configure- Prefix=/opt/pbs && make && make install
    /opt/pbs/libexec/pbs_postinstall
    chmod 4755/opt/pbs/ SBIN/PBS_IFF/OPT/PBS/SBIN/PBS_RCP
}

Master () {
    install
    sed-i "1cpbs_server=${pbs_master}"/etc/ pbs.conf 
    sed-i ' s/pbs_start_mom=0/pbs_start_mom=1/g '/etc/pbs.conf
}

Slave () {
    Install
    Sed-i "1cpbs_server=${pbs_master}"/etc/pbs.conf
    sed-i ' s/pbs_start_server=1/pbs_start_server=0/g '/etc/ pbs.conf
    sed-i ' s/pbs_start_sched=1/pbs_start_sched=0/g '/etc/pbs.conf
    sed-i ' S/pbs_start_comm=1/pbs_ Start_comm=0/g '/etc/pbs.conf
    sed-i ' s/pbs_start_mom=0/pbs_start_mom=1/g '/etc/pbs.conf
}

$*

Generating Docker mirrors

sudo docker build-t pbs:v1.

running the Docker container Master

$ sudo docker run--privileged--name pbsmaster-h pbsmaster-d-P PBS:V1

Log in to the container as root and perform the installation

#./setup Master

slave

$ sudo docker run--privileged--name pbsslave-h pbsslave-d-P PBS:V1

Log in to the container as root and perform the installation

#./setup Slave

Modify the/etc/hosts files for master and slave nodes so that two machines can access each other start PBSRun on master and slave nodes, respectively

#/ETC/INIT.D/PBS Start

The master node will slave nodes if the cluster

# . /etc/profile.d/pbs.sh

# Add slave node to cluster
# qmgr-c ' Create node Pbsslave '

TestLog on to the master node as Admin user

$ . /etc/profile.d/pbs.sh

# View node status
$ pbsnodes-a

# Submit Job
$ Echo ' sleep 123 ' | qsub

# View Job
$ qstat-a

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This article link: http://blog.csdn.net/kongxx/article/details/52704468