Overview Mozilla Firefox for AIX is an Open Source Web Browser. It delivers helpful new features and continues to lead the way in on-line security. It implements technologies like the Gecko layout engine, and supports Web standards or draft standards like HTML, XHTML, XML, CSS, DOM, and many more . Version of Firefox Mozilla Firefox with version 188.8.131.52 can be installed in AIX 5.3 and later. Installation Procedure The following rpm s are the pre requisites for Firefox(64 bit). These packages will be available from the AIX Toolbox for Linux Applications CD/DVD. Before installing the prerequisites check the availability of 150MB free space on the /opt file system. atk-1.12.3-2.aix5.2.ppc.rpm cairo-1.8.8-1.aix5.2.ppc.rpm expat-2.0.1-1.aix5.2.ppc.rpm fontconfig-2.4.2-1.aix5.2.ppc.rpm freetype2-2.3.9-1.aix5.2.ppc.rpm gettext-0.10.40-6.aix5.1.ppc.rpm glib2-2.12.4-2.aix5.2.ppc.rpm gtk2-2.10.6-4.aix5.2.ppc.rpm libjpeg-6b-6.aix5.1.ppc.rpm libpng
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Usefull Commands for AIX =================== bootinfo –r shows available RAM in KB lsattr –E l sys0 –a realmem shows available RAM in KB rmss -c 512 To change the memory size to 512 MB rmss -r resets the memory size to the original value lsattr -El en0 shows en0 driver params lsattr -El ent0 shows ent0 HW params lsattr -El rmt0 shows tape params lscfg -vpl rmt0 shows information about the tape drive lsattr -El sys0 shows system type, firmware, etc driver params lscfg –v lists all system HW configuration lsdev –C sscsi list all scsi devices lsdev –C spci list all pci devices lsparent –Ck scsi list all scsi adapters cfgmgr To onfigure devices lsdev –Cc disk Shows all disks lsdev –Cc tape Shows all tapes cfgmgr -vl < device > –v Specifies verbose output. The cfgmgr command shows information about what it is doing. cfgmgr -vl < device > Here <device> is a particular dev
Swap space is the second type of memory in modern Linux systems. The primary function of swap space is to substitute disk space for RAM memory when real RAM fills up and more space is needed. Linux uses swap space to increase the amount of virtual memory available to a host. It can use one or more dedicated swap partitions or a swap file on a regular filesystem or logical volume. Now we are going to check: • Current swap space in the system. • How to identify swap volumes in the system. • How to increase the size of swap volume. • How to add one more swap device to system. This documentation is based on the test done in a CentOS 4.18.0-80.el8.x86_64 machine. The same procedure can be applied on RHEL 8 as well. We follow the LVM method to manage the volumes here though a normal partition also can be used for swap. We will see both the options here when we add another device as a swap volume. How to check the cu
Network Time Protocol is used in systems to get the clock synced between them. All systems will sync their clock with NTP server is they are configured to do so. In RHEL8 or CentOS 8 it is achieved through “ chronyd ”. The “ chronyd ” daemon can be managed by the command “ chronyc ”. Below steps involve in configuring NTP through chronyd in linux systems. · Install the necessary packages. · Configure chrony service to sync with NTP server. · Set NTP synchronization. · Enable necessary firewall rules. · Enable and start chronyd service. Installation of chrony on RHEL8 or CentOS8. The below command helps to install chronyd in RHEL/CentOS 8. [root@system1 ~]# yum install chrony -y Chrony (NTP) server configuration The main configuration file for “ chronyd ” is /etc/chrony.conf . [root@system1 ~]# vim /etc/chrony.conf Below the minimum details to be set in the chrony.conf file. · pool 2.centos.pool.ntp.org iburst # The name of the pool wh
Dear Unix Administrators, A warm welcome to my blog which is a helping tool for Unix administrators. The main discussion topics over here are AIX and Linux platforms. We are going to put the details of AIX, Linux and their related topics on DevOps over here, as much as possible. Please read through it, give your valuable comments and feedback to identify the improvement opportunities. You may suggest the new topics for discussion as well. Your feedback is most valuable for us to support you better. You shall give it through either the comment session on each blog page, as an email or through our helpdesk. Please visit our contact page to get the details or mail ID and helpdesk. Well, Thanks for your interest in learning and reading this blog. Reach out to us for any help related to Unix Administration. Happy Learning.. Thank you, IT Consulting Team
How to manage Linux systems through web browser (cockpit for Linux): CentOS 7, CentOS 8, RHEL 7, RHEL 8, Fedora, Ubuntu and Debian systems.
Cockpit is a web accessible interactive admin interface for Linux machines. Cockpit can usually be accessed on port 9090 of the machine it's installed on. The cockpit-ws web service listens on port 9090 and is started on demand by systemd . The Cockpit web service authenticates the user, loads Cockpit into the browser, and starts cockpit-bridge in a Linux user session. The cockpit-bridge provides Cockpit in the web browser with access to the system APIs. It does this over its standard in and standard out. Cockpit can be installed in the following Operating systems. Please not that this list is where I installed and tested, that does not mean that it will not work on other Operating Systems. RHEL 7 & RHEL 8 CentOS 7 & CentOS 8 Ubuntu Debian Cockpit is a very helpful tool which can be used to access the Linux servers through a web browser and do all kind of administration tasks. Some of the main features of Cockpit are:
Most often we see that the utilization of file systems grows up and we need to do some sort of housekeeping in the file system. Mainly we identify which file consumes more space in the file systems. Sometimes we see chunk of files with small size of single file with more size consume more space in the file systems. In either situation our goal is to find out what is consuming more space, identify the necessity of those files in the file system and decide to housekeep the file system by removing the unwanted files. Here are some ways to find the big files in a directory. People mostly use the below steps to identify the big files in a directory. 1. By using “ du ” command. 2. By using “ find ” command By using “du” command. Eg . # du -a / Here “ du ” command will look for all the files in the directory including filesystems mounted on directories under “ / ” directory and list them with their size on kilo bites (KB). If you want to sort
Most of the Unix administrators love to work with command line and it is the most convenient way to work with Unix systems. There were occasions where we had to invoke the GUI for some applications to work with it like, invoke a Firefox browser to browse the internet through Unix systems, install an application in GUI mode etc. Here I am going to describe how can we address such situations by invoking GUI over CLI. Assumptions: You have an AIX system with remote connection through ssh. You need to invoke the GUI of an application through Xming or MobaXterm – a DISPLAY server. X Window in AIX server Minimum installation for X Window includes below filesets: X11.base.lib X11.base.rte X11.apps.config X11.apps.clients (optional to run xclock program – in this case, just for testing purpose) Install the above-mentioned packages to invoke the GUI remotely through command line. Connect through SSH X11 port forwarding On the
Minimum requirements to connect a server remotely to access GUI are: 1. Display server running in your workstation (I used MobaXterm. Software like Xming and VNC clients are also can be used.) 2. Server running with GNOM workstation and VNC server. As I mentioned above, I have “MobaXterm” installed in my laptop that will work as a display server to connect my CentOS or RHEL server remotely. You may download it from here . It is very easy to use. If you have restrictions to install it in your laptop, then you can use the portable version of it. It can be just executed like PuTTy. To make sure my CentOS or RHEL server running with Desktop software, I use below commands to install them. In CentOS 7 or RHEL 7: [root@labsrv1 ~]# yum groupinstall “GNOME Desktop” In CentOS 8 or RHEL 8: [root@labsrv1 ~]# yum groupinstall "Server with GUI To install the VNC server, use the below command. Install its dependencies as well, if it prompts for the same.
Time zone is managed by a command called “ timedatectl ” provided by the package “ systemd-239-13.el8.x86_64”. To check the current time zone details: [root@system1 ~]# timedatectl Local time: Tue 2019-12-17 19:35:07 EAT Universal time: Tue 2019-12-17 16:35:07 UTC RTC time: Tue 2019-12-17 16:35:07 Time zone: Africa/Nairobi (EAT, +0300) System clock synchronized: no NTP service: active RTC in local TZ: no [root@system1 ~]# Now decide which time zone to be used and list it from the available zones by: [root@system1 ~]# timedatectl list-timezones There are around 426 time zones available in the system running with OS “ CentOS Linux release 8.0.1905 (Core)”. To search the exact time zone you need use grep command with the above command as below. In this case I am going to set IST as the time zone and trying to find the zones under “/Kolkata” using: [r