#!/usr/bin/env python __author__ = "James Radtke" __copyright__ = "Copyright 2013, Linux Revolution" __credits__ = ["James Radtke"] __license__ = "GPL" __version__ = "0.0.1" __date__ = "20130108" __maintainer__ = "James Radtke" __email__ = "james.radtke@linuxrevolution.com" __status__ = "Development" import commands from os import path, access, R_OK # W_OK for write permission. # First, see if FILE exists FILE='/tmp/test' if path.exists(FILE) and path.isfile(FILE) and access(FILE, R_OK): print "File: " + FILE + " exists" else: print "ERROR: " + FILE + " File is missing or is not readable" # See if process is running PROCNAME = 'bash' OUTPUT = commands.getoutput('ps -A') if PROCNAME in OUTPUT: print "Process " + PROCNAME + " was running" else: print print "ERROR: Process " + PROCNAME + " was running"
Preface: I have certainly not exhaustively tested this process. I had a specific need and found a specific solution that worked. Situation: I was issued a shiny new laptop running Red Hat Enterprise Linux 7 (with Corp VPN, certs, Authentication configuration, etc...) The image was great, but I needed more flexibility on my bare metal. So, my goal was to P2V the corporate image so I could just run it as a VM. * Remove corporate drive and install new SSD * install corp drive in external USB-3 case * Install RHEL 7 on new SSD * dd old drive to a disk-image file in a temp location which will be an image which is the same size as your actual drive (unless you have enough space in your destination to contain a temp and converted image) * convert the raw disk-image to a qcow file while pushing it to the final location - this step should reduce the disk size - however, I believe it will only reduce/collapse zero-byte blocks (not just free space - i.e. if you de...
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