# Copyright (c) 2008 - OpenSLX GmbH
#
# This program is free software distributed under the GPL version 2.
# See http://openslx.org/COPYING
#
# If you have any feedback please consult http://openslx.org/feedback and
# send your suggestions, praise, or complaints to feedback@openslx.org
#
# General information about OpenSLX can be found at http://openslx.org/
# -----------------------------------------------------------------------------
# vmware.pm
# - declares necessary information for the vmware plugin
# -----------------------------------------------------------------------------
package OpenSLX::OSPlugin::vmware;
use strict;
use warnings;
use base qw(OpenSLX::OSPlugin::Base);
use File::Basename;
use File::Path;
use OpenSLX::Basics;
use OpenSLX::Utils;
sub new
{
my $class = shift;
my $self = {
name => 'vmware',
};
return bless $self, $class;
}
sub getInfo
{
my $self = shift;
return {
description => unshiftHereDoc(<<' End-of-Here'),
!!! descriptive text missing here !!!
End-of-Here
mustRunAfter => [],
};
}
sub getAttrInfo
{
# returns a hash-ref with information about all attributes supported
# by this specific plugin
my $self = shift;
# This default configuration will be added as attributes to the default
# system, such that it can be overruled for any specific system by means
# of slxconfig.
return {
# attribute 'active' is mandatory for all plugins
'vmware::active' => {
applies_to_systems => 1,
applies_to_clients => 0,
description => unshiftHereDoc(<<' End-of-Here'),
should the 'vmware'-plugin be executed during boot?
End-of-Here
content_regex => qr{^(0|1)$},
content_descr => '1 means active - 0 means inactive',
default => '1',
},
# attribute 'precedence' is mandatory for all plugins
'vmware::precedence' => {
applies_to_systems => 1,
applies_to_clients => 0,
description => unshiftHereDoc(<<' End-of-Here'),
the execution precedence of the 'vmware' plugin
End-of-Here
content_regex => qr{^\d\d$},
content_descr => 'allowed range is from 01-99',
default => '70',
},
# attribute 'imagesrc' defines where we can find vmware images
'vmware::imagessrc' => {
applies_to_systems => 1,
applies_to_clients => 1,
description => unshiftHereDoc(<<' End-of-Here'),
Where do we store our vmware images? NFS? Filesystem?
End-of-Here
content_descr => 'Allowed values: path or URI',
default => '',
},
# attribute 'bridge' defines if bridged network mode should be
# switched on
'vmware::bridge' => {
applies_to_systems => 1,
applies_to_clients => 1,
description => unshiftHereDoc(<<' End-of-Here'),
Should the bridging (direct access of the vmware clients
to the ethernet the host is connected to) be enabled
End-of-Here
content_descr => 'Allowed values: 0 or 1',
default => '1',
},
# attribute 'vmnet1' defines if the host connection network mode
# should be switched on and NAT should be enabled
'vmware::vmnet1' => {
applies_to_systems => 1,
applies_to_clients => 1,
description => unshiftHereDoc(<<' End-of-Here'),
Format ServerIP/Netprefix without NAT
Format ServerIP/Netprefix,NAT enables NAT/Masquerading
End-of-Here
content_descr => 'Allowed value: IP/Prefix[,NAT]',
default => '192.168.101.1/24,NAT',
},
# attribute 'vmnet8' defines if vmware specific NATed network mode
# should be switched on
'vmware::vmnet8' => {
applies_to_systems => 1,
applies_to_clients => 1,
description => unshiftHereDoc(<<' End-of-Here'),
Format ServerIP/Netprefix
End-of-Here
content_descr => 'Allowed value: IP/Prefix',
default => '192.168.102.1/24',
},
# is to be discussed how to handle this - there is no single set of
# vmware files!! -> to be moved to vmwarebinaries plugin!?
# attribute 'binaries' defines whether or not VMware binaries shall
# be provided (by downloading them).
#'vmware::binaries' => {
# applies_to_vendor_os => 1,
# applies_to_systems => 0,
# applies_to_clients => 0,
# description => unshiftHereDoc(<<' End-of-Here'),
# Shall VMware binaries be downloaded and installed?
# End-of-Here
# content_regex => qr{^(0|1)$},
# content_descr => 'Allowed values: 0 or 1',
# default => '0',
#},
# attribute 'kind' defines which set of VMware binaries should be
# activated ('local' provided with the main installation set).
'vmware::kind' => {
applies_to_vendor_os => 0,
applies_to_systems => 1,
applies_to_clients => 1,
description => unshiftHereDoc(<<' End-of-Here'),
Which set of VMware binaries to use?
End-of-Here
content_regex => qr{^(0|1)$},
content_descr => 'Allowed values: local, path to vmware installation',
default => 'local',
},
};
}
sub installationPhase
{
my $self = shift;
$self->{pluginRepositoryPath} = shift;
$self->{pluginTempPath} = shift;
$self->{openslxPath} = shift;
$self->{attrs} = shift;
# location of the vmware stuff
# if $vmware::kind 'local'
my $vmpath = "/usr/lib/vmware";
my $vmbin = "/usr/bin";
# if $vmware::kind '/opt/openslx/plugin...'
#my $vmpath = $vmware::kind
#my $vmbin = "$vmpath/bin";
# get path of files we need to install
my $pluginFilesPath = "$self->{'openslxPath'}/lib/plugins/$self->{'name'}/files";
# copy all needed files
my @files = qw( vmware-init nvram.5.0 runvmware-v2 );
foreach my $file (@files) {
copyFile("$pluginFilesPath/$file", $self->{'pluginRepositoryPath'});
}
# generate the runlevel script (depends on distro/version and vmware location)
# TODO: the path to the runlevel directory is distro specific!!
rename ("/etc/init.d/vmware", "/etc/init.d/vmware.slx-bak");
$self->_writeRunlevelScript($vmbin, "/etc/init.d/vmware");
# generate links for the user executables vmware and player and a
# simplified version of the start script
@files = qw( vmware vmplayer );
foreach my $file (@files) {
rename ("/usr/bin/$file", "/usr/bin/$file.slx-bak");
linkFile("/var/X11R6/bin/$file", "/usr/bin/$file");
my $script = unshiftHereDoc(<<" End-of-Here");
#!/bin/sh
# written by OpenSLX-plugin 'vmware' in Stage1
# radically simplified version of the original script $file by VMware Inc.
PREFIX=$vmpath # depends on the vmware location
exec "\$PREFIX"'/lib/wrapper-gtk24.sh' \
"\$PREFIX"'/lib' \
"\$PREFIX"'/bin/vmware' \
"\$PREFIX"'/libconf' "$@"
End-of-Here
spitFile("$self->{'pluginRepositoryPath'}/$file", $script);
}
}
sub removalPhase
{
my $self = shift;
my $pluginRepositoryPath = shift;
my $pluginTempPath = shift;
rmtree ( [ $pluginRepositoryPath ] );
# restore old start scripts
my @files = qw( vmware vmplayer );
foreach my $file (@files) {
rename ("/usr/bin/$file.slx-bak", "/usr/bin/$file");
}
# TODO: path is distro specific
rename ("/etc/init.d/vmware.slx-bak", "/etc/init.d/vmware");
return;
}
sub _writeRunlevelScript
{
my $self = shift;
my $location = shift;
my $file = shift;
# $location points to the path where vmware helpers are installed
my $script = unshiftHereDoc(<<" End-of-Here");
#!/bin/sh
#
# parts taken from vmware start script:
# Copyright 1998-2007 VMware, Inc. All rights reserved.
#
# This script manages the services needed to run VMware software
# Basic support for the Linux Standard Base Specification 1.3
# Used by insserv and other LSB compliant tools.
### BEGIN INIT INFO
# Provides: VMware
# Required-Start: \$syslog
# Required-Stop:
# Default-Start: 2 3 5
# Default-Stop: 0 6
# Short-Description: Manages the services needed to run VMware software
# Description: Manages the services needed to run VMware software
### END INIT INFO
load_modules() {
# to be filled in via the stage1 configuration script
modprobe -qa vmmon vmnet vmblock 2>/dev/null
# most probably nobody wants to run the parallel port driver ...
#modprobe vm...
}
unload_modules() {
# to be filled with the proper list within via the stage1 configuration
# script
rmmod vmmon vmblock vmnet 2>/dev/null
}
# the bridged interface
setup_vmnet0() {
if [ -n "\$vmnet0" ] ; then
# the path might be directly point to the plugin dir
$location/vmnet-bridge -d /var/run/vmnet-bridge-0.pid /dev/vmnet0 eth0
fi
}
# we definately prefer the hostonly interface for NATed operation too
# distinction is made via enabled forwarding
setup_vmnet1() {
if [ -n "\$vmnet1" ] ; then
test -c /dev/vmnet1 || mknod c 119 1 /dev/vmnet1
# the path might be directly point to the plugin dir
$location/vmnet-netifup -d /var/run/vmnet-netifup-vmnet1.pid \
/dev/vmnet1 vmnet1
dhcpif="\$dhcpif vmnet1"
ip addr add \$vmnet1 dev vmnet1
if [ -n "\$vmnet1nat" ] ; then
# needs refinement interface name for eth0 is known in stage3 already
echo "1" > /proc/sys/net/ipv4/conf/vmnet1/forwarding 2>/dev/null
echo "1" > /proc/sys/net/ipv4/conf/eth0/forwarding 2>/dev/null
#iptables -A -s vmnet1 -d eth0
fi
fi
}
# incomplete ...
setup_vmnet8() {
if [ -n "\$vmnet8" ] ; then
test -c /dev/vmnet1 || mknod c 119 8 /dev/vmnet8
# /etc/vmware/vmnet-natd-8.mac simply contains a mac like 00:50:56:F1:30:50
$location/vmnet-natd -d /var/run/vmnet-natd-8.pid \
-m /etc/vmware/vmnet-natd-8.mac -c /etc/vmware/nat.conf
dhcpif="\$dhcpif vmnet8"
ip addr add \$vmnet8 dev vmnet8
fi
}
runvmdhcpd() {
if [ -n "\$dhcpif" ] ; then
# the path might be directly point to the plugin dir
mkdir /var/run/vmware 2>/dev/null
$location/vmnet-dhcpd -cf /etc/vmware/dhcpd.conf -lf \
/var/run/vmware/dhcpd.leases -pf /var/run/vmnet-dhcpd-vmnet8.pid \$dhcpif
fi
}
case $1 in
start)
# message output should match the given vendor-os
echo "Starting vmware background services ..."
load_modules
setup_vmnet0
setup_vmnet1
setup_vmnet8
runvmdhcpd
;;
stop)
# message output should match the given vendor-os
echo "Stopping vmware background services ..."
killall vmnet-netifup vmnet-natd vmnet-bridge vmware vmplayer \
vmware-tray 2>/dev/null
# wait for shutting down of interfaces
usleep 50000
unload_modules
;;
status)
echo "Say something useful here ..."
;;
esac
exit 0
End-of-Here
spitFile($file, $script);
}
1;