remove template directory. added by mistake with HPC kit build files.

git-svn-id: https://svn.code.sf.net/p/xcat/code/xcat-core/trunk@16226 8638fb3e-16cb-4fca-ae20-7b5d299a9bcd
This commit is contained in:
mellor 2013-05-08 20:42:00 +00:00
parent 473f1e6761
commit 71eb28ebc6
20 changed files with 0 additions and 814 deletions

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# Kit Build File
#
# This file was initially auto-generated by the buildkit CLI command.
# To create a new kit, the user should modify this file accordingly.
# Refer to the buildkit manpage for further details.
#
# kit: This section defines general info for the Kit.
# There must be exactly one kit section in a kit build file.
#
# kit attributes:
# basename (mandatory) Kit base name. e.g., kit-lsf
# description (optional) Kit description.
# version (mandatory) Kit version. e.g., 1.0
# ostype (mandatory) Kit OS type. Must be Linux.
# AIX is currently not supported.
# isinternal (optional) PCM use only.
# Indicate if Kit is for internal use.
# Use 1 for yes, 0 for no. Default: 0
# kitdeployparams (optional) Filename containing a list of kit deployment
# parameters, relative to
# <Kit Build Directory>/other_files
# kitlicense (mandatory) Kit license string to be built into all
# kitcomponent packages
kit:
basename=template
description=description for template
version=1.0
ostype=Linux
kitdeployparams=sample/kitdeployparams.lst
kitlicense=EPL
# kitrepo: This section defines a Kit Package Repository.
# There must be at least one kitrepo section in a kit build file.
# If you want to support multiple OSes, you should create a separate
# repo for each OS. Also, no two repos can be defined with the same
# OS name, major/minor version and arch. For example, you cannot have
# two repos for RHEL 6.2 x86_64 in the same kit.
#
# kitrepo attributes:
# kitrepoid (mandatory) Kit package repository ID.
# Must be unique within this file.
# osbasename (mandatory) OS distro base name. e.g., rhels.
# osmajorversion (mandatory) OS major version. e.g., 6
# osminorversion (optional) OS minor version.
# osarch (mandatory) OS architecture. e.g., x86_64
# compat_osbasenames (optional) Comma-separated list of compatible
# OS distro base names. e.g., centos
kitrepo:
kitrepoid=rhels6.2
osbasename=rhels
osmajorversion=6
osminorversion=2
osarch=ppc64
#compat_osbasenames=
# kitcomponent: This section defines one Kit Component.
# There can be zero or more kitcomponent sections.
# If you want to build a component which supports multiple OSes,
# you should create one kitcomponent section for each OS.
# Also, no two components in a kit can be defined with the same
# base name.
# You can define multiple kit components with the same base name
# only if each kit component using this base name meets these
# requirements:
# - Each kit component must be defined with the same version
# and release number
# - Each kit component must be defined with a unique kitrepoid
#
# kitcomponent attributes:
# basename (mandatory) Kit component base name
# description (optional) Kit component description
# version (mandatory) Kit component version
# release (mandatory) Kit component release
# serverroles (mandatory) Comma-separated list of servers that this
# component can install on. Valid values:
# mgtnode,servicenode,compute,login,storage,utility
# kitrepoid (mandatory) The ID of the kit package repository this
# component belongs to
# kitcompdeps (optional) Comma-separated list of kit component
# dependencies. These kit components can be included in
# this kit or in other kits.
# ospkgdeps (optional) Comma-separated list of OS package dependencies
# These packages must be shipped with the OS distro.
# kitpkgdeps (optional) Comma-separated list of kit package names that
# will be listed as "REQUIRES" when building this kit
# component. Each package must be defined in a separate
# kitpackage section. Each package must be in the same
# kitrepo as this kit component.
# non_native_pkgs (optional) TBD -- NOT SUPPORTED YET!
# Comma-separated list of non-native package
# paths that will be included as files in this kit
# component. All filenames are relative to
# <Kit Build Directory>/source_packages
# Kit component deployment scripts must be specified
# to manage these files.
# driverpacks (optional) Comma-separated list of driver package filenames
# Each driverpack must be defined in a separate kitpackage
# section.
# exlist (optional) Exclude list file for stateless image, relative
# to <Kit Build Directory>/other_files
# Kit component deployment scripts (optional) Each attribute specifies
# script path relative to <Kit Build Directory>/scripts
# Script attributes:
# preinstall, postinstall, preuninstall, postuninstall,
# preupgrade, postupgrade, postbootscripts,
# genimage_postinstall
kitcomponent:
basename=template_compute
description=description for component template_compute
version=1.0
release=1
serverroles=compute
kitrepoid=rhels6.2
#kitcompdeps=
#ospkgdeps=
kitpkgdeps=pkg1
#kitpkgdeps=pkg1,pkg2,pkg2,pkg4
#non_native_pkgs=
#driverpacks=
exlist=sample/exclude.lst
preinstall=sample/pre.sh
postinstall=sample/post.sh
preuninstall=sample/preun.sh
postuninstall=sample/postun.sh
preupgrade=sample/preup.sh
postupgrade=sample/postup.sh
postbootscripts=sample/postboot.sh
genimage_postinstall=sample/genimage_post.sh
# kitpackage: This section defines one Kit Package, and how to build it.
# There can be zero or more kitpackage sections.
# All filenames should be relative paths to
# <Kit Build Directory>/source_packages
# If you want to build a package which can run on multiple OSes,
# you have two options:
# 1. Build a separate package for each OS you want to support.
# For this option, you need to define one kitpackage section
# per supported OS.
# 2. Build one package that can run on multiple OSes.
# If you are building an RPM package, you are responsible for
# creating an RPM spec file that can run on multiple OSes.
# For this option, you need to define one kitpackage section
# which contains multiple kitrepoid lines.
#
# kitpackage attributes:
# filename (mandatory) Package filename
# kitrepoid (mandatory) The repo(s) this package belongs to.
# If multiple repos are defined, the package will be built for
# the first repo only. For the other repos, a symlink is created
# to the package built for the first repo.
# Package build methods (optional)
# Define how to build the packages.
# If you don't specify a build method, the default behavior is
# to assume the package is pre-built under
# <Kit Build Directory>/source_packages
# All files in this section are relative to
# <Kit Build Directory>/source_packages
# There are four methods to build packages.
# 1. Use pre-built RPM package
# isexternalpkg: 'no'|'0', 'yes'|'1' (default: 'no')
# Indicates whether the RPM package will be added to the
# the kit tar file now as part of the kit build process,
# or whether the customer will need to separately
# obtain the RPM pacakage and add it to the kit tar file
# using 'buildkit addpkgs'
# rpm_prebuiltdir: If isexternalpkg=no, path to directory
# containing pre-built RPM package
# 2. Build RPM from spec + src dir
# rpm_spec: Path to spec file.
# rpm_srcdir: Path to source directory.
# 3. Build RPM from spec + src tarball
# rpm_spec: Path to spec file.
# rpm_srctarball: Path to source tarball.
# 4. Build RPM from source RPM
# rpm_srpm: Path to source RPM package.
kitpackage:
filename=pkg1-1-1.noarch.rpm
kitrepoid=rhels6.2
# Method 1: Use pre-built RPM package
isexternalpkg=no
rpm_prebuiltdir=sample/pkg1
#kitpackage:
# filename=pkg2-1-1.noarch.rpm
# kitrepoid=rhels6.2
# # Method 2: Build RPM from spec + src dir
# rpm_spec=sample/pkg2/pkg2.spec
# rpm_srcdir=sample/pkg2/pkg2
#
#kitpackage:
# filename=pkg3-1-1.noarch.rpm
# kitrepoid=rhels6.2
# # Method 3: Build RPM from spec + src tarball
# rpm_spec=sample/pkg3/pkg3.spec
# rpm_srctarball=sample/pkg3/pkg3.tar.gz
#
#kitpackage:
# filename=pkg4-1-1.noarch.rpm
# kitrepoid=rhels6.2
# # Method 4: Build RPM from source RPM
# rpm_srpm=sample/pkg4/pkg4-1-1.src.rpm
#

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package xCAT_plugin::<<<buildkit_WILL_INSERT_kitname_HERE>>>_imageprofile;
use strict;
use warnings;
require xCAT::Utils;
require xCAT::Table;
require xCAT::KitPluginUtils;
# buildkit Processing
# In order to avoid collisions with other plugins, the package
# name for this plugin must contain the full kit name.
# The buildkit buildtar command will copy this file from your plugins
# directory to the the kit build directory, renaming the file with the
# correct kit name. All strings in this file of the form
# <<<buildkit_WILL_INSERT_kitname_HERE>>>
# will be replaced with the full kit name. In order for buildkit to
# correctly edit this file, do not remove these strings.
# Global Variables
# This is the full name of the kit which this plugin belongs
# to. The kit name is used by some code in process_request()
# to determine if the plugin should run. When you are testing
# your plugin the kit name should be set to "TESTMODE" to
# bypass the plugin check in process_request().
our ($PLUGIN_KITNAME);
#$PLUGIN_KITNAME = "TESTMODE";
$PLUGIN_KITNAME = "<<<buildkit_WILL_INSERT_kitname_HERE>>>";
#-------------------------------------------------------
=head1
Image Profile Kit Plugin
This plugin contains commands to run custom actions
during image profile operations.
=cut
#-------------------------------------------------------
#-------------------------------------------------------
=head3 handled_commands
Return list of kit plugin commands handled by this plugin
=cut
#-------------------------------------------------------
sub handled_commands {
return {
kitimagevalidatecomps => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_imageprofile',
kitimageimport => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_imageprofile',
};
}
#-------------------------------------------------------
=head3 process_request
Process the kit plugin command.
=cut
#-------------------------------------------------------
sub process_request {
my $request = shift;
my $callback = shift;
# This kit plugin is passed the name of an image profile.
# We need to determine which kits is used by this
# image profile to decide if this plugin should run or not.
my $imgprofilename = $request->{arg}->[0];
my $kitdata = $request->{kitdata};
if (! defined($kitdata)) {
$kitdata = xCAT::KitPluginUtils->get_kits_used_by_image_profiles([$imgprofilename]);
$request->{kitdata} = $kitdata;
}
if ($PLUGIN_KITNAME ne "TESTMODE" && ! exists($kitdata->{$PLUGIN_KITNAME})) {
return;
}
# Name of command and node list
my $command = $request->{command}->[0];
my $args = $request->{arg};
if($command eq 'kitimagevalidatecomps') {
kitimagevalidatecomps($callback, $args);
}
elsif ($command eq 'kitimageimport') {
kitimageimport($callback, $args);
} else {
my $rsp;
$rsp->{data}->[0] = "Command is not supported";
xCAT::MsgUtils->message("E", $rsp, $callback);
}
}
#-------------------------------------------------------
=head3 kitimagevalidatecomps
This command is called to validate new changes to an
image profile's kit component list before the changes
are committed.
=cut
#-------------------------------------------------------
sub kitimagevalidatecomps {
my $callback = shift;
my $args = shift;
my $rsp;
# Parameters
my $imgprofilename = $args->[0];
my $newcomplist = $args->[1];
my @newcomplist = ();
if (defined($newcomplist)) {
@newcomplist = split(/,/, $newcomplist);
}
my $newosdistro = $args->[2];
my $newosdistroupdate = $args->[3];
$rsp->{data}->[0] = "Running kitimagevalidatecomps";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}
#-------------------------------------------------------
=head3 kitimageimport
This command is called after changes to an image profile
have been committed.
=cut
#-------------------------------------------------------
sub kitimageimport {
my $callback = shift;
my $args = shift;
my $rsp;
# Parameters
my $imgprofilename = $args->[0];
$rsp->{data}->[0] = "Running kitimageimport";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}

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package xCAT_plugin::<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt;
use strict;
use warnings;
require xCAT::Utils;
require xCAT::Table;
require xCAT::KitPluginUtils;
# buildkit Processing
# In order to avoid collisions with other plugins, the package
# name for this plugin must contain the full kit name.
# The buildkit buildtar command will copy this file from your plugins
# directory to the the kit build directory, renaming the file with the
# correct kit name. All strings in this file of the form
# <<<buildkit_WILL_INSERT_kitname_HERE>>>
# will be replaced with the full kit name. In order for buildkit to
# correctly edit this file, do not remove these strings.
# Global Variables
# This is the full name of the kit which this plugin belongs
# to. The kit name is used by some code in process_request()
# to determine if the plugin should run. When you are testing
# your plugin the kit name should be set to "TESTMODE" to
# bypass the plugin check in process_request().
our ($PLUGIN_KITNAME);
#$PLUGIN_KITNAME = "TESTMODE";
$PLUGIN_KITNAME = "<<<buildkit_WILL_INSERT_kitname_HERE>>>";
#-------------------------------------------------------
=head1
Node Management Kit Plugin
This plugin contains commands to run custom actions
during node management operations.
=cut
#-------------------------------------------------------
#-------------------------------------------------------
=head3 handled_commands
Return list of kit plugin commands handled by this plugin
=cut
#-------------------------------------------------------
sub handled_commands {
return {
kitnodeadd => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt',
kitnoderemove => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt',
kitnodeupdate => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt',
kitnoderefresh => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt',
kitnodefinished => '<<<buildkit_WILL_INSERT_kitname_HERE>>>_nodemgmt',
};
}
#-------------------------------------------------------
=head3 process_request
Process the kit plugin command.
=cut
#-------------------------------------------------------
sub process_request {
my $request = shift;
my $callback = shift;
# Name of command and node list
my $command = $request->{command}->[0];
my $nodes = $request->{node};
# This kit plugin is passed a list of node names.
# We need to determine which kits are used by these
# nodes to decide if this plugin should run or not.
my $kitdata = $request->{kitdata};
if (! defined($kitdata)) {
$kitdata = xCAT::KitPluginUtils->get_kits_used_by_nodes($nodes);
$request->{kitdata} = $kitdata;
}
if ($PLUGIN_KITNAME ne "TESTMODE" && ! exists($kitdata->{$PLUGIN_KITNAME})) {
return;
}
# Get the nodes using this plugin's kit
$nodes = $kitdata->{$PLUGIN_KITNAME};
if($command eq 'kitnodeadd') {
kitnodeadd($callback, $nodes);
}
elsif ($command eq 'kitnoderemove') {
kitnoderemove($callback, $nodes);
}
elsif ($command eq 'kitnodeupdate') {
kitnodeupdate($callback, $nodes);
}
elsif ($command eq 'kitnoderefresh') {
kitnoderefresh($callback, $nodes);
}
elsif ($command eq 'kitnodefinished') {
kitnodefinished($callback);
} else {
my $rsp;
$rsp->{data}->[0] = "Command is not supported";
xCAT::MsgUtils->message("E", $rsp, $callback);
}
}
#-------------------------------------------------------
=head3 kitnodeadd
This command is called when one or more nodes are added
to the cluster.
=cut
#-------------------------------------------------------
sub kitnodeadd {
my $callback = shift;
my $rsp;
# Parameters
my $nodes = shift;
$rsp->{data}->[0] = "Running kitnodeadd";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}
#-------------------------------------------------------
=head3 kitnoderemove
This command is called when one or more nodes are
removed from the cluster.
=cut
#-------------------------------------------------------
sub kitnoderemove {
my $callback = shift;
my $rsp;
# Parameters
my $nodes = shift;
$rsp->{data}->[0] = "Running kitnoderemove";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}
#-------------------------------------------------------
=head3 kitnodeupdate
This command is called when the configuration of one
or more nodes are updated.
=cut
#-------------------------------------------------------
sub kitnodeupdate {
my $callback = shift;
my $rsp;
# Parameters
my $nodes = shift;
$rsp->{data}->[0] = "Running kitnodeupdate";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}
#-------------------------------------------------------
=head3 kitnoderefresh
This command is called when node-related configuration
files are updated.
=cut
#-------------------------------------------------------
sub kitnoderefresh {
my $callback = shift;
my $rsp;
# Parameters
my $nodes = shift;
$rsp->{data}->[0] = "Running kitnoderefresh";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}
#-------------------------------------------------------
=head3 kitnodefinished
This command is called at the end of a node management
operation.
=cut
#-------------------------------------------------------
sub kitnodefinished {
my $callback = shift;
my $rsp;
$rsp->{data}->[0] = "Running kitnodefinished";
xCAT::MsgUtils->message("I", $rsp, $callback);
# TODO
# ... ADD YOUR CODE HERE
}

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echo "running sample-comp1 post script"

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#!/bin/sh
echo "running sample-comp1 postboot script"

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echo "running sample-comp1 postun script"

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echo "running sample-comp1 postup script"

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echo "running sample-comp1 pre script"

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echo "running sample-comp1 preun script"

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echo "running sample-comp1 preup script"

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Summary: Pkg2 for Sample Kit
Name: pkg2
Version: 1
Release: 1
Epoch: 1
License: EPL
Group: Applications/System
Source: pkg2.tar.gz
Packager: IBM Corp.
Vendor: IBM Corp.
Distribution: %{?_distribution:%{_distribution}}%{!?_distribution:%{_vendor}}
Prefix: /opt/xcat-kitsample
BuildRoot: /var/tmp/%{name}-%{version}-%{release}-root
%ifos linux
BuildArch: noarch
#Requires:
%endif
Provides: pkg2 = %{epoch}:%{version}
%description
Testing package builds for xCAT Sample Kit
%prep
%setup -q -n pkg2
%build
%install
rm -rf $RPM_BUILD_ROOT
mkdir -p $RPM_BUILD_ROOT/%{prefix}/%{name}/files
mkdir -p $RPM_BUILD_ROOT/etc/%{name}
set +x
%ifos linux
cp -a files/* $RPM_BUILD_ROOT/%{prefix}/%{name}/files/
chmod -R 755 $RPM_BUILD_ROOT/%{prefix}/%{name}/files/*
cp -a cfg/* $RPM_BUILD_ROOT/etc/%{name}/
chmod -R 644 $RPM_BUILD_ROOT/etc/%{name}/*
%endif
set -x
%clean
rm -rf $RPM_BUILD_ROOT
%files
%defattr(-,root,root)
%{prefix}
/etc/%{name}
%changelog
%pre
if [ "$1" = "1" ] ; then
echo "running pkg2 rpm pre section"
elif [ "$1" = "2" ] ; then
echo "running pkg2 rpm preup section"
fi
%post
if [ "$1" = "1" ] ; then
echo "running pkg2 rpm post section"
elif [ "$1" = "2" ] ; then
echo "running pkg2 rpm postup section"
fi
%preun
echo "running pkg2 rpm preun section"
%postun
echo "running pkg2 rpm postun section"

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Summary: Pkg3 for Sample Kit
Name: pkg3
Version: 1
Release: 1
Epoch: 1
License: EPL
Group: Applications/System
Source: pkg3.tar.gz
Packager: IBM Corp.
Vendor: IBM Corp.
Distribution: %{?_distribution:%{_distribution}}%{!?_distribution:%{_vendor}}
Prefix: /opt/xcat-kitsample
BuildRoot: /var/tmp/%{name}-%{version}-%{release}-root
%ifos linux
BuildArch: noarch
#Requires:
%endif
Provides: pkg3 = %{epoch}:%{version}
%description
Testing package builds for xCAT Sample Kit
%prep
%setup -q -n pkg3
%build
%install
rm -rf $RPM_BUILD_ROOT
mkdir -p $RPM_BUILD_ROOT/%{prefix}/%{name}/files
mkdir -p $RPM_BUILD_ROOT/etc/%{name}
set +x
%ifos linux
cp -a files/* $RPM_BUILD_ROOT/%{prefix}/%{name}/files/
chmod -R 755 $RPM_BUILD_ROOT/%{prefix}/%{name}/files/*
cp -a cfg/* $RPM_BUILD_ROOT/etc/%{name}/
chmod -R 644 $RPM_BUILD_ROOT/etc/%{name}/*
%endif
set -x
%clean
rm -rf $RPM_BUILD_ROOT
%files
%defattr(-,root,root)
%{prefix}
/etc/%{name}
%changelog
%pre
if [ "$1" = "1" ] ; then
echo "running pkg3 rpm pre section"
elif [ "$1" = "2" ] ; then
echo "running pkg3 rpm preup section"
fi
%post
if [ "$1" = "1" ] ; then
echo "running pkg3 rpm post section"
elif [ "$1" = "2" ] ; then
echo "running pkg3 rpm postup section"
fi
%preun
echo "running pkg3 rpm preun section"
%postun
echo "running pkg3 rpm postun section"