xcat-core/perl-xCAT-2.0/xCAT/Schema.pm
jbjohnso c99d72a179 Initial xCAT 2.0 import
git-svn-id: https://svn.code.sf.net/p/xcat/code/xcat-core/trunk@2 8638fb3e-16cb-4fca-ae20-7b5d299a9bcd
2007-10-26 22:44:33 +00:00

348 lines
15 KiB
Perl

# IBM(c) 2007 EPL license http://www.eclipse.org/legal/epl-v10.html
package xCAT::Schema;
#Note that the SQL is far from imaginative. Fact of the matter is that
#certain SQL backends don't ascribe meaning to the data types anyway.
#New format, not sql statements, but info enough to describe xcat tables
%tabspec = (
nodetype => {
cols => [qw(node os arch profile comments disable)],
keys => [qw(node)],
},
nodepos => {
cols => [qw(node rack u chassis slot room comments disable)],
keys => [qw(node)],
},
vpd => {
cols => [qw(node serial mtm comments disable)],
keys => [qw(node)],
},
nodehm => {
cols => [qw(node power mgt cons termserver termport conserver serialspeed serialflow getmac comments disable)],
keys => [qw(node)],
},
hosts => {
cols => [qw(node ip hostnames comments disable)],
keys => [qw(node)],
},
mp => {
cols => [qw(node mpa id comments disable)],
keys => [qw(node)],
},
mpa => {
cols => [qw(mpa username password comments disable)],
keys => [qw(mpa)],
},
mac => {
cols => [qw(node interface mac comments disable)],
keys => [qw(node interface)],
},
chain => {
cols => [qw(node currstate currchain chain ondiscover comments disable)],
keys => [qw(node)],
},
noderes => {
cols => [qw(node servicenode netboot tftpserver nfsserver kernel initrd kcmdline nfsdir serialport installnic primarynic xcatmaster current_osimage next_osimage comments disable)],
keys => [qw(node)],
},
networks => {
cols => [qw(netname net mask gateway dhcpserver tftpserver nameservers dynamicrange comments disable)],
keys => [qw(net mask)]
},
switch => {
cols => [qw(node switch vlan port comments disable)],
keys => [qw(node switch port)]
},
nodelist => {
cols => [qw(node nodetype groups comments disable)],
keys => [qw(node)],
},
site => {
cols => [qw(key value comments disable)],
keys => [qw(key)]
},
passwd => {
cols => [qw(key username password comments disable)],
keys => [qw(key)]
},
ipmi => {
cols => [qw(node bmc username password comments disable )],
keys => [qw(node)]
},
policy => {
cols => [qw(priority name host commands noderange parameters time rule comments disable)],
keys => [qw(priority)]
},
notification => {
cols => [qw(filename tables tableops comments disable)],
keys => [qw(filename)],
required => [qw(tables filename)]
}
);
####################################################
#
# Data abstraction definitions
# For each table entry added to the database schema,
# a corresponding attribute should be added to one of
# the data objects below, or new data objects should
# be created as needed.
#
# Definition format:
# List of data object hashes:
# <dataobject_name> =>
# {attrs =>
# [ {attr_name => '<attribute_name>',
# only_if => '<attr>=<value>',
# # optional, used to define conditional attributes.
# # <attr> is a previously resolved attribute from
# # this data object.
# tabentry => '<table.attr>',
# # where the data is stored in the database
# access_tabentry => '<table.attr>=<value>',
# # how to look up tabentry. For <value>,
# # if "attr:<attrname>", use a previously resolved
# # attribute value from the data object
# # if "str:<value>" use the value directly
# description => '<description of this attribute>',
# },
# {attr_name => <attribute_name>,
# ...
# } ],
# attrhash => {}, # internally generated hash of attrs array
# # to allow code direct access to an attr def
# objkey => 'attribute_name' # key attribute for this data object
# }
#
#
####################################################
%defspec = (
node => { attrs => [], attrhash => {}, objkey => 'node' },
osimage => { attrs => [], attrhash => {}, objkey => 'imagename' },
network => { attrs => [], attrhash => {}, objkey => 'netname' },
site => { attrs => [], attrhash => {}, objkey => 'master' }
);
#############
# TODO: Need to figure out how to map the following to data objects:
# nodetype table (does this get moved to the osimage table?)
# --> do we need an arch attr per node that is stored in nodehm?
# mac table (are we going to have an interface object definition?)
# switch table (each interface on a node can have its own switch
# table entry, part of interface object, too?)
# username/password from password, hmc, ivm, mpa, and ipmi tables
# (do we need special encryption and display masking for passwords?)
# chain table (I think this is internal use only, do not abstract?)
# noderes entries for kernel, initrd, kcmdline
# ppc table (waiting on Scot to add to tabspec)
# policy table - ? do we need a data abstraction for this?
# notification - is this handled by Ling's commands?
# site - need to figure out what entries we will have in the
# site table since they are not listed individually in the
# tabspec
# nodelist.groups
# new group table and object
# new osimage table and object
###############
# TODO: need to fill out all the "description" fields
# These will be used for verbose usage with the def* cmds
##############
@{$defspec{node}->{'attrs'}} = (
{attr_name => 'node',
tabentry => 'nodelist.node',
access_tabentry => 'objkeyvalue'},
############
# TODO: The attr name for nodelist.nodetype is in conflict with the existing
# nodetype table. With the osimage table, the nodetype table should go
# away. Will reuse of this name cause confusion for xcat users?
############
{attr_name => 'nodetype',
tabentry => 'nodelist.nodetype',
access_tabentry => 'nodelist.node=attr:node',
description => 'Type of node: osi,hmc,fsp,mpa,???'},
{attr_name => 'xcatmaster',
tabentry => 'noderes.xcatmaster',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'servicenode',
tabentry => 'noderes.servicenode',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'mgt',
tabentry => 'nodehm.mgt',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'power',
tabentry => 'nodehm.power',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'cons',
tabentry => 'nodehm.cons',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'termserver',
tabentry => 'nodehm.termserver',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'termport',
tabentry => 'nodehm.termport',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'conserver',
tabentry => 'nodehm.conserver',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'getmac',
tabentry => 'nodehm.getmac',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'serialport',
tabentry => 'noderes.serialport',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'serialspeed',
tabentry => 'nodehm.serialspeed',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'serialflow',
tabentry => 'nodehm.serialflow',
access_tabentry => 'nodehm.node=attr:node'},
{attr_name => 'ip',
tabentry => 'hosts.ip',
access_tabentry => 'hosts.node=attr:node'},
{attr_name => 'hostnames',
tabentry => 'hosts.hostnames',
access_tabentry => 'hosts.node=attr:node'},
{attr_name => 'serialnumber',
tabentry => 'vpd.serial',
access_tabentry => 'vpd.node=attr:node'},
{attr_name => 'mtm',
tabentry => 'vpd.mtm',
access_tabentry => 'vpd.node=attr:node'},
{attr_name => 'rackloc',
tabentry => 'nodepos.rack',
access_tabentry => 'nodepos.node=attr:node'},
{attr_name => 'unitloc',
tabentry => 'nodepos.u',
access_tabentry => 'nodepos.node=attr:node'},
{attr_name => 'chassisloc',
tabentry => 'nodepos.chassis',
access_tabentry => 'nodepos.node=attr:node'},
{attr_name => 'slotloc',
tabentry => 'nodepos.slot',
access_tabentry => 'nodepos.node=attr:node'},
{attr_name => 'roomloc',
tabentry => 'nodepos.room',
access_tabentry => 'nodepos.node=attr:node'},
# Conditional attributes:
# OSI node attributes:
{attr_name => 'tftpserver',
only_if => 'nodetype=osi',
tabentry => 'noderes.tftpserver',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'nfsserver',
only_if => 'nodetype=osi',
tabentry => 'noderes.nfsserver',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'nfsdir',
only_if => 'nodetype=osi',
tabentry => 'noderes.nfsdir',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'primarynic',
only_if => 'nodetype=osi',
tabentry => 'noderes.primarynic',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'installnic',
only_if => 'nodetype=osi',
tabentry => 'noderes.installnic',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'netboot',
only_if => 'nodetype=osi',
tabentry => 'noderes.netboot',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'current_osimage',
only_if => 'nodetype=osi',
tabentry => 'noderes.current_osimage',
access_tabentry => 'noderes.node=attr:node'},
{attr_name => 'next_osimage',
only_if => 'nodetype=osi',
tabentry => 'noderes.next_osimage',
access_tabentry => 'noderes.node=attr:node'},
# Hardware Control node attributes:
{attr_name => hdwctrlpoint,
only_if => 'mgtmethod=mp',
tabentry => 'mp.mpa',
access_tabentry => 'mp.node=attr:node'},
# {attr_name => hdwctrlpoint,
# only_if => 'mgtmethod=hmc',
# tabentry => 'ppc.hcp',
# access_tabentry => 'ppc.node=attr:node'},
{attr_name => hdwctrlpoint,
only_if => 'mgtmethod=ipmi',
tabentry => 'ipmi.bmc',
access_tabentry => 'ipmi.node=attr:node'},
{attr_name => hdwctrlnodeid,
only_if => 'mgtmethod=mp',
tabentry => 'mp.id',
access_tabentry => 'mp.node=attr:node'},
# {attr_name => hdwctrlnodeid,
# only_if => 'mgtmethod=hmc',
# tabentry => 'ppc.id',
# access_tabentry => 'ppc.node=attr:node'}
);
@{$defspec{osimage}->{'attrs'}} = (
{attr_name => 'imagename',
tabentry => 'osimage.imagename',
access_tabentry => 'objkeyvalue',
description => 'Name of OS image'},
{attr_name => 'osdistro',
tabentry => 'osimage.osdistro',
access_tabentry => 'osimage.objname=attr:imagename'},
);
@{$defspec{network}->{'attrs'}} = (
{attr_name => 'netname',
tabentry => 'networks.netname',
access_tabentry => 'objkeyvalue',
description => 'Name to identify the network'},
{attr_name => 'net',
tabentry => 'networks.net',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'mask',
tabentry => 'networks.mask',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'gateway',
tabentry => 'networks.gateway',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'dhcpserver',
tabentry => 'networks.dhcpserver',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'tftpserver',
tabentry => 'networks.tftpserver',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'nameservers',
tabentry => 'networks.nameservers',
access_tabentry => 'networks.netname=attr:netname'},
{attr_name => 'dynamicrange',
tabentry => 'networks.dynamicrange',
access_tabentry => 'networks.netname=attr:netname'},
);
##############
# TODO: need to figure out how to handle a key for the site table.
# since this is really implemented differently than all the other
# data objects, it doesn't map as cleanly.
# change format of site table so each column is an attr and there
# is only a single row in the table keyed by xcatmaster name?
#############
@{$defspec{site}->{'attrs'}} = (
{attr_name => 'master',
tabentry => 'site.value',
access_tabentry => 'site.key=str:master',
description => 'The management node'},
{attr_name => 'installdir',
tabentry => 'site.value',
access_tabentry => 'site.key=str:installdir',
description => 'The installation directory'},
{attr_name => 'xcatdport',
tabentry => 'site.value',
access_tabentry => 'site.key=str:xcatdport',
description => 'Port used by xcatd daemon on master'},
);