source: opsi/server/dass-opsi-tools/usr/bin/opsiclient @ 1088

Last change on this file since 1088 was 1088, checked in by joergs, 10 years ago

copyProductPropertyState

  • Property svn:executable set to *
File size: 8.9 KB
RevLine 
[1027]1#!/usr/bin/env python
2
[1061]3# -*- coding: utf-8 -*-
4
[1055]5"""ospi-client: performs operation for opsi clients on opsi server via JSON-RPC."""
6
[1061]7__author__ = "Joerg Steffens"
[1055]8__copyright__ = "Copyright 2012, dass IT GmbH"
9__license__ = "GPL"
10__version__ = "1.0"
11__email__ = "joerg.steffens@dass-it.de"
12
13#
[1051]14# Skript, dass ein OPSI-Rechner-Eintrag kopiert.
[1046]15# D.h. die Produkte, Anforderung.
16# Ggf. optional Stand und ggf. Versionsnummer
17# Ggf. optional ProductProperties
[1055]18#
[1027]19
[1051]20#self.command("opsi-admin -d method host_createOpsiClient "+ \
21        #computername + " null " + "\\'"+description+"\\'" + \
22        #" \\'created by dassadmin\\' " + mac_address + " " + \
23        #ip_address)
24#self.command("opsi-admin -d method configState_create clientconfig.depot.id " + \
25        #computername + " " + depotName)                       
[1047]26                       
27import argparse
[1087]28import jsonrpc
[1027]29from pprint import pprint
30
[1063]31UrlJsonRpc="https://<username>:<password>@opsi:4447/rpc"
[1027]32
[1063]33HelpEpilog="WARNING: python-json-rpc is known to have problems with HTTP proxies. In case of problems, make sure, the environment variables http_proxy and/or https_proxy are *not* set."
34
[1087]35class OpsiRpc:
36
37    UrlJsonRpcDefault="https://opsi:4447/rpc"
38   
39    ProductAttributesCopy = ['actionRequest','actionResult','installationStatus','packageVersion','productVersion']
40   
41    def __init__(self, urlJsonRpc = UrlJsonRpcDefault, debug=False ):
42        self.debug=debug
43        self.urlJsonRpc=urlJsonRpc
44        self.rpc=jsonrpc.ServiceProxy(self.urlJsonRpc)
45       
46    def dump(self):
47        print self.urlJsonRpc
48        print self.rpc.getClientIds_list()
49
50    def list(self):
51        return self.rpc.getClientIds_list()
52       
53    def exists(self, src):
54        return len( self.rpc.host_getObjects( [], {"id":src} ) ) == 1
55       
56    def info(self, src):
57        if not self.exists( src ):
58            print "failed: opsi client", src, "does not exist"
59            return False
60        print src + ":"
61        host = self.rpc.host_getHashes( [], {"id":src} )[0]
62        print "  IP:", host["ipAddress"]
63        print "  MAC:", host["hardwareAddress"]
64        print "  inventory:", host["inventoryNumber"]
65        print "  last seen:", host["lastSeen"]
66        print "  notes:", host["notes"]
67       
68        print "  products:"
69        products = self.getProductOnClient( src, [] )
70        for i in products:
71            print "    " + i['productId'] + ":"
72            print "      " + i['installationStatus'], "(",
73            if i['actionRequest']:
74                print i['actionRequest'],
75                if i['actionProgress']:
76                    print i['actionProgress'],
77            print ")"
78            print "      ",
79            pprint( i, indent=8 )
80        return True
81
82    def clean(self, src):
83        if not self.exists( src ):
84            return False
85        products = self.rpc.productOnClient_getObjects( [], { 'clientId': src } )
86        self.rpc.productOnClient_deleteObjects( products )
[1088]87
88        products = self.rpc.productPropertyState_getObjects( [], { 'clientId': src } )
89        self.rpc.productPropertyState_deleteObjects( products )
90       
[1087]91        if self.debug:
92            pprint( self.getProductOnClient( src ) )
93        return True
94       
95    def createClient(self, name, opsiHostKey, description, notes, hardwareAddress, ipAddress):
96        self.rpc.host_createOpsiClient( name, opsiHostKey, description, notes, hardwareAddress, ipAddress )
97
98    def clientSetDepot(self, name, depot):
99        self.rpc.configState_create( "clientconfig.depot.id", name, depot )       
100
[1088]101    def copyClient( self, src, dst, ipAddress = None, hardwareAddress = None, depot = None, description = "", copyProperties = True ):
[1087]102   
103        print "create/update", dst, "from template", src + ":",
104        obj = {
105          "id" : dst,
106          "type" : "OpsiClient",
107          "notes" : "copy of " + src,
108          "description" : description,
109          #"inventoryNumber" : "",
110        }
111        if hardwareAddress:
112            obj['hardwareAddress'] = hardwareAddress
113        if ipAddress:
114            obj['ipAddress'] = ipAddress
115
116        if self.exists( dst ):
117            self.rpc.host_updateObject(obj)
118        else:
119            self.rpc.host_insertObject(obj)
120           
121        if depot:
122            self.clientSetDepot(dst,depot)
123           
124        if self.debug:
125            pprint( self.getProductOnClient( src ) )
126        self.copyProductOnClient( src, dst )
127        # TODO:
128        #  copy product properties:
129        #  opsiCallClientBaculaProperties=[ "method", "getProductProperties_hash", "bacula" ]
[1088]130        if copyProperties:
131            if self.debug:
132                print "copy product properties"
133            self.copyProductPropertyState( src, dst )
[1087]134        print "done"
135        return True
136
137       
138    def getProductOnClient( self, client, attributes = ProductAttributesCopy ):
139        #pprint( self.rpc.productOnClient_getObjects( [], { 'clientId': client } ) )
140        #pprint( self.rpc.productOnClient_getHashes( attributes, { 'clientId': client } ) )
141        return self.rpc.productOnClient_getHashes( [], { 'clientId': client } )
142       
143    def copyProductOnClient( self, src, dst, attributes = ProductAttributesCopy ):
[1088]144        products_src = self.rpc.productOnClient_getHashes( attributes, { 'clientId': src } )
145        products_dst = []
146        for i in products_src:
[1087]147            if self.debug:
148                print i['productId']
149                pprint( i )
150            i['clientId'] = dst
[1088]151            products_dst.append(i)
152        self.rpc.productOnClient_createObjects( products_dst )
[1087]153        if self.debug:
154            pprint( self.getProductOnClient( dst ) )
[1088]155
156    def getProductPropertyState( self, client, attributes = [] ):
157        return self.rpc.productPropertyState_getHashes( [], { 'objectId': client } )
158                       
159    def copyProductPropertyState( self, src, dst, attributes = [] ):
160        productProperties_src = self.getProductPropertyState( src, attributes )
161        productProperties_dst = []
162        for i in productProperties_src:
163            if self.debug:
164                print i['productId'], "-", i["propertyId"] + ": ",
165                pprint(i["values"])
166                #pprint( i )
167            i['objectId'] = dst
168            productProperties_dst.append(i)
169        self.rpc.productPropertyState_createObjects( productProperties_dst )
170        if self.debug:
171            pprint( self.getProductPropertyState( dst ) )
172           
[1087]173       
174
175
[1047]176if __name__ == '__main__':
[1063]177    parser = argparse.ArgumentParser(description='Command line tool for OPSI configuration.', epilog=HelpEpilog )
178
179    parser.add_argument( '--url', required=True, help="OPSI Server JSON-RPC url, in following format: " + UrlJsonRpc )
180   
[1047]181    parser.add_argument( '--debug', action='store_true', help="enable debugging output" )
182    #parser.add_argument( '--verbose', type=bool, help="add debugging output" )
[1028]183
[1050]184    subparsers = parser.add_subparsers(title='subcommands',
185        description='valid subcommands',
186        help='additional help',
187        dest='subcommand' )
[1047]188
[1050]189    parser_list = subparsers.add_parser('list', help='list all opsi clients' )
190
191    parser_exists = subparsers.add_parser('exists', help='check, if a opsi clients exists' )
192    parser_exists.add_argument( 'src', help="source opsi client" )
[1051]193
194    parser_info = subparsers.add_parser('info', help='print information about a opsi client' )
195    parser_info.add_argument( 'src', help="opsi client" )
196       
[1050]197    parser_clean = subparsers.add_parser('clean', help='remove all product states from a opsi client' )
198    parser_clean.add_argument( 'src', help="source opsi client to clean" )
199               
200    parser_copy = subparsers.add_parser('copy', help='copy/create a opsi client from a template opsi client')   
201    parser_copy.add_argument( 'src', help="source/template opsi client" )
202    parser_copy.add_argument( 'dst', help="opsi client to be created" )
203    parser_copy.add_argument( '--ip', help="IP address of the new opsi client" )
204    parser_copy.add_argument( '--mac', help="MAC address of the new opsi client" )
205    parser_copy.add_argument( '--depot', help="depot server the new opsi client should be located" )
[1088]206    #parser_copy.add_argument( '--no-properties', action='store_false', help="don't copy product properties" )
[1050]207   
[1047]208    args = parser.parse_args()
209   
[1063]210    opsi=OpsiRpc( args.url, args.debug )
[1050]211   
[1051]212    result = True
213
214    if args.subcommand == "list":
215        print( "\n".join( opsi.list() ) )
216    elif args.subcommand == "exists":
217        result = opsi.exists( args.src )
218    elif args.subcommand == "info":
219        result = opsi.info( args.src )       
220    elif args.subcommand == "clean":
221        result = opsi.clean( args.src )
222    elif args.subcommand == "copy":
[1088]223        #result = opsi.copyClient( args.src, args.dst, args.ip, args.mac, args.depot, not args.no-properties )
[1052]224        result = opsi.copyClient( args.src, args.dst, args.ip, args.mac, args.depot )
[1050]225    else:
226        print "not yet implemented"
227
[1051]228    if args.debug: print result   
229       
230    if result:
231        exit(0)
232    else:
233        exit(1)
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