Python henmanager.HenManager類代碼示例

def main():
    if len(sys.argv) != 2:
        print "FAIL: nodeid not provided!"
        return -1
    
    nodeid = sys.argv[1]
    hm = HenManager()
    if (hm.power(sys.argv[1], "poweroff") < 0):
        print "FAIL: hm.power(%s, \"poweroff\") failed (cause unknown)!"\
                % nodeid
        return -1
    time.sleep(2)
    (sts, output) = hm.powerSilent(sys.argv[1], "status")
    if (sts < 0):
        print "FAIL: hm.power(%s, \"status\") returned: %s" % (nodeid, output)
        return -1
    if (output == "on"):
        print "FAIL: hm.power(%s, \"status\") says the node is still on!" \
                    % nodeid
        return -1
    if (output == "off"):
        print "SUCCESS: hm.power(%s, \"poweroff\") succeeded." % nodeid
        return 0
    print "FAIL: hm.power(%s, \"status\") returned: %s" % (nodeid, output)
    return -1

def interfaceid_to_mac(node_str,interface_str):
    manager = HenManager()
    manager.initLogging()
    nodes = manager.getNodes("all","all")
    for nt in nodes:
        for nn in nodes[nt]:
            if nodes[nt][nn].getNodeID().upper() == str(node_str).upper():
                mac = getmac_from_interface(nodes[nt][nn],interface_str)
                return mac
    return None

    def writeDHCPConfig(self):
        """\brief Writes the dhcp config file
        """
        dnsServer = self.getDHCPConfigInfo().getDomainNameServers()
        self.__outputFile = open(self.__outputFilename, "w")
        manager = HenManager()
        nodes = manager.getNodes("all","all")
#        if (not self.__parser):
#            print "error: parser is null"
#            return
#        self.__parser.parseAll()
#        nodes = self.__parser.getNodes("all", "all")

        # write initial block
	self.__writeStartingBlock()

        # process each subnet
        subnetInfoList = self.getDHCPConfigInfo().getSubnetInfoList()
        
        for subnetInfo in subnetInfoList:
            
            self.__writeSubnetBlock(subnetInfo)
            if (subnetInfo.getSubnetType() == "experimental"):
                for nodeType in nodes.keys():
                    for node in nodes[nodeType].values():
                        interfacesList = node.getInterfaces("management")
                        if (interfacesList != None):
                            for interface in interfacesList:
                                self.__writeNode(node.getNodeID(), interface, node.getNetbootable(), dnsServer, node.getNodeType(), subnetInfo.getDomainName())
            elif (subnetInfo.getSubnetType() == "infrastructure"):
                for nodeType in nodes.keys():
                    for node in nodes[nodeType].values():
                        interfacesList = node.getInterfaces("infrastructure")
                        if (interfacesList != None):
                            for interface in interfacesList:
                                self.__writeNode(node.getNodeID(), interface, node.getNetbootable(), dnsServer, node.getNodeType(), subnetInfo.getDomainName())
            elif (subnetInfo.getSubnetType() == "virtual"):
                for nodeType in nodes.keys():
                    for node in nodes[nodeType].values():
                        interfacesList = node.getInterfaces("virtual")
                        
                        if (interfacesList != None):
                            for interface in interfacesList:
                                self.__writeNode(node.getNodeID(), interface, node.getNetbootable(), dnsServer, node.getNodeType(), subnetInfo.getDomainName())

            self.__writeEndingBlock()

        self. __closeFile()
        return 0

class FileNodeManager:

    def __init__(self):
        self.__manager = HenManager()

    def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password):

        return self.__manager.fileNodeCreate(fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password)
    
    def elementEdit(self, elementID, parameters, attributes):
        return self.__manager. elementEdit(elementID, parameters, attributes)

    def elementDelete(self, elementID):
        # Send a non-manager delete command
        return self.__manager.elementDelete(elementID, False)

def check_port(computer_str,interface_str):
	print computer_str,interface_str,
	switch_str = ""
        port_str = ""

        computer = None
        interface = None
        switch = None
        port = None

        switch_obj = None
        
        manager = HenManager()
        manager.initLogging()
        nodes = manager.getNodes("all")
        
        for node_type in nodes:
            for node in nodes[node_type]:
                if nodes[node_type][node].getNodeID() == computer_str:
                    computer = nodes[node_type][node]
                    break
                
        if computer != None:
            interfaces = computer.getInterfaces()
            for interface_type in interfaces:
                for iface in interfaces[interface_type]:
                    if iface.getInterfaceID() == interface_str:
                        switch_str = iface.getSwitch()
                        port_str = iface.getPort()

        for node_type in nodes:
            for node in nodes[node_type]:
                #print node,switch_str
                if nodes[node_type][node].getNodeID() == switch_str:
                    switch = nodes[node_type][node]
                    break

        if switch != None:
            switch_obj = switch.getInstance()
        
        if switch_obj != None:
	   port_internal_id = switch_obj.getPortInternalID(port_str)
           if (switch_obj.getPortStatus(port_str) == 1):
	      print "up",
	   else:
	      print "down"
	   #print switch_obj.getPortsSpeedByInternalID([port_internal_id])[0][1]
	   print switch_obj.getPortTdr(port_str)

class ConfigManager:

    def __init__(self):
        self.__manager = HenManager()

    def writeConfigFileLines(self, lines):
        return self.__manager.writeConfigFileLines(lines)

 def __init__(self):
     Daemon.__init__(self)
     self.__hen_manager = HenManager()
     self.__hen_manager.initLogging()
     self.__hardware_processor = LSHardwareProcessor(self.__hen_manager, \
                                                 self.__parseMacTableURL())
     self.__registerMethods()

 def __init__(self, filename, rightsFilename, notificationsFilename, dbsRoot, maxNumWeeks=2,debug=False):
     self.__daemonEMail = "[email protected]"        
     self.__filename = filename
     self.__rightsFilename = rightsFilename
     self.__notificationsFilename = notificationsFilename
     self.__notifications = {}        
     self.__dbsRoot = dbsRoot
     self.__maxNumWeeks = maxNumWeeks
     self.__reservations = {}
     self.__rights = {}
     self.__nextID = 0
     self.__xmldoc = None
     self.__rightsXmldoc = None
     self.__henManager = HenManager()
     self.__symlinksRoot = "/export/machines/"
     self.__smtpServerName = "smtp.cs.ucl.ac.uk"
     self.__parser = ReservationDBParser(filename, rightsFilename, notificationsFilename, self.__dbsRoot)
     self.__notifier = None        
     self.__debug = debug
     self.mytime = datetime.date.today()
     
     # Start the early notification thread
     self.__notifier = ReservationExpiryNotifier(self.__daemonEMail, \
                                                 self.__smtpServerName, \
                                                 self.__filename, \
                                                 self.__rightsFilename, \
                                                 self.__notificationsFilename, \
                                                 self.__dbsRoot,
                                                 self.__debug)
     if not self.__debug:
         self.__notifier.start()

class ElementManager:

    def __init__(self):
        self.__manager = HenManager()

    ##########################################################################################        
    # Create functions
    ##########################################################################################
    def computerNodeCreate(self, netbootable, infrastructure, rackName, macAddress, powerID, powerPort, serialID, serialPort, serviceProcessorID, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status, vendor, model):
        return self.__manager.computerNodeCreate(netbootable, infrastructure, rackName, macAddress, powerID, powerPort, serialID, serialPort, serviceProcessorID, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status, vendor, model)

    def serverNodeCreate(self, rackName, serialID, serialPort, managementMAC, infrastructureMAC, externalMAC, externalIP, externalSubnet, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, powerID, powerPort, serviceProcessorID, status, vendor, model):
        return self.__manager.serverNodeCreate(rackName, serialID, serialPort, managementMAC, infrastructureMAC, externalMAC, externalIP, externalSubnet, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, powerID, powerPort, serviceProcessorID, status, vendor, model)

    def serialNodeCreate(self, vendor, model, macAddress, powerID, powerPort, username, password, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
        return self.__manager.serialNodeCreate(vendor, model, macAddress, powerID, powerPort, username, password, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)

    def switchNodeCreate(self, infrastructure, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
        return self.__manager.switchNodeCreate(infrastructure, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
        
    def powerswitchNodeCreate(self, vendor, model, macAddress, serialID, serialPort, rackName, username, password, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
        return self.__manager.powerswitchNodeCreate(vendor, model, macAddress, serialID, serialPort, rackName, username, password, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)

    def routerNodeCreate(self, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
        return self.__manager.routerNodeCreate(vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
            
    def serviceprocessorNodeCreate(self, macAddress, powerID, powerPort, username, password, attributes, status, vendor, model):
        return self.__manager.serviceprocessorNodeCreate(macAddress, powerID, powerPort, username, password, attributes, status, vendor, model)

    def infrastructureRackCreate(self, vendor, model, description, building, floor, room, rackRow, rowPosition, height, width, depth, rearRightSlots, rearLeftSlots, numberUnits, status, attributes):
        return self.__manager.infrastructureRackCreate(vendor, model, description, building, floor, room, rackRow, rowPosition, height, width, depth, rearRightSlots, rearLeftSlots, numberUnits, status, attributes)

    def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password, status):
        return self.__manager.fileNodeCreate(fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password, status)

    ##########################################################################################
    # Edit functions
    ##########################################################################################
    def elementEdit(self, elementID, parameters, attributes):
        return self.__manager. elementEdit(elementID, parameters, attributes)

    ##########################################################################################    
    # Delete functions
    ##########################################################################################
    def elementDelete(self, elementID):
        return self.__manager.elementDelete(elementID)

 def __init__(self):
     Daemon.__init__(self)
     self.__henManager = HenManager()
     # Allow specialized instance dictionary to be created in hm
     # self.__henManager.createNodeInstances()
     self.__registerMethods()
     self.__computerID = self.__getComputerID()
     self.__computerInfo = self.__henManager.getNodes("computer")[self.__computerID]
     self.__ifaceIDtoNameMappings = self.__getIfaceMappings()

def main():
    form = cgi.FieldStorage()
    manager = HenManager()
    manager.initLogging()


    if form.has_key("id"):
        experimentid = form["id"].value
        print experimentid
        #manager.experimentDelete(targetNode)

        #cmd = "export PYTHONPATH=$HOME/hen_scripts/hen_scripts/trunk/lib"
        #os.system(cmd)
        #cmd = "sudo hm experiment delete " + targetNode
        #os.system(cmd)


        server = xmlrpclib.ServerProxy(uri="http://localhost:50001/")
        server.delete(experimentid)

def main():
    form = cgi.FieldStorage()
    manager = HenManager()
    manager.initLogging()


    print "Cache-Control: no-store, no-cache, must-revalidate"
    print "Content-type: text/xml\n"
    print "<experiments>"

    experiments = manager.getExperimentEntries()
    for experimentID in experiments.keys():
        #segments = experiment.split("/")
        #Bfilename = segments[len(segments) - 1]
        # slice off the '.xml' extension
        #fileid = filename[:-4]
        print "\t<experiment id=\"" + experimentID + "\"/>"

    print "</experiments>"

    def run(self,argv):
        if len(argv) != 2:
            print "Usage :"+argv[0]+" <powerswitch name>"
            sys.exit(1)

        self.target_name = argv[1]
        
        manager = HenManager()
        manager.initLogging()
        nodes = manager.getNodes("powerswitch","all")

        self.target = None
        for node in nodes.values():
            if (node.getNodeID() == self.target_name):
                self.target = node.getInstance()
                
        if self.target == None:
            print "Unknown powerswitch "+argv[1]
            sys.exit(1)

        self.run_tests()

 def old(self):
     BASE_URL="cgi-bin/gui/components/network/"
     
     manager = HenManager()
     manager.initLogging()
     
     links = manager.getLinks("all","all")
     graph = pydot.Dot()
 
     switches = manager.getNodes("switch")
     for switch in switches.values():
         if self.__switchStatuses.has_key(switch.getNodeID()):
             if self.__switchStatuses[switch.getNodeID()] == 1:
                 graph.add_node(pydot.Node(switch.getNodeID(),URL=BASE_URL+\
                   "switchinfocgi.py?id="+switch.getNodeID(),\
                   style="filled",color="chartreuse1"))
             else:
                 graph.add_node(pydot.Node(switch.getNodeID(),URL=BASE_URL+\
                   "switchinfocgi.py?id="+switch.getNodeID(),\
                   style="filled",color="firebrick"))
         else:
             graph.add_node(pydot.Node(switch.getNodeID(),URL=BASE_URL+\
                               "switchinfocgi.py?id="+switch.getNodeID()))
     for linktype in links.values():
         for link in linktype.values():
             members = link.getLinkMembers()
             
             graph.add_edge(pydot.Edge(str(members[0].getDeviceId()),\
               str(members[1].getDeviceId()),label=link.getLinkId(),\
               arrowhead="none",headlabel=str(members[1].getDevicePort().\
               replace('GigabitEthernet ','').replace('Management','M')),\
               taillabel=str(members[0].getDevicePort().\
               replace('GigabitEthernet','')),fontsize=8,\
               tooltip=link.getLinkId(),\
               URL=BASE_URL+"linkinfocgi.py?id="+link.getLinkId()))
 
     # prog='circo' isn't bad
     print graph.create_svg(prog='dot')

class ConfigReader(Daemon):
    """\brief Implements basic config daemon functionality.
    """
    __version = "Config Daemon v0.1 (simple)"
    __henManager = None
    
    def __init__(self):
        Daemon.__init__(self)
        self.__henManager = HenManager()
        self.__registerMethods()
        
    def __registerMethods(self):
        self.registerMethodHandler("get_object_for_id", self.getObjectForId)
        self.registerMethodHandler("stop_daemon", self.stopDaemon)
        
    def __sendReply(self,prot,code,seq,payload):
        if (code == 0):
            code = 200
        else:
            code = 422 # returnCodes[422] = "error executing command"
        prot.sendReply(code, seq, payload)

    def getObjectForId(self,prot,seq,ln,payload):
        nodes = self.__henManager.getNodes("all")
        for ntk in nodes:
            #print "ntk ",str(ntk)
            for nk in nodes[ntk]:
                #print "nk ",str(nk)
                if nodes[ntk][nk].getNodeID() == payload:
                    payload=pickle.dumps(nodes[ntk][nk])
                    code = 0
                    self.__sendReply(prot,code,seq,payload)
                    return
        payload = "not found"
        code = -1
        self.__sendReply(prot,code,seq,payload)        

    def stopDaemon(self,prot,seq,ln,payload):
        """\brief Stops the daemon and all threads
        This method will first stop any more incoming queries, then wait for
        any update tasks to complete, before stopping itself.
        """
        log.info("stopDaemon called.")
        prot.sendReply(200, seq, "Accepted stop request.")
        log.debug("Sending stopDaemon() response")
        self.acceptConnections(False)
        log.info("Stopping ConfigDaemon (self)")
        self.stop()