if not options.outputFile:
parser.print_help()
sys.exit()
of = open(options.outputFile, "w")
localtime = time.asctime(time.localtime(time.time()))
of.write(localtime + "\n")
# Need noopts=True or it barfs with the script options
dmd = ZenScriptBase(connect=True, noopts=True).dmd
colList = []
for c in dmd.Monitors.getPerformanceMonitorNames():
colList.append(c)
colList.sort()
for c in colList:
of.write(' Collector %s \n\n' % (c))
of.write(' Devices for Collector %s: ' % (c))
m = dmd.getDmdRoot('Monitors').getPerformanceMonitor(c)
devlist = []
for d in m.devices():
devlist.append(d.id)
devlist.sort()
for dev in devlist:
d = dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
of.close()
def printTree(dclist, of):
# First sort the device classes by path name
listNames = []
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc = root.getOrganizer(dcname)
of.write('Device class %s \n' % (dc.getOrganizerName()))
of.write(' Devices for device class %s : ' %
(dc.getOrganizerName()))
devlist = []
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d = dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Devices')
traverse(root, of)
printTree(dclist, of)
of.close()
def printTree(dclist, of):
# First sort the event classes by path name
listNames=[]
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc=root.getOrganizer(dcname)
of.write('Event class %s \n' % (dc.getOrganizerName()))
of.write(' Event Instances (mappings): ')
maplist=[]
for mi in dc.instances():
if not mi.regex:
mi.regex = 'None'
tup = ( mi.id, mi.regex )
maplist.append(tup)
# Need to get a sorted list of mappings
maplist.sort()
for map in maplist:
of.write(' Mapping instance %s , has regex %s' % (map[0], map[1]))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Events')
traverse(root, of)
printTree(dclist, of)
of.close()
def traverse(dc, of):
dclist.append(dc)
for subdc in dc.children():
traverse.level +=1
traverse(subdc, of)
traverse.level -=1
return dclist.sort()
def printTree(dclist, of):
newdclist = sorted(dclist, key=lambda p: p.getOrganizerName() )
for po in newdclist:
of.write('Process Organizer %s \n' % (po.getOrganizerName()))
proclist=[]
for p in po.osProcessClasses():
tup=(p.id, p.regex, p.ignoreParameters, p.zMonitor)
proclist.append(tup)
# Need to get a sorted list of processes
proclist.sort()
for p in proclist:
of.write(' Process Id %s , Process regex %s , Ignore Parameters is %s , Zmonitor flag is %s \n' % (p[0], p[1], p[2], p[3]))
of.write('\n')
traverse.level = 1
root = dmd.getDmdRoot('Processes')
traverse(root, of)
printTree(dclist, of)
of.close()
def traverse(dc, of):
dclist.append(dc)
for subdc in dc.children():
traverse.level +=1
traverse(subdc, of)
traverse.level -=1
return dclist.sort()
def printTree(dclist, of):
newdclist = sorted(dclist, key=lambda p: p.getOrganizerName() )
for mo in newdclist:
of.write('Mib Organizer %s \n' % (mo.getOrganizerName()))
of.write(' Mibs: ')
miblist=[]
for m in mo.mibs():
miblist.append(m.id)
# Need to get a sorted list of mibs
miblist.sort()
for m in miblist:
of.write(' %s ,' % (m))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Mibs')
traverse(root, of)
printTree(dclist, of)
of.close()
sys.exit()
of = open(options.outputFile, "w")
localtime = time.asctime( time.localtime(time.time()) )
of.write(localtime + "\n")
# Need noopts=True or it barfs with the script options
dmd = ZenScriptBase(connect=True, noopts=True).dmd
colList=[]
for c in dmd.Monitors.getPerformanceMonitorNames():
colList.append(c)
colList.sort()
for c in colList:
of.write(' Collector %s \n\n' % (c))
of.write(' Devices for Collector %s: ' % (c) )
m = dmd.getDmdRoot('Monitors').getPerformanceMonitor(c)
devlist=[]
for d in m.devices():
devlist.append(d.id)
devlist.sort()
for dev in devlist:
d=dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
of.close()
def printTree(dclist, of):
# First sort the systems by path name
listNames=[]
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc=root.getOrganizer(dcname)
of.write('System %s \n' % (dc.getOrganizerName()))
of.write(' Devices: for system %s ' % (dc.getOrganizerName()))
devlist=[]
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d=dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Systems')
rigSys = dmd.Systems.RIGS.MWIRE
traverse(rigSys, of)
printTree(dclist, of)
of.close()
def printTree(dclist, of):
# First sort the device classes by path name
listNames = []
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc = root.getOrganizer(dcname)
of.write('System %s \n' % (dc.getOrganizerName()))
of.write(' Devices: for system %s ' % (dc.getOrganizerName()))
devlist = []
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d = dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Systems')
traverse(root, of)
printTree(dclist, of)
of.close()
return dclist.sort()
def printTree(dclist, of):
# First sort the device classes by path name
listNames=[]
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc=root.getOrganizer(dcname)
of.write('Location %s \n' % (dc.getOrganizerName()))
of.write(' Devices for location %s : ' % (dc.getOrganizerName()))
devlist=[]
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d=dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Locations')
traverse(root, of)
printTree(dclist, of)
of.close()
return dclist.sort()
def printTree(dclist, of):
# First sort the device classes by path name
listNames=[]
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc=root.getOrganizer(dcname)
of.write('Device class %s \n' % (dc.getOrganizerName()))
of.write(' Devices for device class %s : ' % (dc.getOrganizerName()))
devlist=[]
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d=dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Devices')
traverse(root, of)
printTree(dclist, of)
of.close()
return dclist.sort()
def printTree(dclist, of):
# First sort the device classes by path name
listNames=[]
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc=root.getOrganizer(dcname)
of.write('Group %s \n' % (dc.getOrganizerName()))
of.write(' Devices: for Group %s ' % (dc.getOrganizerName()))
devlist=[]
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d=dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Groups')
traverse(root, of)
printTree(dclist, of)
of.close()
def printTree(dclist, of):
# First sort the event classes by path name
listNames = []
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc = root.getOrganizer(dcname)
of.write('Event class %s \n' % (dc.getOrganizerName()))
of.write(' Event Instances (mappings): ')
maplist = []
for mi in dc.instances():
if not mi.regex:
mi.regex = 'None'
tup = (mi.id, mi.regex)
maplist.append(tup)
# Need to get a sorted list of mappings
maplist.sort()
for map in maplist:
of.write(' Mapping instance %s , has regex %s' % (map[0], map[1]))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Events')
traverse(root, of)
printTree(dclist, of)
of.close()
dclist.append(dc)
for subdc in dc.children():
traverse.level += 1
traverse(subdc, of)
traverse.level -= 1
return dclist.sort()
def printTree(dclist, of):
newdclist = sorted(dclist, key=lambda p: p.getOrganizerName())
for mo in newdclist:
of.write('Mib Organizer %s \n' % (mo.getOrganizerName()))
of.write(' Mibs: ')
miblist = []
for m in mo.mibs():
miblist.append(m.id)
# Need to get a sorted list of mibs
miblist.sort()
for m in miblist:
of.write(' %s ,' % (m))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Mibs')
traverse(root, of)
printTree(dclist, of)
of.close()
def printTree(dclist, of):
# First sort the device classes by path name
listNames = []
for dc in dclist:
listNames.append(dc.getOrganizerName())
listNames.sort()
for dcname in listNames:
dc = root.getOrganizer(dcname)
of.write('Location %s \n' % (dc.getOrganizerName()))
of.write(' Devices for location %s : ' % (dc.getOrganizerName()))
devlist = []
for d in dc.getSubDevices():
devlist.append(d.id)
# Need to get a sorted list of devices
devlist.sort()
for dev in devlist:
d = dmd.Devices.findDevice(dev)
of.write(' %s ,' % (d.id))
of.write('\n\n')
traverse.level = 1
root = dmd.getDmdRoot('Locations')
traverse(root, of)
printTree(dclist, of)
of.close()
