def build_interfaces(dclass, seq):
graphs = []
groups = []
intf = conf.get('interfaces', 'collection').split('=')
for gpName in conf.get('interfaces', 'include').split(','):
seq = seq + 1
newgraph, newgroup = convert_graphs(gpName, seq, dclass,
'/Server/ethernetCsmacd')
graphs.append(newgraph)
groups.append(newgroup)
for g in groups:
g['collectionId'] = '%s %s interface' % (dclass.split('/')[-1],
intf[0])
cnt = -1
colls = {
'collectionName': '%s %s interface' % (dclass.split('/')[-1], intf[0]),
'CollectionItems': []
}
for d in sorted(z.export_devices(dclass, net=True)):
for i in intf[1].split('|'):
if i in d['interfaces']:
cnt = cnt + 1
colls['CollectionItems'].append(
build_collitem(comp='os/interfaces/%s' % i,
id=d['deviceName'],
seq=cnt))
break
return [colls], groups, graphs, seq
def build_processes(dclass, seq):
graphs = []
groups = []
pgroups = []
colls = []
for gpName in conf.get('processes', 'include').split(','):
seq = seq + 1
newgraph, newgroup = convert_graphs(gpName, seq, dclass,
'/Server/OSProcess')
graphs.append(newgraph)
pgroups.append(newgroup)
for g in graphs:
g['gdName'] = g['gdName'].replace('Used', 'Process')
ps = {}
cnt = -1
for d in sorted(z.export_devices(dclass, ps=True)):
cnt = cnt + 1
for p in sorted(d['processes']):
if p not in ps.keys():
ps[p] = []
ps[p].append(
build_collitem(comp='os/processes/%s' % p,
id=d['deviceName'],
seq=cnt))
plist = z.list_processhash()
for p in ps:
pname = p.split('-')[0].split('_')[-1]
if pname.startswith('java'):
for ph in plist:
if ph['md5'] in pname:
pname = '%s %s' % (pname.split(' ')[0],
re.sub('=(\w+).*$', r' \1',
ph['parameters'].split(' ')[0]))
colls.append({
'collectionName':
'%s %s process' % (dclass.split('/')[-1], pname),
'CollectionItems':
ps[p]
})
for pg in pgroups:
pgroup = {}
for k in pg.keys():
if k == 'collectionId':
pgroup[k] = '%s %s process' % (dclass.split('/')[-1],
pname)
elif k == 'ggName':
pgroup[k] = '%s %s' % (pg[k].replace('Used',
'Process'), pname)
elif k == 'graphDefId':
pgroup[k] = pg[k].replace('Used', 'Process')
elif k == 'sequence':
pgroup[k] = seq
else:
pgroup[k] = pg[k]
seq = seq + 1
groups.append(pgroup)
return colls, groups, graphs, seq
def build_processes(dclass, seq):
graphs = []
groups = []
pgroups = []
colls = []
for gpName in conf.get('processes', 'include').split(','):
seq = seq + 1
newgraph, newgroup = convert_graphs(gpName, seq, dclass, '/Server/OSProcess')
graphs.append(newgraph)
pgroups.append(newgroup)
for g in graphs:
g['gdName'] = g['gdName'].replace('Used', 'Process')
ps = {}
cnt = -1
for d in sorted(z.export_devices(dclass, ps=True)):
cnt = cnt + 1
for p in sorted(d['processes']):
if p not in ps.keys():
ps[p] = []
ps[p].append(build_collitem(comp='os/processes/%s' % p,
id=d['deviceName'], seq=cnt))
plist = z.list_processhash()
for p in ps:
pname = p.split('-')[0].split('_')[-1]
if pname.startswith('java'):
for ph in plist:
if ph['md5'] in pname:
pname = '%s %s' % (pname.split(' ')[0], re.sub('=(\w+).*$', r' \1', ph['parameters'].split(' ')[0]))
colls.append({ 'collectionName': '%s %s process' % (dclass.split('/')[-1], pname),
'CollectionItems': ps[p] })
for pg in pgroups:
pgroup = {}
for k in pg.keys():
if k == 'collectionId':
pgroup[k] = '%s %s process' % (dclass.split('/')[-1], pname)
elif k == 'ggName':
pgroup[k] = '%s %s' % (pg[k].replace('Used', 'Process'), pname)
elif k == 'graphDefId':
pgroup[k] = pg[k].replace('Used', 'Process')
elif k == 'sequence':
pgroup[k] = seq
else:
pgroup[k] = pg[k]
seq = seq + 1
groups.append(pgroup)
return colls, groups, graphs, seq
def build_filesystems(dclass, seq):
graphs = []
groups = []
colls = []
seq = seq + 1
newgraph, newgroup = convert_graphs('usedBlocks', seq, dclass,
'/Server/FileSystem')
graphs.append(newgraph)
fs = {}
cnt = -1
excludes = conf.get('filesystems', 'exclude').split(',')
for d in sorted(z.export_devices(dclass, disk=True)):
for f in sorted(d['filesystems']):
skip = False
for e in excludes:
if f.startswith(e):
skip = True
break
if not skip:
if f not in fs.keys():
fs[f] = []
cnt = cnt + 1
fs[f].append(
build_collitem(comp='os/filesystems/%s' % f,
id=d['deviceName'],
seq=cnt))
for f in fs:
fname = re.sub('^-$', 'root', f)
colls.append({
'collectionName':
'%s %s filesystem' % (dclass.split('/')[-1], fname),
'CollectionItems':
fs[f]
})
fgroup = {}
for k in newgroup.keys():
if k == 'collectionId':
fgroup[k] = '%s %s filesystem' % (dclass.split('/')[-1], fname)
elif k == 'ggName':
fgroup[k] = 'Disk %s %s' % (newgroup[k], fname)
else:
fgroup[k] = newgroup[k]
groups.append(fgroup)
return colls, groups, graphs, seq
def build_interfaces(dclass, seq):
graphs = []
groups = []
intf = conf.get('interfaces', 'collection').split('=')
for gpName in conf.get('interfaces', 'include').split(','):
seq = seq + 1
newgraph, newgroup = convert_graphs(gpName, seq, dclass, '/Server/ethernetCsmacd')
graphs.append(newgraph)
groups.append(newgroup)
for g in groups:
g['collectionId'] = '%s %s interface' % (dclass.split('/')[-1], intf[0])
cnt = -1
colls = { 'collectionName': '%s %s interface' % (dclass.split('/')[-1], intf[0]),
'CollectionItems': [] }
for d in sorted(z.export_devices(dclass, net=True)):
for i in intf[1].split('|'):
if i in d['interfaces']:
cnt = cnt + 1
colls['CollectionItems'].append(build_collitem(comp='os/interfaces/%s' % i,
id=d['deviceName'], seq=cnt))
break
return [colls], groups, graphs, seq
def build_filesystems(dclass, seq):
graphs = []
groups = []
colls = []
seq = seq + 1
newgraph, newgroup = convert_graphs('usedBlocks', seq, dclass, '/Server/FileSystem')
graphs.append(newgraph)
fs = {}
cnt = -1
excludes = conf.get('filesystems', 'exclude').split(',')
for d in sorted(z.export_devices(dclass, disk=True)):
for f in sorted(d['filesystems']):
skip = False
for e in excludes:
if f.startswith(e):
skip = True
break
if not skip:
if f not in fs.keys():
fs[f] = []
cnt = cnt + 1
fs[f].append(build_collitem(comp='os/filesystems/%s' % f,
id=d['deviceName'], seq=cnt))
for f in fs:
fname = re.sub('^-$', 'root', f)
colls.append({ 'collectionName': '%s %s filesystem' % (dclass.split('/')[-1], fname),
'CollectionItems': fs[f] })
fgroup = {}
for k in newgroup.keys():
if k == 'collectionId':
fgroup[k] = '%s %s filesystem' % (dclass.split('/')[-1], fname)
elif k == 'ggName':
fgroup[k] = 'Disk %s %s' % (newgroup[k], fname)
else:
fgroup[k] = newgroup[k]
groups.append(fgroup)
return colls, groups, graphs, seq
