def run(self, caller, request, inventory):
node_array = []
site_objs = []
if 'node' in request:
node_name = request['node']
if '*' in node_name:
pattern = re.compile(fnmatch.translate(node_name))
for site_name in inventory.sites:
if pattern.match(site_name):
site_objs.append(inventory.sites[site_name])
else:
try:
site_objs.append(inventory.sites[node_name])
except KeyError:
pass
else:
for site_name in inventory.sites:
site_objs.append(inventory.sites[node_name])
for siteObj in site_objs:
kind = Site.storage_type_name(siteObj.storage_type)
se = siteObj.host
technology= ""
siteid = siteObj.id
hash_entry = {'kind':kind, 'se':se, 'technology':technology, 'name':siteObj.name, 'id':siteid}
node_array.append(hash_entry)
return {'node': node_array}
def run(self, caller, request, inventory):
node_array = []
site_objs = []
if 'node' in request:
node_name = request['node']
if '*' in node_name:
pattern = re.compile(fnmatch.translate(node_name))
for site_name in inventory.sites:
if pattern.match(site_name):
site_objs.append(inventory.sites[site_name])
else:
try:
site_objs.append(inventory.sites[node_name])
except KeyError:
pass
else:
for site_name in inventory.sites:
site_objs.append(inventory.sites[node_name])
for siteObj in site_objs:
kind = Site.storage_type_name(siteObj.storage_type)
se = siteObj.host
technology = ""
siteid = siteObj.id
hash_entry = {
'kind': kind,
'se': se,
'technology': technology,
'name': siteObj.name,
'id': siteid
}
node_array.append(hash_entry)
return {'node': node_array}
def run(self, caller, request, inventory):
sites = set()
# collect information from the inventory and registry according to the requests
if 'site' in request:
if type(request['site']) is list:
match_names = request['site']
else:
match_names = request['site'].split(',')
for match_name in match_names:
if '*' in match_name:
pattern = re.compile(fnmatch.translate(match_name))
for name in inventory.sites.iterkeys():
if pattern.match(name):
sites.add(inventory.sites[name])
else:
try:
sites.add(inventory.sites[match_name])
except KeyError:
pass
else:
sites.update(inventory.sites.itervalues())
partitions = set()
if 'partition' in request:
if type(request['partition']) is list:
match_names = request['partition']
else:
match_names = request['partition'].split(',')
for match_name in match_names:
if '*' in match_name:
pattern = re.compile(fnmatch.translate(match_name))
for name in inventory.partitions.iterkeys():
if pattern.match(name):
partitions.add(inventory.partitions[name])
else:
try:
partitions.add(inventory.partitions[match_name])
except KeyError:
pass
else:
partitions.update(inventory.partitions.itervalues())
response = []
for site in sorted(sites, key=lambda s: s.name):
data = {
'name': site.name,
'host': site.host,
'storage_type': Site.storage_type_name(site.storage_type),
'status': Site.status_name(site.status),
'partitions': []
}
total_quota = 0.
total_used = 0.
total_projected = 0.
for partition in sorted(inventory.partitions.itervalues(),
key=lambda p: p.name):
sp = site.partitions[partition]
quota = sp.quota
if partition.subpartitions is None:
part_type = 'basic'
else:
part_type = 'composite'
used = sp.occupancy_fraction() * quota
projected = sp.occupancy_fraction(physical=False) * quota
if part_type == 'basic' and quota > 0.:
total_quota += quota
total_used += used
total_projected += projected
if partition in partitions:
data['partitions'].append({
'name':
partition.name,
'type':
part_type,
'quota':
quota * 1.e-12,
'usage':
used * 1.e-12,
'projected_usage':
projected * 1.e-12
})
data['total_quota'] = total_quota * 1.e-12
data['total_usage'] = total_used * 1.e-12
data['total_projected_usage'] = total_projected * 1.e-12
response.append(data)
# return any JSONizable python object (maybe should be limited to a list)
return response
def run(self, caller, request, inventory):
sites = set()
# collect information from the inventory and registry according to the requests
if 'site' in request:
if type(request['site']) is list:
match_names = request['site']
else:
match_names = request['site'].split(',')
for match_name in match_names:
if '*' in match_name:
pattern = re.compile(fnmatch.translate(match_name))
for name in inventory.sites.iterkeys():
if pattern.match(name):
sites.add(inventory.sites[name])
else:
try:
sites.add(inventory.sites[match_name])
except KeyError:
pass
else:
sites.update(inventory.sites.itervalues())
partitions = set()
if 'partition' in request:
if type(request['partition']) is list:
match_names = request['partition']
else:
match_names = request['partition'].split(',')
for match_name in match_names:
if '*' in match_name:
pattern = re.compile(fnmatch.translate(match_name))
for name in inventory.partitions.iterkeys():
if pattern.match(name):
partitions.add(inventory.partitions[name])
else:
try:
partitions.add(inventory.partitions[match_name])
except KeyError:
pass
else:
partitions.update(inventory.partitions.itervalues())
response = []
for site in sorted(sites, key = lambda s: s.name):
data = {
'name': site.name,
'host': site.host,
'storage_type': Site.storage_type_name(site.storage_type),
'status': Site.status_name(site.status),
'partitions': []
}
total_quota = 0.
total_used = 0.
total_projected = 0.
for partition in sorted(inventory.partitions.itervalues(), key = lambda p: p.name):
sp = site.partitions[partition]
quota = sp.quota
if partition.subpartitions is None:
part_type = 'basic'
else:
part_type = 'composite'
used = sp.occupancy_fraction() * quota
projected = sp.occupancy_fraction(physical = False) * quota
if part_type == 'basic' and quota > 0.:
total_quota += quota
total_used += used
total_projected += projected
if partition in partitions:
data['partitions'].append({
'name': partition.name,
'type': part_type,
'quota': quota * 1.e-12,
'usage': used * 1.e-12,
'projected_usage': projected * 1.e-12
})
data['total_quota'] = total_quota * 1.e-12
data['total_usage'] = total_used * 1.e-12
data['total_projected_usage'] = total_projected * 1.e-12
response.append(data)
# return any JSONizable python object (maybe should be limited to a list)
return response