def get_hdbpp_databases(active=True): #archivers=[],dbs={}):
"""
Method to obtain list of dbs/archivers; it allows to match any
archiver list against existing dbs.
This method can be used in cached mode executed like:
dbs = get_hdbpp_databases()
for a in archivers:
db = get_hdbpp_databases(a,dbs).keys()[0]
"""
schemas = pta.Schemas.load()
hdbpp = sorted(k for k in schemas if fn.clsearch('hdbpp', str(schemas[k])))
if active:
r = []
for h in hdbpp:
try:
if fn.check_device(pta.api(h).manager):
r.append(h)
except:
pass
return r
else:
return hdbpp
def apply_search(self):
signs = "==|=|<|>"
txt = str(self.search.text() or '*')
if fandango.clsearch(signs, txt):
t = fandango.re.split(signs, txt, 1)[0]
txt, formula = t, txt.replace(t, '')
else:
formula = ''
txt = txt.replace(' ', '*').strip()
txt = self.preffix + txt + self.suffix
model = fandango.get_matching_attributes(txt)
if self.labels and '/' in txt:
dev, attr = txt.rsplit('/', 1)
model.extend(
fandango.tango.get_matching_device_attribute_labels(
dev, attr).keys())
if formula and model:
nm = []
for m in model:
try:
f = '%s %s' % (fandango.read_attribute(m), formula)
if eval(f):
nm.append(m)
except:
pass
model = nm
self.form.setModel(model)
def get_partition_time_by_name(self, partition):
m = fn.clsearch('[0-9].*', partition)
if m:
d = fn.str2time(m.group(), cad='%Y%m%d')
return d
else:
return fn.END_OF_TIME
def get_all_databases(regexp='*'):
"""
Return all registered HDB++ databases
"""
managers = HDBpp.get_all_managers()
dbs = [HDBpp.get_db_config(m) for m in managers]
dbs = [d for d in dbs if fn.clsearch(regexp, str(d))]
return [t[0] for t in dbs]
def get_all_databases(regexp='*'):
"""
Return all registered HDB++ databases
"""
managers = HDBpp.get_all_managers()
dbs = [HDBpp.get_db_config(m) for m in managers]
dbs = [d for d in dbs if fn.clsearch(regexp,str(d))]
return [t[0] for t in dbs]
def get_archived_attributes(self, search=''):
#print('get_archived_attributes(%s)'%str(search))
attrs = []
archs = get_device_property(self.manager, 'ArchiverList')
#self.get_manager().ArchiverList
self.get_archivers_attributes(archs, full=False, from_db=False)
for d, dattrs in self.dedicated.items():
for a in dattrs:
self.attributes[a].archiver = d
if not search or fn.clsearch(search, a):
attrs.append(a)
return attrs
def get_attribute_indexes(self, table):
index = None
if fn.isSequence(table):
aid, tid, table = table
else:
if '[' in table:
try:
index = int(fn.clsearch('\[([0-9]+)\]', table).groups()[0])
table = table.split('[')[0]
except:
pass
aid, tid, table = self.get_attr_id_type_table(table)
return aid, tid, table, index
def get_archived_attributes(self,search=''):
"""
It gets attributes currently assigned to archiver and updates
internal attribute/archiver index.
DONT USE Manager.AttributeSearch, it is limited to 1024 attrs!
"""
#print('get_archived_attributes(%s)'%str(search))
attrs = []
[self.get_archiver_attributes(d,from_db=True)
for d in self.get_archivers()]
for d,dattrs in self.dedicated.items():
for a in dattrs:
self.attributes[a].archiver = d
if not search or fn.clsearch(search,a):
attrs.append(a)
return attrs
def get_subscribed_attributes(self, search=''):
"""
It gets attributes currently assigned to subscribers and updates
internal attribute/archiver index.
DONT USE Manager.AttributeSearch, it is limited to 1024 attrs!
"""
#print('get_archived_attributes(%s)'%str(search))
attrs = []
self.get_att_conf_table()
[
self.get_archiver_attributes(d, from_db=True)
for d in self.get_subscribers()
]
for d, dattrs in self.dedicated.items():
for a in dattrs:
if a not in self.attributes:
self.get_attr_id_type_table(a)
self.attributes[a].archiver = d
if not search or fn.clsearch(search, a):
attrs.append(a)
return attrs
