def show_part(self, args, part_dict):
"""
Print out part information. Uses tabulate package.
Parameters
-----------
args: arguments as per mc and parts argument parser
part_dict: input dictionary of parts, generated by self.get_part
"""
current = cm_utils._get_datetime(args.date,args.time)
table_data = []
if args.verbosity == 'm':
headers = ['HERA P/N','Rev','Part Type','Mfg #','Start','Stop','Active']
elif args.verbosity == 'h':
headers = ['HERA P/N','Rev','Part Type','Mfg #','Start','Stop','Active','A ports','B ports','Info','Geo']
for hpn in sorted(part_dict.keys()):
is_active = cm_utils._is_active(current,part_dict[hpn]['start_date'],part_dict[hpn]['stop_date'])
show_it = True
if args.active:
if not is_active:
show_it = False
if show_it:
if is_active and part_dict[hpn]['is_connected']:
active = 'Yes'
elif is_active:
active = 'N/C'
else:
active = 'No'
if args.verbosity == 'h':
td = [hpn, part_dict[hpn]['rev'], part_dict[hpn]['hptype'],
part_dict[hpn]['manufacturer_number'],
part_dict[hpn]['start_date'], part_dict[hpn]['stop_date'],
connected]
pts = ''
for a in part_dict[hpn]['a_ports']:
pts+=(a+', ')
td.append(pts.strip().strip(','))
pts = ''
for b in part_dict[hpn]['b_ports']:
pts+=(b+', ')
td.append(pts.strip().strip(','))
td.append(part_dict[hpn]['short_description'])
if part_dict[hpn]['geo'] is not None:
s = "{:.1f}E, {:.1f}N, {:.1f}m".format(part_dict[hpn]['geo']['easting'],
part_dict[hpn]['geo']['northing'],part_dict[hpn]['geo']['elevation'])
td.append(s)
table_data.append(td)
elif args.verbosity == 'm':
table_data.append([hpn, part_dict[hpn]['rev'], part_dict[hpn]['hptype'],
part_dict[hpn]['manufacturer_number'],
part_dict[hpn]['start_date'], part_dict[hpn]['stop_date'],
connected])
else:
print(hpn, part_dict[hpn]['repr'])
if args.verbosity=='m' or args.verbosity=='h':
print(tabulate(table_data,headers=headers,tablefmt='orgtbl'))
print('\n')
def entry_OK_to_add(args):
OK = True
if geo_location.is_station_present(args,args.station_name,args.station_number):
print(args.station_name,'/',args.station_number,' already present.')
OK = False
if OK:
if geo_location.is_station_active(args,args.station_name):
print(args.station_name,'is already active.')
if cm_utils._query_yn('Shall I deactivate it to add new station_number?'):
dt = cm_utils._get_datetime(args.date,args.time)
old_station_number = geo_location.is_station_active(args,args.station_name,True)
data = [[args.station_name,old_station_number,'station_number_stop_date',dt]]
geo_location.update(args,data)
else:
OK = False
return OK
def is_in_connections_db(args,station_name,check_if_active=False):
db = mc.connect_to_mc_db(args)
with db.sessionmaker() as session:
connected_station = session.query(part_connect.Connections).filter(part_connect.Connections.up == station_name)
if connected_station.count() > 0:
station_connected = True
else:
station_connected = False
if station_connected and check_if_active:
current = cm_utils._get_datetime(args.date,args.time)
for connection in connected_station.all():
stop_date = cm_utils._get_stopdate(connection.stop_date)
if current>connection.start_date and current<stop_date:
station_connected = int(connection.down.strip('A'))
else:
station_connected = False
return station_connected
def find_station_name(args,station_number):
station = 'A'+str(station_number)
db = mc.connect_to_mc_db(args)
with db.sessionmaker() as session:
connected_station = session.query(part_connect.Connections).filter(part_connect.Connections.down == station)
if connected_station.count() > 0:
station_connected = True
else:
station_connected = False
if station_connected:
current = cm_utils._get_datetime(args.date,args.time)
for connection in connected_station.all():
stop_date = cm_utils._get_stopdate(connection.stop_date)
if current>connection.start_date and current<stop_date:
station_connected = connection.up
else:
station_connected = False
return station_connected
def add_entry(args):
###NotNull
sname = args.station_name
snumb = args.station_number
start = cm_utils._get_datetime(args.date,args.time)
mclsn = args.meta_class_name
data = [[sname,snumb,'station_name',sname],
[sname,snumb,'station_number',snumb],
[sname,snumb,'meta_class_name',mclsn],
[sname,snumb,'station_number_start_date',start]]
###Other
if args.datum:
data.append([sname,snumb,'datum',args.datum])
if args.tile:
data.append([sname,snumb,'tile',args.tile])
if args.northing:
data.append([sname,snumb,'northing',args.northing])
if args.easting:
data.append([sname,snumb,'easting',args.easting])
if args.elevation:
data.append([sname,snumb,'elevation',args.elevation])
geo_location.update(args,data)
def get_hookup(self, args, hpn_query=None, rev_query=None, port_query=None, show_hookup=False):
"""
Return the full hookup. Note that if a part is selected up or down stream of a branching part,
it picks one and doesn't give all options -- something to work on.
Returns hookup_dict, a dictionary keyed on derived key of hpn:port
Parameters
-----------
args: arguments as per mc and parts argument parser
hpn_query: the input hera part number (whole or first part thereof)
port_query: a specifiable port name, default is 'all'
show_hookup: boolean to call show_hookup or not
"""
self.current = cm_utils._get_datetime(args.date,args.time)
exact_match = False
if hpn_query is None:
hpn_query = args.mapr
exact_match = args.exact_match
if rev_query is None:
rev_query = args.revision_number
if port_query is None:
port_query = args.specify_port
parts = self.get_part(args, hpn_query=hpn_query, rev_query=rev_query,
exact_match=exact_match, return_dictionary=True, show_part=False)
connections = None
hookup_dict = {}
for hpn in parts.keys():
if parts[hpn]['is_connected'] == False:
continue
number_a_ports = len(parts[hpn]['a_ports'])
number_b_ports = len(parts[hpn]['b_ports'])
if port_query == 'all':
if number_b_ports>number_a_ports:
pq = 'b_ports'
alt_pq = 'a_ports'
else:
pq = 'a_ports'
alt_pq = 'b_ports'
port_query = parts[hpn][pq]
if self.no_connection_designator in port_query:
port_query = parts[hpn][alt_pq]
elif type(port_query) is not list:
port_query = [port_query]
for p in port_query:
if p == self.no_connection_designator:
continue
self.upstream = [[hpn,p]]
self.downstream = []
self.__go_upstream(args, hpn, rev_query, p)
self.__go_downstream(args, hpn, rev_query, p)
furthest_up = self.upstream[-1][0].strip('*')
try_station = self.get_part(args,hpn_query=furthest_up,rev_query=rev_query,
exact_match=True, return_dictionary=True, show_part=False)
keep_entry = True
hukey = hpn+':'+p
if try_station[furthest_up]['hptype'] == 'station':
hookup_dict[hukey] = [[str(try_station[furthest_up]['geo']['station_number']),'S']]
else:
hookup_dict[hukey] = []
for pn in reversed(self.upstream):
hookup_dict[hukey].append(pn)
for pn in self.downstream:
hookup_dict[hukey].append(pn)
#-#for pkey in hookup_dict.keys():
#-# print('#-#==>', hookup_dict[pkey])
if len(hookup_dict.keys())==0:
print(hpn_query,'not found')
return None
tkey = hookup_dict.keys()[0]
hookup_dict['columns'] = []
for hu in hookup_dict[tkey]:
pn = hu[0].strip('*')
if hu[1]=='S':
hookup_dict['columns'].append(['station','column'])
else:
get_part_type = self.get_part(args,hpn_query=pn,rev_query=rev_query,
exact_match=True, return_dictionary=True, show_part=False)
hookup_dict['columns'].append([get_part_type[pn]['hptype'],'column'])
if args.show_levels:
hookup_dict = self.__get_correlator_levels(hookup_dict,args.levels_testing)
if show_hookup:
self.show_hookup(hookup_dict,args.mapr_cols,args.show_levels,args.active)
return hookup_dict