def show_connection(self, args, connection_dict):
"""
Print out connection information. Uses tabulate package.
Parameters
-----------
args: arguments as per mc and parts argument parser
connection_dict: input dictionary of parts, generated by self.get_connection
"""
current = _get_datetime(args.date,args.time)
table_data = []
if args.verbosity == 'm':
headers = ['Upstream', '<Port b:', ':Port a>', 'Part', '<Port b:', ':Port a>', 'Downstream']
elif args.verbosity == 'h':
headers = ['Upstream', '<Port b:', ':Port a>', 'Part', '<Port b:', ':Port a>', 'Downstream']
for pkey in sorted(connection_dict.keys()):
for i in range(len(connection_dict[pkey]['a_ports'])):
up = self.__pull_out_component(connection_dict[pkey]['up_parts'],i)
dn = self.__pull_out_component(connection_dict[pkey]['down_parts'],i)
pta = self.__pull_out_component(connection_dict[pkey]['a_ports'],i)
ptb = self.__pull_out_component(connection_dict[pkey]['b_ports'],i)
bup = self.__pull_out_component(connection_dict[pkey]['b_on_up'],i)
adn = self.__pull_out_component(connection_dict[pkey]['a_on_down'],i)
rup = self.__pull_out_component(connection_dict[pkey]['repr_up'],i)
rdown = self.__pull_out_component(connection_dict[pkey]['repr_down'],i)
startup = self.__pull_out_component(connection_dict[pkey]['start_on_up'],i)
stopup = self.__pull_out_component(connection_dict[pkey]['stop_on_up'],i)
startdown = self.__pull_out_component(connection_dict[pkey]['start_on_down'],i)
stopdown = self.__pull_out_component(connection_dict[pkey]['stop_on_down'],i)
if args.active:
show_it = False
if cm_utils._is_active(current,startup,stopup):
show_it = cm_utils._is_active(current,startdown,stopdown)
else:
show_it = True
if show_it:
if args.verbosity == 'h':
if stopup>current:
stopup = '-'
if stopdown>current:
stopdown = '-'
table_data.append([startup,stopup,' ',' ',' ',startdown,stopdown])
table_data.append([up,bup,pta,pkey,ptb,adn,dn])
elif args.verbosity == 'm':
if not args.show_active:
if stopup>current:
stop = '-'
if stopdown>current:
stopdown = '-'
table_data.append([startup,stopup,' ',' ',' ',startdown,stopdown])
table_data.append([up,bup,pta,pkey,ptb,adn,dn])
else:
print(rup,rdown)
if args.verbosity=='m' or args.verbosity=='h':
print(tabulate(table_data,headers=headers,tablefmt='orgtbl'))
print('\n')
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')
