def flatten():
def get_vol_name(towerid, lines, codes):
ret = ''
for line in lines:
if towerid in line['properties']['nodes']:
c = line['properties']['voltage']
if codes['voltage_level'].has_key(c):
ret = codes['voltage_level'][c]
break
return ret
db_util.init_global()
towers = db_util.mongo_find('kmgd', 'features', conditions={"properties.webgis_type":"point_tower", "geometry2d.type":"Point"})
lines = db_util.mongo_find('kmgd', 'network', conditions={"properties.webgis_type":"polyline_line"})
codes = db_util.mongo_find_one('kmgd', 'codes', {})
ll = []
#print(len(l))
for i in towers:
o = {}
tower_id = i['_id']
o['_id'] = ObjectId(tower_id)
o['lng'] = i['geometry']['coordinates'][0]
o['lat'] = i['geometry']['coordinates'][1]
o['name'] = i['properties']['name']
o['voltage'] = get_vol_name(tower_id, lines, codes)
ll.append(unicode(o).replace(' u', ''))
s = '\n'.join(ll)
with open(JSONFILE1, 'w') as f:
f.write(s)
def flatten2():
db_util.init_global()
l = db_util.mongo_find('kmgd', 'network', conditions={"properties.webgis_type":"polyline_line"})
ll = []
print(len(l))
for i in l:
o = {}
o['nodes'] = i['properties']['nodes']
lll = [ObjectId(ii) for ii in o['nodes']]
o['nodes'] = lll
o['name'] = i['properties']['name']
ll.append(unicode(o).replace(' u', ''))
s = '\n'.join(ll)
with open(JSONFILE2, 'w') as f:
f.write(s)
ftu_count = 10
for i in range(1, ftu_count+1):
if _.find_index(alist, {'switch_alias':i}) > -1:
ws.write(0, i - 1, 1)
else:
ws.write(0, i - 1, 0)
wb.save(filepath)
for alg in ['ants', 'bayes']:
for k in ['jfyk', 'pzz']:
ftu_path = gConfig['webgis']['distribute_network']['mcr_path']['puer'][alg][k]['ftu_path']
# ftu_path += '_test.xls'
create_xls(ftu_path, k, data)
def build_data_ftu_xls(start_data, end_data):
XLS_FILE = ur'data_ftu_report.xlsx'
ret = get_ftu_fault_record(XLS_FILE, u'Sheet1', start_data, end_data)
XLS_FILE = ur'data_tower_ftu_info.xls'
ret = get_switch_alias_tower_id(XLS_FILE, u'Sheet3', ret)
print(ret)
print(len(ret))
build_data_ftu(ret)
if __name__ == "__main__":
init_global()
# test14()