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bulgari.py
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bulgari.py
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# coding=utf-8
import json
import string
import re
import common as cm
import geosense as gs
__author__ = 'Zephyre'
db = None
log_name = 'bulgari_log.txt'
type_map = {'wa': u'Watches', 'pfm': u'Fragrances', 'eyw': u'Eyewear', 'jwl': u'Jewels',
'acc': u'Accessories', 'skn': u'Skincare'}
def fetch_continents(data):
url = data['host'] + data['geo_url']
param = {'lang': 'EN_US', 'geo_id': 1}
try:
body = cm.get_data(url, param)
except Exception, e:
cm.dump('Error in fetching continents: %s, %s' % (url, param), log_name)
return []
results = []
for c in json.loads(body)['geoEntityLocaleList']:
d = data.copy()
d['continent_id'] = string.atoi(c['geoEntity']['id'])
d['continent'] = c['geoEntity']['name'].strip()
results.append(d)
return results
def fetch_countries(data):
url = data['host'] + data['geo_url']
param = {'lang': 'EN_US', 'geo_id': data['continent_id']}
try:
body = cm.get_data(url, param)
except Exception, e:
cm.dump('Error in fetching countries: %s, %s' % (url, param), log_name)
return []
results = []
for c in json.loads(body)['geoEntityLocaleList']:
d = data.copy()
d['country_id'] = string.atoi(c['geoEntity']['id'])
d['country'] = cm.html2plain(c['geoEntity']['name']).strip()
results.append(d)
for item in results:
if gs.look_up(item['country'].upper(), 1) is None:
print 'Cannot look up %s' % item['country']
return results
def fetch_states(data):
url = data['host'] + data['geo_url']
param = {'lang': 'EN_US', 'geo_id': data['country_id']}
try:
body = cm.get_data(url, param)
except Exception, e:
cm.dump('Error in fetching states: %s, %s' % (url, param), log_name)
return []
results = []
raw=json.loads(body)
if 'geoEntityLocaleList' not in raw:
return []
for c in raw['geoEntityLocaleList']:
d = data.copy()
if 'geoAccurayId' not in c['geoEntity'] or c['geoEntity']['geoAccurayId'] != '2':
d['state_id'] = data['country_id']
d['state'] = ''
return [d]
else:
d['state_id'] = string.atoi(c['geoEntity']['id'])
d['state'] = cm.html2plain(c['geoEntity']['name']).strip()
results.append(d)
return results
def fetch_cities(data):
url = data['host'] + data['geo_url']
param = {'lang': 'EN_US', 'geo_id': data['state_id']}
try:
body = cm.get_data(url, param)
except Exception, e:
cm.dump('Error in fetching cities: %s, %s' % (url, param), log_name)
return []
results = []
raw = json.loads(body)
if 'geoEntityLocaleList' not in raw:
return []
for c in raw['geoEntityLocaleList']:
d = data.copy()
d['city_id'] = string.atoi(c['geoEntity']['id'])
d['city'] = cm.html2plain(c['geoEntity']['name']).strip()
results.append(d)
return results
def fetch_stores(data):
url = data['host'] + data['store_url']
param = {'lang': 'EN_US', 'geo_id': data['city_id']}
try:
body = cm.get_data(url, param)
except Exception, e:
cm.dump('Error in fetching cities: %s, %s' % (url, param), log_name)
return []
store_list = []
raw = json.loads(body)
if 'storeList' not in raw:
return []
for s in raw['storeList']:
entry = cm.init_store_entry(data['brand_id'], data['brandname_e'], data['brandname_c'])
entry[cm.city_e] = cm.extract_city(data['city'])[0]
entry[cm.province_e] = data['state'].upper()
entry[cm.country_e] = data['country'].upper()
entry[cm.store_class] = s['type']['name']
entry[cm.store_type] = ', '.join(type_map[item['name']] for item in s['categories'])
entry[cm.name_e] = s['name'].strip()
loc = s['location']
entry[cm.addr_e] = cm.reformat_addr(loc['address'])
if 'phone' in loc and loc['phone'] is not None:
entry[cm.tel] = loc['phone'].strip()
if 'fax' in loc and loc['fax'] is not None:
entry[cm.fax] = loc['fax'].strip()
if 'postalCode' in loc and loc['postalCode'] is not None:
entry[cm.zip_code] = loc['postalCode'].strip()
if 'latitude' in loc and loc['latitude'] is not None and loc['latitude'].strip() != '':
entry[cm.lat] = string.atof(loc['latitude'])
if 'longitude' in loc and loc['longitude'] is not None and loc['longitude'].strip() != '':
entry[cm.lng] = string.atof(loc['longitude'])
gs.field_sense(entry)
ret = gs.addr_sense(entry[cm.addr_e], entry[cm.country_e])
if ret[1] is not None and entry[cm.province_e] == '':
entry[cm.province_e] = ret[1]
if ret[2] is not None and entry[cm.city_e] == '':
entry[cm.city_e] = ret[2]
gs.field_sense(entry)
cm.dump('(%s / %d) Found store: %s, %s (%s, %s)' % (data['brandname_e'], data['brand_id'],
entry[cm.name_e], entry[cm.addr_e], entry[cm.country_e],
entry[cm.continent_e]), log_name)
db.insert_record(entry, 'stores')
store_list.append(entry)
return store_list
def fetch(level=1, data=None, user='root', passwd=''):
def func(data, level):
"""
:param data:
:param level: 0:国家;1:城市;2:商店列表
"""
if level == 0:
# 洲列表
return [{'func': lambda data: func(data, level + 1), 'data': s} for s in fetch_continents(data)]
if level == 1:
# 国家列表
return [{'func': lambda data: func(data, level + 1), 'data': s} for s in fetch_countries(data)]
if level == 2:
# 州列表
return [{'func': lambda data: func(data, level + 1), 'data': s} for s in fetch_states(data)]
if level == 3:
# 城市列表
return [{'func': lambda data: func(data, level + 1), 'data': s} for s in fetch_cities(data)]
if level == 4:
# 商店
return [{'func': None, 'data': s} for s in fetch_stores(data)]
else:
return []
# Walk from the root node, where level == 1.
if data is None:
data = {'host': 'http://stores.bulgari.com',
'geo_url': '/blgsl/js-geoentities.html',
'store_url': '/blgsl/js-stores.html',
'brand_id': 10058, 'brandname_e': u'BVLGARI', 'brandname_c': u'宝格丽'}
global db
db = cm.StoresDb()
db.connect_db(user=user, passwd=passwd)
db.execute(u'DELETE FROM %s WHERE brand_id=%d' % ('stores', data['brand_id']))
results = cm.walk_tree({'func': lambda data: func(data, 0), 'data': data})
db.disconnect_db()
return results