break
print ''.join(com_lst)
if com_lst:
arg_map = {'name':''.join(com_lst)}
else:
arg_map = {'name': nick}
rst = sales_solr.sales_search(arg_map, page_index, countofpage, solr_ip_port)
print rst
lines = []
lines.append(subject.strip())
lines.append(arg_map['name'].strip())
lines.append(str(rst[0]))
if rst[0]:
total += 1
num += 1
result = parse_eml(msg)
# pdb.set_trace()
lines.append(result.get(u'联系人', '').strip())
lines.append(result.get(u'手机', '').strip())
lines.append(result.get(u'座机', '').strip())
lines.append(result.get(u'地址', '').strip())
lines.append(result.get('email', '').strip())
linecsv.append(','.join(lines))
# print '*****************************************'
except:
pass
print total
print num
with open('d:/naren/test.csv', 'wb') as file:
file.writelines('\n'.join(linecsv).encode('utf8'))
emlutils.write_table(linecsv)
lst = os.listdir(path)
for pth in lst:
name = ''
namefg = True
try:
name = pth.decode('gb2312').encode('utf-8')
except UnicodeDecodeError:
name = pth
for word in filter_words:
if word in name:
nouselst.append(name)
namefg = False
break
if namefg:
usedlst.append(name)
# if filter_email(name):
# usedlst.append(name)
# else:
# nouselst.append(name)
print '============================used name:=============================='
for name in usedlst:
print name
parse_eml(path + '/' + name)
print len(usedlst)
print '============================noused name:============================'
for name in nouselst:
print name
print len(nouselst)
def handle_eml(msg_content, folder_path, user, index):
# fp = codecs.open(path, 'r', encoding='gbk')
msg = email.message_from_string(msg_content)
subject = msg.get('Subject')
subject = decode_subject(subject)
if subject == u'应聘检验员':
pdb.set_trace()
fmail = msg.get('From')
from_mail = utils.parseaddr(msg.get('From'))[1]
content = parseutils.get_mail_content(msg)
if 'gb2312' in from_mail:
emailq = emailp.search(content)
if emailq:
from_mail = emailq.group(0)
else:
from_mail = ''
# nick = utils.parseaddr(msg.get('From'))[0]
nick = ''
if fmail:
nick = fmail.split(' ')[0]
mailtm = msg.get('date')
flag, inbox_time, name, uuid = generate_name(msg, folder_path)
if flag == 0: #如果是正常邮件的话则走这个过程
if os.path.isfile(name):
return 1
else:
rst = parseutils.generate_table_data(subject, nick)
lines = []
lines.append(subject.strip())
lines.append(rst[1].replace('"', ''))
lines.append(rst[0])
result = parse_eml(msg, content)
lines.append(result.get(u'联系人', '').strip())
lines.append(result.get(u'手机', '').strip())
lines.append(result.get(u'座机', '').strip())
lines.append(result.get(u'地址', '').strip())
lines.append(from_mail.strip().replace('"', ''))
lines.append(user.strip())
lines.append(content)
lines.append(int(time.time()))
lines.append(uuid)
lines.append(name[len(pth):])
lines.append(inbox_time)
# parseutils.write_table([','.join(lines)])
parseutils.write_table([lines], logger)
write_mail(name, msg_content)
return result
else: #如果是垃圾邮件或者错误邮件的话，就走这个流程
result = 'spam'
if os.path.isfile(name):
return name
if flag == 1:
result = parse_eml(msg, content, True)
lines = []
lines.append(subject.strip())
lines.append(result.get('bugemail', '').strip().replace('"', ''))
lines.append(user.strip())
lines.append(int(time.time()))
lines.append(uuid)
lines.append(name[len(pth):])
lines.append(inbox_time)
parseutils.write_error_mail([lines], logger)
print decode_header(subject)[0][0].replace(' ', '')
write_mail(name, msg_content)
return result
for pth in lst:
name = ''
namefg = True
try:
name = pth.decode('gb2312').encode('utf-8')
except UnicodeDecodeError:
name = pth
for word in filter_words:
if word in name:
nouselst.append(name)
namefg = False
break
if namefg:
usedlst.append(name)
# if filter_email(name):
# usedlst.append(name)
# else:
# nouselst.append(name)
print '============================used name:=============================='
for name in usedlst:
print name
parse_eml(path + '/' + name)
print len(usedlst)
print '============================noused name:============================'
for name in nouselst:
print name
print len(nouselst)
