def _init(pic_path, config_location,is_start_up):
logging.info("------------------------------------")
logging.info("System initing....\r")
logging.info("System init will start in 5 s")
time.sleep(5)
#write_notation()
files_list = []
current_files_size = 0
attachment_size = 0
for path in pic_path:
logging.info("Working dir is %s" %path)
for root, dirs, files in os.walk(path):
for name in files:
full_name = root + '/' + name
logging.info("File %s add to list" %full_name)
files_list.append(full_name)
attachment_size += 1
#transfer to MB
current_files_size += files_filter.get_file_mb_size(full_name)
#if the current files size bigger than 20MB It will send and files_list will init to []
if current_files_size <=20:
if attachment_size == ATTACHMENT_SIZE:
logging.warning("FILE SIZE LIMIT %s AND WILL SEND"%attachment_size)
logging.info("SEND %s" %files_list)
email_client.mail(target_email,
subject,
content,
files_list)
logging.info("System pause for 5 seconds")
time.sleep(5)
files_list = []
current_files_size = 0
attachment_size = 0
global config_utils
files_list = FileFilter(config_utils,files_list)
if files_list != []: #to avoid email without attachment
email_client.mail(target_email,
subject,
content,
files_list)
sys_init_time = time.time()
global last_send_time
last_send_time = sys_init_time
Config(config_location)._update_config('filesys','is_first_time','false')
if _add_to_startup(is_start_up):
logging.info("System initing send time %s" %last_send_time)
logging.info("System inited at %s." %time.strftime("%Y-%m-%d %H:%M:%S"))
logging.info("System init end")
logging.info("------------------------------------")
else:
logging.info("System init faild! Add to startup failed")
def _monitor_files(self,
pic_path,
current_files_size,
attachment_size,
send_times,
condition):
updated_files = []
files_list = []
for path in pic_path:
#get all files in path
for root, dirs, files in os.walk(path):
for name in files:
full_name = root + '/' + name
files_list.append(full_name)
#check the files in list are the newest!
#print files_list
for f_name in files_list:
if _single_file_monitor(f_name):
updated_files.append(f_name)
#logging.info("File %s are the new!")%f_name
attachment_size += 1
current_files_size += files_filter.get_file_mb_size(full_name)
if updated_files == []:
logging.info("Entering wait condition")
#condition.notify()
elif attachment_size == ATTACHMENT_SIZE and updated_files != []:
logging.warning("FILE SIZE LIMIT %s AND WILL SEND"%attachment_size)
email_client.mail(target_email,
subject,
content,
updated_files)
updated_files = []
current_files_size = 0
attachment_size = 0
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " %time.ctime())
else:
logging.info("File %s will not be sent twice" %f_name)
condition.notify()
global config_utils
updated_files = FileFilter(config_utils,updated_files)
if updated_files!= []:
email_client.mail(target_email,
subject,
content,
updated_files)
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " %time.ctime())
logging.info("System has sent %s mails" %send_times)
def _running(pic_path):
send_times = 0
global last_send_time
global sys_status
current_files_size = 0
attachment_size = 0
while sys_status:
updated_files = []
files_list = []
for path in pic_path:
#get all files in path
for root, dirs, files in os.walk(path):
for name in files:
full_name = root + '/' + name
files_list.append(full_name)
#check the files in list are the newest!
#print files_list
for f_name in files_list:
if _single_file_monitor(f_name):
updated_files.append(f_name)
#logging.info("File %s are the new!")%f_name
attachment_size += 1
current_files_size += files_filter.get_file_mb_size(
full_name)
if updated_files == []:
logging.info("Entering wait condition")
elif attachment_size == ATTACHMENT_SIZE and updated_files != []:
logging.warning("FILE SIZE LIMIT %s AND WILL SEND" %
attachment_size)
email_client.mail(target_email, subject, content,
updated_files)
updated_files = []
current_files_size = 0
attachment_size = 0
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " % time.ctime())
else:
logging.info("File %s will not be sent twice" % f_name)
if updated_files != []:
email_client.mail(target_email, subject, content,
updated_files)
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " % time.ctime())
#logging.info("System sleep %s seconds" %execute_time)
logging.info("System has sent %s mails" % send_times)
time.sleep(execute_time)
def _running(pic_path):
files_to_send = []
send_times = 0
global last_send_time
global sys_status
current_files_size = 0
attachment_size = 0
while sys_status:
updated_files = []
files_list = []
for path in pic_path:
# get all files in path
for root, dirs, files in os.walk(path):
for name in files:
full_name = root + "/" + name
files_list.append(full_name)
# check the files in list are the newest!
# print files_list
for f_name in files_list:
if _single_file_monitor(f_name):
updated_files.append(f_name)
# logging.info("File %s are the new!")%f_name
attachment_size += 1
current_files_size += files_filter.get_file_mb_size(full_name)
if updated_files == []:
logging.info("Entering wait condition")
elif attachment_size == ATTACHMENT_SIZE and updated_files != []:
logging.warning("FILE SIZE LIMIT %s AND WILL SEND" % attachment_size)
email_client.mail(target_email, subject, content, updated_files)
updated_files = []
current_files_size = 0
attachment_size = 0
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " % time.ctime())
else:
logging.info("File %s will not be sent twice" % f_name)
if updated_files != []:
email_client.mail(target_email, subject, content, updated_files)
send_times += 1
last_send_time = time.time()
logging.info("File sent at %s " % time.ctime())
# logging.info("System sleep %s seconds" %execute_time)
logging.info("System has sent %s mails" % send_times)
time.sleep(execute_time)