def message_compose():
user = utils.get_user_from_cookie(request)
page_name = 'messages'
if request.method.lower() == "post":
message_to = request.form.get("message_to") or ""
message_title = request.form.get("message_title") or ""
message_contents = request.form.get("message_contents") or ""
if not (message_to and message_title and message_contents):
message = 'Missing field'
page_content = render_template("compose.html", user=user, message=message)
return render_page(page_content, page_name, user=user)
to_user = utils.check_username(message_to)
if not to_user:
message = 'Invalid user'
page_content = render_template("compose.html", user=user, message=message)
return render_page(page_content, page_name, user=user)
utils.create_message(to_user["user_id"], user["user_id"], message_title, message_contents)
return redirect("/messages/view")
page_content = render_template("compose.html", user=user)
return render_page(page_content, page_name, user=user)
def message_compose():
user = utils.get_user_from_cookie(request)
page_name = 'messages'
if request.method.lower() == "post":
message_to = request.form.get("message_to") or ""
message_title = request.form.get("message_title") or ""
message_contents = request.form.get("message_contents") or ""
if not (message_to and message_title and message_contents):
message = 'Missing field'
page_content = render_template("compose.html",
user=user,
message=message)
return render_page(page_content, page_name, user=user)
to_user = utils.check_username(message_to)
if not to_user:
message = 'Invalid user'
page_content = render_template("compose.html",
user=user,
message=message)
return render_page(page_content, page_name, user=user)
utils.create_message(to_user["user_id"], user["user_id"],
message_title, message_contents)
return redirect("/messages/view")
page_content = render_template("compose.html", user=user)
return render_page(page_content, page_name, user=user)
def message_compose():
user = utils.get_user_from_cookie(request)
page_name = "messages"
if request.method.lower() == 'post':
message_to = request.form.get('message_to') or ''
message_title = request.form.get('message_title') or ''
message_contents = request.form.get('message_contents') or ''
if not (message_to and message_title and message_contents):
message = "Missing field"
page_content = render_template('compose.html', user=user, message=message)
return render_page(page_content, page_name, user=user)
to_user = utils.check_username(message_to)
if not to_user:
message = "Invalid user"
page_content = render_template('compose.html', user=user, message=message)
return render_page(page_content, page_name, user=user)
utils.create_message(to_user['user_id'], user['user_id'], message_title, message_contents)
return redirect('/messages/view')
page_content = render_template('compose.html', user=user)
return render_page(page_content, page_name, user=user)
def test_create_message_single_line(self):
code = 200
line = 'Status OK.'
expected_result = '200 Status OK.'
result = create_message(code, line, as_bytes=False)
self.assertEqual(result, expected_result)
def user_session(io_adapter):
"""
Класс, реализующий логику работы с конкретным подключенным к серверу
пользователем. При запуске выводит пользователю приветственное сообщение,
затем в распознает команды получаемые от клиента и выполняет их, после
выполнения команды exit завершает работу.
:type io_adapter: BaseIoAdapter
"""
# начало сессии, выведем приветстие
io_adapter.write(create_message(200, BannerMessage.get()))
cmd = None
transfer_mode = TransferMode()
while cmd != commands_definitions.EXIT:
# читаем одну строку из входящих данных:
line = yield from io_adapter.read(transfer_mode.mode)
""":type: bytes"""
# перебираем все зарегистрированные команды:
for cmd, callback, in commands.COMMANDS:
bin_cmd = cmd.encode()
cmd_len = len(bin_cmd)
if line[:cmd_len] == bin_cmd:
lwc = line[cmd_len + 1:io_adapter.delimiter_slice_start].rstrip(b' ')
callback_kwargs = {
'line_without_command': lwc,
'transfer_mode': transfer_mode,
}
message = callback(**callback_kwargs)
io_adapter.write(message, transfer_mode.mode)
break
else:
# это условие выполниться только если цикл завершится нормально,
# т.е. без break
message = create_message(CODE_BAD_DATA, ERR_COMMAND_NOT_RECOGNIZED)
io_adapter.write(message, transfer_mode.mode)
io_adapter.close()
def save_message():
# get the message
request_data = request.get_json()
# insert a record
conn = utils.create_connection('/home/pi/projects/ledticker-pi/db/led_messages.db')
m_id = utils.create_message(conn, request_data)
# return a value
return jsonify(
message_id=m_id,
message="message created"
)
def test_create_message_multiple_lines(self):
code = 200
text = LINES_DELIMITER.join([
'line 1',
'line 2',
'line 3'
])
expected_result = LINES_DELIMITER.join([
'200-line 1',
'line 2',
'200 line 3'
])
result = create_message(code, text, as_bytes=False)
self.assertEqual(expected_result, result)
def transferFile(udp_soc, host, port):
global fileList
global N
global sent_index
global ack_index
global window_limit
window_limit = N - 1
seq_no = -1
length = len(fileList)
while 1:
#print "Ack Index:"+str(ack_index)
if (ack_index == length - 1):
break
'''
time.sleep(0)
if ((window_limit - sent_index) == N):
lock.acquire()
signal.alarm(0)
signal.setitimer(signal.ITIMER_REAL, timeout_timer)
lock.release()
'''
while ((sent_index < window_limit) and (sent_index <
(len(fileList) - 1))):
lock.acquire()
#print '------------\nlock acquired in transfer file\n--------------'
signal.alarm(0)
signal.setitimer(signal.ITIMER_REAL, timeout_timer)
sent_index += 1
seq_no += 1
msg = fileList[sent_index]
pkt = utils.create_message(seq_no, msg)
#print 'Sending Msg:'+str(seq_no)+"\n------------------------"
udp_soc.sendto(pkt, (host, port))
#print 'Sent_pkts:'+str(sent_index)+' Window Limit:'+str(window_limit)+'\nxxxxxxxxxxxxxxxx'
lock.release()
#print '------------\nlock released in transfer file\n--------------'
time.sleep(0)
def resend_pkts(signum, f):
global ack_index
global window_limit
global fileList
global host
global port
resent_seq_no = ack_index + 1
#print 'reset alarm:Resending_pkts:'+str(resent_seq_no)+'to'+str(window_limit)
lock.acquire()
#print '------------\nlock acquired in Resend Pkts\n--------------'
signal.alarm(0)
signal.setitimer(signal.ITIMER_REAL, timeout_timer)
while ((resent_seq_no <= window_limit) and (resent_seq_no <=
(len(fileList) - 1))):
msg = fileList[resent_seq_no]
pkt = utils.create_message(resent_seq_no, msg)
udp_soc.sendto(pkt, (host, port))
print 'Timeout, sequence number = ' + str(resent_seq_no)
#print resent_seq_no
resent_seq_no += 1
lock.release()
num_messages = 100
else:
num_messages = int(sys.argv[1])
type ="fanOutRead"
logger = logging.getLogger("exectime")
logger.setLevel(logging.INFO)
fh = logging.FileHandler( type + "_" + "insert.log")
logger.addHandler(fh)
recipient_logger = logging.getLogger("recipients")
recipient_logger.setLevel(logging.INFO)
fh2 = logging.FileHandler(type+'recipients.log')
recipient_logger.addHandler(fh2)
connection = MongoClient()
db = connection.test
messages = db.messages
logger.info("FOR save")
recipients = []
for i in range(num_messages):
msg = utils.create_message()
save_message(msg)
for recipient in msg.get("to"):
if recipient not in recipients:
recipients.append(recipient)
for r in range(recipients.__len__()):
recipient_logger.info(recipients[r])
def report_changes(self, data, data_html, colnames):
"""
Determine if any jobs have been added or removed since the last check. Report additions or deletions
by print report or email as specified.
:param data: jobs data returned from self.scrape()
:param data_html: jobs HTML data returned from self.scrape()
:param colnames: column names of jobs data
"""
adds, adds_html, deletes = utils.find_adds_deletes(
filepath=self.filepath,
data=data,
data_html=data_html,
colnames=colnames)
# set these to None in case they don't get defined later
adds_table, adds_table_html, deletes_table, deletes_table_html = None, None, None, None
# print the added and deleted jobs if print_report == True
if adds:
adds_table = utils.create_text_table(adds, colnames)
adds_table_html = utils.create_html_table(adds_html, colnames)
if self.print_report and self.report_adds:
utils.print_table(adds_table,
company_name=self.company_name,
message_start="New jobs posted")
if deletes:
deletes_table = utils.create_text_table(deletes, colnames)
deletes_table_html = utils.create_html_table(
deletes, colnames) # don't need links deletes table
if self.print_report and self.report_deletes:
utils.print_table(deletes_table,
company_name=self.company_name,
message_start="Jobs removed")
# if there were changes that need reporting and email_report == True, send an email
needs_report = ((self.report_adds and adds)
or (self.report_deletes and deletes))
if self.email_report and needs_report:
service = utils.establish_service()
# build the message text
email_adds = False
email_deletes = False
if self.report_adds and adds:
email_adds = True
if self.report_deletes and deletes:
email_deletes = True
text_msg, html_msg = utils.build_message(
adds_table, adds_table_html, deletes_table, deletes_table_html,
self.company_name, email_adds, email_deletes)
# include link to careers page at bottom of email if available
if (self.careers_link is not None) and (self.careers_link != ""):
html_msg += '\n<p></p>\n<p>Careers page: <a href="' + self.careers_link + '">' + self.careers_link + \
'</a></p>\n'
text_msg += '\n\nCareers page: ' + self.careers_link + '\n'
# create and send message using Gmail API
msg = utils.create_message(self.sender, self.to, self.subject,
text_msg, html_msg)
utils.send_message(service, user_id="me", message=msg)
def send_message(self, message, opcode=0x1):
self.log_info('send_message({1}): {0}'.format(message, repr(self)))
mask = ''
if self.mask_outgoing:
mask = os.urandom(4)
self.push(create_message(message, mask=mask, opcode=opcode))