def get_temperatures():
start_timestamp, end_timestamp = _get_timestamp_query_parameters()
try:
start_timestamp = float(start_timestamp)
end_timestamp = float(end_timestamp)
seconds = end_timestamp - start_timestamp
print 'Asked for temperature readings from ' + misc_utils.timestamp_to_datetime(start_timestamp).strftime("%c") + ' to ' + misc_utils.timestamp_to_datetime(end_timestamp).strftime("%c") + ' (' + str(int(seconds)) + ' seconds past)...',
all_readings = db_adapter.get_temperature_readings(int(start_timestamp), int(end_timestamp))
print 'got ' + str(len(all_readings)) + ' result(s).'
response.content_type = 'application/json;'
return json_parser.get_temperature_reading_array_as_json(all_readings)
except (TypeError, ValueError) as e:
abort(400, "Malformed timestamp parameter(s): " + str(e))
def get_readings(from_timestamp, to_timestamp):
""" returns all the temperature readings from/upto the given timestamps """
print 'Asked for readings from ' + misc_utils.timestamp_to_datetime(from_timestamp).strftime("%c") + ' to ' + misc_utils.timestamp_to_datetime(to_timestamp).strftime("%c")
found_temperature_readings = []
sql_statement = "SELECT * FROM " + TEMPERATURE_READINGS_TABLE_NAME + " WHERE timestamp BETWEEN from_unixtime(" + str(from_timestamp) + ") and from_unixtime(" + str(to_timestamp) + ")"
cursor.execute(sql_statement);
all_results = cursor.fetchall()
for result in all_results:
probe_id = result[0]
temperature_C = result[1]
timestamp = result[2].strftime("%s")
temperature_reading = hardware.temperature.TemperatureReading(probe_id, temperature_C, timestamp)
found_temperature_readings.append(temperature_reading)
return found_temperature_readings
def get_instructions():
if not request.query_string:
print 'Returning all instructions...'
allInstructions = db_adapter.get_instructions(0,2147483648); #end of unix time
response.content_type = 'application/json;'
return json_parser.get_instruction_array_as_json(allInstructions)
if (request.query_string is not None) & ('now' in request.query_string):
print 'Returning instruction for current time...'
try:
return json_parser.get_instruction_as_json(db_adapter.get_instructions()[0])
except IndexError:
# no current instruction
response.status = 204
return ''
start_timestamp, end_timestamp = _get_timestamp_query_parameters()
try:
print 'Asked for instructions from ' + misc_utils.timestamp_to_datetime(float(start_timestamp)).strftime("%c") + ' to ' + misc_utils.timestamp_to_datetime(float(end_timestamp)).strftime("%c") + '...',
all_instructions = db_adapter.get_instructions(int(start_timestamp), int(end_timestamp))
print 'got ' + str(len(all_instructions)) + ' result(s).'
response.content_type = 'application/json;'
return json_parser.get_instruction_array_as_json(all_instructions)
except (TypeError, ValueError) as e:
abort(400, "Malformed timestamp parameter(s): " + str(e))
def _do_auth_check():
""" checks the user's credential with what is in the config """
authorized = False
allowed_ip = False
ip = 'Unknown IP'
pretty_now_datetime = misc_utils.timestamp_to_datetime(time.time()).strftime("%c")
enviroment_list = request.environ
if enviroment_list.get('REMOTE_ADDR') is not None:
ip = enviroment_list.get('REMOTE_ADDR')
if enviroment_list.get('REMOTE_ADDR') is None:
allowed_ip = configuration.is_ip_allowed(ip) | (ip == 'Unknown IP')
if not configuration.is_security_enabled():
authorized = True
elif request.auth is not None:
user, password = request.auth
allowed_ip = configuration.is_ip_allowed(ip)
# print user + '==' + configuration.web_user() + ':' + str(user == configuration.web_user())
# print password + '==' + configuration.web_pwd() + ':' + str(password == configuration.web_pwd())
if (user == configuration.web_user()) & (password == configuration.web_pwd()) & (allowed_ip):
authorized = True
if authorized:
# disabled due to spam! need to find a smarter way for this
#_log_and_print_security_message(pretty_now_datetime + ': Address [' + ip + '] accessed the API')
return # all good
else:
message = pretty_now_datetime + ': Unauthorized access from [' + ip + ']'
if (user is not None) | (password is not None):
message = message + ' with credentials ' + user + ':' + password
if not allowed_ip:
message = message + '. Reason: User was blocked due to IP restriction.'
elif not authorized:
message = message + '. Reason: Credentials were wrong.'
_log_and_print_security_message(message)
if (not authorized) | (not allowed_ip): emailer.escalate("Unauthorized access", message)
abort(401, "This method requires basic authentication")
def __str__(self):
return 'Instruction #' + self.instruction_id + ', description: "' + self.description + '", from ' + misc_utils.timestamp_to_datetime(self.from_timestamp).strftime("%c") + ' to ' + misc_utils.timestamp_to_datetime(self.to_timestamp).strftime("%c") + '. Target temperature: ' + str(self.target_temperature_C) + 'C'
def __str__(self):
pretty_date = misc_utils.timestamp_to_datetime(self.timestamp).strftime("%c")
return 'From probe #' + self.probe_id + ': ' + str(self.temperature_C) + 'C/' + str(self.temperature_F) + 'F. Taken at: ' + pretty_date + "."