def gps_str(latitude, longitude):
location = LatLon(latitude, longitude)
pp_loc_pt = location.to_string('d%|%m%|%S%|%H')
res = []
for cor in pp_loc_pt:
part = cor.split('|')
res.append(part[0] + u'\u00b0' + part[1].zfill(2) + '\'' + part[2] +
'"' + part[3])
return res[0] + " " + res[1]
def landout_check(flight_reg, flight_no, af_centre, radius, landing_coords, mode):
#
# This function determines if a flight has landed within the vicinity of the airfield take off point.
# If not it sends an email to the designated address specifying the landing coordinates, these
# can then be used by the recovery team to locate the aircraft using appropriate mapping technology.
# The algorithm used is that of a circle of defined radius centred on the originating airfield.
# The function is intended to send the msg either by email or SMS but at the moment only email
# is supported. The SMS code is included, has not been tested and requires an account to be created
# and of course each SMS msg would be charged to that account. The provenance of the SMS code is
# included if this helps with subsequent development.
#
# Returns: True - landed out. False - landed inside airfield limits
#
print "landout_check called. Registration: ", flight_reg, " Start coords: ", af_centre, " End coords: ", landing_coords
landing_dist = vincenty(af_centre, landing_coords).meters
print "Landing distance is: %d metres from airfield centre" % landing_dist
if landing_dist <= radius:
landing_status = "landed"
result = False
print "Landed in airfield"
else:
landing_status = "landed out"
result = True
print "Flight landed out, send msg. Registration: ", flight_reg, " Flight No: ", flight_no
# Is an email or SMS of landing status requested?
if settings.FLOGGER_LANDING_EMAIL <> "Y" and settings.FLOGGER_LANDING_EMAIL <> "y":
# No email or SMS of landing status required, return landing status
return result
#
# Email or SMS of landed status to be sent
#
landing_point = LatLon(landing_coords[0], landing_coords[1]) # Decimal degrees to object
landing_coords = landing_point.to_string('d% %m% %S% %H') # Coordinates to degrees minutes seconds
now = datetime.datetime.now().strftime("%Y-%m-%d %H:%M") # Date and time of event
if mode == "SMS":
#-----------------------------------
# Send SMS Text Message using Python
#
# Author : Matt Hawkins
# Site : http://www.raspberrypi-spy.co.uk/
# Date : 01/04/2016
#
# Requires account with TxtLocal
# http://www.txtlocal.co.uk/?tlrx=114032
#
#-----------------------------------
# Import required libraries
import urllib # URL functions
import urllib2 # URL functions
# Set YOUR TextLocal username
username = '******'
# Set YOUR unique API hash
# It is available from the docs page
# https://control.txtlocal.co.uk/docs/
hash = '1234567890abcdefghijklmnopqrstuvwxyz1234'
# Set a sender name.
# Sender name must alphanumeric and
# between 3 and 11 characters in length.
sender = 'RPiSpy'
sender = settings.FLOGGER_YGC_ADMIN
# Set flag to 1 to simulate sending
# This saves your credits while you are
# testing your code.
# To send real message set this flag to 0
test_flag = 1
# Set the phone number you wish to send
# message to.
# The first 2 digits are the country code.
# 44 is the country code for the UK
# Multiple numbers can be specified if required
# e.g. numbers = ('447xxx123456','447xxx654321')
numbers = ('447xxx123456')
# Define your message
message = 'Test message sent from my Raspberry Pi'
#-----------------------------------------
# No need to edit anything below this line
#-----------------------------------------
values = {'test' : test_flag,
'uname' : username,
'hash' : hash,
'message' : message,
'from' : sender,
'selectednums' : numbers }
url = 'http://www.txtlocal.com/sendsmspost.php'
postdata = urllib.urlencode(values)
req = urllib2.Request(url, postdata)
print 'Attempt to send SMS ...'
try:
response = urllib2.urlopen(req)
response_url = response.geturl()
if response_url==url:
print 'SMS sent!'
return result
except urllib2.URLError, e:
print 'Send failed!'
print e.reason
return result
def landout_check(flight_reg, flight_no, af_centre, radius, landing_coords,
mode, settings):
#
# This function determines if a flight has landed within the vicinity of the airfield take off point.
# If not it sends an email to the designated address specifying the landing coordinates, these
# can then be used by the recovery team to locate the aircraft using appropriate mapping technology.
# The algorithm used is that of a circle of defined radius centred on the originating airfield.
# The function is intended to send the msg either by email or SMS but at the moment only email
# is supported. The SMS code is included, has not been tested and requires an account to be created
# and of course each SMS msg would be charged to that account. The provenance of the SMS code is
# included if this helps with subsequent development.
#
# Returns: True - landed out. False - landed inside airfield limits
#
print "landout_check called. Registration: ", flight_reg, " Start coords: ", af_centre, " End coords: ", landing_coords
print "settings.FLOGGER_SMTP_SERVER_URL: ", settings.FLOGGER_SMTP_SERVER_URL, " settings.FLOGGER_SMTP_SERVER_PORT: ", settings.FLOGGER_SMTP_SERVER_PORT
landing_dist = vincenty(af_centre, landing_coords).meters
print "Landing distance is: %d metres from airfield centre" % landing_dist
if landing_dist <= radius:
landing_status = "landed"
result = False
print "Landed in airfield"
else:
landing_status = "landed out"
result = True
print "Flight landed out, send msg. Registration: ", flight_reg, " Flight No: ", flight_no
# Is an email or SMS of landing status requested?
if settings.FLOGGER_LANDING_EMAIL <> "Y" and settings.FLOGGER_LANDING_EMAIL <> "y":
# No email or SMS of landing status required, return landing status
return result
#
# Email or SMS of landed status to be sent
#
landing_point = LatLon(landing_coords[0],
landing_coords[1]) # Decimal degrees to object
landing_coords = landing_point.to_string(
'd% %m% %S% %H') # Coordinates to degrees minutes seconds
now = datetime.datetime.now().strftime(
"%Y-%m-%d %H:%M") # Date and time of event
if mode == "SMS":
#-----------------------------------
# Send SMS Text Message using Python
#
# Author : Matt Hawkins
# Site : http://www.raspberrypi-spy.co.uk/
# Date : 01/04/2016
#
# Requires account with TxtLocal
# http://www.txtlocal.co.uk/?tlrx=114032
#
#-----------------------------------
# Import required libraries
import urllib # URL functions
import urllib2 # URL functions
# Set YOUR TextLocal username
username = '******'
# Set YOUR unique API hash
# It is available from the docs page
# https://control.txtlocal.co.uk/docs/
hash = '1234567890abcdefghijklmnopqrstuvwxyz1234'
# Set a sender name.
# Sender name must alphanumeric and
# between 3 and 11 characters in length.
sender = 'RPiSpy'
sender = settings.FLOGGER_YGC_ADMIN
# Set flag to 1 to simulate sending
# This saves your credits while you are
# testing your code.
# To send real message set this flag to 0
test_flag = 1
# Set the phone number you wish to send
# message to.
# The first 2 digits are the country code.
# 44 is the country code for the UK
# Multiple numbers can be specified if required
# e.g. numbers = ('447xxx123456','447xxx654321')
numbers = ('447xxx123456')
# Define your message
message = 'Test message sent from my Raspberry Pi'
#-----------------------------------------
# No need to edit anything below this line
#-----------------------------------------
values = {
'test': test_flag,
'uname': username,
'hash': hash,
'message': message,
'from': sender,
'selectednums': numbers
}
url = 'http://www.txtlocal.com/sendsmspost.php'
postdata = urllib.urlencode(values)
req = urllib2.Request(url, postdata)
print 'Attempt to send SMS ...'
try:
response = urllib2.urlopen(req)
response_url = response.geturl()
if response_url == url:
print 'SMS sent!'
return result
except urllib2.URLError, e:
print 'Send failed!'
print e.reason
return result