def takephoto(photoname):
#Switch on the relay.
relay = fox.Pin('J7.4', 'low')
relay.on()
time.sleep(0.5)
camera = vc0706()
camera.take_photo(photoname)
relay.off()
#Photo now is copied to new folder, from there the chk_tpl will sort it.
os.system('cp ' + photoname + ' /home/satice/new')
print "Photo %s taken" % photoname
def modemT(mode=false,type="fox"):
"""
Toggles power or sleep status of the modem through a digital output. A discharge cycle
is always done to be sure the power on cycle timing is always respected. This particular
side requirement allows us to issue a hard reset by calling a modemT(true).
Compatibility depends on access to digital outputs. For PC use this function is not required.
Input:
mode: false for OFF, true for ON
type: device type, to load the propper hardware control for digital outputs
Output:
Return true/false for on/off case the power status is required.
Default call: modemT(0) #Powers off, fox type..
"""
#Generic switch off for 30 seconds.
if (debug):
print('Modem OFF \r') #Debug is a global boolean variable.
logMe(home,"coms","Modem OFF")
if type=="fox": #Add cases for other devices...
fox.Pin('J7.35','low') #For mk3 satice PCB with Fox Board microP unit
"""
#Generic switch off for 30 seconds.
if (debug):
print('Modem OFF \r') #Debug is a global boolean variable.
logMe(home,"coms","Modem OFF")
if type=="fox": #Add cases for other devices...
fox.Pin('J7.35','low') #For mk3 satice PCB with Fox Board microP unit
time.sleep(30) #required to discharge charge pump on the modem, according to manufacturer.
mON=False
if mode==true:
if (debug):
print('Modem ON \r')
logMe(home,"coms","Modem ON")
if type=="fox":
fox.Pin('J7.35','high') #For mk3 satice PCB with Fox Board microP unit
time.sleep(5)
mON=True
return mON
def serial_ports():
""" Lists serial port names.
Outputs:
EnvironmentError: On unsupported or unknown platforms
Result: A list of the serial ports, compatible with AT, available on the system.
If no serial ports are available with a modem, returns false (To Be Implemented).
"""
if sys.platform.startswith('win'):
ports = ['COM%s' % (i + 1) for i in range(256)]
elif sys.platform.startswith('linux') or sys.platform.startswith('cygwin'):
# this excludes your current terminal "/dev/tty"
import time
import fox
print "Telit ON/OFF"
telitON = fox.Pin('J6', '37', 'low')
telitON.on()
time.sleep(1)
telitON.off()
#!/usr/bin/python
import time
import fox
print "Telit ON/OFF"
telitRESET = fox.Pin('J6', '38', 'low')
telitON = fox.Pin('J6', '37', 'low')
telitON.on()
time.sleep(1)
telitON.off()
import fox
import time
print "Blinking led"
print "Type ctrl-C to exit"
led = fox.Pin('J7', '3', 'low')
while True:
time.sleep(0.2)
led.on()
time.sleep(0.2)
led.off()
["31", "32"],
["33", "34"],
["35", "36"],
["37", "38"],
],
}
for connector_index, connector_item in enumerate(test):
#print connector_index, connector_item, test[connector_item]
for test_index, test_item in enumerate(test[connector_item]):
#for pin_index, pin_item in enumerate(test[connector_item][test_index]):
#print "Test %s.%s - %s.%s" % (connector_item,test_item[0],connector_item,test_item[1])
while True:
error_counter = 0
pin_out = fox.Pin(connector_item, test_item[0], 'low')
pin_in = fox.Pin(connector_item, test_item[1], 'in')
if pin_in.get_value() <> 0:
print "gpio error %s.%s = low -> %s.%s" % (
connector_item, test_item[0], connector_item, test_item[1])
error_counter = error_counter + 1
pin_out = fox.Pin(connector_item, test_item[0], 'high')
pin_in = fox.Pin(connector_item, test_item[1], 'in')
if pin_in.get_value() <> 1:
print "gpio error %s.%s = high -> %s.%s" % (
connector_item, test_item[0], connector_item, test_item[1])
error_counter = error_counter + 1
import fox
import time
print "Pressing button"
print "Type ctrl-C to exit"
led = fox.Pin('J7', '3', 'low')
button = fox.Pin('J7', '5', 'in')
while True:
if button.get_value() == 0:
led.on()
else:
led.off()