def open_usb_serial(self, usb_serial):
self.close_usb_serial(usb_serial)
port = ttyusb.find_tty_usb_sn(
usb_serial['vid'],
usb_serial['pid'],
usb_serial['sn'])
self.open_serial(
snap.SERIAL_TYPE_RS232,
port)
self.open_ports[usb_serial['name']] = port
def open(self):
with self.mylock:
if not self.isOpen():
if self.e20_sn:
self.port = ttyusb.find_tty_usb_sn(
'10c4', 'ea60', self.e20_sn)
else:
e20_ports = ttyusb.find_tty_usb('10c4', 'ea60')
if len(e20_ports) > 1:
raise 'more than one olimex connected'\
'but serial number is not specified'
self.port = e20_ports[0]
super(E20Com, self).open()
return self.port
def conn_RS485(self):
find_RS485 = ttyusb.find_tty_usb_sn(
RS485_usb_serial['vid'],
RS485_usb_serial['pid'],
RS485_usb_serial['sn'],
)
print 'find_RS485:', find_RS485
RS485 = serial.Serial(find_RS485)
try:
for i in range(500):
# open RS485 Serial comm
RS485.write("abcdefghijklmnopqrstuvwxyz")
finally:
RS485.close()
def __init__(self):
# initialize Fluke
self.fluke_port = ttyusb.find_tty_usb_sn('0403', '6001', fluke_usb_sn)
self.fluke = fluke8845a.Fluke8845A(self.fluke_port)
self.fluke.set_voltage_dc()
# initialize Keithley
self.k = keithley2220.Keithley2220(keithley_sn)
self.k.output_state(False)
# initialize engine
self.eng = snapengine.SnapEngine()
self.eng.open_usb_serial(eng1_usb_serial)
self.eng.open_usb_serial(eng2_usb_serial)
self.eng.open_usb_serial(eng3_usb_serial)
self.k.select(2)
self.k.set_voltage(keithley_3p3v)
self.k.set_current(0.5)
self.k.output_enable(True)
self.k.output_state(True)
def print_info(sn):
port = ttyusb.find_tty_usb_sn('0403', '6001', sn)
eng = snapengine.SnapEngine(
snap.SERIAL_TYPE_RS232, port)
print 'sn =', sn, 'local_address =', str2hexstr(eng.local_address)
try:
# Make settings accessible to user by
# executing user script(s)
# Path of the script(s) received as command line argument(s)
tester.process_settings(globals())
tester.check_file_md5sum(
arcfault_firmware_file, arcfault_firmware_md5sum)
print_ranges()
eng = snapengine.SnapEngine(
license_file=license_file,
nvparams_file=nvparams_file,
)
k = keithley2220.Keithley2220(keithley_sn)
v = versaloon.Versaloon('0123456789ABCDEF00000000',
vsprog=os.path.expanduser('~/vsprog/src/vsprog'))
uut_port = ttyusb.find_tty_usb_sn('0403', '6001', s5_usb_serial['sn'])
print 'uut_port = ', uut_port
# Find RS485
RS485_port = ttyusb.find_tty_usb_sn('0403', '6001',
RS485_usb_serial['sn'])
print 'RS485_port = ', RS485_port
aftester = AfTester(eng, k, v)
if token:
from dropup import dropup
dup = dropup.DropUp(aftester.datadir, "/", token)
dup.start()
aftester.start_loop()
except:
if dup:
dup.stop()
dup.join()
tester.process_settings(globals())
check_file_md5sum(eng1_firmware_file, eng1_firmware_md5sum)
check_file_md5sum(eng1_spy_file, eng1_spy_md5sum)
if gwps_firmware_md5sum:
m = hashlib.md5()
with open(gwps_firmware_file, 'rb') as content_file:
m.update(content_file.read())
my_digest = m.hexdigest()
if my_digest != gwps_firmware_md5sum:
raise Exception('Firmware checksum test failed')
ports = []
#ftdi_serial_numbers = []
for usb_sn in ftdi_serial_numbers:
ports.append(ttyusb.find_tty_usb_sn('0403', '6001', usb_sn))
for usb_sn in silab_serial_numbers:
ports.append(ttyusb.find_tty_usb_sn('10c4', 'ea60', usb_sn))
print ports
engine = snapengine.SnapEngine(ports=ports)
engine.save_nv_param(11, 0x100)
engine.print_info('eng1', eng1_mac)
engine.call(eng1_mac, 'rx', False)
gwpstester = GWPSTester(engine)
if token:
from dropup import dropup
dup = dropup.DropUp(gwpstester.datadir, "/", token)
dup.start()
gwpstester.start_loop()
except:
if dup:
self.write('CONF:SETPT %d\r\n' % value)
return value
def remote_sense(self, value=None):
if value is None:
return int(self.ask('REM:SENS?\r\n'))
else:
if value:
self.write('REM:SENS 1\r\n')
else:
self.write('REM:SENS 0\r\n')
if __name__ == "__main__":
usb_serial_number = 'FTFJXVY9'
from ttyusb import find_tty_usb_sn
port = find_tty_usb_sn('0403', '6001', usb_serial_number)
m = Magna(port)
m.log_file = 'magna.log'
m.log('serial_number = %s' % m.serial_number)
try:
m.operational_mode(MODE_ROTARY)
m.log('operational_mode = %d' % m.operational_mode())
sleep(1)
m.output_protection_clear()
sleep(5)
m.operational_mode(MODE_REMOTE)
m.log('operational_mode = %d' % m.operational_mode())
sleep(5)
#m.rst()
m.output_state(False)
m.log('output_state = %d' % m.output_state())
self.write(cmd)
time.sleep(0.5)
line = self.readline()
LEDs = line.split(" ")
if LEDs[0] < LEDs[1] > LEDs[2]:
return True
else:
return False
def IsBLUE(self, Chan):
cmd = 'getrgbi0%s\r\n' % str(Chan)
print cmd
self.write(cmd)
time.sleep(0.5)
line = self.readline()
LEDs = line.split(" ")
if LEDs[0] < LEDs[2] > LEDs[1]:
return True
else:
return False
if __name__ == "__main__":
print 'connect'
feasa_usb_sn = 'EA3A'
import ttyusb
feasa_port = ttyusb.find_tty_usb_sn('0403', '6001', feasa_usb_sn)
print feasa_port
feasa = FEASA(feasa_port)
feasa.Connect()
#middle_index = number_of_points / 2
#ap = [y[middle_index] / x[middle_index], 0]
#error = 0.0
#i = 0
#while i < len(x):
#v = numpy.polyval(ap, x[i])
#e = math.fabs(v - y[i])
#if e > error:
#error = e
#i += 1
#print '# alterror =', error, '[V] ', 100.0 * error / vnom, '%'
if __name__ == "__main__":
tester.process_settings()
fluke_port = ttyusb.find_tty_usb_sn('0403', '6001', fluke_usb_sn)
fluke = fluke8845a.Fluke8845A(fluke_port)
fluke.set_voltage_dc()
#print fluke.get_read()
k = keithley2220.Keithley2220(keithley_sn)
k.output_state(False)
usb_serial_numbers = [eng1_sn, eng2_sn, eng3_sn, eng4_sn]
#usb_serial_numbers = [eng2_sn]
ports = []
for usb_sn in usb_serial_numbers:
ports.append(ttyusb.find_tty_usb_sn('0403', '6001', usb_sn))
ca = CalibAdc(fluke, k, ports=ports)
ca.calib('tp24v', tp24v_mac, tp24v_channel, 24.0)
ca.calib3p3('tp3p3v', tp3p3v_mac, tp3p3v_channel)
#print_info(sn4)
#port1 = ttyusb.find_tty_usb_sn('0403', '6001', eng1_sn)
#eng1 = snapengine.SnapEngine(snap.SERIAL_TYPE_RS232, port1,
#eng1_mac, addr='\x00\x00\x20')
#port2 = ttyusb.find_tty_usb_sn('0403', '6001', eng2_sn)
#eng2 = snapengine.SnapEngine(snap.SERIAL_TYPE_RS232, port2, eng2_mac,
#addr='\x00\x00\x22')
#port3 = ttyusb.find_tty_usb_sn('0403', '6001', eng3_sn)
#eng3 = snapengine.SnapEngine(snap.SERIAL_TYPE_RS232, port3, eng3_mac,
#addr='\x00\x00\x23')
#port4 = ttyusb.find_tty_usb_sn('0403', '6001', eng4_sn)
#eng4 = snapengine.SnapEngine(snap.SERIAL_TYPE_RS232, port4, eng4_mac,
#addr='\x00\x00\x24')
usb_serial_numbers = [eng1_sn, eng2_sn, eng3_sn, eng4_sn]
#usb_serial_numbers = [eng2_sn]
ports = []
for usb_sn in usb_serial_numbers:
ports.append(ttyusb.find_tty_usb_sn('0403', '6001', usb_sn))
print ports
eng = snapengine.SnapEngine(ports=ports,
license_file=license_file,
nvparams_file=nvparams_file
)
k = keithley2220.Keithley2220(keithley_sn)
v = versaloon.Versaloon('0123456789ABCDEF00000000',
vsprog=os.path.expanduser('~/vsprog/src/vsprog'))
uut_port = ttyusb.find_tty_usb_sn('0403', '6001', s5_sn)
print 'uut_port = ', uut_port
aftester = AfTester(eng, k, v)
aftester.start_loop()
if full_scale:
cmd = 'CURR:DC:RANG %s\r\n' % str(full_scale)
#print cmd
self.write(cmd)
cmd = 'CURR:RANG:AUTO OFF\r\n'
#print cmd
self.write(cmd)
else:
cmd = 'CURR:RANG:AUTO ON\r\n'
print cmd
self.write(cmd)
def get_read(self):
self.write('READ?\r\n')
line = self.readline()
#print line
return float(line)
if __name__ == "__main__":
print 'open'
fluke_usb_sn = 'AH0108P7'
import ttyusb
fluke_port = ttyusb.find_tty_usb_sn('0403', '6001', fluke_usb_sn)
print fluke_port
fluke = Fluke8845A(fluke_port)
fluke.set_voltage_dc()
print fluke.get_read()
fluke.set_current_dc(10)
print fluke.get_read()
#m.update(content_file.read())
#my_digest = m.hexdigest()
#if my_digest != scb_firmware_md5sum:
#raise Exception('Firmware checksum test failed')
ports = []
#ftdi_serial_numbers = []
for usb_sn in ftdi_serial_numbers:
ports.append(ttyusb.find_tty_usb('10c4', '8382'))
# ports.append(ttyusb.find_tty_usb('067b', '2303'))
# ports.append(ttyusb.find_tty_usb_sn('067b', '2303', ' '))
# ports.append(ttyusb.find_tty_usb_sn('0403', '6001', 'FTG6RKT8'))
# ports.append(ttyusb.find_tty_usb_sn('0403', '6001', usb_sn))
for usb_sn in silab_serial_numbers:
ports.append(ttyusb.find_tty_usb_sn('046d', 'c534', ''))
print ports
engine = snapengine.SnapEngine(ports=ports)
#engine.retry = 0
#engine.save_nv_param(11, 0)
#try:
#engine.call(eng1_mac, 'saveNvParam', 3, 0xbeef) # network id
#engine.call(eng1_mac, 'saveNvParam', 4, 7) # channel
#engine.call(eng1_mac, 'saveNvParam', 11, 0x11f) # feature
#engine.call(eng1_mac, 'reboot', 4, 0xbeef)
#except:
#pass
#sleep(1)
engine.save_nv_param(11, 0x100)
#try:
#engine.call(eng1_mac, 'saveNvParam', 3, 0xbeef) # network id