import time
from device import Device
TOR = Device('EOS', '10.52.2.222', 10031)
print(TOR.login())
print(TOR.write('set force enable'))
while True:
print(TOR.write('set port disable ge.1.48'))
time.sleep(5)
print(TOR.write('set port enable ge.1.48'))
time.sleep(5)
d.move(x, y)
sleep(delay)
reportPos()
except KeyboardInterrupt:
moveY = False
reportPos()
print('Y Calibrated!')
# Calibrate pen down
print('Calibrating D...')
moveD = True
try:
while moveD:
d.down = d.down + 1
d.pen(d.down)
d.write('M2 D%s' % d.down)
sleep(delay)
reportPos()
except KeyboardInterrupt:
moveD = False
reportPos()
print('D Calibrated!')
# Calibrate pen up
print('Calibrating U...')
moveU = True
try:
d.up = d.down - 1
while moveU:
d.pen(d.up)
sleep(delay)
def write(self, bytes, limits):
"""Write <block_size> chars"""
Device.write(self, bytes, limits)
self._addLine("".join(map(Device._chr, bytes)))
from device import Device
import time
import random
if __name__ == '__main__':
f = open('output.log', 'w', buffering=0)
DUT = Device('EOS', '10.52.2.222', 10022)
DUT.write('\n')
time.sleep(3)
print(DUT.read_until('Username'))
f.write(DUT.login())
for x in range(500):
# Sleep a random amount of time to change the timing slightly each iteration.
sleeptime = random.randrange(30)
print('*** Starting iteration %d with a %d second wait.***\n\n' % (x,sleeptime))
f.write('\n\n*** Starting iteration %d with a %d second wait.***\n\n' % (x,sleeptime))
print('Clearing config.')
DUT.clearConfig()
# It takes about 3 minutes to come back online.
output = DUT.read_until('Username:'******'Logging into DUT')
output = output + DUT.login()
f.write(output)
time.sleep(sleeptime)
print('Appending the config.')
def write(self, bytes, limits):
"""Write <block_size> chars"""
Device.write(self, bytes, limits)
self._addLine( "".join(map(Device._chr, bytes)) )
