def test_slave():
# for my hardware. Delete these three lines for normal h/w
from micropower import PowerController
power_controller = PowerController(pin_active_high='Y12',
pin_active_low='Y11')
power_controller.power_up()
s = rp.Slave(config_slave)
obj = [0, ''] # This is the object to be sent
x = ord('a')
while True:
try:
result = s.exchange(obj)
except rp.NoData:
pass # Master has sent no data. Try again.
except OSError: # Optionally trap timeout errors (e.g. out of range)
print("Timeout")
else:
print(result) # Print the received object
if result[0] != len(result[1]):
print('Error')
break
obj[1] = obj[1] + chr(x) if len(
obj[1]) < 70 else '' # Keep from getting too huge
x = x + 1 if x < ord('z') else ord('a')
obj[0] = len(obj[1])
def ts():
from micropower import PowerController
power_controller = PowerController(pin_active_high='Y12',
pin_active_low='Y11')
power_controller.power_up()
s = rf.Slave(v1_config)
send_msg = ToMaster()
while True:
result = s.exchange(send_msg) # Wait for master
if result is not None:
print(result.i0)
else:
print('Timeout')
send_msg.i0 += 1
def ts():
from micropower import PowerController
power_controller = PowerController(pin_active_high="Y12", pin_active_low="Y11")
power_controller.power_up()
s = rf.Slave(v1_config)
send_msg = ToMaster()
while True:
result = s.exchange(send_msg) # Wait for master
if result is not None:
print(result.i0)
else:
print("Timeout")
send_msg.i0 += 1
def ts(): # Test slave: runs on V1 board
from micropower import PowerController
power_controller = PowerController(pin_active_high = 'Y12', pin_active_low = 'Y11')
power_controller.power_up()
s = rp.Slave(config_slave)
obj = [0, '']
x = ord('a')
while True:
try:
result = s.exchange(obj)
except rp.NoData: # Master has sent nothing
pass
except OSError:
print("Timeout")
else:
print(result)
obj[0] += 1
obj[1] += chr(x)
x = x +1 if x < ord('z') else ord('a')
if len(obj[1]) > 12:
obj[1] = '' # Fit in LCD
def ts(): # Test slave: runs on V1 board
from micropower import PowerController
power_controller = PowerController(pin_active_high='Y12',
pin_active_low='Y11')
power_controller.power_up()
s = rp.Slave(config_slave)
obj = [0, '']
x = ord('a')
while True:
try:
result = s.exchange(obj)
except rp.NoData: # Master has sent nothing
pass
except OSError:
print("Timeout")
else:
print(result)
obj[0] += 1
obj[1] += chr(x)
x = x + 1 if x < ord('z') else ord('a')
if len(obj[1]) > 12:
obj[1] = '' # Fit in LCD
def test_slave():
# for my hardware. Delete these three lines for normal h/w
from micropower import PowerController
power_controller = PowerController(pin_active_high = 'Y12', pin_active_low = 'Y11')
power_controller.power_up()
s = rp.Slave(config_slave)
obj = [0, ''] # This is the object to be sent
x = ord('a')
while True:
try:
result = s.exchange(obj)
except rp.NoData:
pass # Master has sent no data. Try again.
except OSError: # Optionally trap timeout errors (e.g. out of range)
print("Timeout")
else:
print(result) # Print the received object
if result[0] != len(result[1]):
print('Error')
break
obj[1] = obj[1] + chr(x) if len(obj[1]) < 70 else '' # Keep from getting too huge
x = x +1 if x < ord('z') else ord('a')
obj[0] = len(obj[1])
import pyb, epaper
from micropower import PowerController
p = PowerController(pin_active_high = 'Y12', pin_active_low = 'Y11')
p.power_up()
a = epaper.Display(side = 'L')
with a.font('/sd/Courier_New19x11$isDegs', monospaced = True):
a.puts('Test of alignment 12.34\n')
a.puts('mmmmmmmmmmmmmmmmm 12.34\n')
a.show()
p.power_down()