def handleInterrupt(args):
#print("handleInterrupt")
button20.pressed = True #that's a fact, but...
button20.pressed_debounced = False
interrupted_at = datetime.datetime.now()
if ( cfg['debounce_strategy'] == 'seconds' ):
debounce_until = interrupted_at + datetime.timedelta(0,3)
else: # fixme implement counter or other
debounce_until = interrupted_at + datetime.timedelta(0,3)
#print(interrupted_at,debounce_until,button20.pressed)
journal.send('Button on GPIO20 pressed, not debounced yet.', FIELD2='GPIO20')
# simple loop instead of interrupting for the other edge
# no hint of electromagnetical interference on the GPIOs (yet)
# so a triggered interrupt seems to corelate strongly with a human interaction
while True:
if (datetime.datetime.now() > debounce_until):
#print("past debounce")
journal.send('Button on GPIO20 pressed, DEBOUNCED.', FIELD2='GPIO20')
button20.pressed_debounced = True
return
elif ( b.read() == 1 ): #was released
#print("prematurely released")
journal.send('Button on GPIO20 pressed, prematurely released.', FIELD2='GPIO20')
return
else:
#print("not debounced yet")
journal.send('Button on GPIO20 pressed, not debounced yet.', FIELD2='GPIO20')
time.sleep(0.5) #inside this interrupt handler only
def handleInterrupt(args):
#print("handleInterrupt")
button20.pressed = True #that's a fact, but...
button20.pressed_debounced = False
interrupted_at = datetime.datetime.now()
if (cfg['debounce_strategy'] == 'seconds'):
debounce_until = interrupted_at + datetime.timedelta(0, 3)
else: # fixme implement counter or other
debounce_until = interrupted_at + datetime.timedelta(0, 3)
#print(interrupted_at,debounce_until,button20.pressed)
journal.send('Button on GPIO20 pressed, not debounced yet.',
FIELD2='GPIO20')
# simple loop instead of interrupting for the other edge
# no hint of electromagnetical interference on the GPIOs (yet)
# so a triggered interrupt seems to corelate strongly with a human interaction
while True:
if (datetime.datetime.now() > debounce_until):
#print("past debounce")
journal.send('Button on GPIO20 pressed, DEBOUNCED.',
FIELD2='GPIO20')
button20.pressed_debounced = True
return
elif (b.read() == 1): #was released
#print("prematurely released")
journal.send('Button on GPIO20 pressed, prematurely released.',
FIELD2='GPIO20')
return
else:
#print("not debounced yet")
journal.send('Button on GPIO20 pressed, not debounced yet.',
FIELD2='GPIO20')
time.sleep(0.5) #inside this interrupt handler only
def signal_term_handler(signal, frame):
#print('SIGTERM received')
journal.send('SIGTERM received.')
sys.exit(0)
import mraa
import time
import datetime #timedelta
from systemdream import journal #virtualenv-capable systemd journal (only journal!) Python code
import signal
import sys
import yaml #pyyaml
with open("config.yml", "r") as configfile:
cfg = yaml.load(configfile)
if ( cfg['debounce_strategy'] is not 'seconds' ):
journal.send('Setting debounce_strategy to seconds.')
cfg['debounce_strategy'] = 'seconds' # ;)
#grey
a = mraa.Gpio(18)
a.dir(mraa.DIR_OUT)
a.write(0)
#there was something about basic types not available within interrupts
#although the codes worked fine I still rather use the suggested workaround of a class
class Button20():
pressed = False
pressed_debounced = False
button20 = Button20()
def signal_term_handler(signal, frame):
#print('SIGTERM received')
journal.send('SIGTERM received.')
sys.exit(0)
import mraa
import time
import datetime #timedelta
from systemdream import journal #virtualenv-capable systemd journal (only journal!) Python code
import signal
import sys
import yaml #pyyaml
with open("config.yml", "r") as configfile:
cfg = yaml.load(configfile)
if (cfg['debounce_strategy'] is not 'seconds'):
journal.send('Setting debounce_strategy to seconds.')
cfg['debounce_strategy'] = 'seconds' # ;)
#grey
a = mraa.Gpio(18)
a.dir(mraa.DIR_OUT)
a.write(0)
#there was something about basic types not available within interrupts
#although the codes worked fine I still rather use the suggested workaround of a class
class Button20():
pressed = False
pressed_debounced = False