def wildcard(self, compact=False):
if compact:
f = "f"
v = "v"
else:
f = "function"
v = "value"
values = {}
print(self.export)
for i in self.export:
if compact:
func = GPIO.getFunction(i)
else:
func = GPIO.getFunctionString(i)
values[i] = {f: func, v: int(GPIO.digitalRead(i))}
return values
def wildcard(self, compact=False):
if compact:
f = "f"
v = "v"
else:
f = "function"
v = "value"
values = {}
print(self.export)
for i in self.export:
if compact:
func = GPIO.getFunction(i)
else:
func = GPIO.getFunctionString(i)
values[i] = {f: func, v: int(GPIO.digitalRead(i))}
return values
def __digitalRead__(self, channel):
self.checkDigitalChannelExported(channel)
return GPIO.digitalRead(channel)
def __portRead__(self):
value = 0
for i in self.export:
value |= GPIO.digitalRead(i) << i
return value
import _webiopi.GPIO
import time
GPIO = _webiopi.GPIO
# GPIO, status, time
data = [[num, 0, 0.0] for num in [17, 27, 22]]
for n in data:
print(n[0], n[1], n[2])
GPIO.setFunction(n[0], GPIO.IN)
while True:
for n in data:
status = GPIO.digitalRead(n[0])
if n[1] == 0 and status:
n[1] = 1
n[2] = time.time()
elif n[1] == 1 and not status:
n[1] = 2
elif n[1] == 2 and 0.2 < (time.time() - n[2]):
n[1] = 0
print("%d clicked" % n[0])
def __digitalRead__(self, channel):
self.checkDigitalChannelExported(channel)
return GPIO.digitalRead(channel)
def __portRead__(self):
value = 0
for i in self.export:
value |= GPIO.digitalRead(i) << i
return value
