import os.path
sys.path.insert(0,"/home/pi/Desktop/PIKLOK/bin")
from playaudio import play_audio_file
from speakmessage import speak_text_message_from_redis,delete_spoken_text_from_redis
time.sleep(5)
while 1:
with open('/home/pi/Desktop/PIKLOK/bin/RED-BUTTON-SERVICE-DEFINITION', 'r') as content_file:
redbuttonmode = content_file.read()
if redbuttonmode == "read-message-now-stop" or redbuttonmode == "":
print "calling on redis"
redisresult=speak_text_message_from_redis("messagetospeak")
if redisresult == 0:
time.sleep(15)
else:
while 1:
if os.path.exists("/home/pi/Desktop/PIKLOK/bin/messagetospeakfile.mp3") == True:
play_audio_file("/home/pi/Desktop/PIKLOK/bin/messagetospeakfile.mp3")
time.sleep(2)
else:
break
else:
# We cool this service down for now as it's not active!
time.sleep(60)
#!/usr/bin/python
from subprocess import check_output
import sys
sys.path.insert(0, "/home/pi/Desktop/PIKLOK/bin")
from playaudio import play_audio_file
myipaddr = check_output(['hostname', '-I'])
for digit in myipaddr:
if digit != ' ' and digit != '\n':
if digit == ".":
play_audio_file("dot")
else:
play_audio_file(digit)
from readtime import readtime
## Let's define all the GPIO good stuff here
GPIO.setmode(GPIO.BOARD) # Numbers pins by physical location
# PIN 7 we use for BLUE BUTTON, to read the time
BUTTON1 = 7
GPIO.setup(BUTTON1, GPIO.IN) # Set pin mode as input
# PIN 11 we use for RED BUTTON, to stop remote message repeat
BUTTON2 = 11
GPIO.setup(BUTTON2, GPIO.IN) # Set pin mode as input
call(["/home/pi/Desktop/PIKLOK/bin/readIPaddress.py", ""])
play_audio_file("piklok-is-operational.mp3")
while 1:
if GPIO.input(BUTTON1) == 0:
readtime()
if GPIO.input(BUTTON2) == 0:
#The "functions of the red button
with open('/home/pi/Desktop/PIKLOK/bin/RED-BUTTON-SERVICE-DEFINITION',
'r') as content_file:
redbuttonmode = content_file.read()
if redbuttonmode == "read-message-now-stop" or redbuttonmode == "":
# This is the default functionality
def readtime():
sounds = "/home/pi/Desktop/PIKLOK/sounds/"
def play_audio_wav_omxplayer(audiofile):
call(["/usr/bin/omxplayer", audiofile])
if len(sys.argv) == 1:
#READ OUT THE CURRENT TIME
print(
"No arguments passed - reading the current time. For tests, pass HH MM as parameters, where HH is 0-23"
)
timeisnow = time.localtime()
#positional arguments are:
#time.struct_time(tm_year=2017, tm_mon=8, tm_mday=24, tm_hour=22, tm_min=3, tm_sec=30, tm_wday=3, tm_yday=236, tm_isdst=0)
tm_year = timeisnow[0]
tm_mon = timeisnow[1]
tm_day = timeisnow[2]
tm_hour = timeisnow[3]
tm_min = timeisnow[4]
tm_sec = timeisnow[5]
tm_weekday = timeisnow[6]
str_tm_year = str(tm_year)
str_tm_mon = str(tm_mon)
str_tm_day = str(tm_day)
str_tm_sec = str(tm_sec)
else:
#DUMMY RUN - READ OUT THE HH and MM passed as arguments
if len(sys.argv) == 3:
tm_hour = int(sys.argv[1])
tm_min = int(sys.argv[2])
print("TEST READ: " + sys.argv[1] + ":" + sys.argv[2])
else:
print(
"For testing you need to pass 3 arguments, HH MM AM/PM, where HH is a number between 0 and 23."
)
exit()
amorpm = "am"
if tm_hour == 0:
tm_hour = 12
amorpm = "am"
if tm_hour == 12:
amorpm = "pm"
if tm_hour > 12:
tm_hour = tm_hour - 12
amorpm = "pm"
str_tm_hour = str(tm_hour)
str_tm_hour_next = str(tm_hour + 1)
str_tm_min = str(tm_min)
#basic or advanced - this for fun to speak the time in more sophisticated ways
#timetoread is the variable that holds the output to read
MODE = "basic"
if MODE == "basic":
openingphrase = "thetimeisnow "
done = 0
if tm_min == 0: # it's an "o'clock"
if amorpm == "am":
hourphrase = str_tm_hour + " oclock inthemorning"
if amorpm == "pm":
if tm_hour > 0 and tm_hour < 6:
hourphrase = str_tm_hour + " oclock intheafternoon"
print("hourphease is " + hourphrase)
if tm_hour > 5 and tm_hour < 9:
hourphrase = str_tm_hour + " oclock intheevening"
if tm_hour > 8:
hourphrase = str_tm_hour + " pm"
else:
if tm_min < 10:
hourphrase = str_tm_hour + " 0 " + str_tm_min + " " + amorpm
else:
hourphrase = str_tm_hour + " " + str_tm_min + " " + amorpm
timetoread = openingphrase + " " + hourphrase
if MODE == "advanced":
openingphrase = "thetimeisnow "
done = 0
if tm_min == 0: # it's an "o'clock"
hourphrase = str_tm_hour + " oclock"
done = 1
if tm_min == 5:
hourphrase = "5 past " + str_tm_hour
done = 1
if tm_min == 10:
hourphrase = "10 past " + str_tm_hour
done = 1
if tm_min == 15:
hourphrase = "aquarterpast " + str_tm_hour
done = 1
if tm_min == 20:
hourphrase = "20 past " + str_tm_hour
done = 1
if tm_min == 25:
hourphrase = "25 past " + str_tm_hour
done = 1
if tm_min == 30:
hourphrase = "half past " + str_tm_hour
done = 1
if tm_min == 35:
hourphrase = "25 to " + str_tm_hour_next
done = 1
if tm_min == 40:
hourphrase = "20 to " + str_tm_hour_next
done = 1
if tm_min == 45:
hourphrase = "aquarterto " + str_tm_hour_next
done = 1
if tm_min == 50:
hourphrase = "10 to " + str_tm_hour_next
done = 1
if tm_min == 55: # past the hour
hourphrase = "5 to " + str_tm_hour_next
done = 1
if done == 0:
if tm_min < 10:
hourphrase = str_tm_hour + " 0 " + str_tm_min
else:
hourphrase = str_tm_hour + " " + str_tm_min
timetoread = openingphrase + " " + hourphrase + " " + amorpm
for word in str.split(timetoread):
play_audio_file(word)