def weather_to_delay(run_loop=False):
if run_loop:
t_start = gv.w_loop
time.sleep(3) # Sleep some time to prevent printing before startup information
while True:
data = get_weather_options()
if data["auto_delay"] != "off":
print("Checking rain status...")
weather = get_weather_data() if data['weather_provider'] == "yahoo" else get_wunderground_weather_data()
if weather:
delay = code_to_delay(weather["code"])
if delay > 0:
print("Rain detected: " + weather["text"] + ". Adding delay of " + str(delay))
gv.sd['rd'] = float(delay)
gv.sd['rdst'] = gv.now + gv.sd['rd'] * 3600 + 1 # +1 adds a smidge just so after a round trip the display hasn't already counted down by a minute.
stop_onrain()
elif delay == 0:
print("No rain detected: " + weather["text"] + ". No action.")
elif delay < 0:
if data["reset_delay"] == "off":
print("Good weather detected: " + weather["text"] + ". Ignoring change to rain delay.")
else:
print("Good weather detected: " + weather["text"] + ". Removing rain delay.")
gv.sd['rdst'] = gv.now
if not run_loop:
return
for i in range(3600):
if not t_start == gv.w_loop: # Should stop thread after program restart
if do_log:
with open("data/weather_log.txt", 'a') as wl:
wl.write(time.strftime("%c") + ", Exiting Thread\n")
return
time.sleep(1)
def on_message(client, msg):
"""Callback when MQTT message is received."""
try:
values = json.loads(msg.payload)
except ValueError as e:
print(u"MQTT Values could not decode command: ", msg.payload, e)
return
# Rain Delay
if 'rd' in values:
gv.sd['rd'] = float(values['rd'])
gv.sd['rdst'] = gv.now + gv.sd[
'rd'] * 3600 + 1 # +1 adds a smidge just so after a round trip the display hasn't already counted down by a minute.
if float(gv.sd['rd']) > .0:
stop_onrain()
report_value_change()
# Water level
if 'wl' in values:
gv.sd['wl'] = float(values['wl'])
report_value_change()
# Manual mode
if 'mm' in values:
gv.sd['mm'] = int(values['mm'])
report_value_change()
# Enable
if 'en' in values:
gv.sd['en'] = int(values['en'])
report_value_change()
# Reset (stop) all stations
if 'rsn' in values:
gv.sd['rsn'] = int(values['rsn'])
stop_stations()
report_value_change()
return
def weather_to_delay(run_loop=False):
if run_loop:
t_start = gv.w_loop
time.sleep(3) # Sleep some time to prevent printing before startup information
while True:
data = get_weather_options()
if data["auto_delay"] != "off":
print("Checking rain status...")
weather = get_weather_data() if data['weather_provider'] == "yahoo" else get_wunderground_weather_data()
if weather:
delay = code_to_delay(weather["code"])
if delay > 0:
print("Rain detected: " + weather["text"] + ". Adding delay of " + str(delay))
gv.sd['rd'] = float(delay)
gv.sd['rdst'] = gv.now + gv.sd['rd'] * 3600 + 1 # +1 adds a smidge just so after a round trip the display hasn't already counted down by a minute.
stop_onrain()
elif delay == 0:
print("No rain detected: " + weather["text"] + ". No action.")
elif delay < 0:
if data["reset_delay"] == "off":
print("Good weather detected: " + weather["text"] + ". Ignoring change to rain delay.")
else:
print("Good weather detected: " + weather["text"] + ". Removing rain delay.")
gv.sd['rdst'] = gv.now
if not run_loop:
return
for i in range(3600):
if not t_start == gv.w_loop: # Should stop thread after program restart
if do_log:
with open("data/weather_log.txt", 'a') as wl:
wl.write(time.strftime("%c") + ", Exiting Thread\n")
return
time.sleep(1)
def timing_loop():
""" ***** Main timing algorithm. Runs in a separate thread.***** """
print 'Starting timing loop \n'
last_min = 0
while True: # infinite loop
gv.now = timegm(time.localtime()) # Current time based on local time from the Pi. updated once per second.
gv.gmtnow = time.time() # Current gmt time (needed for client-side JS code).
if gv.sd['en'] and not gv.sd['mm'] and (not gv.sd['bsy'] or not gv.sd['seq']):
lt = time.gmtime(gv.now)
if (lt[3] * 60) + lt[4] != last_min: # only check programs once a minute
last_min = (lt[3] * 60) + lt[4]
extra_adjustment = plugin_adjustment()
for i, p in enumerate(gv.pd): # get both index and prog item
# check if program time matches current time, is active, and has a duration
if prog_match(p) and p[0] and p[6]:
duration = p[6] * gv.sd['wl'] / 100 * extra_adjustment # program duration scaled by "water level"
# check each station for boards listed in program up to number of boards in Options
for b in range(len(p[7:7 + gv.sd['nbrd']])):
for s in range(8):
sid = b * 8 + s # station index
if sid + 1 == gv.sd['mas']:
continue # skip if this is master station
if gv.srvals[sid]: # skip if currently on
continue
if p[7 + b] & 1 << s: # if this station is scheduled in this program
if gv.sd['seq']: # sequential mode
gv.rs[sid][2] = duration
gv.rs[sid][3] = i + 1 # store program number for scheduling
gv.ps[sid][0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
else: # concurrent mode
# If duration is shortter than any already set for this station
if duration < gv.rs[sid][2]:
continue
else:
gv.rs[sid][2] = duration
gv.rs[sid][3] = i + 1 # store program number
gv.ps[sid][0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
schedule_stations(p[7:7 + gv.sd['nbrd']]) # turns on gv.sd['bsy']
if gv.sd['bsy']:
for b in range(gv.sd['nbrd']): # Check each station once a second
for s in range(8):
sid = b * 8 + s # station index
if gv.srvals[sid]: # if this station is on
if gv.now >= gv.rs[sid][1]: # check if time is up
gv.srvals[sid] = 0
set_output()
gv.sbits[b] &= ~1 << s
if gv.sd['mas'] - 1 != sid: # if not master, fill out log
gv.ps[sid] = [0, 0]
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now - gv.rs[sid][0])
gv.lrun[3] = gv.now
log_run()
gv.pon = None # Program has ended
gv.rs[sid] = [0, 0, 0, 0]
else: # if this station is not yet on
if gv.rs[sid][0] <= gv.now < gv.rs[sid][1]:
if gv.sd['mas'] - 1 != sid: # if not master
gv.srvals[sid] = 1 # station is turned on
set_output()
gv.sbits[b] |= 1 << s # Set display to on
gv.ps[sid][0] = gv.rs[sid][3]
gv.ps[sid][1] = gv.rs[sid][2] + 1 # testing display
if gv.sd['mas'] and gv.sd['mo'][b] & 1 << (s - (s / 8) * 80): # Master settings
masid = gv.sd['mas'] - 1 # master index
gv.rs[masid][0] = gv.rs[sid][0] + gv.sd['mton']
gv.rs[masid][1] = gv.rs[sid][1] + gv.sd['mtoff']
gv.rs[masid][3] = gv.rs[sid][3]
elif gv.sd['mas'] == sid + 1:
gv.sbits[b] |= 1 << sid # (gv.sd['mas'] - 1)
gv.srvals[masid] = 1
set_output()
for s in range(gv.sd['nst']):
if gv.rs[s][1]: # if any station is scheduled
program_running = True
gv.pon = gv.rs[s][3] # Store number of running program
break
program_running = False
gv.pon = None
if program_running:
if gv.sd['urs'] and gv.sd['rs']: # Stop stations if use rain sensor and rain detected.
stop_onrain() # Clear schedule for stations that do not ignore rain.
for idx in range(len(gv.rs)): # loop through program schedule (gv.ps)
if gv.rs[idx][2] == 0: # skip stations with no duration
continue
if gv.srvals[idx]: # If station is on, decrement time remaining display
gv.ps[idx][1] -= 1
if not program_running:
gv.srvals = [0] * (gv.sd['nst'])
set_output()
gv.sbits = [0] * (gv.sd['nbrd'] + 1)
gv.ps = []
for i in range(gv.sd['nst']):
gv.ps.append([0, 0])
gv.rs = []
for i in range(gv.sd['nst']):
gv.rs.append([0, 0, 0, 0])
gv.sd['bsy'] = 0
if gv.sd['mas'] and (gv.sd['mm'] or not gv.sd['seq']): # handle master for maual or concurrent mode.
mval = 0
for sid in range(gv.sd['nst']):
bid = sid / 8
s = sid - bid * 8
if gv.sd['mas'] != sid + 1 and (gv.srvals[sid] and gv.sd['mo'][bid] & 1 << s):
mval = 1
break
if not mval:
gv.rs[gv.sd['mas'] - 1][1] = gv.now # turn off master
if gv.sd['urs']:
check_rain()
if gv.sd['rd'] and gv.now >= gv.sd['rdst']: # Check of rain delay time is up
gv.sd['rd'] = 0
gv.sd['rdst'] = 0 # Rain delay stop time
jsave(gv.sd, 'sd')
time.sleep(1)
def timing_loop():
""" ***** Main timing algorithm. Runs in a separate thread.***** """
try:
print _('Starting timing loop') + '\n'
except Exception:
pass
last_min = 0
while True: # infinite loop
gv.nowt = time.localtime() # Current time as time struct. Updated once per second.
gv.now = timegm(gv.nowt) # Current time as timestamp based on local time from the Pi. Updated once per second.
if gv.sd['en'] and not gv.sd['mm'] and (not gv.sd['bsy'] or not gv.sd['seq']):
if gv.now / 60 != last_min: # only check programs once a minute
last_min = gv.now / 60
extra_adjustment = plugin_adjustment()
for i, p in enumerate(gv.pd): # get both index and prog item
# check if program time matches current time, is active, and has a duration
if prog_match(p) and p[0] and p[6]:
# check each station for boards listed in program up to number of boards in Options
for b in range(len(p[7:7 + gv.sd['nbrd']])):
for s in range(8):
sid = b * 8 + s # station index
if sid + 1 == gv.sd['mas']:
continue # skip if this is master station
if gv.srvals[sid]: # skip if currently on
continue
# station duration condionally scaled by "water level"
if gv.sd['iw'][b] & 1 << s:
duration_adj = 1.0
if gv.sd['idd'] == 1:
duration = p[-1][sid]
else:
duration = p[6]
else:
duration_adj = gv.sd['wl'] / 100 * extra_adjustment
if gv.sd['idd'] == 1:
duration = p[-1][sid] * duration_adj
else:
duration = p[6] * duration_adj
duration = int(round(duration)) # convert to int
if p[7 + b] & 1 << s: # if this station is scheduled in this program
if gv.sd['seq']: # sequential mode
gv.rs[sid][2] = duration
gv.rs[sid][3] = i + 1 # store program number for scheduling
gv.ps[sid][0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
else: # concurrent mode
# If duration is shortter than any already set for this station
if duration < gv.rs[sid][2]:
continue
else:
gv.rs[sid][2] = duration
gv.rs[sid][3] = i + 1 # store program number
gv.ps[sid][0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
schedule_stations(p[7:7 + gv.sd['nbrd']]) # turns on gv.sd['bsy']
if gv.sd['bsy']:
for b in range(gv.sd['nbrd']): # Check each station once a second
for s in range(8):
sid = b * 8 + s # station index
if gv.srvals[sid]: # if this station is on
if gv.now >= gv.rs[sid][1]: # check if time is up
gv.srvals[sid] = 0
set_output()
gv.sbits[b] &= ~(1 << s)
if gv.sd['mas'] - 1 != sid: # if not master, fill out log
gv.ps[sid] = [0, 0]
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now - gv.rs[sid][0])
gv.lrun[3] = gv.now
log_run()
gv.pon = None # Program has ended
gv.rs[sid] = [0, 0, 0, 0]
else: # if this station is not yet on
if gv.rs[sid][0] <= gv.now < gv.rs[sid][1]:
if gv.sd['mas'] - 1 != sid: # if not master
gv.srvals[sid] = 1 # station is turned on
set_output()
gv.sbits[b] |= 1 << s # Set display to on
gv.ps[sid][0] = gv.rs[sid][3]
gv.ps[sid][1] = gv.rs[sid][2]
if gv.sd['mas'] and gv.sd['mo'][b] & 1 << (s - (s / 8) * 80): # Master settings
masid = gv.sd['mas'] - 1 # master index
gv.rs[masid][0] = gv.rs[sid][0] + gv.sd['mton']
gv.rs[masid][1] = gv.rs[sid][1] + gv.sd['mtoff']
gv.rs[masid][3] = gv.rs[sid][3]
elif gv.sd['mas'] == sid + 1:
gv.sbits[b] |= 1 << sid
gv.srvals[masid] = 1
set_output()
for s in range(gv.sd['nst']):
if gv.rs[s][1]: # if any station is scheduled
program_running = True
gv.pon = gv.rs[s][3] # Store number of running program
break
program_running = False
gv.pon = None
if program_running:
if gv.sd['urs'] and gv.sd['rs']: # Stop stations if use rain sensor and rain detected.
stop_onrain() # Clear schedule for stations that do not ignore rain.
for idx in range(len(gv.rs)): # loop through program schedule (gv.ps)
if gv.rs[idx][2] == 0: # skip stations with no duration
continue
if gv.srvals[idx]: # If station is on, decrement time remaining display
gv.ps[idx][1] -= 1
if not program_running:
gv.srvals = [0] * (gv.sd['nst'])
set_output()
gv.sbits = [0] * (gv.sd['nbrd'] + 1)
gv.ps = []
for i in range(gv.sd['nst']):
gv.ps.append([0, 0])
gv.rs = []
for i in range(gv.sd['nst']):
gv.rs.append([0, 0, 0, 0])
gv.sd['bsy'] = 0
if (gv.sd['mas'] # master is defined
and (gv.sd['mm'] or not gv.sd['seq']) # manual or concurrent mode.
):
stayon = 0
for octet in xrange(gv.sd['nbrd']):
base = octet * 8
for s in xrange(8):
stn = base + s
if (gv.srvals[stn] # station is on
and gv.rs[stn][1] >= gv.now # station has a stop time >= now
and gv.sd['mo'][octet] & 1 << s # station activates master
):
stayon = 1
break
if not stayon:
gv.rs[gv.sd['mas'] - 1][1] = gv.now # set master to turn off next cycle
if gv.sd['urs']:
check_rain() # in helpers.py
if gv.sd['rd'] and gv.now >= gv.sd['rdst']: # Check if rain delay time is up
gv.sd['rd'] = 0
gv.sd['rdst'] = 0 # Rain delay stop time
jsave(gv.sd, 'sd')
time.sleep(1)
def timing_loop():
""" ***** Main timing algorithm. Runs in a separate thread.***** """
try:
print(_(u"Starting timing loop") + u"\n")
except Exception:
pass
last_min = 0
while True: # infinite loop
cur_ord = (
date.today().toordinal()
) # day of year
if cur_ord > gv.day_ord:
gv.day_ord = cur_ord
report_new_day()
gv.nowt = (
time.localtime()
) # Current time as time struct. Updated once per second.
gv.now = timegm(
gv.nowt
) # Current time as timestamp based on local time from the Pi. Updated once per second.
if (
gv.sd[u"en"]
and not gv.sd[u"mm"]
and (not gv.sd[u"bsy"] or not gv.sd[u"seq"])
):
if int(gv.now // 60) != last_min: # only check programs once a minute
last_min = int(gv.now // 60)
extra_adjustment = plugin_adjustment()
for i, p in enumerate(gv.pd): # get both index and prog item
if prog_match(p) and any(p[u"duration_sec"]):
# check each station per boards listed in program up to number of boards in Options
for b in range(len(p[u"station_mask"])):
for s in range(8):
sid = b * 8 + s # station index
if gv.sd[u"mas"] == sid + 1:
continue # skip, this is master station
if (
gv.srvals[sid]
and gv.sd[u"seq"]
): # skip if currently on and sequential mode
continue
# station duration conditionally scaled by "water level"
if gv.sd[u"iw"][b] & 1 << s:
duration_adj = 1.0
if gv.sd[u"idd"]:
duration = p[u"duration_sec"][sid]
else:
duration = p[u"duration_sec"][0]
else:
duration_adj = (
gv.sd[u"wl"] / 100.0
) * extra_adjustment
if gv.sd[u"idd"]:
duration = (
p[u"duration_sec"][sid] * duration_adj
)
else:
duration = p[u"duration_sec"][0] * duration_adj
duration = int(round(duration)) # convert to int
if (
p[u"station_mask"][b] & 1 << s
): # if this station is scheduled in this program
gv.rs[sid][2] = duration
gv.rs[sid][3] = i + 1 # program number for scheduling
gv.ps[sid][0] = i + 1 # program number for display
gv.ps[sid][1] = duration
schedule_stations(p[u"station_mask"]) # turns on gv.sd["bsy"]
if gv.sd[u"bsy"]:
for b in range(gv.sd[u"nbrd"]): # Check each station once a second
for s in range(8):
sid = b * 8 + s # station index
if gv.srvals[sid]: # if this station is on
if gv.now >= gv.rs[sid][1]: # check if time is up
gv.srvals[sid] = 0
set_output()
gv.sbits[b] &= ~(1 << s)
if gv.sd[u"mas"] != sid + 1: # if not master, fill out log
gv.ps[sid] = [0, 0]
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now - gv.rs[sid][0])
print(u"logging @ time check")
log_run()
report_station_completed(sid + 1)
gv.pon = None # Program has ended
gv.rs[sid] = [0, 0, 0, 0]
else: # if this station is not yet on
if gv.rs[sid][0] <= gv.now < gv.rs[sid][1]:
if gv.sd[u"mas"] != sid + 1: # if not master
gv.srvals[sid] = 1 # station is turned on
set_output()
gv.sbits[b] |= 1 << s # Set display to on
gv.ps[sid][0] = gv.rs[sid][3]
gv.ps[sid][1] = gv.rs[sid][2]
if gv.sd[u"mas"] and gv.sd[u"mo"][b] & (
1 << s
): # Master settings
masid = gv.sd[u"mas"] - 1 # master index
gv.rs[masid][0] = gv.rs[sid][0] + gv.sd[u"mton"]
gv.rs[masid][1] = gv.rs[sid][1] + gv.sd[u"mtoff"]
gv.rs[masid][3] = gv.rs[sid][3]
elif gv.sd[u"mas"] == sid + 1: # if this is master
masid = gv.sd[u"mas"] - 1 # master index
gv.sbits[b] |= 1 << sid
gv.srvals[masid] = 1
set_output()
for s in range(gv.sd[u"nst"]):
if gv.rs[s][1]: # if any station is scheduled
program_running = True
gv.pon = gv.rs[s][3] # Store number of running program
break
program_running = False
gv.pon = None
if program_running:
if (
gv.sd[u"urs"] and gv.sd[u"rs"]
): # Stop stations if use rain sensor and rain detected.
stop_onrain() # Clear schedule for stations that do not ignore rain.
for sid in range(len(gv.rs)): # loop through program schedule (gv.ps)
if gv.rs[sid][2] == 0: # skip stations with no duration
continue
if gv.srvals[
sid
]: # If station is on, decrement time remaining display
if gv.ps[sid][1] > 0: # if time is left
gv.ps[sid][1] -= 1
if not program_running:
gv.srvals = [0] * (gv.sd[u"nst"])
set_output()
gv.sbits = [0] * (gv.sd[u"nbrd"] + 1)
gv.ps = []
for i in range(gv.sd[u"nst"]):
gv.ps.append([0, 0])
gv.rs = []
for i in range(gv.sd[u"nst"]):
gv.rs.append([0, 0, 0, 0])
gv.sd[u"bsy"] = 0
if gv.sd[u"mas"] and ( # master is defined
gv.sd[u"mm"] or not gv.sd[u"seq"]
): # manual or concurrent mode.
for b in range(gv.sd[u"nbrd"]): # set stop time for master
for s in range(8):
sid = b * 8 + s
if (
gv.sd[u"mas"] != sid + 1 # if not master
and gv.srvals[sid] # station is on
and gv.rs[sid][1]
>= gv.now # station has a stop time >= now
and gv.sd[u"mo"][b] & (1 << s) # station activates master
):
gv.rs[gv.sd[u"mas"] - 1][1] = (
gv.rs[sid][1] + gv.sd[u"mtoff"]
) # set to future...
break # first found will do
if gv.sd[u"urs"]:
check_rain() # in helpers.py
if gv.sd[u"rd"] and gv.now >= gv.sd[u"rdst"]: # Check if rain delay time is up
gv.sd[u"rd"] = 0
gv.sd[u"rdst"] = 0 # Rain delay stop time
jsave(gv.sd, u"sd")
time.sleep(1)
def timing_loop():
""" ***** Main timing algorithm. Runs in a separate thread.***** """
try:
print _('Starting timing loop') + '\n'
except Exception:
pass
last_min = 0
while True: # infinite loop
gv.now = timegm(
time.localtime()
) # Current time as timestamp based on local time from the Pi. updated once per second.
if gv.sd['en'] and not gv.sd['mm'] and (not gv.sd['bsy']
or not gv.sd['seq']):
if gv.now / 60 != last_min: # only check programs once a minute
last_min = gv.now / 60
extra_adjustment = plugin_adjustment()
for i, p in enumerate(gv.pd): # get both index and prog item
# check if program time matches current time, is active, and has a duration
if prog_match(p) and p[0] and p[6]:
duration = p[6] * gv.sd[
'wl'] / 100 * extra_adjustment # program duration scaled by "water level"
# check each station for boards listed in program up to number of boards in Options
for b in range(len(p[7:7 + gv.sd['nbrd']])):
for s in range(8):
sid = b * 8 + s # station index
if sid + 1 == gv.sd['mas']:
continue # skip if this is master station
if gv.srvals[sid]: # skip if currently on
continue
if p[7 +
b] & 1 << s: # if this station is scheduled in this program
if gv.sd['seq']: # sequential mode
gv.rs[sid][2] = duration
gv.rs[sid][
3] = i + 1 # store program number for scheduling
gv.ps[sid][
0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
else: # concurrent mode
# If duration is shortter than any already set for this station
if duration < gv.rs[sid][2]:
continue
else:
gv.rs[sid][2] = duration
gv.rs[sid][
3] = i + 1 # store program number
gv.ps[sid][
0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
schedule_stations(
p[7:7 + gv.sd['nbrd']]) # turns on gv.sd['bsy']
if gv.sd['bsy']:
for b in range(gv.sd['nbrd']): # Check each station once a second
for s in range(8):
sid = b * 8 + s # station index
if gv.srvals[sid]: # if this station is on
if gv.now >= gv.rs[sid][1]: # check if time is up
gv.srvals[sid] = 0
set_output()
gv.sbits[b] &= ~(1 << s)
if gv.sd['mas'] - 1 != sid: # if not master, fill out log
gv.ps[sid] = [0, 0]
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now - gv.rs[sid][0])
gv.lrun[3] = gv.now
log_run()
gv.pon = None # Program has ended
gv.rs[sid] = [0, 0, 0, 0]
else: # if this station is not yet on
if gv.rs[sid][0] <= gv.now < gv.rs[sid][1]:
if gv.sd['mas'] - 1 != sid: # if not master
gv.srvals[sid] = 1 # station is turned on
set_output()
gv.sbits[b] |= 1 << s # Set display to on
gv.ps[sid][0] = gv.rs[sid][3]
gv.ps[sid][1] = gv.rs[sid][2]
if gv.sd['mas'] and gv.sd['mo'][b] & 1 << (
s - (s / 8) * 80): # Master settings
masid = gv.sd['mas'] - 1 # master index
gv.rs[masid][
0] = gv.rs[sid][0] + gv.sd['mton']
gv.rs[masid][
1] = gv.rs[sid][1] + gv.sd['mtoff']
gv.rs[masid][3] = gv.rs[sid][3]
elif gv.sd['mas'] == sid + 1:
gv.sbits[b] |= 1 << sid # (gv.sd['mas'] - 1)
gv.srvals[masid] = 1
set_output()
for s in range(gv.sd['nst']):
if gv.rs[s][1]: # if any station is scheduled
program_running = True
gv.pon = gv.rs[s][3] # Store number of running program
break
program_running = False
gv.pon = None
if program_running:
if gv.sd['urs'] and gv.sd[
'rs']: # Stop stations if use rain sensor and rain detected.
stop_onrain(
) # Clear schedule for stations that do not ignore rain.
for idx in range(len(
gv.rs)): # loop through program schedule (gv.ps)
if gv.rs[idx][2] == 0: # skip stations with no duration
continue
if gv.srvals[
idx]: # If station is on, decrement time remaining display
gv.ps[idx][1] -= 1
if not program_running:
gv.srvals = [0] * (gv.sd['nst'])
set_output()
gv.sbits = [0] * (gv.sd['nbrd'] + 1)
gv.ps = []
for i in range(gv.sd['nst']):
gv.ps.append([0, 0])
gv.rs = []
for i in range(gv.sd['nst']):
gv.rs.append([0, 0, 0, 0])
gv.sd['bsy'] = 0
if gv.sd['mas'] and (
gv.sd['mm'] or not gv.sd['seq']
): # handle master for maual or concurrent mode.
mval = 0
for sid in range(gv.sd['nst']):
bid = sid / 8
s = sid - bid * 8
if gv.sd['mas'] != sid + 1 and (gv.srvals[sid] and
gv.sd['mo'][bid] & 1 << s):
mval = 1
break
if not mval:
gv.rs[gv.sd['mas'] - 1][1] = gv.now # turn off master
if gv.sd['urs']:
check_rain() # in helpers.py
if gv.sd['rd'] and gv.now >= gv.sd[
'rdst']: # Check of rain delay time is up
gv.sd['rd'] = 0
gv.sd['rdst'] = 0 # Rain delay stop time
jsave(gv.sd, 'sd')
time.sleep(1)
def timing_loop():
""" ***** Main timing algorithm. Runs in a separate thread.***** """
try:
print _('Starting timing loop') + '\n'
except Exception:
pass
last_min = 0
while True: # infinite loop
gv.nowt = time.localtime(
) # Current time as time struct. Updated once per second.
gv.now = timegm(
gv.nowt
) # Current time as timestamp based on local time from the Pi. Updated once per second.
if (gv.sd['en'] and not gv.sd['mm']
and (not gv.sd['bsy'] or not gv.sd['seq'])):
if gv.now / 60 != last_min: # only check programs once a minute
last_min = gv.now / 60
extra_adjustment = plugin_adjustment()
for i, p in enumerate(gv.pd): # get both index and prog item
# check if program time matches current time, is active, and has a duration
if prog_match(p) and p[0] and p[6]:
# check each station for boards listed in program up to number of boards in Options
for b in range(len(p[7:7 + gv.sd['nbrd']])):
for s in range(8):
sid = b * 8 + s # station index
if gv.sd['mas'] == sid + 1:
continue # skip if this is master station
if gv.srvals[sid] and gv.sd[
'seq']: # skip if currently on and sequential mode
continue
# station duration conditionally scaled by "water level"
if gv.sd['iw'][b] & 1 << s:
duration_adj = 1.0
if gv.sd['idd'] == 1:
duration = p[-1][sid]
else:
duration = p[6]
else:
duration_adj = (float(gv.sd['wl']) /
100) * extra_adjustment
if gv.sd['idd'] == 1:
duration = p[-1][sid] * duration_adj
else:
duration = p[6] * duration_adj
duration = int(
round(duration)) # convert to int
if p[7 +
b] & 1 << s: # if this station is scheduled in this program
if gv.sd['seq']: # sequential mode
gv.rs[sid][2] = duration
gv.rs[sid][
3] = i + 1 # store program number for scheduling
gv.ps[sid][
0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
else: # concurrent mode
if gv.srvals[
sid]: # if currently on, log result
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now -
gv.rs[sid][0])
gv.lrun[
3] = gv.now # think this is unused
log_run()
report_station_completed(sid + 1)
gv.rs[sid][2] = duration
gv.rs[sid][
3] = i + 1 # store program number
gv.ps[sid][
0] = i + 1 # store program number for display
gv.ps[sid][1] = duration
schedule_stations(
p[7:7 + gv.sd['nbrd']]) # turns on gv.sd['bsy']
if gv.sd['bsy']:
for b in range(gv.sd['nbrd']): # Check each station once a second
for s in range(8):
sid = b * 8 + s # station index
if gv.srvals[sid]: # if this station is on
if gv.now >= gv.rs[sid][1]: # check if time is up
gv.srvals[sid] = 0
set_output()
gv.sbits[b] &= ~(1 << s)
if gv.sd['mas'] != sid + 1: # if not master, fill out log
gv.ps[sid] = [0, 0]
gv.lrun[0] = sid
gv.lrun[1] = gv.rs[sid][3]
gv.lrun[2] = int(gv.now - gv.rs[sid][0])
gv.lrun[3] = gv.now
log_run()
report_station_completed(sid + 1)
gv.pon = None # Program has ended
gv.rs[sid] = [0, 0, 0, 0]
else: # if this station is not yet on
if gv.rs[sid][0] <= gv.now < gv.rs[sid][1]:
if gv.sd['mas'] != sid + 1: # if not master
gv.srvals[sid] = 1 # station is turned on
set_output()
gv.sbits[b] |= 1 << s # Set display to on
gv.ps[sid][0] = gv.rs[sid][3]
gv.ps[sid][1] = gv.rs[sid][2]
if gv.sd['mas'] and gv.sd['mo'][b] & (
1 << s): # Master settings
masid = gv.sd['mas'] - 1 # master index
gv.rs[masid][
0] = gv.rs[sid][0] + gv.sd['mton']
gv.rs[masid][
1] = gv.rs[sid][1] + gv.sd['mtoff']
gv.rs[masid][3] = gv.rs[sid][3]
elif gv.sd['mas'] == sid + 1:
gv.sbits[b] |= 1 << sid
gv.srvals[masid] = 1
set_output()
for s in range(gv.sd['nst']):
if gv.rs[s][1]: # if any station is scheduled
program_running = True
gv.pon = gv.rs[s][3] # Store number of running program
break
program_running = False
gv.pon = None
if program_running:
if gv.sd['urs'] and gv.sd[
'rs']: # Stop stations if use rain sensor and rain detected.
stop_onrain(
) # Clear schedule for stations that do not ignore rain.
for sid in range(len(
gv.rs)): # loop through program schedule (gv.ps)
if gv.rs[sid][2] == 0: # skip stations with no duration
continue
if gv.srvals[
sid]: # If station is on, decrement time remaining display
if gv.ps[sid][1] > 0: # if time is left
gv.ps[sid][1] -= 1
if not program_running:
gv.srvals = [0] * (gv.sd['nst'])
set_output()
gv.sbits = [0] * (gv.sd['nbrd'] + 1)
gv.ps = []
for i in range(gv.sd['nst']):
gv.ps.append([0, 0])
gv.rs = []
for i in range(gv.sd['nst']):
gv.rs.append([0, 0, 0, 0])
gv.sd['bsy'] = 0
if (gv.sd['mas'] # master is defined
and (gv.sd['mm'] or not gv.sd['seq']
) # manual or concurrent mode.
):
for b in range(gv.sd['nbrd']): # set stop time for master
for s in range(8):
sid = b * 8 + s
if (gv.sd['mas'] != sid + 1 # if not master
and gv.srvals[sid] # station is on
and gv.rs[sid][1] >=
gv.now # station has a stop time >= now
and gv.sd['mo'][b] &
(1 << s) # station activates master
):
gv.rs[gv.sd['mas'] - 1][1] = gv.rs[sid][1] + gv.sd[
'mtoff'] # set to future...
break # first found will do
if gv.sd['urs']:
check_rain() # in helpers.py
if gv.sd['rd'] and gv.now >= gv.sd[
'rdst']: # Check if rain delay time is up
gv.sd['rd'] = 0
gv.sd['rdst'] = 0 # Rain delay stop time
jsave(gv.sd, 'sd')
time.sleep(1)
def set_sip_value(self, value):
"""Set SIP settings for rain delay timer according to direct value"""
if value.isdigit():
gv.sd[self._sd_param] = int(value)
gv.sd[u"rdst"] = int(gv.now + gv.sd[self._sd_param] * 3600)
stop_onrain()
