def chk_light():
logger.info('checking Lighmode')
param = user_cfg['light'] #User Parameter Licht
SysTime = data['dt']['tp'] #systemzeit tupel
return
#Sonnenaufgang - sun_u
c1 = param['sun']['up_start'] #startzeit [hh:mm]
c2 = param['sun']['up_end'] #endzeit [hh:mm]
sun_u, x3 = time_in_range(SysTime, c1, c2) #Intervall prüfen
x4 = int(x3 / 60) #zeit bis wechsel in vollen minuten
x3tx = bas.min_to_txt(x4)
msg = ('%-18s %-5s %-5s %-5s %-5s %-5s' %
('Sonnenaufgang ', c1, c2, sun_u, x4, x3tx))
if sun_u:
gl_toggle = x4 #zeit bis wechsel in minuten
gl_start = c1 #Startzeit [hh:mm]
gl_end = c2 #Endzeit [hh:mm]
logger.debug(msg)
return
def run(self):
msg=('%s %10s ID[%s]' % ('Thread gestartet',self.name,self.id ))
logger.info(msg)
#
if self.id==0: cr.tic (self.para) #tic modul cr
elif self.id==1: lightread (self.para) #light
#
duration=round((time.time()-self.dt),2)
duration2=bas.sec_to_txt2(duration) if duration > 60 else ""
#
msg=('%s %10s ID[%s] %ss %s' % ('Thread beendet ',self.name,self.id,duration,duration2))
logger.info(msg)
def ini(): # #Prüft auf Zeit innerhalb Start Ende Intervall #Rückgabe Zeit bis zum nächsten Wechsel #https://stackoverflow.com/questions/10747974/how-to-check-if-the-current-time-is-in-range-in-python # #in: # start datetime.time intevall Startzeit # end datetime.time intervall Endzeit # x datetime.time zu prüfende Zeit # #out: # res bool true wenn innerhalt des Intervalls # d datetime.time Zeit bis zum nächsten wechsel # msg='ini' logger.info(msg) #thread 0 tic global thread_0 id='0' name=th[id]['name'] #threat name mode=0 #Startparameter duration=0 stic=0 th[id]['exit']=False #exit threat th[id]['para']='' #startparameter thread_0 = my_threat(th[id]) #threat thread_0.setDaemon(True) #thread endet mit dem Hauptprogramm thread_0.start() #thread 1 Light global thread_1 id='1' name=th[id]['name'] #threat name mode=0 #Startparameter duration=0 stic=0 th[id]['exit']=False #exit threat th[id]['para']=name,mode,duration,stic #startparameter thread_1 = my_threat(th[id]) #threat thread_1.setDaemon(True) #thread endet mit dem Hauptprogramm thread_1.start() return
def main(argv):
msg="-- SYMPHY2 START --"
logger.info(msg)
global data
ini() #initialisierung
try:
#raise NameError('HeyDu')
'''
Hauptschleife START
'''
while True:
#print ('-')
time.sleep(0.2)
#raise NameError('HeyDu')
#print ('-- main ---',data['dt']['asc'])
'''
Hauptschleife ENDE
'''
return
#FEHLER Hauptschleife
except Exception:
if DEBUG2:
raise # Raise the error if DEBUG2=True
msg='%s %s' %('Main Loop ',sys.exc_info()[1])
logger.error(msg)
finally:
#cleanup
clean()
sys.exit
return #from main
def clean(): # #Prüft auf Zeit innerhalb Start Ende Intervall #Rückgabe Zeit bis zum nächsten Wechsel #https://stackoverflow.com/questions/10747974/how-to-check-if-the-current-time-is-in-range-in-python # #in: # start datetime.time intevall Startzeit # end datetime.time intervall Endzeit # x datetime.time zu prüfende Zeit # #out: # res bool true wenn innerhalt des Intervalls # d datetime.time Zeit bis zum nächsten wechsel # global th th['0']['exit']=True th['1']['exit']=True #th['2']['exit']=True msg='cleanup' logger.info(msg) return
def cron_m1():
logger.info("TIC MIN")
return
#eigene
import glb
from glb import sys_cfg, user_cfg, logger # cfg parameter, logger
import bas
from symphy import cron
#globale Variablen aus modul glb
from glb import th #thread variable
from glb import data #daten variable
global th
global data
msg = 'modul %s %s' % (bas.mod_name(), 'ok')
logger.info(msg)
"""
TIC
"""
def gettime():
#
#Aktuele Zeit und Datum als Dictionary
#
#out: {'asc': asc,'epoch':epoch,'tp':tp}
#
# ofs=(time.timezone*-1) + (time.localtime().tm_isdst)*3600 #offset in sekunden zu utc
# true=Sommerziet tp.tm_isdst==1 #sommerzeit
# tp= time.localtime(epoch)
# tp= time.strptime(string,format)