def prise_en_charge_mail():
# print("log - prise en charge mail")
import simulation
config.qm -= 1
config.cm += 1
x = lois.loi_uniform_mail()
simulation.ajout_evenement(lambda: fin_mail(), config.hs + x)
def prise_en_charge_appel():
# print("log - prise en charge appel")
import simulation
config.qt -= 1
config.ct += 1
x = lois.loi_uniform_appel()
simulation.ajout_evenement(lambda: fin_appel(), config.hs + x)
def arrive_mail():
# print("log - arrive mail")
import simulation
config.qm += 1
x = lois.loi_exp_mail()
simulation.ajout_evenement(lambda: arrive_mail(), config.hs + x)
if config.cm < config.nm:
simulation.ajout_evenement(lambda: prise_en_charge_mail(), config.hs)
def arrive_appel():
# print("log - arrive appel")
import simulation
config.qt += 1
x = lois.loi_exp_appel()
simulation.ajout_evenement(lambda: arrive_appel(), config.hs + x)
if config.ct < config.nt:
simulation.ajout_evenement(lambda: prise_en_charge_appel(), config.hs)
def fin_appel():
# print("log - fin appel")
import simulation
config.ct -= 1
config.nb_appel_traite += 1
if config.qt > 0:
simulation.ajout_evenement(lambda: prise_en_charge_appel(), config.hs)
elif config.qm > 0:
simulation.ajout_evenement(lambda: mail.prise_en_charge_mail(),
config.hs)
config.nt -= 1
config.nm += 1
def fin_mail():
# print("log - fin mail")
import appel
import simulation
config.cm -= 1
config.nb_mail_traite += 1
if config.qt >= config.ct and config.nt < config.nt_max and config.qt > 0:
simulation.ajout_evenement(lambda: appel.prise_en_charge_appel(),
config.hs)
config.nt += 1
config.nm -= 1
elif config.qm > 0:
simulation.ajout_evenement(lambda: prise_en_charge_mail(), config.hs)