def get(self, timeframe):
current_user = users.get_current_user()
template_values = {}
if timeframe == "week":
template_values["lunch"] = Lunch.all().filter("employees = ", current_user).order("-assigned")[0]
elif timeframe == "month":
template_values["lunch"] = Lunch.all().filter("employees = ", current_user).order("-assigned")[:4]
else:
self.error(404)
return self.response.out.write("I don't know what timeframe you're trying to access...")
self.response.out.write(template.render("templates/lunch.html", template_values))
def get(self, timeframe):
current_user = users.get_current_user()
template_values = {}
if timeframe == "week":
template_values["lunch"] = Lunch.all().filter(
"employees = ", current_user).order("-assigned")[0]
elif timeframe == "month":
template_values["lunch"] = Lunch.all().filter(
"employees = ", current_user).order("-assigned")[:4]
else:
self.error(404)
return self.response.out.write(
"I don't know what timeframe you're trying to access...")
self.response.out.write(
template.render("templates/lunch.html", template_values))
def choose_partner(available_employees, this_employee):
"""
logic that returns a partner (Employee) for the
single Employee from the list of employees, or None
"""
if len(available_employees) == 0:
return None
from random import choice
# create list of departments
depts = [d["slug"] for d in DEPARTMENTS]
# seperate employees into departments
pools = {
dept: [e for e in available_employees if e.department == dept]
for dept in depts
}
# choose a random department
sanity_check = 0
while True and sanity_check < 25:
sanity_check += 1
chosen_dept = choice(depts)
if len(pools[chosen_dept]) == 0:
continue # must be employees in this department
if chosen_dept == this_employee.department:
continue # must be a different department than this_employee's
# alright, we've found a potential dept, now let's find an employee
sanity_check_2 = 0
while True and sanity_check_2 < 25:
sanity_check_2 += 1
potential_partner = choice(pools[chosen_dept])
logging.info("attempting to see if %s and %s have eaten before" %
(this_employee, potential_partner))
have_these_two_been_matched_before = Lunch.all().filter(
"employees = ",
this_employee).filter("employees = ",
potential_partner).count()
logging.info("result: %s" % (have_these_two_been_matched_before, ))
if not have_these_two_been_matched_before:
return potential_partner
if sanity_check == 25:
logging.warning("couldn't find a department to match %s from %s" %
(this_employee, available_employees))
return None
def choose_partner(available_employees, this_employee):
"""
logic that returns a partner (Employee) for the
single Employee from the list of employees, or None
"""
if len(available_employees) == 0:
return None
from random import choice
# create list of departments
depts = [d["slug"] for d in DEPARTMENTS]
# seperate employees into departments
pools = {dept: [e for e in available_employees if e.department == dept] for dept in depts}
# choose a random department
sanity_check = 0
while True and sanity_check < 25:
sanity_check += 1
chosen_dept = choice(depts)
if len(pools[chosen_dept]) == 0:
continue # must be employees in this department
if chosen_dept == this_employee.department:
continue # must be a different department than this_employee's
# alright, we've found a potential dept, now let's find an employee
sanity_check_2 = 0
while True and sanity_check_2 < 25:
sanity_check_2 += 1
potential_partner = choice(pools[chosen_dept])
logging.info("attempting to see if %s and %s have eaten before" % (this_employee, potential_partner))
have_these_two_been_matched_before = Lunch.all().filter("employees = ", this_employee).filter("employees = ", potential_partner).count()
logging.info("result: %s" % (have_these_two_been_matched_before, ))
if not have_these_two_been_matched_before:
return potential_partner
if sanity_check == 25:
logging.warning("couldn't find a department to match %s from %s" % (this_employee, available_employees))
return None
