def create_partnership(students, assign):
partnership = Partnership(members=map(lambda x: x.key, students),
assignment_number=assign,
active=True,
year=students[0].year,
quarter=students[0].quarter)
partnership.put()
return partnership
def create_partnership(students, assign):
partnership = Partnership(
members = map(lambda x: x.key, students),
assignment_number = assign,
active = True,
year = students[0].year,
quarter = students[0].quarter
)
partnership.put()
return partnership
def get_all_partnerships_for_assign(quarter, year, assign_num, active=True):
return Partnership.query(
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.assignment_number == assign_num,
Partnership.active == active,
).fetch()
def get_active_partner_history_for_student(student,
quarter,
year,
fill_gaps=None):
history = Partnership.query(
Partnership.members == student.key, Partnership.active == True,
Partnership.quarter == quarter,
Partnership.year == year).order(Partnership.assignment_number)
if type(fill_gaps) is list:
partners = []
for i in fill_gaps:
partnership = history.filter(
Partnership.assignment_number == i).get()
if not partnership:
partners.append('No Selection')
elif len(partnership.members) > 1:
#partners.append(', '.join([str(member.get().email for members in partnership.members if member != student.key)]))
emails = map(lambda x: str(x.get().email),
partnership.members)
partners.append(', '.join(
filter(lambda x: x != student.email, emails)))
else:
partners.append('No Partner')
return partners
return history
def get_active_partnerships_involving_students_by_assign(students, assign_num):
# this method returns all partnerships that involve AT LEAST ONE student in the pair
return Partnership.query(
Partnership.members.IN([student.key for student in students]),
Partnership.assignment_number == assign_num,
Partnership.active == True
)
def get_active_partnerships_involving_students_by_assign(
students, assign_num):
# this method returns all partnerships that involve AT LEAST ONE student in the pair
return Partnership.query(
Partnership.members.IN([student.key for student in students]),
Partnership.assignment_number == assign_num,
Partnership.active == True)
def get_solo_partnerships_by_assign(quarter, year, assign_num, active=True):
return Partnership.query(
Partnership.quarter == quarter,
Partnership.year == year,
Evaluation.assignment_number == assign_num,
Partnership.solo == True,
Partnership.active == active
)
def get_partnerships_by_student_and_assign(student, quarter, year, assign_num, active=True):
return Partnership.query(
Partnership.members == student.key,
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.assignment_number == assign_num,
Partnership.active == active,
)
def get_partnerships_for_students_by_assign(students, assign):
# this method returns all partnerships that involve BOTH students in the pair
constraints = [
Partnership.active == True, Partnership.assignment_number == assign
]
for student in students:
constraints += [Partnership.members == student.key]
return Partnership.query(*constraints).fetch()
def get_partnerships_for_students_by_assign(students, assign):
# this method returns all partnerships that involve BOTH students in the pair
constraints = [
Partnership.active == True,
Partnership.assignment_number == assign
]
for student in students:
constraints += [Partnership.members == student.key]
return Partnership.query(*constraints).fetch()
def get_solo_partnerships_by_assign(quarter,
year,
assign_num,
active=True):
return Partnership.query(Partnership.quarter == quarter,
Partnership.year == year,
Evaluation.assignment_number == assign_num,
Partnership.solo == True,
Partnership.active == active)
def get_all_partnerships_for_assign(quarter,
year,
assign_num,
active=True):
return Partnership.query(
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.assignment_number == assign_num,
Partnership.active == active,
).fetch()
def get_partnerships_by_student_and_assign(student,
quarter,
year,
assign_num,
active=True):
return Partnership.query(
Partnership.members == student.key,
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.assignment_number == assign_num,
Partnership.active == active,
)
def get_active_partner_history_for_student(student, quarter, year, fill_gaps=None):
history = Partnership.query(
Partnership.members == student.key,
Partnership.active == True,
Partnership.quarter == quarter,
Partnership.year == year
).order(Partnership.assignment_number)
if type(fill_gaps) is list:
partners = []
for i in fill_gaps:
partnership = history.filter(Partnership.assignment_number == i).get()
if not partnership:
partners.append('No Selection')
elif len(partnership.members) > 1:
#partners.append(', '.join([str(member.get().email for members in partnership.members if member != student.key)]))
emails = map(lambda x: str(x.get().email), partnership.members)
partners.append(', '.join(filter(lambda x: x != student.email, emails)))
else:
partners.append('No Partner')
return partners
return history
def get_all_partner_history_for_student(student, quarter, year):
return Partnership.query(
Partnership.members == student.key, Partnership.quarter == quarter,
Partnership.year == year).order(Partnership.assignment_number)
def get_all_partnerships(quarter, year, active=True):
return Partnership.query(
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.active == active,
)
def get_all_partnerships(quarter, year, active=True):
return Partnership.query(
Partnership.quarter == quarter,
Partnership.year == year,
Partnership.active == active,
)
def get_inactive_partnerships_by_student_and_assign(student, assign_num):
return Partnership.query(Partnership.members == student.key,
Partnership.assignment_number == assign_num,
Partnership.active == False)
def get_inactive_partnerships_by_student_and_assign(student, assign_num):
return Partnership.query(
Partnership.members == student.key,
Partnership.assignment_number == assign_num,
Partnership.active == False
)
def get_all_partner_history_for_student(student, quarter, year):
return Partnership.query(
Partnership.members == student.key,
Partnership.quarter == quarter,
Partnership.year == year
).order(Partnership.assignment_number)
def get_partnerships_for_students(students):
constraints = [Partnership.active == True]
for student in students:
constraints += [Partnership.members == student.key]
return Partnership.query(*constraints).fetch()
def get_partnerships_for_students(students):
constraints = [Partnership.active == True]
for student in students:
constraints += [Partnership.members == student.key]
return Partnership.query(*constraints).fetch()
