def get_attendance_student(studentID):
stud_attendance = attendance.StudentAttendance(studentID, session=session)
modules = stud_attendance.get_student_modules()
modulecodes = [mod.code for mod in modules]
student_attendance = {}
for modulecode in modulecodes:
student_attendance[str(modulecode)]=stud_attendance.\
get_module_attendance(modulecode)
return student_attendance
def recognise_student(studentID=None,
encoding=None,
face_pixels=None,
session=session):
if studentID is not None:
student = attendance.StudentAttendance(studentID, session)
elif encoding is not None:
student = get_student_from_encoding(encoding)
elif face_pixels is not None:
student = get_student_from_face_pixels(face_pixels)
else:
raise ValueError(
"No student ID, face encoding or face pixels provided")
return student
def get_student_attendance(): #For all modules
studentID = request.form.get('studentID')
session = get_db_session()
student = attendance.StudentAttendance(studentID, session)
student_modules = student.modules
student_attendance = dict()
#TODO: Include student name and ID in this response
for module in student_modules:
student_attendance[module.code] = student.get_module_attendance(
module.code)
return jsonify(
student_attendance
) #TODO: Have this returned by a pretty dashboard-like template
def get_attendance_student_module(studentID, modulecode):
stud = attendance.StudentAttendance(studentID, session)
stud_att = stud.get_module_attendance(modulecode)
att = stud_att['attendance']
tot_present = 0
tot_sesh = len(att)
if tot_sesh <= 0:
stud_att['Present_pc'] = 100
else:
for sesh in att:
tot_present += int(att[sesh])
stud_att['Present_pc'] = int(tot_present / tot_sesh * 100)
stud_att['Absent_pc'] = 100 - stud_att['Present_pc']
return stud_att