def enable_buttons(self):
# get a list of all existing problem ids
problem_ids = db.get_problem_ids(conn)
# configure clicking function for all the delete buttons
for qid in problem_ids:
self.deletes[qid].config(command=lambda j=qid: self.del_problem(j))
# configure clicking function for all the update buttons
for qid in problem_ids:
self.updates[qid].config(command=lambda j=qid: self.up_problem(j))
def init_problems_in_lb(self):
'''initialises the problems and puts them in the list box'''
lb = self.list_box["problems"]
# create a label_string
label_string = "qid subject question answer"
lb.insert(END, label_string)
# get all the problem ids
ids = db.get_problem_ids(conn)
for qid in ids:
problem_string = self.string_qid(qid)
lb.insert(END, problem_string)
def init_problems_in_lb(self):
'''initialises the problems and puts them in the list box'''
lb = self.list_box["problems"]
# create a label_string
label_string = "{:<3} {:<7} {:<10} {:<15} {:<10}"
label_string = label_string.format("qid", "subject", "question",
"answer", "hint")
lb.insert(END, label_string)
# get all the problem ids
ids = db.get_problem_ids(conn)
for qid in ids:
problem_string = self.string_qid(qid)
lb.insert(END, problem_string)
def gen_rows(self):
# get a list of all the problem ids in the database
ids = db.get_problem_ids(conn)
# set iterator for grid rows
i = 0
# for each id create a row
for qid in ids:
# create new entries
subject_entry = ttk.Entry(self, font=REGULAR_FONT)
question_entry = ttk.Entry(self, font=REGULAR_FONT)
answer_entry = ttk.Entry(self, font=REGULAR_FONT)
# add to corresponding dictonaries with problem ids as keys
self.subjects[qid] = subject_entry
self.questions[qid] = question_entry
self.answers[qid] = answer_entry
# create new buttons
update_button = ttk.Button(self, text="Update")
delete_button = ttk.Button(self, text="Delete")
# add to corresponding dictonaries with problem ids as keys
self.deletes[qid] = delete_button
self.updates[qid] = update_button
# set everything nicely on the grid using an iterator i
subject_entry.grid(row=i+3, column=0)
question_entry.grid(row=i+3, column=1)
answer_entry.grid(row=i+3, column=2)
update_button.grid(row=i+3, column=3)
delete_button.grid(row=i+3, column=4)
i += 1
# create new problem object to contain problem info
problem = Problem(qid)
# set each entry with the corresponding value from the problem object
subject_entry.insert(0, problem.get_subject())
question_entry.insert(0, problem.get_question())
answer_entry.insert(0, problem.get_answer())
>>>>>>> working_final
def init_problems_in_lb(self):
'''initialises the problems and puts them in the list box'''
lb = self.list_box["problems"]
# create a label_string
<<<<<<< HEAD
label_string = "qid subject question answer hint"
=======
label_string = "{:<3} {:<7} {:<10} {:<15} {:<10}"
label_string = label_string.format("qid" ,"subject", "question", "answer", "hint")
>>>>>>> working_final
lb.insert(END, label_string)
# get all the problem ids
ids = db.get_problem_ids(conn)
for qid in ids:
problem_string = self.string_qid(qid)
lb.insert(END, problem_string)
def string_qid(self, qid):
'''creates a string to add to list box based on the uid'''
problem_string = "{:<3} {:<7} {:<10} {:<15} {:<10}"
# get the problem from the id
problem = Problem(qid)
# create a string to hold the result of the problem
problem_string = problem_string.format(qid, problem.get_subject(),
problem.get_question(), problem.get_answer(), problem.get_hint())
# place the string inside the list_box
return problem_string