def convert_schedule_to_course_bu415(file_name,course_code,class_name,db):
course = Course(course_code,class_name,db)
with open(file_name,"r",encoding="utf-8") as fh:
for line in fh:
day = line.strip().split("|")
date = day[0]
if 'TEST' in line.upper():
name = day[1].strip()
course.add_test(name,date,"in-class")
elif 'MEMO' in line.upper():
reading_memo = day[2].strip()
mix_list = reading_memo.split("-")
memo_name = mix_list[1]
course.add_assignment(memo_name,date,"in-class")
chapter = mix_list[0]
course.add_reading(chapter,date,chapter)
elif len(day)>=3:
chapter = day[2].strip()
course.add_reading(chapter,date,chapter)
return course
def convert_schedule_to_course_bu393(file_name,course_code,class_name,db):
course = Course(course_code,class_name,db)
with open(file_name,"r",encoding="utf-8") as fh:
for line in fh:
quiz_text = line.strip().split("|")
date = quiz_text[0]
title = quiz_text[1]
time = None
if len(quiz_text)>2:
time = quiz_text[2]
course.add_test(title,date,time)
return course
def convert_schedule_to_course(schedule,course_code,class_name,db):
time_prog = re.compile(TIME_PATTERN)
course = Course(course_code,class_name,db)
for line in schedule:
line = line.strip()
session = line.split("|")
if len(session)==3:
date = session[1]
reading_name = session[2]
course.add_reading(reading_name,date)
elif "DUE" in line.upper():
name_and_time = session[1]
time = time_prog.search(name_and_time)
if None != time:
time = time.group()
name = name_and_time.split("DUE")[0].strip()
course.add_assignment(name,date,time)
return course
def convert_schedule_to_course_bu398(file_name,course_code,class_name,db):
course = Course(course_code,class_name,db)
prev_date = "";
prog_time = re.compile(TIME_PATTERN_AMPM)
with open(file_name,"r",encoding="utf-8") as fh:
schedule = fh.readlines()
index = 0
while index<len(schedule):
session = schedule[index].strip()
if session.startswith("(R)"):
session = session[3:]
chapter_pages = session.split(',')
chapter = chapter_pages[0]
pages = None
if len(chapter_pages)>1:
pages = chapter_pages[1]
course.add_reading(chapter,prev_date,chapter,pages)
elif session.startswith("(D)"):
time = prog_time.search(session)
if None!=time:
time = time.group()
date = session[-7:-1]
index_of_bracket = session.find("(",2)
title = session[4:index_of_bracket-1]
course.add_assignment(title,date.strip(),time.strip())
elif "MIDTERM" in session:
title = "MIDTERM"
time = prog_time.search(session)
if None!=time:
time = time.group()
date = re.search(r"\w\w\w\s\d",session)
date = date.group()
course.add_test(title,date,time)
else:
line = session.split('|')
if len(line)>=3:
prev_date = line[1]
index+=1
return course
def convert_schedule_to_course_bu395(file_name,course_code,class_name,db):
course = Course(course_code,class_name,db)
prev_date =""
with open(file_name,"r",encoding="utf-8") as schedule:
for line in schedule:
line = line.strip()
session = line.split("|")
if len(session)==4:
date = session[1]
prev_date = date
reading_name = session[2]
chapter=session[3]
course.add_reading(reading_name,date,chapter)
elif "CASE" in line.upper():
name = session[0]
course.add_assignment(name,prev_date)
elif "MIDTERM" in line.upper():
midterm = line.split(",")
title = midterm[0]
date = midterm[1]
time = midterm[2].split(';')[0]
course.add_test(title,date,time)
return course
