def next_semester_courses(offered_courses, remaining_courses):
# Dictionary to store all the courses
future_options = {}
# Loop through the offered_courses and store their info
for courses in __parse_xml(offered_courses).findall(".//LIST_G_COURSE_NO"):
for course in courses:
id = course.find("COURSE_NO").text.replace("-", "")
if id in remaining_courses:
course_details = {
"CRN": course.find("SSBSECT_CRN").text,
"title": course.find("SCBCRSE_TITLE").text,
"crd_hr": course.find("SCBCRSE_CREDIT_HR_LOW").text,
"max": course.find("SSBSECT_MAX_ENRL").text,
"actual": course.find("SSBSECT_ENRL").text
}
sec_no = 0
for section in __parse_xml(offered_courses).findall(".//LIST_G_SSBSECT_SCHD_CODE"):
section_details = {
"building": section.find(".//SSRMEET_BLDG_CODE").text,
"room": section.find(".//SSRMEET_ROOM_CODE").text,
"time": section.find(".//TIME").text,
"days": section.find(".//DAYES").text
}
course_details["section_" + str(sec_no+1)] = section_details
future_options[id] = course_details
return future_options
def courses_list(response, url=lambda x: x):
terms = {}
# Loop through courses registered in Blackboard
for course in __parse_xml(response).findall(
".//course[@roleIdentifier='S']"):
# Extract course key, crn and term string from course identifier
course_key, crn, term_string = course.get("courseid").split("_")
# Make sure that term id is of the following format "FALL2017"
term_string = term_string.split("-")[0]
# Split term id to year and semester
year, semester = term_string[-4:], __terms[term_string[:3]]
# Get term full name of the following format "Fall 2017-2018"
term_name = f"{semester['name']} {year}-{int(year) + 1}"
# If term hasn't been added yet
if term_name not in terms:
# Initialize it with an empty dictionary
terms[term_name] = {}
# Add course to the correspondent term
terms[term_name][__clean(course.get("name"))] = {
# Content links to Blackboard's documents and deadlines
"Content": url(course_key + "/" + course.get("bbid")[1:-2]),
# Details links to MyUDC's course details
"Details": url(f"{course_key}/{crn}/{year + semester['code']}")
}
return terms
def schedule(response):
# Dictionary to store schedule details
details = {}
# Loop through courses in the schedule report to get its details
for course in __parse_xml(response).find(".//LIST_G_SSBSECT_CRN"):
course_id = course.find("SSBSECT_SUBJ_CODE").text + course.find("SSBSECT_CRSE_NUMB").text
# Scrape and store data dictionary in details["course id"]
details[course_id] = {
"crn": course.find("SSBSECT_CRN").text,
"section": course.find("SSBSECT_SEQ_NUMB").text,
"type": course.find("SSBSECT_SCHD_CODE").text,
"credits": course.find("SFRSTCR_CREDIT_HR").text,
"title": course.find("SCBCRSE_TITLE").text.strip(),
# Initialize an empty classes array for later
"classes": []
}
# Loop through days in the current course
for day in course.find("LIST_G_DAYES"):
# Add a class dictionary of data for every day in course
details[course_id]["classes"].append({
"days": day.find("DAYES").text.split(),
"time": day.find("TIME").text.split(" - "),
"building": day.find("SSRMEET_BLDG_CODE").text,
"room": day.find("SSRMEET_ROOM_CODE").text,
# Place doctors in an array as there might be many
"doctor": [
doctor.find("CF_INSTRUCTOR_NAME").text
# Loop through doctor in the current day
for doctor in day.find("LIST_G_SIRASGN_PIDM")
]
})
return details
def values_of_majors(schedules):
return {
# Add student's major from his schedule as {"major name": "major initials"}
schedule.find("CF_MAJR_DESC").text: schedule.find("SGBSTDN_MAJR_CODE_1").text
# Loop through each schedule from schedules report
for schedule in __parse_xml(schedules).find("LIST_G_STVCOLL_DESC")
}
def grades_and_gpa(transcript, term_code):
# Parse xml and declare variables
xml = __parse_xml(transcript)
try:
quality = float(xml.find(".//SHRLGPA_QUALITY_POINTS").text)
hours = int(xml.find(".//SHRLGPA_GPA_HOURS").text)
except AttributeError: quality, hours = 0, 0
all_hours = hours
term_quality = 0
grades = []
# Loop through the available terms in transcript
terms = xml.find(".//LIST_G_ACADEMIC_HIST_TERM")
for term in terms if terms is not None else ():
# If the term is the selected one
if term.find("TERM_CODE_KEY").text == term_code:
# Loop through courses in that term
for course in term.find("LIST_G_ACADEMIC_HIST_DETAILS"):
# Store its credit hours, grade and key
crhrs = int(course.find("CREDIT_HOURS").text)
grade = course.find("GRDE_CODE_FINAL").text
key = course.find("SUBJ_CODE").text[-7:]
# Add them to total hours and term quality
all_hours += crhrs
term_quality += __to_gpa(grade, 0) * crhrs
# Add course's (key, title, grade) to the grades list
grades.append((key, course.find("COURSE_TITLE").text, grade))
# Calculate and return new grades and (term, new and old GPA)
return grades, {
"term": term_quality / (all_hours - hours) if all_hours != hours else 0,
"new": (term_quality + quality) / all_hours if all_hours else 0,
"old": quality / hours if hours else 0
}
def courses_dictionary(response):
return {
# Store courses ids in {Blackboard id: MyUDC id} pairs
course.get("bbid")[1:-2]: course.get("courseid").split("_", 1)[0]
# Loop through all courses in Blackboard in which the user is a student
for course in __parse_xml(response).findall(
".//course[@roleIdentifier='S']")
}
def study_plan_courses(study_plan):
# Dictionary to store all the courses
all_courses = set()
# Loop through the study_plan and store their info
for term in __parse_xml(study_plan).findall(".//LIST_G_GROUP_COURSES"):
for course in term:
if course.find("CF_IS_PASSED").text == 'N':
all_courses.add(course.find("COURSE_NUMB1").text)
return all_courses
def remaining_courses(study_plan):
plan = __parse_xml(study_plan)
return {
"crhrs": int(plan.find(".//SMBPOGN_REQ_CREDITS_OVERALL").text)
- int(plan.find(".//SMBPOGN_ACT_CREDITS_OVERALL").text),
"courses": [
course.find("COURSE_NUMB1").text
for course in plan.findall(".//G_GROUP_COURSES")
if course.find("CF_IS_PASSED").text == "N"
]
}
def terms_list(response):
terms = {}
# Loop through courses registered in Blackboard
for course in __parse_xml(response).findall(
".//course[@roleIdentifier='S']"):
# Extract term's string from course id in "FALL2017" format
term_string = course.get("courseid").rsplit("_", 1)[-1].split("-")[0]
# Split term id to year and term semester
year, semester = term_string[-4:], __terms[term_string[:3]]
# Store term in terms in {"Fall 2017-2018": "201710"} pairs
terms[f"{semester['name']} {year}-{int(year) + 1}"] = year + semester[
"code"]
return terms
def values_of(courses, *params):
# For each supported value, create an empty dictionary in values for later use
values = {param: {} for param in params if param in ["Campus", "College", "Department"]}
# Loop through courses to get the required values
for course in __parse_xml(courses).find("LIST_G_SSBSECT_TERM_CODE"):
# If campus values are required
if "Campus" in values:
# Add course's campus to values as {"campus name": "campus abbreviation"}
values["Campus"].update({course.find("CAMPUS_DESC").text: course.find("SSBSECT_CAMP_CODE").text})
# If college values are required
if "College" in values:
# Add course's college to values as {"college name": "college number"}
values["College"].update({course.find("COLLEGE_NAME").text: course.find("SCBCRSE_COLL_CODE").text})
# If department values are required
if "Department" in values:
# Add course's department to values as {"department name": "department initials"}
values["Department"].update({course.find("DEPT_NAME").text: course.find("SCBCRSE_DEPT_CODE").text})
return values
def courses_by_term(response, term_code):
courses = {}
# Get Blackboard term string in "FALL2017" format from term code
term_string = re.compile("^" + __terms[term_code[4:]]["name"] + "[A-Z]*" +
term_code[:4])
# Loop through list of courses in parsed XML
for course in __parse_xml(response).find("courses"):
# Store course's MyUDC id, CRN and term name
key, crn, full_term = course.get("courseid").split("_")
# Only add courses in the requested term and in which the user is a student
if term_string.match(full_term) and course.get(
"roleIdentifier") == "S":
# Add course ids in {MyUDC id: Blackboard id} pairs
courses[key] = {
# Store course's Blackboard id
"courseId": course.get("bbid")[1:-2],
"crn": crn
}
return courses
def course_data(response, course_key, course_id, data_type=None):
# Store parsed course and returned object structure
course = __parse_xml(response)
data = {"deadlines": [], "documents": []}
# If requested data type isn't "documents"
if data_type != "documents":
# Scrape deadlines and add them to data
data["deadlines"] = [
{ # Store deadline's title, due date & other information
"title": deadline.get("name"),
"dueDate": deadline.get("dueDate"),
"time": deadline.get("createdDate"),
"course": course_key,
"courseId": course_id,
"contentId": deadline.get("contentid")[1:-2]
} # Loop through all course items which have a due date
for deadline in course.findall(".//*[@dueToday]")
]
# If requested data type is "deadlines"
if data_type == "deadlines":
# Only return the deadlines
return data["deadlines"]
# If requested data type isn't "deadlines"
if data_type != "deadlines":
# Scrape documents and add them to data
data["documents"] = [
{ # Extract document xid and content id using Regex from its URL
"id": "_".join(__document_ids.search(document.get("url")).groups()),
# Store document's title, upload date & course key
"course": course_key,
"title": document.getparent().getparent().get("name"),
"file": document.get("name"),
"time": document.get("modifiedDate"),
} # Loop through all course documents (not more than 25)
for document in (course.findall(".//attachment") or [])[:25]
]
# If requested data type is "documents"
if data_type == "documents":
# Only return the documents
return data["documents"]
# Return everything if data type isn't specified or invalid
return data
def scrape_course_grades(response, course_key):
grades = []
# Loop through grades in available in course
for grade in __parse_xml(response).find("grades"):
print(grade.get("name"))
# Store last modified time
time = grade.get("lastInstructorActivity")
# If it's a graded items
if time:
# Add grade dictionary to grades
grades.append({
# Add item's title, grade & course key
"course": course_key,
"title": grade.get("name"),
"grade": ceil(float(grade.get("grade"))),
# Add total grade and uploaded time
"outOf": ceil(float(grade.get("pointspossible"))),
"time": time
})
return grades
def core_details(transcript):
# Find and store the element which contains the required info
soup = __parse_xml(transcript).find(".//G_SGBSTDN")
# Create a dictionary of straight forward to reach info
details = {
# Store student's name, college, major and terms
"name": soup.find("STUDENT_NAME").text.strip(),
"college": soup.find("CURR_COLL_CODE").text,
"major": soup.find("CURR_MAJR_CODE").text,
"terms": {
# Initialize in progress term
"in_progress": {},
# Store all terms key
"all_keys": [
# Place term key in the array
term.find("TERM_CODE_KEY").text
# Loop through terms which aren't in progress
for term in soup.find(".//LIST_G_ACADEMIC_HIST_TERM")
]
},
# Store student's first term to be used in offered_courses()
"first_term": soup.find("FIRST_TERM_ADMIT").text
}
# Loop through in progress terms and keep the index of looping
for index, term in enumerate(soup.find("LIST_G_SFRSTCR_PIDM")):
# Add in progress term's key to all terms key
details["terms"]["all_keys"].append(term.find("SFRSTCR_TERM_CODE").text)
# If it's the first in progress term
if index == 0:
# Store its key and courses as the "in_progress" term
details["terms"]["in_progress"][term.find("SFRSTCR_TERM_CODE").text] = {
# Combine course's subject code and section code to get its key
course.find("SSBSECT_SUBJ_CODE").text + course.find("SSBSECT_CRSE_NUMB").text:
# With the line above, form {"course key": "course name"} pairs
course.find("SFRSTCR_COURSE_TITLE").text.strip()
# Loop through courses in that term
for course in term.find("LIST_G_SFRSTCR_DETAIL")
}
return details