We provide all the information about MCP servers via our MCP API.
curl -X GET 'https://glama.ai/api/mcp/v1/servers/Alice0416/uoft-student-helper-mcp'
If you have feedback or need assistance with the MCP directory API, please join our Discord server
"""
ACORN Client
Handles authentication and data retrieval from the University of Toronto's ACORN system.
Uses web scraping since ACORN doesn't provide a public API.
Note: This is a template implementation. Actual implementation would require
proper web scraping with requests/selenium and parsing with BeautifulSoup.
"""
import requests
from typing import List, Dict, Any
from datetime import datetime
class AcornClient:
"""Client for interacting with UofT ACORN system"""
def __init__(self, username: str, password: str):
"""
Initialize ACORN client with credentials.
Args:
username: UTORid username
password: ACORN password
"""
self.username = username
self.password = password
self.session = requests.Session()
self.base_url = "https://acorn.utoronto.ca"
self.authenticated = False
def login(self) -> bool:
"""
Authenticate with ACORN.
Returns:
True if authentication successful, False otherwise
Note: Actual implementation would handle:
- SAML authentication
- Two-factor authentication
- Session management
- Cookie handling
"""
# TODO: Implement actual ACORN login
# This is a placeholder that simulates successful login
print(f"🔐 Logging in to ACORN as {self.username}...")
try:
# In real implementation:
# 1. Navigate to ACORN login page
# 2. Handle SAML redirect
# 3. Submit credentials
# 4. Handle 2FA if enabled
# 5. Verify successful login
self.authenticated = True
print("✅ Successfully logged in to ACORN")
return True
except Exception as e:
print(f"❌ ACORN login failed: {str(e)}")
self.authenticated = False
return False
def get_enrolled_courses(self) -> List[Dict[str, Any]]:
"""
Retrieve all courses the student is currently enrolled in.
Returns:
List of course dictionaries
Note: Actual implementation would:
- Navigate to enrollment page
- Parse course listings
- Extract course details
- Handle pagination if needed
"""
if not self.authenticated:
self.login()
# TODO: Implement actual course retrieval
# This returns mock data for demonstration
mock_courses = [
{
"course_code": "CSC148H1",
"course_name": "Introduction to Computer Science",
"section": "LEC0101",
"credits": 0.5,
"term": "Fall 2025",
"status": "Enrolled"
},
{
"course_code": "MAT137Y1",
"course_name": "Calculus with Proofs",
"section": "LEC0101",
"credits": 1.0,
"term": "Fall 2025 - Winter 2026",
"status": "Enrolled"
},
{
"course_code": "PHY151H1",
"course_name": "Foundations of Physics I",
"section": "LEC0101",
"credits": 0.5,
"term": "Fall 2025",
"status": "Enrolled"
},
{
"course_code": "CSC165H1",
"course_name": "Mathematical Expression and Reasoning for CS",
"section": "LEC0101",
"credits": 0.5,
"term": "Fall 2025",
"status": "Enrolled"
},
{
"course_code": "ENG100H1",
"course_name": "Effective Writing",
"section": "LEC0101",
"credits": 0.5,
"term": "Fall 2025",
"status": "Enrolled"
}
]
return mock_courses
def get_course_details(self, course_code: str) -> Dict[str, Any]:
"""
Get detailed information about a specific course.
Args:
course_code: Course code (e.g., "CSC148H1")
Returns:
Dictionary with detailed course information
Note: Actual implementation would:
- Search for course in ACORN
- Navigate to course detail page
- Parse all course information
- Extract prerequisites, exclusions, etc.
"""
if not self.authenticated:
self.login()
# TODO: Implement actual course detail retrieval
# This returns mock data for demonstration
mock_details = {
"CSC148H1": {
"course_code": "CSC148H1",
"course_name": "Introduction to Computer Science",
"description": "Abstract data types and data structures for implementing them. Linked lists, stacks, queues, trees. Specifications and analysis of algorithms. Sorting and searching. Design and analysis of recursive algorithms.",
"prerequisites": ["CSC108H1"],
"corequisites": [],
"exclusions": ["CSC150H1"],
"instructor": "Dr. Jane Smith",
"meeting_times": [
{"day": "Monday", "time": "10:00-11:00", "type": "Lecture"},
{"day": "Wednesday", "time": "10:00-11:00", "type": "Lecture"},
{"day": "Friday", "time": "14:00-16:00", "type": "Tutorial"}
],
"location": "BA1170",
"delivery_mode": "In-person",
"breadth_requirement": "The Physical and Mathematical Universes (5)",
"distribution": "Science"
},
"MAT137Y1": {
"course_code": "MAT137Y1",
"course_name": "Calculus with Proofs",
"description": "A conceptual approach to calculus with an emphasis on proofs and understanding. Topics include limits, continuity, differentiation, integration, and sequences and series.",
"prerequisites": ["High school calculus"],
"corequisites": [],
"exclusions": ["MAT135H1", "MAT136H1", "MAT157Y1"],
"instructor": "Dr. John Doe",
"meeting_times": [
{"day": "Tuesday", "time": "11:00-12:00", "type": "Lecture"},
{"day": "Thursday", "time": "11:00-12:00", "type": "Lecture"}
],
"location": "MP202",
"delivery_mode": "In-person",
"breadth_requirement": "The Physical and Mathematical Universes (5)",
"distribution": "Science"
}
}
return mock_details.get(course_code, {
"error": f"Course {course_code} not found",
"course_code": course_code
})
def get_schedule(self) -> Dict[str, Any]:
"""
Get the student's weekly class schedule.
Returns:
Dictionary with schedule organized by day
Note: Actual implementation would:
- Navigate to timetable page
- Parse schedule grid
- Extract all class times and locations
- Organize by day of week
"""
if not self.authenticated:
self.login()
# TODO: Implement actual schedule retrieval
# This returns mock data for demonstration
mock_schedule = {
"schedule": {
"monday": [
{
"course_code": "CSC148H1",
"course_name": "Intro to CS",
"time": "10:00-11:00",
"location": "BA1170",
"type": "Lecture"
},
{
"course_code": "PHY151H1",
"course_name": "Foundations of Physics I",
"time": "13:00-14:00",
"location": "MP202",
"type": "Lecture"
}
],
"tuesday": [
{
"course_code": "MAT137Y1",
"course_name": "Calculus with Proofs",
"time": "11:00-12:00",
"location": "MP202",
"type": "Lecture"
},
{
"course_code": "CSC165H1",
"course_name": "Math Expression for CS",
"time": "15:00-16:00",
"location": "BA1170",
"type": "Lecture"
}
],
"wednesday": [
{
"course_code": "CSC148H1",
"course_name": "Intro to CS",
"time": "10:00-11:00",
"location": "BA1170",
"type": "Lecture"
},
{
"course_code": "ENG100H1",
"course_name": "Effective Writing",
"time": "14:00-15:00",
"location": "SS1071",
"type": "Seminar"
}
],
"thursday": [
{
"course_code": "MAT137Y1",
"course_name": "Calculus with Proofs",
"time": "11:00-12:00",
"location": "MP202",
"type": "Lecture"
},
{
"course_code": "PHY151H1",
"course_name": "Foundations of Physics I",
"time": "16:00-18:00",
"location": "MP126",
"type": "Lab"
}
],
"friday": [
{
"course_code": "CSC148H1",
"course_name": "Intro to CS",
"time": "14:00-16:00",
"location": "BA3116",
"type": "Tutorial"
}
],
"saturday": [],
"sunday": []
},
"total_hours_per_week": 15
}
return mock_schedule
def logout(self):
"""Log out from ACORN and clear session"""
self.session.close()
self.authenticated = False
print("👋 Logged out from ACORN")