added basic logic to attribute insertion

DynamoDB.py

@@ -1,25 +1,50 @@
 from boto3 import resource
 from boto3.dynamodb.conditions import Attr, Key
+import math
 
 course_table = resource('dynamodb').Table('Courses')
 
-def insert():
+def insert(courseId, courseSection, courseLevel, courseDepartment, courseProfessor, courseEnrolledStudents, courseMaxStudents, courseStartTime, courseEndTime, courseIsOpen):
     courseInsertion = course_table.put_item(
         Item = {
-            'CourseId' : 'CSE1010', # partition key
-            'Section' : '001L', # sort key?
-            'Level' : '1000', # useful attribute for searching
-            'Department' : 'CSE', # useful attribute for searching
-            'Professor' : 'Gregory Jackson', # TODO: support multiple instructors
-            'StudentsEnrolled' : 0, # useful attribute for professor
-            'StartTime' : 1630, # is storing times in the form of 24-hour time easier? it's simple to convert when necessary
-            'EndTime' : 1720, 
-            'OpenStatus' : True # this attribute could be useful for hiding unavailable courses
+            'CourseId' : courseId, # partition key
+            'Section' : courseSection, # sort key?
+            'Level' : courseLevel, # useful attribute for searching
+            'Department' : courseDepartment, # useful attribute for searching
+            'Professor' : courseProfessor, # TODO: support multiple instructors
+            'StudentsEnrolled' : courseEnrolledStudents, # useful attribute for professor
+            'MaxStudents' : courseMaxStudents, # can calculate OpenStatus using some logic
+            'StartTime' : courseStartTime, # is storing times in the form of 24-hour time easier? it's simple to convert when necessary
+            'EndTime' : courseEndTime, 
+            'OpenStatus' : courseIsOpen # this attribute could be useful for hiding unavailable courses
         }
     )
 
     print(f"Insert response: {courseInsertion}")
 
 if __name__ == '__main__':
-    insert()
+
+    # NONE OF THE INFO COLLECTING WILL LIKELY BE DONE IN PYTHON, THIS IS PROBABLY VUE STUFF. JUST FOR DEMO
+    courseDepartment = input("Enter department: ").upper()
+    courseNumber = int(input("\nEnter course number: ")) # TODO: Error handling for invalid inputs
+    courseSection = input("\nEnter course section: ")
+    if len(courseSection) == 1:
+        courseSection = '00' + courseSection
+    elif len(courseSection) == 2:
+        courseSection = '0' + courseSection
+    courseType = input("\nSelect the type of course if needed: Laboratory, Discussion: ")
+    if courseType == "Laboratory":
+        courseSection += 'L'
+    elif courseType == "Discussion":
+        courseSection += 'D'
+    courseLevel = math.floor(courseNumber / 1000) * 1000
+    courseId = courseDepartment + str(courseNumber)
+    courseProfessor = input("\nEnter professor: ") # TODO: support multiple instructors
+    courseMaxStudents = int(input("\nEnrollment slots: "))
+    courseStartTime = input("\nStart time: ") # TODO: Turn 12-hour time into 24-hour time integer
+    courseEndTime = input("\nEnd time: ") # TODO: Turn 12-hour time into 24-hour time integer
+    courseEnrolledStudents = 0
+    courseIsOpen = bool(courseMaxStudents - courseEnrolledStudents)
+
+    insert(courseId, courseSection, courseLevel, courseDepartment, courseProfessor, courseEnrolledStudents, courseMaxStudents, courseStartTime, courseEndTime, courseIsOpen)