PythonCode

#CIS major: 3 different tracks
#Select the courses you take
#Tells what courses are left to be taken

#dictionary General CIS Track required
GeneralReqDict=\
{'CIS3100':'Object-Oriented Programming I',\
 'CIS3400': 'Database Management Systems I', \
 'CIS4800': 'Systems Analysis and Design',\
 'CIS5800': 'Information Technology Development and Project Management'}

#dictionary General CIS Track elective
GeneralEleDict=\
{'CIS3120':'Programming for Analytics',\
 'CIS3150': 'Introduction to Semantic Technologies', \
 'CIS3367': 'Spreadsheet Applications in Business', \
 'CIS3444': 'E-Business Technologies', \
 'CIS3500': 'Networks and Telecommunications I',\
 'CIS3550': 'Cybersecurity',\
 'CIS3630': 'Principles of Web Design', \
 'CIS3700': 'Green IT',\
 'CIS3710': 'Foundations of Business Analytics', \
 'CIS3750': 'Social Media Technologies in Organizations',\
 'CIS3770': 'Usability, Privacy, and Security', \
 'CIS3920': 'Data Mining for Business Anaylytics',\
 'CIS4100': 'Object Oriented Programming II', \
 'CIS4110': 'Object-Oriented Programming II With Java',\
 'CIS4160': 'Web Applications Development', \
 'CIS4170': 'Data Visualization',\
 'CIS4350': 'Information Technology Audit',\
 'CIS4400': 'Data Warehousing for Analytics', \
 'CIS4500': 'Networks and Telecommunications II',\
 'CIS4610': 'Expert (Knowledge-Based) Systems and Related Technologies', \
 'CIS4620': 'Financial Information Technologies',\
 'CIS4650': 'Operating Systems Concepts', \
 'CIS4091': 'Special Topics in Computer Information Systems',\
 'CIS4092': 'Special Topics in Computer Information Systems', \
 'CIS4093': 'Special Topics in Computer Information Systems',\
 'CIS4094': 'Special Topics in Computer Information Systems', \
 'OPR3300': 'Quantitative Methods for Accounting',\
 'OPR3450': 'Quantitative Decision Making for Business I'}

#dictionary Data Analytics Track required
AnalyticReqDict=\
{'CIS3100': 'Object-Oriented Programming I',\
 'CIS3120': 'Programming for Analytics', \
 'CIS3400': 'Database Management Systems I',\
 'CIS3920': 'Data Mining for Business Analytics', \
 'CIS4400': 'Data Warehousing for Analytics'}

#dictionary Data Analytics Track elective
AnalyticEleDict=\
{'CIS3100': 'Object-Oriented Programming I',\
 'CIS3120': 'Programming for Analytics', \
 'CIS3150': 'Introduction to Semantic Technologies',\
 'CIS3710': 'Foundations of Business Analytics', \
 'CIS4170': 'Data Visualization',\
 'STA3154': 'Business Statistics II', \
 'STA3155': 'Regression and Forecasting Models for Business Applications', \
 'OPR3450': 'Quantitative Decision Making for Business I',\
 'OPR3451': 'Quantitative Decision Making for Business II', \
 'MKT4123': 'Marketing Web Analytics and Intelligence',\
 'MKT4561': 'Marketing Analytics'}

#dictionary Information Risk Management and Cybersecurity Track required
CyberReqDic=\
{'CIS3100': 'Object-Oriented Programming I', \
 'CIS3400': 'Database Management Systems I', \
 'CIS3500': 'Networks and Telecommunications I', \
 'CIS3550': 'Cybersecurity', \
 'CIS4350': 'Information Technology Audit'}

#dictionary Information Risk Management and Cybersecurity Track elective
CyberEleDict=\
{'CIS3700': 'Green IT', \
 'CIS3750': 'Social Media Technologies in Organizations', \
 'CIS3770': 'Usability, Privacy, and Security', \
 'CIS4100': 'Object-Oriented Programming II', \
 'CIS4110': 'Object-Oriented Programming II with Java', \
 'CIS4160': 'Web Applications Development', \
 'CIS4500': 'Networks and Telecommunications II',\
 'CIS4620': 'Financial Information Technologies', \
 'CIS4800': 'Systems Analysis and Design'}

#END OF DICTIONARY

#WRITE file with all require courses for GENERAL TRACK
def GeneralFile():
    File=open('General CIS Track Required Courses.txt','w')
    File.write('CIS3100\n'+'CIS3400\n'+'CIS4800\n'+'CIS5800\n')
    File.close()

#WRITE file with all elective courses for GENERAL TRACK
def GeneralFile2():
    File=open('General CIS Track Elective Courses.txt','w')
    File.write('CIS3120\n'+'CIS3150\n'+'CIS3367\n'+'CIS3444\n'\
              +'CIS3500\n'+'CIS3550\n'+'CIS3630\n'+'CIS3700\n'\
              +'CIS3710\n'+'CIS3750\n'+'CIS3770\n'+'CIS3920\n'\
              +'CIS4100\n'+'CIS4110\n'+'CIS4160\n'+'CIS4170\n'\
              +'CIS4350\n'+'CIS4400\n'+'CIS4500\n'+'CIS4610\n'\
               +'CIS4620\n'\
              +'CIS4650\n'+'CIS4091\n'+'CIS4092\n'+'CIS4093\n'\
              +'CIS4094\n'+'OPR3300\n'+'OPR3450\n')
    File.close()

#WRITE file with all require courses for Data analytics track
def AnalyticFile():
    File=open('Data Analytics Track Required Courses.txt','w')
    
    #CIS3100 or CIS3120
    #CIS3920 or STA3920
    
    File.write('CIS3100\n'+ 'CIS3120\n'+'CIS3400\n'+'CIS3920\n'\
               +'CIS4400\n') 
    
    File.close()

#WRITE file with all elective courses for data analytics track
def AnalyticFile2():
    File=open('Data Analytics Track Elective Courses.txt','w')
    #CIS3100 or CIS3120
    File.write('CIS3100\n'+'CIS3120\n'+'CIS3150\n'+'CIS3710\n'+'CIS4170\n'\
              +'STA3154\n'+'STA3155\n'+'OPR3450\n'\
               +'OPR3451\n'+'MKT4123\n'\
              +'MKT4561\n')
    File.close()

#WRITE file with all require courses for CYBER TRACK
def CyberFile():
    File=open('Information Risk Management and Cybersecurity Track Required Courses.txt','w')
    File.write('CIS3100\n'+'CIS3400\n'+'CIS3500\n'+'CIS3550\n'+'CIS4350\n')
    File.close()

#WRITE file with all elective courses for CYBER TRACK
def CyberFile2():
    File=open('Information Risk Management and Cybersecurity Track Elective Courses.txt','w')
    File.write('CIS3700\n'+'CIS3750\n'+'CIS3770\n'+'CIS4100\n'\
              +'CIS4110\n'+'CIS4160\n'+'CIS4500\n'\
               +'CIS4620\n'+'CIS4800\n')
    File.close()

#input and validation for class code
def Course_Taken_Input(Required_List,Elective_List, Count_Mark):

    Input=input("Enter course code for the class you've taken with UPPERCASE letters and NO spaces: ")
    while (Input not in Required_List) and (Input not in Elective_List):
        print('Class not found.') 
        Input=input('Enter a proper class code:')
    
    #counting the input elective classes
    if Input in Elective_List:
        Count_Mark+=1
    
    return Input, Count_Mark

###
#ANALYTIC TRACK: if course taken contains CIS3100 or CIS3120
def AnalyticTakenClass(Amount, List_1, List_2):
    EleCount=0
    
    for Count in range (Amount):
        CourseTaken,EleCount=Course_Taken_Input(List_1, List_2, EleCount)
        CourseTaken=CourseTaken.strip()
        
        if CourseTaken=='CIS3100':
            List_1.remove('CIS3100')
            List_2.remove('CIS3100')
            List_1.remove('CIS3120')
            EleCount+=1
            
            
        elif CourseTaken=='CIS3120':
            List_1.remove('CIS3120')
            List_2.remove('CIS3120')
            List_1.remove('CIS3100')
            EleCount+=1
              
            
        else:
            try:
                List_1.remove(CourseTaken)
            except:
                List_2.remove(CourseTaken)
 
    return List_1, List_2, EleCount

#OTHER 2 TRACK: remove taken courses
def TakenClasses(Amount, List_1,List_2):
    EleCount=0
    for Count in range (Amount):
        
        CourseTaken,EleCount=Course_Taken_Input(List_1,List_2, EleCount)
        CourseTaken=CourseTaken.strip()
        
        try:
            List_1.remove(CourseTaken)
        except:
            List_2.remove(CourseTaken)
        
    return List_1, List_2, EleCount

#Append courses from required and elective files
def MakeList(File):
    List=[]
    for Lines in File:
        Lines=Lines.strip('\n')
        List.append(Lines)
    
    return List

#print list
def PrintList(List):  
    for Items in List:
        print (Items)

def ReadDictionary(List,Dict):
    for Items in List:
        for Key, Values in Dict.items():
            
            #if the key in dict equals items in list: print
            if Key==Items:
                print (Key, Values)
                
    #catch the condition when OPR3300 and 3450 are both in list, 
    if ('OPR3300/OPR3450' in List):
        print('OPR3300/OPR3450 '+'Quantitative Methods for Accounting / Quantitative Decision Making for Business I')

#output the courses left and check completing status
def Check_Completion(Required_List, Elective_List, Elective_Count, \
                     R_Dict, E_Dict):
    

    #Each time the elective is inputted, add to count, 
    #once it reaches 4, return true
    
    if Required_List==[] and Elective_Count==4:
        print()
        print('***Major completed. No other courses necessary***')
        
    else:  
        print()
        print('The required courses left are:')
        ReadDictionary(Required_List, R_Dict)
        print()
        print('The elective courses you can choose from are:')
        ReadDictionary(Elective_List, E_Dict)

#CYBERoutput the courses left and check completing status
def Check_Completion_Cyber(Required_List, Elective_List, Elective_Count,\
                          R_Dict,E_Dict):
    

    #Each time the elective is inputted, add to count, 
    #once it reaches 3, return true
    
    if Required_List==[] and Elective_Count==3:
        print()
        print('***Major completed. No other courses necessary***')
        
    else:  
        print()
        print('The required courses left are:')
        ReadDictionary(Required_List, R_Dict)
        print()
        print('The elective courses you can choose from are:')
        ReadDictionary(Elective_List, E_Dict)

def main ():
    print('1: General CIS')
    print('2: Data Analytics')
    print('3: Information Risk Management and Cybersecurity')

    #track validation
    GotValidTrackIn=False
    while not GotValidTrackIn:
        try:
            TrackIn=int(input('What CIS track are you taking? '))
            GotValidTrackIn=True
        except ValueError:
            print('Invalid selection.')
            continue
    
    #not in menu range
    if TrackIn>3 or TrackIn<1:
            print('Invalid selection. Program ending...')

    #input validation for course amount
    GotValidCourseAmt=False
    CourseAmount=9
    while (not GotValidCourseAmt) and (1<=TrackIn<=3):
        try:
            CourseAmount=int(input('How many courses have you taken? '))
            while CourseAmount<0 or CourseAmount>8:
                print('Invalid selection.')
                print('Please Enter a number within range 0 to 8.')
                CourseAmount=int(input('How many courses have you taken? '))
            GotValidCourseAmt=True
        except ValueError:
            print('Invalid selection.')
            print('Please Enter a number within range 0 to 8.')
            continue
    
    #CONDITION: general track
    if TrackIn==1:
        
        #load the files and data
        GeneralFile()
        GeneralFile2()

        #Open the required and electives for general track
        GeneralReq=open('General CIS Track Required Courses.txt','r')
        GeneralElect=open('General CIS Track Elective Courses.txt','r')

        #Make the two files into lists
        ReqList=MakeList(GeneralReq)
        EleList=MakeList(GeneralElect)

        #new list after "taken courses"
        ReqList, EleList, ElectCount = TakenClasses(CourseAmount,ReqList,EleList)

        
        #if taken OPR3300 or 3450 but not both
        if ('OPR3300' not in EleList) and 'OPR3450' in EleList:
            EleList.remove('OPR3450')
        if ('OPR3450' not in EleList) and 'OPR3300' in EleList:
            EleList.remove('OPR3300')
            
        
        
        #checking for OPR3300 and 3450
        for Items in EleList:
            for Items2 in EleList:
                if Items=='OPR3300' and Items2=='OPR3450':
                    EleList.remove('OPR3300')
                    EleList.remove('OPR3450')
                    EleList.append('OPR3300/OPR3450')
        
        Check_Completion(ReqList,EleList,ElectCount,GeneralReqDict, GeneralEleDict)

        #File close
        GeneralReq.close()
        GeneralElect.close()   
        
    #CONDITION: analytic track
    elif TrackIn==2:
        #load the files and data
        AnalyticFile()
        AnalyticFile2()

        #Open the required and electives for general track
        AnalyticReq=open('Data Analytics Track Required Courses.txt','r')
        AnalyticElect=open('Data Analytics Track Elective Courses.txt','r')

        #Make the two files into lists
        ReqList=MakeList(AnalyticReq)
        EleList=MakeList(AnalyticElect)
                
        #new list after "taken courses"
        ReqList, EleList, ElectCount = AnalyticTakenClass(CourseAmount,ReqList,EleList)
        
        Check_Completion(ReqList,EleList,ElectCount, AnalyticReqDict, AnalyticEleDict)

        #File close
        AnalyticReq.close()
        AnalyticElect.close()
        
    #CONDITION: cybersecurity track
    elif TrackIn==3:
        #load the files and data
        CyberFile()
        CyberFile2()

        #Open the required and electives for general track
        CyberReq=open('Information Risk Management and Cybersecurity Track Required Courses.txt','r')
        CyberElect=open('Information Risk Management and Cybersecurity Track Elective Courses.txt','r')

        #Make the two files into lists
        ReqList=MakeList(CyberReq)
        EleList=MakeList(CyberElect)

        #new list after "taken courses"
        ReqList, EleList, ElectCount = TakenClasses(CourseAmount,ReqList,EleList)

        Check_Completion_Cyber(ReqList,EleList,ElectCount,CyberReqDic,CyberEleDict)

        #File close
        CyberReq.close()
        CyberElect.close()

main()