Results for "Author: ioannis"

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).

: A program is required to input, analyse and output student records for an up to 20 persons class. Every student record consists of a student identification number, a student name, and the number of credits completed. Functionalities: The user should be able to 1. 1. Initialise the student records from the keyboard. 2. 2. Save the student records into a file. 3. 3. Read the student records from the file. 4. 4. Search and print out the record detail for any student by typing in the student identification number. 5. 5. Find out the student who got the maximum credits number and display the detail of this student. Programme structure: The program should contain 1. 1. An options list for user to choose the functionalities. 2. 2. A data structure representing the student records using structure and linked list or array. 3. 3. At least three functions, one for searching a student record by the student identification number, one for finding out the student who got the maximum credits number, and one for displaying the student record detail. 4. 4. Code with well-chosen variable and function names. 5. 5. Code with suitable comments. The documentation: A flowchart and a description of the design process and the data structure for the program should be given. A description of the status of the program should be given (such as fully working, partially working, or not working).