Create two arrays Type P to populate m…
Create two arrays Type P to populate miles and month name. Type S to search for Month. Type M to search for Month name with smallest Miles Type L to search for Month Name with Largest Miles Type E to exit. Mimir Requirements: The file name must be
Answer
In order to fulfill the given requirements, we can implement a program in a programming language of choice, like Python or Java. We will create two arrays, one for miles and another for month names. The user will have several options to interact with the program:
– Type P: This option will allow the user to populate the arrays with miles and month names.
– Type S: The user can search for a specific month by entering its name.
– Type M: The user can search for the month name with the smallest miles value.
– Type L: The user can search for the month name with the largest miles value.
– Type E: This option will allow the user to exit the program.
To fulfill the Mimir requirements, the file name must be chosen in a way that is meaningful and can be easily identified. It should be chosen to reflect the purpose of the program and the data it contains.
For example, if the program is intended to track monthly car mileage, a suitable file name could be “monthly_mileage_data.txt”.
When implementing the program, we should consider a few key points:
1. Input validation: We need to ensure that the user’s input is within the acceptable range and that the program does not throw any errors or enter an unpredictable state due to incorrect input.
2. File I/O: We need to handle file operations, such as reading and writing data to the file. This will involve opening and closing the file, as well as parsing and formatting the data.
3. Searching: The program should be able to efficiently search for specific months or calculate the month with the smallest or largest miles value. This can be done through iterative or recursive algorithms, depending on the size of the dataset.
4. Error handling: It’s important to handle any potential errors gracefully, such as file reading or writing errors, input validation errors, or unexpected program behavior. This can be achieved by implementing appropriate exception handling techniques.
By implementing these key points, we can create a program that fulfills the specified requirements and performs the necessary operations on the given dataset.
In conclusion, to create a program that fulfills the requirements of populating and searching arrays for miles and month names, along with fulfilling the Mimir requirement of choosing a suitable file name, we need to implement a program in a programming language of choice. This program should handle input validation, file I/O, searching, and error handling effectively. By following these guidelines, we can build a functional and reliable program.