Sorting Project 1/3 (C++ Programming) Data Structures I need to know what are the three function codes for this project. I need three functions to generate 30 files.   Write three functions that each generate 10 unique dataset files of integers separated by a comma ",". E.g., 34, 32421, 124124, 67, 92, ... The sizes of these 10 datasets are (n) – 1000, 4000, 8000, 10000, 40000, 80000, 100000, 400000, 800000, 1000000. One function should generate random integers between 0 to 1,000,000 as the elements of each dataset. Another function should generate a file with a sorted list of integers from smallest to largest. The final function should generate a file with a reverse sorted list with values going from largest to smallest. E.g., 1000Sorted file will have 0 to 999, 1000Reverse.txt will have 999 to 0, and 1000Random.txt will have random numbers between 0 to 1,000,000. These functions should not take any input arguments and should have the signature: void GenerateSortedInputFiles(), void GenerateRandomInputFiles(). void GenerateReverseInputFiles(). The output of these functions is just a print statement to console that file generation completed. The files names should have the format “SampleSize” + “Random/Sorted/Reverse” + “.txt” eg. “80000Sorted.txt”. Submit a folder within which you need to have all your code files, README file with the compile and execution instructions, and your pre-compiled ".exe" executable files. On top of all the files, you need to mention your name as comments. All submitted code C++ files and header files must be named as "_"

Sorting Project 1/3 (C++ Programming) Data Structures

I need to know what are the three function codes for this project. I need three functions to generate 30 files.

Write three functions that each generate 10 unique dataset files of integers separated by a comma ",".

E.g., 34, 32421, 124124, 67, 92, ...

The sizes of these 10 datasets are (n) – 1000, 4000, 8000, 10000, 40000, 80000, 100000, 400000, 800000, 1000000.

One function should generate random integers between 0 to 1,000,000 as the elements of each dataset. Another function should generate a file with a sorted list of integers from smallest to largest. The final function should generate a file with a reverse sorted list with values going from largest to smallest.

E.g., 1000Sorted file will have 0 to 999, 1000Reverse.txt will have 999 to 0, and 1000Random.txt will have random numbers between 0 to 1,000,000.

These functions should not take any input arguments and should have the signature: void GenerateSortedInputFiles(), void GenerateRandomInputFiles(). void GenerateReverseInputFiles().

The output of these functions is just a print statement to console that file generation completed. The files names should have the format “SampleSize” + “Random/Sorted/Reverse” + “.txt” eg. “80000Sorted.txt”.

Submit a folder within which you need to have all your code files, README file with the compile and execution instructions, and your pre-compiled ".exe" executable files. On top of all the files, you need to mention your name as comments. All submitted code C++ files and header files must be named as "<your-name>_<sort-name>"

1. In the end, what should my code do?

It should create a set of 30 different files with a set of integers. 10 are sorted smallest to largest. 10 are largest to smallest (reverse).  And 10 have random values (having duplicate values does not matter in this case). The amount of integers is determined by the name of the file. "8000Sorted.txt" contains 8000 integers from 1 to 7999 (or 0 - 8000) sorted from smallest to largest. These functions should have no input.

2. Should the two sorted functions be sorting the output of the random function?

No, this part of the assignment is just for creating input for the next part. There is no need for any sorting algorithm just yet.

3. Should the random function just create 10 datasets of the same size but different values?

No, the random function should create 10 datasets that each have different sizes. The possible values that are in these files should be from 1 to 1,000,000, it does not matter if they are unique.