Develop a C# console application that implements two int arrays. One array will hold 10 randomly generated integer numbers, the second array will hold 10 integer numbers entered from the console.Implement 2 'for' loops, the first to fill the array using the Random class to generate 10 random integers between 1 and 100 (see p241, section 7.9) and a second 'for' loop that will fill the second array with input entries between 1 and 100 taken from the console.Implement a third 'for' loop to iterate through both arrays and perform the following comparisons of the corresponding (identical subscripts) array entries:if the entered array value is less than the corresponding random array value then print "The entered number XX is less than YY", otherwise if the entered array value is greater than the corresponding random array value then print "The entered number XX is greater than YY" otherwise print "The entered number XX is equal to YY"Use the array length variable to stay within the array bounds for all three loops.Possible output might look like this:Enter an integer number between 1 and 100: 1Enter an integer number between 1 and 100: 8Enter an integer number between 1 and 100: 44Enter an integer number between 1 and 100: 22Enter an integer number between 1 and 100: 16Enter an integer number between 1 and 100: 88Enter an integer number between 1 and 100: 41Enter an integer number between 1 and 100: 77Enter an integer number between 1 and 100: 10Enter an integer number between 1 and 100: 52The entered number 1 is less than 64The entered number 8 is less than 44The entered number 44 is less than 80The entered number 22 is less than 91The entered number 16 is less than 95The entered number 88 is greater than 39The entered number 41 is less than 79The entered number 77 is greater than 27The entered number 10 is less than 35The entered number 52 is less than 65Press any key to continue . . .

Fitbit is a company that builds wearable technology devices that track various activities. The devices have sensors that measure number of steps and distance walked, heart rate, sleep quality, floors climbed, and calories burned. In this assignment, you will analyze data that was generated from a real Fitbit device. The data is stored in a comma-separated values (.csv) file that you will find in the attachment. A .csv file stores data as plaintext in tabular form. Each row in the file is considered a record. Each record consists of fields separated by commas. In particular, you will analyze 24 hours of data. Each record in the “FitbitData.csv” represents one minute of data and consists of seven fields. These include the following: 1.Minute 2.Calories 3.Distance (in miles) 4.Floors 5.Heartrate 6.Steps 7.Sleep level What data structures are required? In this assignment, you must define a C struct to store each of the Fitbit data fields as follows: typedef struct fitbit { char minute[9]; double calories; double distance; unsigned int floors; unsigned int heartRate; unsigned int steps; Sleep sleepLevel; } FitbitData; The type Sleep is enumerated and must be defined as follows: typedef enum sleep { NONE = 0, ASLEEP = 1, AWAKE = 2, REALLYAWAKE = 3 } Sleep; You must also define an array of FitbitData that can store 24 hours of minute data. Hence, you must declare an array of size 1440. You have the freedom to decide on other data structures and variables that you need for the assignment. What are the other requirements? This program does not require any user input! However, you will need to display some results to the screen! -You must open “FitbitData.csv” for mode read; check for success -You must read each record in the file as a string, one line at a time using fgets() -You must parse each record using strtok() from <string.h> into the corresponding fields, and store into the FitbitData array; note: not all fields have values, some are “empty” or null -You must compute the total calories burned, distance walked in miles, floors walked, and steps taken -You must compute average heartrate over the 24 hour period -You must report the max steps taken in one minute over the 24 hour period; if there are multiple minutes throughout the day where the max is discovered, then report the one that is the latest in the 24 hour period -You must report the longest consecutive range of poor sleep; a range is defined as one or more consecutive minutes where the sleepLevel > 1; the poorest sleep is not based on the length of the range, but the sum of the sleep levels in the range; the max sum of the ranges is considered the poorest sleep (report the starting and ending minutes of range) -You must open “Results.csv” for mode write; this will either create a new .csv or overwrite an existing one -You must output two lines to “Results.csv” and to the screen in the following format: oLine 1: Total Calories,Total Distance,Total Floors,Total Steps,Avg Heartrate,Max Steps,Sleep oLine 2: valueCalories,valueDistance,valueFloors,valueSteps,valueHeartrate,valueMax,valueSleepStart:valueSleepEnd -You must close “FitbitData.csv” and “Results.csv”