Write a program to sort precise floating-point measurement values, some very large, some very small, into ascending order. Input is a datafile containing several non-negative floating-point values. Output to the screen an ascending sorted list of the values, each value shown in the exact format (same number of decimal places) as provided in the data file. Let the user input the file name from the keyboard. Refer to the sample output below. Sample File 395.96774839412213864694087795 375.286439548498 8.412190040221 0.382560882678260591251068 0.23943358855017051969126499 95.96038946102548087733835 0.392863116206040 557.91740143772795279 46.8020528027329 0.91986136436504 Sample Run: Enter the file name: numbers.txt 0.23943358855017051969126499 0.382560882678260591251068 0.392863116206040 0.91986136436504 8.412190040221 46.8020528027329 95.96038946102548087733835 375.286439548498 395.96774839412213864694087795 557.91740143772795279
Write a program to sort precise floating-point measurement values, some very large, some very small, into
ascending order. Input is a datafile containing several non-negative floating-point values. Output to the
screen an ascending sorted list of the values, each value shown in the exact format (same number of decimal
places) as provided in the data file. Let the user input the file name from the keyboard. Refer to the sample
output below.
Sample File
395.96774839412213864694087795
375.286439548498
8.412190040221
0.382560882678260591251068
0.23943358855017051969126499
95.96038946102548087733835
0.392863116206040
557.91740143772795279
46.8020528027329
0.91986136436504
Sample Run:
Enter the file name: numbers.txt
0.23943358855017051969126499
0.382560882678260591251068
0.392863116206040
0.91986136436504
8.412190040221
46.8020528027329
95.96038946102548087733835
375.286439548498
395.96774839412213864694087795
557.91740143772795279
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