Develop a coding solution to perform the sorting per day (there are 7 days on which CSS perform sorting per day). For each of the days develop a class called CSSSorting, and for each day develop a method, something like: a. public static void CSSSortMonday(int[] values), b. public static void CSSSortTuesday(int[] values), c. public static void CSSSortWednesday(int[] values), d. public static void CSSSortThursday(int[] values) e. public static void CSSSortFriday(int[] values), f. public static void CSSSortSaturday(int[] values), g. public static void CSSSortSunday(int[] values) In each of these methods implement how you think the sorting should take place based on the each of the offered solutions/libraries.
Develop a coding solution to perform the sorting per day (there are 7 days on which CSS perform sorting per day). For each of the days develop a class called CSSSorting, and for each day develop a method, something like:
a. public static void CSSSortMonday(int[] values),
b. public static void CSSSortTuesday(int[] values),
c. public static void CSSSortWednesday(int[] values),
d. public static void CSSSortThursday(int[] values)
e. public static void CSSSortFriday(int[] values),
f. public static void CSSSortSaturday(int[] values),
g. public static void CSSSortSunday(int[] values)
In each of these methods implement how you think the sorting should take place based on the each of the offered solutions/libraries.
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