Write a C code that stores dates in an array of structures and implements the basic functionality provided below. The structure type you'll define has a tag name Time_info and it stores day, month and year information. Implement 3 functions: insert: takes a Time_info variable and inserts it into an array of Time_info structures at the specified index. On success it returns 1 and on fail (invalid index) it returns 0. find: Takes an array of Time_info structures, a day, a month and a year and looks for a Time_info structure with the specified day, month and the year. It returns a pointer to Time_info structure if it's found in the array, NULL otherwise. print: takes a Time_info variable and print its contents. In main function create an array of Time_info structures that stores valid random dates between 01.01.1990 - 31.12.2021. You can decide on the size of this array as you wish. Create a Time_info variable and initialize it with a date you choose and test your functions with it. If inserting a Time_info variable into the array fails due to an invalid index print the message "insertion failed..." on standard error stream. If a Time_info variable is found in the array, print its index on the screen along with its contents using the print function you wrote. If a Time_info variable is NOT found in the array, print the message Birthday not found on the screen. Here's a sample output for the last 3 bullets listed above Charubyy@arch-zenbook 14 exams]$ clang timestamps.c -o timestamps [harubyy@arch-zenbook 14 exams]$ ./timestamps insert failed... [ Charubyy@arch-zenbook 14 exams]$ clang timestamps. -o timestamps Charubyy@arch-zenbook 14 exams]$ ./timestamps Found at index 4 day: 15, month: 3, year: 1990 [harubyy@arch-zenbook 14 exams]$ clang timestamps. -o timestamps [harubyy@arch-zenbook 14 exams]$ ./timestamps Birthday not found 1 Charubyy@arch-zenbook 14 exams]$