Write a C program that saves the entire array ia into a file called 'filename' in a binary file format that can be loaded by intarr_load_binary(). Returns zero on success, or a non-zero error code on failure. Arrays of length 0 should produce an output file containing an empty array

Extend the functionality of your integer amay from Lab 5 to support saving and loading arrays from the filesystem in a binary format. I Fetch the header file "intarrh". t contains these new function declarations LAB 6 TASK 1 Save the entire array ia into a file called 'filename' in a binary file format that can be loaded by intarr load binary Returns zero on success, or a non-zero error code on failure. Arrays of length 0 should produce an output file containing an empty array int ntarr save binary intarrt ia, const char filename Load a new array from the file called 'filename', that was previously saved using intarr save binary Returns a pointer to a newly-allocated intarr t on success, or NULL on failure intarr t intarr load binary const char filename); Requirements 1. Add and commit a single C source file called "t1.c" containing implementations of these two functions. 2. The file must include the "intarrh" header file. 3. The code may call any other functions declared in "intarr.h". Your code will be linked against our reference implementation for testing, so make sure the submitted file does not contain functions with the same names. 4. Use your own implementation of the intarr t functions for your local testing. Note that you do not need to have completed all of Lab 5 to do this, but seek help right away if you have not completed intarr create at least. 5. Performance hint calls to write() are relatively expensive. Try to use as few as you can