Explain your codes please

* Change the value pointed to by ptr byte-by-byte so that when returned as an integer * the value is 449449. * Hint: Remember that an int is 4 bytes. Hint: Remember how little endian works for data storage, how is it different between an multiple bytes(int) and a single byte? Hint: It will be easiest to start convert 449449 into binary form and starting seeing how the endian works from there. ALLOWED: Pointer operators: * & Binary integer operators: -+ * Shorthand operators based on the above: ex. += *=, ++, --, etc. Unary integer operators: ! DISALLOWED: Pointer operators: [] (Array Indexing Operator) Binary integer operators: &, &&, I. II. , >, ==, !=, ^, 7, % Unary integer operators: ~, */ int endianExperiment(int *ptr) { char *bytePtr; // Your code here return *ptr; } * Change the value pointed to by ptr byte-by-byte so that when returned as an integer * the value is 449449. * Hint: Remember that an int is 4 bytes. Hint: Remember how little endian works for data storage, how is it different between an multiple bytes(int) and a single byte? Hint: It will be easiest to start convert 449449 into binary form and starting seeing how the endian works from there. ALLOWED: Pointer operators: * & Binary integer operators: -+ * Shorthand operators based on the above: ex. += *=, ++, --, etc. Unary integer operators: ! DISALLOWED: Pointer operators: [] (Array Indexing Operator) Binary integer operators: &, &&, I. II. , >, ==, !=, ^, 7, % Unary integer operators: ~, */ int endianExperiment(int *ptr) { char *bytePtr; // Your code here return *ptr; }