Convert assembly code to C code

Example 4-S on page 150 is an example in assembly of setting a switch connected to RB0 to turn on/off an LED connected to RB7. The assembly code is like above (look at the picture in example 4-8 like above to see how theoretically this works. Convert this code to C code (using code of chapter 7). You can use # include as in the book or # include etc if your device is say PIC1SF4321 The BSF, BCF wall be converted to instruction like TRISBbits.TRISB7 = 1; etc., like in Example 7-5 on page 264. You probably need to add some code that shows that when RB0 is 0 (switch is 0), LED RB7 is 0 and when RB0 is 1, RB7 is 1. Show by using SPR if necessary how RB7 changes with RB0 Do this also with RB0 as input, but RC0 as output. Example 4-S on page 150 is an example in assembly of setting a switch connected to RB0 to turn on/off an LED connected to RB7. The assembly code is like above (look at the picture in example 4-8 like above to see how theoretically this works. Convert this code to C code (using code of chapter 7). You can use # include as in the book or # include etc if your device is say PIC1SF4321 The BSF, BCF wall be converted to instruction like TRISBbits.TRISB7 = 1; etc., like in Example 7-5 on page 264. You probably need to add some code that shows that when RB0 is 0 (switch is 0), LED RB7 is 0 and when RB0 is 1, RB7 is 1. Show by using SPR if necessary how RB7 changes with RB0 Do this also with RB0 as input, but RC0 as output