1) Programmatically a state diagram to recognize the floating-point literals of GO LANG. This program can be written in any language you choose but must take in a string or character array value as input and return if that value matches the format of a floating point literal in go. It may be wise to use an enumeration type to track state transitions. 2) Make the lexical analyzer given in front.c better. In this problem you will rewrite that code to take in to recognize the following list of reserved words and special symbols and return their respective token codes: for (FOR CODE, 30), if(IF_CODE, 31), else (ELSE_CODE, 32), while (WHILE CODE, 33), do (DO_CODE, 34), int (INT_CODE, 35), float (FLOAT_CODE, 36). switch (SWITCH_CODE, 37). > (LESS THAN OP, 38). >= (LESS_EQUAL_OP, 39).