exercise clarification truth table

Here is the exercise which I need a little clarification on.

Write a table of values for the bitwise logical operations for all combinations of 0 and 1 operands.

Sounds simple
but he wants us to use an enumeration (which seems kind of pointless to me) I came up with this form

Code:

enum state_operands{bit_operand_result=0, bit_operand_one=1,  bit_operand_two=2}

//now can I just
int state=bit_operand_result;
vector<state_operands> truth_table;
truth_table[0]=state&(bit_operand_one&bit_operand_two);
truth_table[1]=state&(bit_operand_one|bit_operand_two);

does this appear about correct I think this logic is wrong because I am not sure exactly what he means.

does he want
bool_result=bool_one & bool_two;

or somthing like I implemented.
I realize my implementation is wrong because it does not properly set the result bit.

How would I get a result in such an implementation?

This is C++ Programming Language Third Edition. 6.6 #4 and he refers to 6.2.4 the explanation on bitwise enumerations.

Your enumerations obviously aren't going to work because 1 and 2 are both true, and a truth table consists of all combinations of true and false.

I would think that "result" wouldn't be an enumeration, rather only your two states 'T' and 'F'. It would be clearer what you were trying to do if you posted the explanation of bitwise enumerations for the exercise. Barring that, you should probably reread the section a few times.