Bitwise Operations¶

binary_and¶

Accepts two or more integers and applies binary AND on them.

Example:

| process eval("and_value=binary_and(1,1)")

Using binary_and function¶

Here, each bit of the first operand is compared with the corresponding bit of the second operand. If both bits are 1, corresponding result bit is set to 1, otherwise the corresponding result bit is set to 0.

binary_or¶

Accepts two or more integers and applies binary OR on them.

Example:

| process eval("or_value=binary_or(0,6)")

Using binary_or function¶

Here, each bit of the first operand is compared with the corresponding bit of the second operand. If both bits are 0, corresponding result bit is set to 0, otherwise the corresponding result bit is set to 1.

binary_not¶

Takes a non-negative integer as an argument and inverts every bit in the binary representation of that number.

Example:

| process eval("not_value=binary_not(0)")

Using binary_not function¶

binary_xor¶

Takes two or more nonnegative integers as arguments and sequentially applies bitwise XOR operations on each of the given arguments.

Example:

| process eval("xor_value=binary_xor(5,10)")

Using binary_xor function¶

binary_right_shift¶

Takes two valid nonnegative integers as arguments and shifts the binary representation of the first integer over to the right by the specified shift offset amount.

Example:

| process eval("right_shift_value=binary_right_shift(9,1)")

Using binary_right_shift function¶

binary_left_shift¶

Takes two valid nonnegative integers as arguments and shifts the binary representation of the first integer over to the left by the specified shift offset amount.

Example:

| process eval("left_shift_value=binary_left_shift(9,1)")

Using binary_left_shift function¶

binary_count_ones¶

Counts the number of 1’s in a binary number.

Example:

| process eval("binary_count_value=binary_count_ones(12)")

Using binary_count_ones function¶