logical and:

 inputs > output
 0 0      0
 1 0      0
 0 1      0
 1 1      1

logical or:

 inputs > output
 0 0      0
 1 0      1
 0 1      1
 1 1      1

logical exclusive or:

 inputs > output
 0 0      0
 1 0      1
 0 1      1
 1 1      0

ones complement:

 inputs > output
 0        1
 1        0

shift right (shift off the least significant bit):

 10001011 >> 01000101

shift left:

 101011 << 010110

Example:

 example.exe 0 0

 00000000 & 00000000: 00000000
 00000000 | 00000000: 00000000
 00000000 ^ 00000000: 00000000
         ~(00000000): 11111111


 example.exe 1 1

 00000001 & 00000001: 00000001

 ece-000_[1]: example.exe 1 1
 a long integer is 8 bytes
 a = 1, b = 1
 a & b = 1
 a | b = 1
 a ^ b = 0
 ~a = -2

 ece-000_[1]: example.exe 1 2 

 1: 00000001
 2: 00000010

a long integer is 8 bytes
a = 1, b = 2
a & b = 0
a | b = 3
a ^ b = 3
~a = -2
0001
 2 = 00000010

 ece-000_[1]: example.exe 2 4

 2: 00000010
 4: 00000100

a = 2, b = 4
a & b = 0
a | b = 6
a ^ b = 6
~a = -3

MASKS:
              v
 argv[1] = 01011100 = 0*2^0 + 0*2^1 + 1*2^2 + 1*2^3 + 1*2^4 + 1*2^6 =
                        0   + 0     + 4     + 8     + 16    + 64    = 92
 argv[2] = 00010000 = 1*2^4 = 16

 argv[1] & argv[2] = 00010000 = 16