# integer arithmetic demo

addi x5,x0,7      # x5 = 7
addi x6,x0,6      # x6 = 6
add x7,x5,x6      # x7 = 7+6
sub x8,x5,x6      # x8 = 7-6
addi x9,x0,-6     # show number

# how to create a two complement number
addi x10,x0,11    # x10 = 11
addi x11,x0,-1    # x11 is all binary one
xor x12,x10,x11   # inverse all bits in x10
#  now x12 is one complement number
addi x12,x12,1    # + 1, and x12 becomes -11
add x13,x5,x9     # x13 = 7+(-6)

# floating point demo

# first create a single precision -5 in x6
lui x6,0x0C0A00  # x6 = fconst(-5)
sw x6,16(x0)     # put it to M[16]
flw f2,16(x0)    # f2 = -5
fadd.s f3,f2,f2  # f3 = (-5)+(-5)