AMD Confidential
User Manual November 21
st
, 2008
Appendix A 207
Move data closer to the processor
using the NTA reference.
Move data closer to the processor
using the T0 reference.
Move data closer to the processor
using the T1 reference.
Move data closer to the processor
using the T2 reference.
Push the contents of a 16-bit
register or memory operand onto the
stack.
Push the contents of a 32-bit
register or memory operand onto the
stack.
Push the contents of a 64-bit
register or memory operand onto the
stack.
Push the contents of a 16-bit
register onto the stack.
Push the contents of a 32-bit
register onto the stack.
Push the contents of a 64-bit
register onto the stack.
Push an 8-bit immediate value (sign-
extended to 16, 32, or 64 bits) onto
the stack.
Push a 16-=bit immediate value onto
the stack.
Push the contents of a 32-bit
register onto the stack.
Push the contents of a 64-bit
register onto the stack.
Push the CS selector onto the stack.
Push the SS selector onto the stack.
Push the DS selector onto the stack.
Push the ES selector onto the stack.
Push the FS selector onto the stack.
Push the GS selector onto the stack.
Push the FLAGS word onto the stack.
Push the EFLAGS word onto the stack.
Push the RFLAGS word onto the stack.
Rotate the 9 bits consisting of the
carry flag and an 8-bit register or
memory location left 1 bit.
Rotate the 9 bits consisting of the
carry flag and an 8-bit register or
memory location left the number of
bits specified in the CL register.
Rotate the 9 bits consisting of the
carry flag and an 8-bit register or
memory location left the number of
bits specified by an 8-bit immediate
value.
Rotate the 17 bits consisting of the
carry flag and a 16-bit register or
memory location left 1 bit.
Rotate the 17 bits consisting of the
carry flag and a 16-bit register or
memory location left the number of
bits specified in the CL register.
Rotate the 17 bits consisting of the
carry flag and a 16-bit register or
memory location left the number of
bits specified by an 8-bit immediate
value.
