xor_to_pointer.fj`¶

Macros¶

hex.ptr_flip — ptr is a hex[:w/4] that holds an address.
hex.ptr_flip_dbit — The stl.comp_flip_if executes in ~##w, which should be much less than @/2 operations.
hex.xor_hex_to_ptr/2 — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.xor_byte_to_ptr/2 — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.xor_hex_to_ptr/3 — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.xor_byte_to_ptr/3 — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.ptr_wflip — ptr is a hex[:w/4] that holds an address, which we assume is w-aligned.
hex.ptr_wflip_2nd_word — ptr is a hex[:w/4] that holds an address, which we assume is dw-aligned.

hex.pointers.xor_hex_to_ptr_and_inc — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.pointers.xor_byte_to_ptr_and_inc — ptr is a hex[:w/4] that holds an address, which we assume is an hex-variable, which is dw-aligned.
hex.pointers.xor_hex_to_flip_ptr/1 — It assumes that the value in the memory-word to_flip is a dw-aligned address to an hex-variable.
hex.pointers.xor_byte_to_flip_ptr — It assumes that the value in the memory-word to_flip is a dw-aligned address to an hex-variable.
hex.pointers.xor_hex_to_flip_ptr/2 — It assumes that the value in the memory-word to_flip is a dw-aligned address to an hex-variable.
hex.pointers.advance_by_one_and_flip__ptr_wflip — Advances *to_flip by 1 (which takes n flips, from bit0 to bit1, bit2,…).