search for: __typeid_typeid3_byte_array

...tions in the summary and obtain the constants using absolute symbol references. Here is what the asm code may look like: baz: leaq __typeid_typeid3_global_addr(%rip), %rax subl %eax, %edi rorl $__typeid_typeid3_rotate_count, %edi cmpl $__typeid_typeid3_size, %edi ja .LBB2_1 movslq %edi, %rax leaq __typeid_typeid3_byte_array(%rip), %rcx movb (%rax,%rcx), %al andb $__typeid_typeid3_bitmask, %al shrb %al retq .LBB2_1: xorl %eax, %eax retq The appropriate representation for this at the IR level is the subject of the RFC entitled 'Absolute or "fixed address" symbols as immediate operands'. We can imagine...

...bsolute > symbol references. Here is what the asm code may look like: > > baz: > leaq __typeid_typeid3_global_addr(%rip), %rax > subl %eax, %edi > rorl $__typeid_typeid3_rotate_count, %edi > cmpl $__typeid_typeid3_size, %edi > ja .LBB2_1 > > movslq %edi, %rax > leaq __typeid_typeid3_byte_array(%rip), %rcx > movb (%rax,%rcx), %al > andb $__typeid_typeid3_bitmask, %al > shrb %al > retq > .LBB2_1: > xorl %eax, %eax > retq > > The appropriate representation for this at the IR level is the subject of > the RFC entitled 'Absolute or "fixed address" s...