ASMI               75 core/vm-arm.c    ASMI(cmp | 12); /* bCMP +12 */ \
ASMI               77 core/vm-arm.c    ASMI(0x48000008); /* b +8 */ \
ASMI               82 core/vm-arm.c      ASMI(ins); \
ASMI               88 core/vm-arm.c        ASMI(ins | (off & 0x3FFFFFF)); \
ASMI               90 core/vm-arm.c        ASMI(ins | (off & 0xFFFF)); \
ASMI               92 core/vm-arm.c      ASMI(ins); \
ASMI              232 core/vm-arm.c      ASMI(0x409D000C); // ble cr7,-12
ASMI              234 core/vm-arm.c      ASMI(0x4BFFFFF0); // b -16
ASMI              342 core/vm-arm.c    ASMI(0x4e800020); // blr
ASMI               74 core/vm-ppc.c    ASMI(cmp | 12); /* bCMP +12 */ \
ASMI               76 core/vm-ppc.c    ASMI(0x48000008); /* b +8 */ \
ASMI               81 core/vm-ppc.c      ASMI(ins); \
ASMI               87 core/vm-ppc.c        ASMI(ins | (off & 0x3FFFFFF)); \
ASMI               89 core/vm-ppc.c        ASMI(ins | (off & 0xFFFF)); \
ASMI               91 core/vm-ppc.c      ASMI(ins); \
ASMI              231 core/vm-ppc.c      ASMI(0x409D000C); // ble cr7,-12
ASMI              233 core/vm-ppc.c      ASMI(0x4BFFFFF0); // b -16
ASMI              341 core/vm-ppc.c    ASMI(0x4e800020); // blr
ASMI               30 core/vm-x86.c      ASM((op)+0x40); ASMI(RBPN(reg)); }			\
ASMI               34 core/vm-x86.c    if (reg > 31) { ASM((op)+0x40); ASMI(RBPN(reg)); }	\
ASMI               46 core/vm-x86.c      ASM((op)+0x40); ASMI(RBPN(reg)); }		\
ASMI               50 core/vm-x86.c    if (reg > 15) { ASM((op)+0x40); ASMI(RBPN(reg)); }	\
ASMI               59 core/vm-x86.c          ASMI((PN)(x))
ASMI               77 core/vm-x86.c          TAG_PREP4(tag); ASMI(0);
ASMI               90 core/vm-x86.c            ASMI(tag - (*asmp)->len - 2);                       \
ASMI              186 core/vm-x86.c          TAG_PREP(_end); ASM(0xE9); ASMI(0);		/* jmp [_end] */ \
ASMI              189 core/vm-x86.c          X86_PRE(); ASM(0xa9), ASMI(-8);		        /* testq $-8, %rax */ \
ASMI              204 core/vm-x86.c          X86_PRE(); ASM(0xa9), ASMI(-8);		        /* testq $-8, %rax */ \
ASMI              257 core/vm-x86.c            ASMI(0); \
ASMI              261 core/vm-x86.c            ASMI(offs[jpos + 1] - ((asmp[0]->len) + 4)); \
ASMI              263 core/vm-x86.c            ASMI(0); \
ASMI              338 core/vm-x86.c  	ASM(0xc7); ASM(0x44); ASM(0x24); ASM(argn * sizeof(PN)); ASMI(regn); //mov $regn, argn(%esp)
ASMI              358 core/vm-x86.c        X86_PRE(); ASM(0xc7); ASM(0xc7); ASMI(regn);
ASMI              365 core/vm-x86.c        X86_PRE(); ASM(0xc7); ASM(0xc6); ASMI(regn);
ASMI              372 core/vm-x86.c        X86_PRE(); ASM(0xc7); ASM(0xc2); ASMI(regn);
ASMI              379 core/vm-x86.c        X86_PRE(); ASM(0xc7); ASM(0xc1); ASMI(regn);
ASMI              386 core/vm-x86.c        ASMS("\x49\xc7\xc0"); ASMI(regn);
ASMI              393 core/vm-x86.c        ASMS("\x49\xc7\xc1"); ASMI(regn);
ASMI              427 core/vm-x86.c      X86_PRE(); ASM(0x81); ASM(0xEC); ASMI(rsp); // sub rsp, %esp
ASMI              460 core/vm-x86.c      if (n >= 0x80) { ASM(0x80); ASMI(n); } // if more than ~15 upvals
ASMI              491 core/vm-x86.c    X86_PRE(); ASM(0x05); ASMI(sizeof(struct PNTuple)
ASMI              512 core/vm-x86.c      ASMS("\xF7\xC0"); ASMI(PN_REF_MASK); 	// test REFMASK %eax
ASMI              514 core/vm-x86.c      ASMS("\x81\x38"); ASMI(PN_TWEAK); 	// cmpq WEAK (%eax)   # 0x250004
ASMI              532 core/vm-x86.c      ASMS("\xF7\xC0"); ASMI(PN_REF_MASK); 		// test REFMASK %eax
ASMI              534 core/vm-x86.c      ASMS("\x81\x38"); ASMI(PN_TWEAK); 			// cmpq WEAK (%rax) # 0x250004
ASMI              591 core/vm-x86.c      X86_PRE();ASM(0xc7);ASM(0xc2);ASMI(op.b+2);         // mov B+$2, %rdx #PNTuple+2
ASMI              945 core/vm-x86.c    ASM(0xF7); ASM(0xC0); ASMI(PN_REF_MASK);		// test REFMASK %eax
ASMI              951 core/vm-x86.c    ASM(0x81); ASM(0x38); ASMI(PN_TVTABLE);		// cmpq VTABLE (%eax)  # 0x25000a
ASMI              967 core/vm-x86.c    ASM(0x81); ASM(0x38); ASMI(PN_TCLOSURE);	     // c: cmpq CLOSURE (%eax) # 0x250005
ASMI             1078 core/vm-x86.c      if (n >= 0x80) { ASM(0x90); ASMI(n); }
ASMI             1106 core/vm-x86.c          ASMI(PN_UNIQ(kh_key(PN, vt->methods, k - 1)));		// cmp NAME %edi
ASMI             1115 core/vm-x86.c    ASM(0xB8); ASMI(0); // mov NIL %eax
ASMI             1132 core/vm-x86.c      ASMI(PN_UNIQ(v));			// cmp UNIQ %edi
ASMI             1134 core/vm-x86.c      ASM(0xB8); ASMI(i);			// mov i %rax
ASMI             1141 core/vm-x86.c      ASMI(PN_UNIQ(v));			// cmp UNIQ %edi
ASMI             1143 core/vm-x86.c      ASM(0xB8); ASMI(i);			// mov i %rax