2 #include "host-utils.h"
4 #if !defined(CONFIG_USER_ONLY)
5 #include "softmmu_exec.h"
6 #endif /* !defined(CONFIG_USER_ONLY) */
10 //#define DEBUG_UNALIGNED
11 //#define DEBUG_UNASSIGNED
16 #define DPRINTF_MMU(fmt, args...) \
17 do { printf("MMU: " fmt , ##args); } while (0)
19 #define DPRINTF_MMU(fmt, args...) do {} while (0)
23 #define DPRINTF_MXCC(fmt, args...) \
24 do { printf("MXCC: " fmt , ##args); } while (0)
26 #define DPRINTF_MXCC(fmt, args...) do {} while (0)
30 #define DPRINTF_ASI(fmt, args...) \
31 do { printf("ASI: " fmt , ##args); } while (0)
36 #define AM_CHECK(env1) ((env1)->pstate & PS_AM)
38 #define AM_CHECK(env1) (1)
42 #if defined(TARGET_SPARC64) && !defined(CONFIG_USER_ONLY)
43 // Calculates TSB pointer value for fault page size 8k or 64k
44 static uint64_t ultrasparc_tsb_pointer(uint64_t tsb_register,
45 uint64_t tag_access_register,
48 uint64_t tsb_base = tsb_register & ~0x1fffULL;
49 int tsb_split = (env->dmmuregs[5] & 0x1000ULL) ? 1 : 0;
50 int tsb_size = env->dmmuregs[5] & 0xf;
52 // discard lower 13 bits which hold tag access context
53 uint64_t tag_access_va = tag_access_register & ~0x1fffULL;
56 uint64_t tsb_base_mask = ~0x1fffULL;
57 uint64_t va = tag_access_va;
59 // move va bits to correct position
60 if (page_size == 8*1024) {
62 } else if (page_size == 64*1024) {
67 tsb_base_mask <<= tsb_size;
70 // calculate tsb_base mask and adjust va if split is in use
72 if (page_size == 8*1024) {
73 va &= ~(1ULL << (13 + tsb_size));
74 } else if (page_size == 64*1024) {
75 va |= (1ULL << (13 + tsb_size));
80 return ((tsb_base & tsb_base_mask) | (va & ~tsb_base_mask)) & ~0xfULL;
83 // Calculates tag target register value by reordering bits
84 // in tag access register
85 static uint64_t ultrasparc_tag_target(uint64_t tag_access_register)
87 return ((tag_access_register & 0x1fff) << 48) | (tag_access_register >> 22);
92 static inline void address_mask(CPUState *env1, target_ulong *addr)
96 *addr &= 0xffffffffULL;
100 static void raise_exception(int tt)
102 env->exception_index = tt;
106 void HELPER(raise_exception)(int tt)
111 static inline void set_cwp(int new_cwp)
113 cpu_set_cwp(env, new_cwp);
116 void helper_check_align(target_ulong addr, uint32_t align)
119 #ifdef DEBUG_UNALIGNED
120 printf("Unaligned access to 0x" TARGET_FMT_lx " from 0x" TARGET_FMT_lx
121 "\n", addr, env->pc);
123 raise_exception(TT_UNALIGNED);
127 #define F_HELPER(name, p) void helper_f##name##p(void)
129 #define F_BINOP(name) \
130 float32 helper_f ## name ## s (float32 src1, float32 src2) \
132 return float32_ ## name (src1, src2, &env->fp_status); \
136 DT0 = float64_ ## name (DT0, DT1, &env->fp_status); \
140 QT0 = float128_ ## name (QT0, QT1, &env->fp_status); \
149 void helper_fsmuld(float32 src1, float32 src2)
151 DT0 = float64_mul(float32_to_float64(src1, &env->fp_status),
152 float32_to_float64(src2, &env->fp_status),
156 void helper_fdmulq(void)
158 QT0 = float128_mul(float64_to_float128(DT0, &env->fp_status),
159 float64_to_float128(DT1, &env->fp_status),
163 float32 helper_fnegs(float32 src)
165 return float32_chs(src);
168 #ifdef TARGET_SPARC64
171 DT0 = float64_chs(DT1);
176 QT0 = float128_chs(QT1);
180 /* Integer to float conversion. */
181 float32 helper_fitos(int32_t src)
183 return int32_to_float32(src, &env->fp_status);
186 void helper_fitod(int32_t src)
188 DT0 = int32_to_float64(src, &env->fp_status);
191 void helper_fitoq(int32_t src)
193 QT0 = int32_to_float128(src, &env->fp_status);
196 #ifdef TARGET_SPARC64
197 float32 helper_fxtos(void)
199 return int64_to_float32(*((int64_t *)&DT1), &env->fp_status);
204 DT0 = int64_to_float64(*((int64_t *)&DT1), &env->fp_status);
209 QT0 = int64_to_float128(*((int64_t *)&DT1), &env->fp_status);
214 /* floating point conversion */
215 float32 helper_fdtos(void)
217 return float64_to_float32(DT1, &env->fp_status);
220 void helper_fstod(float32 src)
222 DT0 = float32_to_float64(src, &env->fp_status);
225 float32 helper_fqtos(void)
227 return float128_to_float32(QT1, &env->fp_status);
230 void helper_fstoq(float32 src)
232 QT0 = float32_to_float128(src, &env->fp_status);
235 void helper_fqtod(void)
237 DT0 = float128_to_float64(QT1, &env->fp_status);
240 void helper_fdtoq(void)
242 QT0 = float64_to_float128(DT1, &env->fp_status);
245 /* Float to integer conversion. */
246 int32_t helper_fstoi(float32 src)
248 return float32_to_int32_round_to_zero(src, &env->fp_status);
251 int32_t helper_fdtoi(void)
253 return float64_to_int32_round_to_zero(DT1, &env->fp_status);
256 int32_t helper_fqtoi(void)
258 return float128_to_int32_round_to_zero(QT1, &env->fp_status);
261 #ifdef TARGET_SPARC64
262 void helper_fstox(float32 src)
264 *((int64_t *)&DT0) = float32_to_int64_round_to_zero(src, &env->fp_status);
267 void helper_fdtox(void)
269 *((int64_t *)&DT0) = float64_to_int64_round_to_zero(DT1, &env->fp_status);
272 void helper_fqtox(void)
274 *((int64_t *)&DT0) = float128_to_int64_round_to_zero(QT1, &env->fp_status);
277 void helper_faligndata(void)
281 tmp = (*((uint64_t *)&DT0)) << ((env->gsr & 7) * 8);
282 /* on many architectures a shift of 64 does nothing */
283 if ((env->gsr & 7) != 0) {
284 tmp |= (*((uint64_t *)&DT1)) >> (64 - (env->gsr & 7) * 8);
286 *((uint64_t *)&DT0) = tmp;
289 #ifdef WORDS_BIGENDIAN
290 #define VIS_B64(n) b[7 - (n)]
291 #define VIS_W64(n) w[3 - (n)]
292 #define VIS_SW64(n) sw[3 - (n)]
293 #define VIS_L64(n) l[1 - (n)]
294 #define VIS_B32(n) b[3 - (n)]
295 #define VIS_W32(n) w[1 - (n)]
297 #define VIS_B64(n) b[n]
298 #define VIS_W64(n) w[n]
299 #define VIS_SW64(n) sw[n]
300 #define VIS_L64(n) l[n]
301 #define VIS_B32(n) b[n]
302 #define VIS_W32(n) w[n]
320 void helper_fpmerge(void)
327 // Reverse calculation order to handle overlap
328 d.VIS_B64(7) = s.VIS_B64(3);
329 d.VIS_B64(6) = d.VIS_B64(3);
330 d.VIS_B64(5) = s.VIS_B64(2);
331 d.VIS_B64(4) = d.VIS_B64(2);
332 d.VIS_B64(3) = s.VIS_B64(1);
333 d.VIS_B64(2) = d.VIS_B64(1);
334 d.VIS_B64(1) = s.VIS_B64(0);
335 //d.VIS_B64(0) = d.VIS_B64(0);
340 void helper_fmul8x16(void)
349 tmp = (int32_t)d.VIS_SW64(r) * (int32_t)s.VIS_B64(r); \
350 if ((tmp & 0xff) > 0x7f) \
352 d.VIS_W64(r) = tmp >> 8;
363 void helper_fmul8x16al(void)
372 tmp = (int32_t)d.VIS_SW64(1) * (int32_t)s.VIS_B64(r); \
373 if ((tmp & 0xff) > 0x7f) \
375 d.VIS_W64(r) = tmp >> 8;
386 void helper_fmul8x16au(void)
395 tmp = (int32_t)d.VIS_SW64(0) * (int32_t)s.VIS_B64(r); \
396 if ((tmp & 0xff) > 0x7f) \
398 d.VIS_W64(r) = tmp >> 8;
409 void helper_fmul8sux16(void)
418 tmp = (int32_t)d.VIS_SW64(r) * ((int32_t)s.VIS_SW64(r) >> 8); \
419 if ((tmp & 0xff) > 0x7f) \
421 d.VIS_W64(r) = tmp >> 8;
432 void helper_fmul8ulx16(void)
441 tmp = (int32_t)d.VIS_SW64(r) * ((uint32_t)s.VIS_B64(r * 2)); \
442 if ((tmp & 0xff) > 0x7f) \
444 d.VIS_W64(r) = tmp >> 8;
455 void helper_fmuld8sux16(void)
464 tmp = (int32_t)d.VIS_SW64(r) * ((int32_t)s.VIS_SW64(r) >> 8); \
465 if ((tmp & 0xff) > 0x7f) \
469 // Reverse calculation order to handle overlap
477 void helper_fmuld8ulx16(void)
486 tmp = (int32_t)d.VIS_SW64(r) * ((uint32_t)s.VIS_B64(r * 2)); \
487 if ((tmp & 0xff) > 0x7f) \
491 // Reverse calculation order to handle overlap
499 void helper_fexpand(void)
504 s.l = (uint32_t)(*(uint64_t *)&DT0 & 0xffffffff);
506 d.VIS_W64(0) = s.VIS_B32(0) << 4;
507 d.VIS_W64(1) = s.VIS_B32(1) << 4;
508 d.VIS_W64(2) = s.VIS_B32(2) << 4;
509 d.VIS_W64(3) = s.VIS_B32(3) << 4;
514 #define VIS_HELPER(name, F) \
515 void name##16(void) \
522 d.VIS_W64(0) = F(d.VIS_W64(0), s.VIS_W64(0)); \
523 d.VIS_W64(1) = F(d.VIS_W64(1), s.VIS_W64(1)); \
524 d.VIS_W64(2) = F(d.VIS_W64(2), s.VIS_W64(2)); \
525 d.VIS_W64(3) = F(d.VIS_W64(3), s.VIS_W64(3)); \
530 uint32_t name##16s(uint32_t src1, uint32_t src2) \
537 d.VIS_W32(0) = F(d.VIS_W32(0), s.VIS_W32(0)); \
538 d.VIS_W32(1) = F(d.VIS_W32(1), s.VIS_W32(1)); \
543 void name##32(void) \
550 d.VIS_L64(0) = F(d.VIS_L64(0), s.VIS_L64(0)); \
551 d.VIS_L64(1) = F(d.VIS_L64(1), s.VIS_L64(1)); \
556 uint32_t name##32s(uint32_t src1, uint32_t src2) \
568 #define FADD(a, b) ((a) + (b))
569 #define FSUB(a, b) ((a) - (b))
570 VIS_HELPER(helper_fpadd, FADD)
571 VIS_HELPER(helper_fpsub, FSUB)
573 #define VIS_CMPHELPER(name, F) \
574 void name##16(void) \
581 d.VIS_W64(0) = F(d.VIS_W64(0), s.VIS_W64(0))? 1: 0; \
582 d.VIS_W64(0) |= F(d.VIS_W64(1), s.VIS_W64(1))? 2: 0; \
583 d.VIS_W64(0) |= F(d.VIS_W64(2), s.VIS_W64(2))? 4: 0; \
584 d.VIS_W64(0) |= F(d.VIS_W64(3), s.VIS_W64(3))? 8: 0; \
589 void name##32(void) \
596 d.VIS_L64(0) = F(d.VIS_L64(0), s.VIS_L64(0))? 1: 0; \
597 d.VIS_L64(0) |= F(d.VIS_L64(1), s.VIS_L64(1))? 2: 0; \
602 #define FCMPGT(a, b) ((a) > (b))
603 #define FCMPEQ(a, b) ((a) == (b))
604 #define FCMPLE(a, b) ((a) <= (b))
605 #define FCMPNE(a, b) ((a) != (b))
607 VIS_CMPHELPER(helper_fcmpgt, FCMPGT)
608 VIS_CMPHELPER(helper_fcmpeq, FCMPEQ)
609 VIS_CMPHELPER(helper_fcmple, FCMPLE)
610 VIS_CMPHELPER(helper_fcmpne, FCMPNE)
613 void helper_check_ieee_exceptions(void)
617 status = get_float_exception_flags(&env->fp_status);
619 /* Copy IEEE 754 flags into FSR */
620 if (status & float_flag_invalid)
622 if (status & float_flag_overflow)
624 if (status & float_flag_underflow)
626 if (status & float_flag_divbyzero)
628 if (status & float_flag_inexact)
631 if ((env->fsr & FSR_CEXC_MASK) & ((env->fsr & FSR_TEM_MASK) >> 23)) {
632 /* Unmasked exception, generate a trap */
633 env->fsr |= FSR_FTT_IEEE_EXCP;
634 raise_exception(TT_FP_EXCP);
636 /* Accumulate exceptions */
637 env->fsr |= (env->fsr & FSR_CEXC_MASK) << 5;
642 void helper_clear_float_exceptions(void)
644 set_float_exception_flags(0, &env->fp_status);
647 float32 helper_fabss(float32 src)
649 return float32_abs(src);
652 #ifdef TARGET_SPARC64
653 void helper_fabsd(void)
655 DT0 = float64_abs(DT1);
658 void helper_fabsq(void)
660 QT0 = float128_abs(QT1);
664 float32 helper_fsqrts(float32 src)
666 return float32_sqrt(src, &env->fp_status);
669 void helper_fsqrtd(void)
671 DT0 = float64_sqrt(DT1, &env->fp_status);
674 void helper_fsqrtq(void)
676 QT0 = float128_sqrt(QT1, &env->fp_status);
679 #define GEN_FCMP(name, size, reg1, reg2, FS, TRAP) \
680 void glue(helper_, name) (void) \
682 target_ulong new_fsr; \
684 env->fsr &= ~((FSR_FCC1 | FSR_FCC0) << FS); \
685 switch (glue(size, _compare) (reg1, reg2, &env->fp_status)) { \
686 case float_relation_unordered: \
687 new_fsr = (FSR_FCC1 | FSR_FCC0) << FS; \
688 if ((env->fsr & FSR_NVM) || TRAP) { \
689 env->fsr |= new_fsr; \
690 env->fsr |= FSR_NVC; \
691 env->fsr |= FSR_FTT_IEEE_EXCP; \
692 raise_exception(TT_FP_EXCP); \
694 env->fsr |= FSR_NVA; \
697 case float_relation_less: \
698 new_fsr = FSR_FCC0 << FS; \
700 case float_relation_greater: \
701 new_fsr = FSR_FCC1 << FS; \
707 env->fsr |= new_fsr; \
709 #define GEN_FCMPS(name, size, FS, TRAP) \
710 void glue(helper_, name)(float32 src1, float32 src2) \
712 target_ulong new_fsr; \
714 env->fsr &= ~((FSR_FCC1 | FSR_FCC0) << FS); \
715 switch (glue(size, _compare) (src1, src2, &env->fp_status)) { \
716 case float_relation_unordered: \
717 new_fsr = (FSR_FCC1 | FSR_FCC0) << FS; \
718 if ((env->fsr & FSR_NVM) || TRAP) { \
719 env->fsr |= new_fsr; \
720 env->fsr |= FSR_NVC; \
721 env->fsr |= FSR_FTT_IEEE_EXCP; \
722 raise_exception(TT_FP_EXCP); \
724 env->fsr |= FSR_NVA; \
727 case float_relation_less: \
728 new_fsr = FSR_FCC0 << FS; \
730 case float_relation_greater: \
731 new_fsr = FSR_FCC1 << FS; \
737 env->fsr |= new_fsr; \
740 GEN_FCMPS(fcmps, float32, 0, 0);
741 GEN_FCMP(fcmpd, float64, DT0, DT1, 0, 0);
743 GEN_FCMPS(fcmpes, float32, 0, 1);
744 GEN_FCMP(fcmped, float64, DT0, DT1, 0, 1);
746 GEN_FCMP(fcmpq, float128, QT0, QT1, 0, 0);
747 GEN_FCMP(fcmpeq, float128, QT0, QT1, 0, 1);
749 static uint32_t compute_all_flags(void)
751 return env->psr & PSR_ICC;
754 static uint32_t compute_C_flags(void)
756 return env->psr & PSR_CARRY;
759 static inline uint32_t get_NZ_icc(target_ulong dst)
763 if (!(dst & 0xffffffffULL))
765 if ((int32_t) (dst & 0xffffffffULL) < 0)
770 #ifdef TARGET_SPARC64
771 static uint32_t compute_all_flags_xcc(void)
773 return env->xcc & PSR_ICC;
776 static uint32_t compute_C_flags_xcc(void)
778 return env->xcc & PSR_CARRY;
781 static inline uint32_t get_NZ_xcc(target_ulong dst)
787 if ((int64_t)dst < 0)
793 static inline uint32_t get_C_add_icc(target_ulong dst, target_ulong src1)
797 if ((dst & 0xffffffffULL) < (src1 & 0xffffffffULL))
802 static inline uint32_t get_V_add_icc(target_ulong dst, target_ulong src1,
807 if (((src1 ^ src2 ^ -1) & (src1 ^ dst)) & (1ULL << 31))
812 static uint32_t compute_all_add(void)
816 ret = get_NZ_icc(CC_DST);
817 ret |= get_C_add_icc(CC_DST, CC_SRC);
818 ret |= get_V_add_icc(CC_DST, CC_SRC, CC_SRC2);
822 static uint32_t compute_C_add(void)
824 return get_C_add_icc(CC_DST, CC_SRC);
827 #ifdef TARGET_SPARC64
828 static inline uint32_t get_C_add_xcc(target_ulong dst, target_ulong src1)
837 static inline uint32_t get_V_add_xcc(target_ulong dst, target_ulong src1,
842 if (((src1 ^ src2 ^ -1) & (src1 ^ dst)) & (1ULL << 63))
847 static uint32_t compute_all_add_xcc(void)
851 ret = get_NZ_xcc(CC_DST);
852 ret |= get_C_add_xcc(CC_DST, CC_SRC);
853 ret |= get_V_add_xcc(CC_DST, CC_SRC, CC_SRC2);
857 static uint32_t compute_C_add_xcc(void)
859 return get_C_add_xcc(CC_DST, CC_SRC);
863 static uint32_t compute_all_addx(void)
867 ret = get_NZ_icc(CC_DST);
868 ret |= get_C_add_icc(CC_DST - CC_SRC2, CC_SRC);
869 ret |= get_C_add_icc(CC_DST, CC_SRC);
870 ret |= get_V_add_icc(CC_DST, CC_SRC, CC_SRC2);
874 static uint32_t compute_C_addx(void)
878 ret = get_C_add_icc(CC_DST - CC_SRC2, CC_SRC);
879 ret |= get_C_add_icc(CC_DST, CC_SRC);
883 #ifdef TARGET_SPARC64
884 static uint32_t compute_all_addx_xcc(void)
888 ret = get_NZ_xcc(CC_DST);
889 ret |= get_C_add_xcc(CC_DST - CC_SRC2, CC_SRC);
890 ret |= get_C_add_xcc(CC_DST, CC_SRC);
891 ret |= get_V_add_xcc(CC_DST, CC_SRC, CC_SRC2);
895 static uint32_t compute_C_addx_xcc(void)
899 ret = get_C_add_xcc(CC_DST - CC_SRC2, CC_SRC);
900 ret |= get_C_add_xcc(CC_DST, CC_SRC);
905 typedef struct CCTable {
906 uint32_t (*compute_all)(void); /* return all the flags */
907 uint32_t (*compute_c)(void); /* return the C flag */
910 static const CCTable icc_table[CC_OP_NB] = {
911 /* CC_OP_DYNAMIC should never happen */
912 [CC_OP_FLAGS] = { compute_all_flags, compute_C_flags },
913 [CC_OP_ADD] = { compute_all_add, compute_C_add },
914 [CC_OP_ADDX] = { compute_all_addx, compute_C_addx },
917 #ifdef TARGET_SPARC64
918 static const CCTable xcc_table[CC_OP_NB] = {
919 /* CC_OP_DYNAMIC should never happen */
920 [CC_OP_FLAGS] = { compute_all_flags_xcc, compute_C_flags_xcc },
921 [CC_OP_ADD] = { compute_all_add_xcc, compute_C_add_xcc },
922 [CC_OP_ADDX] = { compute_all_addx_xcc, compute_C_addx_xcc },
926 void helper_compute_psr(void)
930 new_psr = icc_table[CC_OP].compute_all();
932 #ifdef TARGET_SPARC64
933 new_psr = xcc_table[CC_OP].compute_all();
939 uint32_t helper_compute_C_icc(void)
943 ret = icc_table[CC_OP].compute_c() >> PSR_CARRY_SHIFT;
947 #ifdef TARGET_SPARC64
948 GEN_FCMPS(fcmps_fcc1, float32, 22, 0);
949 GEN_FCMP(fcmpd_fcc1, float64, DT0, DT1, 22, 0);
950 GEN_FCMP(fcmpq_fcc1, float128, QT0, QT1, 22, 0);
952 GEN_FCMPS(fcmps_fcc2, float32, 24, 0);
953 GEN_FCMP(fcmpd_fcc2, float64, DT0, DT1, 24, 0);
954 GEN_FCMP(fcmpq_fcc2, float128, QT0, QT1, 24, 0);
956 GEN_FCMPS(fcmps_fcc3, float32, 26, 0);
957 GEN_FCMP(fcmpd_fcc3, float64, DT0, DT1, 26, 0);
958 GEN_FCMP(fcmpq_fcc3, float128, QT0, QT1, 26, 0);
960 GEN_FCMPS(fcmpes_fcc1, float32, 22, 1);
961 GEN_FCMP(fcmped_fcc1, float64, DT0, DT1, 22, 1);
962 GEN_FCMP(fcmpeq_fcc1, float128, QT0, QT1, 22, 1);
964 GEN_FCMPS(fcmpes_fcc2, float32, 24, 1);
965 GEN_FCMP(fcmped_fcc2, float64, DT0, DT1, 24, 1);
966 GEN_FCMP(fcmpeq_fcc2, float128, QT0, QT1, 24, 1);
968 GEN_FCMPS(fcmpes_fcc3, float32, 26, 1);
969 GEN_FCMP(fcmped_fcc3, float64, DT0, DT1, 26, 1);
970 GEN_FCMP(fcmpeq_fcc3, float128, QT0, QT1, 26, 1);
974 #if !defined(TARGET_SPARC64) && !defined(CONFIG_USER_ONLY) && \
976 static void dump_mxcc(CPUState *env)
978 printf("mxccdata: %016llx %016llx %016llx %016llx\n",
979 env->mxccdata[0], env->mxccdata[1],
980 env->mxccdata[2], env->mxccdata[3]);
981 printf("mxccregs: %016llx %016llx %016llx %016llx\n"
982 " %016llx %016llx %016llx %016llx\n",
983 env->mxccregs[0], env->mxccregs[1],
984 env->mxccregs[2], env->mxccregs[3],
985 env->mxccregs[4], env->mxccregs[5],
986 env->mxccregs[6], env->mxccregs[7]);
990 #if (defined(TARGET_SPARC64) || !defined(CONFIG_USER_ONLY)) \
991 && defined(DEBUG_ASI)
992 static void dump_asi(const char *txt, target_ulong addr, int asi, int size,
998 DPRINTF_ASI("%s "TARGET_FMT_lx " asi 0x%02x = %02" PRIx64 "\n", txt,
999 addr, asi, r1 & 0xff);
1002 DPRINTF_ASI("%s "TARGET_FMT_lx " asi 0x%02x = %04" PRIx64 "\n", txt,
1003 addr, asi, r1 & 0xffff);
1006 DPRINTF_ASI("%s "TARGET_FMT_lx " asi 0x%02x = %08" PRIx64 "\n", txt,
1007 addr, asi, r1 & 0xffffffff);
1010 DPRINTF_ASI("%s "TARGET_FMT_lx " asi 0x%02x = %016" PRIx64 "\n", txt,
1017 #ifndef TARGET_SPARC64
1018 #ifndef CONFIG_USER_ONLY
1019 uint64_t helper_ld_asi(target_ulong addr, int asi, int size, int sign)
1022 #if defined(DEBUG_MXCC) || defined(DEBUG_ASI)
1023 uint32_t last_addr = addr;
1026 helper_check_align(addr, size - 1);
1028 case 2: /* SuperSparc MXCC registers */
1030 case 0x01c00a00: /* MXCC control register */
1032 ret = env->mxccregs[3];
1034 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1037 case 0x01c00a04: /* MXCC control register */
1039 ret = env->mxccregs[3];
1041 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1044 case 0x01c00c00: /* Module reset register */
1046 ret = env->mxccregs[5];
1047 // should we do something here?
1049 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1052 case 0x01c00f00: /* MBus port address register */
1054 ret = env->mxccregs[7];
1056 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1060 DPRINTF_MXCC("%08x: unimplemented address, size: %d\n", addr,
1064 DPRINTF_MXCC("asi = %d, size = %d, sign = %d, "
1065 "addr = %08x -> ret = %" PRIx64 ","
1066 "addr = %08x\n", asi, size, sign, last_addr, ret, addr);
1071 case 3: /* MMU probe */
1075 mmulev = (addr >> 8) & 15;
1079 ret = mmu_probe(env, addr, mmulev);
1080 DPRINTF_MMU("mmu_probe: 0x%08x (lev %d) -> 0x%08" PRIx64 "\n",
1084 case 4: /* read MMU regs */
1086 int reg = (addr >> 8) & 0x1f;
1088 ret = env->mmuregs[reg];
1089 if (reg == 3) /* Fault status cleared on read */
1090 env->mmuregs[3] = 0;
1091 else if (reg == 0x13) /* Fault status read */
1092 ret = env->mmuregs[3];
1093 else if (reg == 0x14) /* Fault address read */
1094 ret = env->mmuregs[4];
1095 DPRINTF_MMU("mmu_read: reg[%d] = 0x%08" PRIx64 "\n", reg, ret);
1098 case 5: // Turbosparc ITLB Diagnostic
1099 case 6: // Turbosparc DTLB Diagnostic
1100 case 7: // Turbosparc IOTLB Diagnostic
1102 case 9: /* Supervisor code access */
1105 ret = ldub_code(addr);
1108 ret = lduw_code(addr);
1112 ret = ldl_code(addr);
1115 ret = ldq_code(addr);
1119 case 0xa: /* User data access */
1122 ret = ldub_user(addr);
1125 ret = lduw_user(addr);
1129 ret = ldl_user(addr);
1132 ret = ldq_user(addr);
1136 case 0xb: /* Supervisor data access */
1139 ret = ldub_kernel(addr);
1142 ret = lduw_kernel(addr);
1146 ret = ldl_kernel(addr);
1149 ret = ldq_kernel(addr);
1153 case 0xc: /* I-cache tag */
1154 case 0xd: /* I-cache data */
1155 case 0xe: /* D-cache tag */
1156 case 0xf: /* D-cache data */
1158 case 0x20: /* MMU passthrough */
1161 ret = ldub_phys(addr);
1164 ret = lduw_phys(addr);
1168 ret = ldl_phys(addr);
1171 ret = ldq_phys(addr);
1175 case 0x21 ... 0x2f: /* MMU passthrough, 0x100000000 to 0xfffffffff */
1178 ret = ldub_phys((target_phys_addr_t)addr
1179 | ((target_phys_addr_t)(asi & 0xf) << 32));
1182 ret = lduw_phys((target_phys_addr_t)addr
1183 | ((target_phys_addr_t)(asi & 0xf) << 32));
1187 ret = ldl_phys((target_phys_addr_t)addr
1188 | ((target_phys_addr_t)(asi & 0xf) << 32));
1191 ret = ldq_phys((target_phys_addr_t)addr
1192 | ((target_phys_addr_t)(asi & 0xf) << 32));
1196 case 0x30: // Turbosparc secondary cache diagnostic
1197 case 0x31: // Turbosparc RAM snoop
1198 case 0x32: // Turbosparc page table descriptor diagnostic
1199 case 0x39: /* data cache diagnostic register */
1202 case 0x38: /* SuperSPARC MMU Breakpoint Control Registers */
1204 int reg = (addr >> 8) & 3;
1207 case 0: /* Breakpoint Value (Addr) */
1208 ret = env->mmubpregs[reg];
1210 case 1: /* Breakpoint Mask */
1211 ret = env->mmubpregs[reg];
1213 case 2: /* Breakpoint Control */
1214 ret = env->mmubpregs[reg];
1216 case 3: /* Breakpoint Status */
1217 ret = env->mmubpregs[reg];
1218 env->mmubpregs[reg] = 0ULL;
1221 DPRINTF_MMU("read breakpoint reg[%d] 0x%016llx\n", reg, ret);
1224 case 8: /* User code access, XXX */
1226 do_unassigned_access(addr, 0, 0, asi, size);
1236 ret = (int16_t) ret;
1239 ret = (int32_t) ret;
1246 dump_asi("read ", last_addr, asi, size, ret);
1251 void helper_st_asi(target_ulong addr, uint64_t val, int asi, int size)
1253 helper_check_align(addr, size - 1);
1255 case 2: /* SuperSparc MXCC registers */
1257 case 0x01c00000: /* MXCC stream data register 0 */
1259 env->mxccdata[0] = val;
1261 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1264 case 0x01c00008: /* MXCC stream data register 1 */
1266 env->mxccdata[1] = val;
1268 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1271 case 0x01c00010: /* MXCC stream data register 2 */
1273 env->mxccdata[2] = val;
1275 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1278 case 0x01c00018: /* MXCC stream data register 3 */
1280 env->mxccdata[3] = val;
1282 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1285 case 0x01c00100: /* MXCC stream source */
1287 env->mxccregs[0] = val;
1289 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1291 env->mxccdata[0] = ldq_phys((env->mxccregs[0] & 0xffffffffULL) +
1293 env->mxccdata[1] = ldq_phys((env->mxccregs[0] & 0xffffffffULL) +
1295 env->mxccdata[2] = ldq_phys((env->mxccregs[0] & 0xffffffffULL) +
1297 env->mxccdata[3] = ldq_phys((env->mxccregs[0] & 0xffffffffULL) +
1300 case 0x01c00200: /* MXCC stream destination */
1302 env->mxccregs[1] = val;
1304 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1306 stq_phys((env->mxccregs[1] & 0xffffffffULL) + 0,
1308 stq_phys((env->mxccregs[1] & 0xffffffffULL) + 8,
1310 stq_phys((env->mxccregs[1] & 0xffffffffULL) + 16,
1312 stq_phys((env->mxccregs[1] & 0xffffffffULL) + 24,
1315 case 0x01c00a00: /* MXCC control register */
1317 env->mxccregs[3] = val;
1319 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1322 case 0x01c00a04: /* MXCC control register */
1324 env->mxccregs[3] = (env->mxccregs[3] & 0xffffffff00000000ULL)
1327 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1330 case 0x01c00e00: /* MXCC error register */
1331 // writing a 1 bit clears the error
1333 env->mxccregs[6] &= ~val;
1335 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1338 case 0x01c00f00: /* MBus port address register */
1340 env->mxccregs[7] = val;
1342 DPRINTF_MXCC("%08x: unimplemented access size: %d\n", addr,
1346 DPRINTF_MXCC("%08x: unimplemented address, size: %d\n", addr,
1350 DPRINTF_MXCC("asi = %d, size = %d, addr = %08x, val = %" PRIx64 "\n",
1351 asi, size, addr, val);
1356 case 3: /* MMU flush */
1360 mmulev = (addr >> 8) & 15;
1361 DPRINTF_MMU("mmu flush level %d\n", mmulev);
1363 case 0: // flush page
1364 tlb_flush_page(env, addr & 0xfffff000);
1366 case 1: // flush segment (256k)
1367 case 2: // flush region (16M)
1368 case 3: // flush context (4G)
1369 case 4: // flush entire
1380 case 4: /* write MMU regs */
1382 int reg = (addr >> 8) & 0x1f;
1385 oldreg = env->mmuregs[reg];
1387 case 0: // Control Register
1388 env->mmuregs[reg] = (env->mmuregs[reg] & 0xff000000) |
1390 // Mappings generated during no-fault mode or MMU
1391 // disabled mode are invalid in normal mode
1392 if ((oldreg & (MMU_E | MMU_NF | env->def->mmu_bm)) !=
1393 (env->mmuregs[reg] & (MMU_E | MMU_NF | env->def->mmu_bm)))
1396 case 1: // Context Table Pointer Register
1397 env->mmuregs[reg] = val & env->def->mmu_ctpr_mask;
1399 case 2: // Context Register
1400 env->mmuregs[reg] = val & env->def->mmu_cxr_mask;
1401 if (oldreg != env->mmuregs[reg]) {
1402 /* we flush when the MMU context changes because
1403 QEMU has no MMU context support */
1407 case 3: // Synchronous Fault Status Register with Clear
1408 case 4: // Synchronous Fault Address Register
1410 case 0x10: // TLB Replacement Control Register
1411 env->mmuregs[reg] = val & env->def->mmu_trcr_mask;
1413 case 0x13: // Synchronous Fault Status Register with Read and Clear
1414 env->mmuregs[3] = val & env->def->mmu_sfsr_mask;
1416 case 0x14: // Synchronous Fault Address Register
1417 env->mmuregs[4] = val;
1420 env->mmuregs[reg] = val;
1423 if (oldreg != env->mmuregs[reg]) {
1424 DPRINTF_MMU("mmu change reg[%d]: 0x%08x -> 0x%08x\n",
1425 reg, oldreg, env->mmuregs[reg]);
1432 case 5: // Turbosparc ITLB Diagnostic
1433 case 6: // Turbosparc DTLB Diagnostic
1434 case 7: // Turbosparc IOTLB Diagnostic
1436 case 0xa: /* User data access */
1439 stb_user(addr, val);
1442 stw_user(addr, val);
1446 stl_user(addr, val);
1449 stq_user(addr, val);
1453 case 0xb: /* Supervisor data access */
1456 stb_kernel(addr, val);
1459 stw_kernel(addr, val);
1463 stl_kernel(addr, val);
1466 stq_kernel(addr, val);
1470 case 0xc: /* I-cache tag */
1471 case 0xd: /* I-cache data */
1472 case 0xe: /* D-cache tag */
1473 case 0xf: /* D-cache data */
1474 case 0x10: /* I/D-cache flush page */
1475 case 0x11: /* I/D-cache flush segment */
1476 case 0x12: /* I/D-cache flush region */
1477 case 0x13: /* I/D-cache flush context */
1478 case 0x14: /* I/D-cache flush user */
1480 case 0x17: /* Block copy, sta access */
1486 uint32_t src = val & ~3, dst = addr & ~3, temp;
1488 for (i = 0; i < 32; i += 4, src += 4, dst += 4) {
1489 temp = ldl_kernel(src);
1490 stl_kernel(dst, temp);
1494 case 0x1f: /* Block fill, stda access */
1497 // fill 32 bytes with val
1499 uint32_t dst = addr & 7;
1501 for (i = 0; i < 32; i += 8, dst += 8)
1502 stq_kernel(dst, val);
1505 case 0x20: /* MMU passthrough */
1509 stb_phys(addr, val);
1512 stw_phys(addr, val);
1516 stl_phys(addr, val);
1519 stq_phys(addr, val);
1524 case 0x21 ... 0x2f: /* MMU passthrough, 0x100000000 to 0xfffffffff */
1528 stb_phys((target_phys_addr_t)addr
1529 | ((target_phys_addr_t)(asi & 0xf) << 32), val);
1532 stw_phys((target_phys_addr_t)addr
1533 | ((target_phys_addr_t)(asi & 0xf) << 32), val);
1537 stl_phys((target_phys_addr_t)addr
1538 | ((target_phys_addr_t)(asi & 0xf) << 32), val);
1541 stq_phys((target_phys_addr_t)addr
1542 | ((target_phys_addr_t)(asi & 0xf) << 32), val);
1547 case 0x30: // store buffer tags or Turbosparc secondary cache diagnostic
1548 case 0x31: // store buffer data, Ross RT620 I-cache flush or
1549 // Turbosparc snoop RAM
1550 case 0x32: // store buffer control or Turbosparc page table
1551 // descriptor diagnostic
1552 case 0x36: /* I-cache flash clear */
1553 case 0x37: /* D-cache flash clear */
1554 case 0x4c: /* breakpoint action */
1556 case 0x38: /* SuperSPARC MMU Breakpoint Control Registers*/
1558 int reg = (addr >> 8) & 3;
1561 case 0: /* Breakpoint Value (Addr) */
1562 env->mmubpregs[reg] = (val & 0xfffffffffULL);
1564 case 1: /* Breakpoint Mask */
1565 env->mmubpregs[reg] = (val & 0xfffffffffULL);
1567 case 2: /* Breakpoint Control */
1568 env->mmubpregs[reg] = (val & 0x7fULL);
1570 case 3: /* Breakpoint Status */
1571 env->mmubpregs[reg] = (val & 0xfULL);
1574 DPRINTF_MMU("write breakpoint reg[%d] 0x%016llx\n", reg,
1578 case 8: /* User code access, XXX */
1579 case 9: /* Supervisor code access, XXX */
1581 do_unassigned_access(addr, 1, 0, asi, size);
1585 dump_asi("write", addr, asi, size, val);
1589 #endif /* CONFIG_USER_ONLY */
1590 #else /* TARGET_SPARC64 */
1592 #ifdef CONFIG_USER_ONLY
1593 uint64_t helper_ld_asi(target_ulong addr, int asi, int size, int sign)
1596 #if defined(DEBUG_ASI)
1597 target_ulong last_addr = addr;
1601 raise_exception(TT_PRIV_ACT);
1603 helper_check_align(addr, size - 1);
1604 address_mask(env, &addr);
1607 case 0x82: // Primary no-fault
1608 case 0x8a: // Primary no-fault LE
1609 if (page_check_range(addr, size, PAGE_READ) == -1) {
1611 dump_asi("read ", last_addr, asi, size, ret);
1616 case 0x80: // Primary
1617 case 0x88: // Primary LE
1621 ret = ldub_raw(addr);
1624 ret = lduw_raw(addr);
1627 ret = ldl_raw(addr);
1631 ret = ldq_raw(addr);
1636 case 0x83: // Secondary no-fault
1637 case 0x8b: // Secondary no-fault LE
1638 if (page_check_range(addr, size, PAGE_READ) == -1) {
1640 dump_asi("read ", last_addr, asi, size, ret);
1645 case 0x81: // Secondary
1646 case 0x89: // Secondary LE
1653 /* Convert from little endian */
1655 case 0x88: // Primary LE
1656 case 0x89: // Secondary LE
1657 case 0x8a: // Primary no-fault LE
1658 case 0x8b: // Secondary no-fault LE
1676 /* Convert to signed number */
1683 ret = (int16_t) ret;
1686 ret = (int32_t) ret;
1693 dump_asi("read ", last_addr, asi, size, ret);
1698 void helper_st_asi(target_ulong addr, target_ulong val, int asi, int size)
1701 dump_asi("write", addr, asi, size, val);
1704 raise_exception(TT_PRIV_ACT);
1706 helper_check_align(addr, size - 1);
1707 address_mask(env, &addr);
1709 /* Convert to little endian */
1711 case 0x88: // Primary LE
1712 case 0x89: // Secondary LE
1715 addr = bswap16(addr);
1718 addr = bswap32(addr);
1721 addr = bswap64(addr);
1731 case 0x80: // Primary
1732 case 0x88: // Primary LE
1751 case 0x81: // Secondary
1752 case 0x89: // Secondary LE
1756 case 0x82: // Primary no-fault, RO
1757 case 0x83: // Secondary no-fault, RO
1758 case 0x8a: // Primary no-fault LE, RO
1759 case 0x8b: // Secondary no-fault LE, RO
1761 do_unassigned_access(addr, 1, 0, 1, size);
1766 #else /* CONFIG_USER_ONLY */
1768 uint64_t helper_ld_asi(target_ulong addr, int asi, int size, int sign)
1771 #if defined(DEBUG_ASI)
1772 target_ulong last_addr = addr;
1775 if ((asi < 0x80 && (env->pstate & PS_PRIV) == 0)
1776 || ((env->def->features & CPU_FEATURE_HYPV)
1777 && asi >= 0x30 && asi < 0x80
1778 && !(env->hpstate & HS_PRIV)))
1779 raise_exception(TT_PRIV_ACT);
1781 helper_check_align(addr, size - 1);
1783 case 0x82: // Primary no-fault
1784 case 0x8a: // Primary no-fault LE
1785 if (cpu_get_phys_page_debug(env, addr) == -1ULL) {
1787 dump_asi("read ", last_addr, asi, size, ret);
1792 case 0x10: // As if user primary
1793 case 0x18: // As if user primary LE
1794 case 0x80: // Primary
1795 case 0x88: // Primary LE
1796 case 0xe2: // UA2007 Primary block init
1797 case 0xe3: // UA2007 Secondary block init
1798 if ((asi & 0x80) && (env->pstate & PS_PRIV)) {
1799 if ((env->def->features & CPU_FEATURE_HYPV)
1800 && env->hpstate & HS_PRIV) {
1803 ret = ldub_hypv(addr);
1806 ret = lduw_hypv(addr);
1809 ret = ldl_hypv(addr);
1813 ret = ldq_hypv(addr);
1819 ret = ldub_kernel(addr);
1822 ret = lduw_kernel(addr);
1825 ret = ldl_kernel(addr);
1829 ret = ldq_kernel(addr);
1836 ret = ldub_user(addr);
1839 ret = lduw_user(addr);
1842 ret = ldl_user(addr);
1846 ret = ldq_user(addr);
1851 case 0x14: // Bypass
1852 case 0x15: // Bypass, non-cacheable
1853 case 0x1c: // Bypass LE
1854 case 0x1d: // Bypass, non-cacheable LE
1858 ret = ldub_phys(addr);
1861 ret = lduw_phys(addr);
1864 ret = ldl_phys(addr);
1868 ret = ldq_phys(addr);
1873 case 0x24: // Nucleus quad LDD 128 bit atomic
1874 case 0x2c: // Nucleus quad LDD 128 bit atomic LE
1875 // Only ldda allowed
1876 raise_exception(TT_ILL_INSN);
1878 case 0x83: // Secondary no-fault
1879 case 0x8b: // Secondary no-fault LE
1880 if (cpu_get_phys_page_debug(env, addr) == -1ULL) {
1882 dump_asi("read ", last_addr, asi, size, ret);
1887 case 0x04: // Nucleus
1888 case 0x0c: // Nucleus Little Endian (LE)
1889 case 0x11: // As if user secondary
1890 case 0x19: // As if user secondary LE
1891 case 0x4a: // UPA config
1892 case 0x81: // Secondary
1893 case 0x89: // Secondary LE
1899 case 0x50: // I-MMU regs
1901 int reg = (addr >> 3) & 0xf;
1904 // I-TSB Tag Target register
1905 ret = ultrasparc_tag_target(env->immuregs[6]);
1907 ret = env->immuregs[reg];
1912 case 0x51: // I-MMU 8k TSB pointer
1914 // env->immuregs[5] holds I-MMU TSB register value
1915 // env->immuregs[6] holds I-MMU Tag Access register value
1916 ret = ultrasparc_tsb_pointer(env->immuregs[5], env->immuregs[6],
1920 case 0x52: // I-MMU 64k TSB pointer
1922 // env->immuregs[5] holds I-MMU TSB register value
1923 // env->immuregs[6] holds I-MMU Tag Access register value
1924 ret = ultrasparc_tsb_pointer(env->immuregs[5], env->immuregs[6],
1928 case 0x55: // I-MMU data access
1930 int reg = (addr >> 3) & 0x3f;
1932 ret = env->itlb_tte[reg];
1935 case 0x56: // I-MMU tag read
1937 int reg = (addr >> 3) & 0x3f;
1939 ret = env->itlb_tag[reg];
1942 case 0x58: // D-MMU regs
1944 int reg = (addr >> 3) & 0xf;
1947 // D-TSB Tag Target register
1948 ret = ultrasparc_tag_target(env->dmmuregs[6]);
1950 ret = env->dmmuregs[reg];
1954 case 0x59: // D-MMU 8k TSB pointer
1956 // env->dmmuregs[5] holds D-MMU TSB register value
1957 // env->dmmuregs[6] holds D-MMU Tag Access register value
1958 ret = ultrasparc_tsb_pointer(env->dmmuregs[5], env->dmmuregs[6],
1962 case 0x5a: // D-MMU 64k TSB pointer
1964 // env->dmmuregs[5] holds D-MMU TSB register value
1965 // env->dmmuregs[6] holds D-MMU Tag Access register value
1966 ret = ultrasparc_tsb_pointer(env->dmmuregs[5], env->dmmuregs[6],
1970 case 0x5d: // D-MMU data access
1972 int reg = (addr >> 3) & 0x3f;
1974 ret = env->dtlb_tte[reg];
1977 case 0x5e: // D-MMU tag read
1979 int reg = (addr >> 3) & 0x3f;
1981 ret = env->dtlb_tag[reg];
1984 case 0x46: // D-cache data
1985 case 0x47: // D-cache tag access
1986 case 0x4b: // E-cache error enable
1987 case 0x4c: // E-cache asynchronous fault status
1988 case 0x4d: // E-cache asynchronous fault address
1989 case 0x4e: // E-cache tag data
1990 case 0x66: // I-cache instruction access
1991 case 0x67: // I-cache tag access
1992 case 0x6e: // I-cache predecode
1993 case 0x6f: // I-cache LRU etc.
1994 case 0x76: // E-cache tag
1995 case 0x7e: // E-cache tag
1997 case 0x5b: // D-MMU data pointer
1998 case 0x48: // Interrupt dispatch, RO
1999 case 0x49: // Interrupt data receive
2000 case 0x7f: // Incoming interrupt vector, RO
2003 case 0x54: // I-MMU data in, WO
2004 case 0x57: // I-MMU demap, WO
2005 case 0x5c: // D-MMU data in, WO
2006 case 0x5f: // D-MMU demap, WO
2007 case 0x77: // Interrupt vector, WO
2009 do_unassigned_access(addr, 0, 0, 1, size);
2014 /* Convert from little endian */
2016 case 0x0c: // Nucleus Little Endian (LE)
2017 case 0x18: // As if user primary LE
2018 case 0x19: // As if user secondary LE
2019 case 0x1c: // Bypass LE
2020 case 0x1d: // Bypass, non-cacheable LE
2021 case 0x88: // Primary LE
2022 case 0x89: // Secondary LE
2023 case 0x8a: // Primary no-fault LE
2024 case 0x8b: // Secondary no-fault LE
2042 /* Convert to signed number */
2049 ret = (int16_t) ret;
2052 ret = (int32_t) ret;
2059 dump_asi("read ", last_addr, asi, size, ret);
2064 void helper_st_asi(target_ulong addr, target_ulong val, int asi, int size)
2067 dump_asi("write", addr, asi, size, val);
2069 if ((asi < 0x80 && (env->pstate & PS_PRIV) == 0)
2070 || ((env->def->features & CPU_FEATURE_HYPV)
2071 && asi >= 0x30 && asi < 0x80
2072 && !(env->hpstate & HS_PRIV)))
2073 raise_exception(TT_PRIV_ACT);
2075 helper_check_align(addr, size - 1);
2076 /* Convert to little endian */
2078 case 0x0c: // Nucleus Little Endian (LE)
2079 case 0x18: // As if user primary LE
2080 case 0x19: // As if user secondary LE
2081 case 0x1c: // Bypass LE
2082 case 0x1d: // Bypass, non-cacheable LE
2083 case 0x88: // Primary LE
2084 case 0x89: // Secondary LE
2087 addr = bswap16(addr);
2090 addr = bswap32(addr);
2093 addr = bswap64(addr);
2103 case 0x10: // As if user primary
2104 case 0x18: // As if user primary LE
2105 case 0x80: // Primary
2106 case 0x88: // Primary LE
2107 case 0xe2: // UA2007 Primary block init
2108 case 0xe3: // UA2007 Secondary block init
2109 if ((asi & 0x80) && (env->pstate & PS_PRIV)) {
2110 if ((env->def->features & CPU_FEATURE_HYPV)
2111 && env->hpstate & HS_PRIV) {
2114 stb_hypv(addr, val);
2117 stw_hypv(addr, val);
2120 stl_hypv(addr, val);
2124 stq_hypv(addr, val);
2130 stb_kernel(addr, val);
2133 stw_kernel(addr, val);
2136 stl_kernel(addr, val);
2140 stq_kernel(addr, val);
2147 stb_user(addr, val);
2150 stw_user(addr, val);
2153 stl_user(addr, val);
2157 stq_user(addr, val);
2162 case 0x14: // Bypass
2163 case 0x15: // Bypass, non-cacheable
2164 case 0x1c: // Bypass LE
2165 case 0x1d: // Bypass, non-cacheable LE
2169 stb_phys(addr, val);
2172 stw_phys(addr, val);
2175 stl_phys(addr, val);
2179 stq_phys(addr, val);
2184 case 0x24: // Nucleus quad LDD 128 bit atomic
2185 case 0x2c: // Nucleus quad LDD 128 bit atomic LE
2186 // Only ldda allowed
2187 raise_exception(TT_ILL_INSN);
2189 case 0x04: // Nucleus
2190 case 0x0c: // Nucleus Little Endian (LE)
2191 case 0x11: // As if user secondary
2192 case 0x19: // As if user secondary LE
2193 case 0x4a: // UPA config
2194 case 0x81: // Secondary
2195 case 0x89: // Secondary LE
2203 env->lsu = val & (DMMU_E | IMMU_E);
2204 // Mappings generated during D/I MMU disabled mode are
2205 // invalid in normal mode
2206 if (oldreg != env->lsu) {
2207 DPRINTF_MMU("LSU change: 0x%" PRIx64 " -> 0x%" PRIx64 "\n",
2216 case 0x50: // I-MMU regs
2218 int reg = (addr >> 3) & 0xf;
2221 oldreg = env->immuregs[reg];
2226 case 1: // Not in I-MMU
2233 val = 0; // Clear SFSR
2235 case 5: // TSB access
2236 case 6: // Tag access
2240 env->immuregs[reg] = val;
2241 if (oldreg != env->immuregs[reg]) {
2242 DPRINTF_MMU("mmu change reg[%d]: 0x%08" PRIx64 " -> 0x%08"
2243 PRIx64 "\n", reg, oldreg, env->immuregs[reg]);
2250 case 0x54: // I-MMU data in
2254 // Try finding an invalid entry
2255 for (i = 0; i < 64; i++) {
2256 if ((env->itlb_tte[i] & 0x8000000000000000ULL) == 0) {
2257 env->itlb_tag[i] = env->immuregs[6];
2258 env->itlb_tte[i] = val;
2262 // Try finding an unlocked entry
2263 for (i = 0; i < 64; i++) {
2264 if ((env->itlb_tte[i] & 0x40) == 0) {
2265 env->itlb_tag[i] = env->immuregs[6];
2266 env->itlb_tte[i] = val;
2273 case 0x55: // I-MMU data access
2277 unsigned int i = (addr >> 3) & 0x3f;
2279 env->itlb_tag[i] = env->immuregs[6];
2280 env->itlb_tte[i] = val;
2283 case 0x57: // I-MMU demap
2287 for (i = 0; i < 64; i++) {
2288 if ((env->itlb_tte[i] & 0x8000000000000000ULL) != 0) {
2289 target_ulong mask = 0xffffffffffffe000ULL;
2291 mask <<= 3 * ((env->itlb_tte[i] >> 61) & 3);
2292 if ((val & mask) == (env->itlb_tag[i] & mask)) {
2293 env->itlb_tag[i] = 0;
2294 env->itlb_tte[i] = 0;
2301 case 0x58: // D-MMU regs
2303 int reg = (addr >> 3) & 0xf;
2306 oldreg = env->dmmuregs[reg];
2312 if ((val & 1) == 0) {
2313 val = 0; // Clear SFSR, Fault address
2314 env->dmmuregs[4] = 0;
2316 env->dmmuregs[reg] = val;
2318 case 1: // Primary context
2319 case 2: // Secondary context
2320 case 5: // TSB access
2321 case 6: // Tag access
2322 case 7: // Virtual Watchpoint
2323 case 8: // Physical Watchpoint
2327 env->dmmuregs[reg] = val;
2328 if (oldreg != env->dmmuregs[reg]) {
2329 DPRINTF_MMU("mmu change reg[%d]: 0x%08" PRIx64 " -> 0x%08"
2330 PRIx64 "\n", reg, oldreg, env->dmmuregs[reg]);
2337 case 0x5c: // D-MMU data in
2341 // Try finding an invalid entry
2342 for (i = 0; i < 64; i++) {
2343 if ((env->dtlb_tte[i] & 0x8000000000000000ULL) == 0) {
2344 env->dtlb_tag[i] = env->dmmuregs[6];
2345 env->dtlb_tte[i] = val;
2349 // Try finding an unlocked entry
2350 for (i = 0; i < 64; i++) {
2351 if ((env->dtlb_tte[i] & 0x40) == 0) {
2352 env->dtlb_tag[i] = env->dmmuregs[6];
2353 env->dtlb_tte[i] = val;
2360 case 0x5d: // D-MMU data access
2362 unsigned int i = (addr >> 3) & 0x3f;
2364 env->dtlb_tag[i] = env->dmmuregs[6];
2365 env->dtlb_tte[i] = val;
2368 case 0x5f: // D-MMU demap
2372 for (i = 0; i < 64; i++) {
2373 if ((env->dtlb_tte[i] & 0x8000000000000000ULL) != 0) {
2374 target_ulong mask = 0xffffffffffffe000ULL;
2376 mask <<= 3 * ((env->dtlb_tte[i] >> 61) & 3);
2377 if ((val & mask) == (env->dtlb_tag[i] & mask)) {
2378 env->dtlb_tag[i] = 0;
2379 env->dtlb_tte[i] = 0;
2386 case 0x49: // Interrupt data receive
2389 case 0x46: // D-cache data
2390 case 0x47: // D-cache tag access
2391 case 0x4b: // E-cache error enable
2392 case 0x4c: // E-cache asynchronous fault status
2393 case 0x4d: // E-cache asynchronous fault address
2394 case 0x4e: // E-cache tag data
2395 case 0x66: // I-cache instruction access
2396 case 0x67: // I-cache tag access
2397 case 0x6e: // I-cache predecode
2398 case 0x6f: // I-cache LRU etc.
2399 case 0x76: // E-cache tag
2400 case 0x7e: // E-cache tag
2402 case 0x51: // I-MMU 8k TSB pointer, RO
2403 case 0x52: // I-MMU 64k TSB pointer, RO
2404 case 0x56: // I-MMU tag read, RO
2405 case 0x59: // D-MMU 8k TSB pointer, RO
2406 case 0x5a: // D-MMU 64k TSB pointer, RO
2407 case 0x5b: // D-MMU data pointer, RO
2408 case 0x5e: // D-MMU tag read, RO
2409 case 0x48: // Interrupt dispatch, RO
2410 case 0x7f: // Incoming interrupt vector, RO
2411 case 0x82: // Primary no-fault, RO
2412 case 0x83: // Secondary no-fault, RO
2413 case 0x8a: // Primary no-fault LE, RO
2414 case 0x8b: // Secondary no-fault LE, RO
2416 do_unassigned_access(addr, 1, 0, 1, size);
2420 #endif /* CONFIG_USER_ONLY */
2422 void helper_ldda_asi(target_ulong addr, int asi, int rd)
2424 if ((asi < 0x80 && (env->pstate & PS_PRIV) == 0)
2425 || ((env->def->features & CPU_FEATURE_HYPV)
2426 && asi >= 0x30 && asi < 0x80
2427 && !(env->hpstate & HS_PRIV)))
2428 raise_exception(TT_PRIV_ACT);
2431 case 0x24: // Nucleus quad LDD 128 bit atomic
2432 case 0x2c: // Nucleus quad LDD 128 bit atomic LE
2433 helper_check_align(addr, 0xf);
2435 env->gregs[1] = ldq_kernel(addr + 8);
2437 bswap64s(&env->gregs[1]);
2438 } else if (rd < 8) {
2439 env->gregs[rd] = ldq_kernel(addr);
2440 env->gregs[rd + 1] = ldq_kernel(addr + 8);
2442 bswap64s(&env->gregs[rd]);
2443 bswap64s(&env->gregs[rd + 1]);
2446 env->regwptr[rd] = ldq_kernel(addr);
2447 env->regwptr[rd + 1] = ldq_kernel(addr + 8);
2449 bswap64s(&env->regwptr[rd]);
2450 bswap64s(&env->regwptr[rd + 1]);
2455 helper_check_align(addr, 0x3);
2457 env->gregs[1] = helper_ld_asi(addr + 4, asi, 4, 0);
2459 env->gregs[rd] = helper_ld_asi(addr, asi, 4, 0);
2460 env->gregs[rd + 1] = helper_ld_asi(addr + 4, asi, 4, 0);
2462 env->regwptr[rd] = helper_ld_asi(addr, asi, 4, 0);
2463 env->regwptr[rd + 1] = helper_ld_asi(addr + 4, asi, 4, 0);
2469 void helper_ldf_asi(target_ulong addr, int asi, int size, int rd)
2474 helper_check_align(addr, 3);
2476 case 0xf0: // Block load primary
2477 case 0xf1: // Block load secondary
2478 case 0xf8: // Block load primary LE
2479 case 0xf9: // Block load secondary LE
2481 raise_exception(TT_ILL_INSN);
2484 helper_check_align(addr, 0x3f);
2485 for (i = 0; i < 16; i++) {
2486 *(uint32_t *)&env->fpr[rd++] = helper_ld_asi(addr, asi & 0x8f, 4,
2496 val = helper_ld_asi(addr, asi, size, 0);
2500 *((uint32_t *)&env->fpr[rd]) = val;
2503 *((int64_t *)&DT0) = val;
2511 void helper_stf_asi(target_ulong addr, int asi, int size, int rd)
2514 target_ulong val = 0;
2516 helper_check_align(addr, 3);
2518 case 0xe0: // UA2007 Block commit store primary (cache flush)
2519 case 0xe1: // UA2007 Block commit store secondary (cache flush)
2520 case 0xf0: // Block store primary
2521 case 0xf1: // Block store secondary
2522 case 0xf8: // Block store primary LE
2523 case 0xf9: // Block store secondary LE
2525 raise_exception(TT_ILL_INSN);
2528 helper_check_align(addr, 0x3f);
2529 for (i = 0; i < 16; i++) {
2530 val = *(uint32_t *)&env->fpr[rd++];
2531 helper_st_asi(addr, val, asi & 0x8f, 4);
2543 val = *((uint32_t *)&env->fpr[rd]);
2546 val = *((int64_t *)&DT0);
2552 helper_st_asi(addr, val, asi, size);
2555 target_ulong helper_cas_asi(target_ulong addr, target_ulong val1,
2556 target_ulong val2, uint32_t asi)
2560 val2 &= 0xffffffffUL;
2561 ret = helper_ld_asi(addr, asi, 4, 0);
2562 ret &= 0xffffffffUL;
2564 helper_st_asi(addr, val1 & 0xffffffffUL, asi, 4);
2568 target_ulong helper_casx_asi(target_ulong addr, target_ulong val1,
2569 target_ulong val2, uint32_t asi)
2573 ret = helper_ld_asi(addr, asi, 8, 0);
2575 helper_st_asi(addr, val1, asi, 8);
2578 #endif /* TARGET_SPARC64 */
2580 #ifndef TARGET_SPARC64
2581 void helper_rett(void)
2585 if (env->psret == 1)
2586 raise_exception(TT_ILL_INSN);
2589 cwp = cpu_cwp_inc(env, env->cwp + 1) ;
2590 if (env->wim & (1 << cwp)) {
2591 raise_exception(TT_WIN_UNF);
2594 env->psrs = env->psrps;
2598 target_ulong helper_udiv(target_ulong a, target_ulong b)
2603 x0 = (a & 0xffffffff) | ((int64_t) (env->y) << 32);
2607 raise_exception(TT_DIV_ZERO);
2611 if (x0 > 0xffffffff) {
2620 target_ulong helper_sdiv(target_ulong a, target_ulong b)
2625 x0 = (a & 0xffffffff) | ((int64_t) (env->y) << 32);
2629 raise_exception(TT_DIV_ZERO);
2633 if ((int32_t) x0 != x0) {
2635 return x0 < 0? 0x80000000: 0x7fffffff;
2642 void helper_stdf(target_ulong addr, int mem_idx)
2644 helper_check_align(addr, 7);
2645 #if !defined(CONFIG_USER_ONLY)
2648 stfq_user(addr, DT0);
2651 stfq_kernel(addr, DT0);
2653 #ifdef TARGET_SPARC64
2655 stfq_hypv(addr, DT0);
2662 address_mask(env, &addr);
2663 stfq_raw(addr, DT0);
2667 void helper_lddf(target_ulong addr, int mem_idx)
2669 helper_check_align(addr, 7);
2670 #if !defined(CONFIG_USER_ONLY)
2673 DT0 = ldfq_user(addr);
2676 DT0 = ldfq_kernel(addr);
2678 #ifdef TARGET_SPARC64
2680 DT0 = ldfq_hypv(addr);
2687 address_mask(env, &addr);
2688 DT0 = ldfq_raw(addr);
2692 void helper_ldqf(target_ulong addr, int mem_idx)
2694 // XXX add 128 bit load
2697 helper_check_align(addr, 7);
2698 #if !defined(CONFIG_USER_ONLY)
2701 u.ll.upper = ldq_user(addr);
2702 u.ll.lower = ldq_user(addr + 8);
2706 u.ll.upper = ldq_kernel(addr);
2707 u.ll.lower = ldq_kernel(addr + 8);
2710 #ifdef TARGET_SPARC64
2712 u.ll.upper = ldq_hypv(addr);
2713 u.ll.lower = ldq_hypv(addr + 8);
2721 address_mask(env, &addr);
2722 u.ll.upper = ldq_raw(addr);
2723 u.ll.lower = ldq_raw((addr + 8) & 0xffffffffULL);
2728 void helper_stqf(target_ulong addr, int mem_idx)
2730 // XXX add 128 bit store
2733 helper_check_align(addr, 7);
2734 #if !defined(CONFIG_USER_ONLY)
2738 stq_user(addr, u.ll.upper);
2739 stq_user(addr + 8, u.ll.lower);
2743 stq_kernel(addr, u.ll.upper);
2744 stq_kernel(addr + 8, u.ll.lower);
2746 #ifdef TARGET_SPARC64
2749 stq_hypv(addr, u.ll.upper);
2750 stq_hypv(addr + 8, u.ll.lower);
2758 address_mask(env, &addr);
2759 stq_raw(addr, u.ll.upper);
2760 stq_raw((addr + 8) & 0xffffffffULL, u.ll.lower);
2764 static inline void set_fsr(void)
2768 switch (env->fsr & FSR_RD_MASK) {
2769 case FSR_RD_NEAREST:
2770 rnd_mode = float_round_nearest_even;
2774 rnd_mode = float_round_to_zero;
2777 rnd_mode = float_round_up;
2780 rnd_mode = float_round_down;
2783 set_float_rounding_mode(rnd_mode, &env->fp_status);
2786 void helper_ldfsr(uint32_t new_fsr)
2788 env->fsr = (new_fsr & FSR_LDFSR_MASK) | (env->fsr & FSR_LDFSR_OLDMASK);
2792 #ifdef TARGET_SPARC64
2793 void helper_ldxfsr(uint64_t new_fsr)
2795 env->fsr = (new_fsr & FSR_LDXFSR_MASK) | (env->fsr & FSR_LDXFSR_OLDMASK);
2800 void helper_debug(void)
2802 env->exception_index = EXCP_DEBUG;
2806 #ifndef TARGET_SPARC64
2807 /* XXX: use another pointer for %iN registers to avoid slow wrapping
2809 void helper_save(void)
2813 cwp = cpu_cwp_dec(env, env->cwp - 1);
2814 if (env->wim & (1 << cwp)) {
2815 raise_exception(TT_WIN_OVF);
2820 void helper_restore(void)
2824 cwp = cpu_cwp_inc(env, env->cwp + 1);
2825 if (env->wim & (1 << cwp)) {
2826 raise_exception(TT_WIN_UNF);
2831 void helper_wrpsr(target_ulong new_psr)
2833 if ((new_psr & PSR_CWP) >= env->nwindows)
2834 raise_exception(TT_ILL_INSN);
2836 PUT_PSR(env, new_psr);
2839 target_ulong helper_rdpsr(void)
2841 return GET_PSR(env);
2845 /* XXX: use another pointer for %iN registers to avoid slow wrapping
2847 void helper_save(void)
2851 cwp = cpu_cwp_dec(env, env->cwp - 1);
2852 if (env->cansave == 0) {
2853 raise_exception(TT_SPILL | (env->otherwin != 0 ?
2854 (TT_WOTHER | ((env->wstate & 0x38) >> 1)):
2855 ((env->wstate & 0x7) << 2)));
2857 if (env->cleanwin - env->canrestore == 0) {
2858 // XXX Clean windows without trap
2859 raise_exception(TT_CLRWIN);
2868 void helper_restore(void)
2872 cwp = cpu_cwp_inc(env, env->cwp + 1);
2873 if (env->canrestore == 0) {
2874 raise_exception(TT_FILL | (env->otherwin != 0 ?
2875 (TT_WOTHER | ((env->wstate & 0x38) >> 1)):
2876 ((env->wstate & 0x7) << 2)));
2884 void helper_flushw(void)
2886 if (env->cansave != env->nwindows - 2) {
2887 raise_exception(TT_SPILL | (env->otherwin != 0 ?
2888 (TT_WOTHER | ((env->wstate & 0x38) >> 1)):
2889 ((env->wstate & 0x7) << 2)));
2893 void helper_saved(void)
2896 if (env->otherwin == 0)
2902 void helper_restored(void)
2905 if (env->cleanwin < env->nwindows - 1)
2907 if (env->otherwin == 0)
2913 target_ulong helper_rdccr(void)
2915 return GET_CCR(env);
2918 void helper_wrccr(target_ulong new_ccr)
2920 PUT_CCR(env, new_ccr);
2923 // CWP handling is reversed in V9, but we still use the V8 register
2925 target_ulong helper_rdcwp(void)
2927 return GET_CWP64(env);
2930 void helper_wrcwp(target_ulong new_cwp)
2932 PUT_CWP64(env, new_cwp);
2935 // This function uses non-native bit order
2936 #define GET_FIELD(X, FROM, TO) \
2937 ((X) >> (63 - (TO)) & ((1ULL << ((TO) - (FROM) + 1)) - 1))
2939 // This function uses the order in the manuals, i.e. bit 0 is 2^0
2940 #define GET_FIELD_SP(X, FROM, TO) \
2941 GET_FIELD(X, 63 - (TO), 63 - (FROM))
2943 target_ulong helper_array8(target_ulong pixel_addr, target_ulong cubesize)
2945 return (GET_FIELD_SP(pixel_addr, 60, 63) << (17 + 2 * cubesize)) |
2946 (GET_FIELD_SP(pixel_addr, 39, 39 + cubesize - 1) << (17 + cubesize)) |
2947 (GET_FIELD_SP(pixel_addr, 17 + cubesize - 1, 17) << 17) |
2948 (GET_FIELD_SP(pixel_addr, 56, 59) << 13) |
2949 (GET_FIELD_SP(pixel_addr, 35, 38) << 9) |
2950 (GET_FIELD_SP(pixel_addr, 13, 16) << 5) |
2951 (((pixel_addr >> 55) & 1) << 4) |
2952 (GET_FIELD_SP(pixel_addr, 33, 34) << 2) |
2953 GET_FIELD_SP(pixel_addr, 11, 12);
2956 target_ulong helper_alignaddr(target_ulong addr, target_ulong offset)
2960 tmp = addr + offset;
2962 env->gsr |= tmp & 7ULL;
2966 target_ulong helper_popc(target_ulong val)
2968 return ctpop64(val);
2971 static inline uint64_t *get_gregset(uint64_t pstate)
2986 static inline void change_pstate(uint64_t new_pstate)
2988 uint64_t pstate_regs, new_pstate_regs;
2989 uint64_t *src, *dst;
2991 pstate_regs = env->pstate & 0xc01;
2992 new_pstate_regs = new_pstate & 0xc01;
2993 if (new_pstate_regs != pstate_regs) {
2994 // Switch global register bank
2995 src = get_gregset(new_pstate_regs);
2996 dst = get_gregset(pstate_regs);
2997 memcpy32(dst, env->gregs);
2998 memcpy32(env->gregs, src);
3000 env->pstate = new_pstate;
3003 void helper_wrpstate(target_ulong new_state)
3005 if (!(env->def->features & CPU_FEATURE_GL))
3006 change_pstate(new_state & 0xf3f);
3009 void helper_done(void)
3011 env->pc = env->tsptr->tpc;
3012 env->npc = env->tsptr->tnpc + 4;
3013 PUT_CCR(env, env->tsptr->tstate >> 32);
3014 env->asi = (env->tsptr->tstate >> 24) & 0xff;
3015 change_pstate((env->tsptr->tstate >> 8) & 0xf3f);
3016 PUT_CWP64(env, env->tsptr->tstate & 0xff);
3018 env->tsptr = &env->ts[env->tl & MAXTL_MASK];
3021 void helper_retry(void)
3023 env->pc = env->tsptr->tpc;
3024 env->npc = env->tsptr->tnpc;
3025 PUT_CCR(env, env->tsptr->tstate >> 32);
3026 env->asi = (env->tsptr->tstate >> 24) & 0xff;
3027 change_pstate((env->tsptr->tstate >> 8) & 0xf3f);
3028 PUT_CWP64(env, env->tsptr->tstate & 0xff);
3030 env->tsptr = &env->ts[env->tl & MAXTL_MASK];
3033 void helper_set_softint(uint64_t value)
3035 env->softint |= (uint32_t)value;
3038 void helper_clear_softint(uint64_t value)
3040 env->softint &= (uint32_t)~value;
3043 void helper_write_softint(uint64_t value)
3045 env->softint = (uint32_t)value;
3049 void helper_flush(target_ulong addr)
3052 tb_invalidate_page_range(addr, addr + 8);
3055 #ifdef TARGET_SPARC64
3057 static const char * const excp_names[0x80] = {
3058 [TT_TFAULT] = "Instruction Access Fault",
3059 [TT_TMISS] = "Instruction Access MMU Miss",
3060 [TT_CODE_ACCESS] = "Instruction Access Error",
3061 [TT_ILL_INSN] = "Illegal Instruction",
3062 [TT_PRIV_INSN] = "Privileged Instruction",
3063 [TT_NFPU_INSN] = "FPU Disabled",
3064 [TT_FP_EXCP] = "FPU Exception",
3065 [TT_TOVF] = "Tag Overflow",
3066 [TT_CLRWIN] = "Clean Windows",
3067 [TT_DIV_ZERO] = "Division By Zero",
3068 [TT_DFAULT] = "Data Access Fault",
3069 [TT_DMISS] = "Data Access MMU Miss",
3070 [TT_DATA_ACCESS] = "Data Access Error",
3071 [TT_DPROT] = "Data Protection Error",
3072 [TT_UNALIGNED] = "Unaligned Memory Access",
3073 [TT_PRIV_ACT] = "Privileged Action",
3074 [TT_EXTINT | 0x1] = "External Interrupt 1",
3075 [TT_EXTINT | 0x2] = "External Interrupt 2",
3076 [TT_EXTINT | 0x3] = "External Interrupt 3",
3077 [TT_EXTINT | 0x4] = "External Interrupt 4",
3078 [TT_EXTINT | 0x5] = "External Interrupt 5",
3079 [TT_EXTINT | 0x6] = "External Interrupt 6",
3080 [TT_EXTINT | 0x7] = "External Interrupt 7",
3081 [TT_EXTINT | 0x8] = "External Interrupt 8",
3082 [TT_EXTINT | 0x9] = "External Interrupt 9",
3083 [TT_EXTINT | 0xa] = "External Interrupt 10",
3084 [TT_EXTINT | 0xb] = "External Interrupt 11",
3085 [TT_EXTINT | 0xc] = "External Interrupt 12",
3086 [TT_EXTINT | 0xd] = "External Interrupt 13",
3087 [TT_EXTINT | 0xe] = "External Interrupt 14",
3088 [TT_EXTINT | 0xf] = "External Interrupt 15",
3092 void do_interrupt(CPUState *env)
3094 int intno = env->exception_index;
3097 if (qemu_loglevel_mask(CPU_LOG_INT)) {
3101 if (intno < 0 || intno >= 0x180)
3103 else if (intno >= 0x100)
3104 name = "Trap Instruction";
3105 else if (intno >= 0xc0)
3106 name = "Window Fill";
3107 else if (intno >= 0x80)
3108 name = "Window Spill";
3110 name = excp_names[intno];
3115 qemu_log("%6d: %s (v=%04x) pc=%016" PRIx64 " npc=%016" PRIx64
3116 " SP=%016" PRIx64 "\n",
3119 env->npc, env->regwptr[6]);
3120 log_cpu_state(env, 0);
3127 ptr = (uint8_t *)env->pc;
3128 for(i = 0; i < 16; i++) {
3129 qemu_log(" %02x", ldub(ptr + i));
3137 #if !defined(CONFIG_USER_ONLY)
3138 if (env->tl >= env->maxtl) {
3139 cpu_abort(env, "Trap 0x%04x while trap level (%d) >= MAXTL (%d),"
3140 " Error state", env->exception_index, env->tl, env->maxtl);
3144 if (env->tl < env->maxtl - 1) {
3147 env->pstate |= PS_RED;
3148 if (env->tl < env->maxtl)
3151 env->tsptr = &env->ts[env->tl & MAXTL_MASK];
3152 env->tsptr->tstate = ((uint64_t)GET_CCR(env) << 32) |
3153 ((env->asi & 0xff) << 24) | ((env->pstate & 0xf3f) << 8) |
3155 env->tsptr->tpc = env->pc;
3156 env->tsptr->tnpc = env->npc;
3157 env->tsptr->tt = intno;
3158 if (!(env->def->features & CPU_FEATURE_GL)) {
3161 change_pstate(PS_PEF | PS_PRIV | PS_IG);
3168 change_pstate(PS_PEF | PS_PRIV | PS_MG);
3171 change_pstate(PS_PEF | PS_PRIV | PS_AG);
3175 if (intno == TT_CLRWIN)
3176 cpu_set_cwp(env, cpu_cwp_dec(env, env->cwp - 1));
3177 else if ((intno & 0x1c0) == TT_SPILL)
3178 cpu_set_cwp(env, cpu_cwp_dec(env, env->cwp - env->cansave - 2));
3179 else if ((intno & 0x1c0) == TT_FILL)
3180 cpu_set_cwp(env, cpu_cwp_inc(env, env->cwp + 1));
3181 env->tbr &= ~0x7fffULL;
3182 env->tbr |= ((env->tl > 1) ? 1 << 14 : 0) | (intno << 5);
3184 env->npc = env->pc + 4;
3185 env->exception_index = 0;
3189 static const char * const excp_names[0x80] = {
3190 [TT_TFAULT] = "Instruction Access Fault",
3191 [TT_ILL_INSN] = "Illegal Instruction",
3192 [TT_PRIV_INSN] = "Privileged Instruction",
3193 [TT_NFPU_INSN] = "FPU Disabled",
3194 [TT_WIN_OVF] = "Window Overflow",
3195 [TT_WIN_UNF] = "Window Underflow",
3196 [TT_UNALIGNED] = "Unaligned Memory Access",
3197 [TT_FP_EXCP] = "FPU Exception",
3198 [TT_DFAULT] = "Data Access Fault",
3199 [TT_TOVF] = "Tag Overflow",
3200 [TT_EXTINT | 0x1] = "External Interrupt 1",
3201 [TT_EXTINT | 0x2] = "External Interrupt 2",
3202 [TT_EXTINT | 0x3] = "External Interrupt 3",
3203 [TT_EXTINT | 0x4] = "External Interrupt 4",
3204 [TT_EXTINT | 0x5] = "External Interrupt 5",
3205 [TT_EXTINT | 0x6] = "External Interrupt 6",
3206 [TT_EXTINT | 0x7] = "External Interrupt 7",
3207 [TT_EXTINT | 0x8] = "External Interrupt 8",
3208 [TT_EXTINT | 0x9] = "External Interrupt 9",
3209 [TT_EXTINT | 0xa] = "External Interrupt 10",
3210 [TT_EXTINT | 0xb] = "External Interrupt 11",
3211 [TT_EXTINT | 0xc] = "External Interrupt 12",
3212 [TT_EXTINT | 0xd] = "External Interrupt 13",
3213 [TT_EXTINT | 0xe] = "External Interrupt 14",
3214 [TT_EXTINT | 0xf] = "External Interrupt 15",
3215 [TT_TOVF] = "Tag Overflow",
3216 [TT_CODE_ACCESS] = "Instruction Access Error",
3217 [TT_DATA_ACCESS] = "Data Access Error",
3218 [TT_DIV_ZERO] = "Division By Zero",
3219 [TT_NCP_INSN] = "Coprocessor Disabled",
3223 void do_interrupt(CPUState *env)
3225 int cwp, intno = env->exception_index;
3228 if (qemu_loglevel_mask(CPU_LOG_INT)) {
3232 if (intno < 0 || intno >= 0x100)
3234 else if (intno >= 0x80)
3235 name = "Trap Instruction";
3237 name = excp_names[intno];
3242 qemu_log("%6d: %s (v=%02x) pc=%08x npc=%08x SP=%08x\n",
3245 env->npc, env->regwptr[6]);
3246 log_cpu_state(env, 0);
3253 ptr = (uint8_t *)env->pc;
3254 for(i = 0; i < 16; i++) {
3255 qemu_log(" %02x", ldub(ptr + i));
3263 #if !defined(CONFIG_USER_ONLY)
3264 if (env->psret == 0) {
3265 cpu_abort(env, "Trap 0x%02x while interrupts disabled, Error state",
3266 env->exception_index);
3271 cwp = cpu_cwp_dec(env, env->cwp - 1);
3272 cpu_set_cwp(env, cwp);
3273 env->regwptr[9] = env->pc;
3274 env->regwptr[10] = env->npc;
3275 env->psrps = env->psrs;
3277 env->tbr = (env->tbr & TBR_BASE_MASK) | (intno << 4);
3279 env->npc = env->pc + 4;
3280 env->exception_index = 0;
3284 #if !defined(CONFIG_USER_ONLY)
3286 static void do_unaligned_access(target_ulong addr, int is_write, int is_user,
3289 #define MMUSUFFIX _mmu
3290 #define ALIGNED_ONLY
3293 #include "softmmu_template.h"
3296 #include "softmmu_template.h"
3299 #include "softmmu_template.h"
3302 #include "softmmu_template.h"
3304 /* XXX: make it generic ? */
3305 static void cpu_restore_state2(void *retaddr)
3307 TranslationBlock *tb;
3311 /* now we have a real cpu fault */
3312 pc = (unsigned long)retaddr;
3313 tb = tb_find_pc(pc);
3315 /* the PC is inside the translated code. It means that we have
3316 a virtual CPU fault */
3317 cpu_restore_state(tb, env, pc, (void *)(long)env->cond);
3322 static void do_unaligned_access(target_ulong addr, int is_write, int is_user,
3325 #ifdef DEBUG_UNALIGNED
3326 printf("Unaligned access to 0x" TARGET_FMT_lx " from 0x" TARGET_FMT_lx
3327 "\n", addr, env->pc);
3329 cpu_restore_state2(retaddr);
3330 raise_exception(TT_UNALIGNED);
3333 /* try to fill the TLB and return an exception if error. If retaddr is
3334 NULL, it means that the function was called in C code (i.e. not
3335 from generated code or from helper.c) */
3336 /* XXX: fix it to restore all registers */
3337 void tlb_fill(target_ulong addr, int is_write, int mmu_idx, void *retaddr)
3340 CPUState *saved_env;
3342 /* XXX: hack to restore env in all cases, even if not called from
3345 env = cpu_single_env;
3347 ret = cpu_sparc_handle_mmu_fault(env, addr, is_write, mmu_idx, 1);
3349 cpu_restore_state2(retaddr);
3357 #ifndef TARGET_SPARC64
3358 void do_unassigned_access(target_phys_addr_t addr, int is_write, int is_exec,
3359 int is_asi, int size)
3361 CPUState *saved_env;
3363 /* XXX: hack to restore env in all cases, even if not called from
3366 env = cpu_single_env;
3367 #ifdef DEBUG_UNASSIGNED
3369 printf("Unassigned mem %s access of %d byte%s to " TARGET_FMT_plx
3370 " asi 0x%02x from " TARGET_FMT_lx "\n",
3371 is_exec ? "exec" : is_write ? "write" : "read", size,
3372 size == 1 ? "" : "s", addr, is_asi, env->pc);
3374 printf("Unassigned mem %s access of %d byte%s to " TARGET_FMT_plx
3375 " from " TARGET_FMT_lx "\n",
3376 is_exec ? "exec" : is_write ? "write" : "read", size,
3377 size == 1 ? "" : "s", addr, env->pc);
3379 if (env->mmuregs[3]) /* Fault status register */
3380 env->mmuregs[3] = 1; /* overflow (not read before another fault) */
3382 env->mmuregs[3] |= 1 << 16;
3384 env->mmuregs[3] |= 1 << 5;
3386 env->mmuregs[3] |= 1 << 6;
3388 env->mmuregs[3] |= 1 << 7;
3389 env->mmuregs[3] |= (5 << 2) | 2;
3390 env->mmuregs[4] = addr; /* Fault address register */
3391 if ((env->mmuregs[0] & MMU_E) && !(env->mmuregs[0] & MMU_NF)) {
3393 raise_exception(TT_CODE_ACCESS);
3395 raise_exception(TT_DATA_ACCESS);
3400 void do_unassigned_access(target_phys_addr_t addr, int is_write, int is_exec,
3401 int is_asi, int size)
3403 #ifdef DEBUG_UNASSIGNED
3404 CPUState *saved_env;
3406 /* XXX: hack to restore env in all cases, even if not called from
3409 env = cpu_single_env;
3410 printf("Unassigned mem access to " TARGET_FMT_plx " from " TARGET_FMT_lx
3411 "\n", addr, env->pc);
3415 raise_exception(TT_CODE_ACCESS);
3417 raise_exception(TT_DATA_ACCESS);
3421 #ifdef TARGET_SPARC64
3422 void helper_tick_set_count(void *opaque, uint64_t count)
3424 #if !defined(CONFIG_USER_ONLY)
3425 cpu_tick_set_count(opaque, count);
3429 uint64_t helper_tick_get_count(void *opaque)
3431 #if !defined(CONFIG_USER_ONLY)
3432 return cpu_tick_get_count(opaque);
3438 void helper_tick_set_limit(void *opaque, uint64_t limit)
3440 #if !defined(CONFIG_USER_ONLY)
3441 cpu_tick_set_limit(opaque, limit);