78 static void kcpc_restore(kcpc_ctx_t *ctx);
79 static void kcpc_save(kcpc_ctx_t *ctx);
80 static void kcpc_ctx_clone(kcpc_ctx_t *ctx, kcpc_ctx_t *cctx);
93 #define	KCPC_CTX_FLAG_SET(ctx, flag) atomic_or_uint(&(ctx)->kc_flags, (flag))  argument
94 #define	KCPC_CTX_FLAG_CLR(ctx, flag) atomic_and_uint(&(ctx)->kc_flags, ~(flag))  argument
173 	kcpc_ctx_t	*ctx;  in kcpc_bind_cpu()  local
177 	ctx = kcpc_ctx_alloc(KM_SLEEP);  in kcpc_bind_cpu()
179 	if (kcpc_assign_reqs(set, ctx) != 0) {  in kcpc_bind_cpu()
180 		kcpc_ctx_free(ctx);  in kcpc_bind_cpu()
185 	ctx->kc_cpuid = cpuid;  in kcpc_bind_cpu()
186 	ctx->kc_thread = curthread;  in kcpc_bind_cpu()
190 	if ((error = kcpc_configure_reqs(ctx, set, subcode)) != 0) {  in kcpc_bind_cpu()
192 		kcpc_ctx_free(ctx);  in kcpc_bind_cpu()
196 	set->ks_ctx = ctx;  in kcpc_bind_cpu()
197 	ctx->kc_set = set;  in kcpc_bind_cpu()
239 	kcpc_program(ctx, B_FALSE, B_TRUE);  in kcpc_bind_cpu()
258 	kcpc_ctx_free(ctx);  in kcpc_bind_cpu()
265 	kcpc_ctx_t	*ctx;  in kcpc_bind_thread()  local
276 	ctx = kcpc_ctx_alloc(KM_SLEEP);  in kcpc_bind_thread()
283 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_FREEZE);  in kcpc_bind_thread()
284 	ctx->kc_hrtime = gethrtime();  in kcpc_bind_thread()
286 	if (kcpc_assign_reqs(set, ctx) != 0) {  in kcpc_bind_thread()
287 		kcpc_ctx_free(ctx);  in kcpc_bind_thread()
292 	ctx->kc_cpuid = -1;  in kcpc_bind_thread()
294 		KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_LWPINHERIT);  in kcpc_bind_thread()
295 	ctx->kc_thread = t;  in kcpc_bind_thread()
296 	t->t_cpc_ctx = ctx;  in kcpc_bind_thread()
300 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_NONPRIV);  in kcpc_bind_thread()
307 	if ((error = kcpc_configure_reqs(ctx, set, subcode)) != 0) {  in kcpc_bind_thread()
309 		kcpc_ctx_free(ctx);  in kcpc_bind_thread()
314 	set->ks_ctx = ctx;  in kcpc_bind_thread()
315 	ctx->kc_set = set;  in kcpc_bind_thread()
320 	installctx(t, ctx, kcpc_save, kcpc_restore, NULL,  in kcpc_bind_thread()
331 		kcpc_program(ctx, B_TRUE, B_TRUE);  in kcpc_bind_thread()
343 		KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_FREEZE);  in kcpc_bind_thread()
359 kcpc_configure_reqs(kcpc_ctx_t *ctx, kcpc_set_t *set, int *subcode)  in kcpc_configure_reqs()  argument
373 		ASSERT(ctx->kc_pics[n].kp_req == NULL);  in kcpc_configure_reqs()
386 			KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_SIGOVF);  in kcpc_configure_reqs()
392 		    &(rp->kr_config), (void *)ctx)) != 0) {  in kcpc_configure_reqs()
404 		ctx->kc_pics[n].kp_req = rp;  in kcpc_configure_reqs()
405 		rp->kr_picp = &ctx->kc_pics[n];  in kcpc_configure_reqs()
430 	kcpc_ctx_t	*ctx = set->ks_ctx;  in kcpc_sample()  local
448 	if (ctx->kc_flags & KCPC_CTX_INVALID) {  in kcpc_sample()
454 	if ((ctx->kc_flags & KCPC_CTX_FREEZE) == 0) {  in kcpc_sample()
455 		if (ctx->kc_cpuid != -1) {  in kcpc_sample()
456 			if (curthread->t_bind_cpu != ctx->kc_cpuid) {  in kcpc_sample()
463 		if (ctx->kc_thread == curthread) {  in kcpc_sample()
466 			ctx->kc_hrtime = gethrtime_waitfree();  in kcpc_sample()
467 			pcbe_ops->pcbe_sample(ctx);  in kcpc_sample()
468 			ctx->kc_vtick += curtick - ctx->kc_rawtick;  in kcpc_sample()
469 			ctx->kc_rawtick = curtick;  in kcpc_sample()
476 		if (ctx->kc_flags & KCPC_CTX_INVALID) {  in kcpc_sample()
490 	if (copyout(&ctx->kc_hrtime, hrtime, sizeof (uint64_t)) == -1)  in kcpc_sample()
492 	if (copyout(&ctx->kc_vtick, tick, sizeof (uint64_t)) == -1)  in kcpc_sample()
502 kcpc_stop_hw(kcpc_ctx_t *ctx)  in kcpc_stop_hw()  argument
508 	if (ctx->kc_cpuid == CPU->cpu_id) {  in kcpc_stop_hw()
511 		cp = cpu_get(ctx->kc_cpuid);  in kcpc_stop_hw()
514 	ASSERT(cp != NULL && cp->cpu_cpc_ctx == ctx);  in kcpc_stop_hw()
523 	kcpc_ctx_t	*ctx;  in kcpc_unbind()  local
536 	ctx = set->ks_ctx;  in kcpc_unbind()
541 	mutex_enter(&ctx->kc_lock);  in kcpc_unbind()
542 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID);  in kcpc_unbind()
543 	mutex_exit(&ctx->kc_lock);  in kcpc_unbind()
545 	if (ctx->kc_cpuid == -1) {  in kcpc_unbind()
546 		t = ctx->kc_thread;  in kcpc_unbind()
557 			if (!(ctx->kc_flags & KCPC_CTX_INVALID_STOPPED))  in kcpc_unbind()
558 				kcpc_unprogram(ctx, B_TRUE);  in kcpc_unbind()
563 		if (removectx(t, ctx, kcpc_save, kcpc_restore, NULL,  in kcpc_unbind()
566 			    (void *)ctx, (void *)t);  in kcpc_unbind()
568 		(void) removectx(t, ctx, kcpc_save, kcpc_restore, NULL,  in kcpc_unbind()
587 		cp = cpu_get(ctx->kc_cpuid);  in kcpc_unbind()
593 			if ((ctx->kc_flags & KCPC_CTX_INVALID_STOPPED) == 0)  in kcpc_unbind()
594 				kcpc_stop_hw(ctx);  in kcpc_unbind()
595 			ASSERT(ctx->kc_flags & KCPC_CTX_INVALID_STOPPED);  in kcpc_unbind()
599 		if (ctx->kc_thread == curthread) {  in kcpc_unbind()
600 			kcpc_free(ctx, 0);  in kcpc_unbind()
633 	kcpc_ctx_t	*ctx = set->ks_ctx;  in kcpc_restart()  local
638 	ASSERT(ctx->kc_thread == curthread);  in kcpc_restart()
639 	ASSERT(ctx->kc_cpuid == -1);  in kcpc_restart()
654 	if ((ctx->kc_flags & KCPC_CTX_FREEZE) == 0)  in kcpc_restart()
660 	ctx->kc_rawtick = KCPC_GET_TICK();  in kcpc_restart()
661 	KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_FREEZE);  in kcpc_restart()
662 	pcbe_ops->pcbe_program(ctx);  in kcpc_restart()
675 	kcpc_ctx_t	*ctx = t->t_cpc_ctx;  in kcpc_enable()  local
684 	if (ctx == NULL) {  in kcpc_enable()
692 	} else if (ctx->kc_flags & KCPC_CTX_INVALID)  in kcpc_enable()
696 		if ((ctx->kc_flags & KCPC_CTX_FREEZE) == 0)  in kcpc_enable()
699 		KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_FREEZE);  in kcpc_enable()
700 		kcpc_restore(ctx);  in kcpc_enable()
703 		if (ctx->kc_flags & KCPC_CTX_FREEZE)  in kcpc_enable()
706 		kcpc_save(ctx);  in kcpc_enable()
707 		KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_FREEZE);  in kcpc_enable()
719 		KCPC_CTX_FLAG_SET(ctx,  in kcpc_enable()
760 	kcpc_ctx_t *ctx = (kcpc_ctx_t *)token;  in kcpc_next_config()  local
769 			if (ctx->kc_pics[i].kp_req != NULL)  in kcpc_next_config()
781 			pic = &ctx->kc_pics[i];  in kcpc_next_config()
793 			pic = &ctx->kc_pics[i];  in kcpc_next_config()
803 		*data = ctx->kc_pics[i].kp_req->kr_data;  in kcpc_next_config()
806 	return (ctx->kc_pics[i].kp_req->kr_config);  in kcpc_next_config()
813 	kcpc_ctx_t	*ctx;  in kcpc_ctx_alloc()  local
816 	ctx = (kcpc_ctx_t *)kmem_zalloc(sizeof (kcpc_ctx_t), kmem_flags);  in kcpc_ctx_alloc()
817 	if (ctx == NULL)  in kcpc_ctx_alloc()
820 	hash = CPC_HASH_CTX(ctx);  in kcpc_ctx_alloc()
822 	ctx->kc_next = kcpc_ctx_list[hash];  in kcpc_ctx_alloc()
823 	kcpc_ctx_list[hash] = ctx;  in kcpc_ctx_alloc()
826 	ctx->kc_pics = (kcpc_pic_t *)kmem_zalloc(sizeof (kcpc_pic_t) *  in kcpc_ctx_alloc()
829 	ctx->kc_cpuid = -1;  in kcpc_ctx_alloc()
831 	return (ctx);  in kcpc_ctx_alloc()
839 kcpc_ctx_clone(kcpc_ctx_t *ctx, kcpc_ctx_t *cctx)  in kcpc_ctx_clone()  argument
841 	kcpc_set_t	*ks = ctx->kc_set, *cks;  in kcpc_ctx_clone()
893 kcpc_ctx_free(kcpc_ctx_t *ctx)  in kcpc_ctx_free()  argument
896 	long		hash = CPC_HASH_CTX(ctx);  in kcpc_ctx_free()
901 	while (*loc != ctx)  in kcpc_ctx_free()
903 	*loc = ctx->kc_next;  in kcpc_ctx_free()
906 	kmem_free(ctx->kc_pics, cpc_ncounters * sizeof (kcpc_pic_t));  in kcpc_ctx_free()
907 	cv_destroy(&ctx->kc_condv);  in kcpc_ctx_free()
908 	mutex_destroy(&ctx->kc_lock);  in kcpc_ctx_free()
909 	kmem_free(ctx, sizeof (*ctx));  in kcpc_ctx_free()
922 	kcpc_ctx_t	*ctx;  in kcpc_overflow_intr()  local
948 		ctx = NULL;  in kcpc_overflow_intr()
951 			ctx = t->t_cpc_ctx;  in kcpc_overflow_intr()
954 		ctx = t->t_cpc_ctx;  in kcpc_overflow_intr()
956 	if (ctx == NULL) {  in kcpc_overflow_intr()
966 		ctx = curthread->t_cpu->cpu_cpc_ctx;  in kcpc_overflow_intr()
967 		if (ctx != NULL) {  in kcpc_overflow_intr()
973 			return (ctx);  in kcpc_overflow_intr()
1012 	} else if ((ctx->kc_flags & KCPC_CTX_INVALID) == 0) {  in kcpc_overflow_intr()
1025 			if (ctx->kc_pics[i].kp_req != NULL &&  in kcpc_overflow_intr()
1027 			    ctx->kc_pics[i].kp_req->kr_flags &  in kcpc_overflow_intr()
1034 				KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_FREEZE);  in kcpc_overflow_intr()
1035 				atomic_or_uint(&ctx->kc_pics[i].kp_flags,  in kcpc_overflow_intr()
1040 	} else if (ctx->kc_flags & KCPC_CTX_INVALID_STOPPED) {  in kcpc_overflow_intr()
1059 	kcpc_ctx_t *ctx;  in kcpc_hw_overflow_intr()  local
1091 			ctx = curthread->t_cpu->cpu_cpc_ctx;  in kcpc_hw_overflow_intr()
1092 			if (ctx == NULL) {  in kcpc_hw_overflow_intr()
1101 			for (i = 0; i < ctx->kc_set->ks_nreqs; i++) {  in kcpc_hw_overflow_intr()
1102 				req = ctx->kc_set->ks_req[i];  in kcpc_hw_overflow_intr()
1109 					    (void *)ctx);  in kcpc_hw_overflow_intr()
1112 			pcbe_ops->pcbe_program(ctx);  in kcpc_hw_overflow_intr()
1145 	if ((ctx = kcpc_overflow_intr(arg1, bitmap)) != NULL) {  in kcpc_hw_overflow_intr()
1148 		ctx->kc_hrtime = gethrtime_waitfree();  in kcpc_hw_overflow_intr()
1149 		ctx->kc_vtick += curtick - ctx->kc_rawtick;  in kcpc_hw_overflow_intr()
1150 		ctx->kc_rawtick = curtick;  in kcpc_hw_overflow_intr()
1151 		pcbe_ops->pcbe_sample(ctx);  in kcpc_hw_overflow_intr()
1152 		pcbe_ops->pcbe_program(ctx);  in kcpc_hw_overflow_intr()
1166 	kcpc_ctx_t	*ctx = curthread->t_cpc_ctx;  in kcpc_overflow_ast()  local
1171 	ASSERT(ctx != NULL);	/* Beware of interrupt skid. */  in kcpc_overflow_ast()
1179 	ctx->kc_hrtime = gethrtime_waitfree();  in kcpc_overflow_ast()
1180 	pcbe_ops->pcbe_sample(ctx);  in kcpc_overflow_ast()
1183 	ctx->kc_vtick += curtick - ctx->kc_rawtick;  in kcpc_overflow_ast()
1194 		if (ctx->kc_pics[i].kp_flags & KCPC_PIC_OVERFLOWED) {  in kcpc_overflow_ast()
1195 			atomic_and_uint(&ctx->kc_pics[i].kp_flags,  in kcpc_overflow_ast()
1207 	KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_FREEZE);  in kcpc_overflow_ast()
1208 	pcbe_ops->pcbe_program(ctx);  in kcpc_overflow_ast()
1217 kcpc_save(kcpc_ctx_t *ctx)  in kcpc_save()  argument
1225 	if (ctx->kc_flags & KCPC_CTX_INVALID) {  in kcpc_save()
1226 		if (ctx->kc_flags & KCPC_CTX_INVALID_STOPPED) {  in kcpc_save()
1235 		kcpc_unprogram(ctx, B_TRUE);  in kcpc_save()
1242 	if (ctx->kc_flags & KCPC_CTX_FREEZE) {  in kcpc_save()
1251 	ctx->kc_hrtime = gethrtime_waitfree();  in kcpc_save()
1252 	ctx->kc_vtick += KCPC_GET_TICK() - ctx->kc_rawtick;  in kcpc_save()
1253 	pcbe_ops->pcbe_sample(ctx);  in kcpc_save()
1259 	ASSERT(ctx->kc_cpuid == -1);  in kcpc_save()
1266 kcpc_restore(kcpc_ctx_t *ctx)  in kcpc_restore()  argument
1270 	mutex_enter(&ctx->kc_lock);  in kcpc_restore()
1272 	if ((ctx->kc_flags & (KCPC_CTX_INVALID | KCPC_CTX_INVALID_STOPPED)) ==  in kcpc_restore()
1279 		KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID_STOPPED);  in kcpc_restore()
1282 	if (ctx->kc_flags & (KCPC_CTX_INVALID | KCPC_CTX_FREEZE)) {  in kcpc_restore()
1283 		mutex_exit(&ctx->kc_lock);  in kcpc_restore()
1296 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_RESTORE);  in kcpc_restore()
1297 	mutex_exit(&ctx->kc_lock);  in kcpc_restore()
1306 	kcpc_program(ctx, B_TRUE, B_TRUE);  in kcpc_restore()
1313 	mutex_enter(&ctx->kc_lock);  in kcpc_restore()
1314 	KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_RESTORE);  in kcpc_restore()
1315 	cv_signal(&ctx->kc_condv);  in kcpc_restore()
1316 	mutex_exit(&ctx->kc_lock);  in kcpc_restore()
1378 	kcpc_ctx_t	*ctx = t->t_cpc_ctx, *cctx;  in kcpc_lwp_create()  local
1381 	if (ctx == NULL || (ctx->kc_flags & KCPC_CTX_LWPINHERIT) == 0)  in kcpc_lwp_create()
1385 	if (ctx->kc_flags & KCPC_CTX_INVALID) {  in kcpc_lwp_create()
1390 	kcpc_ctx_clone(ctx, cctx);  in kcpc_lwp_create()
1397 	KCPC_CTX_FLAG_SET(cctx,  ctx->kc_flags);  in kcpc_lwp_create()
1412 		KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_FREEZE);  in kcpc_lwp_create()
1464 kcpc_free(kcpc_ctx_t *ctx, int isexec)  in kcpc_free()  argument
1467 	kcpc_set_t	*set = ctx->kc_set;  in kcpc_free()
1474 	mutex_enter(&ctx->kc_lock);  in kcpc_free()
1475 	while (ctx->kc_flags & KCPC_CTX_RESTORE)  in kcpc_free()
1476 		cv_wait(&ctx->kc_condv, &ctx->kc_lock);  in kcpc_free()
1477 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID);  in kcpc_free()
1478 	mutex_exit(&ctx->kc_lock);  in kcpc_free()
1487 		if (ctx->kc_cpuid != -1) {  in kcpc_free()
1495 			cp = cpu_get(ctx->kc_cpuid);  in kcpc_free()
1503 				kcpc_stop_hw(ctx);  in kcpc_free()
1516 			kcpc_unprogram(ctx, B_TRUE);  in kcpc_free()
1528 		ASSERT(ctx->kc_thread == curthread);  in kcpc_free()
1542 	kcpc_ctx_free(ctx);  in kcpc_free()
1578 	kcpc_ctx_t *ctx;  in kcpc_invalidate_all()  local
1583 		for (ctx = kcpc_ctx_list[hash]; ctx; ctx = ctx->kc_next)  in kcpc_invalidate_all()
1584 			KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID);  in kcpc_invalidate_all()
1596 	kcpc_ctx_t *ctx = token;  in kcpc_invalidate_config()  local
1598 	ASSERT(ctx != NULL);  in kcpc_invalidate_config()
1600 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID);  in kcpc_invalidate_config()
1609 	kcpc_ctx_t *ctx = curthread->t_cpc_ctx;  in kcpc_passivate()  local
1616 	if (ctx == NULL) {  in kcpc_passivate()
1644 	if ((ctx->kc_flags & KCPC_CTX_INVALID_STOPPED) == 0) {  in kcpc_passivate()
1645 		kcpc_unprogram(ctx, B_TRUE);  in kcpc_passivate()
1646 		KCPC_CTX_FLAG_SET(ctx,  in kcpc_passivate()
1667 kcpc_assign_reqs(kcpc_set_t *set, kcpc_ctx_t *ctx)  in kcpc_assign_reqs()  argument
1815 	kcpc_ctx_t *ctx = t->t_cpc_ctx;  in kcpc_invalidate()  local
1817 	if (ctx != NULL)  in kcpc_invalidate()
1818 		KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID);  in kcpc_invalidate()
1897 		kcpc_ctx_t	*ctx;  in kcpc_cpu_ctx_create()  local
1904 		ctx = kcpc_ctx_alloc(kmem_flags);  in kcpc_cpu_ctx_create()
1907 			kcpc_ctx_free(ctx);  in kcpc_cpu_ctx_create()
1915 		if (kcpc_assign_reqs(set, ctx) != 0) {  in kcpc_cpu_ctx_create()
1927 				kcpc_ctx_free(ctx);  in kcpc_cpu_ctx_create()
1930 			if (kcpc_assign_reqs(set, ctx) != 0) {  in kcpc_cpu_ctx_create()
1937 				kcpc_ctx_free(ctx);  in kcpc_cpu_ctx_create()
1951 			kcpc_ctx_free(ctx);  in kcpc_cpu_ctx_create()
1958 		if (kcpc_configure_reqs(ctx, set, &subcode) != 0) {  in kcpc_cpu_ctx_create()
1969 			kcpc_ctx_free(ctx);  in kcpc_cpu_ctx_create()
1977 		set->ks_ctx = ctx;  in kcpc_cpu_ctx_create()
1978 		ctx->kc_set = set;  in kcpc_cpu_ctx_create()
1979 		ctx->kc_cpuid = cp->cpu_id;  in kcpc_cpu_ctx_create()
1980 		ctx->kc_thread = curthread;  in kcpc_cpu_ctx_create()
1982 		ctx_ptrs[nctx] = ctx;  in kcpc_cpu_ctx_create()
2068 kcpc_program(kcpc_ctx_t *ctx, boolean_t for_thread, boolean_t cu_interpose)  in kcpc_program()  argument
2079 	ASSERT(ctx != NULL && (ctx->kc_cpuid == CPU->cpu_id ||  in kcpc_program()
2080 	    ctx->kc_cpuid == -1) && curthread->t_preempt > 0);  in kcpc_program()
2081 	if (ctx == NULL || (ctx->kc_cpuid != CPU->cpu_id &&  in kcpc_program()
2082 	    ctx->kc_cpuid != -1) || curthread->t_preempt < 1)  in kcpc_program()
2092 		kcpc_set_t *set = ctx->kc_set;  in kcpc_program()
2121 	ctx->kc_rawtick = KCPC_GET_TICK();  in kcpc_program()
2122 	pcbe_ops->pcbe_program(ctx);  in kcpc_program()
2129 		KCPC_CTX_FLAG_CLR(ctx, KCPC_CTX_FREEZE);  in kcpc_program()
2131 		CPU->cpu_cpc_ctx = ctx;  in kcpc_program()
2145 kcpc_unprogram(kcpc_ctx_t *ctx, boolean_t cu_interpose)  in kcpc_unprogram()  argument
2156 	ASSERT(ctx != NULL && (ctx->kc_cpuid == CPU->cpu_id ||  in kcpc_unprogram()
2157 	    ctx->kc_cpuid == -1) && curthread->t_preempt > 0);  in kcpc_unprogram()
2159 	if (ctx == NULL || (ctx->kc_cpuid != CPU->cpu_id &&  in kcpc_unprogram()
2160 	    ctx->kc_cpuid != -1) || curthread->t_preempt < 1 ||  in kcpc_unprogram()
2161 	    (ctx->kc_flags & KCPC_CTX_INVALID_STOPPED) != 0) {  in kcpc_unprogram()
2169 	ASSERT(CPU->cpu_cpc_ctx == ctx || curthread->t_cpc_ctx == ctx);  in kcpc_unprogram()
2175 	KCPC_CTX_FLAG_SET(ctx, KCPC_CTX_INVALID_STOPPED);  in kcpc_unprogram()
2193 	kcpc_ctx_t	*ctx;  in kcpc_read()  local
2206 	ctx = CPU->cpu_cpc_ctx;  in kcpc_read()
2207 	if (ctx == NULL) {  in kcpc_read()
2215 	pcbe_ops->pcbe_sample(ctx);  in kcpc_read()
2217 	set = ctx->kc_set;  in kcpc_read()
2464 kcpc_remoteprogram_func(kcpc_ctx_t *ctx, uintptr_t arg)  in kcpc_remoteprogram_func()  argument
2468 	ASSERT(ctx != NULL);  in kcpc_remoteprogram_func()
2471 	kcpc_program(ctx, for_thread, B_TRUE);  in kcpc_remoteprogram_func()
2479 kcpc_cpu_program(cpu_t *cp, kcpc_ctx_t *ctx)  in kcpc_cpu_program()  argument
2481 	cpu_call(cp, (cpu_call_func_t)kcpc_remoteprogram_func, (uintptr_t)ctx,  in kcpc_cpu_program()