static inline srconf*
se_confmemory(se *e, seconfrt *rt, srconf **pc)
{
srconf *memory = *pc;
srconf *p = NULL;
sr_c(&p, pc, se_confv_offline, "limit", SS_U64, &e->conf.memory_limit);
sr_C(&p, pc, se_confv, "used", SS_U64, &rt->memory_used, SR_RO, NULL);
sr_c(&p, pc, se_confv_offline, "anticache", SS_U64, &e->conf.anticache);
return sr_C(NULL, pc, NULL, "memory", SS_UNDEF, memory, SR_NS, NULL);
}
void printregs()
{
printf("[d0]%08x [d1]%08x [d2]%08x [d3]%08x\n", shoe.d[0], shoe.d[1], shoe.d[2], shoe.d[3]);
printf("[d4]%08x [d5]%08x [d6]%08x [d7]%08x\n", shoe.d[4], shoe.d[5], shoe.d[6], shoe.d[7]);
printf("[a0]%08x [a1]%08x [a2]%08x [a3]%08x\n", shoe.a[0], shoe.a[1], shoe.a[2], shoe.a[3]);
printf("[a4]%08x [a5]%08x [a6]%08x [a7]%08x\n", shoe.a[4], shoe.a[5], shoe.a[6], shoe.a[7]);
printf("[pc]%08x [sr]%c%c%c%c%c%c%c [tc]%08x\n", shoe.pc,
sr_s()?'S':'s',
sr_m()?'M':'m',
sr_x()?'X':'x',
sr_n()?'N':'n',
sr_z()?'Z':'z',
sr_v()?'V':'v',
sr_c()?'C':'c',
shoe.tc
);
printf("[vbr]%08x\n", shoe.vbr);
printf("srp: ");
print_mmu_rp(shoe.srp);
printf("crp: ");
print_mmu_rp(shoe.crp);
printf("tc: e=%u sre=%u fcl=%u ps=%u is=%u (tia=%u tib=%u tic=%u tid=%u)\n",
tc_enable(), tc_sre(), tc_fcl(), tc_ps(), tc_is(), tc_tia(), tc_tib(), tc_tic(), tc_tid());
printf("\n");
}
static inline int
se_confsophia_error(srconf *c, srconfstmt *s)
{
se *e = s->ptr;
char *errorp;
char error[128];
error[0] = 0;
int len = sr_errorcopy(&e->error, error, sizeof(error));
if (sslikely(len == 0))
errorp = NULL;
else
errorp = error;
srconf conf = {
.key = c->key,
.flags = c->flags,
.type = c->type,
.function = NULL,
.value = errorp,
.ptr = NULL,
.next = NULL
};
return se_confv(&conf, s);
}
static inline srconf*
se_confsophia(se *e, seconfrt *rt, srconf **pc)
{
srconf *sophia = *pc;
srconf *p = NULL;
sr_C(&p, pc, se_confv, "version", SS_STRING, rt->version, SR_RO, NULL);
sr_C(&p, pc, se_confv, "version_storage", SS_STRING, rt->version_storage, SR_RO, NULL);
sr_C(&p, pc, se_confv, "build", SS_STRING, rt->build, SR_RO, NULL);
sr_C(&p, pc, se_confsophia_error, "error", SS_STRING, NULL, SR_RO, NULL);
sr_c(&p, pc, se_confv_offline, "path", SS_STRINGPTR, &e->conf.path);
sr_c(&p, pc, se_confv_offline, "path_create", SS_U32, &e->conf.path_create);
sr_c(&p, pc, se_confv_offline, "recover", SS_U32, &e->conf.recover);
return sr_C(NULL, pc, NULL, "sophia", SS_UNDEF, sophia, SR_NS, NULL);
}
