void
showvmm(void)
{
int i, n;
if (!vmm_fetched)
return;
for (i = 0; i < vmm_ncpus; ++i) {
struct kinfo_cputime d;
uint64_t cp_total = 0;
n = X_START + CPU_LABEL_W;
#define D(idx, field) \
(vmm_cur[idx].field - vmm_prev[idx].field) / (u_int)naptime
DRAW_ROW(n, CPU_START + i, 6, "%*u", D(i, v_timer));
DRAW_ROW(n, CPU_START + i, 8, "%*u", D(i, v_ipi));
DRAW_ROW(n, CPU_START + i, 8, "%*u", D(i, v_intr));
#undef D
#define CPUD(dif, idx, field) \
do { \
dif.cp_##field = vmm_cptime_cur[idx].cp_##field - \
vmm_cptime_prev[idx].cp_##field; \
cp_total += dif.cp_##field; \
} while (0)
#define CPUV(dif, field) \
(dif.cp_##field * 100.0) / cp_total
CPUD(d, i, user);
CPUD(d, i, idle);
CPUD(d, i, intr);
CPUD(d, i, nice);
CPUD(d, i, sys);
if (cp_total == 0)
cp_total = 1;
DRAW_ROW(n, CPU_START + i, 7, "%*.1f", CPUV(d, user));
DRAW_ROW(n, CPU_START + i, 7, "%*.1f", CPUV(d, nice));
DRAW_ROW(n, CPU_START + i, 7, "%*.1f", CPUV(d, sys));
DRAW_ROW(n, CPU_START + i, 7, "%*.1f", CPUV(d, intr));
DRAW_ROW(n, CPU_START + i, 7, "%*.1f", CPUV(d, idle));
#undef CPUV
#undef CPUD
#define CPUC(idx, field) vmm_cptime_cur[idx].cp_##field
#if 0
n = X_START + CPU_LABEL_W;
DRAW_ROW(n, CPU_STARTX + i, 15, "%-*s", CPUC(i, msg));
DRAW_ROW(n, CPU_STARTX + i, 35, "%-*s",
address_to_symbol((void *)(intptr_t)CPUC(i, stallpc),
&symctx));
#endif
#undef CPUC
}
}
void
showvmm(void)
{
int i, n;
if (!vmm_fetched)
return;
for (i = 0; i < vmm_ncpus; ++i) {
struct kinfo_cputime d;
uint64_t cp_total = 0;
n = X_START + CPU_LABEL_W;
#define D(idx, field) \
(vmm_cur[idx].field - vmm_prev[idx].field) / (u_int)naptime
DRAW_ROW(n, CPU_START + i, 6, "%*u", D(i, v_timer));
DRAW_ROW(n, CPU_START + i, 8, "%*u", D(i, v_ipi));
DRAW_ROW(n, CPU_START + i, 8, "%*u", D(i, v_intr));
#define CPUD(dif, idx, field) \
do { \
dif.cp_##field = vmm_cptime_cur[idx].cp_##field - \
vmm_cptime_prev[idx].cp_##field; \
cp_total += dif.cp_##field; \
} while (0)
#define CPUV(dif, field) \
(dif.cp_##field * 100.0) / cp_total
CPUD(d, i, user);
CPUD(d, i, idle);
CPUD(d, i, intr);
CPUD(d, i, nice);
CPUD(d, i, sys);
if (cp_total == 0)
cp_total = 1;
DRAW_ROW(n, CPU_START + i, 6, "%*.1f", CPUV(d, user));
DRAW_ROW(n, CPU_START + i, 6, "%*.1f", CPUV(d, nice));
DRAW_ROW(n, CPU_START + i, 6, "%*.1f", CPUV(d, sys));
DRAW_ROW(n, CPU_START + i, 6, "%*.1f", CPUV(d, intr));
DRAW_ROW(n, CPU_START + i, 6, "%*.1f", CPUV(d, idle));
/*
* Display token collision count and the last-colliding
* token name.
*/
if (D(i, v_token_colls) > 9999999)
DRAW_ROW(n, CPU_START + i, 8, "%*u", 9999999);
else
DRAW_ROW(n, CPU_START + i, 8, "%*u",
D(i, v_token_colls));
if (D(i, v_token_colls) == 0) {
DRAW_ROW2(n, CPU_START + i, 8, "%*.*s", "");
} else {
DRAW_ROW2(n, CPU_START + i, 8, "%*.*s",
vmm_cur[i].v_token_name);
}
#undef D
#undef CPUV
#undef CPUD
#define CPUC(idx, field) vmm_cptime_cur[idx].cp_##field
#if 0
n = X_START + CPU_LABEL_W;
DRAW_ROW(n, CPU_STARTX + i, 15, "%-*s", CPUC(i, msg));
DRAW_ROW(n, CPU_STARTX + i, 35, "%-*s",
address_to_symbol((void *)(intptr_t)CPUC(i, stallpc),
&symctx));
#endif
#undef CPUC
}
}
