PLI_INT32 tf_isetrealdelay(double dly, void*obj)
{
vpiHandle sys = (vpiHandle)obj;
p_pli_data pli = vpi_get_userdata(sys);
s_cb_data cb;
s_vpi_time ti = {vpiSimTime};
/* Scale delay to SimTime */
ivl_u64_t delay = ((dly
/ pow(10, tf_gettimeunit() - tf_gettimeprecision()))
+ 0.5);
ti.high = delay >> 32 & 0xffffffff;
ti.low = delay & 0xffffffff;
cb.reason = cbAfterDelay;
cb.cb_rtn = callback;
cb.obj = sys;
cb.time = &ti;
cb.user_data = (char *)pli;
vpi_register_cb(&cb);
if (pli_trace)
fprintf(pli_trace, "tf_isetrealdelay(%f, %p) --> %d\n",
dly, obj, 0);
return 0;
}
static int
mytest(int ud, int reason)
{
PLI_INT32 ht, lt;
PLI_BYTE8 *cp;
PLI_BYTE8 *inst = tf_getinstance();
PLI_BYTE8 *name = tf_spname();
(void)ud; /* Parameter is not used. */
(void)reason; /* Parameter is not used. */
io_printf("Module %s\n", name);
lt = tf_gettime();
io_printf("\ttf_gettime()\t\t\t-> %d\n", (int)lt);
cp = tf_strgettime();
io_printf("\ttf_strgettime()\t\t\t-> %s\n", cp);
lt = tf_getlongtime(&ht);
io_printf("\ttf_getlongtime()\t\t-> %d/%d\n", (int)ht, (int)lt);
lt = tf_igetlongtime(&ht, inst);
io_printf("\ttf_igetlongtime(inst)\t\t-> %d/%d\n", (int)ht, (int)lt);
lt = tf_getlongsimtime(&ht);
io_printf("\ttf_getlongsimtime()\t\t-> %d/%d\n", (int)ht, (int)lt);
lt = tf_gettimeprecision();
io_printf("\ttf_gettimeprecision()\t\t-> %d\n", (int)lt);
lt = tf_igettimeprecision(inst);
io_printf("\ttf_igettimeprecision(inst)\t-> %d\n", (int)lt);
lt = tf_gettimeunit();
io_printf("\ttf_gettimeunit()\t\t-> %d\n", (int)lt);
lt = tf_igettimeunit(inst);
io_printf("\ttf_gettimeunit(inst)\t\t-> %d\n", (int)lt);
lt = tf_igettimeunit(0);
io_printf("\ttf_gettimeunit(0)\t\t-> %d\n", (int)lt);
return 0;
}
