static int nmi_tnr_init(void *pv)
{
tNmiDrv *pd = &drv;
int result = NMI_S_OK;
tNmiIn inp;
tTnrInit *p = (tTnrInit *)pv;
if (!already_init) {
nmi_memset((void *)pd, 0, sizeof(tNmiDrv));
/**
Asic Init
**/
nmi_memset((void *)&inp, 0, sizeof(tNmiIn));
inp.xo = p->xo;
inp.ldobypass = p->ldobypass;
inp.ai2c = p->i2c_adr;
inp.zone = N_ERR|N_INFO;
inp.hlp.c.write = nmi_bus_write;
inp.hlp.c.read = nmi_bus_read;
inp.hlp.c.getreadblksz = nmi_bus_get_read_blksz;
inp.hlp.c.getwriteblksz = nmi_bus_get_write_blksz;
inp.hlp.delay = nmi_delay;
inp.hlp.gettick = nmi_get_tick;
inp.hlp.log = nmi_log;
inp.init_bus_only = p->init_bus_only;
inp.xo_out_en = p->xo_out_en;
inp.ltGain = p->ltGain;
inp.disableOneKhzShift = p->disableOneKhzShift;
nmi_common_init(&inp, &pd->tnr);
//nmi_tuner_os_log("nmi_tnr_init 2\n");
//print_32hex(pd->tnr.init);
/**
initialize chip
**/
if (pd->tnr.init() < 0) {
//dPrint(N_ERR, "[NMI] Failed to initialize chip...\n");
nmi_tuner_os_log("[NMI] Failed to initialize chip...\n");
result = NMI_E_CHIP_INIT;
goto _fail_;
}
/**
Get chip id
**/
pd->chipid = pd->tnr.getchipid();
nmi_tuner_os_log("chip id:");
print_32hex(pd->chipid);
already_init = 1;
}
_fail_:
return result;
}
int npm_dvb_init()
{
//unsigned char base = 0xc0;
memset(&gDVBTCfg, 0, sizeof(gDVBTCfg));
/* common init */
memset(pn, 0, sizeof(NMICMN));
pn->dtvtype = DVB;
pn->bustype = _I2C_;
pn->dbgflag = _ERR_|_INFO_;
pn->crystalindex = 5;
pn->tbl.nmi_write_reg = NPM_bus_write;
pn->tbl.nmi_read_reg = NPM_bus_read;
pn->tbl.nmi_delay = nmi_delay;
pn->tbl.nmi_get_tick = nmi_get_tick;
pn->tbl.nmi_log = nmi_log;
ptv = nmi_common_init(pn);
if (ptv == NULL)
return FALSE;
return TRUE;
}