static void wd33c93Disconnect(WD33C93* wd33c93)
{
if (wd33c93->phase != BusFree) {
if ((wd33c93->targetId >= 0) && (wd33c93->targetId < wd33c93->maxDev)) {
scsiDeviceDisconnect(TARGET);
}
if (wd33c93->regs[REG_SCSI_STATUS] != SS_XFER_END) {
wd33c93->regs[REG_SCSI_STATUS] = SS_DISCONNECT;
}
wd33c93->regs[REG_AUX_STATUS] = AS_INT;
wd33c93->phase = BusFree;
//wd33c93->nextPhase = -1;
}
//wd33c93->mci = -1;
wd33c93->tc = 0;
//wd33c93->atn = 0;
SCSILOG("busfree()\n\n");
scsiDeviceLogFlush();
}
static void mb89352Disconnect(MB89352* spc)
{
if (spc->phase != BusFree) {
if ((spc->targetId >= 0) && (spc->targetId < 8)) {
scsiDeviceDisconnect(TARGET);
}
spc->regs[REG_INTS] |= INTS_Disconnected;
spc->phase = BusFree;
spc->nextPhase = -1;
}
spc->regs[REG_PSNS] = 0;
spc->isBusy = 0;
spc->isTransfer = 0;
spc->counter = 0;
spc->tc = 0;
spc->atn = 0;
SCSILOG("busfree()\n\n");
scsiDeviceLogFlush();
}
void wd33c93Reset(WD33C93* wd33c93, int scsireset)
{
int i;
SCSILOG("wd33c93 reset\n");
scsiDeviceLogFlush();
// initialized register
memset(wd33c93->regs, 0, 0x1b);
memset(wd33c93->regs + 0x1b, 0xff, 4);
wd33c93->regs[REG_AUX_STATUS] = AS_INT;
wd33c93->myId = 0;
wd33c93->latch = 0;
wd33c93->tc = 0;
wd33c93->phase = BusFree;
wd33c93->pBuf = wd33c93->buffer;
if (scsireset) {
for (i = 0; i < wd33c93->maxDev; ++i) {
scsiDeviceReset(wd33c93->dev[i]);
}
}
}
