/*
* Check if search should be terminated
*
* Here we also handle the case that we are in Permanent Brain and have to
* check for user input.
*
*/
static int TerminateSearch(struct SearchData *sd) {
if ((Nodes+QNodes) > ChkNodes) {
unsigned int now = GetTime();
ChkNodes = Nodes+QNodes+NodesPerCheck;
if (AbortSearch) return TRUE;
CurTime = now;
if (CurTime > (StartTime+ONE_SECOND)) PrintOK = TRUE;
if (InputReady()) {
char buffer[64];
struct Command *theCommand;
ReadLine(buffer, 64);
/*
* the '.' command can only be handled here
*/
if (buffer[0] == '.') {
PrintNoLog(0,
"stat01: %d %ld %d %d %d\n",
(CurTime - StartTime),
Nodes + QNodes,
sd->depth,
sd->nrootmoves - sd->movenum -1,
sd->nrootmoves);
}
theCommand = ParseInput(buffer);
if (theCommand) {
if (SearchMode == Pondering && theCommand->move != M_NONE) {
if (theCommand->move == PBActMove) {
PBHit = TRUE;
SearchMode = Searching;
Print(1, "OK!\n");
WallTimeStart = now;
if (CurTime >= HardLimit) return TRUE;
if (DoneAtRoot) return TRUE;
return FALSE;
} else {
PBHit = FALSE;
PBAltMove = theCommand->move;
return TRUE;
}
}
if (SearchMode == Puzzling && theCommand->move != M_NONE) {
PBAltMove = theCommand->move;
return TRUE;
}
if (SearchMode == Analyzing && theCommand->move != M_NONE) {
ExecuteCommand(theCommand);
return TRUE;
}
if (theCommand->allowed_during_search) {
ExecuteCommand(theCommand);
if (theCommand->interrupts_search) {
SearchMode = Interrupted;
return TRUE;
}
}
}
}
if (SearchMode == Searching) {
if (CurTime >= HardLimit) return TRUE;
}
}
return FALSE;
}
void AudioIO::Timeout() {
if (data.input_proceed_slot != last_ready_buffer) {
last_ready_buffer = data.input_proceed_slot;
emit InputReady();
}
}
