dove::Nub::SOCKETSTATUS Nub::onWrite()
{
if(fdStatus_ == SOCKET_CONNECTING)
return checkConnected();
return sendLastRemain();
}
PvaClientNTMultiMonitorPtr PvaClientMultiChannel::createNTMonitor(std::string const &request)
{
checkConnected();
PVStructurePtr pvRequest = createRequest->createRequest(request);
if(!pvRequest) {
string message = " PvaClientMultiChannel::createNTMonitor invalid pvRequest: "
+ createRequest->getMessage();
throw std::runtime_error(message);
}
return PvaClientNTMultiMonitor::create(getPtrSelf(), pvaClientChannelArray,pvRequest);
}
PvaClientNTMultiGetPtr PvaClientMultiChannel::createNTGet(std::string const &request)
{
checkConnected();
PVStructurePtr pvRequest = createRequest->createRequest(request);
if(!pvRequest) {
string message = " PvaClientMultiChannel::createNTGet invalid pvRequest: "
+ createRequest->getMessage();
throw std::runtime_error(message);
}
return PvaClientNTMultiGet::create(shared_from_this(), pvaClientChannelArray,pvRequest);
}
bool
SHM_Transporter::connect_common(NDB_SOCKET_TYPE sockfd)
{
if (!checkConnected()) {
return false;
}
if(!setupBuffersDone)
{
setupBuffers();
setupBuffersDone=true;
}
if(setupBuffersDone)
{
NdbSleep_MilliSleep(m_timeOutMillis);
if(*serverStatusFlag == 1 && *clientStatusFlag == 1)
return true;
}
DBUG_PRINT("error", ("Failed to set up buffers to node %d",
remoteNodeId));
return false;
}
// builds and rebuilds the managed sockets for select calls
buildFDSet(){
checkConnected();
//printf("build fd set called\n");
FD_ZERO(&managedSet);
if (largestSock < partSock){
largestSock = partSock;
}
FD_SET(partSock, &managedSet);
if(largestSock < obsSock){
largestSock = obsSock;
}
FD_SET(obsSock, &managedSet);
int i;
for (i = 0; i<64; i++){
if(participants[i] != 0){
if(largestSock < participants[i]){
largestSock = participants[i];
}
FD_SET(participants[i], &managedSet);
//printf("added participant %d to list of managed sockets\n", i);
}
}
}
PvaClientNTMultiPutPtr PvaClientMultiChannel::createNTPut()
{
checkConnected();
return PvaClientNTMultiPut::create(getPtrSelf(), pvaClientChannelArray);
}
PvaClientMultiMonitorDoublePtr PvaClientMultiChannel::createMonitor()
{
checkConnected();
return PvaClientMultiMonitorDouble::create(getPtrSelf(), pvaClientChannelArray);
}
PvaClientNTMultiPutPtr PvaClientMultiChannel::createNTPut()
{
checkConnected();
return PvaClientNTMultiPut::create(shared_from_this(), pvaClientChannelArray);
}
PvaClientMultiMonitorDoublePtr PvaClientMultiChannel::createMonitor()
{
checkConnected();
return PvaClientMultiMonitorDouble::create(shared_from_this(), pvaClientChannelArray);
}
void generate_terrarium() {
game.map.resize(128,128);
torch.buf.resize(128,128);
s16 cx = torch.buf.getw()/2, cy = torch.buf.geth()/2;
torch.buf.reset();
torch.buf.cache.reset();
game.map.reset();
// glass on the rim
filledCircle(cx, cy, 60, set_tile_i, (void*)GROUND);
hollowCircle(cx, cy, 60, set_tile_i, (void*)GLASS);
AddStars();
u32 timerVal;
printf("Growing trees... ");
startTimer();
CATrees();
timerVal = stopTimer();
printf("done (%.2fs).\n", timerVal*1024/33.513982e6);
printf("Filling lakes... ");
startTimer();
CALakes();
timerVal = stopTimer();
printf("done (%.2fs).\n", timerVal*1024/33.513982e6);
printf("Buying shrubberies... ");
startTimer();
AddGrass();
timerVal = stopTimer();
printf("done (%.2fs).\n", timerVal*1024/33.513982e6);
printf("Checking connectivity... ");
if (checkConnected()) {
printf("connected.\n");
} else {
printf("\1\x1f\x01unconnected\2.\n");
}
printf("Simulating inhabitation... ");
Inhabit();
printf("done.\n");
printf("Spawning creatures... ");
SpawnCreatures();
printf("done.\n");
printf("Dropping items... ");
for (int i = 0; i < 60; i++) {
s16 x = rand32() % torch.buf.getw(), y = rand32() % torch.buf.geth();
if (!game.map.solid(x,y)) {
Object *on = new Object(ROCK);
stack_item_push(game.map.at(x,y)->objects, on);
} else i--;
}
printf("done.\n");
s16 x = cx, y = cy;
while (!game.map.walkable(x, y))
randwalk(x, y);
game.player.x = x;
game.player.y = y;
game.player.setPos(x,y);
game.map.at(x,y)->creature = &game.player;
Object *on = new Object(BATON);
stack_item_push(game.map.at(x,y)->objects, on);
on = new Object(LEATHER_JACKET);
stack_item_push(game.map.at(x,y)->objects, on);
on = new Object(PAIR_OF_BLUNDSTONE_BOOTS);
stack_item_push(game.map.at(x,y)->objects, on);
x = cx; y = cy;
set_tile(cx+40, cy, FIRE);
lightsource *li = new lightsource;
li->set(9<<12, (int)(0.1*(1<<12)), (int)(1.0*(1<<12)), (int)(0.1*(1<<12)));
li->orig_intensity = li->intensity = 1<<11;
li->x = (cx+40)<<12; li->y = cy<<12;
li->flicker = FLICKER_RADIUS;
game.map.lights.push(li);
set_tile(cx+30, cy, FIRE);
li = new lightsource;
li->set(9<<12, (int)(1.0*(1<<12)), (int)(0.1*(1<<12)), (int)(0.1*(1<<12)));
li->orig_intensity = li->intensity = 1<<11;
li->x = (cx+30)<<12; li->y = cy<<12;
li->flicker = FLICKER_RADIUS;
game.map.lights.push(li);
set_tile(cx+35, cy-7, FIRE);
li = new lightsource;
li->set(9<<12, (int)(0.1*(1<<12)), (int)(0.1*(1<<12)), (int)(1.0*(1<<12)));
li->orig_intensity = li->intensity = 1<<11;
li->x = (cx+35)<<12; li->y = (cy-7)<<12;
li->flicker = FLICKER_RADIUS;
game.map.lights.push(li);
game.map.block.refresh_blocked_from();
torch.dirty_screen();
torch.reset_luminance();
}
dove::Nub::SOCKETSTATUS Nub::onRead()
{
if(fdStatus_ == SOCKET_CONNECTING)
return checkConnected();
return processAllReachMsg();
}
