void ProcessUnitServiceImpl::getProcessUnit(google::protobuf::RpcController* controller,
const org::esb::rpc::ProcessUnitRequest* request,
org::esb::rpc::ProcessUnitResponse* response,
google::protobuf::Closure* done) {
assert(mServer);
LOGDEBUG("getProcessUnit");
LOGDEBUG(request->node().DebugString());
org::esb::signal::Message msg;
msg.setProperty("processunitcontroller", std::string("GET_PROCESS_UNIT"));
org::esb::signal::Messenger::getInstance().sendRequest(msg);
boost::shared_ptr<org::esb::hive::job::ProcessUnit >un = msg.getProperty<boost::shared_ptr<org::esb::hive::job::ProcessUnit > >("processunit");
if (!un) {
controller->SetFailed("could not get the ProcessUnit from the ProcessUnitController");
return;
}
std::string data;
org::esb::io::StringOutputStream sos(data);
org::esb::io::ObjectOutputStream oos(&sos);
oos.writeObject(*un.get());
response->mutable_unit_data()->set_serialized_data(data.c_str(), data.length());
response->set_status("OK");
LOGDEBUG("sended data length=" << data.length());
}
// doDraw
//--------------------------------------------------------------------------
void VehicleSelectionView::doDraw( Surface& dest )
{
Objective* obj = ObjectiveInterface::getObjective(CURRENT_SELECTED_OUTPOST_ID);
if ( !obj || obj->occupying_player != PlayerInterface::getLocalPlayer() )
{
// Desktop::setVisibilityNoDoAnything("VehicleSelectionView", false);
changeMade = false;
return;
}
char strBuf[256];
const int color = Color::white;
// Draw a line attaching the VehicleSelectionView to its outpost.
{if (WorldInputCmdProcessor::isObjectiveSelected())
{
// Draw a line connecting the vehicleSelectionView and the objective.
iRect gameViewRect;
WorldViewInterface::getViewWindow(&gameViewRect);
iXY objectivePos(WorldInputCmdProcessor::getSelectedObjectiveWorldPos());
objectivePos -= gameViewRect.getLocation();
iXY a(VehicleSelectionView::getLocation() + VehicleSelectionView::getSize() / 2);
iXY b(objectivePos);
// Calculate the starting point on the outside of the vehicleSelectionView box.
fXY v2oSlope(Math::unitDirection(a, b));
a.x += int(v2oSlope.x * float(VehicleSelectionView::getWidth() / 2));
a.y += int(v2oSlope.y * float(VehicleSelectionView::getHeight() / 2));
// Calculate the starting point on the outside of the objective box.
iXY objectiveOutlineSize(3, 3);
//fXY o2vSlope(Math::unitDirection(b, a));
//b.x += o2vSlope.x * float(objectiveOutlineSize.x);
//b.y += o2vSlope.y * float(objectiveOutlineSize.y);
//screen.drawLine(a, b, Color::white);
iRect r(objectivePos.x - objectiveOutlineSize.x,
objectivePos.y - objectiveOutlineSize.y,
objectiveOutlineSize.x,
objectiveOutlineSize.y);
screen->fillRect(r, Color::white);
//int xOffset = (strlen(WorldInputCmdProcessor::getSelectedObjectiveName()) * CHAR_XPIX) / 2;
//screen.bltStringShadowed(r.min.x - xOffset, r.min.y - 15, WorldInputCmdProcessor::getSelectedObjectiveName(), Color::white, Color::black);
iXY oos(objectiveOutlineSize);
iXY cpos;
if (v2oSlope.x > 0 && v2oSlope.y > 0) {
cpos = iXY(getEndX(), getEndY());
r = iRect(cpos.x - oos.x, cpos.y-oos.y, oos.x, oos.y);
}
if (v2oSlope.x > 0 && v2oSlope.y <= 0) {
cpos = iXY(getEndX(), getLocationY());
r = iRect(cpos.x - oos.x, cpos.y-oos.y, oos.x, oos.y);
}
if (v2oSlope.x <= 0 && v2oSlope.y > 0) {
cpos = iXY(getLocationX(), getEndY());
r = iRect(cpos.x - oos.x, cpos.y-oos.y, oos.x, oos.y);
}
if (v2oSlope.x <= 0 && v2oSlope.y <= 0) {
cpos = iXY(getLocationX(), getLocationY());
r = iRect(cpos.x - oos.x, cpos.y-oos.y, oos.x, oos.y);
}
//
screen->drawLine(cpos, b, Color::white);
screen->fillRect(r, Color::white);
//screen.bltLookup(r, Palette::darkGray256.getColorArray());
//screen.drawButtonBorder(r, Color::white, Color::gray96);
// Draw the name of the outpost.
}}
bltViewBackground(dest);
int remaining_time = 0;
int generation_time = 0;
if ( obj->unit_generation_on_flag )
{
remaining_time = obj->unit_generation_timer.getTimeLeft();
UnitProfile* profile = UnitProfileInterface::getUnitProfile(obj->unit_generation_type);
generation_time = profile->regen_time;
}
if (vsvUnitGenOn)
{
sprintf(strBuf, "%s", getUnitName(vsvSelectedUnit));
dest.bltString( productionUnitPos.x, productionUnitPos.y,
strBuf, color);
sprintf(strBuf, "%01d:%02d/%01d:%02d",
remaining_time / 60, remaining_time % 60,
generation_time / 60, generation_time % 60);
dest.bltString( timeRequiredPos.x, timeRequiredPos.y,
strBuf, color);
}
else
{
sprintf(strBuf, "%s", _("power off"));
dest.bltString( productionUnitPos.x, productionUnitPos.y,
strBuf, color);
dest.bltString( timeRequiredPos.x, timeRequiredPos.y,
strBuf, color);
}
int unitPerPlayer = GameConfig::game_maxunits / GameConfig::game_maxplayers;
sprintf(strBuf, "%d/%d", int(UnitInterface::getUnitCount(PlayerInterface::getLocalPlayerIndex())), unitPerPlayer);
dest.bltString(unitsBuiltPos.x, unitsBuiltPos.y, strBuf, color);
drawUnitProfileInfo(dest, iXY(0, unitProfileDataY), highlightedUnitType);
//sprintf(strBuf, "%01d:%02d", ( (int) outpost_status.unit_generation_time_remaining ) / 60, ( (int) outpost_status.unit_generation_time_remaining) % 60 );
//clientArea.bltString(timeRemainingPos, strBuf, color);
View::doDraw( dest );
} // end VehicleSelectionView::doDraw
// doDraw
//--------------------------------------------------------------------------
void VehicleSelectionView::doDraw(Surface &viewArea, Surface &clientArea)
{
char strBuf[256];
const int color = Color::white;
// Draw a line attaching the VehicleSelectionView to its outpost.
{if (WorldInputCmdProcessor::isObjectiveSelected())
{
// Draw a line connecting the vehicleSelectionView and the objective.
iRect gameViewRect;
WorldViewInterface::getViewWindow(&gameViewRect);
iXY objectivePos(WorldInputCmdProcessor::getSelectedObjectiveWorldPos());
objectivePos -= gameViewRect.min;
iXY a(VehicleSelectionView::min + VehicleSelectionView::getSize() / 2);
iXY b(objectivePos);
// Calculate the starting point on the outside of the vehicleSelectionView box.
fXY v2oSlope(Math::unitDirection(a, b));
a.x += int(v2oSlope.x * float(VehicleSelectionView::getSizeX() / 2));
a.y += int(v2oSlope.y * float(VehicleSelectionView::getSizeY() / 2));
// Calculate the starting point on the outside of the objective box.
iXY objectiveOutlineSize(3, 3);
//fXY o2vSlope(Math::unitDirection(b, a));
//b.x += o2vSlope.x * float(objectiveOutlineSize.x);
//b.y += o2vSlope.y * float(objectiveOutlineSize.y);
//screen.drawLine(a, b, Color::white);
iRect r(objectivePos - objectiveOutlineSize, objectivePos + objectiveOutlineSize);
//bltBlendRect(screen, r);
screen->fillRect(r, Color::white);
//int xOffset = (strlen(WorldInputCmdProcessor::getSelectedObjectiveName()) * CHAR_XPIX) / 2;
//screen.bltStringShadowed(r.min.x - xOffset, r.min.y - 15, WorldInputCmdProcessor::getSelectedObjectiveName(), Color::white, Color::black);
iXY oos(objectiveOutlineSize);
iXY cornerPos;
if (v2oSlope.x > 0 && v2oSlope.y > 0) {
cornerPos = iXY(max.x, max.y);
r = iRect(cornerPos - oos, cornerPos + oos);
}
if (v2oSlope.x > 0 && v2oSlope.y <= 0) {
cornerPos = iXY(max.x, min.y);
r = iRect(cornerPos - oos, cornerPos + oos);
}
if (v2oSlope.x <= 0 && v2oSlope.y > 0) {
cornerPos = iXY(min.x, max.y);
r = iRect(cornerPos - oos, cornerPos + oos);
}
if (v2oSlope.x <= 0 && v2oSlope.y <= 0) {
cornerPos = iXY(min.x, min.y);
r = iRect(cornerPos - oos, cornerPos + oos);
}
screen->drawLine(cornerPos, b, Color::white);
screen->fillRect(r, Color::white);
//screen.bltLookup(r, Palette::darkGray256.getColorArray());
//screen.drawButtonBorder(r, Color::white, Color::gray96);
// Draw the name of the outpost.
}}
bltViewBackground(viewArea);
OutpostStatus outpost_status;
outpost_status = ObjectiveInterface::getOutpostStatus( CURRENT_SELECTED_OUTPOST_ID );
if (vsvUnitGenOn) {
sprintf(strBuf, "%s", getUnitName(vsvSelectedUnit));
clientArea.bltString( productionUnitPos.x, productionUnitPos.y,
strBuf, color);
sprintf(strBuf, "%01d:%02d/%01d:%02d",
((int)outpost_status.unit_generation_time_remaining) / 60,
((int)outpost_status.unit_generation_time_remaining) % 60,
((int)outpost_status.unit_generation_time) / 60,
((int)outpost_status.unit_generation_time) % 60);
clientArea.bltString( timeRequiredPos.x, timeRequiredPos.y,
strBuf, color);
} else {
sprintf(strBuf, "power off");
clientArea.bltString( productionUnitPos.x, productionUnitPos.y,
strBuf, color);
sprintf(strBuf, "power off");
clientArea.bltString( timeRequiredPos.x, timeRequiredPos.y,
strBuf, color);
}
int unitPerPlayer = gameconfig->maxunits / gameconfig->maxplayers;
sprintf(strBuf, "%d/%d", int(UnitInterface::getUnitCount(PlayerInterface::getLocalPlayerIndex())), unitPerPlayer);
clientArea.bltString(unitsBuiltPos.x, unitsBuiltPos.y, strBuf, color);
drawUnitProfileInfo(clientArea, iXY(0, unitProfileDataY), highlightedUnitType);
//sprintf(strBuf, "%01d:%02d", ( (int) outpost_status.unit_generation_time_remaining ) / 60, ( (int) outpost_status.unit_generation_time_remaining) % 60 );
//clientArea.bltString(timeRemainingPos, strBuf, color);
View::doDraw(viewArea, clientArea);
} // end VehicleSelectionView::doDraw
void TileOpDriver::apply(QString in, vector<Envelope> envelopes, double buffer,
QString out)
{
// create a job
pp::Job job;
job.setVerbose(Log::getInstance().getLevel() <= Log::Debug);
// set the name
job.setName("TileOpDriver");
// be nice and don't start the reduce tasks until most of the map tasks are done.
job.getConfiguration().setDouble("mapred.reduce.slowstart.completed.maps", 0.98);
// set the input/output
pp::Hdfs fs;
job.setInput(fs.getAbsolutePath(in.toStdString()));
job.setOutput(fs.getAbsolutePath(out.toStdString()));
if (_op == 0)
{
throw HootException("You must specify an operation.");
}
stringstream ss;
ObjectOutputStream oos(ss);
oos.writeObject(*_op);
oos.flush();
LOG_INFO("oos size: " << ss.str().size());
job.getConfiguration().setBytes(TileOpReducer::opKey(), ss.str());
job.getConfiguration().set(TileOpMapper::envelopesKey(), _toString(envelopes));
job.getConfiguration().set(TileOpMapper::replacementsKey(),
fs.getAbsolutePath(in.toStdString()));
job.getConfiguration().setDouble(TileOpMapper::maxWaySizeKey(), buffer);
job.getConfiguration().setDouble(TileOpMapper::bufferKey(), buffer);
// read the max ids from in and write them to the configuration
MapStats stats;
stats.readDir(in);
stats.write(job.getConfiguration());
// setup the mapper and reducer classes.
job.setMapperClass(TileOpMapper::className());
job.setReducerClass(TileOpReducer::className());
job.setInputFormatClass(PbfInputFormat::className());
job.setRecordReaderClass(PbfRecordReader::className());
job.setRecordWriterClass(PbfRecordWriter::className());
// Adds all libraries in this directory to the job.
job.addLibraryDirs(conf().getList("hoot.hadoop.libpath",
"${HOOT_HOME}/lib/;${HOOT_HOME}/local/lib/;${HADOOP_HOME}/c++/Linux-amd64-64/lib/;"
"${HOOT_HOME}/pretty-pipes/lib/"));
LOG_INFO("Hoot home: " << conf().getString("foo", "${HOOT_HOME}"));
const std::vector<std::string>& dirs = job.getLibraryDirs();
for (size_t i = 0; i < dirs.size(); i++)
{
LOG_INFO("lib dir: " << dirs[i]);
}
job.addFile(ConfPath::search("hoot.json").toStdString());
// if GDAL isn't installed on all nodes, then we'll need to copy over the projection info.
QString gdalData = QString(getenv("GDAL_DATA"));
if (gdalData != "")
{
QDir gdalDir(gdalData);
if (gdalDir.exists() == false)
{
LOG_WARN("Could not find GDAL_DIR: " << gdalData);
}
else
{
QStringList filters;
filters << "*.csv";
QFileInfoList fil = gdalDir.entryInfoList(filters, QDir::Files);
for (int i = 0; i < fil.size(); i++)
{
LOG_INFO("Adding GDAL_DATA file: " << fil[i].absoluteFilePath());
job.addFile(fil[i].absoluteFilePath().toStdString());
}
}
}
// This library will be used to provide mapper/reducer classes and anything else referenced
// by the factory.
job.addPlugin(getenv("HOOT_HOME") + string("/lib/libHootHadoop.so.1"));
// serialize all the configuration settings.
job.getConfiguration().set(settingsConfKey().toStdString(),
conf().toString().toUtf8().constData());
_addDefaultJobSettings(job);
QStringList fileDeps = conf().getList(fileDepsKey(), QStringList());
for (int i = 0; i < fileDeps.size(); i++)
{
job.addFile(fileDeps[i].toStdString());
}
// conflation runs can go for a _long_ time. Setting timeout to 6 hours.
job.getConfiguration().setInt("mapred.task.timeout", 6 * 3600 * 1000);
// run the job.
job.run();
}
