DataContainer GraphicsImpl::getData(const DataIdentifier& id)
{
if (id == "window.handle") {
std::ostringstream windowHndStr;
size_t windowHnd = 0;
window->getCustomAttribute("WINDOW", &windowHnd);
windowHndStr << windowHnd;
return DataContainer(windowHndStr.str());
}
return DataContainer();
}
void GraphicsImpl::guiCallback(MyGUI::WidgetPtr sender)
{
std::string name = sender->getName();
if (name == "do") {
InformationManager::Instance()->postDataToFeed("gui_event", DataContainer(DO_BUTTON));
}
if (name == "exit") {
InformationManager::Instance()->postDataToFeed("gui_event", DataContainer(EXIT_BUTTON));
}
}
void CameraBuffer::execute(DataProvider& provider)
{
// get the input data
Id2DataPair inputMapper(INPUT);
provider.receiveInputData(inputMapper);
// try to get a free buffer
Data* buffer = 0;
try
{
buffer = m_buffers(0);
}
catch(Timeout&)
{
}
if(buffer)
{
// there was a free buffer
DataContainer bufferContainer(buffer);
// remember it in the recycling access
m_buffers.add(bufferContainer);
Id2DataPair outputMapper(OUTPUT, inputMapper.data());
Id2DataPair bufferMapper(BUFFER, bufferContainer);
Id2DataPair idMapper(INDEX, DataContainer(new UInt32(m_id)));
// send it to the output (together with the input image and the current index)
provider.sendOutputData(outputMapper && bufferMapper && idMapper);
}
// increase the index
++m_id;
}
int AIMNetManager::GrabCapabilityStuff( DataContainer block ) {
int ret = 0;
int offset = 0;
while( offset < block.length() ) {
for( int32 i = 0; i < (int32)(sizeof(AIMCaps)/16); ++i ) {
if( DataContainer(AIMCaps[i],16) == block.getrange(offset,16) ) {
switch(i) {
case 0: ret |= CAPS_BUDDYICON;
break;
case 1: ret |= CAPS_VOICE;
break;
case 2: ret |= CAPS_IMIMAGE;
break;
case 3: ret |= CAPS_CHAT;
break;
case 4: ret |= CAPS_GETFILE;
break;
case 5: ret |= CAPS_SENDFILE;
break;
default: ret |= 0xff00;
break;
}
}
}
offset += 16;
}
return ret;
}
void Id2DataPairTest::setUp ( void )
{
std::vector<const Description*> descriptions;
descriptions.push_back(new Description(0, Variant::NONE));
descriptions.push_back(new Description(1, Variant::NONE));
descriptions.push_back(new Description(2, Variant::NONE));
m_map = new impl::Id2DataMap(descriptions);
m_dataContainer = DataContainer(new None());
}
bool GraphicsImpl::windowClosing(Ogre::RenderWindow* rw)
{
//Only close for window that created OIS (the main window in these demos)
if (rw == window) {
InformationManager::Instance()->postDataToFeed("gui_event", DataContainer(EXIT_BUTTON));
}
return true;
}
void ConstData::execute(DataProvider& provider)
{
if (! valuePtr())
throw InternalError("Value has not been set");
DataContainer data;
if (m_allocateData)
{
data = DataContainer(valuePtr()->clone());
}
else
{
Data* dataPtr = 0;
if (m_recycleAccess.empty())
{
// if this is the first time the operator executes the value must
// be cloned
dataPtr = valuePtr()->clone();
}
else
{
// otherwise the value in the recycler can be reused
dataPtr = m_recycleAccess.get();
}
if (dataPtr != valuePtr())
{
// if the value was changed by the user since the last execution
// update it
delete dataPtr;
dataPtr = valuePtr()->clone();
}
// send and remember for the next execution
data = DataContainer(dataPtr);
m_recycleAccess.add(data);
}
Id2DataPair outputDataMapper(OUTPUT, data);
provider.sendOutputData( outputDataMapper);
}
void Id2DataPair::get(runtime::impl::Id2DataMap& id2DataMap) const
{
if(! m_data.empty())
throw WrongState("Data has already been assigned to this ID-data pair.");
if(id2DataMap.get(m_id).empty())
throw WrongState("The requested output is empty.");
m_data = id2DataMap.get(m_id);
id2DataMap.set(m_id, DataContainer());
}
void Id2DataPair::set(runtime::impl::Id2DataMap& id2DataMap) const
{
if(m_data.empty())
throw WrongState("This ID-data pair contains no data");
if(! id2DataMap.get(m_id).empty())
throw WrongState("Data has already been assigned to this connector ID.");
id2DataMap.set(m_id, m_data);
m_data = DataContainer();
}
void AIMNetManager::ReceiveWarning( SNAC_Object& snac ) {
BString warnMessage;
char strNewWLevel[15];
unsigned short wLevel, i=0;
DataContainer screenName;
bool anon = false;
char snLength;
wLevel = (unsigned short)( rint( (double)GetWord(snac.data,i) / 10.0 ) );
i += 2;
printf( "New warning level: %u%%\n", wLevel );
printf( "... came from " );
// 'twas an anonymous warning
if( i >= snac.data.length() ) {
anon = true;
printf( "Anonymous\n" );
}
// grab the length, and then the screen name
if( !anon ) {
snLength = snac.data[i++];
screenName = DataContainer( snac.data.getrange(i,snLength) );
i += snLength;
screenName << char(0);
printf( "%s\n", screenName.c_ptr() );
}
// is our warning level going DOWN? if so, don't annoy the user by telling them about it
if( wLevel < client->WarningLevel() ) {
client->SetWarningLevel( wLevel );
return;
}
// make the "warned" message
client->SetWarningLevel( wLevel );
sprintf( strNewWLevel, "%u%%", wLevel );
warnMessage = BString( Language.get("ERR_GOT_WARNED") );
warnMessage.ReplaceAll( "%WLEVEL", strNewWLevel );
if( anon ) {
BString anonLabel = "[";
anonLabel.Append( Language.get("ANONYMOUS_LABEL") );
anonLabel.Append( "]" );
warnMessage.ReplaceAll( "%USER", anonLabel.String() );
} else
warnMessage.ReplaceAll( "%USER", screenName.c_ptr() );
// now display it
windows->ShowMessage( warnMessage, B_STOP_ALERT, Language.get("BEHAVE_LABEL"), WS_WARNED );
}
DataContainer PackageHandle::ReadAsset(const std::string& _assetName)
{
std::ifstream fs;
std::vector<std::string> path = SplitPathName(_assetName);
Asset* a = root->ReadAsset(path, 0);
if (a == nullptr)
return DataContainer(PackageResult::FILE_NOT_FOUND);
fs.open(packageName.c_str(), std::ifstream::binary);
char* result = (char*)allocator->FlatAllocate(a->GetSize());
if (result == nullptr)
return DataContainer(PackageResult::OUT_OF_MEMORY);
fs.seekg(a->GetStart());
fs.read(result, a->GetSize());
fs.close();
return DataContainer(result, a->GetSize());
}
DataContainer getData ( const DataIdentifier& id )
{
if ( id.isPartOf ( "system" ) )
{
if ( id.isPartOf ( "system.greeting" ) )
{
return DataContainer ( std::string ( "Sample Data" ) );
}
else if ( id.isPartOf ( "system.number" ) )
{
return DataContainer ( 3232 );
}
else
{
return DataContainer ( std::string ( "data n/a" ) );
}
}
else
{
return DataContainer ( std::string ( "not responsible for this" ) );
}
}
void CameraBuffer::activate()
{
Data* buffer = 0;
// delete all remaining buffers in the recycling access
while((buffer = m_buffers()))
delete buffer;
// allocate all buffers and add them to the recycler
for(unsigned int i = 0; i < m_numBuffers; ++i)
m_buffers.add(DataContainer(new cvsupport::Image(m_bufferSize)));
m_id = 0;
}
void Id2DataMapTest::testObserver()
{
DataContainer data1(new UInt8());
m_inputMap->set(1, data1);
CPPUNIT_ASSERT_EQUAL((unsigned int)(1), m_observer->lastId());
CPPUNIT_ASSERT_EQUAL(DataContainer(), m_observer->lastOldData());
CPPUNIT_ASSERT_EQUAL(data1, m_observer->lastNewData());
DataContainer data2(new UInt8());
m_inputMap->set(0, data2);
CPPUNIT_ASSERT_EQUAL((unsigned int)(0), m_observer->lastId());
CPPUNIT_ASSERT_EQUAL(DataContainer(), m_observer->lastOldData());
CPPUNIT_ASSERT_EQUAL(data2, m_observer->lastNewData());
DataContainer data3(new UInt8());
m_inputMap->set(0, data3);
CPPUNIT_ASSERT_EQUAL((unsigned int)(0), m_observer->lastId());
CPPUNIT_ASSERT_EQUAL(data2, m_observer->lastOldData());
CPPUNIT_ASSERT_EQUAL(data3, m_observer->lastNewData());
}
std::vector<DataContainer> PackageHandle::ReadAllAssetsInDir(const std::string& _directoryName)
{
std::vector<DataContainer> result;
std::ifstream fs;
std::vector<std::string> path = SplitPathName(_directoryName);
std::map<std::string, Asset*>::iterator it;
std::map<std::string, Asset*> amap = root->ReadAllAssetsInDir(path, 0);
if (amap.size() == 0)
{
result.push_back(DataContainer(PackageResult::DIRECTORY_NOT_FOUND));
return result;
}
fs.open(packageName.c_str(), std::ifstream::binary);
for (it = amap.begin(); it != amap.end(); it++)
{
char* buffer = (char*)allocator->FlatAllocate(it->second->GetSize());
if (buffer == nullptr)
{
result.push_back(DataContainer(PackageResult::OUT_OF_MEMORY));
return result;
}
fs.seekg(it->second->GetStart());
fs.read(buffer, it->second->GetSize());
result.push_back(DataContainer(buffer, it->second->GetSize()));
}
fs.close();
return result;
}
void Split::execute(DataProvider& provider)
{
if (m_storedItems.size() == 0)
{
RecycleAccess recycle;
{
Id2DataPair input(INPUT);
provider.receiveInputData(input);
recycle.add(input.data());
}
Data* data = recycle.get();
List* list = data_cast<List>(data);
if (list == 0)
throw InputError(INPUT, *this, "Input data must be a 'List' object.");
for (std::vector<Data*>::iterator iter = list->content().begin();
iter != list->content().end(); ++iter)
{
m_storedItems.push_back(DataContainer(*iter));
}
uint64_t size = list->content().size();
list->content().clear();
delete list;
DataContainer outNumItems(new UInt64(size));
Id2DataPair dataMapper(OUTPUT_NUM_ITEMS, outNumItems);
provider.sendOutputData(dataMapper);
}
if (m_storedItems.size() != 0)
{
DataContainer outData = m_storedItems.front();
Id2DataPair dataMapper(OUTPUT_DATA, outData);
m_storedItems.pop_front();
provider.sendOutputData(dataMapper);
}
}
short AIMNetManager::TackOnCapabilityStuff( DataContainer& data ) {
//int caps = CAPS_CHAT | CAPS_GETFILE | CAPS_SENDFILE;
int caps = 0;
int offset = 0;
// tack on all the required capabilities info
if( caps & CAPS_BUDDYICON ) {
data << DataContainer( AIMCaps[0], sizeof(AIMCaps[0]) );
offset += sizeof(AIMCaps[0]);
printf( "tacking on cap: CAPS_BUDDYICON\n" );
}
if( caps & CAPS_VOICE ) {
data << DataContainer( AIMCaps[1], sizeof(AIMCaps[1]) );
offset += sizeof(AIMCaps[1]);
printf( "tacking on cap: CAPS_VOICE\n" );
}
if( caps & CAPS_IMIMAGE ) {
data << DataContainer( AIMCaps[2], sizeof(AIMCaps[2]) );
offset += sizeof(AIMCaps[2]);
printf( "tacking on cap: CAPS_IMIMAGE\n" );
}
if( caps & CAPS_CHAT ) {
data << DataContainer( AIMCaps[3], sizeof(AIMCaps[3]) );
offset += sizeof(AIMCaps[3]);
printf( "tacking on cap: CAPS_CHAT\n" );
}
if( caps & CAPS_GETFILE ) {
data << DataContainer( AIMCaps[4], sizeof(AIMCaps[4]) );
offset += sizeof(AIMCaps[4]);
printf( "tacking on cap: CAPS_GETFILE\n" );
}
if( caps & CAPS_SENDFILE ) {
data << DataContainer( AIMCaps[5], sizeof(AIMCaps[5]) );
offset += sizeof(AIMCaps[5]);
printf( "tacking on cap: CAPS_SENDFILE\n" );
}
return offset;
}
void Baz::threadWillStart()
{
InformationManager::Instance()->postDataToFeed ( "system", DataContainer ( std::string ( "Thread started" ) ) );
}
