void CBuffer::UpdateInfo(tstring& s)
{
tstring p;
s = "";
s += "MACRO-BUFFER INFO\n";
s += "Network extender\n \n";
if (GetPlayerOwner())
{
s += "Team: " + GetPlayerOwner()->GetPlayerName() + "\n";
if (GetDigitanksPlayer() == DigitanksGame()->GetCurrentLocalDigitanksPlayer())
s += " Friendly\n \n";
else
s += " Hostile\n \n";
}
else
{
s += "Team: Neutral\n \n";
}
if (IsConstructing())
{
s += "(Constructing)\n";
s += tsprintf(tstring("Turns left: %d\n"), GetTurnsRemainingToConstruct());
return;
}
s += tsprintf(tstring("Fleet Points: %d\n"), FleetPoints());
s += tsprintf(tstring("Bandwidth: %.1f/turn\n"), Bandwidth());
s += tsprintf(tstring("Network Size: %d\n"), (int)GetDataFlowRadius());
s += tsprintf(tstring("Efficiency: %d\n"), (int)(GetChildEfficiency() * 100));
}
void CCPU::UpdateInfo(tstring& s)
{
tstring p;
s = "";
s += "CENTRAL PROCESSING UNIT\n";
s += "Command center\n \n";
if (GetDigitanksPlayer())
{
s += "Team: " + GetDigitanksPlayer()->GetPlayerName() + "\n";
if (GetDigitanksPlayer() == DigitanksGame()->GetCurrentLocalDigitanksPlayer())
s += " Friendly\n \n";
else
s += " Hostile\n \n";
}
else
{
s += "Team: Neutral\n \n";
}
if (IsProducing())
{
s += "[Producing Rogue]\n";
s += tsprintf(tstring("Turns left: %d\n \n"), m_iTurnsToProduceRogue.Get());
}
s += tsprintf(tstring("Power: %.1f/turn\n"), Power());
s += tsprintf(tstring("Fleet Points: %d\n"), FleetPoints());
s += tsprintf(tstring("Bandwidth: %.1f/turn\n"), Bandwidth());
s += tsprintf(tstring("Network Size: %d\n"), (int)GetDataFlowRadius());
s += tsprintf(tstring("Efficiency: %d\n"), (int)(GetChildEfficiency() * 100));
}
Bandwidth Module::getBandwidth(){
std::ifstream streamUp("/sys/kernel/bandwidth/up");
std::ifstream streamDown("/sys/kernel/bandwidth/down");
ULong up = 0;
streamUp >> up;
ULong down = 0;
streamDown >> down;
return Bandwidth(down, up);
}
void Window::update(){
Module module;
const ULong seconds = module.getSeconds();
if(seconds != seconds_){
seconds_ = seconds;
const Bandwidth moduleBandwidth = module.getBandwidth();
const time_t currentTime = time(0);
const tm * timeData = localtime(¤tTime);
const int currentWeekDay = timeData->tm_wday;
if(currentWeekDay != prevWeekDay_){
prevWeekDay_ = currentWeekDay;
moduleStartBandwidth_ = moduleBandwidth;
startBandwidth_ = Bandwidth(0ul, 0ul);
}
const Bandwidth bandwidth = (moduleBandwidth - moduleStartBandwidth_) + startBandwidth_;
const ULong total = bandwidth.down + bandwidth.up;
const ULong limit = 4ul * 1024ul * 1024ul * 1024ul; // 4GB.
const ULong maxTransferRate = (limit > total ? limit - total : 0ul) / 60ul;
BandwidthFile file;
file.save(bandwidth);
module.setLimit(maxTransferRate);
const double usage = total < limit ? double(total) / double(limit) : 1.0;
progress_->setValue(usage * 100000.0);
std::ostringstream stream;
stream << "Bandwidth Limit: " << displayDataSize(limit) << std::endl;
stream << "Bandwidth Used (Total): " << displayDataSize(total) << std::endl;
stream << "Bandwidth Used (Down): " << displayDataSize(bandwidth.down) << std::endl;
stream << "Bandwidth Used (Up): " << displayDataSize(bandwidth.up) << std::endl;
stream << "Current max transfer rate: " << displayDataSize(maxTransferRate) << "/s";
label_->setText(tr(stream.str().c_str()));
trayIcon_.update(bandwidth);
}
}
void CStructure::DrawSchema(int x, int y, int w, int h)
{
CRenderingContext c(GameServer()->GetRenderer(), true);
c.SetBlend(BLEND_ALPHA);
c.SetColor(Color(255, 255, 255));
float flYPosition = (float)y + h;
float flXPosition = (float)x + w + 20;
int iIconFontSize = 11;
tstring sFont = "text";
float flIconFontHeight = glgui::RootPanel()->GetFontHeight(sFont, iIconFontSize) + 2;
if (IsConstructing())
{
tstring sTurns = tsprintf(tstring("Turns To Construct: %d"), GetTurnsRemainingToConstruct());
float flWidth = glgui::RootPanel()->GetTextWidth(sTurns, sTurns.length(), sFont, iIconFontSize);
glgui::CLabel::PaintText(sTurns, sTurns.length(), sFont, iIconFontSize, flXPosition - flWidth, (float)y);
return;
}
if (IsUpgrading())
{
tstring sTurns = tsprintf(tstring("Turns To Upgrade: %d"), GetTurnsRemainingToUpgrade());
float flWidth = glgui::RootPanel()->GetTextWidth(sTurns, sTurns.length(), sFont, iIconFontSize);
glgui::CLabel::PaintText(sTurns, sTurns.length(), sFont, iIconFontSize, flXPosition - flWidth, (float)y);
return;
}
if (GetUnitType() == STRUCTURE_CPU)
{
CCPU* pCPU = static_cast<CCPU*>(this);
if (pCPU->IsProducing())
{
tstring sTurns = "Rogue: 1"; // It only ever takes one turn to make a rogue.
float flWidth = glgui::RootPanel()->GetTextWidth(sTurns, sTurns.length(), sFont, iIconFontSize);
glgui::CLabel::PaintText(sTurns, sTurns.length(), sFont, iIconFontSize, flXPosition - flWidth, (float)y);
}
}
else if (GetUnitType() == STRUCTURE_TANKLOADER || GetUnitType() == STRUCTURE_INFANTRYLOADER || GetUnitType() == STRUCTURE_ARTILLERYLOADER)
{
CLoader* pLoader = static_cast<CLoader*>(this);
if (pLoader->IsProducing())
{
tstring sUnit;
if (pLoader->GetBuildUnit() == UNIT_INFANTRY)
sUnit = "Resistor";
else if (pLoader->GetBuildUnit() == UNIT_ARTILLERY)
sUnit = "Artillery";
else
sUnit = "Digitank";
tstring sTurns = tsprintf(sUnit + ": %d", pLoader->GetTurnsRemainingToProduce());
float flWidth = glgui::RootPanel()->GetTextWidth(sTurns, sTurns.length(), sFont, iIconFontSize);
glgui::CLabel::PaintText(sTurns, sTurns.length(), sFont, iIconFontSize, flXPosition - flWidth, (float)y);
}
}
if (Bandwidth() > 0)
{
tstring sBandwidth = tsprintf(tstring(": %.1f"), Bandwidth());
float flWidth = glgui::RootPanel()->GetTextWidth(sBandwidth, sBandwidth.length(), sFont, iIconFontSize);
DigitanksWindow()->GetHUD()->PaintHUDSheet("BandwidthIcon", flXPosition - flWidth - flIconFontHeight, flYPosition - flIconFontHeight + 5, flIconFontHeight, flIconFontHeight);
glgui::CLabel::PaintText(sBandwidth, sBandwidth.length(), sFont, iIconFontSize, flXPosition - flWidth, flYPosition);
flYPosition -= flIconFontHeight;
}
if (FleetPoints() > 0)
{
tstring sFleetPoints = tsprintf(tstring(": %d"), FleetPoints());
float flWidth = glgui::RootPanel()->GetTextWidth(sFleetPoints, sFleetPoints.length(), sFont, iIconFontSize);
DigitanksWindow()->GetHUD()->PaintHUDSheet("FleetPointsIcon", flXPosition - flWidth - flIconFontHeight, flYPosition - flIconFontHeight + 5, flIconFontHeight, flIconFontHeight);
glgui::CLabel::PaintText(sFleetPoints, sFleetPoints.length(), sFont, iIconFontSize, flXPosition - flWidth, flYPosition);
flYPosition -= flIconFontHeight;
}
if (Power() > 0)
{
tstring sPower = tsprintf(tstring(": %.1f"), Power());
float flWidth = glgui::RootPanel()->GetTextWidth(sPower, sPower.length(), sFont, iIconFontSize);
DigitanksWindow()->GetHUD()->PaintHUDSheet("PowerIcon", (flXPosition - flWidth - flIconFontHeight), (flYPosition - flIconFontHeight) + 5, flIconFontHeight, flIconFontHeight);
glgui::CLabel::PaintText(sPower, sPower.length(), sFont, iIconFontSize, flXPosition - flWidth, flYPosition);
flYPosition -= flIconFontHeight;
}
}
void ReportDialog::OnTimer( wxTimerEvent& event )
{
if( m_dummy > 99 )
m_dummy = 0;
TestMarshall *tm = TestMarshall::GetInstance();
wxString title;
if( m_step == 0 ) // Init and OS Info
{
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(1);
}
}
else if( m_step == 1 ) // TCP window size
{
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(2);
}
}
else if( m_step == 2 ) // External IP
{
title << wxT("Kontrollerar extern IP");
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(3);
}
}
else if( m_step == 3 )
{
title << wxT("Kontrollerar dina n�tverksinst�llningar");
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(4);
return;
}
if( m_proc_running ) {
this->OutputBuffer();
}
else {
while( this->OutputBuffer() );
}
m_stepDone = !m_proc_running;
}
else if( m_step == 4 ) // netstat
{
title << wxT("Kontrollerar din nuvarande n�tverkskopplingar");
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(5);
return;
}
if( m_proc_running ) {
this->OutputBuffer();
}
else {
while( this->OutputBuffer() );
}
m_stepDone = !m_proc_running;
}
else if( m_step == 5 ) // tptest downstream
{
title << FROMCSTR(tm->GetProgressString());
if( NextStep() )
{
this->m_Output->AppendText( wxT("\n\n----------------------------\n\n") );
Run(6);
return;
}
if( tm->GetCompletedStatus() )
{
// TCP nedstr�ms
TPEngine *engp = tm->GetDownstreamTPEngineStruct(0);
wxString Bandwidth( FROMCSTR( Int32ToString( (int)engp->bestTCPRecvRate*8) ) );
m_Output->AppendText( wxT("\n\nTCP nedstr�ms : ") );
m_Output->AppendText( Bandwidth );
m_Output->AppendText( wxT("\n") );
Bandwidth.Clear();
// TCP uppstr�ms
engp = tm->GetUpstreamTPEngineStruct(0);
Bandwidth << FROMCSTR( Int32ToString( (int)engp->bestTCPSendRate*8) );
m_Output->AppendText( wxT("\nTCP uppstr�ms : ") );
m_Output->AppendText( Bandwidth );
m_Output->AppendText( wxT("\n") );
Bandwidth.Clear();
// UDP nedstr�ms
engp = tm->GetDownstreamTPEngineStruct(1);
Bandwidth << FROMCSTR( Int32ToString( (int)engp->bestUDPRecvRate*8 ) );
m_Output->AppendText( wxT("\nUDP nedstr�ms : ") );
m_Output->AppendText( Bandwidth );
m_Output->AppendText( wxT("\n") );
Bandwidth.Clear();
// UDP uppstr�ms
engp = tm->GetUpstreamTPEngineStruct(1);
Bandwidth << FROMCSTR( Int32ToString( (int)engp->bestUDPSendRate*8) );
m_Output->AppendText( wxT("\nUDP uppstr�ms : ") );
m_Output->AppendText( Bandwidth );
m_Output->AppendText( wxT("\n") );
Bandwidth.Clear();
m_stepDone = true;
}
}
else if( m_step == 6 )
{
title << wxT("Utf�r traceroute");
if( m_proc_running ) {
this->OutputBuffer();
}
else {
while( this->OutputBuffer() );
}
m_stepDone = !m_proc_running;
}
bool Ok = this->m_dlgProgress->Update( m_dummy++, title );
if( !m_Closed && (m_step == 6 && m_stepDone) || !Ok )
{
TestMarshall *tm = TestMarshall::GetInstance();
this->m_Output->AppendText( wxT("\n\n----------- END --------------\n\n") );
this->m_timer->Stop();
if( m_TPTestInitialized )
tm->DeinitTestEngine(!Ok);
this->SetCursor( *wxSTANDARD_CURSOR );
this->m_dlgProgress->Show(false);
this->m_ButtonSaveToFile->Enable(true);
m_Done = true;
}
}