Capacitor(const Registrar ®istrar)
: mStored(registrar.getInfo("energy"), Testing::Generator::ENERGY_PER_GENERATION * 20)
{
addInput("energy-in", new SinkConnector(this, registrar.getInfo("energy"), Testing::Generator::ENERGY_PER_GENERATION * 5));
addOutput("energy-out", new SourceConnector(registrar.getInfo("energy"), Testing::Generator::ENERGY_PER_GENERATION));
addOutputPin("readout", new OutputPin());
}
/*! \brief Creates and runs the registrar application.
The main thread is renamed.
\return 0.
*/
int
main()
{
FUNCTION_START();
// rename the main thread
rename_thread(find_thread(NULL), kRosterThreadName);
// create and run the registrar application
Registrar *app = new Registrar();
PRINT(("app->Run()...\n"));
app->Run();
PRINT(("delete app...\n"));
delete app;
FUNCTION_END();
return 0;
}
int main(int argc, char *argv[])
{
Citizenry myDB;
Citizen& emp2 = myDB.createCitizen("Nicholas", "Solter");
FarmDirectory myFarmDB;
Farms& thisFarm = myFarmDB.createFarm("Food", 2, 3);
Farms& nextFarm = myFarmDB.createFarm("Olive", 4, 5);
Registrar myRegDB;
myRegDB.createRegistry(1000, 2000);
Command cmd;
cmd.MenuSelection(myDB, myFarmDB, myRegDB);
cmd.Turn(myDB, myFarmDB, myRegDB);
system("PAUSE");
return EXIT_SUCCESS;
}
/*! \brief Creates and runs the registrar application.
The main thread is renamed.
\return 0.
*/
int
main()
{
FUNCTION_START();
// Create the global be_clipboard manually -- it will not work, since it
// wants to talk to the registrar in its constructor, but it doesn't have
// to and we would otherwise deadlock when initializing our GUI in the
// app thread.
be_clipboard = new BClipboard(NULL);
// create and run the registrar application
status_t error;
Registrar *app = new Registrar(&error);
if (error != B_OK) {
fprintf(stderr, "REG: Failed to create the BApplication: %s\n",
strerror(error));
return 1;
}
// rename the main thread
rename_thread(find_thread(NULL), kRosterThreadName);
PRINT(("app->Run()...\n"));
try {
app->Run();
} catch (std::exception& exception) {
char buffer[1024];
snprintf(buffer, sizeof(buffer),
"registrar main() caught exception: %s", exception.what());
debugger(buffer);
} catch (...) {
debugger("registrar main() caught unknown exception");
}
PRINT(("delete app...\n"));
delete app;
FUNCTION_END();
return 0;
}
void processCommand(const vector<string>& command, Registrar& registrar) {
if (command.size() == 0) {
cerr << "Did not enter vaild command" << endl;
}
if (command[0] == "PrintReport"& command.size() == 1) {
cout << registrar << endl;
} else if (command[0] == "AddCourse" && command.size() == 2) {
registrar.addCourse(command[1]);
} else if (command[0] == "AddStudent" && command.size() == 2) {
registrar.addStudent(command[1]);
} else if (command[0] == "CancelCourse" && command.size() == 2) {
registrar.cancelCourse(command[1]);
} else if (command[0] == "EnrollStudentInCourse" && command.size() == 3) {
registrar.enrollStudentInCourse(command[1], command[2]);
} else if (command[0] == "Purge" && command.size() == 2) {
registrar.purge();
}
}
int main(int argc, char **argv)
{
Ethereum::Connector::Provider provider;
provider.connect(Ethereum::Connector::Test_Net);
MasterRegistrar master(provider, BitProfile::Test_Net);
MasterRegistrar::URIList list = master.getURIList();
std::cout<<"registrars : "<<std::endl;
for(MasterRegistrar::URIList::Iterator it = list.begin(), end = list.end(); it!=end; ++it)
{
std::cout<<"* "<<it->toString();
Registrar registrar = master.get(it->getIndex());
std::cout<<" : "<<registrar.getAddress()<<std::endl;
}
std::cout<<std::endl;
return 0;
}
int APIENTRY WinMain(HINSTANCE hInstance,
HINSTANCE hPrevInstance,
LPSTR lpszCmdLine,
int cmdShow)
{
HANDLE runOnceMutex = NULL;
bool allowMultipleInst = false;
g_hinst = hInstance;
// should we allow FreeAmp to run?
struct stat st;
char path[MAX_PATH];
char arg0[MAX_PATH];
getcwd(path, sizeof(path));
strcpy(arg0, __argv[0]);
char* slash = strrchr(arg0, '\\');
if(slash)
{
*slash = 0x00;
if(strcasecmp(path, arg0))
{
chdir(arg0);
strcpy(path, arg0);
}
}
strcat(path, "\\NeedToRebootForUpdate");
if(!stat(path, &st))
{
MessageBox(NULL, kReboot, "You Need To Reboot...",
MB_OK|MB_ICONINFORMATION|MB_SETFOREGROUND);
return 0;
}
FAContext *context = new FAContext;
context->prefs = new Win32Prefs();
context->prefs->GetPrefBoolean(kAllowMultipleInstancesPref, &allowMultipleInst);
context->hInstance = hInstance;
if (!allowMultipleInst)
{
if(SendCommandLineToRealJukebox())
{
return 0;
}
runOnceMutex = CreateMutex( NULL,
TRUE,
The_BRANDING" Should Only Run One Time!");
if(GetLastError() == ERROR_ALREADY_EXISTS)
{
SendCommandLineToHiddenWindow();
CloseHandle(runOnceMutex);
return 0;
}
}
// This causes a dynamic link error on some non NT systems, and
// it didn't seem to help on multiprocessor NT systems, so I'm
// commenting it.
//if(IsWinNT() && IsMultiProcessor())
// SetProcessAffinityMask(GetCurrentProcess(), 0);
WSADATA sGawdIHateMicrosoft;
WSAStartup(0x0002, &sGawdIHateMicrosoft);
context->log = new LogFile("freeamp.log");
// find all the plug-ins we use
Registrar* registrar;
Registry* lmc;
Registry* pmi;
Registry* pmo;
Registry* ui;
registrar = new Registrar;
registrar->SetSubDir("plugins");
registrar->SetSearchString("*.lmc");
lmc = new Registry;
registrar->InitializeRegistry(lmc, context->prefs);
registrar->SetSearchString("*.pmi");
pmi = new Registry;
registrar->InitializeRegistry(pmi, context->prefs);
registrar->SetSearchString("*.pmo");
pmo = new Registry;
registrar->InitializeRegistry(pmo, context->prefs);
registrar->SetSearchString("*.ui");
ui = new Registry;
registrar->InitializeRegistry(ui, context->prefs);
delete registrar;
bool reclaimFileTypes, askBeforeReclaiming;
uint32 length = sizeof(path);
context->prefs->GetPrefBoolean(kReclaimFiletypesPref, &reclaimFileTypes);
context->prefs->GetPrefBoolean(kAskToReclaimFiletypesPref, &askBeforeReclaiming);
context->prefs->GetPrefString(kInstallDirPref, path, &length);
strcat(path, "\\freeamp.exe");
if(reclaimFileTypes)
ReclaimFileTypes(path, askBeforeReclaiming);
// create the player
Player *player = Player::GetPlayer(context);
// we are the first instance so create our hidden window
Thread* thread = Thread::CreateThread();
thread->Create(CreateHiddenWindow, context);
// need a way to signal main thread to quit...
Semaphore *termination = new Semaphore();
// register items... we give up ownership here
player->SetTerminationSemaphore(termination);
player->RegisterLMCs(lmc);
player->RegisterPMIs(pmi);
player->RegisterPMOs(pmo);
player->RegisterUIs(ui);
// Let the player know if there are special requests from the user
// __argc and __argv are magical variables provided for us
// in MS's STDLIB.H file.
player->SetArgs(__argc, __argv);
// kick things off... player is now in charge!
player->Run();
// sit around and twiddle our thumbs
termination->Wait();
// clean up our act
delete player;
delete context;
delete thread;
if (!allowMultipleInst)
CloseHandle(runOnceMutex);
WSACleanup();
return 0;
}
bool SendCommandLineToRealJukebox()
{
bool result = false;
Registrar registrar;
Registry formatRegistry;
Win32Prefs prefs;
vector<DownloadFormatInfo*> formats;
// init
registrar.SetSubDir("plugins");
registrar.SetSearchString("*.dlf");
registrar.InitializeRegistry(&formatRegistry, &prefs);
const RegistryItem* module = NULL;
DownloadFormat* dlf = NULL;
int32 i = 0;
while((module = formatRegistry.GetItem(i++)))
{
dlf = (DownloadFormat*) module->InitFunction()(NULL);
if(dlf)
{
DownloadFormatInfo dlfi;
uint32 index = 0;
// error != kError_NoMoreFormats
while(IsntError(dlf->GetSupportedFormats(&dlfi, index++)))
{
dlfi.SetRef(dlf);
formats.push_back(new DownloadFormatInfo(dlfi));
}
}
}
vector<DownloadFormatInfo*>::iterator dlfIter;
if(__argc > 1)
{
char* extension;
extension = strrchr(__argv[1], '.');
if(extension)
{
extension++;
for(dlfIter = formats.begin();
dlfIter != formats.end();
dlfIter++)
{
if(!strcasecmp(extension, (*dlfIter)->GetExtension()))
{
vector<DownloadItem*> items;
char url[MAX_PATH + 7];
uint32 size = sizeof(url);
Error err;
err = FilePathToURL(__argv[1], url, &size);
if(IsntError(err))
{
(*dlfIter)->GetRef()->ReadDownloadFile(url,
&items);
vector<DownloadItem*>::iterator dliIter;
for(dliIter = items.begin();
dliIter != items.end();
dliIter++)
{
MetaData metadata = (*dliIter)->GetMetaData();
if( strcasecmp("mp3", metadata.FormatExtension().c_str()) &&
strcasecmp("mp2", metadata.FormatExtension().c_str()) &&
strcasecmp("mp1", metadata.FormatExtension().c_str()) &&
strcasecmp("m3u", metadata.FormatExtension().c_str()) &&
strcasecmp("pls", metadata.FormatExtension().c_str()) )
{
bool rjFound = false;
result = true;
LONG regErr;
HKEY key;
regErr = RegOpenKeyEx(HKEY_LOCAL_MACHINE,
"SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\App Paths\\realjbox.exe",
0,
KEY_WRITE|KEY_READ,
&key);
if(regErr == ERROR_SUCCESS)
{
char buf[MAX_PATH*2];
DWORD len = sizeof(buf);
DWORD type;
regErr = RegQueryValueEx(key,
NULL,
NULL,
&type,
(LPBYTE)buf,
&len);
if(regErr == ERROR_SUCCESS)
{
rjFound = true;
strcat(buf, " /m application/vnd.rn-rn_music_package ");
strcat(buf, __argv[1]);
WinExec(buf, SW_NORMAL);
}
}
if(!rjFound)
{
MessageBox(NULL, The_BRANDING" does not support the formats "
"contained in this Music Package. The download "
"will be aborted.", "Unsupported Formats", MB_OK);
DeleteFile(__argv[1]);
}
}
}
}
break;
}
}
}
}
// clean up
for(dlfIter = formats.begin();
dlfIter != formats.end();
dlfIter++)
{
delete (*dlfIter)->GetRef();
delete (*dlfIter);
}
return result;
}
void ChemoPopComposer::setupSimulation() {
this->initializeAgentFactories();
Registrar *r = Registrar::getSystemRegistrar();
maestro = this->createAgent(*factories[0]);
orchestra.push_back(maestro);
r->registerNewAgent(maestro);
// propagate the num_steps and dt of the maestro to the composer
this->dt = ((DoubleData*) maestro->getDatabase()->getDataItem("dt"))->getDouble();
this->num_steps = ((IntegerData*) maestro->getDatabase()->getDataItem("num_steps"))->getInteger();
/// error checking before initialising the number of cells
if (((WorldAgentFactoryII *) factories[0])->getNumCells() != cpi->getNumberCells()) {
std::stringstream outx, outy;
outx << ((WorldAgentFactoryII *) factories[0])->getNumCells(); string x; x = outx.str();
outy << cpi->getNumberCells(); string y; y = outy.str();
throw HiveException("this one will be fatal! world factory and cell factories operate with different cell numbers ("+x+" in worldFactory vs. "+y+" in cellFactory)",
"ChemoPopComposer::setupSimulation()");
}
// get the number of cells
this->number_of_cells = cpi->getNumberCells();
cerr << "# creating cells " << endl;
// create the cells of the orchestra
for (int i =0; i<this->number_of_cells; i++) {
Agent *cell = factories[1]->createAgent();
orchestra.push_back(cell);
r->registerNewAgent(cell);
}
// cerr << "hier" << endl;
//maestro->getDatabase()->printDataBase(cerr);
//orchestra.at(1)->getDatabase()->printDataBase(cerr);
// set the number of cells that the output agent will have to deal with
if (!this->cells_are_blind_agents)
((OutputAgentFactory*) factories.at(2))->setNumberCells(number_of_cells);
else
((OutputAgentFactory*) factories.at(2))->setNumberBlindAgents(number_of_cells);
// tell the output agent whether it will need to output the world grid
if (((BoolData*) maestro->getDatabase()->getDataItem("is_grid_environment"))->getBool())
((OutputAgentFactory*) factories.at(2))->setWorldHasGrid(true);
// create the output agent
SpecialAgent *ibn_abi_sarh = (SpecialAgent* ) factories.at(2)->createAgent();
ibn_abi_sarh->setOutputInterval(this->output_interval);
special_agents.push_back(ibn_abi_sarh);
r->registerNewAgent(ibn_abi_sarh);
r->registerNewSpecialAgent(ibn_abi_sarh);
//ibn_abi_sarh->getDatabase()->printDataBase(cerr);
//exit(1);
this->setupAgentHierarchy();
this->addSerialCommunicator();
this->num_steps = ((WorldAgentFactoryI*)this->factories.at(0))->getNumSteps();
this->dt = ((WorldAgentFactoryI*)this->factories.at(0))->getTimeIncrement();
// we do not need to send an initialisation messages.
cerr << "# done setting up the simulation" << endl;
/// just for testing the new model by will, dumb the cell agent's databases to see that everything
/// has been initialised correctly.
// Database *db101 = orchestra[1]->getDatabase();
// db101->printDataBase(cerr);
// Database *db202 = orchestra[2]->getDatabase();
// db202->printDataBase(cerr);
// exit(1);
}
int main() {
Registrar registrar;
cout << "No courses or students added yet\n";
cout << registrar << endl; // or registrar.printReport()
cout << "AddCourse CS101.001\n";
registrar.addCourse("CS101.001");
cout << registrar << endl; // or registrar.printReport()
cout << "AddStudent FritzTheCat\n";
registrar.addStudent("FritzTheCat");
cout << registrar << endl; // or registrar.printReport()
cout << "AddCourse CS102.001\n";
registrar.addCourse("CS102.001");
cout << registrar << endl; // or registrar.printReport()
cout << "EnrollStudentInCourse FritzTheCat CS102.001\n";
registrar.enrollStudentInCourse("FritzTheCat", "CS102.001");
cout << "EnrollStudentInCourse FritzTheCat CS101.001\n";
registrar.enrollStudentInCourse("FritzTheCat", "CS101.001");
cout << registrar << endl; // or registrar.printReport()
cout << "EnrollStudentInCourse Bullwinkle CS101.001\n";
cout << "Should fail, i.e. do nothing, since Bullwinkle is not a student.\n";
registrar.enrollStudentInCourse("Bullwinkle", "CS101.001");
cout << registrar << endl; // or registrar.printReport()
cout << "CancelCourse CS102.001\n";
registrar.cancelCourse("CS102.001");
cout << registrar << endl; // or registrar.printReport()
cout << "ChangeStudentName FritzTheCat MightyMouse\n";
registrar.changeStudentName("FritzTheCat", "MightyMouse");
cout << registrar << endl; // or registrar.printReport()
cout << "DropStudentFromCourse MightyMouse CS101.001\n";
registrar.dropStudentFromCourse("MightyMouse", "CS101.001");
cout << registrar << endl; // or registrar.printReport()
cout << "RemoveStudent FritzTheCat\n";
registrar.removeStudent("FritzTheCat");
cout << registrar << endl; // or registrar.printReport()
cout << "Purge for start of next semester\n";
registrar.purge();
cout << registrar << endl; // or registrar.printReport()
}
int main(int argc, char *argv[])
{
const Resource::Type LIQUID_STATE = 1;
const Resource::Type SOLID_STATE = 2;
const Resource::Type GAS_STATE = 3;
const Resource::Type PLASMA_STATE = 4;
Resource::Info fuelInfo(Resource::INVALID_RESOURCE, LIQUID_STATE);
Resource::Info energyInfo(Resource::INVALID_RESOURCE, PLASMA_STATE);
Resource::Info waterInfo(Resource::INVALID_RESOURCE, LIQUID_STATE);
Resource::Info oxygenInfo(Resource::INVALID_RESOURCE, GAS_STATE);
SimSys::System system;
Registrar registrar;
registrar.registerResource("fuel", fuelInfo);
registrar.registerResource("energy", energyInfo);
registrar.registerResource("water", waterInfo);
registrar.registerResource("oxygen", oxygenInfo);
/*
ResourceTank *fuelTank = new ResourceTank(1000, registrar.getInfo("fuel"), registrar);
ResourceTank *waterTank = new ResourceTank(1000, registrar.getInfo("water"), registrar);
ResourceTank *capacitor = new ResourceTank(500, registrar.getInfo("energy"), registrar);
ResourceTank *oxygenTank = new ResourceTank(500, registrar.getInfo("oxygen"), registrar);
Generator *generator = new Generator(registrar);
LifeSupport *lifeSupport = new LifeSupport(registrar);
Ventilation *ventilation = new Ventilation(registrar);
Pipe *fuelToGenerator = new Pipe(generator->getInput("fuel-in"), Generator::FUEL_PER_GENERATION * 2, Generator::FUEL_PER_GENERATION / 2);
fuelTank->getOutput("out-port")->connect(fuelToGenerator);
Pipe *energyToCapacitor = new Pipe(capacitor->getInput("in-port"), Generator::ENERGY_PER_GENERATION * 2, Generator::FUEL_PER_GENERATION / 2);
generator->getOutput("energy-out")->connect(energyToCapacitor);
Pipe *capacitorToLifeSupport = new Pipe(lifeSupport->getInput("energy-in"), LifeSupport::ENERGY_NEEDED * 2, LifeSupport::ENERGY_NEEDED / 2);
capacitor->getOutput("out-port")->connect(capacitorToLifeSupport);
Pipe *waterToLifeSupport = new Pipe(lifeSupport->getInput("water-in"), LifeSupport::WATER_NEEDED * 2, LifeSupport::WATER_NEEDED / 2);
waterTank->getOutput("out-port")->connect(waterToLifeSupport);
Pipe *lifeSupportToOxygen = new Pipe(oxygenTank->getInput("in-port"), LifeSupport::OXYGEN_GENERATED * 2, LifeSupport::OXYGEN_GENERATED / 2);
lifeSupport->getOutput("oxygen-out")->connect(lifeSupportToOxygen);
Pipe *oxygenToVentilation = new Pipe(ventilation->getInput("oxygen-in"), Ventilation::OXYGEN_NEEDED * 2, Ventilation::OXYGEN_NEEDED / 2);
oxygenTank->getOutput("out-port")->connect(oxygenToVentilation);
fuelTank->getInput("in-port")->sink(registrar.getResource("fuel", 1000));
waterTank->getInput("in-port")->sink(registrar.getResource("water", 1000));
system.add(fuelTank);
system.add(waterTank);
system.add(capacitor);
system.add(oxygenTank);
system.add(generator);
system.add(lifeSupport);
system.add(ventilation);
system.add(fuelToGenerator);
system.add(energyToCapacitor);
system.add(capacitorToLifeSupport);
system.add(waterToLifeSupport);
system.add(lifeSupportToOxygen);
system.add(oxygenToVentilation);
*/
/*
Builtin::DigitalInput *inputOne = new Builtin::DigitalInput(true);
Builtin::DigitalInput *inputTwo = new Builtin::DigitalInput(false);
Builtin::XorGate2 *xorGate = new Builtin::XorGate2();
Builtin::OrGate2 *orGate = new Builtin::OrGate2();
Builtin::DigitalProbe *outputProbe = new PrintProbe("xor gate");
inputOne->getOutput("digital-out")->connectTo(xorGate->getInput("A"));
inputTwo->getOutput("digital-out")->connectTo(orGate->getInput("A"));
xorGate->getOutput("Q")->connectTo(outputProbe->getInput("digital-in"));
xorGate->getOutput("Q")->connectTo(orGate->getInput("B"));
orGate->getOutput("Q")->connectTo(xorGate->getInput("B"));
system.add(inputOne);
system.add(inputTwo);
system.add(xorGate);
system.add(orGate);
system.add(outputProbe);
*/
// resource layer
Generator *generator = new Generator(registrar);
Capacitor *capacitor = new Capacitor(registrar);
// control layer
HysterisisController *controller = new HysterisisController(0.75f, 0.99f);
Builtin::DigitalProbe *probe = new PrintProbe("controller");
// create pipes
Pipe *generatorToCapacitor = new Pipe(capacitor->getInput("energy-in"), Testing::Generator::ENERGY_PER_GENERATION * 2, Testing::Generator::ENERGY_PER_GENERATION);
// connect pipes
generator->getOutput("energy-out")->connect(generatorToCapacitor);
// connect controls
capacitor->getOutputPin("readout")->connectTo(controller->getInputPin("value"));
controller->getOutputPin("control")->connectTo(generator->getInputPin("enable"));
controller->getOutputPin("control")->connectTo(probe->getInputPin("digital-in"));
// add to system
system.add(generator);
system.add(capacitor);
system.add(controller);
system.add(probe);
system.add(generatorToCapacitor);
const long thinkRate = 2;
const long thinkDelay = 1000 / thinkRate;
long nextThink = clock();
const long statisticDelay = 5; // seconds
const long statDelayMs = statisticDelay * 1000;
long nextStatistics = clock() + statDelayMs;
long stepsSoFar = 0;
long stepsPerSecond = 0;
while(system.isAwake())
{
if(clock() >= nextThink)
{
cout << "think" << endl;
system.think();
stepsSoFar ++;
nextThink += thinkDelay;
}
if(clock() >= nextStatistics)
{
stepsPerSecond = stepsSoFar / statisticDelay;
stepsSoFar = 0;
cout << "steps/s: " << stepsPerSecond << endl;
nextStatistics += statDelayMs;
}
}
cout << "press enter to exit..." << endl;
cin.get();
return 0;
}
Generator(const Registrar ®istrar)
: mRegistrar(registrar), mEnabled(false)
{
addInputPin("enable", new InputPin(this));
addOutput("energy-out", new SourceConnector(registrar.getInfo("energy"), Testing::Generator::ENERGY_PER_GENERATION));
}
