//This function responds to the user commands
void Scheduler::Invoke(String binaryInput)
{
Tokenize(binaryInput);
if(elevatorID==3) //special code for toggling userType (shortage of input pins)
return;
if(userType == "Operator")
{Operator();return;}
else
{Passenger();return;}
}
int main(int argc, const char * argv[])
{
vector < Passenger > passengersA;
vector < Passenger > passengersB;
passengersB.push_back(Passenger("Saffron",200,50
,Coordinate(20,15,12,"Delphi System"),"I travel very light"));
passengersB.push_back(Passenger("Mrs. Reynolds",150,120
,Coordinate(2,2,2,"Europa Colony"),"Just trying to get back my husband!"));
passengersB.push_back(Passenger("Yolanda",500,100
,Coordinate(20,15,12,"Delphi System"),"I am a courier of sensitive items"));
passengersB.push_back(Passenger("Tracey Smith ",200,50
,Coordinate(20,15,12,"Delphi System"),"Just a guy"));
passengersA.push_back(Passenger("Magistrate Higgins ",600,120
,Coordinate(2,2,2,"Europa Colony"),"I am very important person"));
passengersA.push_back(Passenger("Stitch Hessian",100,100
,Coordinate(100,72,32,"3rd moon of Persephone"),"Just get me there"));
Coordinate earth(0,0,0,"Earth");
Coordinate europa(2,2,2,"Europa Colony");
vector< CargoBin > cargo;
cargo.push_back(*new CargoBin(ACR.WARP,10));
cargo.push_back(*new CargoBin(ACR.ISOLC,10));
vector< SpaceThing > stations;
stations.push_back( *new SpaceThing("Far Point Station",100,100,cargo,europa,passengersB) );
stations.push_back( *new SpaceThing("Mars Research Station",100,100,cargo,europa,passengersB) );
stations.push_back( *new SpaceThing("Earth Space Command Station",100,100,cargo,europa,passengersB) );
//=====================================everything above line is dummy data, replace with an object factory
//SpaceFactory factory = SpaceFactory("/Users/Neil/Dropbox/webster/COSC4260/IAWSCA/SpaceFactory/");
//vector< SpaceThing > stations(randomStations(5));
//Dosn't work. Don't know why. Memory error in buy. Can't hunt it down. Brain is fried, out of time.
Ship ship(interface,"HMS Out Of Time",1000,2000,cargo,earth,passengersA);
bool close;
string choices[] = {//TODO: map menu options to function pointers??
"TRADE CARGO", //1
"LOAD PASSENGERS", //2
"SET COURSE", //3
"DOCK", //4
"MANAGE CARGO", //5
"VIEW PASSENGERS", //6
};
interface.message("Welcome to your space ship",true);
vector < string > mainMenu(begin_address(choices),end_address(choices));
while (!close) {
ship.displayHUD();
int choice = interface.showMenu("\n\nMAIN MENU", mainMenu,"Please choose an action");
switch (choice){
case 1: ship.buy();
break;
case 2: ship.loadPassengers();
break;
case 3: ship.setNewCourse();
break;
case 4: ship.dock(stations);
//stations = randomStations(5);
break;
case 5: ship.manageInventory();
break;
case 6: ship.viewPassengers();
break;
case 7: close = interface.prompt("Are you sure you want to quit","Yes","No");
break;
}
}
quit();
return 0;
}
bool ElevatorSim::readPassengerCsv()
{
bool status = true;
try
{
std::ifstream file(mPassengerFilePath);
std::string line;
while (std::getline(file, line))
{
bool lineStatus = true;
int startTime = 0;
FloorNumber startFloor = 0;
FloorNumber endFloor = 0;
// get the tokens
std::stringstream lineStream(line);
std::string cell;
try
{
if (std::getline(lineStream, cell, ','))
{
startTime = std::stoi(cell, nullptr);
}
else
{
lineStatus = false;
}
if (std::getline(lineStream, cell, ','))
{
startFloor = std::stoi(cell, nullptr);
}
else
{
lineStatus = false;
}
if (std::getline(lineStream, cell, ','))
{
endFloor = std::stoi(cell, nullptr);
}
else
{
lineStatus = false;
}
}
catch (const std::invalid_argument& e)
{
lineStatus = false;
}
if (lineStatus)
{
// error handling invalid input out of scope
assert(startTime >= 0);
Direction dir = (endFloor - startFloor) > 0 ? Direction::UP : Direction::DOWN;
PassengerStart newPassenger = std::make_pair(Passenger(dir, endFloor), startFloor);
mPassengerList.emplace(startTime, newPassenger);
}
}
mPassengersStart = mPassengerList.size();
}
catch (...)
{
std::cerr << "Failed to read csv file: " << mPassengerFilePath << std::endl;
status = false;
}
return status;
}
void runlogic()
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing init_script()");
init_script();
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Parent");
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing dowhile block - DoWhileBlock. NS Variable = var_dowhile");
{
NSDL2_RUNLOGIC(NULL, NULL, "NS Variable value for block - DoWhileBlock = %d", ns_get_int_val("var_dowhile"));
do
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Seq1");
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing weight block - Weight");
{
//int Weightweight = ns_get_random_number_int(1, 100);
int Weightweight = ns_get_random_number_int(1, weight);
NSDL2_RUNLOGIC(NULL, NULL, "Percentage random number for block - Weight = %d", Weightweight);
//if(Weightweight <= 100)
if(Weightweight <= weight)
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing percent block - Percentage (wt value = 100)");
{
//int Percentagepercent = ns_get_random_number_int(1, 100);
int Percentagepercent = ns_get_random_number_int(1, per1+per2);
NSDL2_RUNLOGIC(NULL, NULL, "Percentage random number for block - Percentage = %d", Percentagepercent);
//if(Percentagepercent <= 50)
if(Percentagepercent <= per1)
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - LoginLogout (pct value = 50%)");
LoginLogout();
}
//else if(Percentagepercent <= 100)
else if(Percentagepercent <= per1+per2)
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing count block - Count. Min = 1, Max = 1 (pct value = 50%)");
{
//int CountCount = ns_get_random_number_int(1, 1);
int CountCount = ns_get_random_number_int(min, max);
int CountLoop;
for(CountLoop = 1; CountLoop <= CountCount; CountLoop++)
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing while block - while. NS Variable = var_while (pct value = 50%), SelectedCount = %d, Iteration = %d",CountCount, CountLoop);
{
NSDL2_RUNLOGIC(NULL, NULL, "NS Variable value for block - while = %d", ns_get_int_val("var_while"));
while(ns_get_int_val("var_while"))
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - SeqW (pct value = 50%), SelectedCount = %d, Iteration = %d",CountCount, CountLoop);
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing switch block - Switch. NS Variable = var_switch (pct value = 50%), SelectedCount = %d, Iteration = %d",CountCount, CountLoop);
{
NSDL2_RUNLOGIC(NULL, NULL, "NS Variable value for block - Switch = %d", ns_get_int_val("var_switch"));
switch(ns_get_int_val("var_switch"))
{
case 0:
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Seq2 (case value = 0), SelectedCount = %d, Iteration = %d",CountCount, CountLoop);
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - Passenger");
Passenger();
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowSwitch");
FlowSwitch();
}
break;
case 1:
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Seq3 (case value = 1)");
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - Reservation");
Reservation();
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowSwitch");
FlowSwitch();
}
break;
case 2:
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Seq4 (case value = 2)");
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - LoginLogout");
LoginLogout();
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowSwitch");
FlowSwitch();
}
break;
default:
NSDL2_RUNLOGIC(NULL, NULL, "Executing sequence block - Seq5 (case value = -1)");
{
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - Tours");
Tours();
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowSwitch");
FlowSwitch();
}
break;
}
}
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowWhile");
FlowWhile();
}
}
}
}
}
}
}
}
}
NSDL2_RUNLOGIC(NULL, NULL, "Executing flow - FlowDoWhile");
FlowDoWhile();
}
} while(ns_get_int_val("var_dowhile"));
}
}
NSDL2_RUNLOGIC(NULL, NULL, "Executing ns_exit_session()");
ns_exit_session();
}
