public AuthorityTool(CTCOfficeGUI ctcgui, CTCOffice ctc, ISimulationEnvironment env)
{
InitializeComponent();
_ctc = ctc;
_ctcgui = ctcgui;
_env = env;
}
/// <summary>
/// Constructor for the Train GUI.
/// </summary>
/// <param name="environment">The environment being used by the entire simulation.</param>
public TrainGUI(ISimulationEnvironment environment)
{
InitializeComponent();
_dropDownOpen = false;
_GUIPaused = false;
allTrainComboBox.SelectedIndexChanged += allTrainComboBox_SelectedIndexChanged;
_allTrains = environment.AllTrains;
_numTrains = _allTrains.Count;
_timer = 0;
PopulateComboBox(_allTrains);
if (_allTrains != null && _allTrains.Count > 0)
{
_selectedTrain = (Train)_allTrains[0];
allTrainComboBox.SelectedItem = _selectedTrain;
}
UpdateGUI();
_environment = environment;
_environment.Tick += _environment_Tick;
}
//The constructor for the dispatch
public Dispatch(ISimulationEnvironment env, string id, string time, string type, string color, string route)
{
//Store all incoming data to our global variables
_environment = env;
_dispatchTime = DateTime.Parse(time);
_dispatchID = int.Parse(id);
_routeType = int.Parse(type);
_color = color;
//Create our route object based on whether or not this is a custom route
if (_routeType == 0)
{
var stops = new List<IBlock>();
IBlock last = null;
foreach (string blockID in route.Split('|'))
{
stops.Add(_environment.TrackModel.requestBlockInfo(int.Parse(blockID), _color));
last = _environment.TrackModel.requestBlockInfo(int.Parse(blockID), _color);
}
_dispatchRoute = new Route(RouteTypes.PointRoute, last, -1, stops);
}
else
{
_dispatchRoute = new Route(RouteTypes.DefinedRoute, null, int.Parse(route), null);
}
}
public TrainController(ISimulationEnvironment env, ITrainModel tm)
{
_environment = env;
_environment.Tick += _environment_Tick;
_tcGUI = null;
Train = tm;
_log = "";
_announcements = new Dictionary <int, string>();
_announcements.Add(8, "Arrived at Shadyside Station\r\n");
_announcements.Add(16, "Arrived at Herron Station\r\n");
_announcements.Add(21, "Arrived at Swissville Station\r\n");
_announcements.Add(25, "Arrived at Penn Station\r\n");
_announcements.Add(35, "Arrived at Steel Plaza Station\r\n");
_announcements.Add(45, "Arrived at First Avenue Station\r\n");
_announcements.Add(60, "Arrived at South Hills Junction\r\n");
_announcements.Add(2, "Arrived at Pioneer Station\r\n");
_announcements.Add(9, "Arrived at Edgebrook Station\r\n");
_announcements.Add(22, "Arrived at Whited Station\r\n");
_announcements.Add(31, "Arrived at South Bank Station\r\n");
_announcements.Add(39, "Arrived at Central Station\r\n");
_announcements.Add(48, "Arrived at Inglewood Station\r\n");
_announcements.Add(57, "Arrived at Overbrook Station\r\n");
_announcements.Add(65, "Arrived at Glenbury Junction\r\n");
_announcements.Add(73, "Arrived at Dormont Station\r\n");
_announcements.Add(77, "Arrived at Mt. Lebanon Station\r\n");
_announcements.Add(96, "Arrived at Castle Shannon Station\r\n");
_announcements.Add(105, "Arrived at Dormont Station\r\n");
_announcements.Add(114, "Arrived at Glenbury Junction\r\n");
_announcements.Add(123, "Arrived at Overbrook Station\r\n");
_announcements.Add(132, "Arrived at Inglewood Station\r\n");
_announcements.Add(141, "Arrived at Central Station\r\n");
}
/// <summary>
/// Default Constructor
/// </summary>
public SystemLog(ISimulationEnvironment e)
{
_currentLogFile = "Terminal_Velocity.log";
_env = e;
_env.Tick += new EventHandler<Utility.TickEventArgs>(_env_Tick);
_messages = new Queue();
}
/// <summary>
/// Constructor for the Train GUI.
/// </summary>
/// <param name="environment">The environment being used by the entire simulation.</param>
public TrainGUI(ISimulationEnvironment environment)
{
InitializeComponent();
_dropDownOpen = false;
_GUIPaused = false;
allTrainComboBox.SelectedIndexChanged += allTrainComboBox_SelectedIndexChanged;
_allTrains = environment.AllTrains;
_numTrains = _allTrains.Count;
_timer = 0;
PopulateComboBox(_allTrains);
if (_allTrains != null && _allTrains.Count > 0)
{
_selectedTrain = (Train)_allTrains[0];
allTrainComboBox.SelectedItem = _selectedTrain;
}
UpdateGUI();
_environment = environment;
_environment.Tick += _environment_Tick;
}
public TrackControllerUi(ISimulationEnvironment e, ITrackController primary)
{
_current = (TrackController)primary;
_primary = (TrackController)primary;
_trains = Tc.Trains;
_blocks = Tc.Blocks;
_routes = Tc.Routes;
InitializeComponent();
ITrackController c = _primary;
while (c != null)
{
tcComboBox.Items.Add(string.Format("Track Controller {0}", c.ID));
tcCountBox.Text = string.Format("{0} Track Controllers", c.ID + 1);
c = c.Next;
}
okButton.Click += OkButtonClick;
tcCountBox.BackColor = (String.Compare(_primary.Line, "Green", StringComparison.Ordinal) == 0)
? Color.Green
: Color.Red;
tcCountBox.ForeColor = Color.White;
_tickCount = 0;
e.Tick += ETick;
Draw();
}
public TrackControllerUi(ISimulationEnvironment e, ITrackController primary)
{
_current = (TrackController) primary;
_primary = (TrackController) primary;
_trains = Tc.Trains;
_blocks = Tc.Blocks;
_routes = Tc.Routes;
InitializeComponent();
ITrackController c = _primary;
while (c != null)
{
tcComboBox.Items.Add(string.Format("Track Controller {0}", c.ID));
tcCountBox.Text = string.Format("{0} Track Controllers", c.ID + 1);
c = c.Next;
}
okButton.Click += OkButtonClick;
tcCountBox.BackColor = (String.Compare(_primary.Line, "Green", StringComparison.Ordinal) == 0)
? Color.Green
: Color.Red;
tcCountBox.ForeColor = Color.White;
_tickCount = 0;
e.Tick += ETick;
Draw();
}
//The contructor for our dispatch database
public DispatchDatabase(ISimulationEnvironment env, string filename)
{
//Store all incoming data to our globals
_environment = env;
_filename = filename;
_successfulParse = ParseFile(_filename);
}
public TestingTrackModel(ISimulationEnvironment env)
{
_env = env;
_redBlocks = new List <IBlock>();
_greenBlocks = new List <IBlock>();
IBlock r0 = new TestingBlock("Red", 0, 6, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock r1 = new TestingBlock("Red", 1, 0, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock r2 = new TestingBlock("Red", 2, 1, 100, null, false, true, false, false, false, false, StateEnum.Healthy);
IBlock r3 = new TestingBlock("Red", 3, 2, 100, null, false, false, true, false, false, false, StateEnum.Healthy);
IBlock r4 = new TestingBlock("Red", 4, 3, 100, null, false, false, false, true, false, false, StateEnum.Healthy);
IBlock r5 = new TestingBlock("Red", 5, 4, 100, null, false, false, false, false, true, false, StateEnum.Healthy);
IBlock r6 = new TestingBlock("Red", 6, 5, 100, null, false, false, false, false, false, true, StateEnum.Healthy);
_redBlocks.Add(r0);
_redBlocks.Add(r1);
_redBlocks.Add(r2);
_redBlocks.Add(r3);
_redBlocks.Add(r4);
_redBlocks.Add(r5);
_redBlocks.Add(r6);
_redLineLayout = new IBlock[1, 7];
_redLineLayout[0, 0] = r0;
_redLineLayout[0, 1] = r1;
_redLineLayout[0, 2] = r2;
_redLineLayout[0, 3] = r3;
_redLineLayout[0, 4] = r4;
_redLineLayout[0, 5] = r5;
_redLineLayout[0, 6] = r6;
_redPath = _redBlocks.ToArray();
IBlock g0 = new TestingBlock("Green", 0, 6, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock g1 = new TestingBlock("Green", 1, 0, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock g2 = new TestingBlock("Green", 2, 1, 100, null, false, true, false, false, false, false, StateEnum.Healthy);
IBlock g3 = new TestingBlock("Green", 3, 2, 100, null, false, false, true, false, false, false, StateEnum.Healthy);
IBlock g4 = new TestingBlock("Green", 4, 3, 100, null, false, false, false, true, false, false, StateEnum.Healthy);
IBlock g5 = new TestingBlock("Green", 5, 4, 100, null, false, false, false, false, true, false, StateEnum.Healthy);
IBlock g6 = new TestingBlock("Green", 6, 5, 100, null, false, false, false, false, false, true, StateEnum.Healthy);
_greenBlocks.Add(g0);
_greenBlocks.Add(g1);
_greenBlocks.Add(g2);
_greenBlocks.Add(g3);
_greenBlocks.Add(g4);
_greenBlocks.Add(g5);
_greenBlocks.Add(g6);
_greenLineLayout = new IBlock[1, 7];
_greenLineLayout[0, 0] = g0;
_greenLineLayout[0, 1] = g1;
_greenLineLayout[0, 2] = g2;
_greenLineLayout[0, 3] = g3;
_greenLineLayout[0, 4] = g4;
_greenLineLayout[0, 5] = g5;
_greenLineLayout[0, 6] = g6;
_greenPath = _greenBlocks.ToArray();
}
public LineData(IBlock[,] layout, ISimulationEnvironment env, ResourceWrapper res)
{
_env = env;
_res = res;
_trains = new List<ITrainModel>();
_blocks = new List<IBlock>();
_layout = new LayoutCellDataContainer[layout.GetUpperBound(0) + 1,layout.GetUpperBound(1) + 1];
//for each item in the 1st dimension (row)
for (int i = 0; i <= layout.GetUpperBound(0); i++)
{
//for each item in the 2nd dimension (col)
for (int j = 0; j <= layout.GetUpperBound(1); j++)
{
//make a new container
var container = new LayoutCellDataContainer();
//determine tile
if (layout[i, j] == null)
{
//null container
container.BaseTile = _res.Unpopulated;
container.Tile = container.BaseTile;
container.Block = null;
container.Train = null;
}
else
{
container.Train = null;
_blocks.Add(layout[i, j]);
container.Block = layout[i, j];
//expand after prototype
if (layout[i, j].Line.CompareTo("Red") == 0 || layout[i, j].Line.CompareTo("red") == 0 ||
layout[i, j].Line.CompareTo("R") == 0 || layout[i, j].Line.CompareTo("r") == 0)
{
//red line
container.BaseTile = GetBlockType(container.Block);
container.Tile = container.BaseTile;
}
else if (layout[i, j].Line.CompareTo("Green") == 0 || layout[i, j].Line.CompareTo("green") == 0 ||
layout[i, j].Line.CompareTo("G") == 0 || layout[i, j].Line.CompareTo("g") == 0)
{
//green line
container.BaseTile = GetBlockType(container.Block);
container.Tile = container.BaseTile;
}
else
{
container.BaseTile = _res.TrackError;
container.Tile = container.BaseTile;
env.SendLogEntry("CTC Office: Line Data - IBlock.Line is invalid");
}
} //end determine tile
//add the container to the layout panel
_layout[i, j] = container;
} //end for 2nd dimension
} //end for 1st dimentsion
}
public TestingTrackModel(ISimulationEnvironment env)
{
_env = env;
_redBlocks = new List<IBlock>();
_greenBlocks = new List<IBlock>();
IBlock r0 = new TestingBlock("Red", 0, 6, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock r1 = new TestingBlock("Red", 1, 0, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock r2 = new TestingBlock("Red", 2, 1, 100, null, false, true, false, false, false, false, StateEnum.Healthy);
IBlock r3 = new TestingBlock("Red", 3, 2, 100, null, false, false, true, false, false, false, StateEnum.Healthy);
IBlock r4 = new TestingBlock("Red", 4, 3, 100, null, false, false, false, true, false, false, StateEnum.Healthy);
IBlock r5 = new TestingBlock("Red", 5, 4, 100, null, false, false, false, false, true, false, StateEnum.Healthy);
IBlock r6 = new TestingBlock("Red", 6, 5, 100, null, false, false, false, false, false, true, StateEnum.Healthy);
_redBlocks.Add(r0);
_redBlocks.Add(r1);
_redBlocks.Add(r2);
_redBlocks.Add(r3);
_redBlocks.Add(r4);
_redBlocks.Add(r5);
_redBlocks.Add(r6);
_redLineLayout = new IBlock[1, 7];
_redLineLayout[0, 0] = r0;
_redLineLayout[0, 1] = r1;
_redLineLayout[0, 2] = r2;
_redLineLayout[0, 3] = r3;
_redLineLayout[0, 4] = r4;
_redLineLayout[0, 5] = r5;
_redLineLayout[0, 6] = r6;
_redPath = _redBlocks.ToArray();
IBlock g0 = new TestingBlock("Green", 0, 6, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock g1 = new TestingBlock("Green", 1, 0, 100, null, true, false, false, false, false, false, StateEnum.Healthy);
IBlock g2 = new TestingBlock("Green", 2, 1, 100, null, false, true, false, false, false, false, StateEnum.Healthy);
IBlock g3 = new TestingBlock("Green", 3, 2, 100, null, false, false, true, false, false, false, StateEnum.Healthy);
IBlock g4 = new TestingBlock("Green", 4, 3, 100, null, false, false, false, true, false, false, StateEnum.Healthy);
IBlock g5 = new TestingBlock("Green", 5, 4, 100, null, false, false, false, false, true, false, StateEnum.Healthy);
IBlock g6 = new TestingBlock("Green", 6, 5, 100, null, false, false, false, false, false, true, StateEnum.Healthy);
_greenBlocks.Add(g0);
_greenBlocks.Add(g1);
_greenBlocks.Add(g2);
_greenBlocks.Add(g3);
_greenBlocks.Add(g4);
_greenBlocks.Add(g5);
_greenBlocks.Add(g6);
_greenLineLayout = new IBlock[1, 7];
_greenLineLayout[0, 0] = g0;
_greenLineLayout[0, 1] = g1;
_greenLineLayout[0, 2] = g2;
_greenLineLayout[0, 3] = g3;
_greenLineLayout[0, 4] = g4;
_greenLineLayout[0, 5] = g5;
_greenLineLayout[0, 6] = g6;
_greenPath = _greenBlocks.ToArray();
}
/// <summary>
/// Default Constructor
/// </summary>
public SystemLog(ISimulationEnvironment e)
{
_currentLogFile = "Terminal_Velocity.log";
_env = e;
_env.Tick += new EventHandler <Utility.TickEventArgs>(_env_Tick);
_messages = new Queue();
}
public AuthorityTool(CTCOfficeGUI ctcgui, CTCOffice ctc, ISimulationEnvironment env)
{
InitializeComponent();
_ctc = ctc;
_ctcgui = ctcgui;
_env = env;
}
public TrainController(ISimulationEnvironment env, ITrainModel tm)
{
_environment = env;
_environment.Tick += _environment_Tick;
_tcGUI = null;
Train = tm;
_log = "";
_announcements = new Dictionary<int, string>();
_announcements.Add(8, "Arrived at Shadyside Station\r\n");
_announcements.Add(16, "Arrived at Herron Station\r\n");
_announcements.Add(21, "Arrived at Swissville Station\r\n");
_announcements.Add(25, "Arrived at Penn Station\r\n");
_announcements.Add(35, "Arrived at Steel Plaza Station\r\n");
_announcements.Add(45, "Arrived at First Avenue Station\r\n");
_announcements.Add(60, "Arrived at South Hills Junction\r\n");
_announcements.Add(2, "Arrived at Pioneer Station\r\n");
_announcements.Add(9, "Arrived at Edgebrook Station\r\n");
_announcements.Add(22, "Arrived at Whited Station\r\n");
_announcements.Add(31, "Arrived at South Bank Station\r\n");
_announcements.Add(39, "Arrived at Central Station\r\n");
_announcements.Add(48, "Arrived at Inglewood Station\r\n");
_announcements.Add(57, "Arrived at Overbrook Station\r\n");
_announcements.Add(65, "Arrived at Glenbury Junction\r\n");
_announcements.Add(73, "Arrived at Dormont Station\r\n");
_announcements.Add(77, "Arrived at Mt. Lebanon Station\r\n");
_announcements.Add(96, "Arrived at Castle Shannon Station\r\n");
_announcements.Add(105, "Arrived at Dormont Station\r\n");
_announcements.Add(114, "Arrived at Glenbury Junction\r\n");
_announcements.Add(123, "Arrived at Overbrook Station\r\n");
_announcements.Add(132, "Arrived at Inglewood Station\r\n");
_announcements.Add(141, "Arrived at Central Station\r\n");
}
public CTC_Dummy(ISimulationEnvironment env)
{
_env = env;
_env.Tick += new EventHandler <TickEventArgs>(_env_Tick);
_start = false;
_stop = false;
_requestCount = 0;
}
public CTC_Dummy(ISimulationEnvironment env)
{
_env = env;
_env.Tick += new EventHandler<TickEventArgs>(_env_Tick);
_start = false;
_stop = false;
_requestCount = 0;
}
//Contructor for the add and edit dispatch GUI
public AddEditGUI(ISimulationEnvironment env, DispatchDatabase dispatchDatabase, bool isEdit, string[] data)
{
//Store all incoming information to our globals
_environment = env;
_dispatchDatabase = dispatchDatabase;
_incomingData = data;
_isEdit = isEdit;
//Load up the form
InitializeComponent();
//If this is an edit
if (isEdit)
{
//Prepopulate the fields in the form with information
//Time of dispatch
DateTime tempDateTime = DateTime.Parse(data[1]);
cmbHour.SelectedIndex = (tempDateTime.Hour%12) - 1;
//Round to closest 15 minute interval
cmbMinute.SelectedIndex = (tempDateTime.Minute/15);
//Select the right line (green or red)
if (data[3].Equals("Red"))
{
cmbSelect.SelectedIndex = 0;
}
else
{
cmbSelect.SelectedIndex = 1;
}
//Select AM or PM
if (tempDateTime.Hour > 11)
{
cmbAMPM.SelectedIndex = 1;
}
else
{
cmbAMPM.SelectedIndex = 0;
}
//Select custom or predefined route
if (int.Parse(data[2]) == 0)
{
rdbDefined.Checked = false;
rdbCustom.Checked = true;
txtCustom.Text = data[4];
}
else
{
rdbDefined.Checked = true;
rdbCustom.Checked = false;
cmbSelect.SelectedIndex = int.Parse(data[4]);
}
}
}
public TestingTrackController(int id, TestingTrackModel tm, ISimulationEnvironment env, bool gui)
{
_id = id;
_blocks = new List <IBlock>();
_trains = new List <ITrainModel>();
_tm = tm;
_env = env;
_gui = gui;
}
public TestingTrackController(int id, TestingTrackModel tm, ISimulationEnvironment env, bool gui)
{
_id = id;
_blocks = new List<IBlock>();
_trains = new List<ITrainModel>();
_tm = tm;
_env = env;
_gui = gui;
}
//Constructor
public TrackModelGUI(ISimulationEnvironment env, TrackModel tm)
{
//var initialization
_environment = env;
_tm = tm;
//Subscribe to an environment Tick
//_environment.Tick += new EventHandler<TickEventArgs>(_environment_Tick);
//Component initialization
InitializeComponent();
}
//Constructor
public TrackModelGUI(ISimulationEnvironment env, TrackModel tm)
{
//var initialization
_environment = env;
_tm = tm;
//Subscribe to an environment Tick
//_environment.Tick += new EventHandler<TickEventArgs>(_environment_Tick);
//Component initialization
InitializeComponent();
}
//The constructor for the GUI
public SystemSchedulerGUI(ISimulationEnvironment env, SystemScheduler systemScheduler, ICTCOffice ctc)
{
//Get everything up and running on the form
InitializeComponent();
//Copy all of our incoming data to our globals
_environment = env;
_ctcOffice = ctc;
_systemScheduler = systemScheduler;
//Subscribed to the environment tick event
_environment.Tick += EnvironmentTickHandler;
}
public CTCOffice(ISimulationEnvironment env, ITrackController redTC, ITrackController greenTC)
{
_populateTrackMutex = new Mutex(false);
_updateTrackMutex = new Mutex(false);
_loadTrackMutex = new Mutex(false);
_rate = 100; //num of ticks
_tickCount = 0;
_rate = env.GetInterval();
_env = env;
_primaryTrackControllerGreen = greenTC;
_primaryTrackControllerRed = redTC;
_env.TrackModel.TrackChangedEvent += new EventHandler<EventArgs>(TrackModel_TrackChangedEvent);
_messages = new List<string>();
//subscribe to Environment Tick
_env.Tick += _env_Tick;
//create new resource wrapper
_res = new ResourceWrapper();
//create new operator object
_op = new Operator();
//set credentials
_op.SetAuth("root", "admin");
//create queues
_requestsOut = new Queue<IRequest>();
_requestsIn = new Queue<IRequest>();
//create queue events
RequestQueueIn += CTCOffice_RequestQueueIn;
RequestQueueOut += CTCOffice_RequestQueueOut;
//create queue processing flags / mutex
_processingOutRequests = false;
_processingInRequests = false;
_redLoaded = false;
_greenLoaded = false;
_containedTrainAndBlock = new List<TrainAndBlock>();
if (_env.TrackModel == null)
{
_env.SendLogEntry("CTCOffice: NULL Reference to TrackModel");
}
}
public CTCOffice(ISimulationEnvironment env, ITrackController redTC, ITrackController greenTC)
{
_populateTrackMutex = new Mutex(false);
_updateTrackMutex = new Mutex(false);
_loadTrackMutex = new Mutex(false);
_rate = 100; //num of ticks
_tickCount = 0;
_rate = env.GetInterval();
_env = env;
_primaryTrackControllerGreen = greenTC;
_primaryTrackControllerRed = redTC;
_env.TrackModel.TrackChangedEvent += new EventHandler <EventArgs>(TrackModel_TrackChangedEvent);
_messages = new List <string>();
//subscribe to Environment Tick
_env.Tick += _env_Tick;
//create new resource wrapper
_res = new ResourceWrapper();
//create new operator object
_op = new Operator();
//set credentials
_op.SetAuth("root", "admin");
//create queues
_requestsOut = new Queue <IRequest>();
_requestsIn = new Queue <IRequest>();
//create queue events
RequestQueueIn += CTCOffice_RequestQueueIn;
RequestQueueOut += CTCOffice_RequestQueueOut;
//create queue processing flags / mutex
_processingOutRequests = false;
_processingInRequests = false;
_redLoaded = false;
_greenLoaded = false;
_containedTrainAndBlock = new List <TrainAndBlock>();
if (_env.TrackModel == null)
{
_env.SendLogEntry("CTCOffice: NULL Reference to TrackModel");
}
}//Constructor
public RoutingTool(CTCOfficeGUI ctcgui, CTCOffice ctc, ISimulationEnvironment env, IBlock sBlock, bool mode)
{
InitializeComponent();
//mode = true for dispatch, mode = flase for update
_btnPoint.Enabled = !mode;
_ctc = ctc;
_ctcGui = ctcgui;
_env = env;
_startBlock = sBlock;
_ctcGui.RoutingToolResponse += _ctcGui_RoutingToolResponse;
_endBlock = null;
}
public RoutingTool(CTCOfficeGUI ctcgui, CTCOffice ctc, ISimulationEnvironment env, IBlock sBlock, bool mode)
{
InitializeComponent();
//mode = true for dispatch, mode = flase for update
_btnPoint.Enabled = !mode;
_ctc = ctc;
_ctcGui = ctcgui;
_env = env;
_startBlock = sBlock;
_ctcGui.RoutingToolResponse += _ctcGui_RoutingToolResponse;
_endBlock = null;
}
public TrackCircuit(ISimulationEnvironment env, List<IBlock> blocks)
{
_trains = new Dictionary<int, ITrainModel>();
_blocks = new Dictionary<int, IBlock>();
foreach (var b in blocks)
_blocks.Add(b.BlockID, b);
if (blocks.Count > 0)
_line = blocks[0].Line;
else
_line = "Red";
_env = env;
_env.Tick += EnvTick;
}
/// <summary>
/// This constructor is used when passenger, crew, and temperature information is not given.
/// It adds no passengers or crew and sets the temperature equal to 32 degrees Celcius.
/// </summary>
/// <param name="trainID">The ID to give to the train.</param>
/// <param name="startingBlock">The starting block of the train.</param>
/// <param name="environment">The environment being used by the entire simulation.</param>
public Train(int trainID, IBlock startingBlock, ISimulationEnvironment environment)
{
_environment = environment;
_environment.Tick += _environment_Tick;
_trainID = trainID;
_totalMass = calculateMass();
_informationLog = "";
_informationCount = 0;
_lightsOn = false;
_doorsOpen = false;
_temperature = 32;
_currentAcceleration = 0;
_currentVelocity = 0;
_currentPosition = 0;
_numPassengers = 0;
_numCrew = 0;
_brakeFailure = false;
_engineFailure = false;
_signalPickupFailure = false;
_emergencyBrakePulled = false;
_positionWarningGiven = false;
_velocityWarningGiven = false;
_accelerationWarningGiven = false;
_decelerationWarningGiven = false;
_currentBlock = startingBlock;
_previousBlockID = 0;
_currentBlockID = _currentBlock.BlockID;
_blockLength = _currentBlock.BlockSize;
_trackCircuitID = _currentBlock.TrackCirID;
_trackModel = environment.TrackModel;
_trainController = new TrainController.TrainController(_environment, this);
// set allTrains equal to list contained in environment
allTrains = environment.AllTrains;
_timeInterval = (environment.GetInterval() / 1000.0);
appendInformationLog("Created on block " + _currentBlockID + ".");
}
private const int _maxCapacity = 222; // 74 seated, 148 standing
#endregion
#region Constructors
/// <summary>
/// This constructor is used when passenger, crew, and temperature information is not given.
/// It adds no passengers or crew and sets the temperature equal to 32 degrees Celcius.
/// </summary>
/// <param name="trainID">The ID to give to the train.</param>
/// <param name="startingBlock">The starting block of the train.</param>
/// <param name="environment">The environment being used by the entire simulation.</param>
public Train(int trainID, IBlock startingBlock, ISimulationEnvironment environment)
{
_environment = environment;
_environment.Tick += _environment_Tick;
_trainID = trainID;
_totalMass = calculateMass();
_informationLog = "";
_informationCount = 0;
_lightsOn = false;
_doorsOpen = false;
_temperature = 32;
_currentAcceleration = 0;
_currentVelocity = 0;
_currentPosition = 0;
_numPassengers = 0;
_numCrew = 0;
_brakeFailure = false;
_engineFailure = false;
_signalPickupFailure = false;
_emergencyBrakePulled = false;
_positionWarningGiven = false;
_velocityWarningGiven = false;
_accelerationWarningGiven = false;
_decelerationWarningGiven = false;
_currentBlock = startingBlock;
_previousBlockID = 0;
_currentBlockID = _currentBlock.BlockID;
_blockLength = _currentBlock.BlockSize;
_trackCircuitID = _currentBlock.TrackCirID;
_trackModel = environment.TrackModel;
_trainController = new TrainController.TrainController(_environment, this);
// set allTrains equal to list contained in environment
allTrains = environment.AllTrains;
_timeInterval = (environment.GetInterval() / 1000.0);
appendInformationLog("Created on block " + _currentBlockID + ".");
}
//The constructor for the system scheduler
public SystemScheduler(ISimulationEnvironment env, ICTCOffice ctc)
{
//Store all of the incoming data to our globals
_env = env;
_ctc = ctc;
//Get the current time
_currentTime = DateTime.Now;
_currentTime.AddMilliseconds(_currentTime.Millisecond * -1);
//Subscribed to the environment tick event
_env.Tick += _environment_Bollocks;
//Also listen for when we are asked to start and stop
_ctc.StartAutomation += _ctc_StartAutomation;
_ctc.StopAutomation += _ctc_StopAutomation;
}
/// <summary>
/// A constructor for the TrackModel module
/// </summary>
/// <param name="environment">Requires a reference to the surrounding environment object</param>
public TrackModel(ISimulationEnvironment environment)
{
_redLoaded = false;
_greenLoaded = false;
_env = environment;
_dbCreator = new DBCreator("", environment);
_dbManager = new DBManager(_dbCreator.DBCon);
_changeState = TrackChanged.None;
IBlock redTemp = requestBlockInfo(1, "Red");
IBlock greenTemp = requestBlockInfo(1, "Green");
if (redTemp != null)
{
List <IBlock>[] tempBlockList = createBlockListArray(0);
_dbCreator.populateTCs(tempBlockList, true);
_changeState = TrackChanged.Red;
_redLoaded = true;
}
if (greenTemp != null)
{
List <IBlock>[] tempBlockList = createBlockListArray(1);
_dbCreator.populateTCs(tempBlockList, false);
if (_changeState == TrackChanged.Red)
{
_changeState = TrackChanged.Both;
}
else
{
_changeState = TrackChanged.Green;
}
_greenLoaded = true;
}
if (_changeState != TrackChanged.None)
{
alertTrackChanged();
}
//_environment.Tick+=
}
/// <summary>
/// A public constructor allowing external modules or TrackModel to create DBCreator objects
/// </summary>
/// <param name="fPath">The filepath to the database to connect to</param>
public DBCreator(string fPath, ISimulationEnvironment environment)
{
circuits = new List <ITrackCircuit>();
_env = environment;
//fPath is the filename of the database to connect to.
//Check filepath's legit'ness, give it the default otherwise
if (fPath == null || fPath.Equals(""))
{
fPath = "trackDatabase.db";
}
//Check if the database file exists (before you create it). If it does, we need
//to CREATE the necessary tables
bool needsInitFlag = false;
if (!File.Exists(fPath))
{
needsInitFlag = true;
}
//Create a db connection (creating the db file if it doesnt already exist)
//string connectionString = "Data Source=" + fPath;
string connectionString = "Data Source=" + Path.GetDirectoryName(Application.ExecutablePath) + @"\" + fPath;
_dbCon = new SQLiteConnection(connectionString);
//If you needed to create the db tables,do so now
if (needsInitFlag)
{
//Console.WriteLine("About to enter initDB");
int initResult = initDB();
//If creating the db failed
if (initResult == -1)
{
_dbCon = null;
}
}
}
/// <summary>
/// Constructs a new instance of the TrackController class
/// </summary>
/// <param name="env">A reference to the global environment object</param>
/// <param name="circuit">A track circuit for the track controller</param>
public TrackController(ISimulationEnvironment env, ITrackCircuit circuit)
{
_trains = new Dictionary<int, ITrainModel>();
_blocks = new Dictionary<int, IBlock>();
_routes = new Dictionary<int, List<IBlock>>();
_updateBlocks = new Dictionary<int, IBlock>();
_env = env;
_env.Tick += EnvTick;
ID = -1;
SetId();
_circuit = circuit;
_circuit.ID = ID;
// PROTOTYPE - static PLC
_plc = new Plc(_env, _circuit);
_messages = new List<string>();
}
/// <summary>
/// Constructs a new instance of the TrackController class
/// </summary>
/// <param name="env">A reference to the global environment object</param>
/// <param name="circuit">A track circuit for the track controller</param>
public TrackController(ISimulationEnvironment env, ITrackCircuit circuit)
{
_trains = new Dictionary <int, ITrainModel>();
_blocks = new Dictionary <int, IBlock>();
_routes = new Dictionary <int, List <IBlock> >();
_updateBlocks = new Dictionary <int, IBlock>();
_env = env;
_env.Tick += EnvTick;
ID = -1;
SetId();
_circuit = circuit;
_circuit.ID = ID;
// PROTOTYPE - static PLC
_plc = new Plc(_env, _circuit);
_messages = new List <string>();
}
public TrackCircuit(ISimulationEnvironment env, List <IBlock> blocks)
{
_trains = new Dictionary <int, ITrainModel>();
_blocks = new Dictionary <int, IBlock>();
foreach (var b in blocks)
{
_blocks.Add(b.BlockID, b);
}
if (blocks.Count > 0)
{
_line = blocks[0].Line;
}
else
{
_line = "Red";
}
_env = env;
_env.Tick += EnvTick;
}
/// <summary>
/// A constructor for the TrackModel module
/// </summary>
/// <param name="environment">Requires a reference to the surrounding environment object</param>
public TrackModel(ISimulationEnvironment environment)
{
_redLoaded = false;
_greenLoaded = false;
_env = environment;
_dbCreator = new DBCreator("",environment);
_dbManager = new DBManager(_dbCreator.DBCon);
_changeState = TrackChanged.None;
IBlock redTemp = requestBlockInfo(1, "Red");
IBlock greenTemp = requestBlockInfo(1, "Green");
if (redTemp != null)
{
List<IBlock>[] tempBlockList=createBlockListArray(0);
_dbCreator.populateTCs(tempBlockList, true);
_changeState = TrackChanged.Red;
_redLoaded = true;
}
if (greenTemp != null)
{
List<IBlock>[] tempBlockList = createBlockListArray(1);
_dbCreator.populateTCs(tempBlockList, false);
if (_changeState == TrackChanged.Red)
_changeState = TrackChanged.Both;
else
_changeState = TrackChanged.Green;
_greenLoaded = true;
}
if (_changeState != TrackChanged.None)
{
alertTrackChanged();
}
//_environment.Tick+=
}
/// <summary>
/// A public constructor allowing external modules or TrackModel to create DBCreator objects
/// </summary>
/// <param name="fPath">The filepath to the database to connect to</param>
public DBCreator(string fPath, ISimulationEnvironment environment)
{
circuits = new List<ITrackCircuit>();
_env = environment;
//fPath is the filename of the database to connect to.
//Check filepath's legit'ness, give it the default otherwise
if (fPath == null || fPath.Equals(""))
{
fPath = "trackDatabase.db";
}
//Check if the database file exists (before you create it). If it does, we need
//to CREATE the necessary tables
bool needsInitFlag = false;
if (!File.Exists(fPath))
{
needsInitFlag = true;
}
//Create a db connection (creating the db file if it doesnt already exist)
//string connectionString = "Data Source=" + fPath;
string connectionString="Data Source=" + Path.GetDirectoryName(Application.ExecutablePath)+@"\"+fPath;
_dbCon = new SQLiteConnection(connectionString);
//If you needed to create the db tables,do so now
if (needsInitFlag)
{
//Console.WriteLine("About to enter initDB");
int initResult = initDB();
//If creating the db failed
if (initResult == -1)
{
_dbCon = null;
}
}
}
/// <summary>
/// Construct a new instance of a PLC
/// </summary>
/// <param name="env">The envrionment </param>
/// <param name="circuit">The track circuit for the TrackController</param>
public Plc(ISimulationEnvironment env, ITrackCircuit circuit)
{
_env = env;
_circuit = circuit;
_broken = new List <IBlock>();
}
public CTCOfficeGUI(ISimulationEnvironment env, CTCOffice ctc)
{
InitializeComponent();
//set refs to ctc office and environment
_ctcOffice = ctc;
_environment = env;
_speedState = 0;
_res = _ctcOffice.Resource;
_ctcOffice.LoadData += new EventHandler<EventArgs>(_ctcOffice_LoadData);
_ctcOffice.UnlockLogin += new EventHandler<EventArgs>(_ctcOffice_UnlockLogin);
_ctcOffice.MessagesReady += new EventHandler<EventArgs>(_ctcOffice_MessagesReady);
_ctcOffice.UpdatedData += new EventHandler<EventArgs>(_ctcOffice_UpdatedData);
_loginState = false;
_btnLoginLogout.Enabled = _loginState;
_txtPassword.Enabled = _loginState;
_txtUsername.Enabled = _loginState;
_rate = 100;
_tickCount = 0;
//init routing vars
_routeTool = null;
_inRoutingPoint = false;
_routingToolOpen = false;
_routeToolMode = RoutingMode.Dispatch;
_lastRightClickContainer = null;
_keyForm = null;
_keyOpen = false;
//subscribe to Environment Tick
_environment.Tick += _environment_Tick;
//ensure the user is logged out
_ctcOffice.Logout();
//change button text
_btnLoginLogout.Text = "Login";
//show team logo (block out user)
MainDisplayLogo();
DisableUserControls();
_loginStatusImage.Image = _res.RedLight;
_imageTeamLogo.Image = Properties.Resources.TerminalVelocity;
UpdateMetrics();
RefreshStatus();
//populate red line and green line panel
//parseLineData();
//enables double buffering for control drawings
//this.SetStyle(ControlStyles.AllPaintingInWmPaint | ControlStyles.UserPaint | ControlStyles.DoubleBuffer, true);
//post to log that the gui has loaded
_environment.SendLogEntry("CTCOffice: GUI Loaded");
_tt = null;
}
public CTCOfficeGUI(ISimulationEnvironment env, CTCOffice ctc)
{
InitializeComponent();
//set refs to ctc office and environment
_ctcOffice = ctc;
_environment = env;
_speedState = 0;
_res = _ctcOffice.Resource;
_ctcOffice.LoadData += new EventHandler <EventArgs>(_ctcOffice_LoadData);
_ctcOffice.UnlockLogin += new EventHandler <EventArgs>(_ctcOffice_UnlockLogin);
_ctcOffice.MessagesReady += new EventHandler <EventArgs>(_ctcOffice_MessagesReady);
_ctcOffice.UpdatedData += new EventHandler <EventArgs>(_ctcOffice_UpdatedData);
_loginState = false;
_btnLoginLogout.Enabled = _loginState;
_txtPassword.Enabled = _loginState;
_txtUsername.Enabled = _loginState;
_rate = 100;
_tickCount = 0;
//init routing vars
_routeTool = null;
_inRoutingPoint = false;
_routingToolOpen = false;
_routeToolMode = RoutingMode.Dispatch;
_lastRightClickContainer = null;
_keyForm = null;
_keyOpen = false;
//subscribe to Environment Tick
_environment.Tick += _environment_Tick;
//ensure the user is logged out
_ctcOffice.Logout();
//change button text
_btnLoginLogout.Text = "Login";
//show team logo (block out user)
MainDisplayLogo();
DisableUserControls();
_loginStatusImage.Image = _res.RedLight;
_imageTeamLogo.Image = Properties.Resources.TerminalVelocity;
UpdateMetrics();
RefreshStatus();
//populate red line and green line panel
//parseLineData();
//enables double buffering for control drawings
//this.SetStyle(ControlStyles.AllPaintingInWmPaint | ControlStyles.UserPaint | ControlStyles.DoubleBuffer, true);
//post to log that the gui has loaded
_environment.SendLogEntry("CTCOffice: GUI Loaded");
_tt = null;
}
public bool DoTest(out int pass, out int fail, out List <string> message)
{
pass = 0;
fail = 0;
message = new List <string>();
_environment = new SimulationEnvironment.SimulationEnvironment();
// Create 100 blocks for the red line
blocks = new List <IBlock>();
// First block
startBlock = new Block(0, StateEnum.Healthy, 99, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, 2, 0, 0, "Red", 100);
blocks.Add(startBlock);
// Next 99 blocks
for (var i = 1; i < 99; i++)
{
blocks.Add(new Block(i, StateEnum.Healthy, i - 1, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, i + 1, 0, 0, "Red", 100));
}
// Last block
blocks.Add(new Block(99, StateEnum.Healthy, 98, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, 0, 0, 0, "Red", 100));
_environment.TrackModel = new DummyTrackModel(blocks);
// mass test
if (TestMass(message))
{
pass++;
}
else
{
fail++;
}
// adding passengers test
if (TestAddPassengers(message))
{
pass++;
}
else
{
fail++;
}
// removing passengers test
if (TestRemovePassengers(message))
{
pass++;
}
else
{
fail++;
}
// lights test
if (TestLights(message))
{
pass++;
}
else
{
fail++;
}
// doors test
if (TestDoors(message))
{
pass++;
}
else
{
fail++;
}
// changing temperature test
if (TestTemperature(message))
{
pass++;
}
else
{
fail++;
}
// test emergency brake
if (TestEmergencyBrake(message))
{
pass++;
}
else
{
fail++;
}
// test movement without grade
if (TestMovement_NoGrade(message))
{
pass++;
}
else
{
fail++;
}
// test movement with positive grade
if (TestMovement_PositiveGrade(message))
{
pass++;
}
else
{
fail++;
}
// test movement with negative grade
if (TestMovement_NegativeGrade(message))
{
pass++;
}
else
{
fail++;
}
// test braking during brake failure
if (TestBrakeFailureMovement(message))
{
pass++;
}
else
{
fail++;
}
// test acceleration during engine failure
if (TestEngineFailureMovement(message))
{
pass++;
}
else
{
fail++;
}
return(true);
}
public bool DoTest(out int pass, out int fail, out List<string> message)
{
pass = 0;
fail = 0;
message = new List<string>();
_environment = new SimulationEnvironment.SimulationEnvironment();
// Create 100 blocks for the red line
blocks = new List<IBlock>();
// First block
startBlock = new Block(0, StateEnum.Healthy, 99, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, 2, 0, 0, "Red", 100);
blocks.Add(startBlock);
// Next 99 blocks
for (var i = 1; i < 99; i++)
blocks.Add(new Block(i, StateEnum.Healthy, i - 1, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, i + 1, 0, 0, "Red", 100));
// Last block
blocks.Add(new Block(99, StateEnum.Healthy, 98, 0, 0, new[] { 0, 0 }, BlockLengh, DirEnum.East, new[] { "" }, 0, 0, 0, "Red", 100));
_environment.TrackModel = new DummyTrackModel(blocks);
// mass test
if (TestMass(message))
pass++;
else
fail++;
// adding passengers test
if (TestAddPassengers(message))
pass++;
else
fail++;
// removing passengers test
if (TestRemovePassengers(message))
pass++;
else
fail++;
// lights test
if (TestLights(message))
pass++;
else
fail++;
// doors test
if (TestDoors(message))
pass++;
else
fail++;
// changing temperature test
if (TestTemperature(message))
pass++;
else
fail++;
// test emergency brake
if (TestEmergencyBrake(message))
pass++;
else
fail++;
// test movement without grade
if (TestMovement_NoGrade(message))
pass++;
else
fail++;
// test movement with positive grade
if (TestMovement_PositiveGrade(message))
pass++;
else
fail++;
// test movement with negative grade
if (TestMovement_NegativeGrade(message))
pass++;
else
fail++;
// test braking during brake failure
if (TestBrakeFailureMovement(message))
pass++;
else
fail++;
// test acceleration during engine failure
if (TestEngineFailureMovement(message))
pass++;
else
fail++;
return true;
}
/// <summary>
/// Construct a new instance of a PLC
/// </summary>
/// <param name="env">The envrionment </param>
/// <param name="circuit">The track circuit for the TrackController</param>
public Plc(ISimulationEnvironment env, ITrackCircuit circuit)
{
_env = env;
_circuit = circuit;
_broken = new List<IBlock>();
}
public LineData(IBlock[,] layout, ISimulationEnvironment env, ResourceWrapper res)
{
_env = env;
_res = res;
_trains = new List <ITrainModel>();
_blocks = new List <IBlock>();
_layout = new LayoutCellDataContainer[layout.GetUpperBound(0) + 1, layout.GetUpperBound(1) + 1];
//for each item in the 1st dimension (row)
for (int i = 0; i <= layout.GetUpperBound(0); i++)
{
//for each item in the 2nd dimension (col)
for (int j = 0; j <= layout.GetUpperBound(1); j++)
{
//make a new container
var container = new LayoutCellDataContainer();
//determine tile
if (layout[i, j] == null)
{
//null container
container.BaseTile = _res.Unpopulated;
container.Tile = container.BaseTile;
container.Block = null;
container.Train = null;
}
else
{
container.Train = null;
_blocks.Add(layout[i, j]);
container.Block = layout[i, j];
//expand after prototype
if (layout[i, j].Line.CompareTo("Red") == 0 || layout[i, j].Line.CompareTo("red") == 0 ||
layout[i, j].Line.CompareTo("R") == 0 || layout[i, j].Line.CompareTo("r") == 0)
{
//red line
container.BaseTile = GetBlockType(container.Block);
container.Tile = container.BaseTile;
}
else if (layout[i, j].Line.CompareTo("Green") == 0 || layout[i, j].Line.CompareTo("green") == 0 ||
layout[i, j].Line.CompareTo("G") == 0 || layout[i, j].Line.CompareTo("g") == 0)
{
//green line
container.BaseTile = GetBlockType(container.Block);
container.Tile = container.BaseTile;
}
else
{
container.BaseTile = _res.TrackError;
container.Tile = container.BaseTile;
env.SendLogEntry("CTC Office: Line Data - IBlock.Line is invalid");
}
} //end determine tile
//add the container to the layout panel
_layout[i, j] = container;
} //end for 2nd dimension
} //end for 1st dimentsion
}