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 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 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 KeyInfo(ResourceWrapper res)
{
InitializeComponent();
_res = res;
PopulateImages();
}
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 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 KeyInfo(ResourceWrapper res)
{
InitializeComponent();
_res = res;
PopulateImages();
}
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;
}