/// <summary>
/// Do all process to change current track
/// </summary>
private IEnumerator ChangeMusicCoroutine()
{
yield return(DropVolume());
IsSongPlaying = false;
AudioSourceBGM.volume = 0;
AudioSourceBGM.clip = nextTrackClip;
AudioSourceBGM.loop = isToLoopTrack;
AudioSourceBGM.Play();
IsSongPlaying = true;
if (PausePanelController.Instance && nextTrackInfo != null)
{
PausePanelController.Instance.SetTrackInfo(nextTrackInfo);
}
yield return(GainVolume());
if (!isToLoopTrack && isToChangeOnTrackEnd && PausePanelController.Instance)
{
yield return(new WaitForSecondsRealtime(AudioSourceBGM.clip.length));
int index = Random.Range(0, allNotLoopedSongs.Length);
AudioClip nextClip = allNotLoopedSongs[index];
Track nextRandomTrack = Tracks.Find(t => t.FileName.Equals(nextClip.name));
ChangeMusic(nextClip, false, string.Empty, false, true, nextRandomTrack);
}
}
/// <summary>
/// Add track at specific position in Playlist
/// </summary>
/// <param name="newTrack"></param>
/// <param name="existingTrack"></param>
public void AddTrackAfterTrack(Track newTrack, Track existingTrack)
{
LinkedListNode <Track> node = Tracks.Find(existingTrack);
this.Tracks.AddAfter(node, newTrack);
TrackInPlaylistManager.db_Add_Update_Record(newTrack.id, this.id);
}
public ITrack TrackFactory(string track, string directory)
{
string myversion = rFactor2Track.ParseVersion(directory);
ITrack t = Tracks.Find(tr => myversion == tr.Version && track.Equals(tr.Name));
if (t == null)
{
t = new rFactor2Track(track, directory);
t.Scan();
Tracks.Add(t);
}
return(t);
}
public List <String> OutputWaitingPlanes(String track)
{
Track trackFound = Tracks.Find(new Track(track)).Data;
if (trackFound == null)
{
return(null);
}
else
{
return(trackFound.GetLengthType().WaitingPlanesForSearch.TraverseInOrderAsStringList());
}
}
public String[] FindWaitingPlane(String code, String track)
{
String[] result = new string[8];
Track trackFound = Tracks.Find(new Track(track)).Data;
if (trackFound == null)
{
return(null);
}
else
{
TreeNode <Plane> plane = trackFound.GetLengthType().WaitingPlanesForSearch.Find(new Plane(code));
if (plane != null)
{
result[0] = plane.Data.GetProducerName();
result[1] = plane.Data.GetPlaneType();
result[2] = code;
result[3] = "" + plane.Data.GetMinimalTrackLength();
result[4] = plane.Data.GetArrivalTime().ToString();
result[5] = plane.Data.GetTrackRequirementTime().ToString();
result[6] = "" + plane.Data.GetPriority();
if (plane.Data.Track != null)
{
result[7] = plane.Data.Track.GetName();
}
else
{
result[7] = "";
}
return(result);
}
}
result[0] = result[1] = result[3] = result[4] = result[5] = result[6] = result[7] = "";
result[2] = "NOT FOUND";
return(result);
}
public void ReadFromFile()
{
SystemTime = DateTime.Parse(File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking\\PlaneDepartureTrackingMSTest\\SystemTime.txt"));
String[] planes = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\Planes.txt").Split('\n');
int test = 0;
for (int i = 0; i < planes.Length; i++)
{
String [] row = planes[i].Split(',');
if (row.Length >= 6)
{
test++;
Plane plane = new Plane(row[0], row[1], row[2],
Double.Parse(row[3]),
DateTime.Parse(row[4]),
Double.Parse(row[6].Replace('.', ',')));
plane.SetTrackRequirementTime(DateTime.Parse(row[5]));
Planes.Add(plane);
}
}
System.Windows.Forms.MessageBox.Show("" + test);
String[] trackAllocations = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking\\PlaneDepartureTrackingMSTest\\TrackAllocations.txt").Split(',');
for (int i = 0; i < trackAllocations.Length; i++)
{
String allocation = trackAllocations[i];
TrackAllocations.Add(allocation);
}
ArrivedPlanes.SplayDisabled = true;
String[] arrivedPlanes = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\ArrivedPlanes.txt").Split();
foreach (String planeID in arrivedPlanes)
{
TreeNode <Plane> plane = Planes.Find(new Plane(planeID));
if (plane != null)
{
ArrivedPlanes.Add(plane.Data);
}
}
ArrivedPlanes.SplayDisabled = false;
String[] planeArrivals = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking\\PlaneDepartureTrackingMSTest\\PlaneArrivals.txt").Split(',');
foreach (String arrival in planeArrivals)
{
PlaneArrivals.Add(arrival);
}
String[] planeDepartures = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking\\PlaneDepartureTrackingMSTest\\PlaneDepartures.txt").Split(',');
foreach (String departure in planeDepartures)
{
PlaneDepartures.Add(departure);
}
String[] pairs = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\TrackPlanes.txt").Split(',');
foreach (String pair in pairs)
{
String[] splittedPair = pair.Split(':');
if (splittedPair.Length == 2)
{
String trackName = splittedPair[0];
String planeID = splittedPair[1];
TreeNode <Plane> plane = Planes.Find(new Plane(planeID));
TreeNode <Track> track = Tracks.Find(new Track(trackName));
if (plane != null && track != null)
{
plane.Data.Track = track.Data;
track.Data.SetPlane(plane.Data);
}
}
}
WaitingPlanes.SplayDisabled = true;
String[] waitingPlanes = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\WaitingPlanes.txt").Split();
foreach (String planeID in waitingPlanes)
{
TreeNode <Plane> plane = Planes.Find(new Plane(planeID));
if (plane != null)
{
WaitingPlanes.Add(plane.Data);
}
}
WaitingPlanes.SplayDisabled = false;
foreach (double length in TrackTypesLengthList)
{
TreeNode <TrackType> type = TrackTypes.Find(new TrackType(length));
if (type != null)
{
type.Data.WaitingPlanesForSearch.SplayDisabled = true;
String[] waitingPlanesForSearchTrack = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\" +
type.Data.Length
+ "WaitingPlanesForSearch.txt").Split();
foreach (String planeID in waitingPlanesForSearchTrack)
{
TreeNode <Plane> plane = Planes.Find(new Plane(planeID));
if (plane != null)
{
type.Data.WaitingPlanesForSearch.Add(plane.Data);
}
}
type.Data.WaitingPlanesForSearch.SplayDisabled = false;
String[] waitingPlanesTrack = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\" +
type.Data.Length
+ "WaitingPlanes.txt").Split();
foreach (String planeID in waitingPlanesTrack)
{
TreeNode <Plane> plane = Planes.Find(new Plane(planeID));
if (plane != null)
{
type.Data.WaitingPlanes.Add(plane.Data);
}
}
foreach (Track track in type.Data.Tracks)
{
String[] trackHistory = File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\" +
track.GetName() +
"History.txt").Split('\n');
foreach (String entry in trackHistory)
{
String[] splittedEntry = entry.Split(',');
if (splittedEntry.Length == 2)
{
track.DepartureHistory.Add(new PlaneShortInfo(splittedEntry[0],
DateTime.Parse(splittedEntry[1])));
}
}
}
}
}
waitingCount = Int32.Parse(File.ReadAllText("D:\\.NET Projects\\PlaneDepartureTracking" +
"\\PlaneDepartureTrackingMSTest\\WaitingCount.txt"));
}
