public void ClickResetBtn()
{
buttonNumber = 0;
OpenList.Clear();
CloseList.Clear();
FinalList.Clear();
path.positionCount = 0;
isDrawn = false;
}
public void Clear()
{
Path.Clear();
while (OpenHeap.Count > 0)
{
var node = OpenHeap.RemoveAtEnd();
node.Clear();
}
for (int i = 0; i < CloseList.Count; i++)
{
CloseList[i].Clear();
}
CloseList.Clear();
}
public void init(ref INode[,] map)
{
this.map = map;
foreach (INode node in map)
{
if (node.property == nodeProp.START)
{
start = node;
}
if (node.property == nodeProp.GOAL)
{
goal = node;
}
}
curTile = null;
isCalculating = false;
if (OpenList == null)
{
OpenList = new List <INode>();
}
else
{
OpenList.Clear();
}
if (CloseList == null)
{
CloseList = new List <INode>();
}
else
{
CloseList.Clear();
}
if (PathList == null)
{
PathList = new List <INode>();
}
else
{
PathList.Clear();
}
}
/*경로탐색 시작. OpenList에 더이상 남아있는 노드가 없을 때까지 탐색.
* OpenList의 노드 중 가장 F가 작은 노드를 다음 currentNode로 정함.*/
void Pathfinding()
{
ReadMap();
startNode = nodeArray[startPos.y - bottomLeft.y, startPos.x - bottomLeft.x];
endNode = nodeArray[endPos.y - bottomLeft.y, endPos.x - bottomLeft.x];
currentNode = startNode;
CloseList.Add(startNode);
while (!Search())
{
if (OpenList.Count == 0)
{
warningText.SetActive(true);
isDrawn = false;
return;
}
Node temp = null;
foreach (Node element in OpenList)
{
if (temp == null)
{
temp = element;
}
else if (temp.F > element.F)
{
for (int y = -1; y <= 1; y++)
{
for (int x = -1; x <= 1; x++)
{
if (currentNode.x + x == element.x && currentNode.y + y == element.y)
{
temp = element;
}
}
}
}
}
currentNode = temp;
OpenList.Remove(temp);
CloseList.Add(temp);
}
GetFinalList();
}
private bool SetConfiguration()
{
if (_soundChanged)
{
if (!_notifier.LoadSound(SoundPath.Text) && PlaysSound.Checked)
{
MessageBox.Show("音声ファイルの読み込みに失敗しました。", "エラー", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(false);
}
}
if (_imageChanged)
{
if (!_notifier.DialogData.LoadImage(ImagePath.Text) && DrawsImage.Checked)
{
MessageBox.Show("画像ファイルの読み込みに失敗しました。", "エラー", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(false);
}
}
//set configuration
_notifier.IsEnabled = IsEnabled.Checked;
_notifier.PlaysSound = PlaysSound.Checked;
_notifier.DialogData.DrawsImage = DrawsImage.Checked;
_notifier.SoundVolume = (int)SoundVolume.Value;
_notifier.LoopsSound = LoopsSound.Checked;
_notifier.ShowsDialog = ShowsDialog.Checked;
_notifier.DialogData.TopMost = TopMostFlag.Checked;
_notifier.DialogData.Alignment = (NotifierDialogAlignment)Alignment.SelectedIndex;
_notifier.DialogData.Location = new Point((int)LocationX.Value, (int)LocationY.Value);
_notifier.DialogData.DrawsMessage = DrawsMessage.Checked;
_notifier.DialogData.HasFormBorder = HasFormBorder.Checked;
_notifier.AccelInterval = (int)(AccelInterval.Value * 1000);
_notifier.DialogData.ClosingInterval = (int)(ClosingInterval.Value * 1000);
{
int flag = 0;
for (int i = 0; i < (int)NotifierDialogClickFlags.HighestBit; i++)
{
flag |= (CloseList.GetItemChecked(i) ? 1 : 0) << i;
}
_notifier.DialogData.ClickFlag = (NotifierDialogClickFlags)flag;
}
_notifier.DialogData.CloseOnMouseMove = CloseList.GetItemChecked((int)NotifierDialogClickFlags.HighestBit);
_notifier.DialogData.ForeColor = ForeColorPreview.ForeColor;
_notifier.DialogData.BackColor = BackColorPreview.ForeColor;
_notifier.DialogData.ShowWithActivation = ShowWithActivation.Checked;
var ndmg = _notifier as NotifierDamage;
if (ndmg != null)
{
ndmg.NotifiesBefore = NotifiesBefore.Checked;
ndmg.NotifiesNow = NotifiesNow.Checked;
ndmg.NotifiesAfter = NotifiesAfter.Checked;
ndmg.ContainsNotLockedShip = ContainsNotLockedShip.Checked;
ndmg.ContainsSafeShip = ContainsSafeShip.Checked;
ndmg.ContainsFlagship = ContainsFlagship.Checked;
ndmg.LevelBorder = (int)LevelBorder.Value;
ndmg.NotifiesAtEndpoint = NotifiesAtEndpoint.Checked;
}
var nanc = _notifier as NotifierAnchorageRepair;
if (nanc != null)
{
nanc.NotificationLevel = AnchorageRepairNotificationLevel.SelectedIndex;
}
return(true);
}
public DialogConfigurationNotifier(NotifierBase notifier)
{
InitializeComponent();
_notifier = notifier;
//init base
_soundChanged = false;
_imageChanged = false;
GroupSound.AllowDrop = true;
GroupImage.AllowDrop = true;
//init from data
IsEnabled.Checked = notifier.IsEnabled;
PlaysSound.Checked = notifier.PlaysSound;
SoundPath.Text = notifier.SoundPath;
SoundVolume.Value = notifier.SoundVolume;
LoopsSound.Checked = notifier.LoopsSound;
DrawsImage.Checked = notifier.DialogData.DrawsImage;
ImagePath.Text = notifier.DialogData.ImagePath;
ShowsDialog.Checked = notifier.ShowsDialog;
TopMostFlag.Checked = notifier.DialogData.TopMost;
Alignment.SelectedIndex = (int)notifier.DialogData.Alignment;
LocationX.Value = notifier.DialogData.Location.X;
LocationY.Value = notifier.DialogData.Location.Y;
DrawsMessage.Checked = notifier.DialogData.DrawsMessage;
HasFormBorder.Checked = notifier.DialogData.HasFormBorder;
AccelInterval.Value = notifier.AccelInterval / 1000;
ClosingInterval.Value = notifier.DialogData.ClosingInterval / 1000;
for (int i = 0; i < (int)NotifierDialogClickFlags.HighestBit; i++)
{
CloseList.SetItemChecked(i, ((int)notifier.DialogData.ClickFlag & (1 << i)) != 0);
}
CloseList.SetItemChecked((int)NotifierDialogClickFlags.HighestBit, notifier.DialogData.CloseOnMouseMove);
ShowWithActivation.Checked = notifier.DialogData.ShowWithActivation;
ForeColorPreview.ForeColor = notifier.DialogData.ForeColor;
BackColorPreview.ForeColor = notifier.DialogData.BackColor;
LevelBorder.Maximum = ExpTable.ShipMaximumLevel;
NotifierDamage ndmg = notifier as NotifierDamage;
if (ndmg != null)
{
NotifiesBefore.Checked = ndmg.NotifiesBefore;
NotifiesNow.Checked = ndmg.NotifiesNow;
NotifiesAfter.Checked = ndmg.NotifiesAfter;
ContainsNotLockedShip.Checked = ndmg.ContainsNotLockedShip;
ContainsSafeShip.Checked = ndmg.ContainsSafeShip;
ContainsFlagship.Checked = ndmg.ContainsFlagship;
LevelBorder.Value = ndmg.LevelBorder;
NotifiesAtEndpoint.Checked = ndmg.NotifiesAtEndpoint;
}
else
{
GroupDamage.Visible = false;
GroupDamage.Enabled = false;
}
NotifierAnchorageRepair nanc = notifier as NotifierAnchorageRepair;
if (nanc != null)
{
AnchorageRepairNotificationLevel.SelectedIndex = nanc.NotificationLevel;
}
else
{
GroupAnchorageRepair.Visible = false;
GroupAnchorageRepair.Enabled = false;
}
DialogOpenSound.Filter = "音楽ファイル|" + string.Join(";", Utility.MediaPlayer.SupportedExtensions.Select(s => "*." + s)) + "|File|*";
}
public DialogConfigurationNotifier(NotifierBase notifier)
{
InitializeComponent();
_notifier = notifier;
//init base
_soundChanged = false;
_imageChanged = false;
GroupSound.AllowDrop = true;
GroupImage.AllowDrop = true;
//init from data
IsEnabled.Checked = notifier.IsEnabled;
PlaysSound.Checked = notifier.PlaysSound;
SoundPath.Text = notifier.SoundPath;
DrawsImage.Checked = notifier.DialogData.DrawsImage;
ImagePath.Text = notifier.DialogData.ImagePath;
ShowsDialog.Checked = notifier.ShowsDialog;
TopMostFlag.Checked = notifier.DialogData.TopMost;
Alignment.SelectedIndex = (int)notifier.DialogData.Alignment;
LocationX.Value = notifier.DialogData.Location.X;
LocationY.Value = notifier.DialogData.Location.Y;
DrawsMessage.Checked = notifier.DialogData.DrawsMessage;
HasFormBorder.Checked = notifier.DialogData.HasFormBorder;
AccelInterval.Value = notifier.AccelInterval / 1000;
ClosingInterval.Value = notifier.DialogData.ClosingInterval / 1000;
for (int i = 0; i < (int)NotifierDialogClickFlags.HighestBit; i++)
{
CloseList.SetItemChecked(i, ((int)notifier.DialogData.ClickFlag & (1 << i)) != 0);
}
CloseList.SetItemChecked((int)NotifierDialogClickFlags.HighestBit, notifier.DialogData.CloseOnMouseMove);
ShowWithActivation.Checked = notifier.DialogData.ShowWithActivation;
ForeColorPreview.ForeColor = notifier.DialogData.ForeColor;
BackColorPreview.ForeColor = notifier.DialogData.BackColor;
NotifierDamage ndmg = notifier as NotifierDamage;
if (ndmg != null)
{
NotifiesBefore.Checked = ndmg.NotifiesBefore;
NotifiesNow.Checked = ndmg.NotifiesNow;
NotifiesAfter.Checked = ndmg.NotifiesAfter;
ContainsNotLockedShip.Checked = ndmg.ContainsNotLockedShip;
ContainsSafeShip.Checked = ndmg.ContainsSafeShip;
ContainsFlagship.Checked = ndmg.ContainsFlagship;
LevelBorder.Value = ndmg.LevelBorder;
NotifiesAtEndpoint.Checked = ndmg.NotifiesAtEndpoint;
}
else
{
GroupDamage.Visible = false;
GroupDamage.Enabled = false;
}
}
/// <summary>
/// NOTE: The workingLibrary will be deleted when this method is called.
///
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public DiskStatus[] getDiskStatuses(final CommandConnection cc, final DDMConnection ddmConn, String workingLibrary, boolean reset) throws IOException
//JAVA TO C# CONVERTER WARNING: 'final' parameters are not available in .NET:
public virtual DiskStatus[] getDiskStatuses(CommandConnection cc, DDMConnection ddmConn, string workingLibrary, bool reset)
{
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final SystemInfo si1 = cc.getInfo();
SystemInfo si1 = cc.Info;
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final SystemInfo si2 = ddmConn.getInfo();
SystemInfo si2 = ddmConn.Info;
if (!si1.System.Equals(si2.System) || si1.ServerLevel != si2.ServerLevel)
{
throw new IOException("Command connection does not match DDM connection.");
}
skip_ = 0;
theEnd_ = false;
statuses_.Clear();
elapsedTime_ = null;
done_ = false;
outputQueueLibrary_ = workingLibrary;
// I really wish spooled files could go into QTEMP!
// DDMConnection conn = DDMConnection.getConnection("rchasa12", "csmith",
// "s1r4l0in");
// CommandConnection conn = CommandConnection.getConnection("rchasa12",
// "csmith", "s1r4l0in");
// System.out.println(conn.getJobName());
CommandResult result = cc.execute("CLROUTQ OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
IList <Message> messages = result.MessagesList;
if (messages.Count != 1 && !messages[0].ID.Equals("CPF3357"))
{
throw new IOException("Error clearing output queue: " + result.ToString());
}
}
result = cc.execute("DLTLIB " + workingLibrary);
if (!result.succeeded())
{
IList <Message> messages = result.MessagesList;
if (messages.Count != 1 || !messages[0].ID.Equals("CPF2110")) // Library
// not
// found.
{
throw new IOException("Error deleting library: " + result.ToString());
}
}
result = cc.execute("CRTLIB " + workingLibrary);
if (!result.succeeded())
{
throw new IOException("Error creating library: " + result.ToString());
}
result = cc.execute("CRTPF " + workingLibrary + "/DSKSTS RCDLEN(132) MAXMBRS(*NOMAX) SIZE(*NOMAX) LVLCHK(*NO)");
if (!result.succeeded())
{
throw new IOException("Error creating physical file: " + result.ToString());
}
result = cc.execute("CRTOUTQ OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
throw new IOException("Error creating output queue: " + result.ToString());
}
result = cc.execute("CHGJOB OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
throw new IOException("Error changing job: " + result.ToString());
}
result = cc.execute("WRKDSKSTS OUTPUT(*PRINT) RESET(" + (reset ? "*YES" : "*NO") + ")");
if (!result.succeeded())
{
throw new IOException("Error running WRKDSKSTS: " + result.ToString());
}
OpenListOfSpooledFilesFormatOSPL0300 format = new OpenListOfSpooledFilesFormatOSPL0300();
OpenListOfSpooledFiles list = new OpenListOfSpooledFiles(format, 256, -1, null, this, null, null, null);
list.FormatListener = this;
result = cc.call(list);
if (!result.succeeded())
{
throw new IOException("Error retrieving spooled file: " + result.ToString());
}
ListInformation info = list.ListInformation;
CloseList close = new CloseList(info.RequestHandle);
result = cc.call(close);
if (!result.succeeded())
{
throw new IOException("Error closing spooled file list: " + result.ToString());
}
string jobID = jobNumber_.Trim() + "/" + jobUser_.Trim() + "/"
+ jobName_.Trim();
result = cc.execute("CPYSPLF FILE(" + spooledFileName_.Trim() + ") TOFILE(" + workingLibrary + "/DSKSTS) JOB(" + jobID + ") SPLNBR(" + spooledFileNumber_ + ") MBROPT(*REPLACE)");
if (!result.succeeded())
{
throw new IOException("Error copying spooled file: " + result.ToString());
}
DDMFile file = ddmConn.open(workingLibrary, "DSKSTS", "DSKSTS", "DSKSTS", DDMFile.READ_ONLY, false, 200, 1);
while (!done())
{
ddmConn.readNext(file, this);
}
ddmConn.close(file);
result = cc.execute("DLTLIB " + workingLibrary);
DiskStatus[] arr = new DiskStatus[statuses_.Count];
statuses_.toArray(arr);
return(arr);
/*
* Class.forName("com.ibm.jtopenlite.database.jdbc.JDBCDriver");
* java.sql.Connection c =
* DriverManager.getConnection("jdbc:systemi://rchasa12", "csmith",
* "s1r4l0in"); Statement s = c.createStatement(); ResultSet rs =
* s.executeQuery("SELECT * FROM QZRDDSKSTS.DSKSTS"); int skip = 0;
* boolean theEnd = false; while (rs.next()) { String line =
* rs.getString(1); if (skip < 4) { ++skip; } else if (!theEnd) { if
* (line.indexOf("E N D O F L I S T I N G") >= 0) { theEnd = true; }
* else { StringTokenizer st = new StringTokenizer(line); String unit =
* st.nextToken(); String type = st.nextToken(); String sizeMB =
* st.nextToken(); String percentUsed = st.nextToken(); String
* ioRequests = st.nextToken(); String requestSizeKB = st.nextToken();
* String readRequests = st.nextToken(); String writeRequests =
* st.nextToken(); String readKB = st.nextToken(); String writeKB =
* st.nextToken(); String percentBusy = st.nextToken(); String asp =
* st.nextToken(); String protectionType = st.nextToken(); String
* protectionStatus = st.nextToken(); String compression =
* st.nextToken(); //TODO } } } rs.close(); s.close(); c.close();
*/
}
/*현재 노드의 8방위를 확인해서 G와 H를 계산하고 OpenList에 추가.
* 아래의 조건에 해당한다면 다음으로 넘어가고, 목표지점에 도달하면 CloseList에 추가하고 종료.
* OpenList에 포함된 노드라면 더 작은 F를 갖는 쪽으로 수정.*/
bool Search()
{
for (int y = -1; y <= 1; y++)
{
for (int x = -1; x <= 1; x++)
{
Direction dir = GetDirection(x, y);
int arrayX = currentNode.x - bottomLeft.x;
int arrayY = currentNode.y - bottomLeft.y;
if (arrayX + x < 0 || arrayX + x >= sizeX)
{
continue;
}
if (arrayY + y < 0 || arrayY + y >= sizeY)
{
continue;
}
Node temp = nodeArray[y + arrayY, x + arrayX];
if (CloseList.Contains(temp))
{
continue;
}
if (temp.isWall)
{
continue;
}
if (Corner(dir, arrayX, arrayY))
{
continue;
}
if (Goal(temp))
{
endNode.H = CalculateH(temp);
endNode.G = CalculateG(dir, currentNode.G);
endNode.parentNode = currentNode;
CloseList.Add(endNode);
return(true);
}
foreach (Node node in OpenList)
{
if (temp.x == node.x && temp.y == node.y)
{
temp.H = node.H;
temp.G = node.G;
}
}
if (temp.F == 0)
{
temp.H = CalculateH(temp);
temp.G = CalculateG(dir, currentNode.G);
temp.parentNode = currentNode;
OpenList.Add(temp);
}
else
{
int tempG = CalculateG(dir, currentNode.G);
if (temp.G > tempG)
{
temp.G = tempG;
temp.parentNode = currentNode;
}
}
}
}
return(false);
}