/// <summary>
/// Generates the result of the first N steps of the algorithm for display
/// </summary>
/// <param name="step">The amount of steps to work through</param>
/// <returns>The lines to draw on the graph</returns>
public List<Line> ComputeToStep(int step)
{
if (step >= lines.Count)
{
step = lines.Count;
}
List<Line> linesAtStep = new List<Line>();
List<int> greenIndex = new List<int>();
foreach (Line line in lines)
{
if (line.GetColor() == Color.Green)
{
greenIndex.Add(lines.IndexOf(line));
}
}
if (step == 0)
{
return linesAtStep;
}
linesAtStep = lines.GetRange(0, step);
int removeRedsBefore = greenIndex.FindLast(a => a < step);
linesAtStep.RemoveAll(a => a.GetColor() == Color.Red && linesAtStep.IndexOf(a) < removeRedsBefore);
return linesAtStep;
}
internal static CompletionSet Create(List<DesignerNode> nodes, SnapshotPoint point)
{
DesignerNode node = nodes.FindLast(n => n.NodeType == NDjango.Interfaces.NodeType.ParsingContext);
if (node == null)
return null;
return new TagCompletionSet(node, point);
}
static void Main(string[] args)
{
List<int> lista=new List<int>(new int[] {1,2,3,4,5,6,7,8});
List<int> numeripari=lista.FindAll(delegate(int i){
return i%2==0;
});
numeripari.ForEach(Console.WriteLine);
//lambda
CheckIntDelegate del = (x => x % 2 == 0);
var pari = del(234);
Predicate<int> pred= (x => x % 2 == 0);
bool b=pred(234521);
var dispari = lista.FindLast(i => i % 2 != 0);
Func<int,int, double> mediaFunc= (x,y) => (x+y)/2.0;
double average=mediaFunc(3,7);
Action<string, string> upperAction = (s1, s2) =>
{
string s = s1 + " " + s2;
Console.WriteLine(s.ToUpper());
};
upperAction("Hello", "World");
//variabili catturata
Func<int, int> func = CreaFunc();
int res = func(5);
//modifica variabile catturata
Func<int> modificaVariabile = () => res = 10;
modificaVariabile();
Console.WriteLine(res);
Expression<Func<int, bool>> exprPari = num => num % 2==0;
// Compila l'abero di espression in delegate.
Func<int, bool> isPari = exprPari.Compile();
// invoca il delegate
Console.WriteLine(isPari(4));
// sintassi semplificata
Console.WriteLine(exprPari.Compile()(5));
//analizzare l'espressione
ParameterExpression parNum=exprPari.Parameters[0];
BinaryExpression opModulo = (BinaryExpression)exprPari.Body;
BinaryExpression exprLeft = (BinaryExpression)opModulo.Left;
ParameterExpression exprNum = (ParameterExpression)exprLeft.Left;
ConstantExpression expr2 = (ConstantExpression)exprLeft.Right;
ConstantExpression opRight = (ConstantExpression)opModulo.Right;
}
public void AddHealthAmount(int health)
{
if (_healths != null && _healths.Count > 0 && _healths.TrueForAll(h => h.IsFullHealth()))
{
return;
}
var damagedHealth = _healths?.FindLast(h => !h.IsFullHealth());
damagedHealth?.AddHealth(health);
}
/// <summary>
/// Gets the custom pricing for each mailbox plan
/// </summary>
/// <param name="product"></param>
/// <param name="companyCode"></param>
/// <param name="mailboxPlans"></param>
public static void GetCustomPricing(string product, string companyCode, string currencySymbol, ref List<MailboxPlan> plans)
{
SqlConnection sql = new SqlConnection(ConfigurationManager.ConnectionStrings["DB"].ConnectionString);
SqlCommand cmd = new SqlCommand("SELECT PlanID, Product, Price FROM PriceOverride WHERE [email protected] AND [email protected]", sql);
try
{
// Add parameters
cmd.Parameters.AddWithValue("Product", product);
cmd.Parameters.AddWithValue("CompanyCode", companyCode);
// Open connection
sql.Open();
// Read data
SqlDataReader r = cmd.ExecuteReader();
if (r.HasRows)
{
while (r.Read())
{
int planId = int.Parse(r["PlanID"].ToString());
var findItem = plans.FindLast(x => x.PlanID == planId);
if (findItem != null)
{
plans[plans.IndexOf(findItem)].CustomPrice = String.Format(currencySymbol + r["Price"].ToString());
}
}
}
// Close
r.Close();
sql.Close();
// Dispose
r.Dispose();
}
catch (Exception ex)
{
throw;
}
finally
{
if (cmd != null)
cmd.Dispose();
if (sql != null)
sql.Dispose();
}
}
private IMarker FindClosestMarker( List<IMarker> markers, NavDestination destination, int caretLine, int caretColumn )
{
IMarker closestMarker = null;
if ( markers != null && markers.Count > 0 && destination != NavDestination.None )
{
IMarker firstMarker = markers[0];
IMarker lastMarker = markers[markers.Count - 1];
switch ( destination )
{
case NavDestination.First:
closestMarker = firstMarker;
break;
case NavDestination.Prev:
case NavDestination.Next:
if ( destination == NavDestination.Prev )
closestMarker = markers.FindLast( marker =>
marker.Line < caretLine || (marker.Line == caretLine && marker.Column < caretColumn) );
else
closestMarker = markers.Find( marker =>
marker.Line > caretLine || (marker.Line == caretLine && marker.Column > caretColumn) );
// if no target found and we have only a single marker, that's the new target
if ( closestMarker == null && markers.Count == 1 )
{
IMarker marker = firstMarker;
if ( marker.Line == caretLine && marker.Column == caretColumn )
closestMarker = marker;
}
// if we allow "rolling over" on prev/next, do so
if ( _settings.RollOverOnPrevNext && closestMarker == null )
{
if ( destination == NavDestination.Prev )
closestMarker = lastMarker;
else if ( destination == NavDestination.Next )
closestMarker = firstMarker;
}
break;
case NavDestination.Last:
closestMarker = lastMarker;
break;
case NavDestination.Top:
closestMarker = CodeRush.Markers.Top;
break;
}
}
return closestMarker;
}
static void Main()
{
var racers = new List<Racer>();
racers.Add(new Racer(26, "Jacques", "Villeneuve", "Canada", 11));
racers.Add(new Racer(18, "Alan", "Jones", "Australia", 12));
racers.Add(new Racer(11, "Jackie", "Stewart", "United Kingdom", 27));
racers.Add(new Racer(15, "James", "Hunt", "United Kingdom", 10));
racers.Add(new Racer(5, "Jack", "Brabham", "Australia", 14));
racers.Add(new Racer(25, "Adi", "ADDD", "Australia", 28));
var lookupRacers = racers.ToLookup(r => r.Country);
foreach (Racer r in lookupRacers["Australia"])
{
Console.WriteLine(r);
}
// public delegate bool Predicate<T>(T obj);
int index = racers.FindIndex(new FindCountry("Australia").FindCountryPredicate);
Console.WriteLine("index:{0}",index);
//下面是等价的
int index2 = racers.FindIndex(r => r.Country == "Australia");
Console.WriteLine("index2:{0}", index2);
//返回第一个匹配的
//FindLast 最后一个匹配的
Console.WriteLine("Find get first match object");
Racer racerFirst = racers.Find(c => c.Country == "Australia");
Console.WriteLine(racerFirst.FirstName);
Console.WriteLine(racerFirst.LastName);
Console.WriteLine("FindLast get last match object");
Racer racerLast = racers.FindLast(c => c.Country == "Australia");
Console.WriteLine(racerLast.FirstName);
Console.WriteLine(racerLast.LastName);
Console.WriteLine("FindAll get All match object");
List<Racer> racerAll = racers.FindAll(r => r.Wins > 20);
foreach (Racer r in racerAll)
{
Console.WriteLine("{0:A}",r);
}
Console.ReadKey();
}
/// <summary>
/// Handles and updates the player lives
/// </summary>
/// <param name="_amount">amount of lives lost</param>
public void UpdatePlayerLives(int _amount)
{
lives -= _amount;
if (lives < 1)
{
lives = MAXLIVES;
EventManager.OnGameOverHandler();
}
for (int attackTimes = 0; attackTimes <= _amount - 1; attackTimes++)
{
if (lives > 0)
{
Image lastImage = livesImages?.FindLast(i => i.gameObject.activeSelf);
if (lastImage == null)
{
return;
}
else
{
lastImage.gameObject.SetActive(false);
}
}
}
}
//@}
//! \name CashFlow functions
//@{
//! the last cashflow paying before or at the given date
public static CashFlow previousCashFlow(List<CashFlow> leg, bool includeSettlementDateFlows,Date settlementDate = null)
{
if (leg.Count == 0) return null;
Date d = (settlementDate == null ? Settings.evaluationDate() : settlementDate);
return leg.FindLast(x => x.hasOccurred(d, includeSettlementDateFlows));
}
/// <summary>
/// Find last element by condition.
/// </summary>
/// <param name="match">Condition to find.</param>
/// <returns>Finded element.</returns>
public JsonValue FindLast(Predicate <JsonValue> match)
{
return(_values.FindLast(match));
}
private CompletionSet CreateCompletionSet(SnapshotPoint point)
{
switch (Context)
{
case CompletionContext.Tag:
return(AbstractCompletionSet.Create <TagCompletionSet>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.ParsingContext || n.NodeType == NodeType.CommentContext).FindLast(n => true)
));
case CompletionContext.Variable:
return(AbstractCompletionSet.Create <VariableCompletionSet>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.ParsingContext).FindLast(n => true)
));
case CompletionContext.FilterName:
return(AbstractCompletionSet.Create <FilterName>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.ParsingContext).FindLast(n => true)
));
case CompletionContext.FilterArgument:
return(AbstractCompletionSet.Create <FilterArgument>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.Filter).FindLast(n => true)));
case CompletionContext.Word:
// Get the list of all nodes with non-empty value lists
List <DesignerNode> nodes = nodeProvider.GetNodes(point, n => n.IsCompletionProvider);
// out of the list get the last node which is not a parsing context
DesignerNode node = nodes.FindLast(n => n.NodeType != NodeType.ParsingContext);
if (node == null)
{
return(null);
}
switch (node.NodeType)
{
case NodeType.Reference:
return(AbstractCompletionSet.Create <Member>(this, point, node));
case NodeType.TagName:
return(new TagName(this, node, point));
case NodeType.TypeName:
return(new TypeName(this, node, point));
default:
break;
}
return(new ValueCompletionSet(this, node, point));
case CompletionContext.NewMemberReference:
return(AbstractCompletionSet.Create <NewMember>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.Reference).FindLast(n => true)));
case CompletionContext.AposString:
case CompletionContext.QuotedString:
return(AbstractCompletionSet.Create <TemplateName>(
this, point,
nodeProvider.GetNodes(point, n => n.NodeType == NodeType.TemplateName).FindLast(n => true)));
default:
return(null);
}
}
/// <summary>
/// Searches for an element that matches the conditions defined by the specified predicate, and returns the last occurrence within the entire EventList<IFeature>.
/// </summary>
/// <param name="match">The System.Predicate<IFeature> delegate that defines the conditions of the element to search for.</param>
/// <returns>The last element that matches the conditions defined by the specified predicate, if found; otherwise, the default value for type IFeature.</returns>
/// <exception cref= "System.ArgumentNullException">match is null."</exception>
public virtual IFeature FindLast(Predicate <IFeature> match)
{
return(_list.FindLast(match));
}
/// <summary>
/// 开始计算
/// </summary>
private void Statistics()
{
try
{
List <ReadingRoomInfo> rooms = seatManageService.GetReadingRooms(null, null, null);
DateTime sdt = seatManageService.GetLastRoomUsageStatisticsDate();
if (sdt <= DateTime.Parse("2000-1-1"))
{
return;
}
sdt = sdt.AddDays(1);
while (true)
{
//获取进出记录
List <EnterOutLogInfo> enterOutLogList = seatManageService.GetEnterOutBakLogsByDate(sdt);
List <BespeakLogInfo> bespeakLogList = seatManageService.GetBespeakLogs(null, null, sdt, 0, null);
List <ViolationRecordsLogInfo> violationLogList = seatManageService.GetViolationRecordsLogs(null, null, sdt.ToShortDateString(), sdt.Date.AddDays(1).AddSeconds(-1).ToString(), LogStatus.None, LogStatus.None);
//List<BlackListInfo> blacklistList = T_SM_Blacklist.GetAllBlackListInfo(null, LogStatus.None, sdt.ToShortDateString(), sdt.Date.AddDays(1).AddSeconds(-1).ToString());
if (enterOutLogList.Count <= 0 && bespeakLogList.Count <= 0 && violationLogList.Count <= 0 && sdt >= DateTime.Now.Date.AddDays(-1))
{
break;
}
Dictionary <string, SeatManage.ClassModel.RoomUsageStatistics> roomDir = rooms.ToDictionary(room => room.No, room => new SeatManage.ClassModel.RoomUsageStatistics());
//基本数据及排序处理
foreach (ReadingRoomInfo room in rooms)
{
roomDir[room.No].StatisticsDate = sdt;
roomDir[room.No].ReadingRoomNo = room.No;
roomDir[room.No].SeatAllCount = room.SeatList.Seats.Count;
roomDir[room.No].OpenTime = DateTime.Parse(room.Setting.GetRoomOpenTimeByDate(sdt).BeginTime);
roomDir[room.No].CloseTime = DateTime.Parse(room.Setting.GetRoomOpenTimeByDate(sdt).EndTime);
roomDir[room.No].RoomUsageTime = (int)(roomDir[room.No].CloseTime - roomDir[room.No].OpenTime).TotalMinutes;
roomDir[room.No].SeatUsageCount = enterOutLogList.FindAll(u => u.ReadingRoomNo == room.No).GroupBy(u => u.SeatNo).Count();
roomDir[room.No].UsedReaderCount = enterOutLogList.FindAll(u => u.ReadingRoomNo == room.No).GroupBy(u => u.CardNo).Count();
roomDir[room.No].CanBesapeakSeat = room.Setting.SeatBespeak.BespeakArea.BespeakType == BespeakAreaType.Percentage ? (int)room.Setting.SeatBespeak.BespeakArea.Scale * room.SeatList.Seats.Count : room.SeatList.Seats.Count(u => u.Value.CanBeBespeak);
roomDir[room.No].BespeakedSeat = bespeakLogList.FindAll(u => u.ReadingRoomNo == room.No).GroupBy(u => u.SeatNo).Count();
}
foreach (ViolationRecordsLogInfo vrl in violationLogList)
{
roomDir[vrl.ReadingRoomID].ViolationRecordCount++;
switch (vrl.EnterFlag)
{
case ViolationRecordsType.BookingTimeOut:
roomDir[vrl.ReadingRoomID].VRBookingTimeOut++;
break;
case ViolationRecordsType.LeaveByAdmin:
roomDir[vrl.ReadingRoomID].VRLeaveByAdmin++;
break;
case ViolationRecordsType.LeaveNotReadCard:
roomDir[vrl.ReadingRoomID].VRLeaveNotReadCard++;
break;
case ViolationRecordsType.SeatOutTime:
roomDir[vrl.ReadingRoomID].VRSeatOutTime++;
break;
case ViolationRecordsType.ShortLeaveByAdminOutTime:
roomDir[vrl.ReadingRoomID].VRShortLeaveByAdminOutTime++;
break;
case ViolationRecordsType.ShortLeaveByReaderOutTime:
roomDir[vrl.ReadingRoomID].VRShortLeaveByReaderOutTime++;
break;
case ViolationRecordsType.ShortLeaveByServiceOutTime:
roomDir[vrl.ReadingRoomID].VRShortLeaveByServiceOutTime++;
break;
case ViolationRecordsType.ShortLeaveOutTime:
roomDir[vrl.ReadingRoomID].VRShortLeaveOutTime++;
break;
}
}
//预约记录处理
foreach (BespeakLogInfo bli in bespeakLogList)
{
roomDir[bli.ReadingRoomNo].AllBespeakCount++;
if (bli.BsepeakTime.Date == bli.SubmitTime.Date)
{
switch (bli.BsepeakState)
{
case BookingStatus.Cencaled:
switch (bli.CancelPerson)
{
case Operation.Admin:
case Operation.Reader:
roomDir[bli.ReadingRoomNo].NowDayBespeakCancel++;
break;
case Operation.Service:
roomDir[bli.ReadingRoomNo].NowDayBespeakOverTime++;
break;
}
break;
case BookingStatus.Confinmed:
roomDir[bli.ReadingRoomNo].NowDayBespeakCheck++;
break;
}
roomDir[bli.ReadingRoomNo].NowDayBespeakCount++;
}
else
{
switch (bli.BsepeakState)
{
case BookingStatus.Cencaled:
switch (bli.CancelPerson)
{
case Operation.Admin:
case Operation.Reader:
roomDir[bli.ReadingRoomNo].BespeakCancel++;
break;
case Operation.Service:
roomDir[bli.ReadingRoomNo].BespeakOverTime++;
break;
}
break;
case BookingStatus.Confinmed:
roomDir[bli.ReadingRoomNo].BespeakCheck++;
break;
}
roomDir[bli.ReadingRoomNo].BespeakCount++;
}
}
foreach (EnterOutLogInfo eol in enterOutLogList)
{
//刷卡次数
if (!string.IsNullOrEmpty(eol.TerminalNum) && !(eol.EnterOutState == EnterOutLogType.ContinuedTime && eol.Flag == Operation.Service))
{
roomDir[eol.ReadingRoomNo].RushCardOperatingCount++;
}
//记录类型
switch (eol.EnterOutState)
{
case EnterOutLogType.BookingConfirmation:
roomDir[eol.ReadingRoomNo].CheckBespeakCount++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].CkeckBespeakInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].CheckBespeakInSeatClient++;
}
break;
case EnterOutLogType.ComeBack:
roomDir[eol.ReadingRoomNo].ComeBackCount++;
switch (eol.Flag)
{
case Operation.Admin:
roomDir[eol.ReadingRoomNo].ComeBackByAdmin++;
break;
case Operation.OtherReader:
roomDir[eol.ReadingRoomNo].ComeBackByOtherReader++;
break;
case Operation.Reader:
roomDir[eol.ReadingRoomNo].ComeBackByReader++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].ComeBackInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].ComeBackInSeatClient++;
}
break;
}
EnterOutLogInfo slEOL = enterOutLogList.FindLast(u => u.EnterOutState == EnterOutLogType.ShortLeave && u.EnterOutLogNo == eol.EnterOutLogNo && u.EnterOutTime < eol.EnterOutTime);
if (slEOL != null)
{
roomDir[eol.ReadingRoomNo].ShortLeaveTime += (int)(slEOL.EnterOutTime - eol.EnterOutTime).TotalMinutes;
}
break;
case EnterOutLogType.ContinuedTime:
roomDir[eol.ReadingRoomNo].ContinueTimeCount++;
switch (eol.Flag)
{
case Operation.Service:
roomDir[eol.ReadingRoomNo].ContinueTimeByService++;
break;
case Operation.Reader:
roomDir[eol.ReadingRoomNo].ContinueTimeByReader++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].ContinueTimeInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].ContinueTimeInSeatClient++;
}
break;
}
break;
case EnterOutLogType.Leave:
roomDir[eol.ReadingRoomNo].LeaveCount++;
roomDir[eol.ReadingRoomNo].ReaderUsageCount++;
switch (eol.Flag)
{
case Operation.Service:
roomDir[eol.ReadingRoomNo].LeaveByService++;
break;
case Operation.Admin:
roomDir[eol.ReadingRoomNo].LeaveByAdmin++;
break;
case Operation.Reader:
roomDir[eol.ReadingRoomNo].LeaveByReader++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].LeaveInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].LeaveInSeatClient++;
}
break;
}
EnterOutLogInfo enterEOL = enterOutLogList.Find(u => (u.EnterOutState == EnterOutLogType.BookingConfirmation || u.EnterOutState == EnterOutLogType.ReselectSeat || u.EnterOutState == EnterOutLogType.SelectSeat || u.EnterOutState == EnterOutLogType.WaitingSuccess) && u.EnterOutLogNo == eol.EnterOutLogNo);
if (enterEOL != null)
{
roomDir[eol.ReadingRoomNo].SeatUsageTime += (int)(eol.EnterOutTime - enterEOL.EnterOutTime).TotalMinutes;
}
break;
case EnterOutLogType.ReselectSeat:
roomDir[eol.ReadingRoomNo].ReselectSeatCount++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].ReselectSeatInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].ReselectSeatInSeatClient++;
}
break;
case EnterOutLogType.SelectSeat:
roomDir[eol.ReadingRoomNo].SelectSeatCount++;
switch (eol.Flag)
{
case Operation.Admin:
roomDir[eol.ReadingRoomNo].SelectSeatByAdmin++;
break;
case Operation.Reader:
roomDir[eol.ReadingRoomNo].SelectSeatByReader++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].SelectSeatInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].SelectSeatInSeatClient++;
}
break;
}
break;
case EnterOutLogType.ShortLeave:
roomDir[eol.ReadingRoomNo].ShortLeaveCount++;
switch (eol.Flag)
{
case Operation.OtherReader:
roomDir[eol.ReadingRoomNo].ShortLeaveByOtherReader++;
break;
case Operation.Service:
roomDir[eol.ReadingRoomNo].ShortLeaveByService++;
break;
case Operation.Admin:
roomDir[eol.ReadingRoomNo].ShortLeaveByAdmin++;
break;
case Operation.Reader:
roomDir[eol.ReadingRoomNo].ShortLeaveByReader++;
if (string.IsNullOrEmpty(eol.TerminalNum))
{
roomDir[eol.ReadingRoomNo].ShortLeaveInOtherClient++;
}
else
{
roomDir[eol.ReadingRoomNo].ShortLeaveInSeatClient++;
}
break;
}
break;
case EnterOutLogType.WaitingSuccess:
roomDir[eol.ReadingRoomNo].WaitSeatCount++;
break;
}
}
foreach (SeatManage.ClassModel.RoomUsageStatistics roomUS in roomDir.Values.Where(roomUS => !seatManageService.AddRoomUsageStatistics(roomUS)))
{
WriteLog.Write(string.Format("数据统计服务：添加阅览室:{0} {1} 数据统计出错", roomUS.ReadingRoomNo, roomUS.StatisticsDate));
throw new Exception(string.Format("数据统计服务：添加阅览室:{0} {1} 数据统计出错", roomUS.ReadingRoomNo, roomUS.StatisticsDate));
}
sdt = sdt.AddDays(1);
if (sdt >= DateTime.Now.Date)
{
break;
}
roomDir = null;
}
WriteLog.Write("数据统计服务：统计阅览室完成使用情况完成");
}
catch (Exception ex)
{
WriteLog.Write(string.Format("数据统计服务：统计阅览室使用情况失败：{0}", ex.Message));
}
}
protected override void OnCreate(Bundle bundle)
{
base.OnCreate(bundle);
SetContentView(Resource.Layout.Main);
if ((int)Android.OS.Build.VERSION.SdkInt >= 21)
{
ActionBar.SetIcon(
new ColorDrawable(Resources.GetColor(Android.Resource.Color.Transparent)));
}
ServicePointManager.ServerCertificateValidationCallback = validatedCertificate;
BQ = new BlueQueenCore(@"http://usafeapi.bluequeen.tk", "v1", "token");
//Portrait
tx2 = FindViewById <TextView>(Resource.Id.textView2);
averagepressureTxt = FindViewById <TextView>(Resource.Id.averagepress);
pressureTxt = FindViewById <TextView>(Resource.Id.cisnienie);
maximaltempTxt = FindViewById <TextView>(Resource.Id.maximaltemp);
minimaltempTxt = FindViewById <TextView>(Resource.Id.minimaltemp);
averageTemperatureTxt = FindViewById <TextView>(Resource.Id.averagetemp);
button = FindViewById <Button>(Resource.Id.button1);
if (button != null)
{
button.Click += test;
}
if (minimaltempTxt != null)
{
minimaltempTxt.Click += delegate
{
double a = WeatherData.Min(x => x.Value);
var min = WeatherData.First(x => x.Value.ToString() == a.ToString());
ShowAlert(min.Date.ToLongDateString() + "\nToday's MIN : " + min.Value.ToString() + "°C\nMeasured on " + min.Date.ToShortTimeString());
};
}
if (maximaltempTxt != null)
{
maximaltempTxt.Click += delegate
{
double a = WeatherData.Max(x => x.Value);
var min = WeatherData.First(x => x.Value.ToString() == a.ToString());
ShowAlert(min.Date.ToLongDateString() + "\nToday's MAX : " + min.Value.ToString() + "°C\nMeasured on " + min.Date.ToShortTimeString());
};
}
if (averageTemperatureTxt != null)
{
averageTemperatureTxt.Click += delegate
{
var a = WeatherData.Average(x => x.Value);
string avg = string.Format("{0:0.00}°C", a);
var min = WeatherData.FindLast(x => x.ID > 0);
string last = string.Format("{0:0.00}°C", min.Value);
string diff = string.Format("{0:0.00}°C", Math.Abs(a - min.Value));
ShowAlert(min.Date.ToLongDateString() + "\nToday's AVG : " + avg + "\nCurrent : " + last + "\nDiff : " + diff);
};
}
if (averagepressureTxt != null)
{
averagepressureTxt.Click += delegate
{
var a = PressureData.Average(x => x.Pressure);
string avg = string.Format("{0:0.00} hPa", a);
var min = PressureData.FindLast(x => x.ID > 0);
string last = string.Format("{0:0.00} hPa", min.Pressure);
string diff = string.Format("{0:0.00} hPa", Math.Abs(a - min.Pressure));
ShowAlert(min.Date.ToLongDateString() + "\nToday's AVG : " + avg + "\nCurrent : " + last + "\nDiff : " + diff);
};
}
if (tx2 != null)
{
tx2.Click += delegate
{
var min = WeatherData.FindLast(x => x.ID > 0);
string last = string.Format("{0:0.00}°C", min.Value);
ShowAlert("Measured on:\n" + min.Date.ToLongDateString() + " " + min.Date.ToLongTimeString());
};
}
if (pressureTxt != null)
{
pressureTxt.Click += delegate
{
var min = PressureData.FindLast(x => x.ID > 0);
string last = string.Format("{0:0.00} hPa", min.Pressure);
ShowAlert("Measured on:\n" + min.Date.ToLongDateString() + " " + min.Date.ToLongTimeString());
};
}
string text = Intent.GetStringExtra("WeatherData") ?? "[]";
WeatherData = BQ.deserializeJson <WeatherInfo>(text);
string text1 = Intent.GetStringExtra("PressureData") ?? "[]";
PressureData = BQ.deserializeJson <PressureInfo>(text1);
fillTextboxes();
chart = FindViewById <PlotView>(Resource.Id.plotview);
showTempChart();
tempChartSw = FindViewById <Button>(Resource.Id.tempChart);
if (tempChartSw != null)
{
tempChartSw.Click += delegate
{
showTempChart();
};
}
pressChartSw = FindViewById <Button>(Resource.Id.pressChart);
if (pressChartSw != null)
{
pressChartSw.Click += delegate
{
showPressureChart();
};
}
}
public string GetLocalIpAddress()
{
if (NetworkInterface.GetIsNetworkAvailable())
{
List<string> ipAddresses = new List<string>();
var hostnames = NetworkInformation.GetHostNames();
foreach (var hn in hostnames)
{
if (hn.IPInformation != null)
{
if (hn.IPInformation.NetworkAdapter.IanaInterfaceType == 6 || // An Ethernet network interface.
hn.IPInformation.NetworkAdapter.IanaInterfaceType == 71) // An IEEE 802.11 wireless network interface.
{
IPAddress validIpAddress;
var valid = IPAddress.TryParse(hn.DisplayName, out validIpAddress);
if (valid)
{
string ipAddress = validIpAddress.ToString();
ipAddresses.Add(ipAddress);
}
}
}
}
//TODO: maybe change how to chose if klas C network 192... then chose that one (in case more NICs which are active
//TODO: or maybe don't return LastOrDefault but return list and iterate one after another
//[TW]11/21/2015 - changed to return IP only that starts with 192.
return ipAddresses.FindLast(ip => ip.StartsWith("192."));
}
return "Not Connected";
}
public static void Main()
{
string input;
List <Animal> animals = new List <Animal>();
while ((input = Console.ReadLine()) != "End")
{
var commandArgs = input.Split(new [] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
var animalType = commandArgs[0];
if (commandArgs.Length == 5)
{
animalType = commandArgs[0];
var name = commandArgs[1];
var weight = double.Parse(commandArgs[2]);
var livingRegion = commandArgs[3];
var breed = commandArgs[4];
switch (animalType)
{
case "Cat":
animals.Add(new Cat(name, weight, livingRegion, breed));
break;
case "Tiger":
animals.Add(new Tiger(name, weight, livingRegion, breed));
break;
}
}
else if (commandArgs.Length == 4 && commandArgs[0] == "Mouse" || commandArgs[0] == "Dog")
{
animalType = commandArgs[0];
var name = commandArgs[1];
var weight = double.Parse(commandArgs[2]);
var livingRegion = commandArgs[3];
switch (animalType)
{
case "Mouse":
animals.Add(new Mouse(name, weight, livingRegion));
break;
case "Dog":
animals.Add(new Dog(name, weight, livingRegion));
break;
}
}
else if (commandArgs.Length == 4)
{
animalType = commandArgs[0];
var name = commandArgs[1];
var weight = double.Parse(commandArgs[2]);
var wingSize = double.Parse(commandArgs[3]);
switch (animalType)
{
case "Hen":
animals.Add(new Hen(name, weight, wingSize));
break;
case "Owl":
animals.Add(new Owl(name, weight, wingSize));
break;
}
}
var foodInput = Console.ReadLine().Split();
var foodType = foodInput[0];
var foodQuantity = int.Parse(foodInput[1]);
try
{
Console.WriteLine(animals.FindLast(a => a.GetType().Name == animalType).MakeSound());
animals.FindLast(a => a.GetType().Name == animalType).FeedTheAnimal(foodType, foodQuantity);
}
catch (ArgumentException e)
{
Console.WriteLine(e.Message);
}
}
foreach (var animal in animals)
{
Console.WriteLine(animal.ToString());
}
}
private void objectListViewShows2_SelectionChanged(object sender, EventArgs e)
{
//Create view on left when index is changed
//if single item selected show more informaion
if (objectListViewShows2.SelectedItems.Count == 1)
{
tableLayoutPanelOverview.Visible = true;
tableLayoutPanelShows2_show_details.Visible = true;
labelShows2_tvdb_name.Visible = true;
buttonShows2_details_save.Visible = true;
using (SABSyncEntities sabSyncEntities = new SABSyncEntities())
{
//Get all information about the show, grab last and next episode information at some point
long id = Convert.ToInt64(objectListViewShows2.SelectedItem.Text);
var show =
(from s in sabSyncEntities.shows.AsEnumerable()
where s.id == id
select s).FirstOrDefault();
labelShows2_name_value.Text = show.show_name;
labelShows2_tvdb_id_value.Text = show.tvdb_id.ToString();
labelShows2_tvdb_name.Text = show.tvdb_name;
comboBoxShows2_quality.SelectedIndex = (int)show.quality;
numericUpDownShows2_ignore_seasons.Value = (int)show.ignore_season;
textBoxShows2_aliases.Text = show.aliases;
labelShows2_air_day_value.Text = show.air_day;
labelShows2_air_time_value.Text = show.air_time;
labelShows2_status_value.Text = show.status;
labelShows2_genre_value.Text = show.genre.Replace('|', '/');
textBoxShows2_overview.Text = show.overview;
var episodes = from n in sabSyncEntities.episodes
where n.shows.id == id select new EpisodeObject
{
AirDate = n.air_date,
AirTime = n.shows.air_time,
SeasonNumber = n.season_number,
EpisodeNumber = n.episode_number,
EpisodeName = n.episode_name,
EpisodeId = n.id
};
List<EpisodeObject> episodeList = new List<EpisodeObject>();
episodeList = episodes.ToList();
episodeList.Sort();
var last = episodeList.FindLast(d => d.Airs != new DateTime(1,1,1) && d.Airs < DateTime.Today);
var next = episodeList.Find(d => d.Airs != new DateTime(1, 1, 1) && d.Airs >= DateTime.Today);
if (next != null)
{
labelShows2_airs_next_date_value.Text = GetDateString(next.Airs);
labelShows2_airs_next_season_number_value.Text = next.SeasonNumber.ToString();
labelShows2_airs_next_episode_number_value.Text = next.EpisodeNumber.ToString();
labelShows2_airs_next_title_value.Text = next.EpisodeName;
//If SABSync downloaded this episode show a check mark!
if (sabSyncEntities.histories.Any(h => h.episode_id == next.EpisodeId))
pictureBoxShows2_next_downloaded.Visible = true;
else
pictureBoxShows2_next_downloaded.Visible = false;
}
else
{
labelShows2_airs_next_date_value.Text = "N/A";
labelShows2_airs_next_season_number_value.Text = "N/A";
labelShows2_airs_next_episode_number_value.Text = "N/A";
labelShows2_airs_next_title_value.Text = "N/A";
}
if (last != null)
{
labelShows2_airs_last_date_value.Text = GetDateString(last.Airs);
labelShows2_airs_last_season_number_value.Text = last.SeasonNumber.ToString();
labelShows2_airs_last_episode_number_value.Text = last.EpisodeNumber.ToString();
labelShows2_airs_last_title_value.Text = last.EpisodeName;
//If SABSync downloaded this episode show a check mark!
if (sabSyncEntities.histories.Any(h => h.episode_id == last.EpisodeId))
pictureBoxShows2_last_downloaded.Visible = true;
else
pictureBoxShows2_last_downloaded.Visible = false;
}
else
{
labelShows2_airs_last_date_value.Text = "N/A";
labelShows2_airs_last_season_number_value.Text = "N/A";
labelShows2_airs_last_episode_number_value.Text = "N/A";
labelShows2_airs_last_title_value.Text = "N/A";
}
//Show the Banner!
string image = String.Format("Images{0}Banners{1}{2}.jpg", Path.DirectorySeparatorChar,
Path.DirectorySeparatorChar, objectListViewShows2.SelectedItem.Text);
if (File.Exists(image))
pictureBoxShows2_banner.Image = Image.FromFile(image);
else
pictureBoxShows2_banner.Image = global::SABSync.Images.SABSync_Banner;
}
}
if (objectListViewShows2.SelectedItems.Count > 1) //Multiple Selected
{
pictureBoxShows2_banner.Image = global::SABSync.Images.SABSync_Banner;
//Display only Quality (and Ignore seasons options?)
tableLayoutPanelOverview.Visible = false;
tableLayoutPanelShows2_show_details.Visible = false;
labelShows2_tvdb_name.Visible = false;
buttonShows2_details_save.Visible = true;
//Create a new Label
this.labelShows2_quality_multi.Text = "Quality:";
this.labelShows2_quality_multi.AutoSize = true;
this.labelShows2_quality_multi.Location = new Point(13, 50);
this.labelShows2_quality_multi.Font = new System.Drawing.Font("Microsoft Sans Serif", 9F, System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point, ((byte)(0)));
//Create a new Combobox
this.comboBoxShows2_quality_multi.DropDownStyle = System.Windows.Forms.ComboBoxStyle.DropDownList;
this.comboBoxShows2_quality_multi.SelectedIndex = -1;
this.comboBoxShows2_quality_multi.Location = new Point(70, 45);
this.comboBoxShows2_quality_multi.Size = new System.Drawing.Size(88, 21);
this.comboBoxShows2_quality_multi.Visible = true;
//Add the Controls to the Container
this.groupBoxShows2_details.Controls.Add(labelShows2_quality_multi);
this.groupBoxShows2_details.Controls.Add(comboBoxShows2_quality_multi);
}
else
{
//Display some default information
}
}
/// <summary>
/// Constructs the mod list suitable for display to the user.
/// This manipulates <c>full_list_of_mod_rows</c> as it runs, and by default
/// will only update entries which have changed or were previously missing.
/// (Set <c>refreshAll</c> to force update everything.)
/// </summary>
/// <returns>The mod list.</returns>
/// <param name="modules">A list of modules that may require updating</param>
/// <param name="refreshAll">If set to <c>true</c> then always rebuild the list from scratch</param>
/// <param name="hideEpochs">If true, remove epochs from the displayed versions</param>
public IEnumerable <DataGridViewRow> ConstructModList(IEnumerable <GUIMod> modules, List <ModChange> mc = null, bool refreshAll = false, bool hideEpochs = false, bool hideV = false)
{
if (refreshAll || full_list_of_mod_rows == null)
{
full_list_of_mod_rows = new Dictionary <string, DataGridViewRow>();
}
// We're only going to update the status of rows that either don't already exist,
// or which exist but have changed their latest version
// or whose installation status has changed
//
// TODO: Will this catch a mod where the latest version number remains the same, but
// another part of the metadata (eg: dependencies or description) has changed?
IEnumerable <GUIMod> rowsToUpdate = modules.Where(
mod => !full_list_of_mod_rows.ContainsKey(mod.Identifier) ||
mod.LatestVersion != (full_list_of_mod_rows[mod.Identifier].Tag as GUIMod)?.LatestVersion ||
mod.IsInstalled != (full_list_of_mod_rows[mod.Identifier].Tag as GUIMod)?.IsInstalled);
// Let's update our list!
foreach (var mod in rowsToUpdate)
{
full_list_of_mod_rows.Remove(mod.Identifier);
var item = new DataGridViewRow {
Tag = mod
};
ModChange myChange = mc?.FindLast((ModChange ch) => ch.Mod.Identifier == mod.Identifier);
var selecting = mod.IsInstallable()
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? mod.IsInstalled
: myChange.ChangeType == GUIModChangeType.Install ? true
: myChange.ChangeType == GUIModChangeType.Remove ? false
: mod.IsInstalled
} : new DataGridViewTextBoxCell()
{
Value = mod.IsAutodetected ? "AD" : "-"
};
var updating = mod.IsInstallable() && mod.HasUpdate
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? false
: myChange.ChangeType == GUIModChangeType.Update ? true
: false
} : new DataGridViewTextBoxCell()
{
Value = "-"
};
var name = new DataGridViewTextBoxCell {
Value = mod.Name
};
var author = new DataGridViewTextBoxCell {
Value = mod.Authors
};
var installVersion = new DataGridViewTextBoxCell {
Value =
hideEpochs ?
(hideV ? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.InstalledVersion))
: ModuleInstaller.StripEpoch(mod.InstalledVersion))
: (hideV ? ModuleInstaller.StripV(mod.InstalledVersion)
: mod.InstalledVersion)
};
var latestVersion = new DataGridViewTextBoxCell
{
Value =
hideEpochs ?
(hideV ? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.LatestVersion))
: ModuleInstaller.StripEpoch(mod.LatestVersion))
: (hideV ? ModuleInstaller.StripV(mod.LatestVersion)
: mod.LatestVersion)
};
var desc = new DataGridViewTextBoxCell {
Value = mod.Abstract
};
var compat = new DataGridViewTextBoxCell {
Value = mod.KSPCompatibility
};
var size = new DataGridViewTextBoxCell {
Value = mod.DownloadSize
};
item.Cells.AddRange(selecting, updating, name, author, installVersion, latestVersion, compat, size, desc);
selecting.ReadOnly = selecting is DataGridViewTextBoxCell;
updating.ReadOnly = updating is DataGridViewTextBoxCell;
full_list_of_mod_rows.Add(mod.Identifier, item);
}
return(full_list_of_mod_rows.Values);
}
/* Returns the highest card in the straight,
* or an empty string if there is no straight */
public static List<Card> HasStraight(List<Card> cards)
{
cards.Sort ();
cards.Reverse ();
var hand = new List<Card>();
hand.Add(cards[0]);
for (int i = 1; i < cards.Count; i++) {
if (cards [i].value == hand[hand.Count-1].value-1) {
hand.Add(cards[i]);
if (hand.Count >= 5) {
return hand;
}
if (hand[0].value == Value.Five && hand[hand.Count-1].value == Value.Three) {
//Need to handle the ace playing low for straights
//the card suit here is unimportant, it just has to be something
if (cards.Contains (new Card (Suit.Clubs, Value.Ace)) &&
cards.Contains (new Card (Suit.Clubs, Value.Two))) {
hand.Add(cards.FindLast(x => x.value == Value.Two));
hand.Add(cards.FindLast(x => x.value == Value.Ace));
return hand;
}
return null;
}
continue;
}
if (i == 4) {
return null;
}
//there might still be a straight
hand.Clear();
hand.Add(cards[i]);
}
return null;
}
/*
* Functions in List.
* 1. Contains() function: Checks if an item exists in the list.
* This method returns true if item exists, else false.
*
* 2. Exists() function: Checks if an item exists in the list based on a condition.
* This method returns true if item exists else false.
*
* 3. Find() function: Searches for an element that matches the conditions defined by the specified lambda expression
* and returns the first matching item from the list.
*
* 4. FindLast() function: Searches for an element that matches the conditions defined by the specified lambda expression
* and returns the Last matching item from the list.
*
* 5. FindAll() function: Returns all the items from the list matches the conditions specified by the lambda expression.
*
* 6. FindIndex() function: Returns the index of the item, that matches the condition specfied by the lambda expression.
* There are 2 other overloads of this method which allows us to specify the range of the elements to search, with in the list.
*
* 7. FindLastIndex() function: Returns the index of the items, that matches the condition specified by the lambda expression.
* There are 2 other overloads of this method which allows us to specify the range of the elements to search, with in the list.
*
* 8. ToList() function: Convert an array to a List.
*
* 9. ToArray function: Convert a List to an Array.
*
* 10. ToDictionary() function: Convert a List to a Dictionary.
*/
static void Main(string[] args)
{
Customer customer1 = new Customer() { ID = 101, Name = "Anand Dev", Salary = 4000 };
Customer customer2 = new Customer() { ID = 102, Name = "Praveen", Salary = 5000 };
Customer customer3 = new Customer() { ID = 103, Name = "Uttam", Salary = 8000 };
List<Customer> listCustomers = new List<Customer>(2);
listCustomers.Add(customer1);
listCustomers.Add(customer2);
listCustomers.Add(customer3);
Console.WriteLine("Values in the list are:");
foreach (Customer c in listCustomers)
{
Console.WriteLine("ID = {0}, Name = {1}, Salry = {2}", c.ID, c.Name, c.Salary);
}
Console.WriteLine();
#region 1. Contains() method.
if (listCustomers.Contains(customer3))
{
Console.WriteLine("List Contains() Customer 3 object.\n");
}
else
{
Console.WriteLine("List does NOT Contains() Customer 3 object.\n");
}
#endregion
#region 2. Exists() method.
if (listCustomers.Exists(cust => cust.Name.StartsWith("A")))
{
Console.WriteLine("Item Exists(), having Name starting with \"A\".\n");
}
else
{
Console.WriteLine("Item NOT Exists(), having Name starting with \"A\".\n");
}
#endregion
#region 3. Find() method.
Customer findCustomer = listCustomers.Find(cust => cust.Salary > 4000);
Console.WriteLine("Find() method give us first object matching condition from list:\nID = {0}, Name = {1}, Salry = {2}", findCustomer.ID, findCustomer.Name, findCustomer.Salary);
#endregion
#region 4. FindLast() method.
Customer findLastCustomer = listCustomers.FindLast(cust => cust.Salary > 4000);
Console.WriteLine("\nFindLast() method give us last object matching condition from list:\nID = {0}, Name = {1}, Salry = {2}", findLastCustomer.ID, findLastCustomer.Name, findLastCustomer.Salary);
#endregion
#region 5. FindAll() method.
Console.WriteLine("\nFindAll() method returns all the items from the list matches the conditions specified by the lambda expression.");
List<Customer> listFindAllCustomers = listCustomers.FindAll(cust => cust.Salary > 4000);
foreach (Customer c in listFindAllCustomers)
{
Console.WriteLine("ID = {0}, Name = {1}, Salry = {2}", c.ID, c.Name, c.Salary);
}
#endregion
#region 6. FindIndex() method.
int index = listCustomers.FindIndex(cust => cust.Salary > 4000);
Console.WriteLine("\nFindIndex() method, Index = {0}", index);
#endregion
#region 7. FindLastIndex() method.
int lastIndex = listCustomers.FindLastIndex(cust => cust.Salary > 4000);
Console.WriteLine("\nFindLastIndex() method, Last Index = {0}",lastIndex);
#endregion
#region 8. Array to List conversion.
Console.WriteLine("\nArray to List conversion:");
Customer[] arrayCustomers = new Customer[3];
arrayCustomers[0] = customer1;
arrayCustomers[1] = customer2;
arrayCustomers[2] = customer3;
List<Customer> arrayToListCustomers = arrayCustomers.ToList();
foreach (Customer c in arrayToListCustomers)
{
Console.WriteLine("ID = {0}, Name = {1}, Salry = {2}", c.ID, c.Name, c.Salary);
}
#endregion
#region 9. List to Array conversion
Console.WriteLine("\nList to Array conversion:");
Customer[] listToArray = listCustomers.ToArray();
foreach (Customer c in listToArray)
{
Console.WriteLine("ID = {0}, Name = {1}, Salry = {2}", c.ID, c.Name, c.Salary);
}
#endregion
#region 10. List to Dictionary conversion.
Console.WriteLine("\nList to Dictionary conversion:");
Dictionary <int,Customer> listToDictonary = listCustomers.ToDictionary(cus => cus.ID);
foreach (KeyValuePair<int, Customer> kvp in listToDictonary)
{
Customer c = kvp.Value;
Console.WriteLine("ID = {0}, Name = {1}, Salry = {2}", c.ID, c.Name, c.Salary);
}
#endregion
Console.ReadKey();
}
private int GetSwipeTrafficStatisticsTruck(AscmDoor ascmDoor, DateTime dt1, string direction)
{
try
{
string sql = "from AscmTruckSwipeLog where doorId=" + ascmDoor.id + " and direction like '" + direction + "%' and createTime>='" + dt1.ToString("yyyy-MM-dd 00:00:00") + "' and createTime<'" + dt1.AddDays(1).ToString("yyyy-MM-dd 00:00:00") + "'";
List<AscmTruckSwipeLog> listAscmTruckSwipeLog = AscmTruckSwipeLogService.GetInstance().GetList(sql + " order by id");
List<AscmTruckSwipeLog> listAscmTruckSwipeLog_tmp = new List<AscmTruckSwipeLog>();
//for (int irow = listAscmEmpCarSwipeLog.Count - 1; irow >= 0; irow--)
foreach (AscmTruckSwipeLog ascmTruckSwipeLog in listAscmTruckSwipeLog)
{
AscmTruckSwipeLog ascmTruckSwipeLog_tmp = listAscmTruckSwipeLog_tmp.FindLast(item => item.rfid == ascmTruckSwipeLog.rfid);
int count = listAscmTruckSwipeLog_tmp.Count(item => item.rfid == ascmTruckSwipeLog.rfid);
if (count > 5)
continue;
if (ascmTruckSwipeLog_tmp == null)
{
listAscmTruckSwipeLog_tmp.Add(ascmTruckSwipeLog);
}
else
{
DateTime dtCreateTime = DateTime.Now;
DateTime dtCreateTime_tmp = DateTime.Now;
if (DateTime.TryParse(ascmTruckSwipeLog.createTime, out dtCreateTime) && DateTime.TryParse(ascmTruckSwipeLog_tmp.createTime, out dtCreateTime_tmp))
{
TimeSpan ts = dtCreateTime.Subtract(dtCreateTime_tmp);
if (ts.TotalMinutes > 5)
{
//10分钟内重复读过滤
listAscmTruckSwipeLog_tmp.Add(ascmTruckSwipeLog);
}
else
{
ascmTruckSwipeLog_tmp.createTime = ascmTruckSwipeLog.createTime;
}
}
}
}
return listAscmTruckSwipeLog_tmp.Count;
}
catch (Exception ex)
{
throw ex;
}
}
// go thru setting the lastknowsystem
public static VisitedSystemsClass FindByPos(List<VisitedSystemsClass> visitedSystems, Point3D p, double limit)
{
if (visitedSystems != null)
{
VisitedSystemsClass vs = visitedSystems.FindLast(x => x.curSystem.HasCoordinate &&
Math.Abs(x.curSystem.x - p.X) < limit &&
Math.Abs(x.curSystem.y - p.Y) < limit &&
Math.Abs(x.curSystem.z - p.Z) < limit);
return vs;
}
else
return null;
}
public T FindLast(Predicate <T> match)
{
lock (lockList) return(list.FindLast(match));
}
public virtual MyExecutionBlock CreateCustomExecutionPlan(MyExecutionBlock defaultPlan)
{
List<IMyExecutable> selected = new List<IMyExecutable>();
List<IMyExecutable> newPlan = new List<IMyExecutable>();
// copy default plan content to new plan content
foreach (IMyExecutable groupTask in defaultPlan.Children)
if (groupTask is MyExecutionBlock)
foreach (IMyExecutable nodeTask in (groupTask as MyExecutionBlock).Children)
newPlan.Add(nodeTask); // add individual node tasks
else
newPlan.Add(groupTask); // add group tasks
// remove group backprop tasks (they should be called from the individual layers)
selected = newPlan.Where(task => task is MyAbstractBackpropTask).ToList();
newPlan.RemoveAll(selected.Contains);
// move MyCreateDropoutMaskTask(s) before the first MyForwardTask
selected = newPlan.Where(task => task is MyCreateDropoutMaskTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.Find(task => task is IMyForwardTask)), selected);
// move reversed MyOutputDeltaTask(s) after the last MyForwardTask (usually there is only one)
selected = newPlan.Where(task => task is IMyOutputDeltaTask).ToList();
newPlan.RemoveAll(selected.Contains);
selected.Reverse();
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected);
// move reversed MyDeltaTask(s) after the last MyOutputDeltaTask
selected = newPlan.Where(task => task is IMyDeltaTask).ToList();
newPlan.RemoveAll(selected.Contains);
selected.Reverse();
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyOutputDeltaTask)) + 1, selected);
// move MyGradientCheckTask after the last MyDeltaTask
selected = newPlan.Where(task => task is MyGradientCheckTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyDeltaTask)) + 1, selected);
// move MyUpdateWeightsTask(s) after the last MyGradientCheckTask
selected = newPlan.Where(task => task is IMyUpdateWeightsTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is MyGradientCheckTask)) + 1, selected);
// move MyQLearningTask after the last MyForwardTask
selected = newPlan.Where(task => task is MyQLearningTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected);
// move MyRestoreValuesTask after the last MyAbstractBackPropTask
selected = newPlan.Where(task => task is MyRestoreValuesTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyUpdateWeightsTask)) + 1, selected);
// move MySaveActionTask to the end of the task list
selected = newPlan.Where(task => task is MySaveActionTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.AddRange(selected);
// return new plan as MyExecutionBlock
return new MyExecutionBlock(newPlan.ToArray());
}
private DataGridViewRow MakeRow(GUIMod mod, List <ModChange> changes, string instanceName, bool hideEpochs = false, bool hideV = false)
{
DataGridViewRow item = new DataGridViewRow()
{
Tag = mod
};
Color?myColor = ModuleLabels.LabelsFor(instanceName)
.FirstOrDefault(l => l.ModuleIdentifiers.Contains(mod.Identifier))
?.Color;
if (myColor.HasValue)
{
item.DefaultCellStyle.BackColor = myColor.Value;
}
ModChange myChange = changes?.FindLast((ModChange ch) => ch.Mod.Equals(mod));
var selecting = mod.IsAutodetected
? new DataGridViewTextBoxCell()
{
Value = Properties.Resources.MainModListAutoDetected
}
: mod.IsInstallable()
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? mod.IsInstalled
: myChange.ChangeType == GUIModChangeType.Install ? true
: myChange.ChangeType == GUIModChangeType.Remove ? false
: mod.IsInstalled
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var autoInstalled = mod.IsInstalled && !mod.IsAutodetected
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = mod.IsAutoInstalled
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var updating = mod.IsInstallable() && mod.HasUpdate
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? false
: myChange.ChangeType == GUIModChangeType.Update ? true
: false
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var replacing = IsModInFilter(GUIModFilter.Replaceable, null, null, mod)
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? false
: myChange.ChangeType == GUIModChangeType.Replace ? true
: false
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var name = new DataGridViewTextBoxCell {
Value = mod.Name.Replace("&", "&&")
};
var author = new DataGridViewTextBoxCell {
Value = mod.Authors.Replace("&", "&&")
};
var installVersion = new DataGridViewTextBoxCell()
{
Value = hideEpochs
? (hideV
? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.InstalledVersion ?? ""))
: ModuleInstaller.StripEpoch(mod.InstalledVersion ?? ""))
: (hideV
? ModuleInstaller.StripV(mod.InstalledVersion ?? "")
: mod.InstalledVersion ?? "")
};
var latestVersion = new DataGridViewTextBoxCell()
{
Value =
hideEpochs ?
(hideV ? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.LatestVersion))
: ModuleInstaller.StripEpoch(mod.LatestVersion))
: (hideV ? ModuleInstaller.StripV(mod.LatestVersion)
: mod.LatestVersion)
};
var downloadCount = new DataGridViewTextBoxCell {
Value = $"{mod.DownloadCount:N0}"
};
var compat = new DataGridViewTextBoxCell {
Value = mod.GameCompatibility
};
var size = new DataGridViewTextBoxCell {
Value = mod.DownloadSize
};
var releaseDate = new DataGridViewTextBoxCell {
Value = mod.ToModule().release_date
};
var installDate = new DataGridViewTextBoxCell {
Value = mod.InstallDate
};
var desc = new DataGridViewTextBoxCell {
Value = mod.Abstract.Replace("&", "&&")
};
item.Cells.AddRange(selecting, autoInstalled, updating, replacing, name, author, installVersion, latestVersion, compat, size, releaseDate, installDate, downloadCount, desc);
selecting.ReadOnly = selecting is DataGridViewTextBoxCell;
autoInstalled.ReadOnly = autoInstalled is DataGridViewTextBoxCell;
updating.ReadOnly = updating is DataGridViewTextBoxCell;
return(item);
}
public virtual MyExecutionBlock CreateCustomExecutionPlan(MyExecutionBlock defaultPlan)
{
List<IMyExecutable> selected = new List<IMyExecutable>();
List<IMyExecutable> newPlan = new List<IMyExecutable>();
// copy default plan content to new plan content
foreach (IMyExecutable groupTask in defaultPlan.Children)
if (groupTask is MyExecutionBlock)
foreach (IMyExecutable nodeTask in (groupTask as MyExecutionBlock).Children)
newPlan.Add(nodeTask); // add individual node tasks
else
newPlan.Add(groupTask); // add group tasks
// remove group backprop tasks (they should be called from the individual layers)
// DO NOT remove RBM tasks
// DO NOT remove the currently selected backprop task (it handles batch learning)
selected = newPlan.Where(task => task is MyAbstractBackpropTask && !(task.Enabled) && !(task is MyRBMLearningTask || task is MyRBMReconstructionTask)).ToList();
newPlan.RemoveAll(selected.Contains);
// move MyCreateDropoutMaskTask(s) before the first MyForwardTask
selected = newPlan.Where(task => task is MyCreateDropoutMaskTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.Find(task => task is IMyForwardTask)), selected);
// move reversed MyOutputDeltaTask(s) after the last MyForwardTask (usually there is only one)
selected = newPlan.Where(task => task is IMyOutputDeltaTask).ToList();
newPlan.RemoveAll(selected.Contains);
if ((selected.Where(task => task.Enabled)).Count() > 1)
MyLog.WARNING.WriteLine("More than one output tasks are active!");
if (selected.Count <= 0)
MyLog.WARNING.WriteLine("No output tasks are active! Planning (of SGD, RMS, Adadelta etc.) might not work properly. Possible cause: no output layer is present.\nIgnore this if RBM task is currently selected.");
selected.Reverse();
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected);
// move reversed MyDeltaTask(s) after the last MyOutputDeltaTask
selected = newPlan.Where(task => task is IMyDeltaTask).ToList();
newPlan.RemoveAll(selected.Contains);
selected.Reverse();
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyOutputDeltaTask)) + 1, selected);
// move MyGradientCheckTask after the last MyDeltaTask
selected = newPlan.Where(task => task is MyGradientCheckTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyDeltaTask)) + 1, selected);
// move currently selected backprop task between Delta tasks and UpdateWeights task
selected = newPlan.Where(task => task is MyAbstractBackpropTask && (task.Enabled)).ToList();
if (selected.Count > 1)
MyLog.WARNING.WriteLine("Two or more backprop tasks selected.");
if (selected.Count <= 0)
MyLog.WARNING.WriteLine("No backprop task selected.");
newPlan.RemoveAll(selected.Contains);
selected.Reverse();
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyDeltaTask)) + 1, selected);
// move MyUpdateWeightsTask(s) after the last MyGradientCheckTask
selected = newPlan.Where(task => task is IMyUpdateWeightsTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is MyGradientCheckTask)) + 1, selected);
// move MyQLearningTask after the last MyForwardTask
selected = newPlan.Where(task => task is MyQLearningTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected);
// move MyRestoreValuesTask after the last MyAbstractBackPropTask
selected = newPlan.Where(task => task is MyRestoreValuesTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyUpdateWeightsTask)) + 1, selected);
// move MyLSTMPartialDerivativesTask after the last MyForwardTask
selected = newPlan.Where(task => task is MyLSTMPartialDerivativesTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected);
// move MySaveActionTask to the end of the task list
selected = newPlan.Where(task => task is MySaveActionTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.AddRange(selected);
// return new plan as MyExecutionBlock
return new MyExecutionBlock(newPlan.ToArray());
}
private static Pair pump(Table table, List<Pair> path)
{
double min = path.Where((x, ind) => ind % 2 == 1).Min(x => x.value);
foreach (Pair p in path)
{
table.matrix[p.i, p.j].value += min;
min *= -1;
}
Pair pair = path.FindLast(x => x.value == min);
table.matrix[pair.i, pair.j].bas = false;
return pair;
}
private IMarker GetTargetMarker(NavDestination destination)
{
if ( destination == NavDestination.None || CodeRush.Documents.ActiveTextDocument == null )
return null;
TextView activeView = CodeRush.Documents.ActiveTextDocument.ActiveView;
if ( activeView == null )
return null;
var markers = new List<IMarker>();
LoadMarkerList(markers, _settings.SkipSelectionMarkers);
if ( markers.Count == 0 )
return null;
// all non-stack operations require the marker list to be in document order
if ( destination != NavDestination.StackTop && destination != NavDestination.StackBottom )
SortMarkerListInDocumentOrder(markers);
IMarker closestMarker = null;
IMarker firstMarker = markers[0];
IMarker lastMarker = markers[markers.Count - 1];
int caretLine = activeView.Caret.Line;
int caretColumn = activeView.Caret.ViewColumn;
switch ( destination )
{
case NavDestination.First:
case NavDestination.StackBottom:
closestMarker = firstMarker;
break;
case NavDestination.Prev:
case NavDestination.Next:
if ( destination == NavDestination.Prev )
closestMarker = markers.FindLast(marker =>
marker.Line < caretLine || (marker.Line == caretLine && marker.Column < caretColumn));
else
closestMarker = markers.Find(marker =>
marker.Line > caretLine || (marker.Line == caretLine && marker.Column > caretColumn));
// if no target found and we have only a single marker, that's the new target
if ( closestMarker == null && markers.Count == 1 )
{
IMarker marker = firstMarker;
if ( marker.Line == caretLine && marker.Column == caretColumn )
closestMarker = marker;
}
// if we allow "rolling over" on prev/next, do so
if ( _settings.RollOverOnPrevNext && closestMarker == null )
{
if ( destination == NavDestination.Prev )
closestMarker = lastMarker;
else if ( destination == NavDestination.Next )
closestMarker = firstMarker;
}
break;
case NavDestination.Last:
case NavDestination.StackTop:
closestMarker = lastMarker;
break;
case NavDestination.AtCaret:
closestMarker = markers.FindLast(marker => marker.Line == caretLine && marker.Column == caretColumn);
break;
}
return closestMarker;
}
protected HostPlan GetUpdatePlanActionsForHost(Host host, List <Host> hosts, List <XenServerPatch> minimalPatches,
List <XenServerPatch> uploadedPatches, KeyValuePair <XenServerPatch, string> patchFromDisk, bool repatriateVms = true)
{
var patchSequence = Updates.GetPatchSequenceForHost(host, minimalPatches);
if (patchSequence == null)
{
return(new HostPlan(host, null, null, null));
}
var planActionsPerHost = new List <PlanAction>();
var delayedActionsPerHost = new List <PlanAction>();
foreach (var patch in patchSequence)
{
// if the patchSequence contains a patch that requires a host reboot (excluding livepatches), then add the Evacuate action as the first action in the sequence
if (patch.after_apply_guidance == after_apply_guidance.restartHost &&
!patch.ContainsLivepatch &&
(planActionsPerHost.Count == 0 || !(planActionsPerHost[0] is EvacuateHostPlanAction)))
{
planActionsPerHost.Insert(0, new EvacuateHostPlanAction(host));
}
if (!uploadedPatches.Contains(patch))
{
planActionsPerHost.Add(new DownloadPatchPlanAction(host.Connection, patch, AllDownloadedPatches, patchFromDisk));
planActionsPerHost.Add(new UploadPatchToMasterPlanAction(this, host.Connection, patch, patchMappings, AllDownloadedPatches, patchFromDisk, true));
uploadedPatches.Add(patch);
}
planActionsPerHost.Add(new PatchPrecheckOnHostPlanAction(host.Connection, patch, host, patchMappings, hostsThatWillRequireReboot, livePatchAttempts));
planActionsPerHost.Add(new ApplyXenServerPatchPlanAction(host, patch, patchMappings));
var action = GetAfterApplyGuidanceAction(host, patch.after_apply_guidance);
if (action != null)
{
if (patch.GuidanceMandatory)
{
// if this update requires a mandatory toolstack restart and there is a pending host reboot in the delayed actions,
// then the pending reboot should be carried out instead
if (patch.after_apply_guidance == after_apply_guidance.restartXAPI && delayedActionsPerHost.Any(a => a is RestartHostPlanAction))
{
// replace the action with a host reboot action which will fall back to a toolstack restart if the reboot is not needed because the live patching succedeed
action = new RestartHostPlanAction(host, host.GetRunningVMs(), true, true, hostsThatWillRequireReboot);
}
planActionsPerHost.Add(action);
// remove all delayed actions of the same kind that has already been added
// (because this action is guidance-mandatory=true, therefore
// it will run immediately, making delayed ones obsolete)
delayedActionsPerHost.RemoveAll(a => action.GetType() == a.GetType());
}
else
{
// add the action if it's not already in the list
if (delayedActionsPerHost.All(a => a.GetType() != action.GetType()))
{
delayedActionsPerHost.Add(action);
}
}
}
var isLastHostInPool = hosts.IndexOf(host) == hosts.Count - 1;
if (isLastHostInPool)
{
// add cleanup action for current patch at the end of the update seuence for the last host in the pool
var master = Helpers.GetMaster(host.Connection);
planActionsPerHost.Add(new RemoveUpdateFileFromMasterPlanAction(master, patchMappings, patch));
}
}
if (repatriateVms)
{
var lastRestart = delayedActionsPerHost.FindLast(a => a is RestartHostPlanAction)
?? planActionsPerHost.FindLast(a => a is RestartHostPlanAction);
if (lastRestart != null)
{
((RestartHostPlanAction)lastRestart).EnableOnly = false;
}
}
return(new HostPlan(host, null, planActionsPerHost, delayedActionsPerHost));
}
public virtual MyExecutionBlock CreateCustomExecutionPlan(MyExecutionBlock defaultPlan)
{
List<IMyExecutable> selected = new List<IMyExecutable>();
List<IMyExecutable> newPlan = new List<IMyExecutable>();
List<IMyExecutable> BPTTSingleStep = new List<IMyExecutable>();
List<IMyExecutable> BPTTAllSteps = new List<IMyExecutable>();
// copy default plan content to new plan content
foreach (IMyExecutable groupTask in defaultPlan.Children)
if (groupTask.GetType() == typeof(MyExecutionBlock))
foreach (IMyExecutable nodeTask in (groupTask as MyExecutionBlock).Children)
newPlan.Add(nodeTask); // add individual node tasks
else
newPlan.Add(groupTask); // add group tasks
// remove group backprop tasks (they should be called from the individual layers)
// DO NOT remove RBM tasks
// DO NOT remove the currently selected backprop task (it handles batch learning)
selected = newPlan.Where(task => task is MyAbstractBackpropTask && !(task.Enabled) && !(task is MyRBMLearningTask || task is MyRBMReconstructionTask)).ToList();
newPlan.RemoveAll(selected.Contains);
// bbpt single step
BPTTSingleStep.AddRange(newPlan.Where(task => task is IMyDeltaTask).ToList().Reverse<IMyExecutable>());
BPTTSingleStep.AddRange(newPlan.Where(task => task is MyLSTMPartialDerivativesTask).ToList());
BPTTSingleStep.AddRange(newPlan.Where(task => task is MyGradientCheckTask).ToList());
BPTTSingleStep.Add(DecrementTimeStep);
// backprop until unfolded (timestep=0)
MyExecutionBlock BPTTLoop = new MyLoopBlock(i => TimeStep != -1,
BPTTSingleStep.ToArray()
);
// if learning is globally disabled, removed update weights tasks
MyExecutionBlock UpdateWeightsIfNotDisabled = new MyIfBlock(() => GetActiveBackpropTask() != null && GetActiveBackpropTask().DisableLearning == false,
newPlan.Where(task => task is IMyUpdateWeightsTask).ToArray()
);
if (GetActiveBackpropTask() != null && GetActiveBackpropTask().DisableLearning)
{
MyLog.WARNING.WriteLine("Learning is globally disabled for the network " + this.Name + " in the " + GetActiveBackpropTask().Name + " backprop task.");
}
// bptt architecture
BPTTAllSteps.Add(BPTTLoop);
BPTTAllSteps.Add(IncrementTimeStep);
BPTTAllSteps.Add(RunTemporalBlocksMode);
BPTTAllSteps.Add(UpdateWeightsIfNotDisabled);
BPTTAllSteps.Add(DecrementTimeStep);
// if current time is time for bbp, do it
MyExecutionBlock BPTTExecuteBPTTIfTimeCountReachedSequenceLength = new MyIfBlock(() => TimeStep == SequenceLength-1,
BPTTAllSteps.ToArray()
);
// remove group backprop tasks (they should be called from the individual layers)
newPlan.RemoveAll(newPlan.Where(task => task is MyAbstractBackpropTask && !(task is MyRBMLearningTask || task is MyRBMReconstructionTask)).ToList().Contains);
//TODO - include dropout in the new version of planner
newPlan.RemoveAll(newPlan.Where(task => task is MyCreateDropoutMaskTask).ToList().Contains);
//newPlan.RemoveAll(newPlan.Where(task => task is IMyOutputDeltaTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is IMyDeltaTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is MyGradientCheckTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is IMyUpdateWeightsTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is MyLSTMPartialDerivativesTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is MyIncrementTimeStepTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is MyDecrementTimeStepTask).ToList().Contains);
newPlan.RemoveAll(newPlan.Where(task => task is MyRunTemporalBlocksModeTask).ToList().Contains);
//selected = newPlan.Where(task => task is IMyOutputDeltaTask).ToList();
//newPlan.RemoveAll(selected.Contains);
// after FF add deltaoutput and bptt if needed, then increment one step :)
newPlan.Insert(0, IncrementTimeStep);
// Move output delta tasks after all forward tasks.
selected = newPlan.Where(task => task is IMyOutputDeltaTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected.Reverse<IMyExecutable>());
// Move Q-learning tasks between forward tasks and output delta tasks.
selected = newPlan.Where(task => task is MyQLearningTask || task is MyQLearningBatchTask).ToList();
newPlan.RemoveAll(selected.Contains);
newPlan.InsertRange(newPlan.IndexOf(newPlan.FindLast(task => task is IMyForwardTask)) + 1, selected.Reverse<IMyExecutable>());
newPlan.Add(BPTTExecuteBPTTIfTimeCountReachedSequenceLength);
// return new plan as MyExecutionBlock
return new MyExecutionBlock(newPlan.ToArray());
}
protected HostPlan GetUpdatePlanActionsForHost(Host host, List <Host> hosts, List <XenServerPatch> minimalPatches,
List <XenServerPatch> uploadedPatches, KeyValuePair <XenServerPatch, string> patchFromDisk, bool repatriateVms = true)
{
var patchSequence = Updates.GetPatchSequenceForHost(host, minimalPatches);
if (patchSequence == null)
{
return(new HostPlan(host, null, null, null));
}
var planActionsPerHost = new List <PlanAction>();
var delayedActionsPerHost = new List <PlanAction>();
foreach (var patch in patchSequence)
{
if (!uploadedPatches.Contains(patch))
{
planActionsPerHost.Add(new DownloadPatchPlanAction(host.Connection, patch, AllDownloadedPatches, patchFromDisk));
planActionsPerHost.Add(new UploadPatchToMasterPlanAction(host.Connection, patch, patchMappings, AllDownloadedPatches, patchFromDisk));
uploadedPatches.Add(patch);
}
planActionsPerHost.Add(new PatchPrecheckOnHostPlanAction(host.Connection, patch, host, patchMappings, hostsThatWillRequireReboot));
planActionsPerHost.Add(new ApplyXenServerPatchPlanAction(host, patch, patchMappings));
var action = GetAfterApplyGuidanceAction(host, patch.after_apply_guidance);
if (action != null)
{
if (patch.GuidanceMandatory)
{
planActionsPerHost.Add(action);
// remove all delayed actions of the same kind that has already been added
// (because this action is guidance-mandatory=true, therefore
// it will run immediately, making delayed ones obsolete)
delayedActionsPerHost.RemoveAll(a => action.GetType() == a.GetType());
}
else
{
// add the action if it's not already in the list
if (delayedActionsPerHost.All(a => a.GetType() != action.GetType()))
{
delayedActionsPerHost.Add(action);
}
}
}
var isLastHostInPool = hosts.IndexOf(host) == hosts.Count - 1;
if (isLastHostInPool)
{
// add cleanup action for current patch at the end of the update seuence for the last host in the pool
var master = Helpers.GetMaster(host.Connection);
planActionsPerHost.Add(new RemoveUpdateFileFromMasterPlanAction(master, patchMappings, patch));
}
}
if (repatriateVms)
{
var lastRestart = delayedActionsPerHost.FindLast(a => a is RestartHostPlanAction)
?? planActionsPerHost.FindLast(a => a is RestartHostPlanAction);
if (lastRestart != null)
{
((RestartHostPlanAction)lastRestart).EnableOnly = false;
}
}
return(new HostPlan(host, null, planActionsPerHost, delayedActionsPerHost));
}
static void Main(string[] args)
{
// inicalizando uma lista (tipo string) passando os valores a serem alucados
List <string> nomes;
nomes = new List <string> {
"ana", "maria", "alex", "bia", "joao", "paulo", "lucas", "leo", "pedro", "paty"
};
foreach (var item in nomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// inicializando uma lista "tipo string" vazia, e adicionando valores uma a um
List <string> listaNomes = new List <string>();
// adicinando valores com Add() que por padrao insere ao final da lista
listaNomes.Add("mario");
listaNomes.Add("laura");
listaNomes.Add("leandro");
listaNomes.Add("sara");
listaNomes.Add("victor");
listaNomes.Add("henrique");
listaNomes.Add("bernardo");
listaNomes.Add("denis");
listaNomes.Add("lucio");
listaNomes.Add("mateus");
listaNomes.Add("lia");
listaNomes.Add("beca");
listaNomes.Add("dora");
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// adicinando valores com Insert() que permite escolher o indice para alocar o elemento na lista
listaNomes.Insert(3, "MARCELA");
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// contar o numero de elementos da lista
Console.WriteLine(listaNomes.Count());
Console.ReadKey();
Console.WriteLine();
// encontar a primeira ocorrencia que satisfaça um predicado + "expressao lambda: (x => x[0] == 'm')"
var encontrarPrimeiraOcorrencia = listaNomes.Find(x => x[0] == 'm');
Console.WriteLine(encontrarPrimeiraOcorrencia);
Console.ReadKey();
Console.WriteLine();
// encontar a ultima ocorrencia que satisfaça um predicado + "expressao lambda: (x => x[0] == 'm')"
var encontrarUltimaOcorrencia = listaNomes.FindLast(x => x[0] == 'm');
Console.WriteLine(encontrarUltimaOcorrencia);
Console.ReadKey();
Console.WriteLine();
// encontar a primeira posicao que satisfaça um predicado + "expressao lambda: (x => x[0] == 'm')"
var encontrarPrimeiraPosicao = listaNomes.FindIndex(x => x[0] == 'm');
Console.WriteLine(encontrarPrimeiraPosicao);
Console.ReadKey();
Console.WriteLine();
// encontar a ultima posicao que satisfaça um predicado + "expressao lambda: (x => x[0] == 'm')"
var encontrarultimaPosicao = listaNomes.FindLastIndex(x => x[0] == 'm');
Console.WriteLine(encontrarultimaPosicao);
Console.ReadKey();
Console.WriteLine();
// criar umanova lista apenas contendo os elementos que satisfacao um predicado + "expressao lambda: (x => x[0] == 'm')"
List <string> listaFiltro = listaNomes.FindAll(x => x.Length <= 4);
foreach (var obj in listaFiltro)
{
Console.WriteLine(obj);
}
Console.ReadKey();
Console.WriteLine();
// removendo elementos especifico da lista
listaNomes.Remove("mateus");
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// removendo todos os elementos da lista que atendem a uma satisfacao + "expressao lambda: (x => x[0] == 'm')"
listaNomes.RemoveAll(x => x[0] == 'l');
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// removendo elementos especifico da lista pela posicao que ele ocupa RemoveAt()
listaNomes.RemoveAt(3);
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
// removendo elementos DE UMA DETERMINADA FAIXA "RemoveRange(1,5)" => apartir da posicar "x", retirar "y" elementos
listaNomes.RemoveRange(1, 5);
foreach (var item in listaNomes)
{
Console.WriteLine(item);
}
Console.ReadKey();
Console.WriteLine();
//var removerPrimeiroElemento = listaNomes.Remove(x => x[0] == 'M');
}
static void Main(string[] args)
{
List <string> lista = new List <string> {
"Valor 1", "Valor 2"
};
List <string> list = new List <string>();
list.Add("Gabriel"); //insere ao final da lista
list.Add("Rafael");
list.Add("Lucas");
list.Add("Ana");
list.Insert(1, "Alex"); //adciona elemento passando posiçao
foreach (string obj in list)
{
Console.WriteLine(obj);
}
Console.WriteLine("Tamanho da lista: " + list.Count); //mostra o tamanho da lista
//pode ser passado uma funçao booleana ou uma expressao lambda(funçao anonima)
Console.WriteLine(list.Find(Test));
//retorne o obj x tal que x na posiçao 0 (primeira posiçao) seja igual a A
Console.WriteLine(list.Find(x => x[0] == 'A')); //retorna a primeira ocorrencia de um valor que comece com A
string elemento = list.FindLast(x => x[0] == 'A'); //retorna a ultima ocorrencia de um elemnto que comece com A
Console.WriteLine(elemento);
Console.WriteLine(list.FindIndex(x => x[0] == 'A')); //retorna a posiçao da primeira ocorrencia de um elemento que comece com A
int posiçao = list.FindLastIndex(x => x[0] == 'A'); //retorna a posiçao da ultima ocorrencia de um elemento que comece com A
Console.WriteLine(posiçao);
Console.WriteLine("-----------------------------------------------------");
//findAll criar uma nova lista com elementos que satisfaça a exressao
List <string> list2 = list.FindAll(x => x.Length == 5); //retorna um filtro com todos os elementos que possuem 5 caracteres
foreach (string obj in list2)
{
Console.WriteLine(obj);
}
list.Remove("Gabriel"); //remove o elmento passado
Console.WriteLine("-----------------------------------------------------");
foreach (string obj in list)
{
Console.WriteLine(obj);
}
list.RemoveAll(x => x[0] == 'A'); //remove os elmentos que satisfaçam a expressao
Console.WriteLine("-----------------------------------------------------");
foreach (string obj in list)
{
Console.WriteLine(obj);
}
list.RemoveAt(2); //remove o elemento que foi passada a posiçao
Console.WriteLine("-----------------------------------------------------");
foreach (string obj in list)
{
Console.WriteLine(obj);
}
list.RemoveRange(1, 2); //remove uma quantidade de elementos passados a partir de uma posiçao passada
Console.WriteLine("-----------------------------------------------------");
foreach (string obj in list)
{
Console.WriteLine(obj);
}
}
/// <summary>
/// Returns the last item matching the predicate.
/// </summary>
public T FindLast(Predicate <T> predicate)
{
return(_list.FindLast(predicate));
}
/// <inheritdoc cref="List{T}.FindLast" />
public T FindLast(Predicate <T> match)
{
using (EnterReadLock.Enter(LockObject))
return(_lstData.FindLast(match));
}
/// <summary>
/// 获取最后一条个人消息记录
/// </summary>
/// <param name="id">个人IP</param>
/// <returns></returns>
public static Chat GetLastChat(IPAddress id)
{
return(chatList.FindLast(e => e.ReceiverIP.ToString() == id.ToString()));
}
public static AccountPO SaveAccount(
ChannelPO channel,
AccountPO account,
AccountAvatarsPO avatar,
List <AccountContactsPO> contacts,
List <AccountMessagesPO> messages,
List <SchedulePO> schedules
)
{
var now = DateTime.Now;
var trans = new Transaction();
try
{
trans.Begin();
#region DBOP
var bllAccount = new DB.Agent.MssqlHelper <AccountPO>();
var bllAccountAvatars = new DB.Agent.MssqlHelper <AccountAvatarsPO>();
var bllAccountContacts = new DB.Agent.MssqlHelper <AccountContactsPO>();
var bllAccountMessages = new DB.Agent.MssqlHelper <AccountMessagesPO>();
var bllProject = new DB.Agent.MssqlHelper <ProjectPO>();
var bllSchedule = new DB.Agent.MssqlHelper <SchedulePO>();
#region avatar and account
var condition =
account == null
? string.Format("ChannelId={0} AND ChannelIdentity='{1}'", avatar.ChannelId,
avatar.ChannelIdentity)
: string.Format("ChannelId={0} AND ChannelIdentity='{1}' AND AccountId={2}", avatar.ChannelId,
avatar.ChannelIdentity, account.Id);
var avatarExists = bllAccountAvatars.FindSingle(condition, trans.DbConnection, trans.DbTrans);
if (avatarExists == null)
{
if (account == null)
{
account = new DB.Entity.Base.AccountPO
{
NickName = avatar.DisplayName,
Valid = true,
UpdateTime = now,
CreateTime = now,
LastSignin = now,
MobileVerifyTime = now,
EmailVerifyTime = now
};
Logger.Debug(account.SerializeXml());
account = bllAccount.Insert(account, trans.DbConnection, trans.DbTrans);
}
avatarExists = new AccountAvatarsPO
{
ChannelId = avatar.ChannelId,
ChannelIdentity = avatar.ChannelIdentity,
DisplayName = avatar.DisplayName,
Code = avatar.Code,
Token = avatar.Token,
TokenGenerated = avatar.TokenGenerated,
TokenExpires = avatar.TokenExpires,
UpdateTime = avatar.UpdateTime,
RefreshToken = avatar.RefreshToken,
AccountId = account.Id,
Valid = true,
CreateTime = now,
SynchroTime = now,
SynchroDuration = 600
};
avatarExists.UpdateTime = now;
Logger.Debug(avatarExists.SerializeXml());
avatar = bllAccountAvatars.Insert(avatarExists, trans.DbConnection, trans.DbTrans);
}
else
{
avatar.Id = avatarExists.Id;
avatar.AccountId = avatarExists.AccountId;
avatar.Valid = avatarExists.Valid;
avatar.CreateTime = avatarExists.CreateTime;
avatar.UpdateTime = now;
avatar.SynchroTime = now;
if (avatar.SynchroDuration == 0)
{
avatar.SynchroDuration = 600;
}
Logger.Info(avatar.SerializeXml());
bllAccountAvatars.Update(avatarExists, avatar, trans.DbConnection, trans.DbTrans);
account = bllAccount.FindById(avatar.AccountId, trans.DbConnection, trans.DbTrans);
}
Utility.DataCache.AccountAvatars.InitCache(account.Id);
#endregion
Logger.Debug("REFRESH ACCOUNT CACHE");
var all = Refresh(account);
#region contacts
if (contacts != null && contacts.Any())
{
Logger.Debug("SAVE CONTACTS");
foreach (var a in contacts)
{
var a0 =
all.Contacts.FindLast(
o =>
o.ChannelId == a.ChannelId && o.ChannelIdentity == a.ChannelIdentity &&
o.AccountId == account.Id);
if (a0 == null)
{
a0 = new AccountContactsPO
{
AccountId = account.Id,
ChannelId = a.ChannelId,
ChannelIdentity = a.ChannelIdentity,
DisplayName = a.DisplayName,
Detail = a.Detail,
CreateTime = now,
Valid = true,
UpdateTime = now
};
a0 = bllAccountContacts.Insert(a0, trans.DbConnection, trans.DbTrans);
}
else
{
a0.DisplayName = a.DisplayName;
a0.Detail = a.Detail;
a0.UpdateTime = now;
bllAccountContacts.Update(a, a0, trans.DbConnection, trans.DbTrans);
}
}
Utility.DataCache.AccountContacts.InitCache(account.Id);
}
#endregion
#region messages
if (messages != null && messages.Any())
{
Logger.Debug("SAVE MESSAGES");
foreach (var b in messages)
{
var b0 =
all.Messages.FindLast(
o =>
o.ChannelId == b.ChannelId &&
o.ChannelIdentity == b.ChannelIdentity &&
o.ToAccountId == account.Id);
if (b0 == null)
{
b0 = new AccountMessagesPO
{
ToAccountId = account.Id,
ChannelId = b.ChannelId,
ChannelIdentity = b.ChannelIdentity,
MessageType = b.MessageType,
MessageSubject = b.MessageSubject,
MessageContent = b.MessageContent,
CreateTime = b.CreateTime,
Valid = true,
Weblink = b.Weblink,
UpdateTime = now
};
b0 = bllAccountMessages.Insert(b0, trans.DbConnection, trans.DbTrans);
}
else
{
b0.MessageType = b.MessageType;
b0.MessageSubject = b.MessageSubject;
b0.MessageContent = b.MessageContent;
b0.Weblink = b.Weblink;
b0.UpdateTime = now;
b0.CreateTime = b.CreateTime;
bllAccountMessages.Update(b, b0, trans.DbConnection, trans.DbTrans);
}
}
Utility.DataCache.AccountMessages.InitCache(account.Id);
}
#endregion
#region p&s
if (schedules != null && schedules.Any())
{
Logger.Debug("SAVE SCHEDULES");
var projectCode = avatar.Code + "." + account.Id + "." + channel.Id;
var projectExists = Utility.DataCache.Project.CacheList().FindLast(o =>
o.ChannelId == channel.Id &&
o.CreatorAccountId == account.Id &&
o.ProjectCode == projectCode);
var projectSchedules = new List <SchedulePO>();
if (projectExists == null)
{
projectExists = new ProjectPO
{
ProjectCode = projectCode,
Valid = true,
CreateTime = now,
UpdateTime = now,
ProjectName = avatar.DisplayName + "@" + channel.ChannelName,
ChannelId = channel.Id,
CreatorAccountId = account.Id,
EnterDeadline = now
};
Logger.Debug(projectExists.SerializeXml());
projectExists = bllProject.Insert(projectExists, trans.DbConnection, trans.DbTrans);
}
else
{
projectSchedules = Utility.DataCache.Schedule.CacheList(projectExists.Id);
}
Utility.DataCache.Project.InitCache();
foreach (var c in schedules)
{
var c0 =
projectSchedules.FindLast(
o =>
o.ProjectId == projectExists.Id &&
o.ScheduleIdentity == c.ScheduleIdentity);
if (c0 == null)
{
c0 = new SchedulePO
{
ProjectId = projectExists.Id,
ScheduleIdentity = c.ScheduleIdentity,
Cycle = c.Cycle,
ScheduleTitle = c.ScheduleTitle,
ScheduleLead = c.ScheduleLead,
BeginDate = c.BeginDate,
BeginTime = c.BeginTime,
EndDate = c.EndDate,
EndTime = c.EndTime,
Weblink = c.Weblink,
CreateTime = now,
Valid = true,
UpdateTime = now
};
c0 = bllSchedule.Insert(c0, trans.DbConnection, trans.DbTrans);
}
else
{
c0.Cycle = c.Cycle;
c0.ScheduleTitle = c.ScheduleTitle;
c0.ScheduleLead = c.ScheduleLead;
c0.BeginDate = c.BeginDate;
c0.BeginTime = c.BeginTime;
c0.EndDate = c.EndDate;
c0.EndTime = c.EndTime;
c0.Weblink = c.Weblink;
c0.UpdateTime = now;
bllSchedule.Update(c, c0, trans.DbConnection, trans.DbTrans);
}
}
Utility.DataCache.Schedule.InitCache(projectExists.Id);
}
#endregion
#endregion
trans.Commit();
Logger.Info("处理完结");
}
catch (Exception ex)
{
trans.RollBack();
Logger.Error(ex);
}
finally
{
trans.Dispose();
}
return(account);
}
static void Main(string[] args)
{
CultureInfo CI = CultureInfo.InvariantCulture;
List <string> lista = new List <string>();
List <string> Santos = new List <string> {
"Santo Antônio",
"Santo Agostinho"
};
Santos.Add("Santo Anselmo");
Santos.Add("Santa Catarina");
Santos.Add("Santa Josefina");
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("**************");
Santos.Insert(1, "Santa Genoveva");
Santos.Insert(4, "Santa Margarida");
Santos.Insert(6, "Santa Cecília");
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("**************");
Console.WriteLine();
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
string s1 = Santos.Find(x => x[0] == 'S');
Console.WriteLine("Primeira Pessoa com a letra inicial 'S' = " + s1);
Console.WriteLine("**************");
string s2 = Santos.FindLast(x => x[0] == 'S');
Console.WriteLine("Última pessoa com letra incial 'S' = " + s2);
Console.WriteLine("**************");
int pos1 = Santos.FindIndex(x => x[0] == 'S');
Console.WriteLine("Posição do primeiro com 'S' = " + pos1);
Console.WriteLine("**************");
int pos2 = Santos.FindLastIndex(x => x[0] == 'S');
Console.WriteLine("Posição do último com 'S' = " + pos2);
Console.WriteLine("**************");
List <string> Resultado = Santos.FindAll(x => x.Length == 13);
foreach (string obj in Resultado)
{
Console.WriteLine(obj);
}
Console.WriteLine("**************");
Santos.Remove("Santo Anselmo");
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
Santos.RemoveAll(x => x[0] == 'S');
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
Santos.Add("Santo Anselmo");
Santos.Add("Santa Catarina");
Santos.Add("Santa Josefina");
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
Santos.RemoveAt(2);
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
Santos.Add("Santo Irineu");
Santos.Add("Santa Teresa D'Avila");
Santos.Add("Santa Margarida");
Santos.Add("Santo Inácio");
Santos.Add("Santa Catarina de Sena");
Santos.Add("Santa Josefina Bakhita");
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
Santos.RemoveRange(5, 2);
foreach (string obj in Santos)
{
Console.WriteLine(obj);
}
Console.WriteLine("List Count = " + Santos.Count + " Elemento(s)");
Console.WriteLine("**************");
}
public T FindLast(Predicate <T> match)
{
return(list.FindLast(match));
}
/// <summary>
/// 选择一个可用的rtp端口，仅使用偶数端口
/// </summary>
/// <param name="minPort"></param>
/// <param name="maxPort"></param>
/// <returns></returns>
private static ushort _guessAnRtpPort(ushort minPort, ushort maxPort)
{
lock (Common._getRtpPortLock)
{
IPGlobalProperties ipProperties = IPGlobalProperties.GetIPGlobalProperties();
List <IPEndPoint> tcpIpEndPoints = ipProperties.GetActiveTcpListeners().ToList();
List <IPEndPoint> udpIpEndPoints = ipProperties.GetActiveUdpListeners().ToList();
if (minPort > maxPort)
{
var tmp = minPort;
maxPort = minPort;
minPort = tmp;
}
if (minPort == maxPort)
{
var tcp = tcpIpEndPoints.FindLast(x => x.Port == minPort);
var udp = udpIpEndPoints.FindLast(x => x.Port == minPort);
var portUsed = Common.PortInfoList.FindLast(x => x.Port.Equals(minPort));
if (tcp == null && udp == null)
{
if (portUsed == null)
{
Common.PortInfoList.Add(new PortInfo()
{
DateTime = DateTime.Now,
Port = minPort,
Useed = true,
});
Logger.Info($"[{Common.LoggerHead}]->获取可用rtp端口:{minPort}");
return(minPort);
}
if (!portUsed.Useed.Equals(true))
{
if ((DateTime.Now - portUsed.DateTime).TotalSeconds >
Common.AkStreamKeeperConfig.RtpPortCdTime)
{
portUsed.DateTime = DateTime.Now;
Logger.Info($"[{Common.LoggerHead}]->获取可用rtp端口:{minPort}");
return(minPort);
}
}
}
Logger.Warn($"[{Common.LoggerHead}]->获取可用rtp端口失败");
return(0);
}
for (ushort port = minPort; port <= maxPort; port++)
{
if (UtilsHelper.IsOdd(port)) //如果是奇数则跳过
{
continue;
}
var tcp2 = tcpIpEndPoints.FindLast(x => x.Port == port);
var udp2 = udpIpEndPoints.FindLast(x => x.Port == port);
var portUsed2 = Common.PortInfoList.FindLast(x => x.Port.Equals(port));
if (tcp2 == null && udp2 == null)
{
if (portUsed2 == null)
{
Common.PortInfoList.Add(new PortInfo()
{
DateTime = DateTime.Now,
Port = port,
Useed = true,
});
Logger.Info($"[{Common.LoggerHead}]->获取可用rtp端口:{port}");
return(port);
}
if (!portUsed2.Useed.Equals(true))
{
if ((DateTime.Now - portUsed2.DateTime).TotalSeconds >
Common.AkStreamKeeperConfig.RtpPortCdTime)
{
portUsed2.DateTime = DateTime.Now;
Logger.Info($"[{Common.LoggerHead}]->获取可用rtp端口:{port}");
return(port);
}
}
}
}
}
Logger.Warn($"[{Common.LoggerHead}]->获取可用rtp端口失败");
return(0);
}
public static IPAddress ResolveHostNameToIP(string hostname, AddressFamily addressVersion = AddressFamily.InterNetwork)
{
try
{
if (!String.IsNullOrEmpty(hostname))
{
List<IPAddress> addresses = new List<IPAddress>(Dns.GetHostAddresses(hostname));
return addresses.FindLast(ip => ip.AddressFamily == addressVersion);
}
return null;
}
catch (Exception ex)
{
}
return null;
}
/// <summary>
/// Load data into memory.
/// </summary>
/// <param name="startTime">start of load range</param>
/// <param name="endTime">end of load range</param>
public override IEnumerable <Bar> LoadData(DateTime startTime, DateTime endTime)
{
List <Bar> data = new List <Bar>();
try
{
if (startTime < (DateTime)_firstTime)
{
startTime = (DateTime)_firstTime;
}
//if (endTime > (DateTime)LastTime)
// endTime = (DateTime)LastTime;
var cacheKey = new CacheId().AddParameters(
Info[DataSourceParam.nickName].GetHashCode(),
startTime.GetHashCode(),
endTime.GetHashCode());
List <Bar> retrievalFunction()
{
DateTime t1 = DateTime.Now;
Output.Write(string.Format("DataSourceFred: loading data for {0}...", Info[DataSourceParam.nickName]));
List <Bar> rawBars = new List <Bar>();
JObject jsonData = getData(startTime, endTime);
var e = ((JArray)jsonData["observations"]).GetEnumerator();
while (e.MoveNext())
{
var bar = e.Current;
DateTime date = DateTime.Parse((string)bar["date"], CultureInfo.InvariantCulture).Date
+ DateTime.Parse(Info[DataSourceParam.time], CultureInfo.InvariantCulture).TimeOfDay;
string valueString = (string)bar["value"];
if (valueString == ".")
{
continue; // missing value, avoid throwing exception here
}
double value;
try
{
value = double.Parse(valueString, CultureInfo.InvariantCulture);
}
catch
{
// when we get here, this was probably a missing value,
// which FRED substitutes with "."
// we ignore and move on, AlignWithMarket will take
// care of the issue gracefully
continue;
}
rawBars.Add(Bar.NewOHLC(
Info[DataSourceParam.ticker],
date,
value, value, value, value,
0));
}
List <Bar> alignedBars = DataSourceHelper.AlignWithMarket(rawBars, startTime, endTime);
DateTime t2 = DateTime.Now;
Output.WriteLine(string.Format(" finished after {0:F1} seconds", (t2 - t1).TotalSeconds));
return(alignedBars);
};
data = Cache <List <Bar> > .GetData(cacheKey, retrievalFunction, true);
// FIXME: this is far from ideal. We want to make sure that retired
// series are not extended indefinitely
_lastTime = data.FindLast(b => true).Time;
}
catch (Exception e)
{
throw new Exception(
string.Format("DataSourceFred: failed to load quotes for {0}, {1}",
Info[DataSourceParam.nickName], e.Message));
}
if (data.Count == 0)
{
throw new Exception(string.Format("DataSourceFred: no data for {0}", Info[DataSourceParam.nickName]));
}
CachedData = data;
return(data);
}
public static VisitedSystemsClass FindByName(List<VisitedSystemsClass> visitedSystems, string name )
{
if (visitedSystems != null)
{
VisitedSystemsClass vs = visitedSystems.FindLast(x => x.Name.Equals(name, StringComparison.InvariantCultureIgnoreCase));
return vs;
}
else
return null;
}
public override bool Execute()
{
if (FudgeFactor >= 0 && Timeout < Int32.MaxValue)
{
Timeout *= FudgeFactor;
}
bool retVal = true;
if (Timeout == Int32.MaxValue)
{
Log.LogMessage(MessageImportance.Normal, "Running {0}", TestProgramName);
}
else
{
Log.LogMessage(MessageImportance.Normal, "Running {0} (timeout = {1} seconds)", TestProgramName, ((double)Timeout / 1000.0).ToString("F1"));
}
Thread outputThread = null;
Thread errorThread = null;
var dtStart = DateTime.Now;
try
{
// Start the external process
var process = StartProcess();
outputThread = new Thread(StreamReaderThread_Output);
errorThread = new Thread(StreamReaderThread_Error);
m_StdOut = process.StandardOutput;
m_StdError = process.StandardError;
outputThread.Start();
errorThread.Start();
// Wait for the process to terminate
process.WaitForExit(Timeout);
// Wait for the threads to terminate
outputThread.Join(2000);
errorThread.Join(2000);
bool fTimedOut = !process.WaitForExit(0); // returns false immediately if still running.
if (fTimedOut)
{
try
{
bool testLooksToHaveFinished;
lock (LockObject)
{
testLooksToHaveFinished = !string.IsNullOrEmpty(m_TestLog.FindLast(line => line.Contains(GetTestsCompletedString())));
}
if (testLooksToHaveFinished)
{
Log.LogMessage(MessageImportance.Normal, "Tests for {0} timed out, but appear to have finished. Giving 2 seconds for log to be written.", TestProgramName);
Thread.Sleep(2000);
// If the tests completed, don't fail with a timeout; if missing Dispose calls caused NUnit to hang, that should be caught as a different failure.
fTimedOut = false;
}
if (!process.HasExited) // If the tests looked to have finished the process might have exited normally by now
{
process.Kill(); // This will set the exit code to -1 and the suite will be added as a failed suite below
}
}
catch
{
// ignore possible exceptions that are thrown when the
// process is terminated
}
}
TimeSpan delta = DateTime.Now - dtStart;
Log.LogMessage(MessageImportance.Normal, "Total time for running {0} = {1}", TestProgramName, delta);
try
{
ProcessOutput(fTimedOut, delta);
}
catch //(Exception e)
{
//Console.WriteLine("CAUGHT EXCEPTION: {0}", e.Message);
//Console.WriteLine("STACK: {0}", e.StackTrace);
}
// If the test timed out, it was killed and its ExitCode is not available.
// So check for a timeout first.
if (fTimedOut)
{
Log.LogError("The tests in {0} did not finish in {1} milliseconds.",
TestProgramName, Timeout);
FailedSuites = FailedSuiteNames;
retVal = false;
}
else if (process.ExitCode != 0)
{
Log.LogWarning("{0} returned with exit code {1}", TestProgramName,
process.ExitCode);
FailedSuites = FailedSuiteNames;
// Return true in this case - at least NUnit returns non-zero exit code when
// a test fails, but we don't want to stop the build.
}
}
catch (Exception e)
{
Log.LogErrorFromException(e, true);
retVal = false;
}
finally
{
// ensure outputThread is always aborted
if (outputThread != null && outputThread.IsAlive)
{
outputThread.Abort();
}
// ensure errorThread is always aborted
if (errorThread != null && errorThread.IsAlive)
{
errorThread.Abort();
}
}
// Return retVal instead of !Log.HasLoggedErrors - if we get test failures we log
// those but don't want the build to fail. However, if we get an exception from the
// test or if we get a timeout we want to fail the build.
return(retVal);
}
private CompletionSet CreateCompletionSet(CompletionContext context, List<DesignerNode> nodes, SnapshotPoint point)
{
switch (context)
{
case CompletionContext.Tag:
return TagCompletionSet.Create(nodes, point);
case CompletionContext.Variable:
return VariableCompletionSet.Create(nodes, point);
case CompletionContext.FilterName:
return FilterCompletionSet.Create(nodes, point);
case CompletionContext.Other:
DesignerNode node = nodes.FindLast(n => n.NodeType != NodeType.ParsingContext);
if (node == null)
return null;
if (node.NodeType == NodeType.TagName)
return new TagNameCompletionSet(node, point);
return new CompletionSet(node, point);
default:
return null;
}
}
public T FindLast(Predicate <T> match)
{
return(Internal.FindLast(match));
}
/// <summary>
///
/// </summary>
/// <param name="iDias">Número N de dias para o qual se quer o calculo</param>
/// <param name="LstHistMov">Lista de Movimentacoes para uma acao</param>
/// <param name="day">O dia atual</param>
/// <returns></returns>
public double MediaMovelExponencial(int iDias, List<HistMovimentacao> LstHistMov, DateTime day)
{
double MediaExponencial = 0d;
if (LstHistMov.FindAll(a => a.DtNegociada == day.AddDays(-1)).Count <= 0)
{
return MediaMovelSimples(LstHistMov);
}
else
{
MediaExponencial = MediaMovelExponencial(iDias - 1, LstHistMov.FindAll(a => a.DtNegociada < day).ToList(), day.AddDays(-1)) + (2 / (float.Parse(iDias.ToString()) + 1)) * (LstHistMov.FindLast(a => a.DtNegociada == day).FValorNegociado - MediaMovelExponencial(iDias - 1, LstHistMov.FindAll(a => a.DtNegociada < day).ToList(), day.AddDays(-1)));
}
return MediaExponencial;
}
public static Vieta parseSuvirinimas(VietosKodas kodas)
{
// AA.BCCC.DD.EE.F
int aa = kodas.aa;
int b = kodas.b;
int ccc = kodas.ccc;
int dd = kodas.dd;
int ee = kodas.ee;
int f = kodas.f;
Vieta vieta = new Vieta();
vieta.galimosLinijos = new List <Linija>();
vieta.kodas = aa.ToString("00") + "." + b.ToString() + ccc.ToString("000") + "." + dd.ToString("00") + "." + ee.ToString("00") + "." + f.ToString();
// ar linija
List <Stotis> lin = null;
Stotis stt = null;
int dist;
if (LGIF.infrastruktūra.ContainsKey(aa)) // jeigu yra tokia linija, kokia nurodyta AA
{
lin = LGIF.infrastruktūra[aa];
if (b == 8)
{
throw new InvalidKodasException(ExceptMsgs["xx.Xxxx.xx.xx.x negali būti 8"]);
}
vieta.galimosLinijos.Add(LGIF.linijos[aa]);
if (b == 9) // jeigu iešmas
{
if (f != 0)
{
throw new InvalidKodasException(ExceptMsgs["xx.xxxx.xx.xx.X turi būti 0"]);
}
// ieškoma mažos stoties, kurios ribose būtų ccc nurodytas kilometras
{
int cccPradzia = (ccc - 1) * 1000; // ccc kilometro pradžia
int cccPabaiga = cccPradzia + 1000; // ccc kilometro pabaiga
stt = lin.Find(delegate(Stotis stotis)
{
return(!((stotis.iki == -1 ? true : stotis.iki <= cccPradzia) || stotis.nuo >= cccPabaiga));
});
}
if (stt == null)
{
throw new InvalidKodasException(ExceptMsgs["xx.xXXX.xx.xx.x netinka mažai stočiai"]);
}
vieta.stotis = stt;
if (dd < 1 || dd > 8)
{
throw new InvalidKodasException(ExceptMsgs["xx.xxxx.XX.xx.x gali būti nuo 1 iki 8"]);
}
if (ee < 1 || ee > MAX_SANDURU_IESME)
{
throw new InvalidKodasException(string.Format(ExceptMsgs["xx.xxxx.xx.XX.x gali būti nuo 1 iki MAX_SANDŪRŲ"], MAX_SANDURU_IESME));
}
// suvirinimas mažos stoties iešme - baigta
vieta.stotis = stt;
vieta.koordinatė = new KelioKoordinatė(ccc);
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.iešmas, dd);
vieta.iešmoSandūra = new Sandūra(ee);
return(vieta);
}
else // jeigu ne iešmas
{
if (dd < 1 || dd > 10)
{
throw new InvalidKodasException(ExceptMsgs["xx.xxxx.XX.xx.x gali būti nuo 1 iki 10"]);
}
if ((b != 6 && b != 7) && (f != 0 && f != 9))
{
throw new InvalidKodasException(ExceptMsgs["Mažoje stotyje netrumpajame kelyje xx.xxxx.xx.xx.X gali būti 0 arba 9"]);
}
if ((b == 6 || b == 7) && (f == 0 || f == 9))
{
throw new InvalidKodasException(ExceptMsgs["Mažoje stotyje trumpajame kelyje xx.xxxx.xx.xx.X gali būti 1-8"]);
}
vieta.koordinatė = new KelioKoordinatė(ccc, dd, ee);
// ar ccc.dd.ee tinka mažai stočiai
dist = (ccc - 1) * 1000 + (dd - 1) * 100 + ee;
stt = lin.Find(delegate(Stotis stotis) { return((stotis.nuo == -1 ? false : dist >= stotis.nuo) && dist <= stotis.iki); });
if (stt != null) // ccc.ee.dd mažai stočiai tinka
{
vieta.stotis = stt;
switch (b)
{
case 1:
case 2:
case 3:
case 4:
case 5:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.stoties_kelias, b);
vieta.siūlė = new Siūlė(f);
break;
case 6:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.trumpasis_kelias_nuo_iešmo_kairėn, f);
break;
case 7:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.trumpasis_kelias_nuo_iešmo_dešinėn, f);
break;
}
return(vieta);
}
else // ccc.dd.ee mažai stočiai netinka
{
if (b != 1 && b != 2)
{
throw new InvalidKodasException(ExceptMsgs["xx.Xxxx.xx.xx.x gali būti 1 arba 2"]);
}
// rasti tarpstotį
{
Stotis stotis1 = lin.FindLast(delegate(Stotis stotis) { return(stotis.iki == -1 ? false : dist > stotis.iki); });
Stotis stotis2 = lin.Find(delegate(Stotis stotis) { return(dist < stotis.nuo); });
if (stotis1 == null || stotis2 == null)
{
throw new InvalidKodasException(ExceptMsgs["xx.xXXX.XX.XX.x netinka linijai"]);
}
vieta.tarpstotis = new Tarpstotis(stotis1, stotis2);
}
vieta.siūlė = new Siūlė(f);
switch (b)
{
case 1:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.tarpstočio_nelyginis_kelias, b);
break;
case 2:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.tarpstočio_lyginis_kelias, b);
break;
}
return(vieta);
}
}
}
else // jeigu tokios linijos nėra
{
List <Stotis> galimosStotys = new List <Stotis>();
// ieškoma stoties aa;
foreach (List <Stotis> linijosStotys in LGIF.infrastruktūra.Values)
{
stt = linijosStotys.Find(delegate(Stotis stotis) { return(stotis.kodas == aa); });
if (stt != null)
{
galimosStotys.Add(stt);
}
}
if (galimosStotys.Count == 0)
{
throw new InvalidKodasException(ExceptMsgs["Tokios stoties nėra"]);
}
if (b == 9)
{
throw new InvalidKodasException(ExceptMsgs["DS b negali būti 9"]);
}
if (b == 8)
{
if (dd != 0 || f != 0)
{
throw new InvalidKodasException(ExceptMsgs["Kai suvirinimas DSI, xx.xxxx.XX.xx.X turi būti 0."]);
}
if (ee < 1 || ee > MAX_SANDURU_IESME)
{
throw new InvalidKodasException(string.Format(ExceptMsgs["DSI xx.xxxx.xx.XX.x gali būti nuo 1 iki {0}."], MAX_SANDURU_IESME));
}
foreach (Stotis st in galimosStotys)
{
vieta.galimosLinijos.Add(st.linija);
}
vieta.stotis = stt; // įdedama paskutinė rastoji
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.iešmas, ccc);
vieta.iešmoSandūra = new Sandūra(ee);
return(vieta);
}
if (f != 0 && f != 9)
{
throw new InvalidKodasException(ExceptMsgs["xx.xxxx.xx.xx.X gali būti 0 arba 9"]);
}
if (b == 1)
{
if (dd == 0)
{
throw new InvalidKodasException(ExceptMsgs["xx.xxxx.XX.xx.x gali būti nuo 1 iki 10"]);
}
// tikrinti, ar koordinate ccc.dd.ee tinka didelei stočiai aa
dist = (ccc - 1) * 1000 + (dd - 1) * 100 + ee;
stt = null;
stt = galimosStotys.Find(delegate(Stotis stotis) { return((stotis.nuo == -1 ? false : stotis.nuo <= dist) && (stotis.iki >= dist)); });
if (stt == null)
{
throw new InvalidKodasException(ExceptMsgs["xx.xXXX.XX.XX.x netinka stočiai"]);
}
vieta.galimosLinijos.Add(stt.linija);
vieta.stotis = stt;
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.stoties_pagrindinis_kelias);
vieta.koordinatė = new KelioKoordinatė(ccc, dd, ee);
vieta.siūlė = new Siūlė(f);
return(vieta);
}
foreach (Stotis st in galimosStotys)
{
vieta.galimosLinijos.Add(st.linija);
}
vieta.stotis = stt; // įdedama paskutinė rastoji
vieta.atstumasNuoIešmo = new Atstumas(dd * 100 + ee);
vieta.siūlė = new Siūlė(f);
switch (b)
{
case 2:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.stoties_pagrindinis_kelias, ccc);
break;
case 3:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.atvykimo_išvykimo_kelias, ccc);
break;
case 4:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.stoties_kelias, ccc);
break;
case 5:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.sankirta, ccc);
break;
case 6:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.trumpasis_kelias_nuo_iešmo_kairėn, ccc);
break;
case 7:
vieta.kelioElementas = new KelioElementas(KelioElementoTipas.trumpasis_kelias_nuo_iešmo_dešinėn, ccc);
break;
}
return(vieta);
}
}
private DataGridViewRow MakeRow(GUIMod mod, List <ModChange> changes, bool hideEpochs = false, bool hideV = false)
{
DataGridViewRow item = new DataGridViewRow()
{
Tag = mod
};
ModChange myChange = changes?.FindLast((ModChange ch) => ch.Mod.Identifier == mod.Identifier);
var selecting = mod.IsInstallable()
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? mod.IsInstalled
: myChange.ChangeType == GUIModChangeType.Install ? true
: myChange.ChangeType == GUIModChangeType.Remove ? false
: mod.IsInstalled
}
: new DataGridViewTextBoxCell()
{
Value = mod.IsAutodetected ? Properties.Resources.MainModListAutoDetected : "-"
};
var autoInstalled = mod.IsInstalled && !mod.IsAutodetected
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = mod.IsAutoInstalled
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var updating = mod.IsInstallable() && mod.HasUpdate
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? false
: myChange.ChangeType == GUIModChangeType.Update ? true
: false
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var replacing = IsModInFilter(GUIModFilter.Replaceable, mod)
? (DataGridViewCell) new DataGridViewCheckBoxCell()
{
Value = myChange == null ? false
: myChange.ChangeType == GUIModChangeType.Replace ? true
: false
}
: new DataGridViewTextBoxCell()
{
Value = "-"
};
var name = new DataGridViewTextBoxCell()
{
Value = mod.Name
};
var author = new DataGridViewTextBoxCell()
{
Value = mod.Authors
};
var installVersion = new DataGridViewTextBoxCell()
{
Value = hideEpochs
? (hideV
? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.InstalledVersion ?? ""))
: ModuleInstaller.StripEpoch(mod.InstalledVersion ?? ""))
: (hideV
? ModuleInstaller.StripV(mod.InstalledVersion ?? "")
: mod.InstalledVersion ?? "")
};
var latestVersion = new DataGridViewTextBoxCell()
{
Value =
hideEpochs ?
(hideV ? ModuleInstaller.StripEpoch(ModuleInstaller.StripV(mod.LatestVersion))
: ModuleInstaller.StripEpoch(mod.LatestVersion))
: (hideV ? ModuleInstaller.StripV(mod.LatestVersion)
: mod.LatestVersion)
};
var downloadCount = new DataGridViewTextBoxCell()
{
Value = String.Format("{0:N0}", mod.DownloadCount)
};
var compat = new DataGridViewTextBoxCell()
{
Value = mod.KSPCompatibility
};
var size = new DataGridViewTextBoxCell()
{
Value = mod.DownloadSize
};
var installDate = new DataGridViewTextBoxCell()
{
Value = mod.InstallDate
};
var desc = new DataGridViewTextBoxCell()
{
Value = mod.Abstract
};
item.Cells.AddRange(selecting, autoInstalled, updating, replacing, name, author, installVersion, latestVersion, compat, size, installDate, downloadCount, desc);
selecting.ReadOnly = selecting is DataGridViewTextBoxCell;
autoInstalled.ReadOnly = autoInstalled is DataGridViewTextBoxCell;
updating.ReadOnly = updating is DataGridViewTextBoxCell;
return(item);
}
public HistoryEntry GetLastHistoryEntry(Predicate <HistoryEntry> where)
{
return(historylist.FindLast(where));
}
public static HistoryEntry FindLastFSDKnownPosition(List <HistoryEntry> syslist)
{
return(syslist.FindLast(x => x.System.HasCoordinate && x.IsLocOrJump));
}
static void Main(string[] args)
{
int count = 0;
List <string> list1 = new List <string>();
list1.Add("Fernando");
list1.Add("Lucas");
list1.Add("Maria");
list1.Add("Leonardo");
list1.Add("Marcos");
list1.Add("Leopoldo");
list1.Add("Mateus");
list1.Add("Luiz");
list1.Add("Lidio");
int length = list1.Count;
//Listar todos
list1.ForEach(nome =>
{
count++;
string symbol = count != length ? ", " : ".";
Console.Write($"{nome}{symbol}");
});
Console.WriteLine("\n============================\n");
count = 0;
List <string> list2 = new List <string> {
"Gomes", "Souza", "Leonardo"
};
int length2 = list2.Count;
//Listar todos
foreach (var nome2 in list2)
{
count++;
string symbol = count != length2 ? ", " : ".";
Console.Write($"{nome2}{symbol}");
}
Console.WriteLine("\n============================\n");
//Listar primeiro casdastrado que começe com L
string first = list1.Find(x => x[0] == 'L');
Console.WriteLine($"Primeiro nom a letra 'L' : {first}");
//Listar ultimo casdastrado que começe com L
string last = list1.FindLast(x => x[0] == 'L');
Console.WriteLine($"Ultimo nom a letra 'L' : {last}\n");
//Primeira e ultima posição de casdastrado que começe com L
int primera_posicao = list1.FindIndex(x => x[0] == 'L');
int ultima_posicao = list1.FindLastIndex(x => x[0] == 'L');
Console.WriteLine($"Primeira posição == 'L' : {primera_posicao};\nultima posição == 'L' : {ultima_posicao}\n");
//Filtrar todos casdastrados que contenham 5 caracters
Console.Write($"Cadastrados com 5 caracteres : ");
var filter_five = list1.FindAll(x => x.Length == 5);
foreach (var item in filter_five)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n============================\n");
Console.WriteLine("REMOVE:\n");
//REMOVE
//Antes de remover
Console.WriteLine("Todos Cadastrados:");
foreach (var item in list1)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n---\n");
//1 cadastrado especifico
string nome = "Mateus";
Console.WriteLine($"Removendo: {nome}");
list1.Remove(nome);
foreach (var item in list1)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n---\n");
//todos cadastrados que começão com a letra 'M'
Console.WriteLine($"Removendo que começam com a letra 'M'");
list1.RemoveAll(x => x[0] == 'M');
foreach (var item in list1)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n---\n");
//todos cadastrados que começão com a letra 'M'
int posicao = 2;
Console.WriteLine($"Removendo na posição : {posicao}");
list1.RemoveAt(posicao);
foreach (var item in list1)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n---\n");
//remove range
int posicao_init = 2;
int quantidade = 2;
list1.RemoveRange(posicao_init, quantidade);
Console.WriteLine($"Removendo a partir da posicao {posicao_init} o total de {quantidade} itens");
foreach (var item in list1)
{
Console.Write($"{item}, ");
}
Console.WriteLine("\n---\n");
}
void MoveBy(List<Hex> path)
{
Move (path.Count);
Hex prevHex = Hex;
Hex newHex = path.FindLast(h => true);
List<Transform> p = path.ConvertAll<Transform>(h => h.transform);
gameObject.GetComponent<AudioSource>().Play();
if(p.Count > 1) {
iTween.MoveTo(gameObject, iTween.Hash (
"path", p.ToArray(),
"time", p.Count,
"orienttopath", true,
"easetype", "easeInOutQuad",
"oncomplete", "MovementDone",
"name", Id));
} else {
iTween.MoveTo(gameObject, iTween.Hash (
"position", p[0],
"time", p.Count,
"orienttopath", true,
"easetype", "easeInOutQuad",
"oncomplete", "MovementDone",
"name", Id));
}
prevHex.Unit = null;
Hex = newHex;
newHex.Unit = this;
}
private static Round GetTheMostRecentlyPlayedRound(List<Round> rounds)
{
Round result;
result = rounds.FindLast(r => r.RoundPlayed);
return result;
}
