public void CurlyBracesConstructor()
{
SyncHashSet <int> set = new SyncHashSet <int> {
1, 2, 3
};
Assert.That(set.Count, Is.EqualTo(3));
}
public void ObjectCanBeReusedAfterReset()
{
clientSyncSet.Reset();
// make old client the host
SyncHashSet <string> hostList = clientSyncSet;
SyncHashSet <string> clientList2 = new SyncHashSet <string>();
Assert.That(hostList.IsReadOnly, Is.False);
// Check Add and Sync without errors
hostList.Add("1");
hostList.Add("2");
hostList.Add("3");
SerializeDeltaTo(hostList, clientList2);
}
public void SetUp()
{
serverSyncSet = new SyncHashSet <string>();
clientSyncSet = new SyncHashSet <string>();
// add some data to the list
serverSyncSet.Add("Hello");
serverSyncSet.Add("World");
serverSyncSet.Add("!");
SerializeAllTo(serverSyncSet, clientSyncSet);
// set up dirty callbacks for testing
// AFTER adding the example data. we already know we added that data.
serverSyncSet.OnDirty = () => ++ serverSyncSetDirtyCalled;
clientSyncSet.OnDirty = () => ++ clientSyncSetDirtyCalled;
serverSyncSetDirtyCalled = 0;
clientSyncSetDirtyCalled = 0;
}
public static bool MergeFromLineContainer(LineContainer lc)
{
CheckTime ct = new CheckTime(false, "MergeFromLineContainer() entered");
long lOperationMask = 0L;
eServerSourceType esst = eServerSourceType.BtrPre;
if (lc.Attributes.ContainsKey("line"))
{
string sLine = lc.Attributes["line"];
ExcpHelper.ThrowIf(!Enum.TryParse(sLine, true, out esst), "Cannot parse LineType from '{0}'", sLine);
}
string sType = lc.Attributes["type"];
string sMessageId = lc.Attributes["messageid"];
try
{
/*
* sTrace += string.Format("{0} docid={1}\r\n", sTrace, sMessageId);
*
* if (bExtendTrace)
* {
* sTrace += lc.BuildTraceString();
* }
*/
// TimeTypeLn
{
TimeTypeDictionary ttd = LineSr.Instance.AllObjects.GetLineObjectCollection <TimeTypeLn>() as TimeTypeDictionary;
int iCount = LineSr.MergeLineObjects <TimeTypeLn>(lc, ttd, new LineSr.MergeLineObjectsCallBack <TimeTypeLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <string> spTag = so.GetSerializableProperty("Tag") as SerializableProperty <string>;
return(ttd.GetObject(spTag.Value));
},
CreateLineObject = delegate()
{
return(new TimeTypeLn());
}
});
ct.AddEvent("TimeType(s) Succeeded ({0})", iCount);
}
// ScoreTypeLn
{
ScoreTypeDictionary std = LineSr.Instance.AllObjects.GetLineObjectCollection <ScoreTypeLn>() as ScoreTypeDictionary;
int iCount = LineSr.MergeLineObjects <ScoreTypeLn>(lc, std, new LineSr.MergeLineObjectsCallBack <ScoreTypeLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <string> spTag = so.GetSerializableProperty("Tag") as SerializableProperty <string>;
return(std.GetObject(spTag.Value));
},
CreateLineObject = delegate()
{
return(new ScoreTypeLn());
}
});
ct.AddEvent("ScoreType(s) Succeeded ({0})", iCount);
}
// BetTypeLn
{
BetTypeDictionary btd = LineSr.Instance.AllObjects.GetLineObjectCollection <BetTypeLn>() as BetTypeDictionary;
int iCount = LineSr.MergeLineObjects <BetTypeLn>(lc, btd, new LineSr.MergeLineObjectsCallBack <BetTypeLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <string> spTag = so.GetSerializableProperty("Tag") as SerializableProperty <string>;
return(btd.GetObject(spTag.Value));
},
CreateLineObject = delegate()
{
return(new BetTypeLn());
}
});
ct.AddEvent("BetType(s) Succeeded ({0})", iCount);
}
// BetDomainTypeLn
{
BetDomainTypeDictionary bdtd = LineSr.Instance.AllObjects.GetLineObjectCollection <BetDomainTypeLn>() as BetDomainTypeDictionary;
int iCount = LineSr.MergeLineObjects <BetDomainTypeLn>(lc, bdtd, new LineSr.MergeLineObjectsCallBack <BetDomainTypeLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <string> spTag = so.GetSerializableProperty("Tag") as SerializableProperty <string>;
return(bdtd.GetObject(spTag.Value));
},
CreateLineObject = delegate()
{
return(new BetDomainTypeLn());
}
});
ct.AddEvent("BetDomainType(s) Succeeded ({0})", iCount);
}
// Groups
{
GroupDictionary gd = LineSr.Instance.AllObjects.GetLineObjectCollection <GroupLn>() as GroupDictionary;
int iCount = LineSr.MergeLineObjects <GroupLn>(lc, gd, new LineSr.MergeLineObjectsCallBack <GroupLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
// 143881406612
SerializableProperty <string> spType = so.GetSerializableProperty("Type") as SerializableProperty <string>;
SerializableProperty <long> spSvrId = so.GetSerializableProperty("SvrGroupId") as SerializableProperty <long>;
Debug.Assert(spType != null);
Debug.Assert(spSvrId != null);
return(gd.SafelyGetGroupByKeyName(spType.Value, spSvrId.Value));
},
CreateLineObject = delegate()
{
return(new GroupLn());
}
});
ct.AddEvent("Group(s) Succeeded ({0})", iCount);
}
// Competitors
{
CompetitorDictionary cd = LineSr.Instance.AllObjects.GetLineObjectCollection <CompetitorLn>() as CompetitorDictionary;
int iCount = LineSr.MergeLineObjects <CompetitorLn>(lc, cd, new LineSr.MergeLineObjectsCallBack <CompetitorLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spCompetitor = so.GetSerializableProperty("CompetitorId") as SerializableProperty <long>;
Debug.Assert(spCompetitor != null);
return(cd.GetObject(spCompetitor.Value));
},
CreateLineObject = delegate()
{
return(new CompetitorLn());
}
});
ct.AddEvent("Competitor(s) Succeeded ({0})", iCount);
}
// CompetitorToOutrightLn
{
var cd = LineSr.Instance.AllObjects.GetLineObjectCollection <CompetitorToOutrightLn>() as CompetitorToOutrightDictionary;
int iCount = LineSr.MergeLineObjects <CompetitorToOutrightLn>(lc, cd, new LineSr.MergeLineObjectsCallBack <CompetitorToOutrightLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spCompetitor = so.GetSerializableProperty("match2competitorid") as SerializableProperty <long>;
Debug.Assert(spCompetitor != null);
return(cd.GetObject(spCompetitor.Value));
},
CreateLineObject = delegate()
{
return(new CompetitorToOutrightLn());
}
});
ct.AddEvent("Competitor(s) Succeeded ({0})", iCount);
}
// Strings
{
TaggedStringDictionary tsd = LineSr.Instance.AllObjects.GetLineObjectCollection <TaggedStringLn>() as TaggedStringDictionary;
int iCount = LineSr.MergeLineObjects <TaggedStringLn>(lc, tsd, new LineSr.MergeLineObjectsCallBack <TaggedStringLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spStringId = so.GetSerializableProperty("StringId") as SerializableProperty <long>;
return(tsd.GetObject(spStringId.Value));
},
CreateLineObject = delegate()
{
return(new TaggedStringLn());
}
});
ct.AddEvent("String(s) Succeeded ({0})", iCount);
}
SyncList <MatchLn> lMatchesToRemove = new SyncList <MatchLn>();
// Matches
{
SyncHashSet <long> lMatchIds = new SyncHashSet <long>();
MatchDictionary md = LineSr.Instance.AllObjects.GetLineObjectCollection <MatchLn>() as MatchDictionary;
int iCount = LineSr.MergeLineObjects <MatchLn>(lc, md, new LineSr.MergeLineObjectsCallBack <MatchLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spMatchId = so.GetSerializableProperty("MatchId") as SerializableProperty <long>;
lMatchIds.Add(spMatchId.Value);
return(md.GetObject(spMatchId.Value));
},
CreateLineObject = delegate()
{
return(new MatchLn());
},
OnLineObjectMerged = delegate(MatchLn match)
{
if (match != null)
{
if (match.Code.Value == 0)
{
match.Code.Value = Math.Abs((int)(match.MatchId % 100000));
}
if (match.EndDate.Value == null)
{
match.EndDate.Value = new DateTimeSr(DateTime.MaxValue);
}
}
},
RemoveLineObject = delegate(MatchLn match)
{
lMatchesToRemove.Add(match);
}
}, ref lOperationMask);
if (sType.ToLowerInvariant() == "initial")
{
SyncList <MatchLn> lAllLiveMatches = LineSr.Instance.QuickSearchMatches(delegate(MatchLn match)
{
return(match.IsLiveBet.Value && match.SourceType == esst);
});
foreach (var match in lAllLiveMatches)
{
if (!lMatchIds.Contains(match.MatchId))
{
lMatchesToRemove.Add(match);
}
}
}
ct.AddEvent("Match(es) Succeeded ({0})", iCount);
}
// MatchToGroup items
{
MatchToGroupDictionary mtogd = LineSr.Instance.AllObjects.GetLineObjectCollection <MatchToGroupLn>() as MatchToGroupDictionary;
int iCount = LineSr.MergeLineObjects <MatchToGroupLn>(lc, mtogd, new LineSr.MergeLineObjectsCallBack <MatchToGroupLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spMatchId = so.GetSerializableProperty("MatchId") as SerializableProperty <long>;
SerializableProperty <long> spGroupId = so.GetSerializableProperty("GroupId") as SerializableProperty <long>;
return(mtogd.GetObject(MatchToGroupLn.GetKeyName(spMatchId.Value, spGroupId.Value)));
},
CreateLineObject = delegate()
{
return(new MatchToGroupLn());
}
});
ct.AddEvent("MatchToGroup(s) Succeeded ({0})", iCount);
}
// LiveMatchInfo
{
LiveMatchInfoDictionary lmid = LineSr.Instance.AllObjects.GetLineObjectCollection <LiveMatchInfoLn>() as LiveMatchInfoDictionary;
int iCount = LineSr.MergeLineObjects <LiveMatchInfoLn>(lc, lmid, new LineSr.MergeLineObjectsCallBack <LiveMatchInfoLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spMatchId = so.GetSerializableProperty("MatchId") as SerializableProperty <long>;
return(lmid.GetObject(spMatchId.Value));
},
CreateLineObject = delegate()
{
return(new LiveMatchInfoLn());
},
OnLineObjectMerged = delegate(LiveMatchInfoLn matchInfo)
{
if (matchInfo != null)
{
if (matchInfo.ExpiryDate.Value == null)
{
matchInfo.ExpiryDate.Value = new DateTimeSr(DateTime.Now.AddMinutes(30)); // Half an hour
}
if (matchInfo.ChangedProps.Contains(matchInfo.PeriodInfo))
{
lOperationMask |= (long)eOperationMask.MatchPeriodInfoChanged;
}
}
},
RemoveLineObject = delegate(LiveMatchInfoLn lmi)
{
}
});
ct.AddEvent("LiveMatchInfo(s) Succeeded ({0})", iCount);
}
// BetDomainLn
{
BetDomainDictionary bdmd = LineSr.Instance.AllObjects.GetLineObjectCollection <BetDomainLn>() as BetDomainDictionary;
int iCount = LineSr.MergeLineObjects <BetDomainLn>(lc, bdmd, new LineSr.MergeLineObjectsCallBack <BetDomainLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spBetDomainId = so.GetSerializableProperty("BetDomainId") as SerializableProperty <long>;
return(bdmd.GetObject(spBetDomainId.Value));
},
CreateLineObject = delegate()
{
return(new BetDomainLn());
},
RemoveLineObject = delegate(BetDomainLn bdmn)
{
LineSr.Instance.RemoveBetDomain(bdmn);
}
}, ref lOperationMask);
ct.AddEvent("BetDomain(s) Succeeded ({0})", iCount);
}
// OddLn
{
OddDictionary oddd = LineSr.Instance.AllObjects.GetLineObjectCollection <OddLn>() as OddDictionary;
int iCount = LineSr.MergeLineObjects <OddLn>(lc, oddd, new LineSr.MergeLineObjectsCallBack <OddLn>()
{
GetLineObject = delegate(ISerializableObject so)
{
SerializableProperty <long> spOutcomeId = so.GetSerializableProperty("OutcomeId") as SerializableProperty <long>;
return(oddd.GetObject(spOutcomeId.Value));
},
CreateLineObject = delegate()
{
return(new OddLn());
},
RemoveLineObject = delegate(OddLn odd)
{
odd.Active.Value = false;
//LineSr.Instance.RemoveOdd(odd);
}
});
ct.AddEvent("Odd(s) Succeeded ({0})", iCount);
}
// Process Removed matches
foreach (var match in lMatchesToRemove)
{
LiveMatchInfoLn lmi = match.LiveMatchInfo;
if (lmi.Status.Value == eMatchStatus.Ended && match.SourceType == eServerSourceType.BtrLive)
{
MergeMatchResult(match);
}
LineSr.Instance.RemoveMatch(match);
}
}
catch (Exception excp)
{
ct.AddEvent("ERROR");
m_logger.Error(excp.Message, excp);
m_logger.Excp(excp, "MergeFromLigaStavok() ERROR");
throw;
}
finally
{
//m_logger.Info(sTrace);
//m_logger.DebugFormat("LineContainer Trace Length = {0}", sTrace.Length);
ct.AddEvent("MergeFromLigaStavok(Type={0}, MessageId={1}) completed", sType, sMessageId);
ct.Info(m_logger);
}
#if DEBUG
if ((lOperationMask & EVENT_REASON_MASK) > 0)
{
m_logger.InfoFormat("MergeFromLineContainer() result {0}", lOperationMask);
}
#endif
return(true);
}
public void VerifySelectedOdds(SortableObservableCollection <ITipItemVw> sortableObservableCollection, SyncHashSet <ITipItemVw> shsToRemove)
{
Instance.VerifySelectedOdds(sortableObservableCollection, shsToRemove);
}
void DataCopy_DataSqlUpdateSucceeded(eUpdateType eut, string sProviderDescription)
{
SyncHashSet <ITipItemVw> shsToRemove = new SyncHashSet <ITipItemVw>();
var tipitems = new SortableObservableCollection <ITipItemVw>();
foreach (var ticket1 in TicketHandler.TicketsInBasket.ToSyncList())
{
foreach (var tipItemVw in ticket1.TipItems.ToSyncList())
{
tipitems.Add(tipItemVw);
}
}
LineSr.VerifySelectedOdds(tipitems, shsToRemove);
// remove hidden odds (disabled in web admin) and not caught by LineSr.VerifySelectedOdds()
foreach (var ticket1 in TicketHandler.TicketsInBasket.ToSyncList())
{
foreach (var tipItemVw in ticket1.TipItems.ToSyncList())
{
if (tipItemVw.OddView.Visibility == Visibility.Hidden)
{
shsToRemove.Add(tipItemVw);
}
}
}
if (shsToRemove.Count > 0)
{
foreach (ITipItemVw tipItemVw in shsToRemove)
{
ShowError(TranslationProvider.Translate(MultistringTags.TERMINAL_REMOVE_FROM_BASKET_MATCH, tipItemVw.BetDomain.Match.MatchView.Name), null, false, 5);
PlaceBetMethod(tipItemVw, true);
}
}
var TicketsInBasket = TicketHandler.TicketsInBasket.ToSyncList();
foreach (var ticket1 in TicketsInBasket)
{
if (ticket1.TipItems.ToSyncList().Count == 0)
{
var ticket = ticket1;
Dispatcher.Invoke(() =>
{
TicketHandler.TicketsInBasket.Remove(ticket);
});
}
}
TicketsInBasket = TicketHandler.TicketsInBasket.ToSyncList();
if (TicketsInBasket.Count() > 0)
{
TicketHandler.CopyValues();
}
TicketHandler.UpdateTicket();
if (ChangeTracker.IsBasketOpen && TicketHandler.Count == 0 && !ChangeTracker.IsLandscapeMode)
{
Mediator.SendMessage("", MsgTag.ShowFirstViewAndResetFilters);
}
}
public void VerifySelectedOdds(SortableObservableCollection <ITipItemVw> socSelectedOdds, SyncHashSet <ITipItemVw> hsOddsToRemove = null)
{
CheckTime ct = new CheckTime(true, "VerifySelectedOdds(TipCount={0})", socSelectedOdds.Count);
ExcpHelper.ThrowIf <ArgumentNullException>(socSelectedOdds == null, "VerifySelectedOdds(NULL) ERROR");
lock (_verifyLocker)
{
ct.AddEvent("Lock Entered");
if (hsOddsToRemove != null)
{
hsOddsToRemove.Clear();
}
else
{
hsOddsToRemove = new SyncHashSet <ITipItemVw>();
}
SyncList <ITipItemVw> lTipItems = socSelectedOdds.ToSyncList();
foreach (TipItemVw tiv in lTipItems)
{
// Check if selected odd is not expired
if (!CheckOdd(tiv.Odd))
{
hsOddsToRemove.Add(tiv);
}
// Check if selected odd is not yet in current collection (m_lSelectedOdds)
else if (!m_lSelectedOdds.Contains(tiv.Odd))
{
m_lSelectedOdds.Add(tiv.Odd);
tiv.Odd.BetDomain.Match.SetSelected(tiv.Odd, true);
}
}
ct.AddEvent("Check Completed");
// Remove from socSelectedOdds and m_lSelectedOdds
for (int i = 0; i < lTipItems.Count;)
{
var tiv = lTipItems[i];
if (hsOddsToRemove.Contains(tiv))
{
// This Odd is expired
lTipItems.Remove(tiv);
socSelectedOdds.Remove(tiv);
m_lSelectedOdds.Remove(tiv.Odd);
tiv.Odd.BetDomain.Match.SetSelected(tiv.Odd, false);
}
else
{
i++;
}
}
ct.AddEvent("Remove from List Completed");
// Remove from m_lSelectedOdd those items were not removed in previous cycle
for (int i = 0; i < m_lSelectedOdds.Count;)
{
IOddLn odd = m_lSelectedOdds[i];
TipItemVw tiv = new TipItemVw(odd);
if (!lTipItems.Contains(tiv))
{
m_lSelectedOdds.Remove(odd);
tiv.Odd.BetDomain.Match.SetSelected(tiv.Odd, false);
}
else
{
i++;
}
}
ct.AddEvent("Remove from List2 Completed");
}
ct.Info(m_logger);
}
