/// <summary>
/// 采用两个实体比较对象按照某种比较逻辑进行处理，构造一个新的实体比较对象
/// </summary>
/// <seealso cref="http://www.cnblogs.com/bluedoctor/archive/2010/11/28/1870095.html"/>
/// <param name="compare1">比较逻辑符号左边的实体比较对象</param>
/// <param name="logic">比较逻辑</param>
/// <param name="compare2">比较逻辑符号左边的实体比较对象</param>
public OQLCompare(OQLCompare compare1, CompareLogic logic, OQLCompare compare2)
{
//propertyList.AddRange(compare1.propertyList);
//compareValueList.AddRange(compare1.compareValueList);
//compareTypeList.AddRange(compare1.compareTypeList);
//propertyList.AddRange(compare2.propertyList);
//compareValueList.AddRange(compare2.compareValueList);
//compareTypeList.AddRange(compare2.compareTypeList);
//compareLogicStrList.AddRange(compare1.compareLogicStrList);
dictionaryAddRange(compareValueList, compare1.compareValueList);
dictionaryAddRange(compareValueList, compare2.compareValueList);
switch (logic)
{
case CompareLogic.AND:
//this.compareLogicStrList.Add(" AND ");
this.CompareString = " (" + compare1.CompareString + " AND " + compare2.CompareString + ") ";
break;
case CompareLogic.OR:
//this.compareLogicStrList.Add(" OR ");
this.CompareString = " (" + compare1.CompareString + " OR " + compare2.CompareString + ") ";
break;
//case CompareLogic.NOT :
// this.compareLogicStrList.Add(" NOT ");
// this.CompareString = " NOT (" + compare1.CompareString + " AND " + compare2.CompareString + ") ";
// break;
}
}
public void Cleanup()
{
_compare = null;
}
/// <summary>
/// 对一组OQLCompare 对象，执行CompareLogic 类型的比较，通常用于构造复杂的带括号的条件查询
/// </summary>
/// <seealso cref="http://www.cnblogs.com/bluedoctor/archive/2011/02/24/1963606.html"/>
/// <param name="compares">OQL比较对象列表</param>
/// <param name="logic">各组比较条件的组合方式，And，Or，Not</param>
/// <returns>新的条件比较对象</returns>
public OQLCompare Comparer(List<OQLCompare> compares, CompareLogic logic)
{
if (compares == null || compares.Count == 0)
throw new Exception("OQL 条件比较对象集合不能为空或者空引用！");
if (compares.Count == 1)
return compares[0];
OQLCompare cmp = new OQLCompare();
string typeString = logic == CompareLogic.AND ? " And " : logic == CompareLogic.OR ? " Or " : " Not ";
foreach (OQLCompare item in compares)
{
cmp.CompareString += item.CompareString + typeString;
if (item.ComparedParameters != null)
foreach (string key in item.ComparedParameters.Keys)
{
cmp.ComparedParameters.Add(key, item.ComparedParameters[key]);
}
}
cmp.CompareString = cmp.CompareString.Substring(0, cmp.CompareString.Length - typeString.Length);
cmp.CompareString = " ( " + cmp.CompareString + " ) ";
return cmp;
}
public void Initialize()
{
_compare = new CompareLogic();
}
public async Task CharacterCard_Should_BeProperlyExportedAndImported()
{
var investigatorData = new InvestigatorData
{
Name = "Elisabeth Grimaldi",
Player = "Lao",
Occupation = new Occupation
{
Name = "Badacz"
},
Age = 26,
Gender = Gender.Female,
PlaceOfResidence = "Paryż",
PlaceOfBirth = "Londyn"
};
var characteristics = new Characteristics
{
Strength = 45,
Constitution = 70,
Size = 71,
Dexterity = 45,
Appearance = 60,
Intelligence = 55,
Power = 55,
Education = 65,
HitPoints = 14,
Luck = 55,
MagicPoints = 11
};
var weapons = new System.Collections.ObjectModel.ObservableCollection <Weapon>
{
new Weapon
{
Name = "Średni nóż",
Damage = "1D4 + 2 + MO",
NumberOfAttacks = "1"
}
};
var history = new InvestigatorHistory
{
CharacterDescription = "Śliczna" +
"Nieśmiała" +
"Elegancka",
IdeologyAndBeliefs = "Polityka - liberalizm",
ImportantPeople = "Nauczyciel medycyny - Emmet Harding" +
"ubóstwiam tą osobę za jej niesamowitą inteligencję",
ImportantPlaces = "Wieża Eiffela",
PersonalThings = "Okrągła, walcowata tuba bez otworu znaleziona pod wejściem do windy wieży Eiffela",
Qualities = "Lojalność",
InjuriesScars = "10cm blizna na prawej łopatce"
};
var belongings = new Belongings
{
Equipment = new System.Collections.Generic.List <string>
{
"Książki historyczne",
"Średni nóż"
},
ExpenditureLevel = 10,
Cash = 60,
Possesions = new System.Collections.Generic.Dictionary <string, int>
{
{ "mieszkanie w Paryżu", 1500 }
}
};
var relations = new System.Collections.ObjectModel.ObservableCollection <Relations>
{
new Relations
{
Investigator = "Hudson Caffey",
Player = "Jasiu",
Relation = "kolega, poznany przez Howarda Barnhama"
},
new Relations
{
Investigator = "Mortimer Caffey",
Player = "Gerard",
Relation = "kolega, poznany przez Howarda Barnhama"
},
new Relations
{
Investigator = "Howard Barnham",
Player = "Bartek",
Relation = "Poznany 5 lat temu na bankiecie, dobry przyjaciel"
}
};
var sut = CharacterCard.Create(investigatorData, characteristics, new System.Collections.ObjectModel.ObservableCollection <Skill>(), weapons, history, belongings, relations);
await sut.InitializeAsync();
await sut.ExportAsync("CharacterCard.json");
var newSut = new CharacterCard();
await newSut.ImportAsync("CharacterCard.json");
var compareLogic = new CompareLogic();
var result = compareLogic.Compare(sut, newSut);
Assert.IsTrue(result.AreEqual);
}
/// <summary>
/// Create a channel instance
/// <param name="config">Channel config information</param>
/// </summary>
public ChannelInstance(ChannelConfig config, ChannelState state)
{
ChannelState = state;
Config = config;
_log = LogManager.GetLogger(config.Channel);
Chat = new ChatController(config.TwitchAuth);
Dota = new DotaBot(config.DotaAuth);
_lobbyManageTimer = new Timer(5000);
_lobbyManageTimer.Stop();
_lobbyManageTimer.Elapsed += UpdateLobbyState;
_state = new StateMachine <State, Trigger>(State.SignedOff);
_state.OnTransitioned((transition =>
{
_log.DebugFormat("{0} => {1}", transition.Source.ToString("G"), transition.Destination.ToString("G"));
}));
_state.Configure(State.Conceived)
.Permit(Trigger.DisconnectRequested, State.SignedOff);
_state.Configure(State.SignedOff)
.SubstateOf(State.Conceived)
.OnEntry(() => Task.Run(() => Dota.Stop()))
.OnEntry(() => Task.Run(() => Chat.Stop()))
.Ignore(Trigger.ChatbotsUnready)
.Permit(Trigger.ConnectRequested, State.Connecting);
_state.Configure(State.Connecting)
.SubstateOf(State.Conceived)
.OnEntry(() => Task.Run(() => Dota.Start()))
.OnEntry(() => Task.Run(() => Chat.Start()))
.Ignore(Trigger.ConnectRequested)
.Ignore(Trigger.ChatbotsUnready)
.Permit(Trigger.ChatbotsReady, State.Ready);
_state.Configure(State.Ready)
.SubstateOf(State.Conceived)
.Ignore(Trigger.ChatbotsReady)
.OnEntry(() => _log.Debug("Ready"))
.PermitDynamic(Trigger.DotaEnteredLobby, () => Dota.IsLobbyHost ? State.ManageLobby : State.AcquireOwnershipLobby)
.OnEntryFrom(Trigger.LobbyDeleteRequsted, () =>
{
Dota.LeaveLobby(true);
});
_state.Configure(State.DotaLobby)
.SubstateOf(State.Ready)
.Permit(Trigger.DotaLostLobby, State.Ready)
.Permit(Trigger.LobbyDeleteRequsted, State.Ready);
_state.Configure(State.AcquireOwnershipLobby)
.SubstateOf(State.DotaLobby)
.Permit(Trigger.LobbyBecameOwner, State.ManageLobby)
.OnEntry(RequestLobbyOwnership);
_state.Configure(State.ManageLobby)
.SubstateOf(State.DotaLobby)
.OnEntry(VerifyLobby)
.OnEntry(() => SendHelp());
_state.Configure(State.LobbyPlay)
.SubstateOf(State.DotaLobby)
.OnEntry(() => _log.Debug("DOTA started playing."))
.OnEntry(() => Dota.LeaveLobby());
Dota.StateTransitioned += (sender, transition) => CheckBotStates();
Dota.LobbyInviteReceived += (sender, invite) =>
{
if (invite.sender_id == Config.OwnerSteamId)
{
_log.Debug("Received lobby invite from owner, accepting.");
Dota.DotaGcHandler.RespondLobbyInvite(invite.group_id);
return;
}
_log.Warn("Received lobby invite from unknown user, declining.");
Dota.DotaGcHandler.RespondLobbyInvite(invite.group_id, false);
};
Dota.PartyInviteReceived += (sender, invite) =>
{
if (invite.sender_id == Config.OwnerSteamId)
{
_log.Debug("Received party invite from owner, accepting.");
Dota.DotaGcHandler.RespondPartyInvite(invite.group_id);
return;
}
_log.Warn("Received party invite from unknown user, declining.");
Dota.DotaGcHandler.RespondPartyInvite(invite.group_id, false);
};
Dota.LobbyUpdate += (sender, lobby) =>
{
if (lobby == null)
{
return;
}
if (_state.CanFire(Trigger.LobbyBecameOwner) && Dota.IsLobbyHost)
{
_state.Fire(Trigger.LobbyBecameOwner);
}
var logic = new CompareLogic(new ComparisonConfig()
{
MaxDifferences = int.MaxValue
});
var compare = logic.Compare(lobby, Dota.Lobby);
_log.Debug(compare.DifferencesString);
if (State == State.ManageLobby)
{
}
};
Dota.JoinedLobbyChat += (sender, args) =>
{
if (_state.CanFire(Trigger.LobbyBecameOwner))
{
var owner = Dota.DotaGcHandler.Lobby.members.FirstOrDefault(m => m.id == Dota.Lobby.leader_id);
if (owner == null)
{
_log.Error("There is no owner for this lobby?");
return;
}
var msg = "Hey, " + owner.name + ", please set me as Lobby Host so I can invite people.";
Dota.SendLobbyMessage(msg);
if (Dota.SteamFriends.GetFriendRelationship(new SteamID(owner.id)) == EFriendRelationship.Friend)
{
Dota.SteamFriends.SendChatMessage(new SteamID(owner.id), EChatEntryType.ChatMsg, msg);
}
}
};
}
/// <summary>
/// Static contstructor to initialise compareLogic.
/// </summary>
static ClientUtils()
{
compareLogic = new CompareLogic();
}
public MessageEqualityComparer()
{
_compareLogic = new CompareLogic {
Config = { TreatStringEmptyAndNullTheSame = true, MaxDifferences = 50 }
};
}
