protected override void LoadSettingsFromFileStream(System.IO.FileStream fs)
{
IBaseGraphableMappingManager activeMappingManager = activeMappingInfo.GetActiveGraphableEntryManager();
activeMappingManager.RunFuncOnMappingEntry(activeMappingInfo.ActiveGraphableEntryId, (mappingEntry) =>
mappingEntry.CurveShapeInfo = ContractSerializer.Deserialize <CurveShapeInfo>(fs));
}
/// <summary>
/// Loads the state of the plugin and initializes the the programs. In most hosts, this will
/// be called when the plugin first loads.
/// </summary>
/// <param name="stream">
/// Stream containing an object graph which contains the state of the program. The root of
/// this object graph should have the same type specified by SerializableRootType
/// </param>
/// <param name="programs">This collection must be populated with new VstPrograms unless it
/// is null.</param>
public void ReadPrograms(Stream stream, VstProgramCollection programs)
{
Control mainThreadHandel = getMainThreadHandel();
if (mainThreadHandel != null && mainThreadHandel.InvokeRequired)
{
mainThreadHandel.Invoke(new Action <Stream, VstProgramCollection>(ReadPrograms), stream, programs);
return;
}
if (BeforePluginDeserialized != null)
{
BeforePluginDeserialized();
}
SerializableRootType deserializedRoot;
deserializedRoot = ContractSerializer.Deserialize <SerializableRootType>(stream);
if (programs != null)
{
programs.AddRange(this.pluginPrograms.CreatePrograms());
}
if (PluginDeserialized != null)
{
PluginDeserialized(deserializedRoot);
}
Logger.Info(21, string.Format("Finished loading new program: {0}", deserializedRoot.ToString()));
}
public void PersistToDisk(string in_filename)
{
Type type = typeof(SerializableDictionary <string, EntityCollection>);
FileStream fs = new FileStream(in_filename, FileMode.Create, FileAccess.Write);
// TODO: previously I thought that we had to use a DataContracSerializer for this.
// However the old serializer appears to work also. Should investigate this.
// Serializer.Serialize( type, data, fs );
ContractSerializer.Serialize(type, data, fs, new Microsoft.Xrm.Sdk.KnownTypesResolver());
fs.Close();
}
public void ReadFromDisk(string in_filename)
{
Type type = typeof(SerializableDictionary <string, EntityCollection>);
// not sure if this behavior is good - we read file if it exists, otherwise we
// don't worry about it.
if (File.Exists(in_filename))
{
FileStream fs = new FileStream(in_filename, FileMode.Open, FileAccess.Read);
try {
Microsoft.Xrm.Sdk.KnownTypesResolver resolver = new Microsoft.Xrm.Sdk.KnownTypesResolver();
data = (SerializableDictionary <string, EntityCollection>)ContractSerializer.Deserialize(type, fs, resolver);
}
finally { fs.Close(); }
}
}
public JsonResult GetCourses(int cCategory)
{
IEnumerable <CourseViewModel> courses = null;
try
{
courses = _rBuilderHandler.GetCourses(cCategory);
return(new JsonResult(new { isSuccess = true, Courses = courses }, ContractSerializer.JsonInPascalCase()));
}
catch (DataNotFound ex)
{
Logger.Logger.WriteLog(Logger.Logtype.Error, ex.Message, 0, typeof(ResumeBuilderController), ex);
return(new JsonResult(new { isSuccess = false }));
}
}
public JsonResult GetStates(string countryCode)
{
IEnumerable <StateViewModel> states = null;
try
{
states = _rBuilderHandler.GetStates(countryCode);
return(new JsonResult(new { isSuccess = true, States = states }, ContractSerializer.JsonInPascalCase()));
}
catch (DataNotFound ex)
{
Logger.Logger.WriteLog(Logger.Logtype.Error, ex.Message, 0, typeof(ResumeBuilderController), ex);
return(new JsonResult(new { isSuccess = false }));
}
}
public IActionResult ProfileData()
{
UserDetail model = new UserDetail();
var user = HttpContext.Session.Get <UserViewModel>(Constants.SessionKeyUserInfo);
user = user ?? new UserViewModel();
try
{
ViewBag.JobIndustryArea = jobpastHandler.GetJobIndustryAreaDetails();
ViewBag.EmploymentStatus = jobpastHandler.GetJobJobEmploymentStatusDetails();
ViewBag.Country = jobpastHandler.GetCountryDetails();
model = userProfileHandler.GetJobseekerDetail(user.UserId);
}
catch (DataNotFound ex)
{
Logger.Logger.WriteLog(Logger.Logtype.Error, ex.Message, user.UserId, typeof(JobSeekerManagementController), ex);
ModelState.AddModelError("ErrorMessage", string.Format("{0}", ex.Message));
}
return(new JsonResult(model, ContractSerializer.JsonInPascalCase()));
}
public JsonResult GetDemandAggregationDataOnEmployer(DemandAggregationSearchItems search)
{
bool isSuccess = true;
IList <DemandAggregationOnEmployersViewModel> data = new List <DemandAggregationOnEmployersViewModel>();
var user = HttpContext.Session.Get <UserViewModel>(Constants.SessionKeyUserInfo);
user = user ?? new UserViewModel();
try
{
data = dashboardHandler.GetDemandAggregationDataOnEmployer(user.UserId, search);
}
catch (DataNotUpdatedException ex)
{
Logger.Logger.WriteLog(Logger.Logtype.Error, ex.Message, user.UserId, typeof(DashboardController), ex);
isSuccess = false;
}
return(new JsonResult(
new { isSuccess = isSuccess, data = data },
ContractSerializer.JsonInPascalCase()
));
}
public JsonResult GetUserDetails()
{
bool isSuccess = true;
dynamic data = null;
var user = HttpContext.Session.Get <UserViewModel>(Constants.SessionKeyUserInfo);
user = user ?? new UserViewModel();
try
{
data = _rBuilderHandler.GetUserDetails(user.UserId);
}
catch (DataNotUpdatedException ex)
{
Logger.Logger.WriteLog(Logger.Logtype.Error, ex.Message, user.UserId, typeof(ResumeBuilderController), ex);
isSuccess = false;
}
return(new JsonResult(
new { isSuccess = isSuccess, data = data },
ContractSerializer.JsonInPascalCase()
));
}
/// <summary>
/// <para>
/// Serializes the expressions in toSerialize to an attribute determined by ctor, as if they come from module containingModule.
/// Uses the SourceContext information of <param name="sc">sc</param> for the source context for the attribute.
/// </para>
/// <para><code>
/// requires ctor != null && sc != null;
/// </code></para>
/// <para><code>
/// requires ctor.DeclaringType <: Microsoft.Contracts.AttributeWithContext;
/// </code></para>
/// </summary>
/// <returns></returns>
public static AttributeNode SerializeExpressions(InstanceInitializer/*!*/ ctor, ExpressionList dontSerialize, ExpressionList toSerialize, SourceContext/*!*/ sc, Module containingModule) {
MemberBinding attrBinding = new MemberBinding(null, ctor);
ExpressionList args = new ExpressionList();
if (dontSerialize != null) {
foreach (Expression e in dontSerialize) {
args.Add(e);
}
}
if (toSerialize != null) {
foreach (Expression e in toSerialize) {
ContractSerializer cs = new ContractSerializer(containingModule);
cs.Visit(e);
string val = cs.SerializedContract;
args.Add(new Literal(val, SystemTypes.String));
}
}
if (sc.SourceText != null) {
args.Add(new NamedArgument(Identifier.For("Filename"), new Literal(sc.Document.Name, SystemTypes.String)));
args.Add(new NamedArgument(Identifier.For("StartLine"), new Literal(sc.StartLine, SystemTypes.Int32)));
args.Add(new NamedArgument(Identifier.For("StartColumn"), new Literal(sc.StartColumn, SystemTypes.Int32)));
args.Add(new NamedArgument(Identifier.For("EndLine"), new Literal(sc.EndLine, SystemTypes.Int32)));
args.Add(new NamedArgument(Identifier.For("EndColumn"), new Literal(sc.EndColumn, SystemTypes.Int32)));
args.Add(new NamedArgument(Identifier.For("SourceText"), new Literal(sc.SourceText, SystemTypes.String)));
}
return new AttributeNode(attrBinding, args, (AttributeTargets)0);
}
/// <summary>
/// Implements the runtime check for invariants of class C. Also implements the runtime check for modelfields.
/// ensures: If c declares invariants or modelfields, then c.Contract.InvariantMethod contains their runtime checking code;
/// Adds the CheckInvariant method to c.Members if it wasn't a member already.
/// </summary>
void ImplementCheckInvariantMethod(Class c) { // c is the class to which all of this code is going to get attached to.
Method m = null;
#region Get a handle m on the invariant method, create one if necessary
if (c.Contract == null || c.Contract.InvariantMethod == null) {
Method invariantMethod = new Method(
c,
new AttributeList(),
Identifier.For("SpecSharp::CheckInvariant"),
new ParameterList(new Parameter(Identifier.For("throwException"), SystemTypes.Boolean)),
SystemTypes.Boolean,
null);
invariantMethod.CallingConvention = CallingConventionFlags.HasThis;
invariantMethod.Flags = MethodFlags.Private;
m = invariantMethod;
} else
m = c.Contract.InvariantMethod;
#endregion Get a handle on the invariant method, create one if necessary
StatementList stmts = new StatementList();
#region Create code for all of the invariants, implicit and explicit. Add that code to stmts.
Parameter throwException = m.Parameters[0];
InvariantList consolidatedInvariants = new InvariantList();
InvariantList invariants = c.Contract == null ? null : c.Contract.Invariants;
for (int i = 0, n = invariants == null ? 0 : invariants.Count; i < n; i++)
if (!invariants[i].IsStatic)
consolidatedInvariants.Add(invariants[i]);
// InterfaceList ifaces = this.GetTypeView(c).Interfaces;
InterfaceList ifaces = c.Interfaces;
for (int i = 0, n = ifaces.Count; i < n; i++){
Interface iface = ifaces[i];
if (iface == null) continue;
GatherInheritedInstanceInvariants(iface, consolidatedInvariants);
}
for (int i = 0; i < consolidatedInvariants.Count; i++){
Invariant inv = consolidatedInvariants[i];
stmts.Add(new If(new UnaryExpression(inv.Condition, NodeType.LogicalNot, SystemTypes.Boolean),
new Block(new StatementList(
new If(throwException,
new Block(new StatementList(
new Throw(new Construct(new MemberBinding(null, SystemTypes.ObjectInvariantException.GetConstructor()), null, SystemTypes.ObjectInvariantException), inv.SourceContext)
)),
new Block(new StatementList(new Return(Literal.False)))))),
null));
}
#endregion
#region Create code for all of the modelfields defined by c. Add that code to stmts.
StatementList mfStats = new StatementList();
ExpressionList modifiesList = new ExpressionList(); // synthesize modifies clause
foreach (ModelfieldContract mfC in c.Contract.ModelfieldContracts) {
//Add the following code to the method:
// if (!E) {
// <mfC.Modelfield> = value(mfC.Witness);
// if (!E) throw exception;
// }
//where E is the conjunction of (1) all satisfies clauses of the contract, and (2) all satisfies clauses of overridden contracts in superclasses.
//Note that satisifes clauses of contracts implemented by mfC (i.e., contracts in interfaces) have been copied to mfC.
//Note that if f in C overrides f in D, and f in D overrides f in E, then f in C overrides f in E.
Expression E = Literal.True;
for (ModelfieldContract currentMfC = mfC; currentMfC != null; currentMfC = currentMfC.NearestOverriddenContract) {
foreach (Expression satClause in currentMfC.SatisfiesList) {
if (satClause == null) continue; //error will have been dealt with elsewhere
E = new BinaryExpression(satClause, E, NodeType.LogicalAnd, SystemTypes.Boolean);
}
}
Expression notE = new UnaryExpression(E, NodeType.LogicalNot, SystemTypes.Boolean);
#region create the if statement
//Start with the creation of the body of the if.
MemberBinding lhs = new MemberBinding(new This(c), mfC.Modelfield);
Statement setF = new AssignmentStatement(lhs, mfC.Witness);
modifiesList.Add(lhs); // synthesize modifies clause
String mfAsString = mfC.Modelfield.FullName;
MemberBinding exc = new MemberBinding(null,SystemTypes.ModelfieldException.GetConstructor(SystemTypes.String));
Construct exception = new Construct(exc, new ExpressionList(new Literal(mfAsString,SystemTypes.String)), SystemTypes.ModelfieldException);
Block innerIfBody = new Block(new StatementList(
new If(throwException,
new Block(new StatementList(
new Throw(exception, mfC.Modelfield.SourceContext)
)),
new Block(new StatementList(new Return(Literal.False))))));
Statement innerIf = new If(notE, innerIfBody, null);
StatementList body = new StatementList();
body.Add(setF);
body.Add(innerIf);
Statement outerIf = new If(notE, new Block(body), null);
#endregion
mfStats.Add(outerIf);
}
#endregion
#region If c declares invariants or modelfields, then add a contract to c if it has none, and make sure that m is c's InvariantMethod.
if (stmts.Count > 0 || mfStats.Count > 0) {
Duplicator dup = new Duplicator(this.currentModule, this.currentType);
dup.DuplicateFor[throwException.UniqueKey] = throwException;
stmts = dup.VisitStatementList(stmts);
mfStats = dup.VisitStatementList(mfStats);
m.Body = new Block(stmts);
m.Body.Statements.Add(new Block(mfStats)); //The model field code should be wrapped in a ContractMarkerException block, but I can't get it to work
m.Body.Statements.Add(new Return(Literal.True));
m.Body.HasLocals = true; //who knows? there might be locals in the invariants or model fields (quantifier bound variables).
#region Slap on NoDefaultContract and (what is roughly the equivalent of) a requires this.PreValid. //I doubt if this is still needed
//No need for a runtime check of this precondition though, so directly add an attribute.
//Bit of a hack, but there does not seem to be a really good place to do this.
InstanceInitializer ndCtor = SystemTypes.NoDefaultContractAttribute.GetConstructor();
if (ndCtor != null)
m.Attributes.Add(new AttributeNode(new MemberBinding(null, ndCtor), null, AttributeTargets.Method));
TypeNode guard = SystemTypes.Guard;
if (guard != null) {
Method method = guard.GetMethod(Identifier.For("FrameIsPrevalid"), SystemTypes.Object, SystemTypes.Type);
if (method != null)
{
This t = new This(c);
Expression req = new MethodCall(
new MemberBinding(null, method),
new ExpressionList(t, new UnaryExpression(new Literal(t.Type, SystemTypes.Type), NodeType.Typeof, OptionalModifier.For(SystemTypes.NonNullType, SystemTypes.Type))));
// Place it in the method contract so downstream tools that are in the compiler pipeline see it
if (m.Contract == null)
{
m.Contract = new MethodContract(m);
}
if (m.Contract.Requires == null)
{
m.Contract.Requires = new RequiresList(1);
}
m.Contract.Requires.Add(new RequiresPlain(req));
m.Contract.Modifies = modifiesList; // needed for model fields
// Since this happens after contracts are serialized, serialize the precondition and stick it in the method's attributes.
ContractSerializer cs = new ContractSerializer(this.currentModule);
cs.Visit(req);
string val = cs.SerializedContract;
InstanceInitializer ctor = SystemTypes.RequiresAttribute.GetConstructor(SystemTypes.String);
MemberBinding attrBinding = new MemberBinding(null, ctor);
ExpressionList args = new ExpressionList();
args.Add(new Literal(val, SystemTypes.String));
AttributeNode a = new AttributeNode(attrBinding, args, (AttributeTargets)0);
m.Attributes.Add(a);
if (modifiesList.Count > 0)
{
ctor = SystemTypes.ModifiesAttribute.GetConstructor(SystemTypes.String);
for (int i = 0, n = modifiesList.Count; i < n; i++)
{
Expression e = modifiesList[i];
a = Checker.SerializeExpression(ctor, e, this.currentModule);
m.Attributes.Add(a);
}
}
}
}
#endregion
if (c.Contract == null) {
c.Contract = new TypeContract(c);
c.Contract.DeclaringType = c;
}
if (c.Contract.InvariantMethod == null) {
c.Contract.InvariantMethod = m;
c.Members.Add(m);
} //else assert (m == c.Contract.InvairantMethod)
}
#endregion
}
public virtual StatementList SerializeAssertion(Module currentModule, Expression condition, string message, SourceContext sourceContext, string methodName){
Method method;
bool useTwoArgumentCalls = true;
if (methodName == "AssumeStatement") {
method = this.GetTypeView(SystemTypes.AssertHelpers).GetMethod(Identifier.For(methodName), SystemTypes.String);
} else {
method = this.GetTypeView(SystemTypes.AssertHelpers).GetMethod(Identifier.For(methodName), SystemTypes.String, SystemTypes.String);
#region Delete when LKG > 7301
if (method == null) {
method = this.GetTypeView(SystemTypes.AssertHelpers).GetMethod(Identifier.For(methodName), SystemTypes.String);
useTwoArgumentCalls = false;
}
#endregion
}
ExpressionList el = Checker.SplitConjuncts(condition);
StatementList sl = new StatementList();
if (method == null) return sl;
for (int j = 0, m = el.Count; j < m; j++) {
Expression e_prime = el[j];
ContractSerializer serializer = new ContractSerializer(currentModule, this.currentClosureLocal);
serializer.Visit(e_prime);
string conditionText = serializer.SerializedContract;
ExpressionList args = new ExpressionList(new Literal(conditionText, SystemTypes.String));
if (methodName != "AssumeStatement" && useTwoArgumentCalls) { // assume is a unary method
if (string.IsNullOrEmpty(message)){
// Can't have the source context passed in to the method in case the expression has been
// split into different top level conjuncts.
if (e_prime.SourceContext.Document != null) {
args.Add(new Literal(e_prime.SourceContext.SourceText, SystemTypes.String));
} else {
args.Add(new Literal("Unknown source context", SystemTypes.String));
}
} else {
args.Add(new Literal(message, SystemTypes.String));
}
}
sl.Add(new ExpressionStatement(new MethodCall(new MemberBinding(null, method), args, NodeType.Call, SystemTypes.Void, sourceContext), sourceContext));
}
return sl;
}
/// <summary>
/// Saves the state of the plugin to the stream. This will likely be called by a host when
/// saving a file containing this plugin.
/// </summary>
public void WritePrograms(Stream stream, VstProgramCollection programs)
{
ContractSerializer.Serialize <SerializableRootType>(stream, getSerializableRootFromPlugin());
}
protected override BaseSerializer PerformAction(ClientConnection conn, BaseSerializer requestData)
{
RequestSerializer data = (RequestSerializer)requestData;
ResponseSerializer resp = (ResponseSerializer)InitializeResponseSerializer();
resp.Status = "OK";
Lobby lobby = (Lobby)conn.Session.Get("joined-lobby");
Match game = lobby.Game;
string username = (string)conn.Session.Get("username");
resp.MatchInfo = new MatchSerializer();
resp.MatchInfo.EWPointsHistory = new string[game.History.WEHistory.Count];
resp.MatchInfo.NSPointsHistory = new string[game.History.NSHistory.Count];
for (int i = 0; i < game.History.WEHistory.Count; i++)
{
resp.MatchInfo.EWPointsHistory[i] = game.History.WEHistory[i];
}
for (int i = 0; i < game.History.NSHistory.Count; i++)
{
resp.MatchInfo.NSPointsHistory[i] = game.History.NSHistory[i];
}
resp.MatchInfo.CurrentBidding = new BiddingSerializer();
resp.MatchInfo.CurrentBidding.ContractList = new ContractSerializer[game.CurrentBidding.ContractList.Count];
for (int i = 0; i < game.CurrentBidding.ContractList.Count; i++)
{
var tmp = new ContractSerializer();
tmp.ContractColor = (int)game.CurrentBidding.ContractList[i].ContractColor;
tmp.ContractHeight = (int)game.CurrentBidding.ContractList[i].ContractHeight;
tmp.PlayerTag = (int)game.CurrentBidding.ContractList[i].DeclaredBy;
tmp.XEnabled = game.CurrentBidding.ContractList[i].XEnabled;
tmp.XXEnabled = game.CurrentBidding.ContractList[i].XXEnabled;
resp.MatchInfo.CurrentBidding.ContractList[i] = tmp;
}
resp.MatchInfo.CurrentBidding.BiddingEnded = game.CurrentBidding.End;
resp.MatchInfo.CurrentBidding.CurrentPlayerTag = (int)game.CurrentBidding.CurrentPlayer;
resp.MatchInfo.CurrentBidding.Dealer = (int)game.CurrentBidding.Dealer;
var tmpHighestBidContract = new ContractSerializer();
tmpHighestBidContract.ContractColor = (int)game.CurrentBidding.HighestContract.ContractColor;
tmpHighestBidContract.ContractHeight = (int)game.CurrentBidding.HighestContract.ContractHeight;
tmpHighestBidContract.PlayerTag = (int)game.CurrentBidding.HighestContract.DeclaredBy;
tmpHighestBidContract.XEnabled = game.CurrentBidding.HighestContract.XEnabled;
tmpHighestBidContract.XXEnabled = game.CurrentBidding.HighestContract.XXEnabled;
resp.MatchInfo.CurrentBidding.HighestContract = tmpHighestBidContract;
//resp.MatchInfo.CurrentBidding.PassCounter = game.CurrentBidding.HighestContract
resp.MatchInfo.PointsNS = new int[game.PointsNS.Length];
resp.MatchInfo.PointsEW = new int[game.PointsWE.Length];
for (int i = 0; i < game.PointsNS.Length; i++)
{
resp.MatchInfo.PointsNS[i] = game.PointsNS[i];
}
for (int i = 0; i < game.PointsWE.Length; i++)
{
resp.MatchInfo.PointsEW[i] = game.PointsWE[i];
}
resp.MatchInfo.RoundsNS = game.RoundsNS;
resp.MatchInfo.RoundsEW = game.RoundsWE;
resp.MatchInfo.Dealer = (int)game.Dealer;
resp.MatchInfo.GameState = (int)game.GameState;
resp.MatchInfo.PlayerList = new PlayerSerializer[4];
resp.MatchInfo.GrandpaCards = new CardSerializer[13];
PlayerSerializer tmpPlayerSerializer;
for (int i = 0; i < 4; i++)
{
if (game.PlayerList[i] != null)
{
tmpPlayerSerializer = new PlayerSerializer();
tmpPlayerSerializer.PlayerTag = (int)game.PlayerList[i].Tag;
tmpPlayerSerializer.Username = game.PlayerList[i].Name;
resp.MatchInfo.PlayerList[i] = tmpPlayerSerializer;
switch (game.PlayerList[i].Tag)
{
case PlayerTag.N:
resp.MatchInfo.NPlayerHandSize = game.PlayerList[i].Hand.Length;
break;
case PlayerTag.E:
resp.MatchInfo.EPlayerHandSize = game.PlayerList[i].Hand.Length;
break;
case PlayerTag.S:
resp.MatchInfo.SPlayerHandSize = game.PlayerList[i].Hand.Length;
break;
case PlayerTag.W:
resp.MatchInfo.WPlayerHandSize = game.PlayerList[i].Hand.Length;
break;
}
bool IsGrand = IsPlayerGrand(game.PlayerList[i].Tag, game);
if (game.PlayerList[i].Name == username) // przypadek gdy to są moje karty
{
resp.MatchInfo.PlayerCards = new CardSerializer[game.PlayerList[i].Hand.Length];
for (int c = 0; c < game.PlayerList[i].Hand.Length; c++)
{
resp.MatchInfo.PlayerCards[c] = new CardSerializer();
resp.MatchInfo.PlayerCards[c].Color = (int)game.PlayerList[i].Hand[c].Color;
resp.MatchInfo.PlayerCards[c].Figure = (int)game.PlayerList[i].Hand[c].Figure;
resp.MatchInfo.PlayerCards[c].State = (int)game.PlayerList[i].Hand[c].CurrentState;
}
resp.MatchInfo.GrandpaCards = null;
}
else if (IsGrand) // przypadek gdy to nie są moje karty
{
resp.MatchInfo.PlayerCards = null;
bool GrandCardsVisible = AreGrandCardsVisible(game);
if (GrandCardsVisible)
{
resp.MatchInfo.GrandpaCards = new CardSerializer[game.PlayerList[i].Hand.Length];
for (int c = 0; c < game.PlayerList[i].Hand.Length; c++)
{
resp.MatchInfo.GrandpaCards[c] = new CardSerializer();
resp.MatchInfo.GrandpaCards[c].Color = (int)game.PlayerList[i].Hand[c].Color;
resp.MatchInfo.GrandpaCards[c].Figure = (int)game.PlayerList[i].Hand[c].Figure;
resp.MatchInfo.GrandpaCards[c].State = (int)game.PlayerList[i].Hand[c].CurrentState;
}
}
else
{
resp.MatchInfo.GrandpaCards = null;
}
}
}
else
{
resp.MatchInfo.PlayerList[i] = null;
}
}
resp.MatchInfo.GameInfo = new GameInfoSerializer();
resp.MatchInfo.GameInfo.ContractColor = (int)game.CurrentGame.ContractColor;
resp.MatchInfo.GameInfo.CurrentPlayer = (int)game.CurrentGame.CurrentPlayer;
resp.MatchInfo.GameInfo.CurrentTrick = new TrickSerializer();
resp.MatchInfo.GameInfo.CurrentTrick.CardList = new CardSerializer[4];
for (int i = 0; i < 4; i++)
{
resp.MatchInfo.GameInfo.CurrentTrick.CardList[i] = null;
}
for (int i = 0; i < game.CurrentGame.currentTrick.CardList.Count; i++)
{
resp.MatchInfo.GameInfo.CurrentTrick.CardList[i] = new CardSerializer();
resp.MatchInfo.GameInfo.CurrentTrick.CardList[i].Color = (int)game.CurrentGame.currentTrick.CardList[i].Color;
resp.MatchInfo.GameInfo.CurrentTrick.CardList[i].Figure = (int)game.CurrentGame.currentTrick.CardList[i].Figure;
resp.MatchInfo.GameInfo.CurrentTrick.CardList[i].State = (int)game.CurrentGame.currentTrick.CardList[i].CurrentState;
}
resp.MatchInfo.GameInfo.CurrentTrick.Winner = (int)game.CurrentGame.currentTrick.Winner;
resp.MatchInfo.GameInfo.Declarer = (int)game.CurrentGame.Declarer;
return(resp);
}
