public IEnumerable <ITypedMemberDescriptor> Get(Specifier d)
{
if (_t == null)
{
yield break;
}
yield break;
#if ENABLE_CSHARP_PROPERTY_PARSING
foreach (var p in _t.GetProperties(BindingFlags.Public | BindingFlags.Instance))
{
if (!p.CanRead || !p.GetGetMethod(true).IsPublic)
{
continue;
}
// we dont support recursion for now ...
if (_t == p.PropertyType)
{
continue;
}
if (p.PropertyType.IsValueType != d.HasFlag(Specifier.ValueType))
{
continue;
}
yield return(new PropertyMemberDescriptor(p));
}
#endif
}
public IEnumerable <ITypedMemberDescriptor> Get(Specifier d)
{
if (_t == null)
{
yield return(null);
}
foreach (var field in _t.GetFields())
{
if (field.IsStatic)
{
continue;
}
if (field.FieldType.IsValueType != d.HasFlag(Specifier.ValueType))
{
continue;
}
if (field.IsPublic && d.HasFlag(Specifier.Public))
{
yield return(new FieldMemberDescriptor(field));
}
if (!field.IsPublic && d.HasFlag(Specifier.Private))
{
yield return(new FieldMemberDescriptor(field));
}
}
}
public Node(CXCursor cursor, CXCursorKind type, Specifier specifier, string name, string full_name, string value, int line, int column)
{
m_cursor = cursor;
m_kind = type;
m_name = name;
m_full_name = full_name;
m_line = line;
m_column = column;
m_specifier = specifier;
m_childrens = new List <Node>();
}
public bool IsHomogeneous(Specifier type)
{
foreach (var element in contents)
{
if (!Shell.Interpreter.Utility.MatchType(element, type))
{
return(false);
}
}
return(true);
}
public List <Specifier> ParseSpecifiers(List <TokenType> specifierCategory)
{
List <Specifier> specs = new List <Specifier>();
Specifier spec = TryParseSpecifier(specifierCategory);
while (spec != null)
{
specs.Add(spec);
spec = TryParseSpecifier(specifierCategory);
}
return(specs);
}
public bool IsHomogeneous(Specifier type)
{
foreach (var pair in dict)
{
if (!Shell.Interpreter.Utility.MatchType(pair.Value, type))
{
return(false);
}
}
return(true);
}
private void AddFakeMarkets(
List <CreateUpdateMarketsCommandSelection> marketsBuilder,
Specifier specifier,
IList <decimal?> selection,
Dictionary <string, TranslationMarket> currentMarkets,
string fakeMarketId,
long originalMarketId
)
{
if (!marketGroups.TryGetValue(Convert.ToInt32(selection[0]), out var selectionTypeId)) // index 0 - outcome_id
{
selectionTypeId = Convert.ToInt32(selection[0]);
}
var specifiers = specifier == null ? null : new SpecifierCollection(specifier);
var currentMarketId = fakeMarketId + (specifier == null ? "" : ":" + specifier.Key + "=" + specifier.Value);
var currentSelectionId = fakeMarketId + ":" + selectionTypeId + (specifier == null ? "" : ":" + specifier.Key + "=" + specifier.Value);
// adding market to cache
currentMarkets.TryAdd(
currentSelectionId,
new TranslationMarket()
{
Id = originalMarketId,
FakeId = currentMarketId,
SelectionId = selectionTypeId,
SpecifierValue = specifier?.Value
}
);
marketsBuilder.Add
(
new CreateUpdateMarketsCommandSelection
(
marketId: currentMarketId,
marketTypeId: originalMarketId.ToString(),
selectionId: currentSelectionId,
specifiers: specifiers,
selectionTypeId: selectionTypeId.ToString(),
tradingStatus: TradingStatus.Open,
selectionTradingStatus: TradingStatus.Open,
value: Round2(selection[1]),
probability: null
)
);
}
public string Description(bool spellOutWhitespace)
{
// here be dragons!
// keep track of:
// - escaped chars
// - escape sequences (each having a different description)
// - codepoint escapes (belongs into above category but kept separate)
// - and actually boring literal matches
if (Specifier.Length > 1)
{
var relevant = Specifier.Substring(1); // skip the damn Backslash at the start
if (relevant.Length > 1) // longer sequences
{
if (relevant.StartsWith("u"))
{
return(string.Format(AssistantResources.AtomDescription_Literal_UnicodePoint, relevant.Substring(1))); //skip u
}
if (relevant.StartsWith("x"))
{
return(string.Format(AssistantResources.AtomDescription_Literal_HexCodepoint, relevant.Substring(1))); // skip x
}
return(string.Format(AssistantResources.AtomDescription_Literal_OctalCodepoint, relevant)); // no format specifier to skip
}
if (EscapeLiterals.Contains(relevant[0]))
{
return(string.Format(AssistantResources.AtomDescription_Literal_EscapedLiteral, relevant));
}
if (char.IsDigit(relevant[0]))
{
return(string.Format(AssistantResources.AtomDescription_Literal_Backreference, relevant));
}
return(_escapeDescriptions[relevant[0]]);
}
if (Specifier.Equals("."))
{
return(AssistantResources.AtomDescription_Dot);
}
return(string.Format(AssistantResources.AtomDescription_Literal_ActualLiteral,
spellOutWhitespace && WhitespaceToString.IsFullySpellingOutApplicable(Specifier, out var spelledOutWhiteSpace)
? spelledOutWhiteSpace
: Specifier));
}
//==============================================================================
/// <summary>
///
/// </summary>
//==============================================================================
private void aggregateValues()
{
TMainOutputSpecifier Specifier;
TDDMLValue requestValue;
TDDMLValue outputValue;
for (int i = 0; i < FOutputs.Count; i++)
{
Specifier = (TMainOutputSpecifier)FOutputs[i];
requestValue = FRequests[Specifier.iReqIdx];
outputValue = Specifier.FindValue(requestValue);
if (outputValue != null)
{
aggregateValue(outputValue, Specifier.valTree);
}
else
{
throw (new ApplicationException("Output value not found: " + Specifier.sName));
}
}
}
static bool MatchObj(VerbParameters param, Mob m, Specifier spec)
{
if (spec == Specifier.Wildcard)
return true;
if (spec == Specifier.Any)
return m != null && m != Mob.None;
if (spec == Specifier.Self)
return m != null && m.id == param.self.id;
if (spec == Specifier.None
&& (m == null || m == Mob.None))
{
return true;
}
return false;
}
public IEnumerable <ITransmitterCommand> Adapt(MessageContext <EventData, TranslationSubscription> context)
{
var msg = context.Message;
var translationState = context.State.PersistableState;
var translationId = long.Parse(msg.TranslationId);
var lineService = LineService.SportLevel;
var marketsBuilder = new List <CreateUpdateMarketsCommandSelection>();
var list = new List <ITransmitterCommand>();
var currentMarkets = new Dictionary <string, TranslationMarket>();
foreach (var market in msg.Extra.Markets)
{
var fakeMarketId = $"{lineService}:{msg.TranslationId}:{market.Id}";
var specifierKey = adapterConfiguration.Specifiers.Total.Contains(market.Id) ? SpecifierKey.Total
: adapterConfiguration.Specifiers.Hcp.Contains(market.Id) ? SpecifierKey.Handicap
: adapterConfiguration.Specifiers.Pointnr.Contains(market.Id) ? SpecifierKey.PointNumber
: null;
// Outcomes
if (market.Selections.Any())
{
var arr = market.Selections.ToArray();
// Not categorized market with specifiers
if (arr.Any(t => t[2].HasValue) && specifierKey == null)
{
logger.LogWarning($"Uncategorized market with specifiers was detected. MessageId={context.IncomingId}, marketId={market.Id}");
continue; // to next market
}
Specifier hcpOldSpecifier = null;
for (int i = 0; i < arr.Count(); i++)
{
Specifier specifier = null;
var item = arr[i];
if (specifierKey != null)
{
if (i % 2 == 1 && specifierKey == SpecifierKey.Handicap)
{
specifier = hcpOldSpecifier;
}
else
{
specifier = item[2].HasValue ? GetSpecifier(specifierKey, item[2].Value) : null;
}
}
// Creating markets
AddFakeMarkets(
marketsBuilder,
specifier,
item,
currentMarkets,
fakeMarketId,
market.Id
);
hcpOldSpecifier = specifier;
}
}
}
// Markets to state
foreach (var item in currentMarkets)
{
translationState.Markets.GetOrAdd(item.Key, item.Value);
}
lock (translationState.Markets)
{
// Susupensing markets which are left
foreach (var fakeId in translationState.Markets.Keys.Except(currentMarkets.Select(t => t.Key)))
{
var entry = translationState.Markets[fakeId];
marketsBuilder.Add(
new CreateUpdateMarketsCommandSelection
(
marketId: entry.FakeId,
marketTypeId: entry.Id.ToString(),
selectionId: fakeId,
specifiers: entry.SpecifierValue == null
? null
: new SpecifierCollection(GetSpecifier(entry.Id, translationState.Markets[fakeId].SpecifierValue, adapterConfiguration)),
selectionTypeId: entry.SelectionId.ToString(),
tradingStatus: TradingStatus.Suspended,
selectionTradingStatus: TradingStatus.Suspended,
value: null,
probability: null
)
);
}
}
list.Add(
new CreateUpdateMarketsCommand(
lineService: lineService,
gameEventId: msg.TranslationId.ToString(),
receivedOn: context.ReceivedOn,
incomingId: context.IncomingId,
selections: marketsBuilder.ToImmutableArray(),
extraAttributes: null
)
);
context.State.SaveState();
return(list);
}
public override int GetHashCode()
{
return(Specifier.GetHashCode());
}
void ParseTypeDefinition(List<INamespaceDeclarationMember> members, List<ITypeDeclarationMember> globalMembers, TokenSet followers, bool isRecord)
{
var noSpecifiers = new Specifier[0];
var name = this.ParseNameDeclaration(true);
var loc = name.SourceLocation;
var name0 = name.Name.Value;
var mangledName = new VccNameDeclaration(this.GetNameFor("_vcc_math_type_" + name0), loc);
var tpMembers = new List<ITypeDeclarationMember>();
var strct = new VccStructDeclaration(mangledName, tpMembers, noSpecifiers, loc);
var tp = new VccNamedTypeExpression(new VccSimpleName(mangledName, mangledName.SourceLocation));
UpdateForwardDeclaration(members, strct);
if (isRecord) {
List<FieldDeclaration>/*?*/ savedSpecificationFields = this.currentSpecificationFields;
List<TypeInvariant>/*?*/ savedTypeInvariants = this.currentTypeInvariants;
this.currentSpecificationFields = null;
this.currentTypeInvariants = null;
SourceLocationBuilder sctx = this.GetSourceLocationBuilderForLastScannedToken();
this.ParseRestOfTypeDeclaration(sctx, members, tp.Expression, tpMembers, followers);
if (this.currentToken == Token.EndOfFile) {
ISourceLocation errorLocation = this.scanner.SourceLocationOfLastScannedToken;
this.HandleError(errorLocation, Error.MissingSemicolonAfterStruct, "end-of-file");
}
this.SkipTo(followers);
this.AssociateTypeWithTypeContract(strct, this.currentSpecificationFields, this.currentTypeInvariants, this.InSpecCode);
this.currentSpecificationFields = savedSpecificationFields;
this.currentTypeInvariants = savedTypeInvariants;
} else {
strct.IsAbstractType = true;
/*
var fld = new FieldDefinition(new List<Specifier>(), 0, VccCompilationHelper.GetBigIntType(nameTable),
new VccNameDeclaration(this.GetNameFor("_vcc_dummy"), loc), null, true, loc);
tpMembers.Add(fld);
*/
}
var typedefDecl = new TypedefDeclaration(tp, name, loc);
this.RegisterTypedef(name.Value, typedefDecl);
globalMembers.Add(typedefDecl);
}
void ParseDataTypeDefinition(List<INamespaceDeclarationMember> members, List<ITypeDeclarationMember> globalMembers, TokenSet followers)
{
var noSpecifiers = new Specifier[0];
var name = this.ParseNameDeclaration(true);
var loc = name.SourceLocation;
var mangledName = new VccNameDeclaration(this.GetNameFor("_vcc_math_type_" + name.Name.Value), loc);
var ctornames = new List<FunctionDeclaration>();
var strct = new VccDatatypeDeclaration(mangledName, new List<ITypeDeclarationMember>(), noSpecifiers, ctornames, loc);
UpdateForwardDeclaration(members, strct);
var tp = new VccNamedTypeExpression(new VccSimpleName(mangledName, mangledName.SourceLocation));
var typedefDecl = new TypedefDeclaration(tp, name, loc);
this.RegisterTypedef(name.Value, typedefDecl);
globalMembers.Add(typedefDecl);
this.Skip(Token.LeftBrace);
for (; ; ) {
SourceLocationBuilder scCtx = this.GetSourceLocationBuilderForLastScannedToken();
if (this.currentToken != Token.Case)
{
this.Skip(this.currentToken == Token.RightBrace ? Token.RightBrace : Token.Case);
break;
}
this.Skip(Token.Case);
var fname = this.ParseNameDeclaration(true);
var parmFollowers = followers | Token.RightBrace | Token.Case | Token.Semicolon;
var parms0 = this.ParseParameterList(parmFollowers);
this.Skip(Token.RightParenthesis);
if (this.currentToken == Token.Semicolon)
this.Skip(Token.Semicolon);
bool acceptsExtraArguments;
var parms1 = this.ConvertToParameterDeclarations(parms0, out acceptsExtraArguments);
var specifiers = new[] { this.CreateAttribute("_vcc_internal__is_datatype_option", "", scCtx) };
var fdecl = new FunctionDeclaration(acceptsExtraArguments,
specifiers, false, CallingConvention.C, TypeMemberVisibility.Public,
tp, fname, null, parms1, true, null, scCtx
);
globalMembers.Add(fdecl);
ctornames.Add(fdecl);
}
if (ctornames.Count == 0)
this.HandleError(Error.EmptySwitch); //TODO use proper error
}