private static IWorkshopTree CallSubroutine(DefinedMethod method, MethodCall call, ActionSet callerSet)
{
method.SetupSubroutine();
for (int i = 0; i < method.subroutineInfo.ParameterStores.Length; i++)
{
// Normal parameter push.
if (!method.Attributes.Recursive)
{
callerSet.AddAction(method.subroutineInfo.ParameterStores[i].SetVariable((Element)call.ParameterValues[i]));
}
// Recursive parameter push.
else
{
callerSet.AddAction(((RecursiveIndexReference)method.subroutineInfo.ParameterStores[i]).Push((Element)call.ParameterValues[i]));
}
}
// Store the object the subroutine is executing with.
if (method.subroutineInfo.ObjectStore != null)
{
// Normal
if (!method.Attributes.Recursive)
{
callerSet.AddAction(method.subroutineInfo.ObjectStore.SetVariable((Element)callerSet.CurrentObject));
}
// Recursive: Stack
else
{
callerSet.AddAction(method.subroutineInfo.ObjectStore.ModifyVariable(Operation.AppendToArray, (Element)callerSet.CurrentObject));
}
}
switch (call.CallParallel)
{
// No parallel, call subroutine normally.
case CallParallel.NoParallel:
callerSet.AddAction(Element.Part <A_CallSubroutine>(method.subroutineInfo.Subroutine));
return(method.subroutineInfo.ReturnHandler.GetReturnedValue());
// Restart the subroutine if it is already running.
case CallParallel.AlreadyRunning_RestartRule:
callerSet.AddAction(Element.Part <A_StartRule>(method.subroutineInfo.Subroutine, EnumData.GetEnumValue(IfAlreadyExecuting.RestartRule)));
return(null);
// Do nothing if the subroutine is already running.
case CallParallel.AlreadyRunning_DoNothing:
callerSet.AddAction(Element.Part <A_StartRule>(method.subroutineInfo.Subroutine, EnumData.GetEnumValue(IfAlreadyExecuting.DoNothing)));
return(null);
default: throw new NotImplementedException();
}
}
/// <summary>Determines if the specified type does not have their own implementation for the specified virtual function.</summary>
/// <param name="virtualFunction">The virtual function to check overrides of.</param>
/// <param name="options">All potential virtual functions.</param>
/// <param name="type">The type to check.</param>
private bool AutoImplemented(DefinedMethod virtualFunction, DefinedMethod[] options, CodeType type)
{
// Go through each class in the inheritance tree and check if it implements the function.
CodeType current = type;
while (current != null && current != virtualFunction.Attributes.ContainingType)
{
// If it does, return false.
if (options.Any(option => option.Attributes.ContainingType == current))
{
return(false);
}
current = current.Extends;
}
return(true);
}
public static IWorkshopTree Call(DefinedMethod method, MethodCall call, ActionSet actionSet)
{
RecursiveStack lastCall = actionSet.Translate.MethodStack.FirstOrDefault(ms => ms.Function == method) as RecursiveStack;
if (lastCall == null)
{
RecursiveStack parser = new RecursiveStack(method);
actionSet.Translate.MethodStack.Add(parser);
var result = parser.ParseCall(actionSet, call);
actionSet.Translate.MethodStack.Remove(parser);
return(result);
}
else
{
return(lastCall.RecursiveCall(actionSet, call));
}
}
private static IWorkshopTree CallInlineRecursive(MethodBuilder builder, DefinedMethod method, MethodCall call, ActionSet callerSet)
{
RecursiveStack lastCall = RecursiveStack.GetRecursiveCall(callerSet.Translate.MethodStack, method);
if (lastCall == null)
{
RecursiveStack parser = new RecursiveStack(builder);
callerSet.Translate.MethodStack.Add(parser);
parser.ParseCall(call);
callerSet.Translate.MethodStack.Remove(parser);
return(builder.ReturnHandler.GetReturnedValue());
}
else
{
lastCall.RecursiveCall(call, callerSet);
return(lastCall.Builder.ReturnHandler.GetReturnedValue());
}
}
/// <summary>Calls the method.</summary>
private IWorkshopTree ParseCall(ActionSet actionSet, MethodCall methodCall)
{
// Create the array used for continuing after a recursive call.
continueArray = actionSet.VarCollection.Assign("_" + method.Name + "_recursiveContinue", actionSet.IsGlobal, false);
nextContinue = actionSet.VarCollection.Assign("_" + method.Name + "_nextContinue", actionSet.IsGlobal, true);
actionSet.InitialSet().AddAction(continueArray.SetVariable(new V_EmptyArray()));
ReturnHandler returnHandler = methodCall.ReturnHandler ?? new ReturnHandler(actionSet, method.Name, method.multiplePaths);
this.returnHandler = returnHandler;
DefinedMethod.AssignParameters(actionSet, method.ParameterVars, methodCall.ParameterValues, true);
actionSet.AddAction(Element.Part <A_While>(new V_True()));
continueAt = new SkipStartMarker(actionSet);
continueAt.SetSkipCount((Element)nextContinue.GetVariable());
actionSet.AddAction(continueAt);
method.block.Translate(actionSet);
PopParameterStacks(actionSet);
// Pop the continueArray.
actionSet.AddAction(Element.Part <A_SkipIf>(new V_Compare(
Element.Part <V_CountOf>(continueArray.GetVariable()),
Operators.Equal,
new V_Number(0)
), new V_Number(3)));
actionSet.AddAction(nextContinue.SetVariable(Element.Part <V_LastOf>(continueArray.GetVariable())));
actionSet.AddAction(continueArray.ModifyVariable(Operation.RemoveFromArrayByIndex, Element.Part <V_CountOf>(continueArray.GetVariable()) - 1));
actionSet.AddAction(endOfMethod);
actionSet.AddAction(new A_End());
actionSet.AddAction(nextContinue.SetVariable(0));
return(returnHandler.GetReturnedValue());
}
public static IWorkshopTree Call(DefinedMethod method, MethodCall call, ActionSet callerSet)
{
// Subroutine call.
if (method.IsSubroutine)
{
return(CallSubroutine(method, call, callerSet));
}
// Inline
else
{
MethodBuilder builder = new MethodBuilder(method, callerSet);
// Inline-recursive method call.
if (method.Attributes.Recursive)
{
return(CallInlineRecursive(builder, method, call, callerSet));
}
else
{
if (method.virtualSubroutineAssigned != null)
{
// TODO: Maybe remove this?
// Virtual in another subroutine
return(Call(method.virtualSubroutineAssigned, call, callerSet));
}
else
{
// Normal
builder.BuilderSet = builder.BuilderSet.PackThis();
builder.AssignParameters(call);
builder.SetupReturnHandler();
builder.ParseInner();
builder.ReturnHandler.ApplyReturnSkips();
return(builder.ReturnHandler.GetReturnedValue());
}
}
}
}
public override void ResolveElements()
{
if (elementsResolved)
{
return;
}
// Get the type being extended.
if (typeContext.TERNARY_ELSE() != null)
{
// If there is no type name, error.
if (typeContext.extends == null)
{
parseInfo.Script.Diagnostics.Error("Expected type name.", DocRange.GetRange(typeContext.TERNARY_ELSE()));
}
else
{
// Get the type being inherited.
CodeType inheriting = parseInfo.TranslateInfo.Types.GetCodeType(typeContext.extends.Text, parseInfo.Script.Diagnostics, DocRange.GetRange(typeContext.extends));
// GetCodeType will return null if the type is not found.
if (inheriting != null)
{
inheriting.Call(parseInfo, DocRange.GetRange(typeContext.extends));
Inherit(inheriting, parseInfo.Script.Diagnostics, DocRange.GetRange(typeContext.extends));
(Extends as ClassType)?.ResolveElements();
}
}
}
base.ResolveElements();
// Give DefinedMethod and GetMacro a scope to use in case of the static attribute.
foreach (var definedMethod in typeContext.define_method())
{
var newMethod = new DefinedMethod(parseInfo, operationalScope, staticScope, definedMethod, this);
// Copy to serving scopes.
if (newMethod.Static)
{
operationalScope.CopyMethod(newMethod);
}
else
{
serveObjectScope.CopyMethod(newMethod);
}
}
// Get the macros.
foreach (var macroContext in typeContext.define_macro())
{
var newMacro = parseInfo.GetMacro(operationalScope, staticScope, macroContext);
// Copy to serving scopes.
if (newMacro is IMethod asMethod)
{
if (newMacro.Static)
{
operationalScope.CopyMethod(asMethod);
}
else
{
serveObjectScope.CopyMethod(asMethod);
}
}
else
{
if (newMacro.Static)
{
operationalScope.CopyVariable((IVariable)newMacro);
}
else
{
serveObjectScope.CopyVariable((IVariable)newMacro);
}
}
}
// Get the variables defined in the type.
foreach (var definedVariable in typeContext.define())
{
Var newVar = new ClassVariable(operationalScope, staticScope, new DefineContextHandler(parseInfo, definedVariable));
// Copy to serving scopes.
if (!newVar.Static)
{
ObjectVariables.Add(new ObjectVariable(newVar));
serveObjectScope.CopyVariable(newVar);
}
// Add to static scope.
else
{
staticVariables.Add(newVar);
staticScope.CopyVariable(newVar);
operationalScope.CopyVariable(newVar);
}
}
// Get the constructors.
if (typeContext.constructor().Length > 0)
{
Constructors = new Constructor[typeContext.constructor().Length];
for (int i = 0; i < Constructors.Length; i++)
{
Constructors[i] = new DefinedConstructor(parseInfo, operationalScope, this, typeContext.constructor(i));
}
}
else
{
// If there are no constructors, create a default constructor.
Constructors = new Constructor[] {
new Constructor(this, new Location(parseInfo.Script.Uri, DocRange.GetRange(typeContext.name)), AccessLevel.Public)
};
}
// If the extend token exists, add completion that only contains all extendable classes.
if (typeContext.TERNARY_ELSE() != null)
{
parseInfo.Script.AddCompletionRange(new CompletionRange(
// Get the completion items of all types.
parseInfo.TranslateInfo.Types.AllTypes
.Where(t => t is ClassType ct && ct.CanBeExtended)
.Select(t => t.GetCompletion())
.ToArray(),
// Get the completion range.
DocRange.GetRange(typeContext.TERNARY_ELSE(), parseInfo.Script.NextToken(typeContext.TERNARY_ELSE())),
// This completion takes priority.
CompletionRangeKind.ClearRest
));
}
parseInfo.Script.AddCodeLensRange(new ReferenceCodeLensRange(this, parseInfo, CodeLensSourceType.Type, DefinedAt.range));
}
public BlockTreeScan(bool doesReturnValue, ParseInfo parseInfo, DefinedMethod method) : this(parseInfo, method.Block, method.Name, method.Context.Identifier.Range)
{
ReturnsValue = doesReturnValue;
}
public override void Parse(ActionSet actionSet, IWorkshopTree[] parameterValues, object[] additionalParameterData)
{
actionSet = actionSet.New(actionSet.IndexAssigner.CreateContained()).PackThis();
DefinedMethod.AssignParameters(actionSet, ParameterVars, parameterValues);
Block.Translate(actionSet);
}
public MethodBuilder(DefinedMethod method, ActionSet builderSet, ReturnHandler returnHandler = null)
{
Method = method;
this.BuilderSet = builderSet;
ReturnHandler = returnHandler;
}
private static void TranslateSegment(ActionSet actionSet, DefinedMethod method)
{
method.Block.Translate(actionSet);
}
public override void Parse(ActionSet actionSet, IWorkshopTree[] parameterValues)
{
actionSet = actionSet.New(actionSet.IndexAssigner.CreateContained());
DefinedMethod.AssignParameters(actionSet, ParameterVars, parameterValues);
Block.Translate(actionSet);
}
public BlockTreeScan(bool doesReturnValue, ParseInfo parseInfo, DefinedMethod method) : this(parseInfo, method.Block, method.Name, DocRange.GetRange(method.Context.name))
{
ReturnsValue = doesReturnValue;
}
public RecursiveMethodStack(DefinedMethod method, ReturnHandler returnHandler, IndexReference continueSkipArray, SkipEndMarker methodStart) : base(method)
{
ReturnHandler = returnHandler;
ContinueSkipArray = continueSkipArray;
MethodStart = methodStart;
}
public DefinedType(ParseInfo parseInfo, Scope scope, DeltinScriptParser.Type_defineContext typeContext, List <IApplyBlock> applyMethods) : base(typeContext.name.Text)
{
this.translateInfo = parseInfo.TranslateInfo;
if (translateInfo.IsCodeType(Name))
{
parseInfo.Script.Diagnostics.Error($"A type with the name '{Name}' already exists.", DocRange.GetRange(typeContext.name));
}
DefinedAt = new LanguageServer.Location(parseInfo.Script.Uri, DocRange.GetRange(typeContext.name));
translateInfo.AddSymbolLink(this, DefinedAt);
if (typeContext.CLASS() != null)
{
TypeKind = TypeKind.Class;
TypeKindString = "class";
}
else if (typeContext.STRUCT() != null)
{
TypeKind = TypeKind.Struct;
TypeKindString = "struct";
}
else
{
throw new NotImplementedException();
}
staticScope = translateInfo.GlobalScope.Child(TypeKindString + " " + Name);
objectScope = staticScope.Child(TypeKindString + " " + Name);
// Get the variables defined in the type.
foreach (var definedVariable in typeContext.define())
{
Var newVar = Var.CreateVarFromContext(VariableDefineType.InClass, parseInfo, definedVariable);
newVar.Finalize(UseScope(newVar.Static));
if (!newVar.Static)
{
objectVariables.Add(newVar);
}
}
// Todo: Static methods/macros.
foreach (var definedMethod in typeContext.define_method())
{
var newMethod = new DefinedMethod(parseInfo, UseScope(false), definedMethod);
applyMethods.Add(newMethod);
}
foreach (var macroContext in typeContext.define_macro())
{
DeltinScript.GetMacro(parseInfo, UseScope(false), macroContext, applyMethods);
}
// Get the constructors.
if (typeContext.constructor().Length > 0)
{
Constructors = new Constructor[typeContext.constructor().Length];
for (int i = 0; i < Constructors.Length; i++)
{
Constructors[i] = new DefinedConstructor(parseInfo, this, typeContext.constructor(i));
applyMethods.Add((DefinedConstructor)Constructors[i]);
}
}
else
{
// If there are no constructors, create a default constructor.
Constructors = new Constructor[] {
new Constructor(this, new Location(parseInfo.Script.Uri, DocRange.GetRange(typeContext.name)), AccessLevel.Public)
};
}
}
public override void ResolveElements()
{
if (elementsResolved)
{
return;
}
// Get the type being extended.
// This is an array for future interface support.
if (_typeContext.Inheriting.Count > 0 && _typeContext.Inheriting[0])
{
var inheritToken = _typeContext.Inheriting[0];
// Get the type being inherited.
CodeType inheriting = _parseInfo.TranslateInfo.Types.GetCodeType(inheritToken.Text, _parseInfo.Script.Diagnostics, inheritToken.Range);
// GetCodeType will return null if the type is not found.
if (inheriting != null)
{
inheriting.Call(_parseInfo, inheritToken.Range);
Inherit(inheriting, _parseInfo.Script.Diagnostics, inheritToken.Range);
(Extends as ClassType)?.ResolveElements();
}
}
base.ResolveElements();
// Get the declarations.
foreach (var declaration in _typeContext.Declarations)
{
IScopeable scopeable;
// Function
if (declaration is FunctionContext function)
{
scopeable = new DefinedMethod(_parseInfo, operationalScope, staticScope, function, this);
}
// Macro function
else if (declaration is MacroFunctionContext macroFunction)
{
scopeable = _parseInfo.GetMacro(operationalScope, staticScope, macroFunction);
}
// Variable
else if (declaration is VariableDeclaration variable)
{
scopeable = new ClassVariable(operationalScope, staticScope, new DefineContextHandler(_parseInfo, variable)).GetVar();
}
// Macro variable
else if (declaration is MacroVarDeclaration macroVar)
{
scopeable = _parseInfo.GetMacro(operationalScope, staticScope, macroVar);
}
// Unknown
else
{
throw new NotImplementedException(declaration.GetType().ToString());
}
// Add the object variable if it is an IIndexReferencer.
if (scopeable is IIndexReferencer referencer)
{
AddObjectVariable(referencer);
}
// Copy to scopes.
// Method copy
if (scopeable is IMethod method)
{
if (method.Static)
{
operationalScope.CopyMethod(method);
}
else
{
serveObjectScope.CopyMethod(method);
}
}
// Variable copy
else if (scopeable is IVariable variable)
{
if (scopeable.Static)
{
operationalScope.CopyVariable(variable);
}
else
{
serveObjectScope.CopyVariable(variable);
}
}
else
{
throw new NotImplementedException();
}
}
// Get the constructors.
if (_typeContext.Constructors.Count > 0)
{
Constructors = new Constructor[_typeContext.Constructors.Count];
for (int i = 0; i < Constructors.Length; i++)
{
Constructors[i] = new DefinedConstructor(_parseInfo, operationalScope, this, _typeContext.Constructors[i]);
}
}
else
{
// If there are no constructors, create a default constructor.
Constructors = new Constructor[] {
new Constructor(this, new Location(_parseInfo.Script.Uri, DefinedAt.range), AccessLevel.Public)
};
}
// If the extend token exists, add completion that only contains all extendable classes.
if (_typeContext.InheritToken != null && !_parseInfo.Script.IsTokenLast(_typeContext.InheritToken))
{
_parseInfo.Script.AddCompletionRange(new CompletionRange(
// Get the completion items of all types.
_parseInfo.TranslateInfo.Types.AllTypes
.Where(t => t is ClassType ct && ct.CanBeExtended)
.Select(t => t.GetCompletion())
.ToArray(),
// Get the completion range.
_typeContext.InheritToken.Range.End + _parseInfo.Script.NextToken(_typeContext.InheritToken).Range.Start,
// This completion takes priority.
CompletionRangeKind.ClearRest
));
}
_parseInfo.Script.AddCodeLensRange(new ReferenceCodeLensRange(this, _parseInfo, CodeLensSourceType.Type, DefinedAt.range));
}
public RecursiveStack(DefinedMethod method) : base((IApplyBlock)method)
{
this.method = method;
}
void Translate()
{
List <IApplyBlock> applyMethods = new List <IApplyBlock>();
// Get the reserved variables and IDs
foreach (ScriptFile script in ScriptFiles)
{
if (script.Context.reserved_global()?.reserved_list() != null)
{
foreach (var name in script.Context.reserved_global().reserved_list().PART())
{
VarCollection.Reserve(name.GetText(), true);
}
foreach (var id in script.Context.reserved_global().reserved_list().NUMBER())
{
VarCollection.Reserve(int.Parse(id.GetText()), true, null, null);
}
}
if (script.Context.reserved_player()?.reserved_list() != null)
{
foreach (var name in script.Context.reserved_player().reserved_list().PART())
{
VarCollection.Reserve(name.GetText(), false);
}
foreach (var id in script.Context.reserved_player().reserved_list().NUMBER())
{
VarCollection.Reserve(int.Parse(id.GetText()), false, null, null);
}
}
}
// Get the enums
foreach (ScriptFile script in ScriptFiles)
{
foreach (var enumContext in script.Context.enum_define())
{
var newEnum = new DefinedEnum(new ParseInfo(script, this), enumContext);
types.Add(newEnum);
definedTypes.Add(newEnum);
}
}
// Get the types
foreach (ScriptFile script in ScriptFiles)
{
foreach (var typeContext in script.Context.type_define())
{
var newType = new DefinedType(new ParseInfo(script, this), GlobalScope, typeContext, applyMethods);
types.Add(newType);
definedTypes.Add(newType);
}
}
// Get the methods and macros
foreach (ScriptFile script in ScriptFiles)
{
// Get the methods.
foreach (var methodContext in script.Context.define_method())
{
var newMethod = new DefinedMethod(new ParseInfo(script, this), RulesetScope, methodContext);
applyMethods.Add(newMethod);
//RulesetScope.AddMethod(newMethod, script.Diagnostics, DocRange.GetRange(methodContext.name));
}
// Get the macros.
foreach (var macroContext in script.Context.define_macro())
{
GetMacro(new ParseInfo(script, this), RulesetScope, macroContext, applyMethods);
}
}
// Get the defined variables.
foreach (ScriptFile script in ScriptFiles)
{
foreach (var varContext in script.Context.define())
{
var newVar = Var.CreateVarFromContext(VariableDefineType.RuleLevel, new ParseInfo(script, this), varContext);
newVar.Finalize(RulesetScope);
rulesetVariables.Add(newVar);
// Add the variable to the player variables scope if it is a player variable.
if (newVar.VariableType == VariableType.Player)
{
PlayerVariableScope.AddVariable(newVar, null, null);
}
}
}
foreach (var apply in applyMethods)
{
apply.SetupBlock();
}
foreach (var apply in applyMethods)
{
apply.CallInfo.CheckRecursion();
}
// Get the rules
foreach (ScriptFile script in ScriptFiles)
{
foreach (var ruleContext in script.Context.ow_rule())
{
rules.Add(new RuleAction(new ParseInfo(script, this), RulesetScope, ruleContext));
}
}
}
void Translate()
{
// Get the reserved variables and IDs
foreach (ScriptFile script in ScriptFiles)
{
if (script.Context.reserved_global()?.reserved_list() != null)
{
foreach (var name in script.Context.reserved_global().reserved_list().PART())
{
VarCollection.Reserve(name.GetText(), true);
}
foreach (var id in script.Context.reserved_global().reserved_list().NUMBER())
{
VarCollection.Reserve(int.Parse(id.GetText()), true, null, null);
}
}
if (script.Context.reserved_player()?.reserved_list() != null)
{
foreach (var name in script.Context.reserved_player().reserved_list().PART())
{
VarCollection.Reserve(name.GetText(), false);
}
foreach (var id in script.Context.reserved_player().reserved_list().NUMBER())
{
VarCollection.Reserve(int.Parse(id.GetText()), false, null, null);
}
}
}
// Get the enums
foreach (ScriptFile script in ScriptFiles)
{
foreach (var enumContext in script.Context.enum_define())
{
var newEnum = new DefinedEnum(new ParseInfo(script, this), enumContext);
types.Add(newEnum);
definedTypes.Add(newEnum);
}
}
// Get the types
foreach (ScriptFile script in ScriptFiles)
{
foreach (var typeContext in script.Context.type_define())
{
var newType = new DefinedType(new ParseInfo(script, this), GlobalScope, typeContext);
types.Add(newType);
definedTypes.Add(newType);
}
}
// Get the methods and macros
foreach (ScriptFile script in ScriptFiles)
{
// Get the methods.
foreach (var methodContext in script.Context.define_method())
{
var newMethod = new DefinedMethod(new ParseInfo(script, this), RulesetScope, RulesetScope, methodContext, null);
}
// Get the macros.
foreach (var macroContext in script.Context.define_macro())
{
GetMacro(new ParseInfo(script, this), RulesetScope, RulesetScope, macroContext);
}
}
// Get the defined variables.
foreach (ScriptFile script in ScriptFiles)
{
foreach (var varContext in script.Context.define())
{
Var newVar = new RuleLevelVariable(RulesetScope, new DefineContextHandler(new ParseInfo(script, this), varContext));
rulesetVariables.Add(newVar);
// Add the variable to the player variables scope if it is a player variable.
if (newVar.VariableType == VariableType.Player)
{
PlayerVariableScope.CopyVariable(newVar);
}
}
}
foreach (var applyType in types)
{
if (applyType is ClassType classType)
{
classType.ResolveElements();
}
}
foreach (var apply in applyBlocks)
{
apply.SetupParameters();
}
foreach (var apply in applyBlocks)
{
apply.SetupBlock();
}
foreach (var apply in applyBlocks)
{
apply.CallInfo?.CheckRecursion();
}
// Get the rules
foreach (ScriptFile script in ScriptFiles)
{
foreach (var ruleContext in script.Context.ow_rule())
{
rules.Add(new RuleAction(new ParseInfo(script, this), RulesetScope, ruleContext));
}
}
}
public void AddSubroutine(DefinedMethod method)
{
subroutines.Add(method);
}