C# Class DataDictionary.Interpreter.FunctionExpression

Inheritance: Expression, ISubDeclarator

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Méthodes publiques

Méthode	Description
CheckExpression ( ) : void	Checks the expression and appends errors to the root tree node when inconsistencies are found
CreateGraph ( DataDictionary.Interpreter.InterpretationContext context, Parameter parameter, ExplanationPart explain ) : Graph	Creates the graph associated to this expression, when the given parameter ranges over the X axis
CreateSurface ( DataDictionary.Interpreter.InterpretationContext context, Parameter xParam, Parameter yParam, ExplanationPart explain ) : Surface	Provides the surface of this function if it has been statically defined
Fill ( List retVal, DataDictionary.Interpreter.Filter.BaseFilter filter ) : void	Fills the list provided with the element matching the filter provided
Find ( string name, List retVal ) : void	Appends the INamable which match the name provided in retVal
FunctionExpression ( ModelElement root, ModelElement log, List parameters, Expression expression, DataDictionary.Interpreter.ParsingData parsingData ) : System	Constructor
GetCalled ( DataDictionary.Interpreter.InterpretationContext context, ExplanationPart explain ) : ICallable	Provides the callable that is called by this expression
GetExplain ( TextualExplanation explanation, bool explainSubElements = true ) : void	Builds the explanation of the element
GetExpressionType ( ) : DataDictionary.Types.Type	Provides the type of this expression
GetStaticCallable ( ) : ICallable	Provides the ICallable that is statically defined
InitDeclaredElements ( ) : void	Initialises the declared elements
SemanticAnalysis ( INamable instance, DataDictionary.Interpreter.Filter.BaseFilter expectation ) : bool	Performs the semantic analysis of the expression

Méthodes protégées

Méthode	Description
GetValue ( DataDictionary.Interpreter.InterpretationContext context, ExplanationPart explain ) : IValue	Provides the value associated to this Expression

Method Details

CheckExpression() public méthode

Checks the expression and appends errors to the root tree node when inconsistencies are found

public CheckExpression ( ) : void
Résultat	void

CreateGraph() public méthode

Creates the graph associated to this expression, when the given parameter ranges over the X axis

public CreateGraph ( DataDictionary.Interpreter.InterpretationContext context, Parameter parameter, ExplanationPart explain ) : Graph
context	DataDictionary.Interpreter.InterpretationContext	The interpretation context
parameter	Parameter	The parameters of the enclosing function for which the graph should be created
explain	ExplanationPart
Résultat	Graph

CreateSurface() public méthode

Provides the surface of this function if it has been statically defined

public CreateSurface ( DataDictionary.Interpreter.InterpretationContext context, Parameter xParam, Parameter yParam, ExplanationPart explain ) : Surface
context	DataDictionary.Interpreter.InterpretationContext	the context used to create the surface
xParam	Parameter	The X axis of this surface
yParam	Parameter	The Y axis of this surface
explain	ExplanationPart
Résultat	Surface

Fill() public méthode

Fills the list provided with the element matching the filter provided

public Fill ( List retVal, DataDictionary.Interpreter.Filter.BaseFilter filter ) : void
retVal	List	The list to be filled with the element matching the condition expressed in the filter
filter	DataDictionary.Interpreter.Filter.BaseFilter	The filter to apply
Résultat	void

Find() public méthode

Appends the INamable which match the name provided in retVal

public Find ( string name, List retVal ) : void
name	string
retVal	List
Résultat	void

FunctionExpression() public méthode

Constructor

public FunctionExpression ( ModelElement root, ModelElement log, List parameters, Expression expression, DataDictionary.Interpreter.ParsingData parsingData ) : System
root	ModelElement
log	ModelElement
parameters	List	the function parameters
expression	Expression	the functional expression
parsingData	DataDictionary.Interpreter.ParsingData	Additional information about the parsing process
Résultat	System

GetCalled() public méthode

Provides the callable that is called by this expression

public GetCalled ( DataDictionary.Interpreter.InterpretationContext context, ExplanationPart explain ) : ICallable
context	DataDictionary.Interpreter.InterpretationContext
explain	ExplanationPart
Résultat	ICallable

GetExplain() public méthode

Builds the explanation of the element

public GetExplain ( TextualExplanation explanation, bool explainSubElements = true ) : void
explanation	TextualExplanation
explainSubElements	bool	Precises if we need to explain the sub elements (if any)
Résultat	void

GetExpressionType() public méthode

Provides the type of this expression

public GetExpressionType ( ) : DataDictionary.Types.Type
Résultat	DataDictionary.Types.Type

GetStaticCallable() public méthode

Provides the ICallable that is statically defined

public GetStaticCallable ( ) : ICallable
Résultat	ICallable

GetValue() protected méthode

Provides the value associated to this Expression

protected GetValue ( DataDictionary.Interpreter.InterpretationContext context, ExplanationPart explain ) : IValue
context	DataDictionary.Interpreter.InterpretationContext	The context on which the value must be found
explain	ExplanationPart	The explanation to fill, if any
Résultat	IValue

InitDeclaredElements() public méthode

Initialises the declared elements

public InitDeclaredElements ( ) : void
Résultat	void

SemanticAnalysis() public méthode

Performs the semantic analysis of the expression

public SemanticAnalysis ( INamable instance, DataDictionary.Interpreter.Filter.BaseFilter expectation ) : bool
instance	INamable	the reference instance on which this element should analysed
expectation	DataDictionary.Interpreter.Filter.BaseFilter	Indicates the kind of element we are looking for
Résultat	bool