![]() | SequenceBinaryExpression Class |
Namespace: de.unika.ipd.grGen.libGr
public abstract class SequenceBinaryExpression : SequenceExpression
The SequenceBinaryExpression type exposes the following members.
Name | Description | |
---|---|---|
![]() | SequenceBinaryExpression(SequenceBinaryExpression, DictionarySequenceVariable, SequenceVariable, IGraphProcessingEnvironment) | Initializes a new instance of the SequenceBinaryExpression class |
![]() | SequenceBinaryExpression(SequenceExpressionType, SequenceExpression, SequenceExpression) |
Initializes a new SequenceBinaryExpression object with the given sequence expression type.
|
Name | Description | |
---|---|---|
![]() | Children | (Inherited from SequenceExpression.) |
![]() | ChildrenBase | (Inherited from SequenceComputation.) |
![]() | ChildrenExpression |
Enumerates all child sequence expression objects
(Overrides SequenceExpressionChildrenExpression.) |
![]() | ExecutionState |
the state of executing this sequence base
(a sequence base comprises sequences, sequence computations, sequence expressions)
(Inherited from SequenceBase.) |
![]() | Id |
returns the sequence /expresion id - every sequence /expression is assigned a unique id that is used in xgrs code generation and in sequence rendering
for copies a new id is generated, too, this does not cause problems as code is only generated once per defined sequence
(Inherited from SequenceBase.) |
![]() | Operator |
Returns the operator of this binary expression (enclosed in spaces);
abstract property, to be overwritten by concrete operator symbol
|
![]() | Precedence |
The precedence of this operator. Zero is the highest priority, int.MaxValue the lowest.
Used to add needed parentheses for printing sequences /expressions
TODO: WTF? das ist im Parser genau umgekehrt implementiert!
(Inherited from SequenceBase.) |
![]() | ReturnsValue | (Inherited from SequenceExpression.) |
![]() | Symbol |
Returns this expression as string, in the form of left expression then operator then right expression;
same for all binary expressions
(Overrides SequenceBaseSymbol.) |
Name | Description | |
---|---|---|
![]() | BalanceIfStaticallyUnknown | |
![]() | Check | (Overrides SequenceComputationCheck(SequenceCheckingEnvironment).) |
![]() | CheckBaseObjectTypeIsKnown | (Inherited from SequenceBase.) |
![]() | CheckEdgeTypeIsKnown | (Inherited from SequenceBase.) |
![]() | CheckGraphElementTypeIsKnown | (Inherited from SequenceBase.) |
![]() | CheckNodeTypeIsKnown | (Inherited from SequenceBase.) |
![]() | Contains |
Returns whether the potentialChild is contained in this sequence (base).
True if potentialChild is the same as this sequence (base) (so reflexive relation).
(Inherited from SequenceBase.) |
![]() | Evaluate |
Evaluates this sequence expression.
Implemented by calling execute, every expression is a computation.
(Inherited from SequenceExpression.) |
![]() | Execute |
Executes this sequence computation.
(Inherited from SequenceComputation.) |
![]() | ExecuteImpl |
Executes this sequence computation. This function represents the actual implementation of the sequence.
(Inherited from SequenceComputation.) |
![]() | FireBeginExecutionEvent | (Inherited from SequenceBase.) |
![]() | FireEndExecutionEvent | (Inherited from SequenceBase.) |
![]() | FireEnteringSequenceEvent | (Inherited from SequenceBase.) |
![]() | FireExitingSequenceEvent | (Inherited from SequenceBase.) |
![]() | GetCurrentlyExecutedSequenceBase |
Returns the innermost sequence base beneath this as root
which gets currently executed (for sequences on call stack this is the call).
A path in the sequence tree gets executed, the innermost is the important one.
(Inherited from SequenceBase.) |
![]() | GetLocalVariables(DictionarySequenceVariable, SetValueType, ListSequenceExpressionConstructor) | (Overrides SequenceComputationGetLocalVariables(DictionarySequenceVariable, SetValueType, ListSequenceExpressionConstructor).) |
![]() | GetLocalVariables(DictionarySequenceVariable, SetValueType, ListSequenceExpressionConstructor, SequenceBase) |
Walks the sequence tree from this on to the given target sequence base (inclusive),
collecting all variables found on the way into the variables dictionary,
and all container and object type constructors used into the constructors array.
(Inherited from SequenceBase.) |
![]() | GetOperationType | (Inherited from SequenceExpression.) |
![]() | GetTypeString | (Inherited from SequenceBase.) |
![]() | HasSequenceType | (Inherited from SequenceExpression.) |
![]() | IsNumericType | (Inherited from SequenceExpression.) |
![]() | SetNeedForProfiling |
sets for the very node the profiling flag (does not recurse)
(Inherited from SequenceBase.) |
![]() | SetNeedForProfilingRecursive |
sets for the node and all children, i.e. the entire tree the profiling flag
(Inherited from SequenceBase.) |
![]() | Type |
Returns the type of the sequence expression
default behaviour: returns "boolean"
(Inherited from SequenceExpression.) |
Name | Description | |
---|---|---|
![]() | BalancedTypeStatic | |
![]() | id |
stores the sequence /expression unique id
(Inherited from SequenceBase.) |
![]() | Left | |
![]() | LeftTypeStatic | |
![]() | Right | |
![]() | RightTypeStatic | |
![]() | SequenceComputationType |
The type of the sequence computation (e.g. Assignment or MethodCall)
(Inherited from SequenceComputation.) |
![]() | SequenceExpressionType |
The type of the sequence expression (e.g. Variable or IsVisited)
(Inherited from SequenceExpression.) |