Package edu.uiuc.ncsa.qdl.functions

Class DyadicFunctionReferenceNode

java.lang.Object

edu.uiuc.ncsa.qdl.expressions.ExpressionImpl

edu.uiuc.ncsa.qdl.functions.DyadicFunctionReferenceNode

All Implemented Interfaces:

ExpressionNode, FunctionReferenceNodeInterface, ExpressionInterface, HasResultInterface, Statement, Serializable, Comparable

public class DyadicFunctionReferenceNode
extends ExpressionImpl
implements FunctionReferenceNodeInterface, Comparable

Created by Jeff Gaynor
on 6/10/24 at 12:43 PM

See Also:

Serialized Form

Field Summary

Fields inherited from class edu.uiuc.ncsa.qdl.expressions.ExpressionImpl

arguments, result, valence

Fields inherited from interface edu.uiuc.ncsa.qdl.statements.ExpressionInterface

ALL_INDICES_NODE, ALT_IF_NODE, ASSIGNMENT_NODE, CLOSED_SLICE_NODE, COMPARISON_DYAD_NODE, CONSTANT_NODE, DYAD_NODE, DYADIC_FUNCTION_REFERENCE_NODE, EXPRESSION_STEM_NODE, EXPRESSION_STEM2_NODE, FUNCTION_REFERENCE_NODE, LAMBDA_DEFINITION_NODE, LIST_NODE, MODULE_NODE, MONAD_NODE, NILAD_NODE, OPEN_SLICE_NODE, PARENTHESIZED_NODE, PARSE_EXPRESSION_BLOCK_NODE, PARSE_STATEMENT_BLOCK_NODE, POLYAD_NODE, QDL_NULL_NODE, SELECT_NODE, SET_NODE, STEM_ENTRY_NODE, STEM_EXTRACTION_NODE, STEM_NODE, UNKNOWN_NODE, VARIABLE_NODE

Constructor Summary

Constructors

Constructor	Description
DyadicFunctionReferenceNode()

Method Summary

Modifier and Type	Method	Description
int	compareTo(Object object)
Object	evaluate(State state)
int	getFunctionArgCount()	This is the left argument.
String	getFunctionName()
FunctionRecordInterface	getFunctionRecord()
FunctionRecordInterface	getFunctionRecord(int argCount)
Module	getModule()
State	getModuleState()
int	getNodeType()	QDL is not strongly typed but Java is, so each node type should have a unique integer and conditionals should use that, not the instanceof operator.
boolean	hasFunctionRecord(int argCount)
boolean	hasModuleState()
boolean	isAnonymous()
ExpressionInterface	makeCopy()
void	setAnonymous(boolean anonymous)
void	setFunctionName(String functionName)
void	setFunctionRecord(FunctionRecordInterface functionRecord)
void	setModule(Module module)
void	setModuleState(State moduleState)
String	toString()

Methods inherited from class edu.uiuc.ncsa.qdl.expressions.ExpressionImpl

evalArg, evalLastArg, evaluatedArgs, getAlias, getArgAt, getArgCount, getArguments, getEvaluatedArgs, getLastArg, getOperatorType, getResult, getResultType, getSourceCode, getTokenPosition, hasAlias, hasEvaluatedArgs, hasTokenPosition, isEvaluated, isSizeQuery, setAlias, setArguments, setEvaluated, setEvaluatedArgs, setOperatorType, setResult, setResultType, setSizeQuery, setSourceCode, setTokenPosition

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

DyadicFunctionReferenceNode

public DyadicFunctionReferenceNode()

Method Detail

compareTo

public int compareTo(Object object)

Specified by:

compareTo in interface Comparable

makeCopy

public ExpressionInterface makeCopy()

Specified by:

makeCopy in interface ExpressionInterface

getFunctionArgCount

public int getFunctionArgCount()

This is the left argument. The contract is that the left argument evaluates into an integer (long, really, but java does not accept longs in many places) so this is distinct from ExpressionImpl.getArgCount() which is always 2 since this is a dyad.

Returns:

getNodeType

public int getNodeType()

Description copied from interface: ExpressionInterface

QDL is not strongly typed but Java is, so each node type should have a unique integer and conditionals should use that, not the instanceof operator. This allows for efficient programming with switch statements rather than a bevy of conditionals (potentially each of which gets done even if the correct case has been handled).

Specified by:

getNodeType in interface ExpressionInterface

Returns:

evaluate

public Object evaluate(State state)

Specified by:

evaluate in interface Statement

getFunctionName

public String getFunctionName()

Specified by:

getFunctionName in interface FunctionReferenceNodeInterface

setFunctionName

public void setFunctionName(String functionName)

Specified by:

setFunctionName in interface FunctionReferenceNodeInterface

isAnonymous

public boolean isAnonymous()

Specified by:

isAnonymous in interface FunctionReferenceNodeInterface

setAnonymous

public void setAnonymous(boolean anonymous)

Specified by:

setAnonymous in interface FunctionReferenceNodeInterface

getFunctionRecord

public FunctionRecordInterface getFunctionRecord()

setFunctionRecord

public void setFunctionRecord(FunctionRecordInterface functionRecord)

getFunctionRecord

public FunctionRecordInterface getFunctionRecord(int argCount)

Specified by:

getFunctionRecord in interface FunctionReferenceNodeInterface

hasFunctionRecord

public boolean hasFunctionRecord(int argCount)

Specified by:

hasFunctionRecord in interface FunctionReferenceNodeInterface

getModuleState

public State getModuleState()

Specified by:

getModuleState in interface FunctionReferenceNodeInterface

setModuleState

public void setModuleState(State moduleState)

Specified by:

setModuleState in interface FunctionReferenceNodeInterface

hasModuleState

public boolean hasModuleState()

Specified by:

hasModuleState in interface FunctionReferenceNodeInterface

toString

public String toString()

Overrides:

toString in class ExpressionImpl

getModule

public Module getModule()

setModule

public void setModule(Module module)