aud.example.expr.Divide Class Reference

binary / operator: A/B More...

Inheritance diagram for aud.example.expr.Divide:

Collaboration diagram for aud.example.expr.Divide:

Public Member Functions
	Divide ()
	create operation More...
double	getValue ()
	get value More...
Type	getType ()
	Get type identifier. More...
Divide	clone ()
	Get a copy: a new AtomicExpression of same type/content. More...
String	toString ()
Public Member Functions inherited from aud.example.expr.AtomicExpression
boolean	isOperator ()
	node represents operator More...
boolean	isTerminal ()
	node represents number or symbol More...
abstract Type	getType ()
	Get type identifier. More...
AtomicExpression	clone ()
	Get a copy: a new AtomicExpression of same type/content. More...
abstract double	getValue ()
	get value More...

Additional Inherited Members
Protected Attributes inherited from aud.example.expr.AtomicExpression
ExpressionTree	node_ = null
	uplink reference to node: node_.getData()==this @endiliteral More...

Detailed Description

binary / operator: A/B

Definition at line 4 of file Divide.java.

Constructor & Destructor Documentation

Divide()

aud.example.expr.Divide.Divide

(

)

create operation

Definition at line 6 of file Divide.java.

{}

Referenced by aud.example.expr.Divide.clone().

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Member Function Documentation

clone()

Divide aud.example.expr.Divide.clone

(

)

Get a copy: a new AtomicExpression of same type/content.

Reimplemented from aud.example.expr.AtomicExpression.

Definition at line 15 of file Divide.java.

{ return new Divide(); }

References aud.example.expr.Divide.Divide().

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getType()

Type aud.example.expr.Divide.getType

(

)

Get type identifier.

Reimplemented from aud.example.expr.AtomicExpression.

Definition at line 14 of file Divide.java.

{ return Type.OpDivide; }

References aud.example.expr.AtomicExpression.Type.OpDivide.

getValue()

double aud.example.expr.Divide.getValue

(

)

get value

Exceptions

UnsupportedOperationException

if value cannot be determined

Reimplemented from aud.example.expr.AtomicExpression.

Definition at line 8 of file Divide.java.

                                     {
    ExpressionTree left =(ExpressionTree) node_.getLeft();
    ExpressionTree right=(ExpressionTree) node_.getRight();
    return
      left.getData().getValue() / right.getData().getValue();
  }

References aud.BinaryTree< T >.getData(), aud.BinaryTree< T >.getLeft(), aud.BinaryTree< T >.getRight(), and aud.example.expr.AtomicExpression.node_.

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toString()

String aud.example.expr.Divide.toString

(

)

Definition at line 17 of file Divide.java.

{ return "/"; }

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The documentation for this class was generated from the following file:

• Divide.java