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Evaluating Software Design Patterns — the "Gang of Four" patterns implemented in Java 6 |
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Packages that use dk.rode.thesis.interpreter | |
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dk.rode.thesis.builder | Implementations and examples of the Builder design pattern [Gamma95, p.97]. |
dk.rode.thesis.interpreter | Implementations and examples of the Interpreter design pattern [Gamma95, p.243]. |
Classes in dk.rode.thesis.interpreter used by dk.rode.thesis.builder | |
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AbstractExpression
An abstract expression represents the basic traits of any expression . |
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Context
A context represents an evaluation context where variables (and
constants ) are stored during
interpretation . |
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Expression
An expression represents grammar rules in form or non terminal expressions
and actual functionality in form of terminal expressions that will be enforced when the expression
is evaluated . |
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ExpressionException
An expression exception is thrown in case of context, evaluation, or expression errors. |
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FlowExpression
A flow expression represents one or more expressions to be evaluated in order, one at a time. |
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InitialisableExpression
An initialisable expression represents an expression that require several steps to be constructed, and hence must be initialised before actual use. |
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NonTerminalExpression
A non terminal expression represents a grammar rule, but this interface is a marker interface only as it offers no specific functionality. |
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TypedExpression
A typed expression exposes the type of the value its evaluation produces via its TypedExpression.type() method. |
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VariableExpression
A variable expression represents an expression that can be assigned a given value, which will be stored in a given context supplied at evaluation
time. |
Classes in dk.rode.thesis.interpreter used by dk.rode.thesis.interpreter | |
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AbstractExpression
An abstract expression represents the basic traits of any expression . |
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AndExpression
A logical and expression for two expressions evaluating to a Boolean value. |
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AssignmentExpression
An assignment expression assigns the result of the evaluation of an expression to a variable . |
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BinaryExpression
A binary expression represents any expression that involves (at least) two sub-expressions as operands. |
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BreakExpression
A break expression allows the interpretation
of a given expression syntax-tree to break at the point of the
break expression, and possibly continue the interpretation starting
from a specified target expression. |
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CompareExpression
A compare expression can compare two expressions evaluating to the same Comparable type
as smaller than, smaller than or equal,
equal, not equal, greater than, or
equal or greater than. |
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CompareExpression.Comparison
The comparison type to be performed by a compare expression. |
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ConditionalExpression
A conditional expression represents an if-then-else expression. |
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ConstantExpression
A constant expression represents an expression that can be assigned a constant value. |
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Context
A context represents an evaluation context where variables (and
constants ) are stored during
interpretation . |
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CurrentExpression
A current expression will invoke current() on a given
sequence when evaluated. |
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EqualExpression
An equal expression can determine if the result of evaluating two expressions is equal or not, regardless of types. |
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Expression
An expression represents grammar rules in form or non terminal expressions
and actual functionality in form of terminal expressions that will be enforced when the expression
is evaluated . |
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ExpressionException
An expression exception is thrown in case of context, evaluation, or expression errors. |
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FlowExpression
A flow expression represents one or more expressions to be evaluated in order, one at a time. |
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InitialisableExpression
An initialisable expression represents an expression that require several steps to be constructed, and hence must be initialised before actual use. |
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NextExpression
A next expression will invoke next()
a number of times on a given sequence when
evaluated. |
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NonTerminalExpression
A non terminal expression represents a grammar rule, but this interface is a marker interface only as it offers no specific functionality. |
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NotExpression
A not expression (!) |
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OrExpression
A logical or expression for two expressions evaluating to a Boolean value. |
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ResetExpression
A reset expression will invoke reset()
on a given sequence when evaluated. |
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ReverseExpression
A reverse expression will invoke reverse()
on a given reversible sequence when
evaluated, if so specified and only if possible. |
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SequenceExpression
A sequence expression represents a terminal expression used to manipulate a given sequence . |
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SetExpression
A set expression will fast-forward the value of a given bounded sequence to match
a specific value, if possible. |
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TerminalExpression
A terminal expression represents an operation to be performed on a given sequence , but this
interface is a marker interface only as it offers no
specific functionality. |
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TypedExpression
A typed expression exposes the type of the value its evaluation produces via its TypedExpression.type() method. |
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TypedExpressionDecorator
A type expression decorator allows any expression to be explicitly associated with the type of the values the evaluation of it will produce. |
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VariableExpression
A variable expression represents an expression that can be assigned a given value, which will be stored in a given context supplied at evaluation
time. |
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Gunni Rode / rode.dk | ||||||||
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