com.mantledillusion.data.collo

Class InputGroup<P extends Enum<P> & InputPart>

java.lang.Object

com.mantledillusion.data.collo.InputGroup<P>

Type Parameters:

P - The InputPart implementing Enum type that defines the group's parts.

public final class InputGroup<P extends Enum<P> & InputPart>
extends Object

Defines a group of InputPart implementing Enum entries that form a syntactic group.

The group's parts have to be separated by a specifiable separator, so they can be matched individually.

To form an InputGroup, use forPart(Enum) or forPart(Enum, PartOccurrenceMode) to start an InputGroup.InputGroupBuilder.

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	InputGroup.InputGroupBuilder<P extends Enum<P> & InputPart> A builder for InputGroups.

Method Summary

Modifier and Type	Method and Description
List<LinkedHashMap<P,String>>	analyze(String term) Returns a List of possibilities on how the given term can be split by this InputGroup's separator to match this InputGroup's InputParts.
static <P extends Enum<P> & InputPart> InputGroup.InputGroupBuilder<P>	forPart(P inputPart) Begins a new InputGroup.InputGroupBuilder.
static <P extends Enum<P> & InputPart> InputGroup.InputGroupBuilder<P>	forPart(P inputPart, PartOccurrenceMode partOccurrenceMode) Begins a new InputGroup.InputGroupBuilder.
boolean	matches(String term) Returns whether this InputGroup matches the given input term.

Methods inherited from class java.lang.Object

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

Method Detail

matches

public boolean matches(String term)

Returns whether this InputGroup matches the given input term.

Parameters:

term - The term to match against; might be null.

Returns:

True if the given term matches this InputGroup, false otherwise

analyze

public List<LinkedHashMap<P,String>> analyze(String term)

Returns a List of possibilities on how the given term can be split by this InputGroup's separator to match this InputGroup's InputParts.

For example, for a street-city matching group with the non-optional parts...
- STREET("[A-Z]{1}[A-Za-z]*( [A-Z]{1}[A-Za-z]*)*") and
- CITY("[A-Z]{1}[A-Za-z]*( [A-Z]{1}[A-Za-z]*)*")
... that allow multiple words per part and the separator " ", the term "Diagon Alley London" would cause the following output:

List[
Map[
STREET="Diagon",
CITY="Alley London"
],
Map[
STREET="Diagon Alley",
CITY="London"
]
]


Parameters:

term - The term to analyze; might be null

Returns:

A List of possibilities how this group's parts match the given term; never null, might be empty if this group does not match the term at all (in this case, matches(String) would return false for the same term)

forPart

public static <P extends Enum<P> & InputPart> InputGroup.InputGroupBuilder<P> forPart(P inputPart)

Begins a new InputGroup.InputGroupBuilder.

Type Parameters:

P - The InputPart implementing Enum type that defines the group's parts.

Parameters:

inputPart - The part to add; might not be null.

Returns:

A new InputGroup.InputGroupBuilder; never null

forPart

public static <P extends Enum<P> & InputPart> InputGroup.InputGroupBuilder<P> forPart(P inputPart,
                                                                                      PartOccurrenceMode partOccurrenceMode)

Begins a new InputGroup.InputGroupBuilder.

Type Parameters:

P - The InputPart implementing Enum type that defines the group's parts.

Parameters:

inputPart - The part to add; might not be null.

partOccurrenceMode - The mode describing how the part can occur in its group; might not be null.

Returns:

A new InputGroup.InputGroupBuilder; never null