Uses of Package
monq.jfa

Packages that use monq.jfa

Package	Description
monq.ie	functionality specifically targeting natural language processing.
monq.jfa	Implements Finite Automata, deterministic and nondeterministic, with an engine for high throughput filtering of text.
monq.jfa.actions	contains general purpose classes to be used as callbacks in finite automata created with package monq.jfa.
monq.jfa.ctx	adds support for recursive parsing to jfa that in particular allows easy XML parsing as an alternative to SAX.
monq.net	Simple tcp server and clients.
monq.programs	a collection of command line programs.
monq.stuff	contains assorted stuff which does not fit anywhere else.

Classes in monq.jfa used by monq.ie

Class and Description
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.
ReParser defines the interface needed by an Nfa to "fill" itself with a regular expression.
ReSyntaxException is thrown whenever a syntax error is found in a regular expression.

Classes in monq.jfa used by monq.jfa

Class and Description
AbstractFaAction implements the prototype of an FaAction with initial priority zero so that actions can be easily written as anonymous classes.
ByteCharSource implements a CharSource which reads bytes and converts them to characters of a given character set while keeping track of byte positions of converted characters within the input stream.
CallbackException is the exception originally thrown by FaAction.invoke(java.lang.StringBuilder, int, monq.jfa.DfaRun).
CharSource defines the type from which a DfaRun reads the data.
CompileDfaException represents things that go wrong during compilation of an Nfa into a Dfa.
Dfa implements a deterministic finite automaton.
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.
DfaRun.FailedMatchBehaviour defines typed enumerated values which describe what a DfaRun shall do in its read() and filter() functions, if no match can be found.
EmptyCharSource represents a minimal implementation of the CharSource interface mainly providing the ability to push characters back into the stream for later reading.
FaAction describes the interface to objects implementing actions associated with stop states of a finite automaton.
Formatter defines the interface to classes which rearrange text parts stored in a TextStore and/or in a java.util.Map append them to a StringBuilder.
Intervals Used to construct CharTrans objects of different implementations.
Nfa models a non-deterministic finite automaton.
NfaParserView is the interface to be used by an ReParser to fill an Nfa.
ReParser defines the interface needed by an Nfa to "fill" itself with a regular expression.
ReParserFactory defines the factory interface to create instances of ReParser.
ReSyntaxException is thrown whenever a syntax error is found in a regular expression.
SimpleFormatters.FixedString implements a Formatter which totally ignores the given TextStore and instead appends a predefined string to the destination buffer.
Statistics computes statistical data about an Nfa or Dfa.
TextSplitter defines the interface of a method which separates a string into parts and stores them in a TextStore.
TextStore stores a text and parts of it in a (hopefully) efficient manner.
UnavailablePositionException is thrown by FileCharSource.position() if the position of a character is requested for which this position is no longer or not yet available.

Classes in monq.jfa used by monq.jfa.actions

Class and Description
AbstractFaAction implements the prototype of an FaAction with initial priority zero so that actions can be easily written as anonymous classes.
CallbackException is the exception originally thrown by FaAction.invoke(java.lang.StringBuilder, int, monq.jfa.DfaRun).
CompileDfaException represents things that go wrong during compilation of an Nfa into a Dfa.
Dfa implements a deterministic finite automaton.
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.
FaAction describes the interface to objects implementing actions associated with stop states of a finite automaton.
Formatter defines the interface to classes which rearrange text parts stored in a TextStore and/or in a java.util.Map append them to a StringBuilder.
ReSyntaxException is thrown whenever a syntax error is found in a regular expression.
TextSplitter defines the interface of a method which separates a string into parts and stores them in a TextStore.

Classes in monq.jfa used by monq.jfa.ctx

Class and Description
AbstractFaAction implements the prototype of an FaAction with initial priority zero so that actions can be easily written as anonymous classes.
CallbackException is the exception originally thrown by FaAction.invoke(java.lang.StringBuilder, int, monq.jfa.DfaRun).
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.
DfaRun.FailedMatchBehaviour defines typed enumerated values which describe what a DfaRun shall do in its read() and filter() functions, if no match can be found.
FaAction describes the interface to objects implementing actions associated with stop states of a finite automaton.
Nfa models a non-deterministic finite automaton.
ReSyntaxException is thrown whenever a syntax error is found in a regular expression.

Classes in monq.jfa used by monq.net

Class and Description
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.

Classes in monq.jfa used by monq.programs

Class and Description
CompileDfaException represents things that go wrong during compilation of an Nfa into a Dfa.
Dfa implements a deterministic finite automaton.
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.
DfaRun.FailedMatchBehaviour defines typed enumerated values which describe what a DfaRun shall do in its read() and filter() functions, if no match can be found.
ReSyntaxException is thrown whenever a syntax error is found in a regular expression.

Classes in monq.jfa used by monq.stuff

Class and Description
DfaRun A DfaRun is used to apply a Dfa to a stream of characters.