Public

select

<init>

addInputStream

push

getStream

nextToken

Abort recognition of current Token and try again. A stream can push a new stream
(for include files 

retry

TokenStreamSelector

Running tasks concurrently on multiple threads

This class consists exclusively of static methods that operate on or return
collections. It contains

java.util.Collections

Walk the nodes of the tree left-to-right or right-to-left. Note that in
descending iterations, next 

java.util.TreeMap

javax.management.Notification

XPath provides access to the XPath evaluation environment and expressions.

Evaluation of XPath Expr

javax.xml.xpath.XPath

Abstract superclass of object loading (and querying) strategies. This class
implements useful common

org.hibernate.loader.Loader

org.openjdk.jmh.runner.Runner

findViewById

setRequestProperty

getSupportFragmentManager

/**
     * This method gets the IQL statement and pass it to the antlr parser. The parser checks if the grammar is right,
     * generates a tree for the search condition and returns the name of the class where to search in. After the
     * treewalker is called with the generated tree and parses this tree into a String that matches the lucene syntax.
     * Last the searchconditon and the search class are connected to build the lucene statement
     *
     * @param IQLStatement the IQL query string
     *
     * @return the lucene query string
     *
     * @throws IntactException upon pasring error.
     */

//        if (GenericValidator.isBlankOrNull(IQLStatement)) throw new IntactException("IQLStatement is blank or null");

//the generated lucene query to be returned

// the name of the class where to search in, also called the search object

// create a selector to switch from one lexer to another,

// in this case the mainlexer and the valuelexer

// create the mainlexer, which is a lexer for the IQL statement exept the 'value' part

// create the valuelexer to parse the search value

// which can contain almost any character

// parse the IQL query and the parser returns the search object, which

// is used later to generate the lucene query

// if the parsing went wrong, write a message to the logger and return null

// while parsing the IQL statement there was a tree generated, which contains

// the search conditions. In this tree the AND/OR and LIKE/EQUALS are the nodes

// get the tree storing the search condition

// check if there is a search condition, otherwise the treeWalker is not needed

// create a tree walker to get the information out of the condition tree

// attach the tree walker to the selector

// get the searchCondition in lucene format out of the treeWalker

// create the lucene statement out of the search class, if it is not any

// in the case that it is any, don't define the search class, but search in all classes

// and the search condition, if there is one

// connect the Parser with the two Lexers

How to use antlr.TokenStreamSelectorconstructor

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How to use
antlr.TokenStreamSelector
constructor