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## au.id.jericho.lib.html
Class EndTag

    java.lang.Object
      Segment
          Tag
              EndTag

All Implemented Interfaces:
  java.lang.CharSequence, java.lang.Comparable, HTMLElementName

public final class EndTag
extends Tag

Represents the end tag of an element in a specific source document.

An end tag always has a type that is a subclass of `EndTagType`, meaning it always starts with the characters '`</`'.

`EndTag` instances are obtained using one of the following methods:

- `Element.getEndTag()`
- `Tag.findNextTag()`
- `Tag.findPreviousTag()`
- `Source.findPreviousEndTag(int pos)`
- `Source.findPreviousEndTag(int pos, String name)`
- `Source.findPreviousTag(int pos)`
- `Source.findPreviousTag(int pos, TagType)`
- `Source.findNextEndTag(int pos)`
- `Source.findNextEndTag(int pos, String name)`
- `Source.findNextEndTag(int pos, String name, EndTagType)`
- `Source.findNextTag(int pos)`
- `Source.findNextTag(int pos, TagType)`
- `Source.findEnclosingTag(int pos)`
- `Source.findEnclosingTag(int pos, TagType)`
- `Source.getTagAt(int pos)`
- `Segment.findAllTags()`
- `Segment.findAllTags(TagType)`

The `Tag` superclass defines the `getName()` method used to get the name of this end tag.

See also the XML 1.0 specification for end tags.

See Also:
  `Tag`, `StartTag`, `Element`

Field Summary

Fields inherited from interface HTMLElementName
`A, ABBR, ACRONYM, ADDRESS, APPLET, AREA, B, BASE, BASEFONT, BDO, BIG, BLOCKQUOTE, BODY, BR, BUTTON, CAPTION, CENTER, CITE, CODE, COL, COLGROUP, DD, DEL, DFN, DIR, DIV, DL, DT, EM, FIELDSET, FONT, FORM, FRAME, FRAMESET, H1, H2, H3, H4, H5, H6, HEAD, HR, HTML, I, IFRAME, IMG, INPUT, INS, ISINDEX, KBD, LABEL, LEGEND, LI, LINK, MAP, MENU, META, NOFRAMES, NOSCRIPT, OBJECT, OL, OPTGROUP, OPTION, P, PARAM, PRE, Q, S, SAMP, SCRIPT, SELECT, SMALL, SPAN, STRIKE, STRONG, STYLE, SUB, SUP, TABLE, TBODY, TD, TEXTAREA, TFOOT, TH, THEAD, TITLE, TR, TT, U, UL, VAR`

Method Summary
`static java.lang.String` | `generateHTML(java.lang.String tagName)` Generates the HTML text of a normal end tag with the specified tag name.
`java.lang.String` | `getDebugInfo()` Returns a string representation of this object useful for debugging purposes.
`Element` | `getElement()` Returns the element that is ended by this end tag.
`EndTagType` | `getEndTagType()` Returns the type of this end tag.
`TagType` | `getTagType()` Returns the type of this tag.
`boolean` | `isUnregistered()` Indicates whether this tag has a syntax that does not match any of the registered tag types.
`java.lang.String` | `tidy()` Returns an XML representation of this end tag.

Methods inherited from class Tag
`findNextTag, findPreviousTag, getName, getNameSegment, getUserData, isXMLName, isXMLNameChar, isXMLNameStartChar, setUserData`

Methods inherited from class Segment
`charAt, compareTo, encloses, encloses, equals, extractText, extractText, findAllCharacterReferences, findAllElements, findAllElements, findAllElements, findAllElements, findAllStartTags, findAllStartTags, findAllStartTags, findAllTags, findAllTags, findFormControls, findFormFields, getBegin, getChildElements, getEnd, getRenderer, getTextExtractor, hashCode, ignoreWhenParsing, isWhiteSpace, isWhiteSpace, length, parseAttributes, subSequence, toString`

Methods inherited from class java.lang.Object
`clone, finalize, getClass, notify, notifyAll, wait, wait, wait`

Method Detail

### getElement

    public Element getElement()

  Returns the element that is ended by this end tag.

  Returns `null` if this end tag is not properly matched to any start tag in the source document.

  This method is much less efficient than the `StartTag.getElement()` method.

  IMPLEMENTATION NOTE: The explanation for why this method is relatively inefficient lies in the fact that more than one start tag type can have the same corresponding end tag type, so it is not possible to know for certain which type of start tag this end tag is matched to (see `EndTagType.getCorrespondingStartTagType()` for more explanation). Because of this uncertainty, the implementation of this method must check every start tag preceding this end tag, calling its `StartTag.getElement()` method to see whether it is terminated by this end tag.

  Specified by:
    `getElement` in class `Tag`
  Returns:
    the element that is ended by this end tag.

### getEndTagType

    public EndTagType getEndTagType()

  Returns the type of this end tag.

  This is equivalent to `(EndTagType)``getTagType()`.

  Returns:
    the type of this end tag.

### getTagType

    public TagType getTagType()

  Description copied from class: `Tag`
  Returns the type of this tag.

  Specified by:
    `getTagType` in class `Tag`
  Returns:
    the type of this tag.

### isUnregistered

    public boolean isUnregistered()

  Description copied from class: `Tag`
  Indicates whether this tag has a syntax that does not match any of the registered tag types.

  The only requirement of an unregistered tag type is that it starts with '`<`' and there is a closing '`>`' character at some position after it in the source document.

  The absence or presence of a '`/`' character after the initial '`<`' determines whether an unregistered tag is respectively a `StartTag` with a type of `StartTagType.UNREGISTERED` or an `EndTag` with a type of `EndTagType.UNREGISTERED`.

  There are no restrictions on the characters that might appear between these delimiters, including other '`<`' characters. This may result in a '`>`' character that is identified as the closing delimiter of two separate tags, one an unregistered tag, and the other a tag of any type that begins in the middle of the unregistered tag. As explained below, unregistered tags are usually only found when specifically looking for them, so it is up to the user to detect and deal with any such nonsensical results.

  Unregistered tags are only returned by the `Source.getTagAt(int pos)` method, named search methods, where the specified `name` matches the first characters inside the tag, and by tag type search methods, where the specified `tagType` is either `StartTagType.UNREGISTERED` or `EndTagType.UNREGISTERED`.

  Open tag searches and other searches always ignore unregistered tags, although every discovery of an unregistered tag is logged by the parser.

  The logic behind this design is that unregistered tag types are usually the result of a '`<`' character in the text that was mistakenly left unencoded, or a less-than operator inside a script, or some other occurrence which is of no interest to the user. By returning unregistered tags in named and tag type search methods, the library allows the user to specifically search for tags with a certain syntax that does not match any existing `TagType`. This expediency feature avoids the need for the user to create a custom tag type to define the syntax before searching for these tags. By not returning unregistered tags in the less specific search methods, it is providing only the information that most users are interested in.

  Specified by:
    `isUnregistered` in class `Tag`
  Returns:
    `true` if this tag has a syntax that does not match any of the registered tag types, otherwise `false`.

### tidy

    public java.lang.String tidy()

  Returns an XML representation of this end tag.

  This method is included for symmetry with the `StartTag.tidy()` method and simply returns the source text of the tag.

  Specified by:
    `tidy` in class `Tag`
  Returns:
    an XML representation of this end tag.

### generateHTML

    public static java.lang.String generateHTML(java.lang.String tagName)

  Generates the HTML text of a normal end tag with the specified tag name.

  #### Example:

  The following method call:

  `EndTag.generateHTML("INPUT")`

  returns the following output:

  `</INPUT>`

  Parameters:
    `tagName` - the name of the end tag.
  Returns:
    the HTML text of a normal end tag with the specified tag name.
  See Also:
    `StartTag.generateHTML(String tagName, Map attributesMap, boolean emptyElementTag)`

### getDebugInfo

    public java.lang.String getDebugInfo()

  Description copied from class: `Segment`
  Returns a string representation of this object useful for debugging purposes.

  Overrides:
    `getDebugInfo` in class `Segment`
  Returns:
    a string representation of this object useful for debugging purposes.

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