parseFunc

This allows you to pre-split the content passed to parseFunc so that only content outside the blocks with the given tags is parsed.

Extra properties:

.[tagname] {

• callRecursive: boolean. If set, the content of the block is directed into parseFunc again. Otherwise the content is passed through with no other processing than stdWrap (see below).
• callRecursive.dontWrapSelf: boolean. If set, the tags of the block is not wrapped around the content returned from parseFunc.
• callRecursive.alternativeWrap: Alternative wrapping instead of the original tags.
• callRecursive.tagStdWrap: stdWrap processing of the block-tags.
• stdWrap: stdWrap processing of the whole block (regardless of whether callRecursive was set.)
• stripNLprev: boolean. Strips off last line break of the previous outside block.
• stripNLnext: boolean. Strips off first line break of the next outside block.
• stripNL: boolean. Does both of the above.
• HTMLtableCells: boolean. If set, then the content is expected to be a table and every table-cell is traversed.

Below, "default" means all cells and "1", "2", "3", ... overrides for specific columns.

• HTMLtableCells.[default/1/2/3/...] {

  • callRecursive: boolean. The content is parsed through current parseFunc.
  • stdWrap: stdWrap processing of the content in the cell.
  • tagStdWrap: -> The <TD> tag is processed by stdWrap.
• HTMLtableCells.addChr10BetweenParagraphs: boolean. If set, then all appearances of </P><P> will have a chr(10) inserted between them.

This example is used to split regular bodytext content so that tables and blockquotes in the bodytext are processed correctly. The blockquotes are passed into parseFunc again (recursively) and further their top/bottom margins are set to 0 (so no apparent line breaks are seen)

The tables are also displayed with a number of properties of the cells overridden

tt_content.text.20.parseFunc.externalBlocks {
      blockquote.callRecursive = 1
      blockquote.callRecursive.tagStdWrap.HTMLparser = 1
      blockquote.callRecursive.tagStdWrap.HTMLparser {
         tags.blockquote.fixAttrib.style.list = margin-bottom:0;margin-top:0;
         tags.blockquote.fixAttrib.style.always = 1
      }
      blockquote.stripNLprev = 1
      blockquote.stripNLnext = 1

      table.stripNL = 1
      table.stdWrap.HTMLparser = 1
      table.stdWrap.HTMLparser {
         tags.table.overrideAttribs = border="0" style="margin-top: 10px;"
         tags.tr.allowedAttribs = 0
         tags.td.overrideAttribs = class="table-cell" style="font-size: 10px;"
      }
}

If this property is set, you can replace a char or word in your text with the value of the according constant.

This replaces all occurrences of "T3" with "TYPO3 CMS" and "T3web" with a link to typo3.org.

page.10 = TEXT
page.10.value = Learn more about T3, look here: T3web
page.10.parseFunc.short {
      T3 = TYPO3 CMS
      T3web = <a href="https://typo3.org">typo3.org</a>
}
# Output: Learn more about TYPO3 CMS, look here: <a href="https://typo3.org">typo3.org</a>

This is stdWrap properties for all non-tag content.

This passes the non-tag content to a function of your own choice. Similar to, for example, postUserFunc in stdWrap, or typolink.userFunc.

Remember the function name must possibly be prepended user_.

Like plainTextStdWrap. Difference:

parsefunc-plainTextStdWrap works on ALL non-tag pieces in the text. nonTypoTagStdWrap is post processing of all text (including tags) between special TypoTags (unless breakoutTypoTagContent is not set for the TypoTag).

Like userFunc. Differences is (like nonTypoTagStdWrap) that this is post processing of all content pieces around TypoTags while userFunc processes all non-tag content. (Notice: breakoutTypoTagContent must be set for the TypoTag if it's excluded from nonTypoTagContent).

Convert web addresses prefixed with http:// and mail addresses prefixed with mailto: to links.

Here you can define custom tags that will parse the content to something.

List of tags, which are allowed to exist in code, use "*" for all. Security aspects are considered automatically by the HTML sanitizer, unless htmlSanitize is disabled explicitly.

If a tag is found in allowTags, the corresponding tag in denyTags is ignored!

The example allows any tag, except <u> which will be encoded:

10 = TEXT
10.value = <p><em>Example</em> <u>underlined</u> text</p>
10.parseFunc = 1
10.parseFunc {
  allowTags = *
  denyTags = u
}

List of tags, which may not exist in code! (use * for all.)

Lowest priority: If a tag is not found in allowTags, denyTags is checked. If denyTags is not * and the tag is not found in the list, the tag may exist!

This allows <b>, <i>, <a> and <img> -tags to exist:

tt_content.text.20.parseFunc {
    allowTags = b,i,a,img
    denyTags = *
}

if "if" returns false, the input value is not parsed, but returned directly.