Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance. Project price only 1 $
You can buy this project and download/modify it how often you want.
Common Functions ReferenceWalshNorman2004Norman Walsh
$Id: functions.xsl 8562 2009-12-17 23:10:25Z nwalsh $
IntroductionThis is technical reference documentation for the DocBook XSL
Stylesheets; it documents (some of) the parameters, templates, and
other elements of the stylesheets.This is not intended to be user documentation.
It is provided for developers writing customization layers for the
stylesheets, and for anyone who's interested in how it
works.Although I am trying to be thorough, this documentation is known
to be incomplete. Don't forget to read the source, too :-)Returns an XPointer-style ID for the specified nodeThis function returns the id or
xml:id of the specified node. If the
node does not have an ID, an XPointer-style “tumbler” ID is used
to create one. In order to make sure that the value is a valid ID,
the root is represented by “R.” and “.”s are used between each
number.The value of xptr-id’s over
node-ids is that they are stable. If the same
document is processed more than once, each pass will produce the
same XPointer IDs.nodeThe node for which an ID will be generated.The ID.R.Returns the number of the first item in an ordered listThis function returns the number of the first item in an
orderedlist.
listThe orderedlist element for which the starting number
is to be determined.The starting list number.Returns the processing-instructions that are in scopeProcessing instructions can be used to control some of the behavior of
the DocBook stylesheets. This function returns the ones that are “in scope” for
any given element.The general rules is that processing instructions that are the children
of the context node are in scope, as are processing instructions that appear
before the root node of the document.contextThe context nodetargetThe PI target that is to be returnedThe sequence of in-scope PIs.Returns the value of the first matching pseudo-attributeThis function searches a list of processing instructions for the
first psuedo-attribute matching the specified name and returns its value.
pisThe list of processing instructions.attributeThe name of the pseudo-attribute to return.The value of the pseudo-attribute or an empty sequence if no
such attribute can be found.Returns a pseudo-XPath expression locating the specified nodeThis function returns a psuedo-XPath expression that navigates from
the root of the document to the specified node.The XPath returned
uses only the local-name of the node so it relies
on the default namespace. For a mixed-namespace document, this may simply
be impossible.nodeThe node for which a pseudo-XPath will be generated.The pseudo-XPath./Returns true if the specified node is a “component”This function return true if the specified node is a “component,” that
is a appendix, article, chapter,
preface, bibliography, glossary,
or index.It is defined as a function so that customizers can add other
elements to the list of components, if necessary.nodeThe node to test.True if the node is a component, false otherwise.Returns true if the specified node is a “section”This function return true if the specified node is a “section,” that
is a section, sect1-5,
refsect1-3, or
simplesect.It is defined as a function so that customizers can add other
elements to the list of sections, if necessary.nodeThe node to test.True if the node is a section, false otherwise.Returns the nesting depth of the specified sectionThis function return the nesting depth of the specified section.
Top level sections are at level “1”.If the section belongs to a refentry, the value of
refentry-section-level is returned.sectionThe section element for which the depth should be calculated.The section level.123452345611Returns the nesting depth of the specified elementThis function return the nesting depth of the specified element.
The purpose of this function is to calculate the effective depth of an
element, as if it were a section. (If it really is a section, use
section-level instead.)This can be used to calculate the appropriate size for the titles
of elements such as qanda.nodeThe element for which the depth should be calculated.The element's pseudo section level.1Returns the nesting depth of the specified refentry
sectionThis function return the nesting depth of the specified section in
a refentry.
Top level sections are at level 1 greater than the level of the
enclosing refentry; see refentry-level.
sectionThe section element for which the depth should be calculated.The section level.11231Returns the nesting depth of the specified refentryThis function return the nesting depth of the specified
refentry. The level of a refentry depends on the
context in which it occurs. They are at level 1 greater than the level of
the section that contains them, if they occur in a section, and at level
“1” otherwise.refentryThe refentry element for which the depth should
be calculated.The refentry level.1Constructs a string of the specified lengthReturns a string of char characters
that is count characters long.countThe desired string length.charThe single character that should be repeated to construct the string.
The string of the specified length.Finds a particular node in a sequence of nodesThis function searches a sequence of nodes and returns the position
of a particular node in that sequence. The function returns 0 if the
node is not found.Note that this function searches based on node identity, the target
node must literally be in the sequence; it is not sufficient, for example,
for another node with the same name to appear in the sequence.nodesThe sequence to search.targetThe node to find.
startThe position at which to begin searching.
The ordinal position of the node, or 0 if it is not found.0Finds the TOC parameters for an elementThis function returns the matching TOC parameter element in the
specified list. The matching parameter is the one with the longest
matching path.nodeThe node to use for matching, usually the context node.tocThe TOC parameter list.
The matching node or the empty sequence if no node matches.Trim common leading path information from a URIThis function trims common leading path components from a
relative URI.uriAThe first URI.uriBThe second URI.
The uriA trimmed of all the initial path
components that it has in common with uriB.Return the filename part of a directory nameThis function returns the last path component of a directory name
or URI in a hierarchical URI scheme.
This function assumes all filenames are really URIs and always
expects “/” to be the component separator.filenameThe full filename with path or other components.The last path component./path/to/my/file.ext'file.ext'http://path/spec/to/here'here'noslashes'noslashes'Unrecognized unit of measure: ; using Returns the ID portion of an XPointerThe xpointer-idref template
returns the
ID portion of an XPointer which is a pointer to an ID within the current
document, or the empty string if it is not.In other words, xpointer-idref returns
foo when passed either #foo
or #xpointer(id('foo')), otherwise it returns
the empty string.xpointerThe string containing the XPointer.The ID portion of the XPointer or an empty string.Resolves a relative URI against an absolute pathThe resolve-path resolves the uri
against the abspath and returns the resulting path.
This function avoids the problem that fn:resolve-uri requires
an absolute URI (including a scheme!).uriThe relative URI to be resolved.abspathThe base URI (or absolute path) against which to resolve uri.
The resolved path.Strip file: URI shemes off URIsThe strip-file-uri-scheme removes any leading
file: URI schemes from the URI.uriThe URI to be stripped.The uri without the leading scheme.
