Xport Interface: markup::styles
For a derived element object, retrieves all style values, or clears all styles in the element's style attribute.
virtual std::map<css_property, std::string> markup::styles();1st Variety
virtual const std::map<css_property, std::string> markup::styles() const;2nd Variety
Parameters
none
Returns
Returns a style map, (or const style map in the 2nd variety) which includes the css property/value pairs for all css properties set in the style
attribute for the called element.
Remarks
This operation is revelant only if it is called on an element derived object. If called on a pcdata, comment,
or procinstr object, an empty style map will be returned.
When called on a derived element object, the first variety will return a map of all styles for the called element. When
called on a non-const element object, a non-const style map is returned, enabling the caller to modify or clear the styles.
Complexity
Constant
Example
#include "xhtml_doc.h"
#include <map>
#include <iostream>
int main(int argc, char* argv[])
{
using namespace Xport;
document doc(root_doc);
markup::iterator it = doc.body()->insert(element(ul));
markup::iterator li_it = it->insert(element(li) << "item 1");
li_it->style(css::color, "red");
li_it = it->insert(element(li) << "Item 2");
li_it->style(font_weight, "bold");
li_it = it->insert(element(li) << "Item 3");
li_it->style(list_style_type, "square");
formatter fmtr(std::cout);
doc.write(fmtr);
li_it = it->begin();
for (int list_item = 1; li_it != it->end(); ++li_it, ++list_item) {
std::map<css_property, std::string> style_map = li_it->styles();
std::cout << "List item " << list_item << " contains the following in it's style attribute.\n";
std::map<css_property, std::string>::const_iterator mit = style_map.begin();
for (; mit != style_map.end(); ++mit) {
switch (mit->first)
{
case css::color:
std::cout << "color: " << mit->second << "\n"; break;
case font_weight:
std::cout << "font-weight: " << mit->second << "\n"; break;
case list_style_type:
std::cout << "list-style-type: " << mit->second << "\n"; break;
}
}
}
return 0;
}
