#include <boost/noncopyable.hpp>
+#include <list>
#include <map>
#include <set>
+#include <string>
#include <vector>
-#include <list>
namespace lyx {
///////////////////////////////////////////////////////////////////
// typedefs
///////////////////////////////////////////////////////////////////
- /// The individual paragraph layouts comprising the document class
// NOTE Do NOT try to make this a container of Layout pointers, e.g.,
- // std::vector<Layout *>. This will lead to problems. The reason is
+ // std::list<Layout *>. This will lead to problems. The reason is
// that DocumentClass objects are generally created by copying a
// LayoutFile, which serves as a base for the DocumentClass. If the
// LayoutList is a container of pointers, then every DocumentClass
// that derives from a given LayoutFile (e.g., article) will SHARE
// a basic set of layouts. So if one Buffer were to modify a layout
// (say, Standard), that would modify that layout for EVERY Buffer
- // that was based upon the same DocumentClass. (Of course, if you
- // really, REALLY want to make LayoutList a vector<Layout *>, then
- // you can implement custom assignment and copy constructors.)
+ // that was based upon the same DocumentClass.
//
// NOTE: Layout pointers are directly assigned to paragraphs so a
// container that does not invalidate these pointers after insertion
// is needed.
+ /// The individual paragraph layouts comprising the document class
typedef std::list<Layout> LayoutList;
/// The inset layouts available to this class
typedef std::map<docstring, InsetLayout> InsetLayouts;
/// return values for read()
enum ReturnValues {
OK,
+ OK_OLDFORMAT,
ERROR,
FORMAT_MISMATCH
};
/// Performs the read of the layout file.
/// \return true on success.
+ // FIXME Should return ReturnValues....
bool read(support::FileName const & filename, ReadType rt = BASECLASS);
///
- bool read(std::string const & str, ReadType rt = BASECLASS);
+ ReturnValues read(std::string const & str, ReadType rt = MODULE);
///
ReturnValues read(Lexer & lex, ReadType rt = BASECLASS);
/// validates the layout information passed in str
- static bool validate(std::string const & str);
+ static ReturnValues validate(std::string const & str);
+ ///
+ static std::string convert(std::string const & str);
///////////////////////////////////////////////////////////////////
// loading
///
std::string const & latexname() const { return latexname_; }
///
- std::string const & prerequisites() const { return prerequisites_; }
+ std::string const & prerequisites() const;
/// Can be LaTeX, DocBook, etc.
OutputType outputType() const { return outputType_; }
/// Can be latex, docbook ... (the name of a format)
/// Has this layout file been loaded yet?
mutable bool loaded_;
/// Is the TeX class available?
- bool texClassAvail_;
+ bool tex_class_avail_;
/// document class prerequisites
- std::string prerequisites_;
+ mutable std::string prerequisites_;
///
std::string opt_fontsize_;
///
int min_toclevel_;
/// The maximal TocLevel of sectioning layouts
int max_toclevel_;
+ /// Citation formatting information
+ std::map<std::string, std::string> cite_formats_;
+ /// Citation macros
+ std::map<std::string, std::string> cite_macros_;
private:
///////////////////////////////////////////////////////////////////
// helper routines for reading layout files
///
void readCharStyle(Lexer &, std::string const &);
///
- void readFloat(Lexer &);
+ bool readFloat(Lexer &);
+ ///
+ void readCiteFormat(Lexer &);
};
int max_toclevel() const { return max_toclevel_; }
/// returns true if the class has a ToC structure
bool hasTocLevels() const;
+ ///
+ std::string const & getCiteFormat(std::string const & entry_type) const;
+ ///
+ std::string const & getCiteMacro(std::string const & macro) const;
protected:
/// Constructs a DocumentClass based upon a LayoutFile.
DocumentClass(LayoutFile const & tc);
/// convert page sides option to text 1 or 2
std::ostream & operator<<(std::ostream & os, PageSides p);
+/// current format of layout files
+extern int const LAYOUT_FORMAT;
+
} // namespace lyx