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lyx_mirror/src/TextClass.cpp
Juergen Spitzmueller 8b92a2a689 Add NeedMBoxProtect [inset]layout option 
This accesses the inulemcmd output param which protects specific commands
(\cite, \ref) in an \mbox.

This is needed in ulem and soul commands, since their complex
detokenization makes such commands (who produce multiple words via local
assignment) fail.

So now it is possible to properly support ulem and soul via
[inset]layout

Fixes a case reported in #9404
2019-03-12 14:08:05 +01:00

2002 lines
51 KiB
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/**
* \file TextClass.cpp
* This file is part of LyX, the document processor.
* Licence details can be found in the file COPYING.
*
* \author Lars Gullik Bjønnes
* \author Jean-Marc Lasgouttes
* \author Angus Leeming
* \author John Levon
* \author André Pönitz
*
* Full author contact details are available in file CREDITS.
*/
#include <config.h>
#include "TextClass.h"
#include "LayoutFile.h"
#include "CiteEnginesList.h"
#include "Color.h"
#include "Counters.h"
#include "Floating.h"
#include "FloatList.h"
#include "Layout.h"
#include "Lexer.h"
#include "Font.h"
#include "ModuleList.h"
#include "frontends/alert.h"
#include "support/lassert.h"
#include "support/debug.h"
#include "support/ExceptionMessage.h"
#include "support/FileName.h"
#include "support/filetools.h"
#include "support/gettext.h"
#include "support/lstrings.h"
#include "support/os.h"
#include "support/TempFile.h"
#include <algorithm>
#include <fstream>
#include <sstream>
#ifdef ERROR
#undef ERROR
#endif
using namespace std;
using namespace lyx::support;
namespace lyx {
// Keep the changes documented in the Customization manual.
//
// If you change this format, then you MUST also make sure that
// your changes do not invalidate the hardcoded layout file in
// LayoutFile.cpp. Additions will never do so, but syntax changes
// could. See LayoutFileList::addEmptyClass() and, especially, the
// definition of the layoutpost string.
// You should also run the development/tools/updatelayouts.py script,
// to update the format of all of our layout files.
//
int const LAYOUT_FORMAT = 71; // spitz: NeedMBoxProtect
// Layout format for the current lyx file format. Controls which format is
// targeted by Local Layout > Convert. In master, equal to LAYOUT_FORMAT.
int const LYXFILE_LAYOUT_FORMAT = LAYOUT_FORMAT;
namespace {
class LayoutNamesEqual : public unary_function<Layout, bool> {
public:
LayoutNamesEqual(docstring const & name)
: name_(name)
{}
bool operator()(Layout const & c) const
{
return c.name() == name_;
}
private:
docstring name_;
};
bool layout2layout(FileName const & filename, FileName const & tempfile,
int const format = LAYOUT_FORMAT)
{
FileName const script = libFileSearch("scripts", "layout2layout.py");
if (script.empty()) {
LYXERR0("Could not find layout conversion "
"script layout2layout.py.");
return false;
}
ostringstream command;
command << os::python() << ' ' << quoteName(script.toFilesystemEncoding())
<< " -t " << format
<< ' ' << quoteName(filename.toFilesystemEncoding())
<< ' ' << quoteName(tempfile.toFilesystemEncoding());
string const command_str = command.str();
LYXERR(Debug::TCLASS, "Running `" << command_str << '\'');
cmd_ret const ret = runCommand(command_str);
if (ret.first != 0) {
if (format == LAYOUT_FORMAT)
LYXERR0("Conversion of layout with layout2layout.py has failed.");
return false;
}
return true;
}
string translateReadType(TextClass::ReadType rt)
{
switch (rt) {
case TextClass::BASECLASS:
return "textclass";
case TextClass::MERGE:
return "input file";
case TextClass::MODULE:
return "module file";
case TextClass::CITE_ENGINE:
return "cite engine";
case TextClass::VALIDATION:
return "validation";
}
// shutup warning
return string();
}
} // namespace
// This string should not be translated here,
// because it is a layout identifier.
docstring const TextClass::plain_layout_ = from_ascii(N_("Plain Layout"));
/////////////////////////////////////////////////////////////////////////
//
// TextClass
//
/////////////////////////////////////////////////////////////////////////
TextClass::TextClass()
: loaded_(false), tex_class_avail_(false),
opt_enginetype_("authoryear|numerical"), opt_fontsize_("10|11|12"),
opt_pagestyle_("empty|plain|headings|fancy"), pagestyle_("default"),
columns_(1), sides_(OneSide), secnumdepth_(3), tocdepth_(3),
outputType_(LATEX), outputFormat_("latex"), has_output_format_(false),
defaultfont_(sane_font),
titletype_(TITLE_COMMAND_AFTER), titlename_("maketitle"),
min_toclevel_(0), max_toclevel_(0), maxcitenames_(2),
cite_full_author_list_(true)
{
}
bool TextClass::readStyle(Lexer & lexrc, Layout & lay) const
{
LYXERR(Debug::TCLASS, "Reading style " << to_utf8(lay.name()));
if (!lay.read(lexrc, *this)) {
LYXERR0("Error parsing style `" << to_utf8(lay.name()) << '\'');
return false;
}
// Resolve fonts
lay.resfont = lay.font;
lay.resfont.realize(defaultfont_);
lay.reslabelfont = lay.labelfont;
lay.reslabelfont.realize(defaultfont_);
return true; // no errors
}
enum TextClassTags {
TC_OUTPUTTYPE = 1,
TC_OUTPUTFORMAT,
TC_INPUT,
TC_STYLE,
TC_MODIFYSTYLE,
TC_PROVIDESTYLE,
TC_DEFAULTSTYLE,
TC_INSETLAYOUT,
TC_NOINSETLAYOUT,
TC_NOSTYLE,
TC_COLUMNS,
TC_SIDES,
TC_PAGESTYLE,
TC_DEFAULTFONT,
TC_SECNUMDEPTH,
TC_TOCDEPTH,
TC_CLASSOPTIONS,
TC_PREAMBLE,
TC_HTMLPREAMBLE,
TC_HTMLSTYLES,
TC_PROVIDES,
TC_REQUIRES,
TC_PKGOPTS,
TC_LEFTMARGIN,
TC_RIGHTMARGIN,
TC_FLOAT,
TC_COUNTER,
TC_NOCOUNTER,
TC_IFCOUNTER,
TC_NOFLOAT,
TC_TITLELATEXNAME,
TC_TITLELATEXTYPE,
TC_FORMAT,
TC_ADDTOPREAMBLE,
TC_ADDTOHTMLPREAMBLE,
TC_ADDTOHTMLSTYLES,
TC_DEFAULTMODULE,
TC_PROVIDESMODULE,
TC_EXCLUDESMODULE,
TC_HTMLTOCSECTION,
TC_CITEENGINE,
TC_ADDTOCITEENGINE,
TC_CITEENGINETYPE,
TC_CITEFORMAT,
TC_CITEFRAMEWORK,
TC_MAXCITENAMES,
TC_DEFAULTBIBLIO,
TC_FULLAUTHORLIST,
TC_OUTLINERNAME
};
namespace {
LexerKeyword textClassTags[] = {
{ "addtociteengine", TC_ADDTOCITEENGINE },
{ "addtohtmlpreamble", TC_ADDTOHTMLPREAMBLE },
{ "addtohtmlstyles", TC_ADDTOHTMLSTYLES },
{ "addtopreamble", TC_ADDTOPREAMBLE },
{ "citeengine", TC_CITEENGINE },
{ "citeenginetype", TC_CITEENGINETYPE },
{ "citeformat", TC_CITEFORMAT },
{ "citeframework", TC_CITEFRAMEWORK },
{ "classoptions", TC_CLASSOPTIONS },
{ "columns", TC_COLUMNS },
{ "counter", TC_COUNTER },
{ "defaultbiblio", TC_DEFAULTBIBLIO },
{ "defaultfont", TC_DEFAULTFONT },
{ "defaultmodule", TC_DEFAULTMODULE },
{ "defaultstyle", TC_DEFAULTSTYLE },
{ "excludesmodule", TC_EXCLUDESMODULE },
{ "float", TC_FLOAT },
{ "format", TC_FORMAT },
{ "fullauthorlist", TC_FULLAUTHORLIST },
{ "htmlpreamble", TC_HTMLPREAMBLE },
{ "htmlstyles", TC_HTMLSTYLES },
{ "htmltocsection", TC_HTMLTOCSECTION },
{ "ifcounter", TC_IFCOUNTER },
{ "input", TC_INPUT },
{ "insetlayout", TC_INSETLAYOUT },
{ "leftmargin", TC_LEFTMARGIN },
{ "maxcitenames", TC_MAXCITENAMES },
{ "modifystyle", TC_MODIFYSTYLE },
{ "nocounter", TC_NOCOUNTER },
{ "nofloat", TC_NOFLOAT },
{ "noinsetlayout", TC_NOINSETLAYOUT },
{ "nostyle", TC_NOSTYLE },
{ "outlinername", TC_OUTLINERNAME },
{ "outputformat", TC_OUTPUTFORMAT },
{ "outputtype", TC_OUTPUTTYPE },
{ "packageoptions", TC_PKGOPTS },
{ "pagestyle", TC_PAGESTYLE },
{ "preamble", TC_PREAMBLE },
{ "provides", TC_PROVIDES },
{ "providesmodule", TC_PROVIDESMODULE },
{ "providestyle", TC_PROVIDESTYLE },
{ "requires", TC_REQUIRES },
{ "rightmargin", TC_RIGHTMARGIN },
{ "secnumdepth", TC_SECNUMDEPTH },
{ "sides", TC_SIDES },
{ "style", TC_STYLE },
{ "titlelatexname", TC_TITLELATEXNAME },
{ "titlelatextype", TC_TITLELATEXTYPE },
{ "tocdepth", TC_TOCDEPTH }
};
} // namespace
bool TextClass::convertLayoutFormat(support::FileName const & filename, ReadType rt)
{
LYXERR(Debug::TCLASS, "Converting layout file to " << LAYOUT_FORMAT);
TempFile tmp("convertXXXXXX.layout");
FileName const tempfile = tmp.name();
bool success = layout2layout(filename, tempfile);
if (success)
success = readWithoutConv(tempfile, rt) == OK;
return success;
}
std::string TextClass::convert(std::string const & str)
{
TempFile tmp1("localXXXXXX.layout");
FileName const fn = tmp1.name();
ofstream os(fn.toFilesystemEncoding().c_str());
os << str;
os.close();
TempFile tmp2("convert_localXXXXXX.layout");
FileName const tempfile = tmp2.name();
bool success = layout2layout(fn, tempfile, LYXFILE_LAYOUT_FORMAT);
if (!success)
return "";
ifstream is(tempfile.toFilesystemEncoding().c_str());
string ret;
string tmp;
while (!is.eof()) {
getline(is, tmp);
ret += tmp + '\n';
}
is.close();
return ret;
}
TextClass::ReturnValues TextClass::readWithoutConv(FileName const & filename, ReadType rt)
{
if (!filename.isReadableFile()) {
lyxerr << "Cannot read layout file `" << filename << "'."
<< endl;
return ERROR;
}
LYXERR(Debug::TCLASS, "Reading " + translateReadType(rt) + ": " +
to_utf8(makeDisplayPath(filename.absFileName())));
// Define the plain layout used in table cells, ert, etc. Note that
// we do this before loading any layout file, so that classes can
// override features of this layout if they should choose to do so.
if (rt == BASECLASS && !hasLayout(plain_layout_))
layoutlist_.push_back(createBasicLayout(plain_layout_));
Lexer lexrc(textClassTags);
lexrc.setFile(filename);
ReturnValues retval = read(lexrc, rt);
LYXERR(Debug::TCLASS, "Finished reading " + translateReadType(rt) + ": " +
to_utf8(makeDisplayPath(filename.absFileName())));
return retval;
}
bool TextClass::read(FileName const & filename, ReadType rt)
{
ReturnValues const retval = readWithoutConv(filename, rt);
if (retval != FORMAT_MISMATCH)
return retval == OK;
bool const worx = convertLayoutFormat(filename, rt);
if (!worx)
LYXERR0 ("Unable to convert " << filename <<
" to format " << LAYOUT_FORMAT);
return worx;
}
TextClass::ReturnValues TextClass::validate(std::string const & str)
{
TextClass tc;
return tc.read(str, VALIDATION);
}
TextClass::ReturnValues TextClass::read(std::string const & str, ReadType rt)
{
Lexer lexrc(textClassTags);
istringstream is(str);
lexrc.setStream(is);
ReturnValues retval = read(lexrc, rt);
if (retval != FORMAT_MISMATCH)
return retval;
// write the layout string to a temporary file
TempFile tmp("TextClass_read");
FileName const tempfile = tmp.name();
ofstream os(tempfile.toFilesystemEncoding().c_str());
if (!os) {
LYXERR0("Unable to create temporary file");
return ERROR;
}
os << str;
os.close();
// now try to convert it to LAYOUT_FORMAT
if (!convertLayoutFormat(tempfile, rt)) {
LYXERR0("Unable to convert internal layout information to format "
<< LAYOUT_FORMAT);
return ERROR;
}
return OK_OLDFORMAT;
}
// Reads a textclass structure from file.
TextClass::ReturnValues TextClass::read(Lexer & lexrc, ReadType rt)
{
if (!lexrc.isOK())
return ERROR;
// The first usable line should be
// Format LAYOUT_FORMAT
if (lexrc.lex() != TC_FORMAT || !lexrc.next()
|| lexrc.getInteger() != LAYOUT_FORMAT)
return FORMAT_MISMATCH;
// parsing
bool error = false;
while (lexrc.isOK() && !error) {
int le = lexrc.lex();
switch (le) {
case Lexer::LEX_FEOF:
continue;
case Lexer::LEX_UNDEF:
lexrc.printError("Unknown TextClass tag `$$Token'");
error = true;
continue;
default:
break;
}
// used below to track whether we are in an IfStyle or IfCounter tag.
bool modifystyle = false;
bool providestyle = false;
bool ifcounter = false;
switch (static_cast<TextClassTags>(le)) {
case TC_FORMAT:
lexrc.next();
lexrc.printError("Duplicate Format directive");
break;
case TC_OUTPUTFORMAT:
if (lexrc.next()) {
outputFormat_ = lexrc.getString();
has_output_format_ = true;
}
break;
case TC_OUTPUTTYPE:
readOutputType(lexrc);
switch(outputType_) {
case LATEX:
outputFormat_ = "latex";
break;
case DOCBOOK:
outputFormat_ = "docbook";
break;
case LITERATE:
outputFormat_ = "literate";
break;
}
break;
case TC_INPUT: // Include file
if (lexrc.next()) {
FileName tmp;
string const inc = lexrc.getString();
if (!path().empty() && (prefixIs(inc, "./") ||
prefixIs(inc, "../")))
tmp = fileSearch(path(), inc, "layout");
else
tmp = libFileSearch("layouts", inc,
"layout");
if (tmp.empty()) {
lexrc.printError("Could not find input file: " + inc);
error = true;
} else if (!read(tmp, MERGE)) {
lexrc.printError("Error reading input file: " + tmp.absFileName());
error = true;
}
}
break;
case TC_DEFAULTSTYLE:
if (lexrc.next()) {
docstring const name = from_utf8(subst(lexrc.getString(),
'_', ' '));
defaultlayout_ = name;
}
break;
case TC_MODIFYSTYLE:
modifystyle = true;
// fall through
case TC_PROVIDESTYLE:
// if modifystyle is true, then we got here by falling through
// so we are not in an ProvideStyle block
if (!modifystyle)
providestyle = true;
// fall through
case TC_STYLE: {
if (!lexrc.next()) {
lexrc.printError("No name given for style: `$$Token'.");
error = true;
break;
}
docstring const name = from_utf8(subst(lexrc.getString(),
'_', ' '));
if (name.empty()) {
string s = "Could not read name for style: `$$Token' "
+ lexrc.getString() + " is probably not valid UTF-8!";
lexrc.printError(s);
Layout lay;
// Since we couldn't read the name, we just scan the rest
// of the style and discard it.
error = !readStyle(lexrc, lay);
break;
}
bool const have_layout = hasLayout(name);
// If the layout already exists, then we want to add it to
// the existing layout, as long as we are not in an ProvideStyle
// block.
if (have_layout && !providestyle) {
Layout & lay = operator[](name);
error = !readStyle(lexrc, lay);
}
// If the layout does not exist, then we want to create a new
// one, but not if we are in a ModifyStyle block.
else if (!have_layout && !modifystyle) {
Layout layout;
layout.setName(name);
error = !readStyle(lexrc, layout);
if (!error)
layoutlist_.push_back(layout);
if (defaultlayout_.empty()) {
// We do not have a default layout yet, so we choose
// the first layout we encounter.
defaultlayout_ = name;
}
}
// There are two ways to get here:
// (i) The layout exists but we are in an ProvideStyle block
// (ii) The layout doesn't exist, but we are in an ModifyStyle
// block.
// Either way, we just scan the rest and discard it
else {
Layout lay;
// signal to coverity that we do not care about the result
(void)readStyle(lexrc, lay);
}
break;
}
case TC_NOSTYLE:
if (lexrc.next()) {
docstring const style = from_utf8(subst(lexrc.getString(),
'_', ' '));
if (!deleteLayout(style))
lyxerr << "Cannot delete style `"
<< to_utf8(style) << '\'' << endl;
}
break;
case TC_NOINSETLAYOUT:
if (lexrc.next()) {
docstring const style = from_utf8(subst(lexrc.getString(),
'_', ' '));
if (!deleteInsetLayout(style))
LYXERR0("Style `" << style << "' cannot be removed\n"
"because it was not found!");
}
break;
case TC_COLUMNS:
if (lexrc.next())
columns_ = lexrc.getInteger();
break;
case TC_SIDES:
if (lexrc.next()) {
switch (lexrc.getInteger()) {
case 1: sides_ = OneSide; break;
case 2: sides_ = TwoSides; break;
default:
lyxerr << "Impossible number of page"
" sides, setting to one."
<< endl;
sides_ = OneSide;
break;
}
}
break;
case TC_PAGESTYLE:
lexrc.next();
pagestyle_ = rtrim(lexrc.getString());
break;
case TC_DEFAULTFONT:
defaultfont_ = lyxRead(lexrc);
if (!defaultfont_.resolved()) {
lexrc.printError("Warning: defaultfont should "
"be fully instantiated!");
defaultfont_.realize(sane_font);
}
break;
case TC_SECNUMDEPTH:
lexrc.next();
secnumdepth_ = lexrc.getInteger();
break;
case TC_TOCDEPTH:
lexrc.next();
tocdepth_ = lexrc.getInteger();
break;
// First step to support options
case TC_CLASSOPTIONS:
readClassOptions(lexrc);
break;
case TC_PREAMBLE:
preamble_ = lexrc.getLongString(from_ascii("EndPreamble"));
break;
case TC_HTMLPREAMBLE:
htmlpreamble_ = lexrc.getLongString(from_ascii("EndPreamble"));
break;
case TC_HTMLSTYLES:
htmlstyles_ = lexrc.getLongString(from_ascii("EndStyles"));
break;
case TC_HTMLTOCSECTION:
html_toc_section_ = from_utf8(trim(lexrc.getString()));
break;
case TC_ADDTOPREAMBLE:
preamble_ += lexrc.getLongString(from_ascii("EndPreamble"));
break;
case TC_ADDTOHTMLPREAMBLE:
htmlpreamble_ += lexrc.getLongString(from_ascii("EndPreamble"));
break;
case TC_ADDTOHTMLSTYLES:
htmlstyles_ += lexrc.getLongString(from_ascii("EndStyles"));
break;
case TC_PROVIDES: {
lexrc.next();
string const feature = lexrc.getString();
lexrc.next();
if (lexrc.getInteger())
provides_.insert(feature);
else
provides_.erase(feature);
break;
}
case TC_REQUIRES: {
lexrc.eatLine();
vector<string> const req
= getVectorFromString(lexrc.getString());
requires_.insert(req.begin(), req.end());
break;
}
case TC_PKGOPTS : {
lexrc.next();
string const pkg = lexrc.getString();
lexrc.next();
string const options = lexrc.getString();
package_options_[pkg] = options;
break;
}
case TC_DEFAULTMODULE: {
lexrc.next();
string const module = lexrc.getString();
if (find(default_modules_.begin(), default_modules_.end(), module) == default_modules_.end())
default_modules_.push_back(module);
break;
}
case TC_PROVIDESMODULE: {
lexrc.next();
string const module = lexrc.getString();
if (find(provided_modules_.begin(), provided_modules_.end(), module) == provided_modules_.end())
provided_modules_.push_back(module);
break;
}
case TC_EXCLUDESMODULE: {
lexrc.next();
string const module = lexrc.getString();
// modules already have their own way to exclude other modules
if (rt == MODULE) {
LYXERR0("ExcludesModule tag cannot be used in a module!");
break;
}
if (find(excluded_modules_.begin(), excluded_modules_.end(), module) == excluded_modules_.end())
excluded_modules_.push_back(module);
break;
}
case TC_LEFTMARGIN: // left margin type
if (lexrc.next())
leftmargin_ = lexrc.getDocString();
break;
case TC_RIGHTMARGIN: // right margin type
if (lexrc.next())
rightmargin_ = lexrc.getDocString();
break;
case TC_INSETLAYOUT: {
if (!lexrc.next()) {
lexrc.printError("No name given for InsetLayout: `$$Token'.");
error = true;
break;
}
docstring const name = subst(lexrc.getDocString(), '_', ' ');
if (name.empty()) {
string s = "Could not read name for InsetLayout: `$$Token' "
+ lexrc.getString() + " is probably not valid UTF-8!";
lexrc.printError(s);
InsetLayout il;
// Since we couldn't read the name, we just scan the rest
// of the style and discard it.
il.read(lexrc, *this);
// Let's try to continue rather than abort.
// error = true;
} else if (hasInsetLayout(name)) {
InsetLayout & il = insetlayoutlist_[name];
error = !il.read(lexrc, *this);
} else {
InsetLayout il;
il.setName(name);
error = !il.read(lexrc, *this);
if (!error)
insetlayoutlist_[name] = il;
}
break;
}
case TC_FLOAT:
error = !readFloat(lexrc);
break;
case TC_CITEENGINE:
error = !readCiteEngine(lexrc, rt);
break;
case TC_ADDTOCITEENGINE:
error = !readCiteEngine(lexrc, rt, true);
break;
case TC_CITEENGINETYPE:
if (lexrc.next())
opt_enginetype_ = rtrim(lexrc.getString());
break;
case TC_CITEFORMAT:
error = !readCiteFormat(lexrc, rt);
break;
case TC_CITEFRAMEWORK:
lexrc.next();
citeframework_ = rtrim(lexrc.getString());
break;
case TC_MAXCITENAMES:
lexrc.next();
maxcitenames_ = size_t(lexrc.getInteger());
break;
case TC_DEFAULTBIBLIO:
if (lexrc.next()) {
vector<string> const dbs =
getVectorFromString(rtrim(lexrc.getString()), "|");
vector<string>::const_iterator it = dbs.begin();
vector<string>::const_iterator end = dbs.end();
for (; it != end; ++it) {
if (!contains(*it, ':')) {
vector<string> const enginetypes =
getVectorFromString(opt_enginetype_, "|");
for (string const &s: enginetypes)
cite_default_biblio_style_[s] = *it;
} else {
string eng;
string const db = split(*it, eng, ':');
cite_default_biblio_style_[eng] = db;
}
}
}
break;
case TC_FULLAUTHORLIST:
if (lexrc.next())
cite_full_author_list_ &= lexrc.getBool();
break;
case TC_NOCOUNTER:
if (lexrc.next()) {
docstring const cnt = lexrc.getDocString();
if (!counters_.remove(cnt))
LYXERR0("Unable to remove counter: " + to_utf8(cnt));
}
break;
case TC_IFCOUNTER:
ifcounter = true;
// fall through
case TC_COUNTER:
if (lexrc.next()) {
docstring const name = lexrc.getDocString();
if (name.empty()) {
string s = "Could not read name for counter: `$$Token' "
+ lexrc.getString() + " is probably not valid UTF-8!";
lexrc.printError(s.c_str());
Counter c;
// Since we couldn't read the name, we just scan the rest
// and discard it.
c.read(lexrc);
} else
error = !counters_.read(lexrc, name, !ifcounter);
}
else {
lexrc.printError("No name given for style: `$$Token'.");
error = true;
}
break;
case TC_TITLELATEXTYPE:
readTitleType(lexrc);
break;
case TC_TITLELATEXNAME:
if (lexrc.next())
titlename_ = lexrc.getString();
break;
case TC_NOFLOAT:
if (lexrc.next()) {
string const nofloat = lexrc.getString();
floatlist_.erase(nofloat);
}
break;
case TC_OUTLINERNAME:
error = !readOutlinerName(lexrc);
break;
} // end of switch
}
// at present, we abort if we encounter an error,
// so there is no point continuing.
if (error)
return ERROR;
if (rt != BASECLASS)
return OK;
if (defaultlayout_.empty()) {
LYXERR0("Error: Textclass '" << name_
<< "' is missing a defaultstyle.");
return ERROR;
}
// Try to erase "stdinsets" from the provides_ set.
// The
// Provides stdinsets 1
// declaration simply tells us that the standard insets have been
// defined. (It's found in stdinsets.inc but could also be used in
// user-defined files.) There isn't really any such package. So we
// might as well go ahead and erase it.
// If we do not succeed, then it was not there, which means that
// the textclass did not provide the definitions of the standard
// insets. So we need to try to load them.
int erased = provides_.erase("stdinsets");
if (!erased) {
FileName tmp = libFileSearch("layouts", "stdinsets.inc");
if (tmp.empty()) {
frontend::Alert::warning(_("Missing File"),
_("Could not find stdinsets.inc! This may lead to data loss!"));
error = true;
} else if (!read(tmp, MERGE)) {
frontend::Alert::warning(_("Corrupt File"),
_("Could not read stdinsets.inc! This may lead to data loss!"));
error = true;
}
}
min_toclevel_ = Layout::NOT_IN_TOC;
max_toclevel_ = Layout::NOT_IN_TOC;
const_iterator lit = begin();
const_iterator len = end();
for (; lit != len; ++lit) {
int const toclevel = lit->toclevel;
if (toclevel != Layout::NOT_IN_TOC) {
if (min_toclevel_ == Layout::NOT_IN_TOC)
min_toclevel_ = toclevel;
else
min_toclevel_ = min(min_toclevel_, toclevel);
max_toclevel_ = max(max_toclevel_, toclevel);
}
}
LYXERR(Debug::TCLASS, "Minimum TocLevel is " << min_toclevel_
<< ", maximum is " << max_toclevel_);
return (error ? ERROR : OK);
}
void TextClass::readTitleType(Lexer & lexrc)
{
LexerKeyword titleTypeTags[] = {
{ "commandafter", TITLE_COMMAND_AFTER },
{ "environment", TITLE_ENVIRONMENT }
};
PushPopHelper pph(lexrc, titleTypeTags);
int le = lexrc.lex();
switch (le) {
case Lexer::LEX_UNDEF:
lexrc.printError("Unknown output type `$$Token'");
break;
case TITLE_COMMAND_AFTER:
case TITLE_ENVIRONMENT:
titletype_ = static_cast<TitleLatexType>(le);
break;
default:
LYXERR0("Unhandled value " << le << " in TextClass::readTitleType.");
break;
}
}
void TextClass::readOutputType(Lexer & lexrc)
{
LexerKeyword outputTypeTags[] = {
{ "docbook", DOCBOOK },
{ "latex", LATEX },
{ "literate", LITERATE }
};
PushPopHelper pph(lexrc, outputTypeTags);
int le = lexrc.lex();
switch (le) {
case Lexer::LEX_UNDEF:
lexrc.printError("Unknown output type `$$Token'");
return;
case LATEX:
case DOCBOOK:
case LITERATE:
outputType_ = static_cast<OutputType>(le);
break;
default:
LYXERR0("Unhandled value " << le);
break;
}
}
void TextClass::readClassOptions(Lexer & lexrc)
{
enum {
CO_FONTSIZE = 1,
CO_PAGESTYLE,
CO_OTHER,
CO_HEADER,
CO_END
};
LexerKeyword classOptionsTags[] = {
{"end", CO_END },
{"fontsize", CO_FONTSIZE },
{"header", CO_HEADER },
{"other", CO_OTHER },
{"pagestyle", CO_PAGESTYLE }
};
lexrc.pushTable(classOptionsTags);
bool getout = false;
while (!getout && lexrc.isOK()) {
int le = lexrc.lex();
switch (le) {
case Lexer::LEX_UNDEF:
lexrc.printError("Unknown ClassOption tag `$$Token'");
continue;
default:
break;
}
switch (le) {
case CO_FONTSIZE:
lexrc.next();
opt_fontsize_ = rtrim(lexrc.getString());
break;
case CO_PAGESTYLE:
lexrc.next();
opt_pagestyle_ = rtrim(lexrc.getString());
break;
case CO_OTHER:
lexrc.next();
if (options_.empty())
options_ = lexrc.getString();
else
options_ += ',' + lexrc.getString();
break;
case CO_HEADER:
lexrc.next();
class_header_ = subst(lexrc.getString(), "&quot;", "\"");
break;
case CO_END:
getout = true;
break;
}
}
lexrc.popTable();
}
vector<CitationStyle> const & TextClass::getCiteStyles(
CiteEngineType const & type) const
{
static vector<CitationStyle> empty;
map<CiteEngineType, vector<CitationStyle> >::const_iterator it = cite_styles_.find(type);
if (it == cite_styles_.end())
return empty;
return it->second;
}
bool TextClass::readCiteEngine(Lexer & lexrc, ReadType rt, bool const add)
{
int const type = readCiteEngineType(lexrc);
bool authoryear = (type & ENGINE_TYPE_AUTHORYEAR);
bool numerical = (type & ENGINE_TYPE_NUMERICAL);
bool defce = (type & ENGINE_TYPE_DEFAULT);
if (rt == CITE_ENGINE) {
// The cite engines are not supposed to overwrite
// CiteStyle defined by the class or a module.
if (authoryear)
authoryear = getCiteStyles(ENGINE_TYPE_AUTHORYEAR).empty();
if (numerical)
numerical = getCiteStyles(ENGINE_TYPE_NUMERICAL).empty();
if (defce)
defce = getCiteStyles(ENGINE_TYPE_DEFAULT).empty();
}
if (rt != CITE_ENGINE && !add) {
// Reset if we defined CiteStyle
// from the class or a module
if (authoryear)
cite_styles_[ENGINE_TYPE_AUTHORYEAR].clear();
if (numerical)
cite_styles_[ENGINE_TYPE_NUMERICAL].clear();
if (defce)
cite_styles_[ENGINE_TYPE_DEFAULT].clear();
}
string def;
bool getout = false;
while (!getout && lexrc.isOK()) {
lexrc.eatLine();
def = lexrc.getString();
def = subst(def, " ", "");
def = subst(def, "\t", "");
if (compare_ascii_no_case(def, "end") == 0) {
getout = true;
continue;
}
CitationStyle cs;
char ichar = def[0];
if (ichar == '#')
continue;
if (isUpperCase(ichar)) {
cs.forceUpperCase = true;
def[0] = lowercase(ichar);
}
/** For portability reasons (between different
* cite engines such as natbib and biblatex),
* we distinguish between:
* 1. The LyX name as output in the LyX file
* 2. Possible aliases that might fall back to
* the given LyX name in the current engine
* 3. The actual LaTeX command that is output
* (2) and (3) are optional.
* Also, the GUI string for the starred version can
* be changed
* The syntax is:
* LyXName|alias,nextalias*<!stardesc!stardesctooltip>[][]=latexcmd
*/
enum ScanMode {
LyXName,
Alias,
LaTeXCmd,
StarDesc
};
ScanMode mode = LyXName;
ScanMode oldmode = LyXName;
string lyx_cmd;
string alias;
string latex_cmd;
string stardesc;
size_t const n = def.size();
for (size_t i = 0; i != n; ++i) {
ichar = def[i];
if (ichar == '|')
mode = Alias;
else if (ichar == '=')
mode = LaTeXCmd;
else if (ichar == '<') {
oldmode = mode;
mode = StarDesc;
} else if (ichar == '>')
mode = oldmode;
else if (mode == LaTeXCmd)
latex_cmd += ichar;
else if (mode == StarDesc)
stardesc += ichar;
else if (ichar == '$')
cs.hasQualifiedList = true;
else if (ichar == '*')
cs.hasStarredVersion = true;
else if (ichar == '[' && cs.textAfter)
cs.textBefore = true;
else if (ichar == '[')
cs.textAfter = true;
else if (ichar != ']') {
if (mode == Alias)
alias += ichar;
else
lyx_cmd += ichar;
}
}
cs.name = lyx_cmd;
cs.cmd = latex_cmd.empty() ? lyx_cmd : latex_cmd;
if (!alias.empty()) {
vector<string> const aliases = getVectorFromString(alias);
for (string const &s: aliases)
cite_command_aliases_[s] = lyx_cmd;
}
vector<string> const stardescs = getVectorFromString(stardesc, "!");
int size = stardesc.size();
if (size > 0)
cs.stardesc = stardescs[0];
if (size > 1)
cs.startooltip = stardescs[1];
if (add) {
if (authoryear)
class_cite_styles_[ENGINE_TYPE_AUTHORYEAR].push_back(cs);
if (numerical)
class_cite_styles_[ENGINE_TYPE_NUMERICAL].push_back(cs);
if (defce)
class_cite_styles_[ENGINE_TYPE_DEFAULT].push_back(cs);
} else {
if (authoryear)
cite_styles_[ENGINE_TYPE_AUTHORYEAR].push_back(cs);
if (numerical)
cite_styles_[ENGINE_TYPE_NUMERICAL].push_back(cs);
if (defce)
cite_styles_[ENGINE_TYPE_DEFAULT].push_back(cs);
}
}
// If we do AddToCiteEngine, do not apply yet,
// except if we have already a style to add something to
bool apply_ay = !add;
bool apply_num = !add;
bool apply_def = !add;
if (add) {
if (type & ENGINE_TYPE_AUTHORYEAR)
apply_ay = !getCiteStyles(ENGINE_TYPE_AUTHORYEAR).empty();
if (type & ENGINE_TYPE_NUMERICAL)
apply_num = !getCiteStyles(ENGINE_TYPE_NUMERICAL).empty();
if (type & ENGINE_TYPE_DEFAULT)
apply_def = !getCiteStyles(ENGINE_TYPE_DEFAULT).empty();
}
// Add the styles from AddToCiteEngine to the class' styles
// (but only if they are not yet defined)
for (auto const cis : class_cite_styles_) {
// Only consider the current CiteEngineType
if (!(type & cis.first))
continue;
for (auto const ciss : cis.second) {
bool defined = false;
// Check if the style "name" is already def'ed
for (auto const av : getCiteStyles(cis.first))
if (av.name == ciss.name)
defined = true;
if (!defined) {
if (cis.first == ENGINE_TYPE_AUTHORYEAR && apply_ay)
cite_styles_[ENGINE_TYPE_AUTHORYEAR].push_back(ciss);
else if (cis.first == ENGINE_TYPE_NUMERICAL && apply_num)
cite_styles_[ENGINE_TYPE_NUMERICAL].push_back(ciss);
else if (cis.first == ENGINE_TYPE_DEFAULT && apply_def)
cite_styles_[ENGINE_TYPE_DEFAULT].push_back(ciss);
}
}
}
if (type & ENGINE_TYPE_AUTHORYEAR && apply_ay)
class_cite_styles_[ENGINE_TYPE_AUTHORYEAR].clear();
if (type & ENGINE_TYPE_NUMERICAL && apply_num)
class_cite_styles_[ENGINE_TYPE_NUMERICAL].clear();
if (type & ENGINE_TYPE_DEFAULT && apply_def)
class_cite_styles_[ENGINE_TYPE_DEFAULT].clear();
return getout;
}
int TextClass::readCiteEngineType(Lexer & lexrc) const
{
static_assert(ENGINE_TYPE_DEFAULT ==
(ENGINE_TYPE_AUTHORYEAR | ENGINE_TYPE_NUMERICAL),
"Incorrect default engine type");
if (!lexrc.next()) {
lexrc.printError("No cite engine type given for token: `$$Token'.");
return ENGINE_TYPE_DEFAULT;
}
string const type = rtrim(lexrc.getString());
if (compare_ascii_no_case(type, "authoryear") == 0)
return ENGINE_TYPE_AUTHORYEAR;
else if (compare_ascii_no_case(type, "numerical") == 0)
return ENGINE_TYPE_NUMERICAL;
else if (compare_ascii_no_case(type, "default") != 0) {
string const s = "Unknown cite engine type `" + type
+ "' given for token: `$$Token',";
lexrc.printError(s);
}
return ENGINE_TYPE_DEFAULT;
}
bool TextClass::readCiteFormat(Lexer & lexrc, ReadType rt)
{
int const type = readCiteEngineType(lexrc);
string etype;
string definition;
// Cite engine definitions do not overwrite existing
// definitions from the class or a module
bool const overwrite = rt != CITE_ENGINE;
while (lexrc.isOK()) {
lexrc.next();
etype = lexrc.getString();
if (compare_ascii_no_case(etype, "end") == 0)
break;
if (!lexrc.isOK())
return false;
lexrc.eatLine();
definition = lexrc.getString();
char initchar = etype[0];
if (initchar == '#')
continue;
if (initchar == '!' || initchar == '_' || prefixIs(etype, "B_")) {
bool defined = false;
// Check if the macro is already def'ed
for (auto const cm : cite_macros_) {
if (!(type & cm.first))
continue;
if (cm.second.find(etype) != cm.second.end())
defined = true;
}
if (!defined || overwrite) {
if (type & ENGINE_TYPE_AUTHORYEAR)
cite_macros_[ENGINE_TYPE_AUTHORYEAR][etype] = definition;
if (type & ENGINE_TYPE_NUMERICAL)
cite_macros_[ENGINE_TYPE_NUMERICAL][etype] = definition;
if (type & ENGINE_TYPE_DEFAULT)
cite_macros_[ENGINE_TYPE_DEFAULT][etype] = definition;
}
} else {
bool defined = false;
// Check if the format is already def'ed
for (auto const cm : cite_formats_) {
if (!(type & cm.first))
continue;
if (cm.second.find(etype) != cm.second.end())
defined = true;
}
if (!defined || overwrite){
if (type & ENGINE_TYPE_AUTHORYEAR)
cite_formats_[ENGINE_TYPE_AUTHORYEAR][etype] = definition;
if (type & ENGINE_TYPE_NUMERICAL)
cite_formats_[ENGINE_TYPE_NUMERICAL][etype] = definition;
if (type & ENGINE_TYPE_DEFAULT)
cite_formats_[ENGINE_TYPE_DEFAULT][etype] = definition;
}
}
}
return true;
}
bool TextClass::readFloat(Lexer & lexrc)
{
enum {
FT_TYPE = 1,
FT_NAME,
FT_PLACEMENT,
FT_EXT,
FT_WITHIN,
FT_STYLE,
FT_LISTNAME,
FT_USESFLOAT,
FT_PREDEFINED,
FT_HTMLSTYLE,
FT_HTMLATTR,
FT_HTMLTAG,
FT_LISTCOMMAND,
FT_REFPREFIX,
FT_ALLOWED_PLACEMENT,
FT_ALLOWS_SIDEWAYS,
FT_ALLOWS_WIDE,
FT_END
};
LexerKeyword floatTags[] = {
{ "allowedplacement", FT_ALLOWED_PLACEMENT },
{ "allowssideways", FT_ALLOWS_SIDEWAYS },
{ "allowswide", FT_ALLOWS_WIDE },
{ "end", FT_END },
{ "extension", FT_EXT },
{ "guiname", FT_NAME },
{ "htmlattr", FT_HTMLATTR },
{ "htmlstyle", FT_HTMLSTYLE },
{ "htmltag", FT_HTMLTAG },
{ "ispredefined", FT_PREDEFINED },
{ "listcommand", FT_LISTCOMMAND },
{ "listname", FT_LISTNAME },
{ "numberwithin", FT_WITHIN },
{ "placement", FT_PLACEMENT },
{ "refprefix", FT_REFPREFIX },
{ "style", FT_STYLE },
{ "type", FT_TYPE },
{ "usesfloatpkg", FT_USESFLOAT }
};
lexrc.pushTable(floatTags);
string ext;
string htmlattr;
docstring htmlstyle;
string htmltag;
string listname;
string listcommand;
string name;
string placement;
string allowed_placement = "!htbpH";
string refprefix;
string style;
string type;
string within;
bool usesfloat = true;
bool ispredefined = false;
bool allowswide = true;
bool allowssideways = true;
bool getout = false;
while (!getout && lexrc.isOK()) {
int le = lexrc.lex();
switch (le) {
case Lexer::LEX_UNDEF:
lexrc.printError("Unknown float tag `$$Token'");
continue;
default:
break;
}
switch (le) {
case FT_TYPE:
lexrc.next();
type = lexrc.getString();
if (floatlist_.typeExist(type)) {
Floating const & fl = floatlist_.getType(type);
placement = fl.placement();
ext = fl.ext();
within = fl.within();
style = fl.style();
name = fl.name();
listname = fl.listName();
usesfloat = fl.usesFloatPkg();
ispredefined = fl.isPredefined();
listcommand = fl.listCommand();
refprefix = fl.refPrefix();
}
break;
case FT_NAME:
lexrc.next();
name = lexrc.getString();
break;
case FT_PLACEMENT:
lexrc.next();
placement = lexrc.getString();
break;
case FT_ALLOWED_PLACEMENT:
lexrc.next();
allowed_placement = lexrc.getString();
break;
case FT_EXT:
lexrc.next();
ext = lexrc.getString();
break;
case FT_WITHIN:
lexrc.next();
within = lexrc.getString();
if (within == "none")
within.erase();
break;
case FT_STYLE:
lexrc.next();
style = lexrc.getString();
break;
case FT_LISTCOMMAND:
lexrc.next();
listcommand = lexrc.getString();
break;
case FT_REFPREFIX:
lexrc.next();
refprefix = lexrc.getString();
break;
case FT_LISTNAME:
lexrc.next();
listname = lexrc.getString();
break;
case FT_USESFLOAT:
lexrc.next();
usesfloat = lexrc.getBool();
break;
case FT_PREDEFINED:
lexrc.next();
ispredefined = lexrc.getBool();
break;
case FT_ALLOWS_SIDEWAYS:
lexrc.next();
allowssideways = lexrc.getBool();
break;
case FT_ALLOWS_WIDE:
lexrc.next();
allowswide = lexrc.getBool();
break;
case FT_HTMLATTR:
lexrc.next();
htmlattr = lexrc.getString();
break;
case FT_HTMLSTYLE:
lexrc.next();
htmlstyle = lexrc.getLongString(from_ascii("EndHTMLStyle"));
break;
case FT_HTMLTAG:
lexrc.next();
htmltag = lexrc.getString();
break;
case FT_END:
getout = true;
break;
}
}
lexrc.popTable();
// Here we have a full float if getout == true
if (getout) {
if (!usesfloat && listcommand.empty()) {
// if this float uses the same auxfile as an existing one,
// there is no need for it to provide a list command.
FloatList::const_iterator it = floatlist_.begin();
FloatList::const_iterator en = floatlist_.end();
bool found_ext = false;
for (; it != en; ++it) {
if (it->second.ext() == ext) {
found_ext = true;
break;
}
}
if (!found_ext)
LYXERR0("The layout does not provide a list command " <<
"for the float `" << type << "'. LyX will " <<
"not be able to produce a float list.");
}
Floating fl(type, placement, ext, within, style, name,
listname, listcommand, refprefix, allowed_placement,
htmltag, htmlattr, htmlstyle, usesfloat, ispredefined,
allowswide, allowssideways);
floatlist_.newFloat(fl);
// each float has its own counter
counters_.newCounter(from_ascii(type), from_ascii(within),
docstring(), docstring());
// also define sub-float counters
docstring const subtype = "sub-" + from_ascii(type);
counters_.newCounter(subtype, from_ascii(type),
"\\alph{" + subtype + "}", docstring());
}
return getout;
}
bool TextClass::readOutlinerName(Lexer & lexrc)
{
std::string type;
docstring name;
if (lexrc.next())
type = lexrc.getString();
else {
lexrc.printError("No type given for OutlinerName: `$$Token'.");
return false;
}
if (lexrc.next())
name = lexrc.getDocString();
else {
lexrc.printError("No name given for OutlinerName: `$$Token'.");
return false;
}
outliner_names_[type] = name;
return true;
}
string const & TextClass::prerequisites(string const & sep) const
{
if (contains(prerequisites_, ',')) {
vector<string> const pres = getVectorFromString(prerequisites_);
prerequisites_ = getStringFromVector(pres, sep);
}
return prerequisites_;
}
bool TextClass::hasLayout(docstring const & n) const
{
docstring const name = n.empty() ? defaultLayoutName() : n;
return find_if(layoutlist_.begin(), layoutlist_.end(),
LayoutNamesEqual(name))
!= layoutlist_.end();
}
bool TextClass::hasInsetLayout(docstring const & n) const
{
if (n.empty())
return false;
InsetLayouts::const_iterator it = insetlayoutlist_.find(n);
return it != insetlayoutlist_.end();
}
Layout const & TextClass::operator[](docstring const & name) const
{
LATTEST(!name.empty());
const_iterator it =
find_if(begin(), end(), LayoutNamesEqual(name));
if (it == end()) {
LYXERR0("We failed to find the layout '" << name
<< "' in the layout list. You MUST investigate!");
for (const_iterator cit = begin(); cit != end(); ++cit)
lyxerr << " " << to_utf8(cit->name()) << endl;
// We require the name to exist
static const Layout dummy;
LASSERT(false, return dummy);
}
return *it;
}
Layout & TextClass::operator[](docstring const & name)
{
LATTEST(!name.empty());
// Safe to continue, given what we do below.
iterator it = find_if(begin(), end(), LayoutNamesEqual(name));
if (it == end()) {
LYXERR0("We failed to find the layout '" << to_utf8(name)
<< "' in the layout list. You MUST investigate!");
for (const_iterator cit = begin(); cit != end(); ++cit)
LYXERR0(" " << to_utf8(cit->name()));
// we require the name to exist
LATTEST(false);
// we are here only in release mode
layoutlist_.push_back(createBasicLayout(name, true));
it = find_if(begin(), end(), LayoutNamesEqual(name));
}
return *it;
}
bool TextClass::deleteLayout(docstring const & name)
{
if (name == defaultLayoutName() || name == plainLayoutName())
return false;
LayoutList::iterator it =
remove_if(layoutlist_.begin(), layoutlist_.end(),
LayoutNamesEqual(name));
LayoutList::iterator end = layoutlist_.end();
bool const ret = (it != end);
layoutlist_.erase(it, end);
return ret;
}
bool TextClass::deleteInsetLayout(docstring const & name)
{
return insetlayoutlist_.erase(name);
}
// Load textclass info if not loaded yet
bool TextClass::load(string const & path) const
{
if (loaded_)
return true;
// Read style-file, provided path is searched before the system ones
// If path is a file, it is loaded directly.
FileName layout_file(path);
if (!path.empty() && !layout_file.isReadableFile())
layout_file = FileName(addName(path, name_ + ".layout"));
if (layout_file.empty() || !layout_file.exists())
layout_file = libFileSearch("layouts", name_, "layout");
loaded_ = const_cast<TextClass*>(this)->read(layout_file);
if (!loaded_) {
lyxerr << "Error reading `"
<< to_utf8(makeDisplayPath(layout_file.absFileName()))
<< "'\n(Check `" << name_
<< "')\nCheck your installation and "
"try Options/Reconfigure..."
<< endl;
}
return loaded_;
}
bool DocumentClass::addLayoutIfNeeded(docstring const & n) const
{
if (hasLayout(n))
return false;
layoutlist_.push_back(createBasicLayout(n, true));
return true;
}
string DocumentClass::forcedLayouts() const
{
ostringstream os;
bool first = true;
const_iterator const e = end();
for (const_iterator i = begin(); i != e; ++i) {
if (i->forcelocal > 0) {
if (first) {
os << "Format " << LAYOUT_FORMAT << '\n';
first = false;
}
i->write(os);
}
}
return os.str();
}
InsetLayout const & DocumentClass::insetLayout(docstring const & name) const
{
// FIXME The fix for the InsetLayout part of 4812 would be here:
// Add the InsetLayout to the document class if it is not found.
docstring n = name;
InsetLayouts::const_iterator cen = insetlayoutlist_.end();
while (!n.empty()) {
InsetLayouts::const_iterator cit = insetlayoutlist_.lower_bound(n);
if (cit != cen && cit->first == n) {
if (cit->second.obsoleted_by().empty())
return cit->second;
n = cit->second.obsoleted_by();
return insetLayout(n);
}
// If we have a generic prefix (e.g., "Note:"),
// try if this one alone is found.
size_t i = n.find(':');
if (i == string::npos)
break;
n = n.substr(0, i);
}
// Layout "name" not found.
return plainInsetLayout();
}
InsetLayout const & DocumentClass::plainInsetLayout() {
static const InsetLayout plain_insetlayout_;
return plain_insetlayout_;
}
docstring const & TextClass::defaultLayoutName() const
{
return defaultlayout_;
}
Layout const & TextClass::defaultLayout() const
{
return operator[](defaultLayoutName());
}
bool TextClass::isDefaultLayout(Layout const & layout) const
{
return layout.name() == defaultLayoutName();
}
bool TextClass::isPlainLayout(Layout const & layout) const
{
return layout.name() == plainLayoutName();
}
Layout TextClass::createBasicLayout(docstring const & name, bool unknown) const
{
static Layout * defaultLayout = NULL;
if (defaultLayout) {
defaultLayout->setUnknown(unknown);
defaultLayout->setName(name);
return *defaultLayout;
}
static char const * s = "Margin Static\n"
"LatexType Paragraph\n"
"LatexName dummy\n"
"Align Block\n"
"AlignPossible Left, Right, Center\n"
"LabelType No_Label\n"
"End";
istringstream ss(s);
Lexer lex(textClassTags);
lex.setStream(ss);
defaultLayout = new Layout;
defaultLayout->setUnknown(unknown);
defaultLayout->setName(name);
if (!readStyle(lex, *defaultLayout)) {
// The only way this happens is because the hardcoded layout above
// is wrong.
LATTEST(false);
};
return *defaultLayout;
}
DocumentClassPtr getDocumentClass(
LayoutFile const & baseClass, LayoutModuleList const & modlist,
string const & cengine, bool const clone)
{
DocumentClassPtr doc_class =
DocumentClassPtr(new DocumentClass(baseClass));
LayoutModuleList::const_iterator it = modlist.begin();
LayoutModuleList::const_iterator en = modlist.end();
for (; it != en; ++it) {
string const modName = *it;
LyXModule * lm = theModuleList[modName];
if (!lm) {
docstring const msg =
bformat(_("The module %1$s has been requested by\n"
"this document but has not been found in the list of\n"
"available modules. If you recently installed it, you\n"
"probably need to reconfigure LyX.\n"), from_utf8(modName));
if (!clone)
frontend::Alert::warning(_("Module not available"), msg);
continue;
}
if (!lm->isAvailable() && !clone) {
docstring const prereqs = from_utf8(getStringFromVector(lm->prerequisites(), "\n\t"));
docstring const msg =
bformat(_("The module %1$s requires a package that is not\n"
"available in your LaTeX installation, or a converter that\n"
"you have not installed. LaTeX output may not be possible.\n"
"Missing prerequisites:\n"
"\t%2$s\n"
"See section 3.1.2.3 (Modules) of the User's Guide for more information."),
from_utf8(modName), prereqs);
frontend::Alert::warning(_("Package not available"), msg, true);
}
FileName layout_file = libFileSearch("layouts", lm->getFilename());
if (!doc_class->read(layout_file, TextClass::MODULE)) {
docstring const msg =
bformat(_("Error reading module %1$s\n"), from_utf8(modName));
frontend::Alert::warning(_("Read Error"), msg);
}
}
if (cengine.empty())
return doc_class;
LyXCiteEngine * ce = theCiteEnginesList[cengine];
if (!ce) {
docstring const msg =
bformat(_("The cite engine %1$s has been requested by\n"
"this document but has not been found in the list of\n"
"available engines. If you recently installed it, you\n"
"probably need to reconfigure LyX.\n"), from_utf8(cengine));
if (!clone)
frontend::Alert::warning(_("Cite Engine not available"), msg);
} else if (!ce->isAvailable() && !clone) {
docstring const prereqs = from_utf8(getStringFromVector(ce->prerequisites(), "\n\t"));
docstring const msg =
bformat(_("The cite engine %1$s requires a package that is not\n"
"available in your LaTeX installation, or a converter that\n"
"you have not installed. LaTeX output may not be possible.\n"
"Missing prerequisites:\n"
"\t%2$s\n"
"See section 3.1.2.3 (Modules) of the User's Guide for more information."),
from_utf8(cengine), prereqs);
frontend::Alert::warning(_("Package not available"), msg, true);
} else {
FileName layout_file = libFileSearch("citeengines", ce->getFilename());
if (!doc_class->read(layout_file, TextClass::CITE_ENGINE)) {
docstring const msg =
bformat(_("Error reading cite engine %1$s\n"), from_utf8(cengine));
frontend::Alert::warning(_("Read Error"), msg);
}
}
return doc_class;
}
/////////////////////////////////////////////////////////////////////////
//
// DocumentClass
//
/////////////////////////////////////////////////////////////////////////
DocumentClass::DocumentClass(LayoutFile const & tc)
: TextClass(tc)
{}
bool DocumentClass::hasLaTeXLayout(std::string const & lay) const
{
LayoutList::const_iterator it = layoutlist_.begin();
LayoutList::const_iterator end = layoutlist_.end();
for (; it != end; ++it)
if (it->latexname() == lay)
return true;
return false;
}
bool DocumentClass::provides(string const & p) const
{
return provides_.find(p) != provides_.end();
}
bool DocumentClass::hasTocLevels() const
{
return min_toclevel_ != Layout::NOT_IN_TOC;
}
Layout const & DocumentClass::getTOCLayout() const
{
// we're going to look for the layout with the minimum toclevel
TextClass::LayoutList::const_iterator lit = begin();
TextClass::LayoutList::const_iterator const len = end();
int minlevel = 1000;
Layout const * lay = NULL;
for (; lit != len; ++lit) {
int const level = lit->toclevel;
// we don't want Part or unnumbered sections
if (level == Layout::NOT_IN_TOC || level < 0
|| level >= minlevel || lit->counter.empty())
continue;
lay = &*lit;
minlevel = level;
}
if (lay)
return *lay;
// hmm. that is very odd, so we'll do our best.
return operator[](defaultLayoutName());
}
Layout const & DocumentClass::htmlTOCLayout() const
{
if (html_toc_section_.empty())
html_toc_section_ = getTOCLayout().name();
return operator[](html_toc_section_);
}
string const DocumentClass::getCiteFormat(CiteEngineType const & type,
string const & entry, bool const punct, string const & fallback) const
{
string default_format = "{%fullnames:author%[[%fullnames:author%, ]][[{%fullnames:editor%[[%fullnames:editor%, ed., ]]}]]}\"%title%\"{%journal%[[, {!<i>!}%journal%{!</i>!}]][[{%publisher%[[, %publisher%]][[{%institution%[[, %institution%]]}]]}]]}{%year%[[ (%year%)]]}{%pages%[[, %pages%]]}";
if (punct)
default_format += ".";
map<CiteEngineType, map<string, string> >::const_iterator itype = cite_formats_.find(type);
if (itype == cite_formats_.end())
return default_format;
map<string, string>::const_iterator it = itype->second.find(entry);
if (it == itype->second.end() && !fallback.empty())
it = itype->second.find(fallback);
if (it == itype->second.end())
return default_format;
if (punct)
return it->second + ".";
return it->second;
}
string const & DocumentClass::getCiteMacro(CiteEngineType const & type,
string const & macro) const
{
static string empty;
map<CiteEngineType, map<string, string> >::const_iterator itype = cite_macros_.find(type);
if (itype == cite_macros_.end())
return empty;
map<string, string>::const_iterator it = itype->second.find(macro);
if (it == itype->second.end())
return empty;
return it->second;
}
vector<string> const DocumentClass::citeCommands(
CiteEngineType const & type) const
{
vector<CitationStyle> const styles = citeStyles(type);
vector<CitationStyle>::const_iterator it = styles.begin();
vector<CitationStyle>::const_iterator end = styles.end();
vector<string> cmds;
for (; it != end; ++it) {
CitationStyle const cite = *it;
cmds.push_back(cite.name);
}
return cmds;
}
vector<CitationStyle> const & DocumentClass::citeStyles(
CiteEngineType const & type) const
{
static vector<CitationStyle> empty;
map<CiteEngineType, vector<CitationStyle> >::const_iterator it = cite_styles_.find(type);
if (it == cite_styles_.end())
return empty;
return it->second;
}
/////////////////////////////////////////////////////////////////////////
//
// PageSides
//
/////////////////////////////////////////////////////////////////////////
ostream & operator<<(ostream & os, PageSides p)
{
switch (p) {
case OneSide:
os << '1';
break;
case TwoSides:
os << '2';
break;
}
return os;
}
} // namespace lyx
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