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8d0fcad676
are computed recursively to get rid of any \thexxx string by the method flattenLabelString. The values are cached in Counter objects. On my mac, the total time (updatelabels+redraw) goes down by 30%. YMMV. git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@29342 a592a061-630c-0410-9148-cb99ea01b6c8
537 lines
11 KiB
C++
537 lines
11 KiB
C++
/**
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* \file Counters.cpp
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* This file is part of LyX, the document processor.
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* Licence details can be found in the file COPYING.
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*
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* \author Lars Gullik Bjønnes
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* \author Martin Vermeer
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* \author André Pönitz
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* \author Richard Heck (roman numerals)
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*
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* Full author contact details are available in file CREDITS.
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*/
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#include <config.h>
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#include "Counters.h"
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#include "Lexer.h"
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#include "support/convert.h"
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#include "support/debug.h"
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#include "support/lstrings.h"
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#include "support/lassert.h"
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#include <sstream>
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using namespace std;
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using namespace lyx::support;
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namespace lyx {
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Counter::Counter()
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{
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reset();
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}
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Counter::Counter(docstring const & mc, docstring const & ls,
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docstring const & lsa)
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: master_(mc), labelstring_(ls), labelstringappendix_(lsa)
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{
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reset();
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}
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bool Counter::read(Lexer & lex)
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{
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enum {
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CT_WITHIN = 1,
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CT_LABELSTRING,
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CT_LABELSTRING_APPENDIX,
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CT_END
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};
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LexerKeyword counterTags[] = {
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{ "end", CT_END },
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{ "labelstring", CT_LABELSTRING },
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{ "labelstringappendix", CT_LABELSTRING_APPENDIX },
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{ "within", CT_WITHIN }
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};
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lex.pushTable(counterTags);
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bool getout = false;
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while (!getout && lex.isOK()) {
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int le = lex.lex();
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switch (le) {
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case Lexer::LEX_UNDEF:
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lex.printError("Unknown counter tag `$$Token'");
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continue;
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default:
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break;
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}
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switch (le) {
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case CT_WITHIN:
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lex.next();
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master_ = lex.getDocString();
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if (master_ == "none")
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master_.erase();
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break;
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case CT_LABELSTRING:
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lex.next();
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labelstring_ = lex.getDocString();
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labelstringappendix_ = labelstring_;
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break;
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case CT_LABELSTRING_APPENDIX:
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lex.next();
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labelstringappendix_ = lex.getDocString();
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break;
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case CT_END:
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getout = true;
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break;
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}
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}
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// Here if have a full counter if getout == true
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if (!getout)
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LYXERR0("No End tag found for counter!");
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lex.popTable();
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return getout;
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}
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void Counter::set(int v)
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{
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value_ = v;
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}
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void Counter::addto(int v)
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{
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value_ += v;
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}
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int Counter::value() const
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{
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return value_;
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}
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void Counter::step()
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{
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++value_;
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}
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void Counter::reset()
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{
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value_ = 0;
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}
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docstring const & Counter::master() const
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{
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return master_;
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}
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docstring const & Counter::labelString(bool in_appendix) const
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{
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return in_appendix ? labelstringappendix_ : labelstring_;
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}
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docstring const & Counter::flatLabelString(bool in_appendix) const
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{
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return in_appendix ? flatlabelstringappendix_ : flatlabelstring_;
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}
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docstring const & Counter::setFlatLabelStrings(docstring const & fls,
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docstring const & flsa)
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{
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flatlabelstring_ = fls;
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flatlabelstringappendix_ = flsa;
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}
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void Counters::newCounter(docstring const & newc,
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docstring const & masterc,
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docstring const & ls,
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docstring const & lsa)
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{
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if (!masterc.empty() && !hasCounter(masterc)) {
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lyxerr << "Master counter does not exist: "
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<< to_utf8(masterc)
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<< endl;
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return;
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}
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counterList_[newc] = Counter(masterc, ls, lsa);
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}
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bool Counters::hasCounter(docstring const & c) const
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{
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return counterList_.find(c) != counterList_.end();
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}
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bool Counters::read(Lexer & lex, docstring const & name)
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{
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if (hasCounter(name)) {
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LYXERR(Debug::TCLASS, "Reading existing counter " << to_utf8(name));
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return counterList_[name].read(lex);
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}
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LYXERR(Debug::TCLASS, "Reading new counter " << to_utf8(name));
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Counter cnt;
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bool success = cnt.read(lex);
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if (success)
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counterList_[name] = cnt;
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else
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LYXERR0("Error reading counter `" << name << "'!");
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return success;
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}
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void Counters::set(docstring const & ctr, int const val)
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{
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CounterList::iterator const it = counterList_.find(ctr);
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if (it == counterList_.end()) {
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lyxerr << "set: Counter does not exist: "
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<< to_utf8(ctr) << endl;
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return;
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}
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it->second.set(val);
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}
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void Counters::addto(docstring const & ctr, int const val)
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{
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CounterList::iterator const it = counterList_.find(ctr);
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if (it == counterList_.end()) {
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lyxerr << "addto: Counter does not exist: "
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<< to_utf8(ctr) << endl;
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return;
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}
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it->second.addto(val);
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}
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int Counters::value(docstring const & ctr) const
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{
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CounterList::const_iterator const cit = counterList_.find(ctr);
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if (cit == counterList_.end()) {
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lyxerr << "value: Counter does not exist: "
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<< to_utf8(ctr) << endl;
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return 0;
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}
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return cit->second.value();
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}
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void Counters::step(docstring const & ctr)
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{
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CounterList::iterator it = counterList_.find(ctr);
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if (it == counterList_.end()) {
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lyxerr << "step: Counter does not exist: "
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<< to_utf8(ctr) << endl;
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return;
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}
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it->second.step();
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it = counterList_.begin();
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CounterList::iterator const end = counterList_.end();
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for (; it != end; ++it) {
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if (it->second.master() == ctr) {
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it->second.reset();
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}
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}
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}
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void Counters::reset()
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{
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appendix_ = false;
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subfloat_ = false;
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current_float_.erase();
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CounterList::iterator it = counterList_.begin();
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CounterList::iterator const end = counterList_.end();
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std::vector<docstring> callers;
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for (; it != end; ++it) {
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it->second.reset();
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// Compute the explicit counter labels without any
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// \thexxx strings, in order to avoid recursion.
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// It only needs to be done when the textclass is
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// updated, but in practice the extra work is probably
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// not noticeable (JMarc)
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docstring const fls = flattenLabelString(it->first, false, callers);
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docstring const flsa = flattenLabelString(it->first, true, callers);
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it->second.setFlatLabelStrings(fls, flsa);
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}
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}
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void Counters::reset(docstring const & match)
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{
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LASSERT(!match.empty(), /**/);
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CounterList::iterator it = counterList_.begin();
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CounterList::iterator end = counterList_.end();
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for (; it != end; ++it) {
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if (it->first.find(match) != string::npos)
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it->second.reset();
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}
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}
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void Counters::copy(Counters & from, Counters & to, docstring const & match)
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{
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CounterList::iterator it = counterList_.begin();
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CounterList::iterator end = counterList_.end();
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for (; it != end; ++it) {
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if (it->first.find(match) != string::npos || match == "") {
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to.set(it->first, from.value(it->first));
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}
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}
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}
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namespace {
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char loweralphaCounter(int const n)
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{
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if (n < 1 || n > 26)
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return '?';
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return 'a' + n - 1;
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}
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char alphaCounter(int const n)
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{
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if (n < 1 || n > 26)
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return '?';
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return 'A' + n - 1;
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}
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char hebrewCounter(int const n)
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{
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static const char hebrew[22] = {
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'\xe0', '\xe1', '\xe2', '\xe3', '\xe4', '\xe5', '\xe6', '\xe7', '\xe8',
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'\xe9', '\xeb', '\xec', '\xee', '\xf0', '\xf1', '\xf2', '\xf4', '\xf6',
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'\xf7', '\xf8', '\xf9', '\xfa'
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};
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if (n < 1 || n > 22)
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return '?';
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return hebrew[n - 1];
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}
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//On the special cases, see http://mathworld.wolfram.com/RomanNumerals.html
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//and for a list of roman numerals up to and including 3999, see
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//http://www.research.att.com/~njas/sequences/a006968.txt. (Thanks to Joost
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//for this info.)
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docstring const romanCounter(int const n)
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{
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static char const * const ones[9] = {
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"I", "II", "III", "IV", "V",
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"VI", "VII", "VIII", "IX"
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};
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static char const * const tens[9] = {
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"X", "XX", "XXX", "XL", "L",
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"LX", "LXX", "LXXX", "XC"
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};
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static char const * const hunds[9] = {
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"C", "CC", "CCC", "CD", "D",
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"DC", "DCC", "DCCC", "CM"
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};
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if (n > 1000 || n < 1)
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return from_ascii("??");
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int val = n;
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string roman;
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switch (n) {
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//special cases
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case 900:
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roman = "CM";
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break;
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case 400:
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roman = "CD";
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break;
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default:
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if (val >= 100) {
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int hundreds = val / 100;
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roman = hunds[hundreds - 1];
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val = val % 100;
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}
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if (val >= 10) {
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switch (val) {
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//special case
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case 90:
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roman = roman + "XC";
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val = 0; //skip next
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break;
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default:
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int tensnum = val / 10;
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roman = roman + tens[tensnum - 1];
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val = val % 10;
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} // end switch
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} // end tens
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if (val > 0)
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roman = roman + ones[val -1];
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}
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return from_ascii(roman);
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}
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docstring const lowerromanCounter(int const n)
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{
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return lowercase(romanCounter(n));
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}
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} // namespace anon
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docstring Counters::labelItem(docstring const & ctr,
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docstring const & numbertype) const
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{
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CounterList::const_iterator const cit = counterList_.find(ctr);
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if (cit == counterList_.end()) {
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lyxerr << "Counter "
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<< to_utf8(ctr)
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<< " does not exist." << endl;
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return docstring();
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}
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int val = cit->second.value();
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if (numbertype == "hebrew")
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return docstring(1, hebrewCounter(val));
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if (numbertype == "alph")
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return docstring(1, loweralphaCounter(val));
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if (numbertype == "Alph")
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return docstring(1, alphaCounter(val));
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if (numbertype == "roman")
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return lowerromanCounter(val);
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if (numbertype == "Roman")
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return romanCounter(val);
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return convert<docstring>(val);
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}
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docstring Counters::theCounter(docstring const & counter) const
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{
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CounterList::const_iterator it = counterList_.find(counter);
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if (it == counterList_.end())
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return from_ascii("??");
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return counterLabel(it->second.flatLabelString(appendix()));
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}
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docstring Counters::flattenLabelString(docstring const & counter, bool in_appendix,
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vector<docstring> & callers) const
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{
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docstring label;
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if (find(callers.begin(), callers.end(), counter) != callers.end()) {
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// recursion detected
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lyxerr << "Warning: Recursion in label for counter `"
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<< counter << "' detected"
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<< endl;
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return from_ascii("??");
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}
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CounterList::const_iterator it = counterList_.find(counter);
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if (it == counterList_.end())
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return from_ascii("??");
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Counter const & c = it->second;
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docstring ls = c.labelString(in_appendix);
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callers.push_back(counter);
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if (ls.empty()) {
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if (!c.master().empty())
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ls = flattenLabelString(c.master(), in_appendix, callers)
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+ from_ascii(".");
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callers.pop_back();
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return ls + from_ascii("\\arabic{") + counter + "}";
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}
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while (true) {
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//lyxerr << "ls=" << to_utf8(ls) << endl;
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size_t const i = ls.find(from_ascii("\\the"), 0);
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if (i == docstring::npos)
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break;
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size_t const j = i + 4;
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size_t k = j;
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while (k < ls.size() && lowercase(ls[k]) >= 'a'
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&& lowercase(ls[k]) <= 'z')
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++k;
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docstring const newc = ls.substr(j, k - j);
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docstring const repl = flattenLabelString(newc, in_appendix, callers);
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ls.replace(i, k - j + 4, repl);
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}
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callers.pop_back();
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return ls;
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}
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docstring Counters::counterLabel(docstring const & format) const
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{
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docstring label = format;
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// FIXME: Using regexps would be better, but we compile boost without
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// wide regexps currently.
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while (true) {
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//lyxerr << "label=" << to_utf8(label) << endl;
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size_t const i = label.find(from_ascii("\\the"), 0);
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if (i == docstring::npos)
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break;
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size_t const j = i + 4;
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size_t k = j;
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while (k < label.size() && lowercase(label[k]) >= 'a'
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&& lowercase(label[k]) <= 'z')
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++k;
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docstring const newc = label.substr(j, k - j);
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docstring const repl = theCounter(newc);
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label.replace(i, k - j + 4, repl);
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}
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while (true) {
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//lyxerr << "label=" << to_utf8(label) << endl;
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size_t const i = label.find('\\', 0);
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if (i == docstring::npos)
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break;
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size_t const j = label.find('{', i + 1);
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if (j == docstring::npos)
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break;
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size_t const k = label.find('}', j + 1);
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if (k == docstring::npos)
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break;
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docstring const numbertype(label, i + 1, j - i - 1);
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docstring const counter(label, j + 1, k - j - 1);
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docstring const rep = labelItem(counter, numbertype);
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label = docstring(label, 0, i) + rep
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+ docstring(label, k + 1, docstring::npos);
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}
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//lyxerr << "DONE! label=" << to_utf8(label) << endl;
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return label;
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}
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} // namespace lyx
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