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lyx_mirror/src/LaTeX.cpp

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/**
* \file LaTeX.cpp
* This file is part of LyX, the document processor.
* Licence details can be found in the file COPYING.
*
* \author Alfredo Braunstein
* \author Lars Gullik Bjønnes
* \author Jean-Marc Lasgouttes
* \author Angus Leeming
* \author Dekel Tsur
* \author Jürgen Spitzmüller
*
* Full author contact details are available in file CREDITS.
*/
#include <config.h>
#include "LaTeX.h"
#include "Buffer.h"
#include "BufferList.h"
#include "BufferParams.h"
#include "LyXRC.h"
#include "LyX.h"
#include "DepTable.h"
#include "Encoding.h"
#include "Language.h"
#include "support/debug.h"
#include "support/docstring.h"
#include "support/convert.h"
#include "support/FileName.h"
#include "support/filetools.h"
#include "support/gettext.h"
#include "support/lstrings.h"
#include "support/Systemcall.h"
#include "support/os.h"
#include <fstream>
#include <regex>
#include <stack>
using namespace std;
using namespace lyx::support;
namespace lyx {
namespace os = support::os;
// TODO: in no particular order
// - get rid of the call to
// BufferList::updateIncludedTeXfiles, this should either
// be done before calling LaTeX::funcs or in a completely
// different way.
// - the makeindex style files should be taken care of with
// the dependency mechanism.
namespace {
docstring runMessage(unsigned int count)
{
return bformat(_("Waiting for LaTeX run number %1$d"), count);
}
} // namespace
/*
* CLASS TEXERRORS
*/
void TeXErrors::insertError(int line, docstring const & error_desc,
docstring const & error_text,
string const & child_name)
{
Error newerr(line, error_desc, error_text, child_name);
errors.push_back(newerr);
}
void TeXErrors::insertRef(int line, docstring const & error_desc,
docstring const & error_text,
string const & child_name)
{
Error newerr(line, error_desc, error_text, child_name);
undef_ref.push_back(newerr);
}
bool operator==(AuxInfo const & a, AuxInfo const & o)
{
return a.aux_file == o.aux_file
&& a.citations == o.citations
&& a.databases == o.databases
&& a.styles == o.styles;
}
bool operator!=(AuxInfo const & a, AuxInfo const & o)
{
return !(a == o);
}
/*
* CLASS LaTeX
*/
LaTeX::LaTeX(string const & latex, OutputParams const & rp,
FileName const & f, string const & p, string const & lp,
bool allow_cancellation, bool const clean_start)
: cmd(latex), file(f), path(p), lpath(lp), runparams(rp), biber(false),
allow_cancel(allow_cancellation)
{
num_errors = 0;
// lualatex can still produce a DVI with --output-format=dvi. However,
// we do not use that internally (we use the "dvilualatex" command) so
// it would only happen from a custom converter. Thus, it is better to
// guess that lualatex produces a PDF than to guess a DVI.
// FIXME we should base the extension on the output format, which we should
// get in a robust way, e.g. from the converter.
if (prefixIs(cmd, "pdf") || prefixIs(cmd, "lualatex") || prefixIs(cmd, "xelatex")) {
depfile = FileName(file.absFileName() + ".dep-pdf");
output_file =
FileName(changeExtension(file.absFileName(), ".pdf"));
} else {
depfile = FileName(file.absFileName() + ".dep");
output_file =
FileName(changeExtension(file.absFileName(), ".dvi"));
}
if (clean_start)
removeAuxiliaryFiles();
}
void LaTeX::removeAuxiliaryFiles() const
{
LYXERR(Debug::OUTFILE, "Removing auxiliary files");
// Note that we do not always call this function when there is an error.
// For example, if there is an error but an output file is produced we
// still would like to output (export/view) the file.
// What files do we have to delete?
// This will at least make latex do all the runs
depfile.removeFile();
// but the reason for the error might be in a generated file...
// bibtex file
FileName const bbl(changeExtension(file.absFileName(), ".bbl"));
bbl.removeFile();
// biber file
FileName const bcf(changeExtension(file.absFileName(), ".bcf"));
bcf.removeFile();
// makeindex file
FileName const ind(changeExtension(file.absFileName(), ".ind"));
ind.removeFile();
// nomencl file
FileName const nls(changeExtension(file.absFileName(), ".nls"));
nls.removeFile();
// nomencl file (old version of the package)
FileName const gls(changeExtension(file.absFileName(), ".gls"));
gls.removeFile();
// endnotes file
FileName const ent(changeExtension(file.absFileName(), ".ent"));
ent.removeFile();
// Also remove the aux file
FileName const aux(changeExtension(file.absFileName(), ".aux"));
aux.removeFile();
// Also remove the .out file (e.g. hyperref bookmarks) (#9963)
FileName const out(changeExtension(file.absFileName(), ".out"));
out.removeFile();
// Remove the output file, which is often generated even if error
output_file.removeFile();
}
int LaTeX::run(TeXErrors & terr)
// We know that this function will only be run if the lyx buffer
// has been changed. We also know that a newly written .tex file
// is always different from the previous one because of the date
// in it. However it seems safe to run latex (at least) one time
// each time the .tex file changes.
{
int scanres = NO_ERRORS;
int bscanres = NO_ERRORS;
int iscanres = NO_ERRORS;
unsigned int count = 0; // number of times run
num_errors = 0; // just to make sure.
unsigned int const MAX_RUN = 6;
DepTable head; // empty head
bool rerun = false; // rerun requested
// The class LaTeX does not know the temp path.
theBufferList().updateIncludedTeXfiles(FileName::getcwd().absFileName(),
runparams);
// 0
// first check if the file dependencies exist:
// ->If it does exist
// check if any of the files mentioned in it have
// changed (done using a checksum).
// -> if changed:
// run latex once and
// remake the dependency file
// -> if not changed:
// just return there is nothing to do for us.
// ->if it doesn't exist
// make it and
// run latex once (we need to run latex once anyway) and
// remake the dependency file.
//
bool had_depfile = depfile.exists();
bool run_bibtex = false;
FileName const aux_file(changeExtension(file.absFileName(), ".aux"));
if (had_depfile) {
LYXERR(Debug::DEPEND, "Dependency file exists");
// Read the dep file:
had_depfile = head.read(depfile);
}
if (had_depfile) {
if (runparams.includeall) {
// On an "includeall" call (whose purpose is to set up/maintain counters and references
// for includeonly), we remove the master from the dependency list since
// (1) it will be checked anyway on the subsequent includeonly run
// (2) the master is always changed (due to the \includeonly line), and this alone would
// trigger a complete, expensive run each time
head.remove_file(file);
// Also remove all children which are included
Buffer const * buf = theBufferList().getBufferFromTmp(file.absFileName());
if (buf && buf->params().maintain_unincluded_children == BufferParams::CM_Mostly) {
for (auto const & incfile : buf->params().getIncludedChildren()) {
string const incm =
DocFileName(changeExtension(makeAbsPath(incfile, path)
.absFileName(), ".tex")).mangledFileName();
FileName inc = makeAbsPath(incm, file.onlyPath().realPath());
head.remove_file(inc);
}
}
}
// Update the checksums
head.update();
// Can't just check if anything has changed because it might
// have aborted on error last time... in which cas we need
// to re-run latex and collect the error messages
// (even if they are the same).
if (!output_file.exists()) {
LYXERR(Debug::DEPEND,
"re-running LaTeX because output file doesn't exist.");
} else if (!head.sumchange()) {
LYXERR(Debug::DEPEND, "return no_change");
return NO_CHANGE;
} else {
LYXERR(Debug::DEPEND, "Dependency file has changed");
}
if (head.extchanged(".bib") || head.extchanged(".bst"))
run_bibtex = true;
} else
LYXERR(Debug::DEPEND,
"Dependency file does not exist, or has wrong format");
/// We scan the aux file even when had_depfile = false,
/// because we can run pdflatex on the file after running latex on it,
/// in which case we will not need to run bibtex again.
vector<AuxInfo> bibtex_info_old;
if (!run_bibtex)
bibtex_info_old = scanAuxFiles(aux_file, runparams.only_childbibs);
++count;
LYXERR(Debug::OUTFILE, "Run #" << count);
message(runMessage(count));
int exit_code = startscript();
if (exit_code == Systemcall::KILLED || exit_code == Systemcall::TIMEOUT)
return exit_code;
scanres = scanLogFile(terr);
if (scanres & ERROR_RERUN) {
LYXERR(Debug::OUTFILE, "Rerunning LaTeX");
terr.clearErrors();
exit_code = startscript();
if (exit_code == Systemcall::KILLED || exit_code == Systemcall::TIMEOUT)
return exit_code;
scanres = scanLogFile(terr);
}
vector<AuxInfo> const bibtex_info = scanAuxFiles(aux_file, runparams.only_childbibs);
if (!run_bibtex && bibtex_info_old != bibtex_info)
run_bibtex = true;
// update the dependencies.
deplog(head); // reads the latex log
head.update();
// 1
// At this point we must run the bibliography processor if needed.
// First, check if we're using biber instead of bibtex --
// biber writes no info to the aux file, so we just check
// if a bcf file exists (and if it was updated).
FileName const bcffile(changeExtension(file.absFileName(), ".bcf"));
biber |= head.exist(bcffile);
// If (scanres & UNDEF_CIT || scanres & RERUN || run_bibtex)
// We do not run bibtex/biber on an "includeall" call (whose purpose is
// to set up/maintain counters and references for includeonly) since
// (1) bibliographic references will be updated on the subsequent includeonly run
// (2) this would trigger a complete run each time (as references in non-included
// children are removed on subsequent includeonly runs)
if (!runparams.includeall && (scanres & UNDEF_CIT || run_bibtex)) {
// Here we must scan the .aux file and look for
// "\bibdata" and/or "\bibstyle". If one of those
// tags is found -> run bibtex and set rerun = true;
// no checks for now
LYXERR(Debug::OUTFILE, "Running Bibliography Processor.");
message(_("Running Bibliography Processor."));
updateBibtexDependencies(head, bibtex_info);
int exit_code;
rerun |= runBibTeX(bibtex_info, runparams, exit_code);
if (exit_code == Systemcall::KILLED || exit_code == Systemcall::TIMEOUT)
return exit_code;
FileName const blgfile(changeExtension(file.absFileName(), ".blg"));
if (blgfile.exists())
bscanres = scanBlgFile(head, terr);
} else if (!had_depfile) {
/// If we run pdflatex on the file after running latex on it,
/// then we do not need to run bibtex, but we do need to
/// insert the .bib and .bst files into the .dep-pdf file.
updateBibtexDependencies(head, bibtex_info);
}
// 2
// We know on this point that latex has been run once (or we just
// returned) and the question now is to decide if we need to run
// it any more. This is done by asking if any of the files in the
// dependency file has changed. (remember that the checksum for
// a given file is reported to have changed if it just was created)
// -> if changed or rerun == true:
// run latex once more and
// update the dependency structure
// -> if not changed:
// we do nothing at this point
//
if (rerun || head.sumchange()) {
rerun = false;
++count;
LYXERR(Debug::DEPEND, "Dep. file has changed or rerun requested");
LYXERR(Debug::OUTFILE, "Run #" << count);
message(runMessage(count));
int exit_code = startscript();
if (exit_code == Systemcall::KILLED || exit_code == Systemcall::TIMEOUT)
return exit_code;
scanres = scanLogFile(terr);
// update the depedencies
deplog(head); // reads the latex log
head.update();
} else {
LYXERR(Debug::DEPEND, "Dep. file has NOT changed");
}
// 3
// Rerun bibliography processor?
// Complex bibliography packages such as Biblatex require
// an additional bibtex cycle sometimes.
// We do not run bibtex/biber on an "includeall" call (whose purpose is
// to set up/maintain counters and references for includeonly) since
// (1) bibliographic references will be updated on the subsequent includeonly run
// (2) this would trigger a complete run each time (as references in non-included
// children are removed on subsequent includeonly runs)
if (!runparams.includeall && scanres & UNDEF_CIT) {
// Here we must scan the .aux file and look for
// "\bibdata" and/or "\bibstyle". If one of those
// tags is found -> run bibtex and set rerun = true;
// no checks for now
LYXERR(Debug::OUTFILE, "Re-Running Bibliography Processor.");
message(_("Re-Running Bibliography Processor."));
updateBibtexDependencies(head, bibtex_info);
int exit_code;
rerun |= runBibTeX(bibtex_info, runparams, exit_code);
if (exit_code == Systemcall::KILLED || exit_code == Systemcall::TIMEOUT)
return exit_code;
FileName const blgfile(changeExtension(file.absFileName(), ".blg"));
if (blgfile.exists())
bscanres = scanBlgFile(head, terr);
}
// 4
// After the bibliography was processed, we need more passes of LaTeX
// in order to resolve the citations. We need to do this before the index
// is being generated (since we need the correct pagination, see #2696).
// Also, memoir (at least) writes an empty *idx file in the first place.
// A further latex run is needed in that case as well.
FileName const idxfile(changeExtension(file.absFileName(), ".idx"));
if (run_bibtex || (idxfile.exists() && idxfile.isFileEmpty())) {
while ((head.sumchange() || rerun || (scanres & RERUN))
&& count < MAX_RUN) {
// Yes rerun until message goes away, or until
// MAX_RUNS are reached.
rerun = false;
++count;
LYXERR(Debug::OUTFILE, "Run #" << count);
message(runMessage(count));
startscript();
scanres = scanLogFile(terr);
// keep this updated
head.update();
}
}
// 5
// Now that we have final pagination, run the index and nomencl processors
if (idxfile.exists()) {
// no checks for now
LYXERR(Debug::OUTFILE, "Running Index Processor.");
message(_("Running Index Processor."));
// onlyFileName() is needed for cygwin
int const ret =
runMakeIndex(onlyFileName(idxfile.absFileName()), runparams);
if (ret == Systemcall::KILLED || ret == Systemcall::TIMEOUT)
return ret;
else if (ret != Systemcall::OK) {
iscanres |= INDEX_ERROR;
terr.insertError(0,
_("Index Processor Error"),
_("The index processor did not run successfully. "
"Please check the output of View > Messages Pane!"));
}
FileName const ilgfile(changeExtension(file.absFileName(), ".ilg"));
if (ilgfile.exists())
iscanres = scanIlgFile(terr);
rerun = true;
}
FileName const nlofile(changeExtension(file.absFileName(), ".nlo"));
// If all nomencl entries are removed, nomencl writes an empty nlo file.
// DepTable::hasChanged() returns false in this case, since it does not
// distinguish empty files from non-existing files. This is why we need
// the extra checks here (to trigger a rerun). Cf. discussions in #8905.
// FIXME: Sort out the real problem in DepTable.
if (head.haschanged(nlofile) || (nlofile.exists() && nlofile.isFileEmpty())) {
int const ret = runMakeIndexNomencl(file, ".nlo", ".nls");
if (ret == Systemcall::KILLED || ret == Systemcall::TIMEOUT)
return ret;
rerun = true;
}
FileName const glofile(changeExtension(file.absFileName(), ".glo"));
if (head.haschanged(glofile)) {
int const ret = runMakeIndexNomencl(file, ".glo", ".gls");
if (ret)
return ret;
rerun = true;
}
// 6
// We will re-run latex if the log file asks for it,
// or if the sumchange() is true.
// -> rerun asked for:
// run latex and
// remake the dependency file
// goto 2 or return if max runs are reached.
// -> rerun not asked for:
// just return (fall out of bottom of func)
//
while ((head.sumchange() || rerun || (scanres & RERUN))
&& count < MAX_RUN) {
// Yes rerun until message goes away, or until
// MAX_RUNS are reached.
rerun = false;
++count;
LYXERR(Debug::OUTFILE, "Run #" << count);
message(runMessage(count));
startscript();
scanres = scanLogFile(terr);
// keep this updated
head.update();
}
// Write the dependencies to file.
head.write(depfile);
if (exit_code) {
// add flag here, just before return, instead of when exit_code
// is defined because scanres is sometimes overwritten above
// (e.g. rerun)
scanres |= NONZERO_ERROR;
}
LYXERR(Debug::OUTFILE, "Done.");
if (bscanres & ERRORS)
return bscanres; // return on error
if (iscanres & ERRORS)
return iscanres; // return on error
return scanres;
}
int LaTeX::startscript()
{
// onlyFileName() is needed for cygwin
string tmp = cmd + ' '
+ quoteName(onlyFileName(file.toFilesystemEncoding()))
+ " > " + os::nulldev();
Systemcall one;
Systemcall::Starttype const starttype =
allow_cancel ? Systemcall::WaitLoop : Systemcall::Wait;
return one.startscript(starttype, tmp, path, lpath, true);
}
int LaTeX::runMakeIndex(string const & f, OutputParams const & rp,
string const & params)
{
string tmp = rp.use_japanese ?
lyxrc.jindex_command : lyxrc.index_command;
if (!rp.index_command.empty())
tmp = rp.index_command;
Language const * doc_lang = languages.getLanguage(rp.document_language);
if (contains(tmp, "$$x")) {
// This adds appropriate [te]xindy options
// such as language and codepage (for the
// main document language/encoding) as well
// as input markup (latex or xelatex)
string xdyopts = doc_lang ? doc_lang->xindy() : string();
if (!xdyopts.empty())
xdyopts = "-L " + xdyopts;
if (rp.isFullUnicode() && rp.encoding->package() == Encoding::none) {
if (!xdyopts.empty())
xdyopts += " ";
// xelatex includes lualatex
xdyopts += "-I xelatex";
}
else if (rp.encoding->iconvName() == "UTF-8") {
if (!xdyopts.empty())
xdyopts += " ";
// -I not really needed for texindy, but for xindy
xdyopts += "-C utf8 -I latex";
}
else {
if (!xdyopts.empty())
xdyopts += " ";
// not really needed for texindy, but for xindy
xdyopts += "-I latex";
}
tmp = subst(tmp, "$$x", xdyopts);
}
if (contains(tmp, "$$b")) {
// advise xindy to write a log file
tmp = subst(tmp, "$$b", removeExtension(f));
}
LYXERR(Debug::OUTFILE,
"idx file has been made, running index processor ("
<< tmp << ") on file " << f);
if (doc_lang) {
tmp = subst(tmp, "$$lang", doc_lang->babel());
tmp = subst(tmp, "$$lcode", doc_lang->code());
}
if (rp.use_indices) {
tmp = lyxrc.splitindex_command + " -m " + quoteName(tmp);
LYXERR(Debug::OUTFILE,
"Multiple indices. Using splitindex command: " << tmp);
}
tmp += ' ';
tmp += quoteName(f);
tmp += params;
Systemcall one;
Systemcall::Starttype const starttype =
allow_cancel ? Systemcall::WaitLoop : Systemcall::Wait;
return one.startscript(starttype, tmp, path, lpath, true);
}
int LaTeX::runMakeIndexNomencl(FileName const & fname,
string const & nlo, string const & nls)
{
LYXERR(Debug::OUTFILE, "Running Nomenclature Processor.");
message(_("Running Nomenclature Processor."));
string tmp = lyxrc.nomencl_command + ' ';
// onlyFileName() is needed for cygwin
tmp += quoteName(onlyFileName(changeExtension(fname.absFileName(), nlo)));
tmp += " -o "
+ onlyFileName(changeExtension(fname.toFilesystemEncoding(), nls));
Systemcall one;
Systemcall::Starttype const starttype =
allow_cancel ? Systemcall::WaitLoop : Systemcall::Wait;
return one.startscript(starttype, tmp, path, lpath, true);
}
vector<AuxInfo> const
LaTeX::scanAuxFiles(FileName const & fname, bool const only_childbibs)
{
vector<AuxInfo> result;
// With chapterbib, we have to bibtex all children's aux files
// but _not_ the master's!
if (only_childbibs) {
for (string const &s: children) {
FileName fn =
makeAbsPath(s, fname.onlyPath().realPath());
fn.changeExtension("aux");
if (fn.exists())
result.push_back(scanAuxFile(fn));
}
return result;
}
result.push_back(scanAuxFile(fname));
// This is for bibtopic
string const basename = removeExtension(fname.absFileName());
for (int i = 1; i < 1000; ++i) {
FileName const file2(basename
+ '.' + convert<string>(i)
+ ".aux");
if (!file2.exists())
break;
result.push_back(scanAuxFile(file2));
}
return result;
}
AuxInfo const LaTeX::scanAuxFile(FileName const & fname)
{
AuxInfo result;
result.aux_file = fname;
scanAuxFile(fname, result);
return result;
}
void LaTeX::scanAuxFile(FileName const & fname, AuxInfo & aux_info)
{
LYXERR(Debug::OUTFILE, "Scanning aux file: " << fname);
ifstream ifs(fname.toFilesystemEncoding().c_str());
string token;
static regex const reg1("\\\\citation\\{([^}]+)\\}");
static regex const reg2("\\\\bibdata\\{([^}]+)\\}");
static regex const reg3("\\\\bibstyle\\{([^}]+)\\}");
static regex const reg4("\\\\@input\\{([^}]+)\\}");
while (getline(ifs, token)) {
token = rtrim(token, "\r");
smatch sub;
// FIXME UNICODE: We assume that citation keys and filenames
// in the aux file are in the file system encoding.
token = to_utf8(from_filesystem8bit(token));
if (regex_match(token, sub, reg1)) {
string data = sub.str(1);
while (!data.empty()) {
string citation;
data = split(data, citation, ',');
LYXERR(Debug::OUTFILE, "Citation: " << citation);
aux_info.citations.insert(citation);
}
} else if (regex_match(token, sub, reg2)) {
string data = sub.str(1);
// data is now all the bib files separated by ','
// get them one by one and pass them to the helper
while (!data.empty()) {
string database;
data = split(data, database, ',');
database = changeExtension(database, "bib");
LYXERR(Debug::OUTFILE, "BibTeX database: `" << database << '\'');
aux_info.databases.insert(database);
}
} else if (regex_match(token, sub, reg3)) {
string style = sub.str(1);
// token is now the style file
// pass it to the helper
style = changeExtension(style, "bst");
LYXERR(Debug::OUTFILE, "BibTeX style: `" << style << '\'');
aux_info.styles.insert(style);
} else if (regex_match(token, sub, reg4)) {
string const file2 = sub.str(1);
scanAuxFile(makeAbsPath(file2), aux_info);
}
}
}
void LaTeX::updateBibtexDependencies(DepTable & dep,
vector<AuxInfo> const & bibtex_info)
{
// Since a run of Bibtex mandates more latex runs it is ok to
// remove all ".bib" and ".bst" files.
dep.remove_files_with_extension(".bib");
dep.remove_files_with_extension(".bst");
//string aux = OnlyFileName(ChangeExtension(file, ".aux"));
for (vector<AuxInfo>::const_iterator it = bibtex_info.begin();
it != bibtex_info.end(); ++it) {
for (set<string>::const_iterator it2 = it->databases.begin();
it2 != it->databases.end(); ++it2) {
FileName const file = findtexfile(*it2, "bib");
if (!file.empty())
dep.insert(file, true);
}
for (set<string>::const_iterator it2 = it->styles.begin();
it2 != it->styles.end(); ++it2) {
FileName const file = findtexfile(*it2, "bst");
if (!file.empty())
dep.insert(file, true);
}
}
// biber writes nothing into the aux file.
// Instead, we have to scan the blg file
if (biber) {
TeXErrors terr;
scanBlgFile(dep, terr);
}
}
bool LaTeX::runBibTeX(vector<AuxInfo> const & bibtex_info,
OutputParams const & rp, int & exit_code)
{
bool result = false;
exit_code = 0;
for (vector<AuxInfo>::const_iterator it = bibtex_info.begin();
it != bibtex_info.end(); ++it) {
if (!biber && it->databases.empty())
continue;
result = true;
string tmp = rp.bibtex_command;
tmp += " ";
// onlyFileName() is needed for cygwin
tmp += quoteName(onlyFileName(removeExtension(
it->aux_file.absFileName())));
Systemcall one;
Systemcall::Starttype const starttype =
allow_cancel ? Systemcall::WaitLoop : Systemcall::Wait;
exit_code = one.startscript(starttype, tmp, path, lpath, true);
if (exit_code) {
return result;
}
}
// Return whether bibtex was run
return result;
}
//helper func for scanLogFile; gets line number X from strings "... on input line X ..."
//returns 0 if none is found
int getLineNumber(const string &token){
string l = support::token(token, ' ', tokenPos(token,' ',"line") + 1);
return l.empty() ? 0 : convert<int>(l);
}
int LaTeX::scanLogFile(TeXErrors & terr)
{
int last_line = -1;
int line_count = 1;
int retval = NO_ERRORS;
string tmp =
onlyFileName(changeExtension(file.absFileName(), ".log"));
LYXERR(Debug::OUTFILE, "Log file: " << tmp);
FileName const fn = makeAbsPath(tmp);
// FIXME we should use an ifdocstream here and a docstring for token
// below. The encoding of the log file depends on the _output_ (font)
// encoding of the TeX file (T1, TU etc.). See #10728.
ifstream ifs(fn.toFilesystemEncoding().c_str());
bool fle_style = false;
static regex const file_line_error(".+\\.\\D+:[0-9]+: (.+)");
static regex const child_file("[^0-9]*([0-9]+[A-Za-z]*_.+\\.tex).*");
static regex const undef_ref(".*Reference `(\\w+)\\' on page.*");
// Flag for 'File ended while scanning' message.
// We need to wait for subsequent processing.
string wait_for_error;
string child_name;
int pnest = 0;
stack <pair<string, int> > child;
children.clear();
terr.clearRefs();
string token;
string ml_token;
while (getline(ifs, token)) {
// MikTeX sometimes inserts \0 in the log file. They can't be
// removed directly with the existing string utility
// functions, so convert them first to \r, and remove all
// \r's afterwards, since we need to remove them anyway.
token = subst(token, '\0', '\r');
token = subst(token, "\r", "");
smatch sub;
LYXERR(Debug::OUTFILE, "Log line: " << token);
if (token.empty())
continue;
if (!ml_token.empty())
ml_token += token;
// Track child documents
for (size_t i = 0; i < token.length(); ++i) {
if (token[i] == '(') {
++pnest;
size_t j = token.find('(', i + 1);
size_t len = j == string::npos
? token.substr(i + 1).length()
: j - i - 1;
string const substr = token.substr(i + 1, len);
if (regex_match(substr, sub, child_file)) {
string const name = sub.str(1);
// Sometimes also masters have a name that matches
// (if their name starts with a number and _)
if (name != file.onlyFileName()) {
child.push(make_pair(name, pnest));
children.push_back(name);
}
i += len;
}
} else if (token[i] == ')') {
if (!child.empty()
&& child.top().second == pnest)
child.pop();
--pnest;
}
}
child_name = child.empty() ? empty_string() : child.top().first;
if (contains(token, "file:line:error style messages enabled"))
fle_style = true;
//Handles both "LaTeX Warning:" & "Package natbib Warning:"
//Various handlers for missing citations below won't catch the problem if citation
//key is long (>~25chars), because pdflatex splits output at line length 80.
//TODO: TL 2020 engines will contain new commandline switch --cnf-line which we
//can use to set max_print_line variable for appropriate length and detect all
//errors correctly.
if (!runparams.includeall && (contains(token, "There were undefined citations.") ||
prefixIs(token, "Package biblatex Warning: The following entry could not be found")))
retval |= UNDEF_CIT;
if (prefixIs(token, "LaTeX Warning:")
|| prefixIs(token, "! pdfTeX warning")
|| prefixIs(ml_token, "LaTeX Warning:")
|| prefixIs(ml_token, "! pdfTeX warning")) {
// Here shall we handle different
// types of warnings
retval |= LATEX_WARNING;
LYXERR(Debug::OUTFILE, "LaTeX Warning.");
if (contains(token, "Rerun to get cross-references")) {
retval |= RERUN;
LYXERR(Debug::OUTFILE, "We should rerun.");
// package clefval needs 2 latex runs before bibtex
} else if (contains(token, "Value of")
&& contains(token, "on page")
&& contains(token, "undefined")) {
retval |= ERROR_RERUN;
LYXERR(Debug::OUTFILE, "Force rerun.");
// package etaremune
} else if (contains(token, "Etaremune labels have changed")) {
retval |= ERROR_RERUN;
LYXERR(Debug::OUTFILE, "Force rerun.");
// package enotez
} else if (contains(token, "Endnotes may have changed. Rerun")) {
retval |= RERUN;
LYXERR(Debug::OUTFILE, "We should rerun.");
//"Citation `cit' on page X undefined on input line X."
} else if (!runparams.includeall && contains(token, "Citation")
//&& contains(token, "on input line") //often split to newline
&& contains(token, "undefined")) {
retval |= UNDEF_CIT;
terr.insertRef(getLineNumber(token), from_ascii("Citation undefined"),
from_utf8(token), child_name);
//"Reference `X' on page Y undefined on input line Z."
// This warning might be broken accross multiple lines with long labels.
// Thus we check that
} else if (contains(token, "Reference `") && !contains(token, "on input line")) {
// Rest of warning in next line(s)
// Save to ml_token
ml_token = token;
} else if (!ml_token.empty() && contains(ml_token, "Reference `")
&& !contains(ml_token, "on input line")) {
// not finished yet. Continue with next line.
continue;
} else if (!ml_token.empty() && contains(ml_token, "Reference `")
&& contains(ml_token, "on input line")) {
// We have collected the whole warning now.
if (!contains(ml_token, "undefined")) {
// Not the warning we are looking for
ml_token.clear();
continue;
}
if (regex_match(ml_token, sub, undef_ref)) {
string const ref = sub.str(1);
Buffer const * buf = theBufferList().getBufferFromTmp(file.absFileName());
if (!buf || !buf->masterBuffer()->activeLabel(from_utf8(ref))) {
terr.insertRef(getLineNumber(ml_token), from_ascii("Reference undefined"),
from_utf8(ml_token), child_name);
retval |= UNDEF_UNKNOWN_REF;
}
}
ml_token.clear();
retval |= UNDEF_REF;
} else if (contains(token, "Reference `")
&& contains(token, "on input line")
&& contains(token, "undefined")) {
if (regex_match(token, sub, undef_ref)) {
string const ref = sub.str(1);
Buffer const * buf = theBufferList().getBufferFromTmp(file.absFileName());
if (!buf || !buf->masterBuffer()->activeLabel(from_utf8(ref))) {
terr.insertRef(getLineNumber(token), from_ascii("Reference undefined"),
from_utf8(token), child_name);
retval |= UNDEF_UNKNOWN_REF;
}
}
retval |= UNDEF_REF;
// In case the above checks fail we catch at least this generic statement
// occuring for both CIT & REF.
} else if (!runparams.includeall && contains(token, "There were undefined references.")) {
if (!(retval & UNDEF_CIT)) //if not handled already
retval |= UNDEF_REF;
}
} else if (prefixIs(token, "Package")) {
// Package warnings
retval |= PACKAGE_WARNING;
if (contains(token, "natbib Warning:")) {
// Natbib warnings
if (!runparams.includeall
&& contains(token, "Citation")
&& contains(token, "on page")
&& contains(token, "undefined")) {
retval |= UNDEF_CIT;
//Unf only keys up to ~6 chars will make it due to line splits
terr.insertRef(getLineNumber(token), from_ascii("Citation undefined"),
from_utf8(token), child_name);
}
} else if (!runparams.includeall && contains(token, "run BibTeX")) {
retval |= UNDEF_CIT;
} else if (!runparams.includeall && contains(token, "run Biber")) {
retval |= UNDEF_CIT;
biber = true;
} else if (contains(token, "Rerun LaTeX") ||
contains(token, "Please rerun LaTeX") ||
contains(token, "Rerun to get")) {
// at least longtable.sty and bibtopic.sty
// might use this.
LYXERR(Debug::OUTFILE, "We should rerun.");
retval |= RERUN;
}
} else if (prefixIs(token, "LETTRE WARNING:")) {
if (contains(token, "veuillez recompiler")) {
// lettre.cls
LYXERR(Debug::OUTFILE, "We should rerun.");
retval |= RERUN;
}
} else if (token[0] == '(') {
if (contains(token, "Rerun LaTeX") ||
contains(token, "Rerun to get")) {
// Used by natbib
LYXERR(Debug::OUTFILE, "We should rerun.");
retval |= RERUN;
}
} else if (prefixIs(token, "! ")
|| (fle_style
&& regex_match(token, sub, file_line_error)
&& !contains(token, "pdfTeX warning"))) {
// Ok, we have something that looks like a TeX Error
// but what do we really have.
// Just get the error description:
string desc;
if (prefixIs(token, "! "))
desc = string(token, 2);
else if (fle_style)
desc = sub.str();
if (contains(token, "LaTeX Error:"))
retval |= LATEX_ERROR;
if (prefixIs(token, "! File ended while scanning")) {
if (prefixIs(token, "! File ended while scanning use of \\Hy@setref@link.")){
// bug 7344. We must rerun LaTeX if hyperref has been toggled.
retval |= ERROR_RERUN;
LYXERR(Debug::OUTFILE, "Force rerun.");
} else {
// bug 6445. At this point its not clear we finish with error.
wait_for_error = desc;
continue;
}
}
if (prefixIs(token, "! Incomplete \\if")) {
// bug 10666. At this point its not clear we finish with error.
wait_for_error = desc;
continue;
}
if (prefixIs(token, "! Paragraph ended before \\Hy@setref@link was complete.")){
// bug 7344. We must rerun LaTeX if hyperref has been toggled.
retval |= ERROR_RERUN;
LYXERR(Debug::OUTFILE, "Force rerun.");
}
if (!wait_for_error.empty() && prefixIs(token, "! Emergency stop.")){
retval |= LATEX_ERROR;
string errstr;
int count = 0;
errstr = wait_for_error;
wait_for_error.clear();
do {
if (!getline(ifs, tmp))
break;
tmp = rtrim(tmp, "\r");
errstr += "\n" + tmp;
if (++count > 5)
break;
} while (!contains(tmp, "(job aborted"));
terr.insertError(0,
from_ascii("Emergency stop"),
from_local8bit(errstr),
child_name);
}
// get the next line
int count = 0;
// We also collect intermediate lines
// This is needed for errors in preamble
string intermediate;
do {
if (!getline(ifs, tmp))
break;
tmp = rtrim(tmp, "\r");
if (!prefixIs(tmp, "l."))
intermediate += tmp;
// 15 is somewhat arbitrarily chosen, based on practice.
// We used 10 for 14 years and increased it to 15 when we
// saw one case.
if (++count > 15)
break;
} while (!prefixIs(tmp, "l."));
if (prefixIs(tmp, "l.")) {
// we have a latex error
retval |= TEX_ERROR;
if (contains(desc,
"Package babel Error: You haven't defined the language")
|| contains(desc,
"Package babel Error: You haven't loaded the option")
|| contains(desc,
"Package babel Error: Unknown language"))
retval |= ERROR_RERUN;
// get the line number:
int line = 0;
sscanf(tmp.c_str(), "l.%d", &line);
// get the rest of the message:
string errstr(tmp, tmp.find(' '));
bool preamble_error = false;
if (suffixIs(errstr, "\\begin{document}")) {
// this is an error in preamble
// the real error is in the
// intermediate lines
errstr = intermediate;
tmp = intermediate;
preamble_error = true;
}
errstr += '\n';
getline(ifs, tmp);
tmp = rtrim(tmp, "\r");
while (!contains(errstr, "l.")
&& !tmp.empty()
&& !prefixIs(tmp, "! ")
&& !contains(tmp, "(job aborted")) {
errstr += tmp;
errstr += "\n";
getline(ifs, tmp);
tmp = rtrim(tmp, "\r");
}
if (preamble_error)
// Add a note that the error is to be found in preamble
errstr += "\n" + to_utf8(_("(NOTE: The erroneous command is in the preamble)"));
LYXERR(Debug::OUTFILE, "line: " << line << '\n'
<< "Desc: " << desc << '\n' << "Text: " << errstr);
if (line == last_line)
++line_count;
else {
line_count = 1;
last_line = line;
}
if (line_count <= 5) {
// FIXME UNICODE
// We have no idea what the encoding of
// the log file is.
// It seems that the output from the
// latex compiler itself is pure ASCII,
// but it can include bits from the
// document, so whatever encoding we
// assume here it can be wrong.
terr.insertError(line,
from_local8bit(desc),
from_local8bit(errstr),
child_name);
++num_errors;
}
}
} else {
// information messages, TeX warnings and other
// warnings we have not caught earlier.
if (prefixIs(token, "Overfull ")) {
retval |= TEX_WARNING;
} else if (prefixIs(token, "Underfull ")) {
retval |= TEX_WARNING;
} else if (!runparams.includeall && contains(token, "Rerun to get citations")) {
// Natbib seems to use this.
retval |= UNDEF_CIT;
} else if (contains(token, "No pages of output")
|| contains(token, "no pages of output")) {
// No output file (e.g. the DVI or PDF) was created
retval |= NO_OUTPUT;
} else if (contains(token, "Error 256 (driver return code)")) {
// This is a xdvipdfmx driver error reported by XeTeX.
// We have to check whether an output PDF file was created.
FileName pdffile = file;
pdffile.changeExtension("pdf");
if (!pdffile.exists())
// No output PDF file was created (see #10076)
retval |= NO_OUTPUT;
} else if (contains(token, "That makes 100 errors")) {
// More than 100 errors were reported
retval |= TOO_MANY_ERRORS;
} else if (prefixIs(token, "!pdfTeX error:")) {
// otherwise we dont catch e.g.:
// !pdfTeX error: pdflatex (file feyn10): Font feyn10 at 600 not found
retval |= ERRORS;
terr.insertError(0,
from_ascii("pdfTeX Error"),
from_local8bit(token),
child_name);
} else if (!ignore_missing_glyphs
&& prefixIs(token, "Missing character: There is no ")
&& !contains(token, "nullfont")) {
// Warning about missing glyph in selected font
// may be dataloss (bug 9610)
// but can be ignored for 'nullfont' (bug 10394).
// as well as for ZERO WIDTH NON-JOINER (0x200C) which is
// missing in many fonts and output for ligature break (bug 10727).
// Since this error only occurs with utf8 output, we can safely assume
// that the log file is utf8-encoded
docstring const utoken = from_utf8(token);
if (!contains(utoken, 0x200C)) {
retval |= LATEX_ERROR;
terr.insertError(0,
from_ascii("Missing glyphs!"),
utoken,
child_name);
}
} else if (!wait_for_error.empty()) {
// We collect information until we know we have an error.
wait_for_error += token + '\n';
}
}
}
LYXERR(Debug::OUTFILE, "Log line: " << token);
return retval;
}
namespace {
bool insertIfExists(FileName const & absname, DepTable & head)
{
if (absname.exists() && !absname.isDirectory()) {
head.insert(absname, true);
return true;
}
return false;
}
bool handleFoundFile(string const & ff, DepTable & head)
{
// convert from native os path to unix path
string foundfile = os::internal_path(trim(ff));
LYXERR(Debug::DEPEND, "Found file: " << foundfile);
// Ok now we found a file.
// Now we should make sure that this is a file that we can
// access through the normal paths.
// We will not try any fancy search methods to
// find the file.
// (1) foundfile is an
// absolute path and should
// be inserted.
FileName absname;
if (FileName::isAbsolute(foundfile)) {
LYXERR(Debug::DEPEND, "AbsolutePath file: " << foundfile);
// On initial insert we want to do the update at once
// since this file cannot be a file generated by
// the latex run.
absname.set(foundfile);
if (!insertIfExists(absname, head)) {
// check for spaces
string strippedfile = foundfile;
while (contains(strippedfile, " ")) {
// files with spaces are often enclosed in quotation
// marks; those have to be removed
string unquoted = subst(strippedfile, "\"", "");
absname.set(unquoted);
if (insertIfExists(absname, head))
return true;
// strip off part after last space and try again
string tmp = strippedfile;
rsplit(tmp, strippedfile, ' ');
absname.set(strippedfile);
if (insertIfExists(absname, head))
return true;
}
}
}
string onlyfile = onlyFileName(foundfile);
absname = makeAbsPath(onlyfile);
// check for spaces
while (contains(foundfile, ' ')) {
if (absname.exists())
// everything o.k.
break;
else {
// files with spaces are often enclosed in quotation
// marks; those have to be removed
string unquoted = subst(foundfile, "\"", "");
absname = makeAbsPath(unquoted);
if (absname.exists())
break;
// strip off part after last space and try again
string strippedfile;
rsplit(foundfile, strippedfile, ' ');
foundfile = strippedfile;
onlyfile = onlyFileName(strippedfile);
absname = makeAbsPath(onlyfile);
}
}
// (2) foundfile is in the tmpdir
// insert it into head
if (absname.exists() && !absname.isDirectory()) {
// FIXME: This regex contained glo, but glo is used by the old
// version of nomencl.sty. Do we need to put it back?
static regex const unwanted("^.*\\.(aux|log|dvi|bbl|ind)$");
if (regex_match(onlyfile, unwanted)) {
LYXERR(Debug::DEPEND, "We don't want " << onlyfile
<< " in the dep file");
} else if (suffixIs(onlyfile, ".tex")) {
// This is a tex file generated by LyX
// and latex is not likely to change this
// during its runs.
LYXERR(Debug::DEPEND, "Tmpdir TeX file: " << onlyfile);
head.insert(absname, true);
} else {
LYXERR(Debug::DEPEND, "In tmpdir file:" << onlyfile);
head.insert(absname);
}
return true;
} else {
LYXERR(Debug::DEPEND, "Not a file or we are unable to find it.");
return false;
}
}
bool completeFilename(string const & ff, DepTable & head)
{
// If we do not find a dot, we suspect
// a fragmental file name
if (!contains(ff, '.'))
return false;
// if we have a dot, we let handleFoundFile decide
return handleFoundFile(ff, head);
}
int iterateLine(string const & token, regex const & reg, string const & opening,
string const & closing, int fragment_pos, DepTable & head)
{
smatch what;
string::const_iterator first = token.begin();
string::const_iterator end = token.end();
bool fragment = false;
string last_match;
while (regex_search(first, end, what, reg)) {
// if we have a dot, try to handle as file
if (contains(what.str(1), '.')) {
first = what[0].second;
if (what.str(2) == closing) {
handleFoundFile(what.str(1), head);
// since we had a closing bracket,
// do not investigate further
fragment = false;
} else if (what.str(2) == opening) {
// if we have another opening bracket,
// we might have a nested file chain
// as is (file.ext (subfile.ext))
fragment = !handleFoundFile(rtrim(what.str(1)), head);
// decrease first position by one in order to
// consider the opening delimiter on next iteration
if (first > token.begin())
--first;
} else
// if we have no closing bracket,
// try to handle as file nevertheless
fragment = !handleFoundFile(
what.str(1) + what.str(2), head);
}
// if we do not have a dot, check if the line has
// a closing bracket (else, we suspect a line break)
else if (what.str(2) != closing) {
first = what[0].second;
fragment = true;
} else {
// we have a closing bracket, so the content
// is not a file name.
// no need to investigate further
first = what[0].second;
fragment = false;
}
last_match = what.str(1);
}
// We need to consider the result from previous line iterations:
// We might not find a fragment here, but another one might follow
// E.g.: (filename.ext) <filenam
// Vice versa, we consider the search completed if a real match
// follows a potential fragment from a previous iteration.
// E.g. <some text we considered a fragment (filename.ext)
// result = -1 means we did not find a fragment!
int result = -1;
int last_match_pos = -1;
if (!last_match.empty() && token.find(last_match) != string::npos)
last_match_pos = int(token.find(last_match));
if (fragment) {
if (last_match_pos > fragment_pos)
result = last_match_pos;
else
result = fragment_pos;
} else
if (last_match_pos < fragment_pos)
result = fragment_pos;
return result;
}
} // namespace
void LaTeX::deplog(DepTable & head)
{
// This function reads the LaTeX log file end extracts all the
// external files used by the LaTeX run. The files are then
// entered into the dependency file.
string const logfile =
onlyFileName(changeExtension(file.absFileName(), ".log"));
static regex const reg1("File: (.+).*");
static regex const reg2("No file (.+)(.).*");
static regex const reg3a("\\\\openout[0-9]+.*=.*`(.+)(..).*");
// LuaTeX has a slightly different output
static regex const reg3b("\\\\openout[0-9]+.*=\\s*(.+)");
// If an index should be created, MikTex does not write a line like
// \openout# = 'sample.idx'.
// but instead only a line like this into the log:
// Writing index file sample.idx
static regex const reg4("Writing index file (.+).*");
static regex const regoldnomencl("Writing glossary file (.+).*");
static regex const regnomencl(".*Writing nomenclature file (.+).*");
// If a toc should be created, MikTex does not write a line like
// \openout# = `sample.toc'.
// but only a line like this into the log:
// \tf@toc=\write#
// This line is also written by tetex.
// This line is not present if no toc should be created.
static regex const miktexTocReg("\\\\tf@toc=\\\\write.*");
// file names can be enclosed in <...> (anywhere on the line)
static regex const reg5(".*<[^>]+.*");
// and also (...) anywhere on the line
static regex const reg6(".*\\([^)]+.*");
FileName const fn = makeAbsPath(logfile);
ifstream ifs(fn.toFilesystemEncoding().c_str());
string lastline;
while (ifs) {
// Ok, the scanning of files here is not sufficient.
// Sometimes files are named by "File: xxx" only
// Therefore we use some regexps to find files instead.
// Note: all file names and paths might contains spaces.
// Also, file names might be broken across lines. Therefore
// we mark (potential) fragments and merge those lines.
bool fragment = false;
string token;
getline(ifs, token);
// MikTeX sometimes inserts \0 in the log file. They can't be
// removed directly with the existing string utility
// functions, so convert them first to \r, and remove all
// \r's afterwards, since we need to remove them anyway.
token = subst(token, '\0', '\r');
token = subst(token, "\r", "");
if (token.empty() || token == ")") {
lastline = string();
continue;
}
// FIXME UNICODE: We assume that the file names in the log
// file are in the file system encoding.
token = to_utf8(from_filesystem8bit(token));
// Sometimes, filenames are broken across lines.
// We care for that and save suspicious lines.
// Here we exclude some cases where we are sure
// that there is no continued filename
if (!lastline.empty()) {
static regex const package_info("Package \\w+ Info: .*");
static regex const package_warning("Package \\w+ Warning: .*");
if (prefixIs(token, "File:") || prefixIs(token, "(Font)")
|| prefixIs(token, "Package:")
|| prefixIs(token, "Language:")
|| prefixIs(token, "LaTeX Info:")
|| prefixIs(token, "LaTeX Font Info:")
|| prefixIs(token, "\\openout[")
|| prefixIs(token, "))")
|| regex_match(token, package_info)
|| regex_match(token, package_warning))
lastline = string();
}
if (!lastline.empty())
// probably a continued filename from last line
token = lastline + token;
if (token.length() > 255) {
// string too long. Cut off.
token.erase(0, token.length() - 251);
}
smatch sub;
// (1) "File: file.ext"
if (regex_match(token, sub, reg1)) {
// is this a fragmental file name?
fragment = !completeFilename(sub.str(1), head);
// However, ...
if (suffixIs(token, ")"))
// no fragment for sure
fragment = false;
// (2) "No file file.ext"
} else if (regex_match(token, sub, reg2)) {
// file names must contains a dot, line ends with dot
if (contains(sub.str(1), '.') && sub.str(2) == ".")
fragment = !handleFoundFile(sub.str(1), head);
else
// we suspect a line break
fragment = true;
// (3)(a) "\openout<nr> = `file.ext'."
} else if (regex_match(token, sub, reg3a)) {
// search for closing '. at the end of the line
if (sub.str(2) == "\'.")
fragment = !handleFoundFile(sub.str(1), head);
else
// potential fragment
fragment = true;
// (3)(b) "\openout<nr> = file.ext" (LuaTeX)
} else if (regex_match(token, sub, reg3b)) {
// file names must contains a dot
if (contains(sub.str(1), '.'))
fragment = !handleFoundFile(sub.str(1), head);
else
// potential fragment
fragment = true;
// (4) "Writing index file file.ext"
} else if (regex_match(token, sub, reg4))
// fragmential file name?
fragment = !completeFilename(sub.str(1), head);
// (5) "Writing nomenclature file file.ext"
else if (regex_match(token, sub, regnomencl) ||
regex_match(token, sub, regoldnomencl))
// fragmental file name?
fragment= !completeFilename(sub.str(1), head);
// (6) "\tf@toc=\write<nr>" (for MikTeX)
else if (regex_match(token, sub, miktexTocReg))
fragment = !handleFoundFile(onlyFileName(changeExtension(
file.absFileName(), ".toc")), head);
else
// not found, but we won't check further
fragment = false;
int fragment_pos = -1;
// (7) "<file.ext>"
// We can have several of these on one line
// (and in addition to those above)
if (regex_match(token, sub, reg5)) {
// search for strings in <...>
static regex const reg5_1("<([^>]+)(.)");
fragment_pos = iterateLine(token, reg5_1, "<", ">",
fragment_pos, head);
fragment = (fragment_pos != -1);
}
// (8) "(file.ext)"
// We can have several of these on one line
// this must be queried separated, because of
// cases such as "File: file.ext (type eps)"
// where "File: file.ext" would be skipped
if (regex_match(token, sub, reg6)) {
// search for strings in (...)
static regex const reg6_1("\\(([^()]+)(.)");
fragment_pos = iterateLine(token, reg6_1, "(", ")",
fragment_pos, head);
fragment = (fragment_pos != -1);
}
if (fragment)
// probable linebreak within file name:
// save this line
lastline = token;
else
// no linebreak: reset
lastline = string();
}
// Make sure that the main .tex file is in the dependency file.
head.insert(file, true);
}
int LaTeX::scanBlgFile(DepTable & dep, TeXErrors & terr)
{
FileName const blg_file(changeExtension(file.absFileName(), "blg"));
LYXERR(Debug::OUTFILE, "Scanning blg file: " << blg_file);
ifstream ifs(blg_file.toFilesystemEncoding().c_str());
string token;
static regex const reg1(".*Found (bibtex|BibTeX) data (file|source) '([^']+).*");
static regex const bibtexError("^(.*---line [0-9]+ of file).*$");
static regex const bibtexError2("^(.*---while reading file).*$");
static regex const bibtexError3("(A bad cross reference---).*");
static regex const bibtexError4("(Sorry---you've exceeded BibTeX's).*");
static regex const bibtexError5("\\*Please notify the BibTeX maintainer\\*");
static regex const biberError("^.*> (FATAL|ERROR) - (.*)$");
int retval = NO_ERRORS;
string prevtoken;
while (getline(ifs, token)) {
token = rtrim(token, "\r");
smatch sub;
// FIXME UNICODE: We assume that citation keys and filenames
// in the aux file are in the file system encoding.
token = to_utf8(from_filesystem8bit(token));
if (regex_match(token, sub, reg1)) {
string data = sub.str(3);
if (!data.empty()) {
LYXERR(Debug::OUTFILE, "Found bib file: " << data);
handleFoundFile(data, dep);
}
}
else if (regex_match(token, sub, bibtexError)
|| regex_match(token, sub, bibtexError2)
|| regex_match(token, sub, bibtexError4)
|| regex_match(token, sub, bibtexError5)) {
retval |= BIBTEX_ERROR;
string errstr = N_("BibTeX error: ") + token;
string msg;
if ((prefixIs(token, "while executing---line")
|| prefixIs(token, "---line ")
|| prefixIs(token, "*Please notify the BibTeX"))
&& !prevtoken.empty()) {
errstr = N_("BibTeX error: ") + prevtoken;
msg = prevtoken + '\n';
}
msg += token;
terr.insertError(0,
from_local8bit(errstr),
from_local8bit(msg));
} else if (regex_match(prevtoken, sub, bibtexError3)) {
retval |= BIBTEX_ERROR;
string errstr = N_("BibTeX error: ") + prevtoken;
string msg = prevtoken + '\n' + token;
terr.insertError(0,
from_local8bit(errstr),
from_local8bit(msg));
} else if (regex_match(token, sub, biberError)) {
retval |= BIBTEX_ERROR;
string errstr = N_("Biber error: ") + sub.str(2);
terr.insertError(0,
from_local8bit(errstr),
from_local8bit(token));
}
prevtoken = token;
}
return retval;
}
int LaTeX::scanIlgFile(TeXErrors & terr)
{
FileName const ilg_file(changeExtension(file.absFileName(), "ilg"));
LYXERR(Debug::OUTFILE, "Scanning ilg file: " << ilg_file);
ifstream ifs(ilg_file.toFilesystemEncoding().c_str());
string token;
int retval = NO_ERRORS;
string prevtoken;
while (getline(ifs, token)) {
token = rtrim(token, "\r");
if (prefixIs(token, "!! "))
prevtoken = token;
else if (!prevtoken.empty()) {
retval |= INDEX_ERROR;
string errstr = N_("Makeindex error: ") + prevtoken;
string msg = prevtoken + '\n';
msg += token;
terr.insertError(0,
from_local8bit(errstr),
from_local8bit(msg));
prevtoken.clear();
} else if (prefixIs(token, "ERROR: ")) {
retval |= BIBTEX_ERROR;
string errstr = N_("Xindy error: ") + token.substr(6);
terr.insertError(0,
from_local8bit(errstr),
from_local8bit(token));
}
}
return retval;
}
} // namespace lyx
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