// different way.
// - the makeindex style files should be taken care of with
// the dependency mechanism.
-// - we should perhaps also scan the bibtex log file
namespace {
LaTeX::LaTeX(string const & latex, OutputParams const & rp,
FileName const & f, string const & p)
- : cmd(latex), file(f), path(p), runparams(rp)
+ : cmd(latex), file(f), path(p), runparams(rp), biber(false)
{
num_errors = 0;
if (prefixIs(cmd, "pdf")) { // Do we use pdflatex ?
bool had_depfile = depfile.exists();
bool run_bibtex = false;
- FileName const aux_file(changeExtension(file.absFileName(), "aux"));
+ FileName const aux_file(changeExtension(file.absFileName(), ".aux"));
if (had_depfile) {
LYXERR(Debug::DEPEND, "Dependency file exists");
message(_("Running BibTeX."));
updateBibtexDependencies(head, bibtex_info);
rerun |= runBibTeX(bibtex_info, runparams);
- if (biber) {
- // since biber writes no info to the aux file, we have
- // to parse the blg file (which only exists after biber
- // was first issued)
- FileName const blgfile(changeExtension(file.absFileName(), ".blg"));
- if (blgfile.exists())
- scanBlgFile(head);
+ FileName const blgfile(changeExtension(file.absFileName(), ".blg"));
+ if (blgfile.exists()) {
+ int bscanres = scanBlgFile(head, terr);
+ if (bscanres & ERRORS) {
+ deleteFilesOnError();
+ return bscanres; // return on error
+ }
}
} else if (!had_depfile) {
/// If we run pdflatex on the file after running latex on it,
message(_("Running BibTeX."));
updateBibtexDependencies(head, bibtex_info);
rerun |= runBibTeX(bibtex_info, runparams);
+ FileName const blgfile(changeExtension(file.absFileName(), ".blg"));
+ if (blgfile.exists()) {
+ int bscanres = scanBlgFile(head, terr);
+ if (bscanres & ERRORS) {
+ deleteFilesOnError();
+ return bscanres; // return on error
+ }
+ }
}
// 4
// biber writes nothing into the aux file.
// Instead, we have to scan the blg file
if (biber) {
- scanBlgFile(dep);
+ TeXErrors terr;
+ scanBlgFile(dep, terr);
}
}
&& contains(token, "on page")
&& contains(token, "undefined")) {
retval |= UNDEF_CIT;
+ } else if (contains(token, "Citation")
+ && contains(token, "on input line")
+ && contains(token, "undefined")) {
+ retval |= UNDEF_CIT;
}
} else if (prefixIs(token, "Package")) {
// Package warnings
return handleFoundFile(ff, head);
}
+
+int iterateLine(string const token, regex const reg, 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 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;
+}
+
} // anon namespace
// but instead only a line like this into the log:
// Writing index file sample.idx
static regex const reg4("Writing index file (.+).*");
- // files also can be enclosed in <...>
- static regex const reg5("[^<]*<([^>]+)(.).*");
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
// 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.*");
- // (...) somewhere on the line
+ // 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);
} else if (regex_match(token, sub, reg4))
// fragmential file name?
fragment = !completeFilename(sub.str(1), head);
- // (5) "<file.ext>"
- else if (regex_match(token, sub, reg5)) {
- // search for closing '>' and dot ('*.*>') at the eol
- if (contains(sub.str(1), '.') && sub.str(2) == ">")
- fragment = !handleFoundFile(sub.str(1), head);
- else
- // potential fragment
- fragment = true;
- // (6) "Writing nomenclature file file.ext"
- } else if (regex_match(token, sub, regnomencl) ||
+ // (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);
- // (7) "\tf@toc=\write<nr>" (for MikTeX)
+ // (6) "\tf@toc=\write<nr>" (for MikTeX)
else if (regex_match(token, sub, miktexTocReg))
fragment = !handleFoundFile(onlyFileName(changeExtension(
file.absFileName(), ".toc")), head);
// not found, but we won't check further
fragment = false;
- // (8) "(file.ext"
- // note that we can have several of these on one line
+ 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 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 reg6_1("\\(([^()]+)(.)");
- smatch what;
- string::const_iterator first = token.begin();
- string::const_iterator end = token.end();
-
- while (regex_search(first, end, what, reg6_1)) {
- // if we have a dot, try to handle as file
- if (contains(what.str(1), '.')) {
- first = what[0].second;
- if (what.str(2) == ")") {
- handleFoundFile(what.str(1), head);
- // since we had a closing bracket,
- // do not investigate further
- fragment = false;
- } 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) != ")") {
- 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;
- }
- }
+ fragment_pos = iterateLine(token, reg6_1, ")",
+ fragment_pos, head);
+ fragment = (fragment_pos != -1);
}
if (fragment)
}
-void LaTeX::scanBlgFile(DepTable & dep)
+int LaTeX::scanBlgFile(DepTable & dep, TeXErrors & terr)
{
FileName const blg_file(changeExtension(file.absFileName(), "blg"));
LYXERR(Debug::LATEX, "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;
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 message;
+ if ((prefixIs(token, "while executing---line")
+ || prefixIs(token, "---line ")
+ || prefixIs(token, "*Please notify the BibTeX"))
+ && !prevtoken.empty()) {
+ errstr = N_("BibTeX error: ") + prevtoken;
+ message = prevtoken + '\n';
+ }
+ message += token;
+ terr.insertError(0,
+ from_local8bit(errstr),
+ from_local8bit(message));
+ } else if (regex_match(prevtoken, sub, bibtexError3)) {
+ retval |= BIBTEX_ERROR;
+ string errstr = N_("BibTeX error: ") + prevtoken;
+ string message = prevtoken + '\n' + token;
+ terr.insertError(0,
+ from_local8bit(errstr),
+ from_local8bit(message));
+ } else if (regex_match(token, sub, biberError)) {
+ retval |= BIBTEX_ERROR;
+ string errstr = N_("Biber error: ") + sub.str(2);
+ string message = token;
+ terr.insertError(0,
+ from_local8bit(errstr),
+ from_local8bit(message));
+ }
+ prevtoken = token;
+ }
+ return retval;
}
projects / lyx.git / blobdiff