#include "Converter.h"
-#include "ConverterCache.h"
#include "Buffer.h"
#include "buffer_funcs.h"
#include "BufferParams.h"
+#include "ConverterCache.h"
+#include "Encoding.h"
#include "ErrorList.h"
#include "Format.h"
#include "Language.h"
string const token_base("$$b");
string const token_to("$$o");
string const token_path("$$p");
-
+string const token_orig_path("$$r");
+string const token_encoding("$$e");
string const add_options(string const & command, string const & options)
string flag_name, flag_value;
flag_list = split(flag_list, flag_value, ',');
flag_value = split(flag_value, flag_name, '=');
- if (flag_name == "latex")
+ if (flag_name == "latex") {
latex = true;
- else if (flag_name == "xml")
+ latex_flavor = flag_value.empty() ?
+ "latex" : flag_value;
+ } else if (flag_name == "xml")
xml = true;
else if (flag_name == "needaux")
need_aux = true;
}
converter.readFlags();
- if (converter.latex && (latex_command_.empty() || to == "dvi"))
- latex_command_ = subst(command, token_from, "");
// If we have both latex & pdflatex, we set latex_command to latex.
// The latex_command is used to update the .aux file when running
// a converter that uses it.
+ if (converter.latex
+ && (latex_command_.empty() || converter.latex_flavor == "latex"))
+ latex_command_ = subst(command, token_from, "");
if (it == converterlist_.end()) {
converterlist_.push_back(converter);
cit != path.end(); ++cit) {
Converter const & conv = converterlist_[*cit];
if (conv.latex)
- if (contains(conv.to, "pdf"))
+ if (conv.latex_flavor == "xelatex")
+ return OutputParams::XETEX;
+ if (conv.latex_flavor == "lualatex")
+ return OutputParams::LUATEX;
+ if (conv.latex_flavor == "pdflatex")
return OutputParams::PDFLATEX;
if (conv.xml)
return OutputParams::XML;
// if no special converter defined, then we take the
// default one from ImageMagic.
string const from_ext = from_format.empty() ?
- getExtension(from_file.absFilename()) :
+ getExtension(from_file.absFileName()) :
formats.extension(from_format);
string const to_ext = formats.extension(to_format);
string const command =
return true;
}
}
+
+ // only warn once per session and per file type
+ static std::map<string, string> warned;
+ if (warned.find(from_format) != warned.end() && warned.find(from_format)->second == to_format) {
+ return false;
+ }
+ warned.insert(make_pair(from_format, to_format));
+
Alert::error(_("Cannot convert file"),
bformat(_("No information for converting %1$s "
"format files to %2$s.\n"
OutputParams runparams(buffer ? &buffer->params().encoding() : 0);
runparams.flavor = getFlavor(edgepath);
+ if (buffer) {
+ runparams.use_japanese = buffer->bufferFormat() == "platex";
+ runparams.use_indices = buffer->params().use_indices;
+ runparams.bibtex_command = (buffer->params().bibtex_command == "default") ?
+ string() : buffer->params().bibtex_command;
+ runparams.index_command = (buffer->params().index_command == "default") ?
+ string() : buffer->params().index_command;
+ }
+
// Some converters (e.g. lilypond) can only output files to the
// current directory, so we need to change the current directory.
// This has the added benefit that all other files that may be
// generated by the converter are deleted when LyX closes and do not
// clutter the real working directory.
- string const path(onlyPath(from_file.absFilename()));
+ string const path(onlyPath(from_file.absFileName()));
// Prevent the compiler from optimizing away p
FileName pp(path);
PathChanger p(pp);
errorList.clear();
bool run_latex = false;
- string from_base = changeExtension(from_file.absFilename(), "");
- string to_base = changeExtension(to_file.absFilename(), "");
+ string from_base = changeExtension(from_file.absFileName(), "");
+ string to_base = changeExtension(to_file.absFileName(), "");
FileName infile;
FileName outfile = from_file;
for (Graph::EdgePath::const_iterator cit = edgepath.begin();
}
infile = outfile;
outfile = FileName(conv.result_dir.empty()
- ? changeExtension(from_file.absFilename(), conv.To->extension())
+ ? changeExtension(from_file.absFileName(), conv.To->extension())
: addName(subst(conv.result_dir,
token_base, from_base),
subst(conv.result_file,
- token_base, onlyFilename(from_base))));
+ token_base, onlyFileName(from_base))));
// if input and output files are equal, we use a
// temporary file as intermediary (JMarc)
if (buffer)
outfile = FileName(addName(buffer->temppath(), "tmpfile.out"));
else
- outfile = FileName(addName(package().temp_dir().absFilename(),
+ outfile = FileName(addName(package().temp_dir().absFileName(),
"tmpfile.out"));
}
}
// FIXME UNICODE
- string const infile2 =
- to_utf8(makeRelPath(from_utf8(infile.absFilename()), from_utf8(path)));
- string const outfile2 =
- to_utf8(makeRelPath(from_utf8(outfile.absFilename()), from_utf8(path)));
+ string const infile2 =
+ to_utf8(makeRelPath(from_utf8(infile.absFileName()), from_utf8(path)));
+ string const outfile2 =
+ to_utf8(makeRelPath(from_utf8(outfile.absFileName()), from_utf8(path)));
string command = conv.command;
command = subst(command, token_from, quoteName(infile2));
command = subst(command, token_base, quoteName(from_base));
command = subst(command, token_to, quoteName(outfile2));
+ command = subst(command, token_path, quoteName(onlyPath(infile.absFileName())));
+ command = subst(command, token_orig_path, quoteName(onlyPath(orig_from.absFileName())));
+ command = subst(command, token_encoding, buffer ? buffer->params().encoding().iconvName() : string());
command = libScriptSearch(command);
if (!conv.parselog.empty())
// FIXME: this should go out of here. For example, here we cannot say if
// it is a document (.lyx) or something else. Same goes for elsewhere.
Alert::error(_("Cannot convert file"),
- bformat(_("An error occurred whilst running %1$s"),
- from_utf8(command.substr(0, 50))));
+ bformat(_("An error occurred while running:\n%1$s"),
+ wrapParas(from_utf8(command))));
}
return false;
}
return true;
bool no_errors = true;
- string const path = onlyPath(from.absFilename());
- string const base = onlyFilename(removeExtension(from.absFilename()));
- string const to_base = removeExtension(to.absFilename());
- string const to_extension = getExtension(to.absFilename());
+ string const path = onlyPath(from.absFileName());
+ string const base = onlyFileName(removeExtension(from.absFileName()));
+ string const to_base = removeExtension(to.absFileName());
+ string const to_extension = getExtension(to.absFileName());
- support::FileNameList const files = FileName(path).dirList(getExtension(from.absFilename()));
+ support::FileNameList const files = FileName(path).dirList(getExtension(from.absFileName()));
for (support::FileNameList::const_iterator it = files.begin();
it != files.end(); ++it) {
- string const from2 = it->absFilename();
- string const file2 = onlyFilename(from2);
+ string const from2 = it->absFileName();
+ string const file2 = onlyFileName(from2);
if (prefixIs(file2, base)) {
string const to2 = changeExtension(
to_base + file2.substr(base.length()),
buffer.bufferErrors(terr, errorList);
// check return value from latex.run().
- if ((result & LaTeX::NO_LOGFILE)) {
+ if ((result & LaTeX::NO_LOGFILE) && !buffer.isClone()) {
docstring const str =
bformat(_("LaTeX did not run successfully. "
"Additionally, LyX could not locate "
"the LaTeX log %1$s."), from_utf8(name));
Alert::error(_("LaTeX failed"), str);
- } else if (result & LaTeX::NO_OUTPUT) {
+ } else if ((result & LaTeX::NO_OUTPUT) && !buffer.isClone()) {
Alert::warning(_("Output is empty"),
_("An empty output file was generated."));
}
void Converters::buildGraph()
{
+ // clear graph's data structures
G_.init(formats.size());
- ConverterList::iterator beg = converterlist_.begin();
+ // each of the converters knows how to convert one format to another
+ // so, for each of them, we create an arrow on the graph, going from
+ // the one to the other
+ ConverterList::iterator it = converterlist_.begin();
ConverterList::iterator const end = converterlist_.end();
- for (ConverterList::iterator it = beg; it != end ; ++it) {
- int const s = formats.getNumber(it->from);
- int const t = formats.getNumber(it->to);
- G_.addEdge(s,t);
+ for (; it != end ; ++it) {
+ int const from = formats.getNumber(it->from);
+ int const to = formats.getNumber(it->to);
+ G_.addEdge(from, to);
}
}
{
vector<string> l = loaders();
vector<Format const *> result = getReachableTo(l[0], true);
- for (vector<string>::const_iterator it = l.begin() + 1;
- it != l.end(); ++it) {
+ vector<string>::const_iterator it = l.begin() + 1;
+ vector<string>::const_iterator en = l.end();
+ for (; it != en; ++it) {
vector<Format const *> r = getReachableTo(*it, false);
result.insert(result.end(), r.begin(), r.end());
}
}
+vector<Format const *> Converters::exportableFormats(bool only_viewable)
+{
+ vector<string> s = savers();
+ vector<Format const *> result = getReachable(s[0], only_viewable, true);
+ vector<string>::const_iterator it = s.begin() + 1;
+ vector<string>::const_iterator en = s.end();
+ for (; it != en; ++it) {
+ vector<Format const *> r =
+ getReachable(*it, only_viewable, false);
+ result.insert(result.end(), r.begin(), r.end());
+ }
+ return result;
+}
+
+
vector<string> Converters::loaders() const
{
vector<string> v;
}
+vector<string> Converters::savers() const
+{
+ vector<string> v;
+ v.push_back("docbook");
+ v.push_back("latex");
+ v.push_back("literate");
+ v.push_back("luatex");
+ v.push_back("lyx");
+ v.push_back("xhtml");
+ v.push_back("pdflatex");
+ v.push_back("platex");
+ v.push_back("text");
+ v.push_back("xetex");
+ return v;
+}
+
+
} // namespace lyx
projects / lyx.git / blobdiff