int InsetCommand::plaintext(odocstream & os, OutputParams const &) const
{
docstring const str = "[" + buffer().B_("LaTeX Command: ")
+ from_utf8(getCmdName()) + "]";
os << str;
return str.size();
}
int InsetRef::plaintext(odocstringstream & os,
OutputParams const &, size_t) const
{
docstring const str = getParam("reference");
os << '[' << str << ']';
return 2 + str.size();
}
void RowPainter::paintTopLevelLabel() const
{
BufferParams const & bparams = pi_.base.bv->buffer().params();
ParagraphParameters const & pparams = par_.params();
Layout const & layout = par_.layout();
FontInfo const font = labelFont(false);
docstring const str = par_.labelString();
if (str.empty())
return;
double spacing_val = 1.0;
if (!pparams.spacing().isDefault())
spacing_val = pparams.spacing().getValue();
else
spacing_val = bparams.spacing().getValue();
FontMetrics const & fm = theFontMetrics(font);
int const labeladdon = int(fm.maxHeight()
* layout.spacing.getValue() * spacing_val);
int maxdesc =
int(fm.maxDescent() * layout.spacing.getValue() * spacing_val
+ (layout.labelbottomsep * defaultRowHeight()));
double x = x_;
if (layout.labeltype == LABEL_CENTERED) {
x += (tm_.width() - row_.left_margin - row_.right_margin) / 2;
x -= fm.width(str) / 2;
} else if (row_.isRTL()) {
x = xo_ + tm_.width() - row_.right_margin - fm.width(str);
}
pi_.pain.text(int(x), yo_ - maxdesc - labeladdon, str, font);
}
bool BranchList::add(docstring const & s)
{
bool added = false;
size_t i = 0;
while (true) {
size_t const j = s.find_first_of(separator_, i);
docstring name;
if (j == docstring::npos)
name = s.substr(i);
else
name = s.substr(i, j - i);
// Is this name already in the list?
bool const already =
find_if(list.begin(), list.end(),
BranchNamesEqual(name)) != list.end();
if (!already) {
added = true;
Branch br;
br.setBranch(name);
br.setSelected(false);
br.setFileNameSuffix(false);
list.push_back(br);
}
if (j == docstring::npos)
break;
i = j + 1;
}
return added;
}
QValidator::State PathValidator::validate(QString & qtext, int &) const
{
if (!latex_doc_)
return QValidator::Acceptable;
docstring const text = support::trim(qstring_to_ucs4(qtext));
if (text.empty())
return acceptable_if_empty_ ?
QValidator::Acceptable : QValidator::Intermediate;
docstring invalid_chars = from_ascii("#$%{}()[]\"^");
if (!tex_allows_spaces_)
invalid_chars += ' ';
if (text.find_first_of(invalid_chars) != docstring::npos) {
static int counter = 0;
if (counter == 0) {
Alert::error(_("Invalid filename"),
_("LyX does not provide LaTeX support for file names containing any of these characters:\n") +
printable_list(invalid_chars));
}
++counter;
return QValidator::Intermediate;
}
return QValidator::Acceptable;
}
int InsetText::plaintext(odocstringstream & os,
OutputParams const & runparams, size_t max_length) const
{
ParagraphList::const_iterator beg = paragraphs().begin();
ParagraphList::const_iterator end = paragraphs().end();
ParagraphList::const_iterator it = beg;
bool ref_printed = false;
int len = 0;
for (; it != end; ++it) {
if (it != beg) {
os << '\n';
if (runparams.linelen > 0)
os << '\n';
}
odocstringstream oss;
writePlaintextParagraph(buffer(), *it, oss, runparams, ref_printed, max_length);
docstring const str = oss.str();
os << str;
// FIXME: len is not computed fully correctly; in principle,
// we have to count the characters after the last '\n'
len = str.size();
if (os.str().size() >= max_length)
break;
}
return len;
}
docstring InsetCitation::toolTip(BufferView const & bv, int, int) const
{
Buffer const & buf = bv.buffer();
// Only after the buffer is loaded from file...
if (!buf.isFullyLoaded())
return docstring();
BiblioInfo const & bi = buf.masterBibInfo();
if (bi.empty())
return _("No bibliography defined!");
docstring const & key = getParam("key");
if (key.empty())
return _("No citations selected!");
vector<docstring> keys = getVectorFromString(key);
vector<docstring>::const_iterator it = keys.begin();
vector<docstring>::const_iterator en = keys.end();
docstring tip;
for (; it != en; ++it) {
docstring const key_info = bi.getInfo(*it, buffer());
if (key_info.empty())
continue;
if (!tip.empty())
tip += "\n";
tip += wrap(key_info, -4);
}
return tip;
}
// FIXME XHTML
// There are cases where we may need to close open fonts and such
// and then re-open them when we are done. This would be the case, e.g.,
// if we were otherwise about to write:
// <em>word <div class='foot'>footnote text.</div> emph</em>
// The problem isn't so much that the footnote text will get emphasized:
// we can handle that with CSS. The problem is that this is invalid XHTML.
// One solution would be to make the footnote <span>, but the problem is
// completely general, and so we'd have to make absolutely everything into
// span. What I think will work is to check if we're about to write "div" and,
// if so, try to close fonts, etc.
// There are probably limits to how well we can do here, though, and we will
// have to rely upon users not putting footnotes inside noun-type insets.
docstring InsetText::insetAsXHTML(XHTMLStream & xs, OutputParams const & rp,
XHTMLOptions opts) const
{
// we will always want to output all our paragraphs when we are
// called this way.
OutputParams runparams = rp;
runparams.par_begin = 0;
runparams.par_end = text().paragraphs().size();
if (undefined()) {
xs.startDivision(false);
xhtmlParagraphs(text_, buffer(), xs, runparams);
xs.endDivision();
return docstring();
}
InsetLayout const & il = getLayout();
if (opts & WriteOuterTag)
xs << html::StartTag(il.htmltag(), il.htmlattr());
if ((opts & WriteLabel) && !il.counter().empty()) {
BufferParams const & bp = buffer().masterBuffer()->params();
Counters & cntrs = bp.documentClass().counters();
cntrs.step(il.counter(), OutputUpdate);
// FIXME: translate to paragraph language
if (!il.htmllabel().empty()) {
docstring const lbl =
cntrs.counterLabel(from_utf8(il.htmllabel()), bp.language->code());
// FIXME is this check necessary?
if (!lbl.empty()) {
xs << html::StartTag(il.htmllabeltag(), il.htmllabelattr());
xs << lbl;
xs << html::EndTag(il.htmllabeltag());
}
}
}
if (opts & WriteInnerTag)
xs << html::StartTag(il.htmlinnertag(), il.htmlinnerattr());
// we will eventually lose information about the containing inset
if (!allowMultiPar() || opts == JustText)
runparams.html_make_pars = false;
if (il.isPassThru())
runparams.pass_thru = true;
xs.startDivision(false);
xhtmlParagraphs(text_, buffer(), xs, runparams);
xs.endDivision();
if (opts & WriteInnerTag)
xs << html::EndTag(il.htmlinnertag());
if (opts & WriteOuterTag)
xs << html::EndTag(il.htmltag());
return docstring();
}
docstring sgml::escapeString(docstring const & raw)
{
docstring bin;
bin.reserve(raw.size() * 2); // crude approximation is sufficient
for (size_t i = 0; i != raw.size(); ++i)
bin += sgml::escapeChar(raw[i]);
return bin;
}
void InsetLayout::makeDefaultCSS() const
{
if (!htmldefaultstyle_.empty())
return;
docstring const mainfontCSS = font_.asCSS();
if (!mainfontCSS.empty())
htmldefaultstyle_ =
from_ascii(htmltag() + "." + defaultCSSClass() + " {\n") +
mainfontCSS + from_ascii("\n}\n");
}
void add_known_environment(string const & environment, string const & o1,
bool o2, docstring const & beg, docstring const &end)
{
vector<ArgumentType> arguments;
convertArgs(o1, o2, arguments);
known_environments[environment] = arguments;
if (!beg.empty() || ! end.empty())
possible_textclass_environments[environment] =
FullEnvironment(arguments, beg, end);
}
void InsetMath::write(WriteStream & os) const
{
MathEnsurer ensurer(os);
docstring const s = name();
os << "\\" << s;
// We need an extra ' ' unless this is a single-char-non-ASCII name
// or anything non-ASCII follows
if (s.size() != 1 || isAlphaASCII(s[0]))
os.pendingSpace(true);
}
int InsetFormulaMacro::plaintext(odocstream & os, OutputParams const & runparams) const
{
odocstringstream oss;
WriteStream wi(oss, false, true, WriteStream::wsDefault, runparams.encoding);
tmpl()->write(wi);
docstring const str = oss.str();
os << str;
return str.size();
}
int GuiFontMetrics::signedWidth(docstring const & s) const
{
if (s.empty())
return 0;
if (s[0] == '-')
return -width(s.substr(1, s.size() - 1));
else
return width(s);
}
pit_type InsetText::openAddToTocForParagraph(pit_type pit,
DocIterator const & dit,
bool output_active,
TocBackend & backend) const
{
Paragraph const & par = paragraphs()[pit];
TocBuilder & b = backend.builder(par.layout().tocType());
docstring const label = par.labelString();
b.pushItem(dit, label + (label.empty() ? "" : " "), output_active);
return text().lastInSequence(pit);
}
int InsetCitation::plaintext(odocstringstream & os,
OutputParams const &, size_t) const
{
string const & cmd = getCmdName();
if (cmd == "nocite")
return 0;
docstring const label = generateLabel(false);
os << label;
return label.size();
}
docstring cleanAttr(docstring const & str)
{
docstring newname;
docstring::const_iterator it = str.begin();
docstring::const_iterator en = str.end();
for (; it != en; ++it) {
char_type const c = *it;
newname += isAlnumASCII(c) ? c : char_type('_');
}
return newname;
}
void BufferEncodings::validate(char_type c, LaTeXFeatures & features, bool for_mathed)
{
CharInfo const & ci = Encodings::unicodeCharInfo(c);
if (ci.isUnicodeSymbol()) {
// In mathed, c could be used both in textmode and mathmode
docstring const textcommand = ci.textcommand();
bool const math_mode = for_mathed && isMathCmd(c);
bool const use_math = math_mode ||
(!for_mathed && textcommand.empty());
bool const use_text = (for_mathed && isTextCmd(c)) ||
(!for_mathed && !textcommand.empty());
bool const plain_utf8 = (features.runparams().encoding->name() == "utf8-plain");
bool const unicode_math = (features.isRequired("unicode-math")
&& features.isAvailable("unicode-math"));
// with utf8-plain, we only load packages when in mathed (see #7766)
// and if we do not use unicode-math
if ((math_mode && !unicode_math)
|| (use_math && !plain_utf8)) {
string const mathpreamble = ci.mathpreamble();
if (!mathpreamble.empty()) {
if (ci.mathfeature()) {
string feats = mathpreamble;
while (!feats.empty()) {
string feat;
feats = split(feats, feat, ',');
features.require(feat);
}
} else
features.addPreambleSnippet(mathpreamble);
}
}
// with utf8-plain, we do not load packages (see #7766)
if (use_text && !plain_utf8) {
string const textpreamble = ci.textpreamble();
if (!textpreamble.empty()) {
if (ci.textfeature()) {
string feats = textpreamble;
while (!feats.empty()) {
string feat;
feats = split(feats, feat, ',');
features.require(feat);
}
} else
features.addPreambleSnippet(textpreamble);
}
}
}
if (for_mathed && isMathSym(c)) {
features.require("amstext");
features.require("lyxmathsym");
}
}
int InsetHyperlink::plaintext(odocstream & os, OutputParams const &) const
{
odocstringstream oss;
oss << '[' << getParam("target");
if (getParam("name").empty())
oss << ']';
else
oss << "||" << getParam("name") << ']';
docstring const str = oss.str();
os << str;
return str.size();
}
static docstring const cleanupWhitespace(docstring const & citelist)
{
docstring::const_iterator it = citelist.begin();
docstring::const_iterator end = citelist.end();
// Paranoia check: make sure that there is no whitespace in here
// -- at least not behind commas or at the beginning
docstring result;
char_type last = ',';
for (; it != end; ++it) {
if (*it != ' ')
last = *it;
if (*it != ' ' || last != ',')
result += *it;
}
return result;
}
void InsetText::setText(docstring const & data, Font const & font, bool trackChanges)
{
clear();
Paragraph & first = paragraphs().front();
for (unsigned int i = 0; i < data.length(); ++i)
first.insertChar(i, data[i], font, trackChanges);
}
FileFilterList::FileFilterList(docstring const & qt_style_filter)
{
// FIXME UNICODE
string const filter = to_utf8(qt_style_filter)
+ (qt_style_filter.empty() ? string() : ";;")
+ to_utf8(_("All Files "))
#if defined(_WIN32)
+ ("(*.*)");
#else
+ ("(*)");
#endif
// Split data such as "TeX documents (*.tex);;LyX Documents (*.lyx)"
// into individual filters.
static lyx::regex const separator_re(";;");
string::const_iterator it = filter.begin();
string::const_iterator const end = filter.end();
while (true) {
match_results<string::const_iterator> what;
if (!lyx::regex_search(it, end, what, separator_re)) {
parse_filter(string(it, end));
break;
}
// Everything from the start of the input to
// the start of the match.
parse_filter(string(what[-1].first, what[-1].second));
// Increment the iterator to the end of the match.
it += distance(it, what[0].second);
}
}
bool TextClass::hasLayout(docstring const & n) const
{
docstring const name = n.empty() ? defaultLayoutName() : n;
return find_if(layoutlist_.begin(), layoutlist_.end(),
LayoutNamesEqual(name))
!= layoutlist_.end();
}
docstring::size_type common_path(docstring const & p1, docstring const & p2)
{
docstring::size_type i = 0;
docstring::size_type const p1_len = p1.length();
docstring::size_type const p2_len = p2.length();
while (i < p1_len && i < p2_len && uppercase(p1[i]) == uppercase(p2[i]))
++i;
if ((i < p1_len && i < p2_len)
|| (i < p1_len && p1[i] != '/' && i == p2_len)
|| (i < p2_len && p2[i] != '/' && i == p1_len))
{
if (i)
--i; // here was the last match
while (i && p1[i] != '/')
--i;
}
return i;
}
void InsetCaption::setCustomLabel(docstring const & label)
{
if (!isAscii(label) || label.empty())
// This must be a user defined layout. We cannot translate
// this, since gettext accepts only ascii keys.
custom_label_ = label;
else
custom_label_ = _(to_ascii(label));
}
static docstring const printable_list(docstring const & invalid_chars)
{
docstring s;
docstring::const_iterator const begin = invalid_chars.begin();
docstring::const_iterator const end = invalid_chars.end();
docstring::const_iterator it = begin;
for (; it != end; ++it) {
if (it != begin)
s += ", ";
if (*it == ' ')
s += _("space");
else
s += *it;
}
return s;
}
vector<docstring> GuiCitation::searchKeys(BiblioInfo const & bi,
vector<docstring> const & keys_to_search, bool only_keys,
docstring const & search_expression, docstring field,
bool case_sensitive, bool regex)
{
vector<docstring> foundKeys;
docstring expr = trim(search_expression);
if (expr.empty())
return foundKeys;
if (!regex)
// We must escape special chars in the search_expr so that
// it is treated as a simple string by lyx::regex.
expr = escape_special_chars(expr);
lyx::regex reg_exp;
try {
reg_exp.assign(to_utf8(expr), case_sensitive ?
lyx::regex_constants::ECMAScript : lyx::regex_constants::icase);
} catch (lyx::regex_error const & e) {
// lyx::regex throws an exception if the regular expression is not
// valid.
LYXERR(Debug::GUI, e.what());
return vector<docstring>();
}
vector<docstring>::const_iterator it = keys_to_search.begin();
vector<docstring>::const_iterator end = keys_to_search.end();
for (; it != end; ++it ) {
BiblioInfo::const_iterator info = bi.find(*it);
if (info == bi.end())
continue;
BibTeXInfo const & kvm = info->second;
string data;
if (only_keys)
data = to_utf8(*it);
else if (field.empty())
data = to_utf8(*it) + ' ' + to_utf8(kvm.allData());
else
data = to_utf8(kvm[field]);
if (data.empty())
continue;
try {
if (lyx::regex_search(data, reg_exp))
foundKeys.push_back(*it);
}
catch (lyx::regex_error const & e) {
LYXERR(Debug::GUI, e.what());
return vector<docstring>();
}
}
return foundKeys;
}
void utf8_to_ucs4(string const & utf8, docstring & ucs4)
{
size_t n = utf8.size();
// as utf8 is a multi-byte encoding, there would be at most
// n characters:
ucs4.resize(n);
if (n == 0)
return;
int maxoutsize = n * 4;
// basic_string::data() is not recognized by some old gcc version
// so we use &(ucs4[0]) instead.
char * outbuf = (char *)(&(ucs4[0]));
int bytes = utf8ToUcs4().convert(utf8.c_str(), n, outbuf, maxoutsize);
// adjust to the real converted size
ucs4.resize(bytes/4);
}
string const to_local8bit(docstring const & s)
{
// This conversion can fail, depending on input.
if (s.empty())
return string();
QByteArray const local = toqstr(s).toLocal8Bit();
if (local.isEmpty())
throw to_local8bit_failure();
return string(local.begin(), local.end());
}
void add_known_command(string const & command, string const & o1,
bool o2, docstring const & definition)
{
vector<ArgumentType> arguments;
convertArgs(o1, o2, arguments);
known_commands[command] = arguments;
if (!definition.empty())
possible_textclass_commands[command] =
FullCommand(arguments, definition);
}
