#include "MathStream.h"
+#include "MathFactory.h"
#include "MathData.h"
#include "MathExtern.h"
-#include "support/textutils.h"
+#include "TexRow.h"
+
+
+#include "support/debug.h"
#include "support/docstring.h"
+#include "support/textutils.h"
#include <algorithm>
#include <cstring>
/////////////////////////////////////////////////////////////////
-WriteStream & operator<<(WriteStream & ws, docstring const & s)
+TeXMathStream & operator<<(TeXMathStream & ws, docstring const & s)
{
// Skip leading '\n' if we had already output a newline char
size_t const first =
} else if (ws.pendingSpace()) {
if (isAlphaASCII(s[first]))
ws.os() << ' ';
+ else if (s[first] == '[' && ws.useBraces())
+ ws.os() << "{}";
else if (s[first] == ' ' && ws.textMode())
ws.os() << '\\';
ws.pendingSpace(false);
+ } else if (ws.useBraces()) {
+ if (s[first] == '\'')
+ ws.os() << "{}";
+ ws.useBraces(false);
}
ws.os() << s.substr(first);
int lf = 0;
- char_type lastchar;
+ char_type lastchar = 0;
docstring::const_iterator dit = s.begin() + first;
docstring::const_iterator end = s.end();
for (; dit != end; ++dit) {
}
-WriteStream::WriteStream(odocstream & os, bool fragile, bool latex, OutputType output,
- Encoding const * encoding)
- : os_(os), fragile_(fragile), firstitem_(false), latex_(latex),
- output_(output), pendingspace_(false), pendingbrace_(false),
- canbreakline_(true), textmode_(false), locked_(0), ascii_(0),
- line_(0), encoding_(encoding)
+TeXMathStream::TeXMathStream(otexrowstream & os, bool fragile, bool latex,
+ OutputType output, Encoding const * encoding)
+ : os_(os), fragile_(fragile), latex_(latex),
+ output_(output), encoding_(encoding)
{}
-WriteStream::WriteStream(odocstream & os)
- : os_(os), fragile_(false), firstitem_(false), latex_(false),
- output_(wsDefault), pendingspace_(false), pendingbrace_(false),
- canbreakline_(true), textmode_(false), locked_(0), ascii_(0),
- line_(0), encoding_(0)
-{}
-
-
-WriteStream::~WriteStream()
+TeXMathStream::~TeXMathStream()
{
if (pendingbrace_)
os_ << '}';
}
-void WriteStream::addlines(unsigned int n)
+void TeXMathStream::addlines(unsigned int n)
{
line_ += n;
}
-void WriteStream::pendingSpace(bool how)
+void TeXMathStream::pendingSpace(bool space)
{
- pendingspace_ = how;
+ pendingspace_ = space;
+ if (!space)
+ usebraces_ = false;
}
-void WriteStream::pendingBrace(bool brace)
+void TeXMathStream::useBraces(bool braces)
+{
+ usebraces_ = braces;
+}
+
+
+void TeXMathStream::pendingBrace(bool brace)
{
pendingbrace_ = brace;
}
-void WriteStream::textMode(bool textmode)
+void TeXMathStream::textMode(bool textmode)
{
textmode_ = textmode;
}
-void WriteStream::lockedMode(bool locked)
+void TeXMathStream::lockedMode(bool locked)
{
locked_ = locked;
}
-void WriteStream::asciiOnly(bool ascii)
+void TeXMathStream::asciiOnly(bool ascii)
{
ascii_ = ascii;
}
-WriteStream & operator<<(WriteStream & ws, MathAtom const & at)
+Changer TeXMathStream::changeRowEntry(TexRow::RowEntry entry)
+{
+ return changeVar(row_entry_, entry);
+}
+
+
+bool TeXMathStream::startOuterRow()
+{
+ if (TexRow::isNone(row_entry_))
+ return false;
+ return texrow().start(row_entry_);
+}
+
+
+TeXMathStream & operator<<(TeXMathStream & ws, MathAtom const & at)
{
at->write(ws);
return ws;
}
-WriteStream & operator<<(WriteStream & ws, MathData const & ar)
+TeXMathStream & operator<<(TeXMathStream & ws, MathData const & ar)
{
write(ar, ws);
return ws;
}
-WriteStream & operator<<(WriteStream & ws, char const * s)
+TeXMathStream & operator<<(TeXMathStream & ws, char const * s)
{
ws << from_utf8(s);
return ws;
}
-WriteStream & operator<<(WriteStream & ws, char c)
+TeXMathStream & operator<<(TeXMathStream & ws, char c)
{
if (c == '\n' && !ws.canBreakLine())
return ws;
} else if (ws.pendingSpace()) {
if (isAlphaASCII(c))
ws.os() << ' ';
+ else if (c == '[' && ws.useBraces())
+ ws.os() << "{}";
else if (c == ' ' && ws.textMode())
ws.os() << '\\';
ws.pendingSpace(false);
+ } else if (ws.useBraces()) {
+ if (c == '\'')
+ ws.os() << "{}";
+ ws.useBraces(false);
}
ws.os() << c;
if (c == '\n')
}
-WriteStream & operator<<(WriteStream & ws, int i)
+TeXMathStream & operator<<(TeXMathStream & ws, int i)
{
if (ws.pendingBrace()) {
ws.os() << '}';
}
-WriteStream & operator<<(WriteStream & ws, unsigned int i)
+TeXMathStream & operator<<(TeXMathStream & ws, unsigned int i)
{
if (ws.pendingBrace()) {
ws.os() << '}';
//////////////////////////////////////////////////////////////////////
-MathStream::MathStream(odocstream & os)
- : os_(os), tab_(0), line_(0), in_text_(false)
+MathMLStream::MathMLStream(odocstream & os, std::string const & xmlns, bool xmlMode)
+ : os_(os), tab_(0), line_(0), in_text_(false), xmlns_(xmlns), xml_mode_(xmlMode)
{}
-void MathStream::cr()
+void MathMLStream::cr()
{
os() << '\n';
for (int i = 0; i < tab(); ++i)
}
-void MathStream::defer(docstring const & s)
+void MathMLStream::defer(docstring const & s)
{
deferred_ << s;
}
-void MathStream::defer(string const & s)
+void MathMLStream::defer(string const & s)
{
deferred_ << from_utf8(s);
}
-docstring MathStream::deferred() const
-{
+docstring MathMLStream::deferred() const
+{
return deferred_.str();
}
-MathStream & operator<<(MathStream & ms, MathAtom const & at)
+MathMLStream & operator<<(MathMLStream & ms, MathAtom const & at)
{
at->mathmlize(ms);
return ms;
}
-MathStream & operator<<(MathStream & ms, MathData const & ar)
+MathMLStream & operator<<(MathMLStream & ms, MathData const & ar)
{
mathmlize(ar, ms);
return ms;
}
-MathStream & operator<<(MathStream & ms, char const * s)
+MathMLStream & operator<<(MathMLStream & ms, char const * s)
{
ms.os() << s;
return ms;
}
-MathStream & operator<<(MathStream & ms, char c)
+MathMLStream & operator<<(MathMLStream & ms, char c)
{
ms.os() << c;
return ms;
}
-MathStream & operator<<(MathStream & ms, char_type c)
+MathMLStream & operator<<(MathMLStream & ms, char_type c)
{
ms.os().put(c);
return ms;
}
-MathStream & operator<<(MathStream & ms, MTag const & t)
+MathMLStream & operator<<(MathMLStream & ms, MTag const & t)
{
++ms.tab();
ms.cr();
- ms.os() << '<' << from_ascii(t.tag_);
+ ms.os() << '<' << from_ascii(ms.namespacedTag(t.tag_));
if (!t.attr_.empty())
ms.os() << " " << from_ascii(t.attr_);
- ms << '>';
+ ms << ">";
return ms;
}
-MathStream & operator<<(MathStream & ms, ETag const & t)
+MathMLStream & operator<<(MathMLStream & ms, ETag const & t)
{
ms.cr();
if (ms.tab() > 0)
--ms.tab();
- ms.os() << "</" << from_ascii(t.tag_) << '>';
+ ms.os() << "</" << from_ascii(ms.namespacedTag(t.tag_)) << ">";
+ return ms;
+}
+
+
+MathMLStream & operator<<(MathMLStream & ms, CTag const & t)
+{
+ ms.cr();
+ ms.os() << "<" << from_ascii(ms.namespacedTag(t.tag_));
+ if (!t.attr_.empty())
+ ms.os() << " " << from_utf8(t.attr_);
+ ms.os() << "/>";
return ms;
}
-MathStream & operator<<(MathStream & ms, docstring const & s)
+MathMLStream & operator<<(MathMLStream & ms, docstring const & s)
{
ms.os() << s;
return ms;
docstring HtmlStream::deferred() const
-{
+{
return deferred_.str();
}
//////////////////////////////////////////////////////////////////////
-SetMode::SetMode(MathStream & os, bool text)
- : os_(os), opened_(false)
-{
- init(text, "");
-}
-
-
-SetMode::SetMode(MathStream & os, bool text, string const & attrs)
- : os_(os), opened_(false)
+SetMode::SetMode(MathMLStream & ms, bool text)
+ : ms_(ms)
{
- init(text, attrs);
-}
-
-
-void SetMode::init(bool text, string const & attrs)
-{
- was_text_ = os_.inText();
- if (was_text_)
- os_ << "</mtext>";
- if (text) {
- os_.setTextMode();
- os_ << "<mtext";
- if (!attrs.empty())
- os_ << " " << from_utf8(attrs);
- os_ << ">";
- opened_ = true;
- } else {
- if (!attrs.empty()) {
- os_ << "<mstyle " << from_utf8(attrs) << ">";
- opened_ = true;
- }
- os_.setMathMode();
- }
+ was_text_ = ms_.inText();
+ ms_.setTextMode(text);
}
SetMode::~SetMode()
{
- if (opened_) {
- if (os_.inText())
- os_ << "</mtext>";
- else
- os_ << "</mstyle>";
- }
- if (was_text_) {
- os_.setTextMode();
- os_ << "<mtext>";
- } else {
- os_.setMathMode();
- }
+ ms_.setTextMode(was_text_);
}
SetHTMLMode::SetHTMLMode(HtmlStream & os, bool text)
- : os_(os), opened_(false)
-{
- init(text, "");
-}
-
-
-SetHTMLMode::SetHTMLMode(HtmlStream & os, bool text, string attrs)
- : os_(os), opened_(true)
-{
- init(text, attrs);
-}
-
-
-void SetHTMLMode::init(bool text, string const & attrs)
+ : os_(os)
{
was_text_ = os_.inText();
- if (text) {
- os_.setTextMode();
- if (attrs.empty())
- os_ << MTag("span");
- else
- os_ << MTag("span", attrs);
- opened_ = true;
- } else
- os_.setMathMode();
+ os_.setTextMode(text);
}
SetHTMLMode::~SetHTMLMode()
{
- if (opened_)
- os_ << ETag("span");
- if (was_text_)
- os_.setTextMode();
- else
- os_.setMathMode();
+ os_.setTextMode(was_text_);
}
}
+docstring convertDelimToXMLEscape(docstring const & name, bool xmlmode)
+{
+ // For the basic symbols, no difference between XML and HTML.
+ if (name.size() == 1) {
+ char_type const c = name[0];
+ if (c == '<')
+ return from_ascii("<");
+ else if (c == '>')
+ return from_ascii(">");
+ else
+ return name;
+ } else if (name.size() == 2 && name[0] == '\\') {
+ char_type const c = name[1];
+ if (c == '{')
+ return from_ascii("{");
+ else if (c == '}')
+ return from_ascii("}");
+ }
+ MathWordList const & words = mathedWordList();
+ MathWordList::const_iterator it = words.find(name);
+ if (it != words.end()) {
+ // Only difference between XML and HTML, based on the contents read by MathFactory.
+ docstring const escape = xmlmode ? it->second.xmlname : it->second.htmlname;
+ return escape;
+ }
+ LYXERR0("Unable to find `" << name <<"' in the mathWordList.");
+ return name;
+}
+
} // namespace lyx