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8b9972cbba
* src/frontends/qt4/QBibtex.cpp: * src/frontends/qt4/QExternal.cpp: * src/frontends/qt4/QGraphics.cpp: * src/frontends/qt4/QInclude.cpp: - remove path validator * src/support/filetools.{cpp,h}: - new validator for exporting LaTeX files * src/insets/ExternalSupport.cpp: * src/insets/InsetBibtex.cpp: * src/insets/InsetGraphics.cpp: * src/insets/InsetInclude.cpp: - use validator when exporting a LaTeX file git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@18897 a592a061-630c-0410-9148-cb99ea01b6c8
547 lines
16 KiB
C++
547 lines
16 KiB
C++
/**
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* \file ExternalSupport.cpp
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* This file is part of LyX, the document processor.
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* Licence details can be found in the file COPYING.
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*
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* \author Asger Alstrup Nielsen
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* \author Angus Leeming
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*
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* Full author contact details are available in file CREDITS.
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*/
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#include <config.h>
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#include "ExternalSupport.h"
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#include "ExternalTemplate.h"
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#include "ExternalTransforms.h"
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#include "InsetExternal.h"
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#include "Buffer.h"
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#include "Converter.h"
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#include "debug.h"
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#include "gettext.h"
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#include "ErrorList.h"
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#include "Exporter.h"
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#include "Format.h"
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#include "Mover.h"
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#include "frontends/alert.h"
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#include "support/filetools.h"
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#include "support/Forkedcall.h"
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#include "support/lstrings.h"
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#include "support/lyxalgo.h"
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#include "support/lyxlib.h"
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#include "support/os.h"
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#include "support/Package.h"
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#include <boost/filesystem/operations.hpp>
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using std::endl;
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using std::string;
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using std::vector;
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using boost::filesystem::is_directory;
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namespace lyx {
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using support::FileName;
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using support::isValidLaTeXFilename;
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namespace external {
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Template const * getTemplatePtr(InsetExternalParams const & params)
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{
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TemplateManager const & etm = TemplateManager::get();
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return etm.getTemplateByName(params.templatename());
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}
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void editExternal(InsetExternalParams const & params, Buffer const & buffer)
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{
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formats.edit(buffer, params.filename,
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formats.getFormatFromFile(params.filename));
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}
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namespace {
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string const subst_path(string const & input,
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string const & placeholder,
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string const & path,
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bool use_latex_path,
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support::latex_path_extension ext = support::PROTECT_EXTENSION,
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support::latex_path_dots dots = support::LEAVE_DOTS)
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{
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if (input.find(placeholder) == string::npos)
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return input;
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// Don't use external_path here when use_latex_path is false, as the
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// path will be compared with another one in internal style later
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// in Converters::move.
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string const path2 = use_latex_path ?
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support::latex_path(path, ext, dots) : path;
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return support::subst(input, placeholder, path2);
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}
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} // namespace anon
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string const doSubstitution(InsetExternalParams const & params,
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Buffer const & buffer, string const & s,
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bool use_latex_path,
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bool external_in_tmpdir,
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Substitute what)
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{
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Buffer const * m_buffer = buffer.getMasterBuffer();
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string const parentpath = external_in_tmpdir ?
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m_buffer->temppath() :
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buffer.filePath();
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string const filename = external_in_tmpdir ?
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params.filename.mangledFilename() :
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params.filename.outputFilename(parentpath);
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string const basename = support::changeExtension(
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support::onlyFilename(filename), string());
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string const absname = support::makeAbsPath(filename, parentpath).absFilename();
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string result = s;
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if (what != ALL_BUT_PATHS) {
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string const filepath = support::onlyPath(filename);
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string const abspath = support::onlyPath(absname);
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string const masterpath = external_in_tmpdir ?
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m_buffer->temppath() :
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m_buffer->filePath();
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// FIXME UNICODE
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string relToMasterPath = support::onlyPath(
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to_utf8(support::makeRelPath(from_utf8(absname),
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from_utf8(masterpath))));
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if (relToMasterPath == "./")
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relToMasterPath.clear();
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// FIXME UNICODE
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string relToParentPath = support::onlyPath(
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to_utf8(support::makeRelPath(from_utf8(absname),
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from_utf8(parentpath))));
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if (relToParentPath == "./")
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relToParentPath.clear();
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result = subst_path(result, "$$FPath", filepath,
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use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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result = subst_path(result, "$$AbsPath", abspath,
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use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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result = subst_path(result, "$$RelPathMaster",
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relToMasterPath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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result = subst_path(result, "$$RelPathParent",
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relToParentPath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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if (support::absolutePath(filename)) {
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result = subst_path(result, "$$AbsOrRelPathMaster",
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abspath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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result = subst_path(result, "$$AbsOrRelPathParent",
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abspath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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} else {
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result = subst_path(result, "$$AbsOrRelPathMaster",
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relToMasterPath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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result = subst_path(result, "$$AbsOrRelPathParent",
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relToParentPath, use_latex_path,
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support::PROTECT_EXTENSION,
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support::ESCAPE_DOTS);
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}
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}
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if (what == PATHS)
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return result;
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result = subst_path(result, "$$FName", filename, use_latex_path,
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support::EXCLUDE_EXTENSION);
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result = subst_path(result, "$$Basename", basename, use_latex_path,
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support::PROTECT_EXTENSION, support::ESCAPE_DOTS);
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result = subst_path(result, "$$Extension",
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'.' + support::getExtension(filename), use_latex_path);
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result = subst_path(result, "$$Tempname", params.tempname().absFilename(), use_latex_path);
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result = subst_path(result, "$$Sysdir",
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support::package().system_support().absFilename(), use_latex_path);
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// Handle the $$Contents(filename) syntax
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if (support::contains(result, "$$Contents(\"")) {
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// Since use_latex_path may be true we must extract the file
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// name from s instead of result and do the substitutions
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// again, this time with use_latex_path false.
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string::size_type const spos = s.find("$$Contents(\"");
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string::size_type const send = s.find("\")", spos);
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string const file_template = s.substr(spos + 12, send - (spos + 12));
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string const file = doSubstitution(params, buffer,
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file_template, false,
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external_in_tmpdir, what);
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string contents;
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FileName const absfile(
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support::makeAbsPath(file, m_buffer->temppath()));
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if (support::isFileReadable(absfile))
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contents = support::getFileContents(absfile);
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string::size_type const pos = result.find("$$Contents(\"");
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string::size_type const end = result.find("\")", pos);
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result.replace(pos, end + 2, contents);
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}
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return result;
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}
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namespace {
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/** update the file represented by the template.
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If \p external_in_tmpdir == true, then the generated file is
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placed in the buffer's temporary directory.
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*/
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void updateExternal(InsetExternalParams const & params,
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string const & format,
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Buffer const & buffer,
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ExportData & exportdata,
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bool external_in_tmpdir,
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bool dryrun)
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{
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Template const * const et_ptr = getTemplatePtr(params);
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if (!et_ptr)
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return; // FAILURE
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Template const & et = *et_ptr;
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if (!et.automaticProduction)
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return; // NOT_NEEDED
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Template::Formats::const_iterator cit = et.formats.find(format);
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if (cit == et.formats.end())
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return; // FAILURE
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Template::Format const & outputFormat = cit->second;
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if (outputFormat.updateResult.empty())
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return; // NOT_NEEDED
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string from_format = et.inputFormat;
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if (from_format.empty())
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return; // NOT_NEEDED
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if (from_format == "*") {
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if (params.filename.empty())
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return; // NOT_NEEDED
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// Try and ascertain the file format from its contents.
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from_format = formats.getFormatFromFile(params.filename);
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if (from_format.empty())
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return; // FAILURE
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}
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string const to_format = outputFormat.updateFormat;
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if (to_format.empty())
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return; // NOT_NEEDED
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// The master buffer. This is useful when there are multiple levels
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// of include files
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Buffer const * m_buffer = buffer.getMasterBuffer();
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// We copy the source file to the temp dir and do the conversion
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// there if necessary
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FileName const temp_file(
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support::makeAbsPath(params.filename.mangledFilename(),
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m_buffer->temppath()));
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if (!params.filename.empty() && !is_directory(params.filename.toFilesystemEncoding())) {
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unsigned long const from_checksum = support::sum(params.filename);
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unsigned long const temp_checksum = support::sum(temp_file);
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if (from_checksum != temp_checksum) {
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Mover const & mover = getMover(from_format);
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if (!mover.copy(params.filename, temp_file)) {
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LYXERR(Debug::EXTERNAL)
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<< "external::updateExternal. "
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<< "Unable to copy "
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<< params.filename << " to " << temp_file << endl;
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return; // FAILURE
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}
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}
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}
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// the generated file (always in the temp dir)
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string const to_file = doSubstitution(params, buffer,
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outputFormat.updateResult,
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false, true);
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FileName const abs_to_file(
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support::makeAbsPath(to_file, m_buffer->temppath()));
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if (!dryrun) {
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// Record the referenced files for the exporter.
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// The exporter will copy them to the export dir.
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typedef Template::Format::FileMap FileMap;
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FileMap::const_iterator rit = outputFormat.referencedFiles.begin();
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FileMap::const_iterator rend = outputFormat.referencedFiles.end();
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for (; rit != rend; ++rit) {
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vector<string>::const_iterator fit = rit->second.begin();
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vector<string>::const_iterator fend = rit->second.end();
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for (; fit != fend; ++fit) {
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FileName const source(support::makeAbsPath(
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doSubstitution(params, buffer, *fit,
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false, true),
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m_buffer->temppath()));
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// The path of the referenced file is never the
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// temp path, but the filename may be the mangled
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// or the real name. Therefore we substitute the
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// paths and names separately.
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string file = support::subst(*fit, "$$FName",
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"$$FPath$$Basename$$Extension");
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file = doSubstitution(params, buffer, file, false, false,
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PATHS);
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file = doSubstitution(params, buffer, file,
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false, external_in_tmpdir,
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ALL_BUT_PATHS);
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// if file is a relative name, it is interpreted
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// relative to the master document.
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exportdata.addExternalFile(rit->first, source, file);
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}
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}
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}
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// Do we need to perform the conversion?
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// Yes if to_file does not exist or if from_file is newer than to_file
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if (support::compare_timestamps(temp_file, abs_to_file) < 0)
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return; // SUCCESS
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// FIXME (Abdel 12/08/06): Is there a need to show these errors?
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ErrorList el;
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bool const success =
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theConverters().convert(&buffer, temp_file, abs_to_file,
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params.filename, from_format, to_format, el,
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Converters::try_default | Converters::try_cache);
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if (!success)
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LYXERR(Debug::EXTERNAL)
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<< "external::updateExternal. "
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<< "Unable to convert from "
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<< from_format << " to " << to_format << endl;
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// return success
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}
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string const substituteCommands(InsetExternalParams const & params,
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string const & input, string const & format);
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string const substituteOptions(InsetExternalParams const & params,
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string const & input, string const & format);
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} // namespace anon
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int writeExternal(InsetExternalParams const & params,
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string const & format,
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Buffer const & buffer, odocstream & os,
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ExportData & exportdata,
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bool external_in_tmpdir,
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bool dryrun)
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{
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Template const * const et_ptr = getTemplatePtr(params);
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if (!et_ptr)
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return 0;
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Template const & et = *et_ptr;
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Template::Formats::const_iterator cit = et.formats.find(format);
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if (cit == et.formats.end()) {
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LYXERR(Debug::EXTERNAL)
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<< "External template format '" << format
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<< "' not specified in template "
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<< params.templatename() << endl;
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return 0;
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}
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if (!dryrun || support::contains(cit->second.product, "$$Contents"))
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updateExternal(params, format, buffer, exportdata,
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external_in_tmpdir, dryrun);
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bool const use_latex_path = format == "LaTeX";
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string str = doSubstitution(params, buffer, cit->second.product,
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use_latex_path, external_in_tmpdir);
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string const absname = support::makeAbsPath(
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params.filename.outputFilename(buffer.filePath()), buffer.filePath()).absFilename();
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if (!external_in_tmpdir && !isValidLaTeXFilename(absname)) {
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lyx::frontend::Alert::warning(_("Invalid filename"),
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_("The following filename is likely to cause trouble "
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"when running the exported file through LaTeX: ") +
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from_utf8(absname));
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}
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str = substituteCommands(params, str, format);
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str = substituteOptions(params, str, format);
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// FIXME UNICODE
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os << from_utf8(str);
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return int(lyx::count(str.begin(), str.end(),'\n'));
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}
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namespace {
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// Empty template, specialised below.
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template <typename TransformType>
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string const substituteIt(string const &,
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TransformID,
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string const &,
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Template::Format const &,
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InsetExternalParams const &);
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template <>
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string const substituteIt<TransformCommand>(string const & input,
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TransformID id,
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string const & /* formatname */,
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Template::Format const & format,
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InsetExternalParams const & params)
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{
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typedef std::map<TransformID, TransformStore> Transformers;
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Transformers::const_iterator it = format.command_transformers.find(id);
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if (it == format.command_transformers.end())
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return input;
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TransformStore const & store = it->second;
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TransformCommand::ptr_type ptr;
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if (id == Rotate)
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ptr = store.getCommandTransformer(params.rotationdata);
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else if (id == Resize)
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ptr = store.getCommandTransformer(params.resizedata);
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if (!ptr.get())
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return input;
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string result =
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support::subst(input, ptr->front_placeholder(), ptr->front());
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return support::subst(result, ptr->back_placeholder(), ptr->back());
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}
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template <>
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string const substituteIt<TransformOption>(string const & input,
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TransformID id,
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string const & fname,
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Template::Format const & format,
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InsetExternalParams const & params)
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{
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typedef std::map<TransformID, TransformStore> Transformers;
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Transformers::const_iterator it = format.option_transformers.find(id);
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if (it == format.option_transformers.end())
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return input;
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TransformStore const & store = it->second;
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TransformOption::ptr_type ptr;
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switch (id) {
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case Clip:
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ptr = store.getOptionTransformer(params.clipdata);
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break;
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case Extra:
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ptr = store.getOptionTransformer(params.extradata.get(fname));
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break;
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case Rotate:
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ptr = store.getOptionTransformer(params.rotationdata);
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break;
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case Resize:
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ptr = store.getOptionTransformer(params.resizedata);
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break;
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}
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if (!ptr.get())
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return input;
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return support::subst(input, ptr->placeholder(), ptr->option());
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}
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template <typename TransformerType>
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string const transformIt(InsetExternalParams const & params,
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string const & s, string const & formatname)
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{
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Template const * const et = getTemplatePtr(params);
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if (!et || et->transformIds.empty())
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return s;
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Template::Formats::const_iterator fit = et->formats.find(formatname);
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if (fit == et->formats.end())
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return s;
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string result = s;
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Template::Format const & format = fit->second;
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typedef vector<TransformID> TransformsIDs;
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TransformsIDs::const_iterator it = et->transformIds.begin();
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TransformsIDs::const_iterator end = et->transformIds.end();
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for (; it != end; ++it) {
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result = substituteIt<TransformerType>(result, *it, formatname,
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format, params);
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}
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return result;
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}
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string const substituteCommands(InsetExternalParams const & params,
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string const & input, string const & format)
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{
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return transformIt<TransformCommand>(params, input, format);
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}
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string const substituteOption(InsetExternalParams const & params,
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string const & input, string const & format)
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{
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string opt = transformIt<TransformOption>(params, input, format);
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if (format == "LaTeX" || format == "PDFLaTeX")
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return sanitizeLatexOption(opt);
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if (format == "DocBook")
|
|
return sanitizeDocBookOption(opt);
|
|
return opt;
|
|
}
|
|
|
|
|
|
string const substituteOptions(InsetExternalParams const & params,
|
|
string const & input, string const & format)
|
|
{
|
|
string output = input;
|
|
|
|
Template const * const et = getTemplatePtr(params);
|
|
if (!et || et->transformIds.empty())
|
|
return output;
|
|
|
|
Template::Formats::const_iterator fit = et->formats.find(format);
|
|
if (fit == et->formats.end() || fit->second.options.empty())
|
|
return output;
|
|
|
|
typedef vector<Template::Option> Options;
|
|
Options const & options = fit->second.options;
|
|
Options::const_iterator it = options.begin();
|
|
Options::const_iterator end = options.end();
|
|
for (; it != end; ++it) {
|
|
string const opt = substituteOption(params, it->option, format);
|
|
string const placeholder = "$$" + it->name;
|
|
output = support::subst(output, placeholder, opt);
|
|
}
|
|
|
|
return output;
|
|
}
|
|
|
|
} // namespace anon
|
|
|
|
} // namespace external
|
|
|
|
} // namespace lyx
|