std::string write_ledger_as_pdf(Ledger const& ledger, fs::path const& filepath)
{
throw_if_interdicted(ledger);
fs::path print_dir(configurable_settings::instance().print_directory());
fs::path real_filepath(orthodox_filename(filepath.leaf()));
LMI_ASSERT(fs::portable_name(real_filepath.string()));
if(contains(global_settings::instance().pyx(), "xml"))
{
fs::path xml_file = unique_filepath(print_dir / real_filepath, ".xml");
fs::ofstream ofs(xml_file, ios_out_trunc_binary());
ledger.write(ofs);
ofs.close();
if(!ofs.good())
{
fatal_error()
<< "Unable to write output file '"
<< xml_file
<< "'."
<< LMI_FLUSH
;
}
}
fs::path xml_fo_file = unique_filepath(print_dir / real_filepath, ".fo.xml");
fs::ofstream ofs(xml_fo_file, ios_out_trunc_binary());
ledger.write_xsl_fo(ofs);
ofs.close();
if(!ofs.good())
{
fatal_error()
<< "Unable to write output file '"
<< xml_fo_file
<< "'."
<< LMI_FLUSH
;
}
fs::path pdf_out_file = unique_filepath(print_dir / real_filepath, ".pdf");
std::ostringstream oss;
oss
<< configurable_settings::instance().xsl_fo_command()
<< " -fo " << '"' << xml_fo_file << '"'
<< " -pdf " << '"' << pdf_out_file << '"'
;
system_command(oss.str());
return pdf_out_file.string();
}
bool bcp_implementation::is_binary_file(const fs::path& p)
{
if(m_cvs_mode || m_svn_mode)
{
std::map<fs::path, bool, path_less>::iterator pos = m_cvs_paths.find(p);
if(pos != m_cvs_paths.end()) return pos->second;
}
static const boost::regex e(
".*\\."
"(?:"
"c|cxx|cpp|h|hxx|hpp|inc|html?|css|mak|in"
")"
"|"
"(Jamfile|makefile|configure)",
boost::regex::perl | boost::regex::icase);
return !boost::regex_match(p.leaf(), e);
}
static void init_library_scanner(const fs::path& p, bool cvs_mode, const std::string& libname, bool recurse = false)
{
/*
if(free_function_names.count(libname) == 0)
{
free_function_names[libname] = "[\\x0]";
class_names[libname] = "[\\x0]";
variable_names[libname] = "[\\x0]";
}
*/
//
// Don't add files created by build system:
//
if((p.leaf() == "bin") || (p.leaf() == "bin-stage"))
return;
//
// Don't add version control directories:
//
if((p.leaf() == "CVS") || (p.leaf() == ".svn"))
return;
//
// don't add directories not under version control:
//
if(cvs_mode && !fs::exists(p / "CVS/Entries"))
return;
if(cvs_mode && !fs::exists(p / ".svn/entries"))
return;
//
// Enumerate files and directories:
//
fs::directory_iterator i(p);
fs::directory_iterator j;
while(i != j)
{
if(fs::is_directory(*i))
init_library_scanner(*i, cvs_mode, libname, true);
if(bcp_implementation::is_source_file(*i))
{
static boost::regex function_scanner(
"(?|" // Branch reset group
"(?:\\<\\w+\\>[^>;{},:]*)" // Return type
"(?:"
"(\\<\\w+\\>)" // Maybe class name
"\\s*"
"(?:<[^>;{]*>)?" // Maybe template specialisation
"::\\s*)?"
"(\\<(?!throw|if|while|for|catch)\\w+\\>)" // function name
"\\s*"
"\\("
"[^\\(\\);{}]*" // argument list
"\\)"
"\\s*"
"\\{" // start of definition
"|"
"(\\<\\w+\\>)" // Maybe class name
"\\s*"
"(?:<[^>;{]*>)?" // Maybe template specialisation
"::\\s*"
"~?\\1" // function name, same as class name
"\\s*"
"\\("
"[^\\(\\);{}]*" // argument list
"\\)"
"\\s*"
"\\{" // start of definition
")" // end branch reset
);
fileview view(*i);
boost::regex_iterator<const char*> a(view.begin(), view.end(), function_scanner);
boost::regex_iterator<const char*> b;
while(a != b)
{
if((*a)[1].matched)
{
std::string n = a->str(1);
class_names[libname].insert(n);
}
else
{
std::string n = a->str(2);
free_function_names[libname].insert(n);
}
++a;
}
}
++i;
}
if(recurse == false)
{
//
// Build the regular expressions:
//
const char* e1 =
"^(?>[[:blank:]]*)(?!#)[^;{}\\r\\n]*"
"(?|"
"(?:class|struct)[^:;{}#]*"
"(";
// list of class names goes here...
const char* e2 =
")\\s*(?:<[^;{>]*>\\s*)?(?::[^;{]*)?\\{"
"|"
"\\<(?!return)\\w+\\>[^:;{}#=<>!~%.\\w]*(";
// List of function names goes here...
const char* e3 =
")\\s*\\([^;()]*\\)\\s*;)";
std::string class_name_list;
std::set<std::string>::const_iterator i = class_names[libname].begin(), j = class_names[libname].end();
if(i != j)
{
class_name_list = *i;
++i;
while(i != j)
{
class_name_list += "|" + *i;
++i;
}
}
else
{
class_name_list = "[\\x0]";
}
std::string function_name_list;
i = free_function_names[libname].begin();
j = free_function_names[libname].end();
if(i != j)
{
function_name_list = *i;
++i;
while(i != j)
{
function_name_list += "|" + *i;
++i;
}
}
else
{
function_name_list = "[\\x0]";
}
scanner[libname] = boost::regex(e1 + class_name_list + e2 + function_name_list + e3);
}
}
void bcp_implementation::copy_path(const fs::path& p)
{
assert(!fs::is_directory(m_boost_path / p));
if(fs::exists(m_dest_path / p))
{
std::cout << "Copying (and overwriting) file: " << p.string() << "\n";
fs::remove(m_dest_path / p);
}
else
std::cout << "Copying file: " << p.string() << "\n";
//
// create the path to the new file if it doesn't already exist:
//
create_path(p.branch_path());
//
// do text based copy if requested:
//
if(p.leaf() == "Jamroot")
{
static std::vector<char> v1, v2;
v1.clear();
v2.clear();
std::ifstream is((m_boost_path / p).c_str());
std::copy(std::istreambuf_iterator<char>(is), std::istreambuf_iterator<char>(), std::back_inserter(v1));
static boost::regex libname_matcher;
if(libname_matcher.empty())
{
libname_matcher.assign("boost_");
}
regex_replace(std::back_inserter(v2), v1.begin(), v1.end(), libname_matcher, m_namespace_name + "_");
std::swap(v1, v2);
v2.clear();
std::ofstream os;
if(m_unix_lines)
os.open((m_dest_path / p).c_str(), std::ios_base::binary | std::ios_base::out);
else
os.open((m_dest_path / p).c_str(), std::ios_base::out);
os.write(&*v1.begin(), v1.size());
os.close();
}
else if(m_namespace_name.size() && m_lib_names.size() && is_jam_file(p))
{
static std::vector<char> v1, v2;
v1.clear();
v2.clear();
std::ifstream is((m_boost_path / p).c_str());
std::copy(std::istreambuf_iterator<char>(is), std::istreambuf_iterator<char>(), std::back_inserter(v1));
static boost::regex libname_matcher;
if(libname_matcher.empty())
{
std::string re = "\\<";
re += *m_lib_names.begin();
for(std::set<std::string>::const_iterator i = ++m_lib_names.begin(); i != m_lib_names.end(); ++i)
{
re += "|" + *i;
}
re += "\\>";
libname_matcher.assign(re);
}
regex_replace(std::back_inserter(v2), v1.begin(), v1.end(), libname_matcher, get_new_library_name(m_namespace_name));
std::swap(v1, v2);
v2.clear();
std::ofstream os;
if(m_unix_lines)
os.open((m_dest_path / p).c_str(), std::ios_base::binary | std::ios_base::out);
else
os.open((m_dest_path / p).c_str(), std::ios_base::out);
os.write(&*v1.begin(), v1.size());
os.close();
}
else if(m_namespace_name.size() && is_source_file(p))
{
//
// v1 hold the current content, v2 is temp buffer.
// Each time we do a search and replace the new content
// ends up in v2: we then swap v1 and v2, and clear v2.
//
static std::vector<char> v1, v2;
v1.clear();
v2.clear();
std::ifstream is((m_boost_path / p).c_str());
std::copy(std::istreambuf_iterator<char>(is), std::istreambuf_iterator<char>(), std::back_inserter(v1));
static const boost::regex namespace_matcher(
"(?|"
"(namespace\\s+)boost(_\\w+)?(?:(\\s*::\\s*)phoenix)?"
"|"
"(namespace\\s+)(adstl|phoenix|rapidxml)\\>"
"|"
"()\\<boost((?:_(?!intrusive_tags)\\w+)?\\s*(?:::))(?:(\\s*)phoenix)?"
"|"
"()\\<((?:adstl|phoenix|rapidxml)\\s*(?:::))"
"|"
"(namespace\\s+\\w+\\s*=\\s*(?:::\\s*)?)boost(_\\w+)?(?:(\\s*::\\s*)phoenix)?"
"|"
"(namespace\\s+\\w+\\s*=\\s*(?:::\\s*)?(?:\\w+\\s*::\\s*)?)(adstl|phoenix|rapidxml)\\>"
"|"
"(^\\s*#\\s*define\\s+\\w+\\s+)boost((?:_\\w+)?\\s*)$"
"|"
"(^\\s*#\\s*define[^\\n]+)((?:adstl|phoenix|rapidxml)\\s*)$"
"|"
"()boost(_asio_detail_posix_thread_function|_regex_free_static_mutex)"
"|"
"()(lw_thread_routine|at_thread_exit|on_process_enter|on_process_exit|on_thread_enter|on_thread_exit|tss_cleanup_implemented)"
"|"
"(BOOST_CLASS_REQUIRE4?[^;]*)boost((?:_\\w+)?\\s*,)"
"|"
"(\\(\\s*)boost(\\s*\\))"
")"
);
regex_replace(std::back_inserter(v2), v1.begin(), v1.end(), namespace_matcher, "$1" + m_namespace_name + "$2(?3$3" + m_namespace_name + "phoenix)", boost::regex_constants::format_all);
std::swap(v1, v2);
v2.clear();
if(m_namespace_alias)
{
static const boost::regex namespace_alias(
/*
"namespace\\s+" + m_namespace_name +
"\\s*"
"("
"\\{"
"(?:"
"(?>[^\\{\\}/]+)"
"(?>"
"(?:"
"(?1)"
"|//[^\\n]+$"
"|/[^/]"
"|(?:^\\s*#[^\\n]*"
"(?:(?<=\\\\)\\n[^\\n]*)*)"
")"
"[^\\{\\}]+"
")*"
")*"
"\\}"
")"
*/
/*
"(namespace\\s+" + m_namespace_name +
"\\s*\\{.*"
"\\})([^\\{\\};]*)\\z"
*/
"namespace\\s+" + m_namespace_name +
"\\s*\\{"
);
regex_replace(std::back_inserter(v2), v1.begin(), v1.end(), namespace_alias,
"namespace " + m_namespace_name + "{} namespace boost = " + m_namespace_name + "; namespace " + m_namespace_name + "{");
std::swap(v1, v2);
v2.clear();
}
std::ofstream os;
if(m_unix_lines)
os.open((m_dest_path / p).c_str(), std::ios_base::binary | std::ios_base::out);
else
os.open((m_dest_path / p).c_str(), std::ios_base::out);
if(v1.size())
os.write(&*v1.begin(), v1.size());
os.close();
}
else if(m_unix_lines && !is_binary_file(p))
{
std::ifstream is((m_boost_path / p).c_str());
std::istreambuf_iterator<char> isi(is);
std::istreambuf_iterator<char> end;
std::ofstream os((m_dest_path / p).c_str(), std::ios_base::binary | std::ios_base::out);
std::ostreambuf_iterator<char> osi(os);
std::copy(isi, end, osi);
}
else
{
// binary copy:
fs::copy_file(m_boost_path / p, m_dest_path / p);
}
}
bool FileNameMatches(
const char* inPattern,
const fs::path& inFile)
{
return FileNameMatches(inPattern, inFile.leaf());
}
void CXX_Generator::
generate (po::variables_map const& vm, Schema& schema, fs::path const& file_path)
{
//Name is the actual file name.
#if BOOST_FILESYSTEM_VERSION == 2
std::string name (file_path.leaf ());
#else
std::string name (file_path.filename ().string ());
#endif
//Stores file suffixes (defaults are .hpp, ipp, and cpp)
std::string hxx_suffix (vm["cxx-header-suffix"].as<std::string> ());
std::string ixx_suffix (vm["cxx-inline-suffix"].as<std::string> ());
std::string cxx_suffix (vm["cxx-source-suffix"].as<std::string> ());
//Specifies a regular expression of the form pattern/replacement
//when constructing the file names.
std::string hxx_expr (vm["cxx-header-regex"].as<std::string> ());
std::string ixx_expr (vm["cxx-inline-regex"].as<std::string> ());
std::string cxx_expr (vm["cxx-source-regex"].as<std::string> ());
//Output file names are named <name>.<suffix>
std::string hxx_name (regex::perl_s (name, hxx_expr) + hxx_suffix);
std::string ixx_name (regex::perl_s (name, ixx_expr) + ixx_suffix);
std::string cxx_name (regex::perl_s (name, cxx_expr) + cxx_suffix);
//File handlers are created for each file name
fs::path hxx_path (hxx_name);
fs::path ixx_path (ixx_name);
fs::path cxx_path (cxx_name);
//Files are opened for output. Note that the inline
//file is only opened IF the inline_ value is true (otherwise
//the file is ignored).
fs::wofstream hxx (hxx_path, std::ios_base::out);
fs::wofstream ixx;
fs::wofstream cxx (cxx_path, std::ios_base::out);
if (!hxx.is_open ())
{
wcerr << hxx_name.c_str () << ": error: unable to open in write mode"
<< endl;
return;
}
//Boolean value set to the "cxx-generate-inline" option value
bool inline_ (vm.count ("cxx-generate-inline"));
if (inline_)
{
ixx.open (ixx_path, std::ios_base::out);
if (!ixx.is_open ())
{
wcerr << ixx_name.c_str () << ": error: unable to open in write mode"
<< endl;
return;
}
}
if (!cxx.is_open ())
{
wcerr << cxx_name.c_str () << ": error: unable to open in write mode"
<< endl;
return;
}
// Banner.
//
//Takes in the name of a "banner" file. This banner, if it exists, will
//be inserted at the head of the output files.
{
using namespace std;
std::string name (vm["cxx-banner-file"].as<std::string> ());
fs::wifstream banner;
if (!name.empty ())
{
banner.open (name, ios_base::in | ios_base::binary);
if (!banner.is_open ())
{
wcerr << name.c_str () << ": error: unable to open in read mode"
<< endl;
return;
}
}
// header
//
{
std::string bn (vm["cxx-header-banner-file"].as<std::string> ());
if (!bn.empty ())
{
fs::wifstream b (bn, ios_base::in | ios_base::binary);
if (!b.is_open ())
{
wcerr << bn.c_str () << ": error: unable to open in read mode"
<< endl;
return;
}
//If the banner is not empty, put the text into the
//header file.
hxx << b.rdbuf ();
}
else if (banner.is_open ())
{
hxx << banner.rdbuf ();
banner.seekg (0, ios_base::beg);
}
}
// inline
//
if (inline_)
{
std::string bn (vm["cxx-inline-banner-file"].as<std::string> ());
if (!bn.empty ())
{
fs::wifstream b (bn, ios_base::in | ios_base::binary);
if (!b.is_open ())
{
wcerr << bn.c_str () << ": error: unable to open in read mode"
<< endl;
return;
}
//If the banner is not empty, put the text into the
//inline file (if an inline file has been specified in the
//program options).
ixx << b.rdbuf ();
}
else if (banner.is_open ())
{
ixx << banner.rdbuf ();
banner.seekg (0, ios_base::beg);
}
}
// source
//
{
std::string bn (vm["cxx-header-banner-file"].as<std::string> ());
if (!bn.empty ())
{
fs::wifstream b (bn, ios_base::in | ios_base::binary);
if (!b.is_open ())
{
wcerr << bn.c_str () << ": error: unable to open in read mode"
<< endl;
return;
}
//If the banner is not empty, put the text into the
//source file.
cxx << b.rdbuf ();
}
else if (banner.is_open ())
{
cxx << banner.rdbuf ();
banner.seekg (0, ios_base::beg);
}
}
}
//
//
string char_type;
{
std::wostringstream ostr;
ostr << vm["cxx-char-type"].as <std::string> ().c_str ();
char_type = ostr.str ();
}
// Set auto-indentation.
//
Indentation::Implanter<Indentation::Cxx, wchar_t> hxx_guard (hxx);
Indentation::Implanter<Indentation::Cxx, wchar_t> ixx_guard (ixx);
Indentation::Implanter<Indentation::Cxx, wchar_t> cxx_guard (cxx);
bool writer (vm.count ("cxx-generate-writer-types"));
bool traversal (vm.count ("cxx-generate-traversal-types") ||
writer);
bool rtti (vm.count ("cxx-generate-extended-rtti") ||
traversal);
// Check if cdr reader/writer options are set
bool cdr_reader (vm.count ("cxx-generate-cdr-reader-types"));
bool cdr_writer (vm.count ("cxx-generate-cdr-writer-types"));
bool cpp11 (vm.count ("cxx-cpp11"));
// Check about random access sequences
bool ra_sequences (vm.count ("cxx-enable-random-access-sequences"));
NamespaceMapping nsm;
// Default mapping.
//
nsm.push_back (L"#^.* (.*?/)??" L"(([a-zA-Z_]\\w*)(/[a-zA-Z_]\\w*)*)$#$2#");
if (vm.count ("cxx-namespace-regex"))
{
// Custom mappings.
//
const std::vector<std::string> &custom_nsm
(vm["cxx-namespace-regex"].as< std::vector <std::string> > ());
for (std::vector<std::string>::const_iterator i = custom_nsm.begin ();
i != custom_nsm.end (); ++i)
{
std::wostringstream o;
o << i->c_str ();
nsm.push_back (o.str ());
}
}
// Export symbol
//
string export_symbol;
{
std::wostringstream o;
o << vm["cxx-export-symbol"].as<std::string> ().c_str ();
export_symbol = o.str ();
}
// HXX
//
std::string guard (hxx_name);
// Split words
//
guard = regex::perl_s (guard, "/([a-z])([A-Z])/$1_$2/");
// Upcase.
//
std::transform (guard.begin (), guard.end(), guard.begin (), upcase);
// Replace '.' with '_'.
//
guard = regex::perl_s (guard, "/\\./_/");
// Replace '-' with '_'.
//
guard = regex::perl_s (guard, "/\\-/_/");
hxx << "#ifndef " << guard.c_str () << endl
<< "#define " << guard.c_str () << endl
<< endl;
// Export header file
{
std::string tmp (vm["cxx-export-header"].as<std::string> ());
if (tmp != "")
{
hxx << "#include \"" << tmp.c_str () << '"' << endl;
}
}
//Program options are fed into the Context
{
::Context ctx (hxx, char_type, export_symbol, nsm);
ctx.hxx_expr = hxx_expr.c_str ();
ctx.hxx_suffix = hxx_suffix.c_str ();
// Add information to generate reader/writer types
ctx.cdr_reader_generation (cdr_reader);
ctx.cdr_writer_generation (cdr_writer);
ctx.cpp11 (cpp11);
// Add additional information to the context:
ctx.generate_ra_sequences (ra_sequences);
//Generate output files
generate_forward (ctx, schema);
generate_header (ctx, schema); //@@ move expr to ctx
generate_parser_header (ctx, schema);
if (traversal)
{
generate_traversal_header (ctx, schema);
}
if (writer)
{
generate_writer_header (ctx, schema);
}
}
if (inline_)
{
hxx << "#include \"" << ixx_name.c_str () << "\"" << endl
<< endl;
}
hxx << "#endif // " << guard.c_str () << endl;
// IXX
//
if (inline_)
{
::Context ctx (ixx, char_type, export_symbol, nsm);
// Add information to generate reader/writer types
ctx.cdr_reader_generation (cdr_reader);
ctx.cdr_writer_generation (cdr_writer);
ctx.cpp11 (cpp11);
// Add additional information to the context:
ctx.generate_ra_sequences (ra_sequences);
generate_inline (ctx, schema, inline_); //@@ move inline_ to ctx
}
// CXX
//
cxx << "#include \"" << hxx_name.c_str () << "\"" << endl
<< endl;
{
::Context ctx (cxx, char_type, export_symbol, nsm);
// Add information to generate reader/writer types
ctx.cdr_reader_generation (cdr_reader);
ctx.cdr_writer_generation (cdr_writer);
// Add additional information to the context:
ctx.generate_ra_sequences (ra_sequences);
ctx.cpp11 (cpp11);
if (!inline_)
{
generate_inline (ctx, schema, inline_);
}
generate_source (ctx, schema);
generate_parser_source (ctx, schema);
if (rtti)
{
generate_type_info_source (ctx, schema);
}
if (traversal)
{
generate_traversal_source (ctx, schema);
}
if (writer)
{
generate_writer_source (ctx, schema);
}
}
}