// file : xsde/cxx/hybrid/generator.cxx // author : Boris Kolpackov // copyright : Copyright (c) 2005-2011 Code Synthesis Tools CC // license : GNU GPL v2 + exceptions; see accompanying LICENSE file #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "../../../libxsde/xsde/cxx/version.hxx" using std::endl; using std::wcerr; using std::wcout; using namespace XSDFrontend::SemanticGraph; namespace Indentation = BackendElements::Indentation; // // typedef boost::filesystem::wifstream WideInputFileStream; typedef boost::filesystem::wofstream WideOutputFileStream; typedef boost::filesystem::ifstream NarrowInputFileStream; namespace CXX { namespace { Char const copyright_gpl[] = "// Copyright (c) 2005-2011 Code Synthesis Tools CC\n" "//\n" "// This program was generated by CodeSynthesis XSD/e, an XML Schema\n" "// to C++ data binding compiler for embedded systems.\n" "//\n" "// This program is free software; you can redistribute it and/or modify\n" "// it under the terms of the GNU General Public License version 2 as\n" "// published by the Free Software Foundation.\n" "//\n" "// This program is distributed in the hope that it will be useful,\n" "// but WITHOUT ANY WARRANTY; without even the implied warranty of\n" "// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n" "// GNU General Public License for more details.\n" "//\n" "// You should have received a copy of the GNU General Public License\n" "// along with this program; if not, write to the Free Software\n" "// Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA\n" "//\n" "//\n\n"; Char const copyright_proprietary[] = "// Copyright (c) 2005-2011 Code Synthesis Tools CC\n" "//\n" "// This program was generated by CodeSynthesis XSD/e, an XML Schema to\n" "// C++ data binding compiler for embedded systems, in the Proprietary\n" "// License mode. You should have received a proprietary license from\n" "// Code Synthesis Tools CC prior to generating this code. See the\n" "// license text for conditions.\n" "//\n\n"; } namespace Hybrid { namespace CLI { extern Key char_encoding = "char-encoding"; extern Key no_stl = "no-stl"; extern Key no_iostream = "no-iostream"; extern Key no_exceptions = "no-exceptions"; extern Key no_long_long = "no-long-long"; extern Key generate_parser = "generate-parser"; extern Key generate_serializer = "generate-serializer"; extern Key generate_aggregate = "generate-aggregate"; extern Key suppress_validation = "suppress-validation"; extern Key suppress_parser_val = "suppress-parser-val"; extern Key suppress_serializer_val = "suppress-serializer-val"; extern Key omit_default_attributes = "omit-default-attributes"; extern Key suppress_enum = "suppress-enum"; extern Key generate_clone = "generate-clone"; extern Key generate_detach = "generate-detach"; extern Key generate_insertion = "generate-insertion"; extern Key generate_extraction = "generate-extraction"; extern Key generate_inline = "generate-inline"; extern Key generate_forward = "generate-forward"; extern Key generate_xml_schema = "generate-xml-schema"; extern Key extern_xml_schema = "extern-xml-schema"; extern Key suppress_reset = "suppress-reset"; extern Key custom_allocator = "custom-allocator"; extern Key generate_polymorphic = "generate-polymorphic"; extern Key runtime_polymorphic = "runtime-polymorphic"; extern Key polymorphic_type = "polymorphic-type"; extern Key generate_typeinfo = "generate-typeinfo"; extern Key polymorphic_schema = "polymorphic-schema"; extern Key reuse_style_mixin = "reuse-style-mixin"; extern Key custom_data = "custom-data"; extern Key custom_type = "custom-type"; extern Key custom_parser = "custom-parser"; extern Key custom_serializer = "custom-serializer"; extern Key root_element_first = "root-element-first"; extern Key root_element_last = "root-element-last"; extern Key root_element_all = "root-element-all"; extern Key root_element_none = "root-element-none"; extern Key root_element = "root-element"; extern Key root_type = "root-type"; extern Key output_dir = "output-dir"; extern Key pskel_type_suffix = "pskel-type-suffix"; extern Key sskel_type_suffix = "sskel-type-suffix"; extern Key pskel_file_suffix = "pskel-file-suffix"; extern Key sskel_file_suffix = "sskel-file-suffix"; extern Key pimpl_type_suffix = "pimpl-type-suffix"; extern Key simpl_type_suffix = "simpl-type-suffix"; extern Key pimpl_file_suffix = "pimpl-file-suffix"; extern Key simpl_file_suffix = "simpl-file-suffix"; extern Key paggr_type_suffix = "paggr-type-suffix"; extern Key saggr_type_suffix = "saggr-type-suffix"; extern Key namespace_map = "namespace-map"; extern Key namespace_regex = "namespace-regex"; extern Key namespace_regex_trace = "namespace-regex-trace"; extern Key reserved_name = "reserved-name"; extern Key include_with_brackets = "include-with-brackets"; extern Key include_prefix = "include-prefix"; extern Key include_regex = "include-regex"; extern Key include_regex_trace = "include-regex-trace"; extern Key guard_prefix = "guard-prefix"; extern Key hxx_suffix = "hxx-suffix"; extern Key ixx_suffix = "ixx-suffix"; extern Key cxx_suffix = "cxx-suffix"; extern Key fwd_suffix = "fwd-suffix"; extern Key hxx_regex = "hxx-regex"; extern Key ixx_regex = "ixx-regex"; extern Key cxx_regex = "cxx-regex"; extern Key fwd_regex = "fwd-regex"; extern Key hxx_prologue = "hxx-prologue"; extern Key ixx_prologue = "ixx-prologue"; extern Key cxx_prologue = "cxx-prologue"; extern Key fwd_prologue = "fwd-prologue"; extern Key prologue = "prologue"; extern Key hxx_epilogue = "hxx-epilogue"; extern Key ixx_epilogue = "ixx-epilogue"; extern Key cxx_epilogue = "cxx-epilogue"; extern Key fwd_epilogue = "fwd-epilogue"; extern Key epilogue = "epilogue"; extern Key hxx_prologue_file = "hxx-prologue-file"; extern Key ixx_prologue_file = "ixx-prologue-file"; extern Key cxx_prologue_file = "cxx-prologue-file"; extern Key fwd_prologue_file = "fwd-prologue-file"; extern Key prologue_file = "prologue-file"; extern Key hxx_epilogue_file = "hxx-epilogue-file"; extern Key ixx_epilogue_file = "ixx-epilogue-file"; extern Key cxx_epilogue_file = "cxx-epilogue-file"; extern Key fwd_epilogue_file = "fwd-epilogue-file"; extern Key epilogue_file = "epilogue-file"; extern Key show_anonymous = "show-anonymous"; extern Key show_sloc = "show-sloc"; extern Key proprietary_license = "proprietary-license"; } } Void Hybrid::Generator:: usage () { std::wostream& o (wcout); ::CLI::Indent::Clip< ::CLI::OptionsUsage, WideChar> clip (o); o << "--char-encoding " << endl << " Specify the character encoding that should be\n" << " used in the object model. Valid values are 'utf8'\n" << " (default) and 'iso8859-1'." << endl; o << "--no-stl" << endl << " Generate code that does not use STL." << endl; o << "--no-iostream" << endl << " Generate code that does not use the iostream\n" << " library." << endl; o << "--no-exceptions" << endl << " Generate code that does not use C++ exceptions." << endl; o << "--no-long-long" << endl << " Generate code that does not use the long long\n" << " and unsigned long long types." << endl; o << "--generate-parser" << endl << " Generate XML parsing code." << endl; o << "--generate-serializer" << endl << " Generate XML serialization code." << endl; o << "--generate-aggregate" << endl << " Generate parser/serializer aggregates for root\n" << " elements and/or types." << endl; o << "--suppress-validation" << endl << " Suppress the generation of validation code in\n" << " parser and serializer." << endl; o << "--suppress-parser-val" << endl << " Suppress the generation of validation code in\n" << " parser." << endl; o << "--suppress-serializer-val" << endl << " Suppress the generation of validation code in\n" << " serializer." << endl; o << "--omit-default-attributes" << endl << " Omit attributes with default and fixed values\n" << " from serialized XML documents." << endl; o << "--suppress-enum" << endl << " Suppress the generation of the XML Schema\n" << " enumeration to C++ enum mapping." << endl; o << "--generate-clone" << endl << " Generate clone functions for variable-length\n" << " types." << endl; o << "--generate-detach" << endl << " Generate detach functions for elements and\n" << " attributes of variable-length types." << endl; o << "--generate-insertion " << endl << " Generate data representation stream insertion\n" << " operators for the output stream type." << endl; o << "--generate-extraction " << endl << " Generate data representation stream extraction\n" << " operators for the input stream type." << endl; o << "--generate-inline" << endl << " Generate certain functions inline." << endl; o << "--generate-forward" << endl << " Generate forward declaration file." << endl; o << "--generate-xml-schema" << endl << " Generate C++ header files as if the schema being\n" << " compiled defines the XML Schema namespace." << endl; o << "--extern-xml-schema " << endl << " Generate code as if the XML Schema namespace was\n" << " defined in and xsd:included in the schema\n" << " being compiled." << endl; o << "--suppress-reset" << endl << " Suppress the generation of parser and serializer\n" << " reset code." << endl; o << "--custom-allocator" << endl << " Generate code that uses custom allocator functions\n" << " instead of operator new/delete." << endl; o << "--generate-polymorphic" << endl << " Generate polymorphism-aware code. Specify this\n" << " option if you use substitution groups or xsi:type." << endl; o << "--runtime-polymorphic" << endl << " Generate non-polymorphic code that uses the\n" << " runtime library configured with polymorphism\n" << " support." << endl; o << "--polymorphic-type " << endl << " Indicate that is a root of a polymorphic\n" << " type hierarchy." << endl; o << "--generate-typeinfo" << endl << " Generate type information functions for\n" << " polymorphic object model types." << endl; o << "--polymorphic-schema " << endl << " Indicate that contains derivations of\n" << " polymorphic types." << endl; o << "--reuse-style-mixin" << endl << " Generate code that supports the mixin base\n" << " parser/serializer implementation reuse style." << endl; o << "--custom-data " << endl << " Add custom data to the C++ class generated for\n" << " XML Schema type ." << endl; o << "--custom-type " << endl << " Use a custom type implementation instead of the\n" << " generated version. The argument is in the\n" << " form name[=[flags][/[type][/[base][/include]]]],\n" << " where is an XML Schema type name,\n" << " optional specify whether the custom type\n" << " is fixed or variable-length, optional is\n" << " a C++ type name that should be used instead,\n" << " optional is a C++ name that should be\n" << " given to the generated version, and optional\n" << " is the header file that defines the\n" << " custom implementation." << endl; o << "--custom-parser " << endl << " Use a custom parser implementation instead of the\n" << " generated version. The argument is in the\n" << " form name[=[base][/include]], where is an\n" << " XML Schema type name, optional is a C++\n" << " name that should be given to the generated\n" << " version, and optional is the header\n" << " file that defines the custom implementation." << endl; o << "--custom-serializer " << endl << " Use a custom serializer implementation instead of\n" << " the generated version. The argument is in\n" << " the form name[=[base][/include]], where is\n" << " an XML Schema type name, optional is a C++\n" << " name that should be given to the generated\n" << " version, and optional is the header\n" << " file that defines the custom implementation." << endl; o << "--root-element-first" << endl << " Treat only the first global element as a document\n" << " root." << endl; o << "--root-element-last" << endl << " Treat only the last global element as a document\n" << " root." << endl; o << "--root-element-all" << endl << " Treat all global elements as document roots." << endl; o << "--root-element-none" << endl << " Don't treat any global elements as document roots." << endl; o << "--root-element " << endl << " Treat only as a document root. Repeat\n" << " this option to specify more than one root element." << endl; o << "--root-type " << endl << " Generate parser/serializer aggregate for .\n" << " Repeat this option to specify more than one type." << endl; o << "--output-dir " << endl << " Write generated files to instead of the\n" << " current directory." << endl; o << "--pskel-type-suffix " << endl << " Use instead of the default '_pskel' suffix\n" << " to construct the names of generated parser\n" << " skeletons." << endl; o << "--sskel-type-suffix " << endl << " Use instead of the default '_sskel' suffix\n" << " to construct the names of generated serializer\n" << " skeletons." << endl; o << "--pskel-file-suffix " << endl << " Use instead of the default '-pskel' suffix\n" << " to construct the names of generated parser\n" << " skeleton files." << endl; o << "--sskel-file-suffix " << endl << " Use instead of the default '-sskel' suffix\n" << " to construct the names of generated serializer\n" << " skeleton files." << endl; o << "--pimpl-type-suffix " << endl << " Use instead of the default '_pimpl' suffix\n" << " to construct the names of generated parser\n" << " implementations." << endl; o << "--simpl-type-suffix " << endl << " Use instead of the default '_simpl' suffix\n" << " to construct the names of generated serializer\n" << " implementations." << endl; o << "--pimpl-file-suffix " << endl << " Use instead of the default '-pimpl' suffix\n" << " to construct the names of generated parser\n" << " implementation files." << endl; o << "--simpl-file-suffix " << endl << " Use instead of the default '-simpl' suffix\n" << " to construct the names of generated serializer\n" << " implementation files." << endl; o << "--paggr-type-suffix " << endl << " Use instead of the default '_paggs' suffix\n" << " to construct the names of generated parser\n" << " aggregates." << endl; o << "--saggr-type-suffix " << endl << " Use instead of the default '_saggr' suffix\n" << " to construct the names of generated serializer\n" << " aggregates." << endl; o << "--namespace-map =" << endl << " Map XML Schema namespace to C++ namespace\n" << " . Repeat this option to specify mapping for\n" << " more than one XML Schema namespace." << endl; o << "--namespace-regex " << endl << " Add to the list of regular expressions\n" << " used to translate XML Schema namespace names to\n" << " C++ namespace names." << endl; o << "--namespace-regex-trace" << endl << " Trace the process of applying regular expressions\n" << " specified with the --namespace-regex option." << endl; o << "--reserved-name " << endl << " Add to the list of names that should not\n" << " be used as identifiers. The name can optionally\n" << " be followed by '=' and the replacement name that\n" << " should be used instead." << endl; o << "--include-with-brackets" << endl << " Use angle brackets (<>) instead of quotes (\"\") in\n" << " generated #include directives." << endl; o << "--include-prefix " << endl << " Add to generated #include directive\n" << " paths." << endl; o << "--include-regex " << endl << " Add to the list of regular expressions\n" << " used to transform #include directive paths." << endl; o << "--include-regex-trace" << endl << " Trace the process of applying regular expressions\n" << " specified with the --include-regex option." << endl; o << "--guard-prefix " << endl << " Add to generated header inclusion guards." << endl; // File suffix. // o << "--hxx-suffix " << endl << " Use instead of the default '.hxx' to\n" << " construct the name of the header files." << endl; o << "--ixx-suffix " << endl << " Use instead of the default '.ixx' to\n" << " construct the name of the inline files." << endl; o << "--cxx-suffix " << endl << " Use instead of the default '.cxx' to\n" << " construct the name of the source files." << endl; o << "--fwd-suffix " << endl << " Use instead of the default '-fwd.hxx'\n" << " to construct the name of the forward declaration\n" << " file." << endl; // File regex. // o << "--hxx-regex " << endl << " Use to construct the names of the header\n" << " files." << endl; o << "--ixx-regex " << endl << " Use to construct the names of the inline\n" << " files." << endl; o << "--cxx-regex " << endl << " Use to construct the names of the source\n" << " files." << endl; o << "--fwd-regex " << endl << " Use to construct the name of the forward\n" << " declaration file." << endl; // Prologues. // o << "--hxx-prologue " << endl << " Insert at the beginning of the header\n" << " files." << endl; o << "--ixx-prologue " << endl << " Insert at the beginning of the inline\n" << " files." << endl; o << "--cxx-prologue " << endl << " Insert at the beginning of the source\n" << " files." << endl; o << "--fwd-prologue " << endl << " Insert at the beginning of the forward\n" << " declaration file." << endl; o << "--prologue " << endl << " Insert at the beginning of each generated\n" << " file for which there is no file-specific prologue." << endl; // Epilogues. // o << "--hxx-epilogue " << endl << " Insert at the end of the header files." << endl; o << "--ixx-epilogue " << endl << " Insert at the end of the inline files." << endl; o << "--cxx-epilogue " << endl << " Insert at the end of the source files." << endl; o << "--fwd-epilogue " << endl << " Insert at the end of the forward\n" << " declaration file." << endl; o << "--epilogue " << endl << " Insert at the end of each generated file\n" << " for which there is no file-specific epilogue." << endl; // Prologue files. // o << "--hxx-prologue-file " << endl << " Insert the content of the at the beginning\n" << " of the header files." << endl; o << "--ixx-prologue-file " << endl << " Insert the content of the at the beginning\n" << " of the inline files." << endl; o << "--cxx-prologue-file " << endl << " Insert the content of the at the beginning\n" << " of the source files." << endl; o << "--fwd-prologue-file " << endl << " Insert the content of the at the beginning\n" << " of the forward declaration file." << endl; o << "--prologue-file " << endl << " Insert the content of the at the beginning\n" << " of each generated file for which there is no file-\n" << " specific prologue file." << endl; // Epilogue files. // o << "--hxx-epilogue-file " << endl << " Insert the content of the at the end of\n" << " the header files." << endl; o << "--ixx-epilogue-file " << endl << " Insert the content of the at the end of\n" << " the inline files." << endl; o << "--cxx-epilogue-file " << endl << " Insert the content of the at the end of\n" << " the source files." << endl; o << "--fwd-epilogue-file " << endl << " Insert the content of the at the end of\n" << " the forward declaration file." << endl; o << "--epilogue-file " << endl << " Insert the content of the at the end of\n" << " each generated file for which there is no file-\n" << " specific epilogue file." << endl; // Misc. // o << "--show-anonymous" << endl << " Show elements and attributes that are of anonymous\n" << " types." << endl; o << "--show-sloc" << endl << " Show the number of generated physical source lines\n" << " of code (SLOC)." << endl; o << "--sloc-limit " << endl << " Check that the number of generated physical source\n" << " lines of code (SLOC) does not exceed ." << endl; o << "--options-file " << endl << " Read additional options from . Each option\n" << " should appear on a separate line optionally\n" << " followed by space and an argument." << endl; o << "--proprietary-license" << endl << " Indicate that the generated code is licensed under\n" << " a proprietary license instead of the GPL." << endl; } Hybrid::CLI::OptionsSpec Hybrid::Generator:: options_spec () { CLI::OptionsSpec spec; spec.option ().default_value ("utf8"); spec.option ().default_value ("-pskel"); spec.option ().default_value ("-sskel"); spec.option ().default_value ("_pskel"); spec.option ().default_value ("_sskel"); spec.option ().default_value ("-pimpl"); spec.option ().default_value ("-simpl"); spec.option ().default_value ("_pimpl"); spec.option ().default_value ("_simpl"); spec.option ().default_value ("_paggr"); spec.option ().default_value ("_saggr"); spec.option ().default_value (".hxx"); spec.option ().default_value (".ixx"); spec.option ().default_value (".cxx"); spec.option ().default_value ("-fwd.hxx"); return spec; } namespace { NarrowString find_value (Cult::Containers::Vector const& v, Char const* key) { typedef Cult::Containers::Vector Values; for (Values::ConstIterator i (v.begin ()), e (v.end ()); i != e; ++i) { Size p (i->find ('=')); if (p == NarrowString::npos) { if (key[0] != '\0') continue; } else { NarrowString k (*i, 0, p); // Unless it is one of the valid keys, assume there is no key. // if (!(k.empty () || k == "*" || k == "pskel" || k == "pimpl" || k == "sskel" || k == "simpl")) { k.clear (); p = NarrowString::npos; } if (k != key && k != "*") continue; } return NarrowString ( *i, p == NarrowString::npos ? 0 : p + 1, NarrowString::npos); } return NarrowString (); } Void copy_values (Cult::Containers::Vector& dst, Cult::Containers::Vector const& src, Char const* key) { typedef Cult::Containers::Vector Values; for (Values::ConstIterator i (src.begin ()), e (src.end ()); i != e; ++i) { Size p (i->find ('=')); if (p == NarrowString::npos) { if (key[0] != '\0') continue; } else { NarrowString k (*i, 0, p); // Unless it is one of the valid keys, assume there is no key. // if (!(k.empty () || k == "*" || k == "pskel" || k == "pimpl" || k == "sskel" || k == "simpl")) { k.clear (); p = NarrowString::npos; } if (k != key && k != "*") continue; } dst.push_back ( NarrowString ( *i, p == NarrowString::npos ? 0 : p + 1, NarrowString::npos)); } } struct FundNamespace: Namespace, Hybrid::Context { FundNamespace (Hybrid::Context& c, Char type) : Namespace (c), Hybrid::Context (c), type_ (type) { } void traverse (Type& ns) { namespace CLI = Hybrid::CLI; pre (ns); os << "using ::xsde::cxx::hybrid::any_type;" << endl; Boolean us, ui; String skel, impl; if (type_ == 'p') { skel = options.value (); impl = options.value (); us = skel == L"_pskel"; ui = impl == L"_pimpl"; } else { skel = options.value (); impl = options.value (); us = skel == L"_sskel"; ui = impl == L"_simpl"; } if (us) os << "using ::xsde::cxx::hybrid::any_type_" << type_ << "skel;"; else os << "using ::xsde::cxx::hybrid::any_type_" << type_ << "skel " << "any_type" << skel << ";"; if (ui) os << "using ::xsde::cxx::hybrid::any_type_" << type_ << "impl;"; else os << "using ::xsde::cxx::hybrid::any_type_" << type_ << "impl " << "any_type" << impl << ";"; post (ns); } private: Char type_; }; } Parser::CLI::Options* Hybrid::Generator:: parser_options (CLI::Options const& h, Schema& schema, Path const& path) { namespace H = CLI; namespace P = Parser::CLI; Evptr r (new P::Options); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = false; r->value () = h.value (); r->value () = h.value () || h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); Char const* k = "pskel"; r->value () = find_value (h.value (), k); r->value () = find_value (h.value (), k); r->value () = find_value (h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); r->value () = h.value (); r->value () = h.value (); // Add the anyType parser. // { std::wostringstream os; Context ctx (os, schema, path, h, 0, 0, 0); os << endl << "#include " << endl << "#include " << endl << "#include " << endl << endl; { Indentation::Clip clip (os); FundNamespace ns (ctx, 'p'); ns.dispatch (ctx.xs_ns ()); } r->value ().push_back (String (os.str ()).to_narrow ()); } return r.release (); } Serializer::CLI::Options* Hybrid::Generator:: serializer_options (CLI::Options const& h, Schema& schema, Path const& path) { namespace H = CLI; namespace S = Serializer::CLI; Evptr r (new S::Options); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = false; r->value () = h.value (); r->value () = h.value () || h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); r->value () = h.value (); Char const* k = "sskel"; r->value () = find_value (h.value (), k); r->value () = find_value (h.value (), k); r->value () = find_value (h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); r->value () = find_value ( h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); copy_values (r->value (), h.value (), k); r->value () = h.value (); r->value