int
main(int argc, char** argv)
{
rofl::cunixenv env_parser(argc, argv);
/* update defaults */
env_parser.add_option(rofl::coption(true,REQUIRED_ARGUMENT,'l',"logfile","Log file used when daemonization", ETHSWCTLD_LOG_FILE));
env_parser.add_option(rofl::coption(true, REQUIRED_ARGUMENT, 'p', "pidfile", "set pid-file", std::string(ETHSWCTLD_PID_FILE)));
//Parse
env_parser.parse_args();
if (not env_parser.is_arg_set("daemonize")) {
// only do this in non
std::string ident(env_parser.get_arg("logfile"));
rofl::logging::init();
rofl::logging::set_debug_level(atoi(env_parser.get_arg("debug").c_str()));
} else {
rofl::cdaemon::daemonize(env_parser.get_arg("pidfile"), env_parser.get_arg("logfile"));
rofl::logging::set_debug_level(atoi(env_parser.get_arg("debug").c_str()));
rofl::logging::notice << "[proxyd][main] daemonizing successful" << std::endl;
}
rofl::examples::proxy::ccontrol ctl;
rofl::cioloop::get_loop().run();
rofl::cioloop::get_loop().shutdown();
return 0;
}
//
// generate_shell_script
//
void Set_Classpath_Script_Generator::
generate_sh_script (const std::string & bindir)
{
std::string sh_filename = bindir + "/set_classpath.sh";
std::ofstream sh_file;
sh_file.open (sh_filename.c_str ());
if (sh_file.is_open ())
{
sh_file
<< "#!/bin/bash" << std::endl
<< std::endl
<< sh_header << std::endl
<< "BIN_DIR=`dirname $0`" << std::endl
<< "LIB_DIR=${BIN_DIR}/../lib" << std::endl
<< std::endl
<< "export CLASSPATH=";
std::set <std::string>::const_iterator
iter = this->impls_.begin (), iter_end = this->impls_.end ();
for ( ; iter != iter_end; ++ iter)
{
sh_file
<< "${LIB_DIR}/" << *iter << ".jar:";
}
// We need to prepend te jarfiles that were used to build the application
// level components. This usually includes the worker libraries.
std::string output;
CUTS_BE_Env_Variable_Parser_T <Sh_Env_Variable> env_parser (output);
iter = this->lit_jars_.begin ();
iter_end = this->lit_jars_.end ();
for ( ; iter != iter_end; ++ iter)
{
// Convert any environment variables defined in the JAR file.
if (boost::spirit::parse (iter->c_str (), env_parser).full)
sh_file << output << ":";
else
sh_file << *iter << ":";
}
// Prepend the current classpath to the variable.
sh_file
<< "${LIB_DIR}/jbi.eventtypes.jar:${CLASSPATH}" << std::endl;
// Close the file
sh_file.close ();
}
else
{
// print an error
}
}
//
// generate_batch_file
//
void Set_Classpath_Script_Generator::
generate_bat_script (const std::string & bindir)
{
std::string bat_filename = bindir + "\\set_classpath.bat";
std::ofstream bat_file;
bat_file.open (bat_filename.c_str ());
if (bat_file.is_open ())
{
bat_file
<< bat_header << std::endl
<< "@set CLASSPATH=";
std::set <std::string>::const_iterator
iter = this->impls_.begin (), iter_end = this->impls_.end ();
for ( ; iter != iter_end; ++ iter)
{
bat_file
<< "%~dp0..\\lib\\" << *iter << ".jar;";
}
// We need to prepend te jarfiles that were used to build the application
// level components. This usually includes the worker libraries.
std::string output;
CUTS_BE_Env_Variable_Parser_T <Bat_Env_Variable> env_parser (output);
iter = this->lit_jars_.begin ();
iter_end = this->lit_jars_.end ();
for ( ; iter != iter_end; ++ iter)
{
// Convert any environment variables defined in the JAR file.
if (boost::spirit::parse (iter->c_str (), env_parser).full)
bat_file << output << ";";
else
bat_file << *iter << ";";
}
// Prepend the current classpath to the variable.
bat_file
<< "%~dp0..\\lib\\jbi.eventtypes.jar;%CLASSPATH%" << std::endl;
// Close the file
bat_file.close ();
}
else
{
// print an error
}
}
