CommandLineBuilder::CommandLineBuilder (/*[in]*/ const char * lpszArg1,
/*[in]*/ const char * lpszArg2)
: p (new Data)
{
AppendArgument (lpszArg1);
AppendArgument (lpszArg2);
}
void
CommandLineBuilder::AppendArguments (/*[in]*/ int argc,
/*[in]*/ const char * const * argv)
{
for (int idx = 0; idx < argc; ++ idx)
{
AppendArgument (argv[idx]);
}
}
void
CommandLineBuilder::AppendArguments (/*[in]*/ const vector<string> & argv)
{
for (vector<string>::const_iterator it = argv.begin();
it != argv.end();
++ it)
{
AppendArgument (it->c_str());
}
}
bool BashProxy::AddLogEntry(const type::BashLogEntry &log_entry) {
BOOST_LOG_TRIVIAL(debug) << "bash:detail:BashProxy:AddLogEntry: Function call";
BOOST_LOG_TRIVIAL(debug) << "bash:detail:BashProxy:AddLogEntry: Call params: "
<< "agent_name=" << log_entry.agent_name << " ; "
<< "time=" << log_entry.utc_time << " ; "
<< "user_id=" << log_entry.user_id << " ; "
<< "command=" << log_entry.command;
DBusMessage *message;
message = CreateMethodCall("org.chyla.slas.server",
"/org/chyla/slas/bash",
"org.chyla.slas.bash",
"AddLogEntry");
DBusMessageIter args;
InitArgument(message, &args);
AppendArgument(&args, log_entry.agent_name.c_str());
AppendArgument(&args, log_entry.utc_time.GetTime().GetHour());
AppendArgument(&args, log_entry.utc_time.GetTime().GetMinute());
AppendArgument(&args, log_entry.utc_time.GetTime().GetSecond());
AppendArgument(&args, log_entry.utc_time.GetDate().GetDay());
AppendArgument(&args, log_entry.utc_time.GetDate().GetMonth());
AppendArgument(&args, log_entry.utc_time.GetDate().GetYear());
AppendArgument(&args, log_entry.user_id);
AppendArgument(&args, log_entry.command.c_str());
DBusPendingCall *reply_handle;
bus_->SendMessage(message, &reply_handle);
dbus_message_unref(message);
dbus_pending_call_block(reply_handle);
message = GetReplyMessage(reply_handle);
dbus_pending_call_unref(reply_handle);
dbus_message_unref(message);
}
VariableHolder::VariableHolder(VariableHolder const& _other): data(SINEW(Data)), argument_namer(_other.argument_namer) {
names_t const & names = static_cast<Data*>(_other.data)->names;
args_t const & args = static_cast<Data*>(_other.data)->args;
args_ordered_t const & args_ordered = static_cast<Data*>(_other.data)->args_ordered;
nciter_t const names_end = names.end();
aciter_t const args_end = args.end();
oaciter_t const args_ordered_end = args_ordered.end();
// copy variables
for (nciter_t ite = names.begin(); ite != names_end; ++ite) {
MemoryCell* assigned = 0x00;
MemoryCell::Assign(assigned, ite->second);
SetLocal(ite->first, assigned);
}
// copy args
for (aciter_t ite = args.begin(); ite != args_end; ++ite) {
MemoryCell* assigned = 0x00;
MemoryCell::Assign(assigned, ite->second);
AppendArgument(ite->first, assigned);
}
}
ElfArguments::ElfArguments(const std::vector<std::string>& argv, const std::vector<std::string>& envp)
{
for(const auto& iterator : argv) AppendArgument(iterator.c_str());
for(const auto& iterator : envp) AppendEnvironmentVariable(iterator.c_str());
}
ElfArguments::ElfArguments(const uapi::char_t** argv, const uapi::char_t** envp)
{
// Iterate over any provided arguments/variables and append them
while(argv && *argv) { AppendArgument(*argv); ++argv; }
while(envp && *envp) { AppendEnvironmentVariable(*envp); ++envp; }
}
