| public handle ( string ev ) : void | ||
| ev | string | String that contains the event description. |
| return | void | |
public void processingGDBOutput()
{
// string verify = "";
while (_running)
{
string response = "";
while ((response = GDBParser.removeGDBResponse()) == "" && _running)
{
};
response = response.Replace("\r\n", "@"); // creating a char delimiter that will be used to split the response in more than one event
string[] events = response.Split('@');
foreach (string ev in events)
{
// verify += ev;
if (ev.Length > 1) // only to avoid empty events, in case there are two delimiters together.
{
if (m_eventDispatcher.countSIGINT > 0)
if ((ev.Substring(0, 2) != "50") && (ev.Substring(0, 2) != "80"))
m_eventDispatcher.countSIGINT = 0;
switch (ev[0])
{
case '0': // events related to starting GDB
break;
case '1': // not used.
break;
case '2': // events related to breakpoints (including breakpoint hits)
m_hBreakpoints = new HandleBreakpoints(m_eventDispatcher);
m_hBreakpoints.handle(ev);
break;
case '3': // not used.
break;
case '4': // events related to execution control (processes, threads, programs) 1
m_hProcExe = new HandleProcessExecution(m_eventDispatcher);
m_hProcExe.handle(ev);
break;
case '5': // events related to execution control (processes, threads, programs and GDB Bugs) 2
m_hProcExe = new HandleProcessExecution(m_eventDispatcher);
m_hProcExe.handle(ev);
break;
case '6': // events related to evaluating expressions
break;
case '7': // events related to stack frames.
break;
case '8': // events related to output
m_hOutputs = new HandleOutputs(m_eventDispatcher);
m_hOutputs.handle(ev);
break;
case '9': // not used.
break;
default: // event not parsed correctly, or not implemented completely.
break;
}
}
}
}
}
