// <summary>
// A breakpoint has been hit; now the sse needs to find out what do do:
// either ignore the breakpoint and continue or keep the target stopped
// and send out the notification.
//
// If @index is zero, we hit an "unknown" breakpoint - ie. a
// breakpoint which we did not create. Normally, this means that there
// is a breakpoint instruction (such as G_BREAKPOINT ()) in the code.
// Such unknown breakpoints are handled by the Debugger; one of
// the language backends may recognize the breakpoint's address, for
// instance if this is the JIT's breakpoint trampoline.
//
// Returns true if the target should remain stopped and false to
// continue stepping.
//
// If we can't find a handler for the breakpoint, the default is to stop
// the target and let the user decide what to do.
// </summary>
bool child_breakpoint(Inferior.ChildEvent cevent, int index, out Breakpoint bpt)
{
// The inferior knows about breakpoints from all threads, so if this is
// zero, then no other thread has set this breakpoint.
if (index == 0) {
bpt = null;
return true;
}
Inferior.StackFrame iframe = inferior.GetCurrentFrame ();
bpt = lookup_breakpoint (index);
if (bpt == null)
return false;
if (bpt is MainMethodBreakpoint) {
main_retaddr = iframe.StackPointer + inferior.TargetAddressSize;
reached_main = true;
}
if (!bpt.Breaks (thread.ID) || !process.BreakpointManager.IsBreakpointEnabled (index))
return false;
index = bpt.Index;
bool remain_stopped;
if (bpt.BreakpointHandler (inferior, out remain_stopped))
return remain_stopped;
TargetAddress address = inferior.CurrentFrame;
return bpt.CheckBreakpointHit (thread, address);
}
