static int __dbg
rvec_break( int dummy_rvec, int break_flag )
{
switch( break_flag ) {
case BREAK_RFI:
if( (molcpu.break_flags & BREAK_USER) ) {
if( !(mregs->msr & MSR_PR) )
return 0;
clear_break_flag( BREAK_USER );
}
printm("BREAK-RFI (%08lX)\n", mregs->nip );
break;
case BREAK_EA_PAGE:
/* breakpoint might not have been written */
printm("ea-break at %08lX\n", mregs->nip );
restore_breakpoints();
setup_breakpoints();
break;
case BREAK_SINGLE_STEP:
if( molcpu.break_flags & BREAK_SINGLE_STEP_CONT ) {
if( !is_stop_breakpoint( mregs->nip ) )
return 0;
clear_break_flag( BREAK_SINGLE_STEP_CONT );
}
//setup_breakpoints();
break;
default:
printm("rvec_break: Unknown break flag %d\n", break_flag );
break;
}
stop_emulation();
clear_break_flag( break_flag );
return 0;
}
//------------------------------------------------------------------------------
// Name: show_menu
// Desc:
//------------------------------------------------------------------------------
void HardwareBreakpoints::show_menu() {
if(!dialog_) {
dialog_ = new DialogHWBreakpoints(edb::v1::debugger_ui);
}
if(dialog_->exec() == QDialog::Accepted) {
setup_breakpoints();
}
}
static void
handle_msg( mol_dgram_t *dg )
{
cmd_entry_t *ce = sv.cmd_root;
int i, val;
switch( dg->what ) {
case kMDG_connect:
printm("Debugger attached\n");
sv.dbg_attached = 1;
send_dgram( sv.sock, kMDG_connect );
send_mregs();
send_dgram( sv.sock, kMDG_refresh_debugger );
/* send debugger commands */
for( ce=sv.cmd_root; ce; ce=ce->next ) {
int s = strlen( ce->cmdname ) + 1;
int t = strlen( ce->help ) + 1;
char *b = malloc( s + t );
strcpy( b, ce->cmdname );
strcpy( b+s, ce->help );
send_dgram_buf2( sv.sock, kMDG_dbg_cmd, b, s+t, s, -1 /*dummy*/ );
free( b );
}
break;
case kMDG_disconnect:
sv.dbg_attached = 0;
close_sock();
printm("Debugger detached\n");
break;
case kMDG_mregs:
send_mregs();
break;
case kMDG_write_mregs:
receive_mregs( (mac_regs_t*)dg->data );
break;
case kMDG_read_dpage: { /* ea, context, data_access */
char buf[0x2000];
dg->p0 &= ~0xfff;
restore_breakpoints();
for( i=0; i<2; i++ ) {
char *lvptr;
if( ea_to_lvptr( dg->p0 + i*0x1000, dg->p1, &lvptr, dg->p2 ) )
memset( buf+i*0x1000, 0xDE, 0x1000 );
else
memcpy( buf+i*0x1000, lvptr, 0x1000 );
}
setup_breakpoints();
send_dgram_buf( sv.sock, kMDG_dpage_data, buf, 0x2000 );
break;
}
case kMDG_in_ppc_mode: /* flag */
sv.in_ppc_mode = dg->p0;
break;
case kMDG_debug_action: /* action (go, single-step, etc.) */
debug_action( dg->p0 );
break;
case kMDG_add_breakpoint: /* addr, flags, data */
add_breakpoint( dg->p0, dg->p1, dg->p2 );
break;
case kMDG_is_breakpoint: { /* mvptr */
char breakbuf[ BREAK_BUF_SIZE ];
for(i=0; i<BREAK_BUF_SIZE; i++ ){
if( !is_breakpoint( dg->p0 + i*4, &breakbuf[i] ) )
breakbuf[i] = 0;
}
send_dgram_buf1( sv.sock, kMDG_is_breakpoint, breakbuf, BREAK_BUF_SIZE, dg->p0 );
break;
}
case kMDG_dbg_cmd:
val = do_dbg_cmd( (remote_cmd_t*)dg->data );
send_dgram1( sv.sock, kMDG_result, val );
break;
default:
printm("Unknown dbg-message %d received\n", dg->what );
break;
}
}