private static void Write(CommandLine cmdLine)
{
if ((_srv.Caps & DebuggerCapabilities.CAPS_RAM_W_BIT) != DebuggerCapabilities.CAPS_RAM_W_BIT)
{
SysConsole.WriteLine("No support for RAM change");
return;
}
var location = cmdLine.GetArgument <uint>("location");
var data = cmdLine.GetArgument <byte[]>("data");
_srv.AddCommand(new DebugCommand_Ram_Write(location, data));
_srv.AddCommand(new DebugCommand_Ram_Read(location, (uint)data.Length)
{
Done = response =>
{
for (int i = 0; i < response.Length; i++)
{
if (data[i] != response[i])
{
Console.WriteLine("The data does not match");
return;
}
}
Console.WriteLine("Done.");
}
});
}
private byte[] WaitForData(IDebugCommand cmd)
{
var cmdTask = _debugServer.AddCommand(cmd);
cmdTask.Wait();
return(cmdTask.Result);
}
private void EventsOnMemoryChanged(string memId, long addr, long size)
{
DebugWrite(MethodBase.GetCurrentMethod().Name + " " + _dte.Debugger.CurrentMode +
$" {_debugTarget.TargetState}");
if (_state != State.InDebug)
{
return;
}
MemoryError[] errRanges;
if (memId == _debugTarget.GetMemType("data") && _server.Caps.HasFlag(DebuggerCapabilities.CAPS_RAM_W_BIT))
{
// The memory changed we need to update the physical device
var data = _debugTarget.Memory.GetMemory(memId, (ulong)addr, 1, (int)size, 0, out errRanges);
_server.AddCommand(new DebugCommand_Ram_Write((uint)addr, data));
}
if (memId == _debugTarget.GetMemType("eeprom") && _server.Caps.HasFlag(DebuggerCapabilities.CAPS_EEPROM_W_BIT))
{
var data = _debugTarget.Memory.GetMemory(memId, (ulong)addr, 1, (int)size, 0, out errRanges);
_server.AddCommand(new DebugCommand_EEPROM_Write((uint)addr, data));
}
}
