unsafe public void DrawData()
{
uint byte_num = point_num * bytes_per_point;
IntPtr variable_data;
try
{
variable_data = Marshal.AllocHGlobal((IntPtr)byte_num);
}
catch (OutOfMemoryException e)
{
OutputMessage("Out Of Memory in AllocHGlobal");
return;
}
uint point_num_read = 0;
OutputMessage("Reading memory: " + "0x" + addr.ToString("x8") + " point num: " + point_num);
bool result = ReadProcessM(addr, point_num, bytes_per_point, variable_data, ref point_num_read);
if (result == false)
{
Marshal.FreeHGlobal(variable_data);
OutputMessage("Failed to read memory");
return;
}
point_num = (uint)point_num_read;
GLOBAL.point_num = (int)point_num_read;
ARRAY_DESCRIPTOR descriptor = new ARRAY_DESCRIPTOR();
descriptor.point_num = GLOBAL.point_num;
descriptor.bytes_per_point = bytes_per_point;
descriptor.type_int_float = int_float;
descriptor.type_signed_unsigned = signed_unsigned;
descriptor.y = (char *)variable_data;
descriptor.ignore_x = true;
PGE_IO.set_array(GLOBAL.plot_id, ref descriptor);
Marshal.FreeHGlobal(variable_data);
}
private static extern int dbg_set_struct(ref ARRAY_DESCRIPTOR desc);
public static extern int set_array(int plot_id, ref ARRAY_DESCRIPTOR desc);
private static extern int dbg_set_struct(ref ARRAY_DESCRIPTOR desc);
public static extern int set_array(int plot_id, ref ARRAY_DESCRIPTOR desc);
public unsafe void DrawData()
{
uint byte_num = point_num * bytes_per_point;
IntPtr variable_data;
try
{
variable_data = Marshal.AllocHGlobal((IntPtr)byte_num);
}
catch (OutOfMemoryException e)
{
OutputMessage("Out Of Memory in AllocHGlobal");
return ;
}
uint point_num_read = 0;
OutputMessage("Reading memory: " + "0x"+addr.ToString("x8") + " point num: " + point_num);
bool result = ReadProcessM(addr, point_num, bytes_per_point, variable_data, ref point_num_read);
if (result == false)
{
Marshal.FreeHGlobal(variable_data);
OutputMessage("Failed to read memory");
return;
}
point_num = (uint)point_num_read;
GLOBAL.point_num = (int)point_num_read;
ARRAY_DESCRIPTOR descriptor = new ARRAY_DESCRIPTOR();
descriptor.point_num = GLOBAL.point_num;
descriptor.bytes_per_point = bytes_per_point;
descriptor.type_int_float = int_float;
descriptor.type_signed_unsigned = signed_unsigned;
descriptor.y = (char*)variable_data;
descriptor.ignore_x = true;
PGE_IO.set_array(GLOBAL.plot_id, ref descriptor);
Marshal.FreeHGlobal(variable_data);
}
