private void timer1_Tick(object sender, EventArgs e)
{
modAddressControl.Update();
if (modAddressControl.getIsActive())
{
switch (modAddress.type)
{
case (int)ModAddress.dataTypes.Byte: memoryModifier.WriteToAddress(modAddress.address, (byte)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt16: memoryModifier.WriteToAddress(modAddress.address, (UInt16)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int16: memoryModifier.WriteToAddress(modAddress.address, (Int16)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt32: memoryModifier.WriteToAddress(modAddress.address, (UInt32)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int32: memoryModifier.WriteToAddress(modAddress.address, (Int32)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt64: memoryModifier.WriteToAddress(modAddress.address, (UInt64)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int64: memoryModifier.WriteToAddress(modAddress.address, (Int64)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Float: memoryModifier.WriteToAddress(modAddress.address, (float)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Double: memoryModifier.WriteToAddress(modAddress.address, (double)(modAddress.value)); break;
}
modAddressControl.UpdateActualValueLabel(memoryModifier);
}
foreach (HexRow hr in hexRows)
{
hr.updateTextBoxes(memoryModifier.ReadFromAddress(hr.startAddress, 16));
}
}
private void updateTimer_Tick(object sender, EventArgs e)
{
if (processReadEnabled)
{
//Update value labels with values read from process
foreach (ModAddressControl m in modAddressControls)
{
m.UpdateActualValueLabel(memoryModifier);
}
}
if (processWriteEnabled)
{
//Write each value to corresponsing memory address of the process
foreach (ModAddressControl m in modAddressControls)
{
if (m.getIsActive())
{
ModAddress modAddress = m.getModAddress();
switch (modAddress.type)
{
case (int)ModAddress.dataTypes.Byte: memoryModifier.WriteToAddress(modAddress.address, (byte)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt16: memoryModifier.WriteToAddress(modAddress.address, (UInt16)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int16: memoryModifier.WriteToAddress(modAddress.address, (Int16)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt32: memoryModifier.WriteToAddress(modAddress.address, (UInt32)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int32: memoryModifier.WriteToAddress(modAddress.address, (Int32)(modAddress.value)); break;
case (int)ModAddress.dataTypes.UInt64: memoryModifier.WriteToAddress(modAddress.address, (UInt64)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Int64: memoryModifier.WriteToAddress(modAddress.address, (Int64)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Float: memoryModifier.WriteToAddress(modAddress.address, (float)(modAddress.value)); break;
case (int)ModAddress.dataTypes.Double: memoryModifier.WriteToAddress(modAddress.address, (double)(modAddress.value)); break;
}
}
}
}
if (var_conversion_panel.Enabled && lb_mod_addresses.SelectedIndex != -1)
{
UpdateValueConversionLabels(modAddressControls[lb_mod_addresses.SelectedIndex].getModAddress().address);
}
}