With this switch, you can use the COM port for normal operations while Windows is running. If Windows crashes, the switch converts the port to a debug port.
This action turns on remote debugging. This switch turns on the kernel debugger when you start Windows. The switch can be activated at any time by a host debugger that is connected to the computer, if you want to turn on live remote debugging of a Windows system through the COM ports.
Use this switch when you are debugging problems that are regularly reproducible. This switch specifies the communications port to use for the debug port, where number is the communications port, such as COM1, that you want to use.
Otherwise, the switch uses COM1. If you include this switch in the Boot. This switch specifies the amount of RAM, in bytes, that Windows can use. In this scenario, Windows would not start. This switch disables the bitmap that displays the progress bar for Windows startup. The progress bar appears just before the logon prompt. This switch turns off debugging. This scenario can cause a Stop error if a program has a debug hardcoded breakpoint in its software.
This switch sets the number of processors that Windows will run at startup. With this switch, you can force a multiprocessor system to use only the quantity of processors number that you specify. This switch can help you troubleshoot performance problems and defective CPUs. For xbased systems, this switch stops the operating system from dynamically assigning hardware input, hardware output, and interrupt request resources to Peripheral Connect Interface PCI devices.
With this switch, the BIOS configures the devices. This switch turns off serial and bus mouse detection in the Ntdetect. Use this switch if you have a component other than a mouse that is attached to a serial port during the startup process. Ports may be separated with commas to turn off more than one port. In earlier versions of Windows, including Windows NT 4. By default, the Windows Loader screen only echoes progress dots. With this switch, you can define the actual hardware abstraction layer HAL that is loaded at startup.
This switch is useful to try out a different HAL before you rename the file to Hal. Yes No. Sorry this didn't help.
Thanks for your feedback. I don't have any "completely empty" CDs so the only way i can put a OS on one is by extracting the ISO onto it And it didn't work but i tried it anyway. Follow these steps before you buy and Upgrade clean install to Windows 8.
But first make sure that you have the correct system requirements and that your Computer Manufacturer supplies the correct Drivers for This thread is locked.
You can follow the question or vote as helpful, but you cannot reply to this thread. Right-click Start and select Explore. Go to Tools and select Folder Options. In the Folder Options dialog box, select the View tab 5. In the Advanced Settings section, click Show hidden files and folders , remove the Hide extensions for known files types and Hide protected operating system files Recommended.
Click Yes to confirm that you want to display the entire file system, and then click OK. Back up the Boot. Right-click My Computer then select Properties. On the Advanced tab, select Settings under Startup and Recovery. Under System Startup , click Edit. The Notepad program will open the system Boot.
In Notepad, click File on the menu bar and select Save As 5. Enter a name for the new folder for example Luu and press Enter to create a new archive folder for the Boot.
Double-click the newly created folder, then click the Save button to save a copy of the Boot. Edit the Boot.
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