Ctrl2cap [32|64bit]

People that migrated to NT from UNIX are used to having the control key located where the caps-lock key is on the standard PC keyboard, so a utility like this is essential for our editing well-being.
With Ctrl2cap, a kernel-mode device driver, you can filter the system’s keyboard class driver in order to convert caps-lock characters into control characters.
Install Ctrl2cap running the command “ctrl2cap /install” from the directory into which you’ve unzipped the Ctrl2cap files. To uninstall type “ctrl2cap /uninstall”. If you are running on 64-bit Windows run ctrl2cap64.exe instead.
Ctrl2cap requires ntddkbd.h from the ddksrcinputinc directory, so you must first copy that file to the ctrl2cap directory. To build a standard NT 4 driver type “buildnt4” and to build a Win2K WDM driver type “buildnt5”. Output files are placed in the release subdirectory.
On NT 4 Ctrlcap is actually quite trivial. It simply attaches itself to the keyboard class driver so that it will catch keyboard read requests. For each request, it posts an I/O completion callback, at which point it takes a peek at the scancode that is being returned. If it happens to be a caps-lock, ctrl2cap changes it into a left-control.
On Win2K Ctrl2cap is a WDM filter driver that layers in the keyboard class device’s stack above the keyboard class device. This is in contrast to the Win2K DDK’s kbfiltr example that layers itself between the i8042 port device and the keyboard class device. I chose to layer on top of the keyboard class device for several reasons:
It means that the Ctrl2cap IRP_MJ_READ interception and manipulation code is shared between the NT 4 and Win2K versions.
I don’t need to supply an INF file and have the user go through the Device Manager to install Ctrl2cap – I simply modify the appropriate Registry value (the keyboard class devices’s HKLMSystemCurrentControlSetControlClass UpperFilters value). See the source code to Ctrl2cap.exe for more information.
The disadvantage of my approach is (and this an advantage or disadvantage depending on your point of view):
Because I don’t install with an INF file via the Device Manager, the user is not warned that the Ctrl2cap driver file is not digitally signed by Microsoft. In this particular case I felt that the advantages outweigh the disadvantages. However, before you model a Win2K keyboard filter on Ctrl2cap I strongly suggest that you study the kbfiltr example from the Win2K DDK. Kbfiltr’s interception point in the key input sequence makes it very easy for kbfiltr to inject keystrokes into the input stream, something that would be more difficult using the Ctrl2cap source base.

 

 

 

 

 

 

Ctrl2cap Crack + PC/Windows

[FilterRead] Ctrl2cap reads a scancode from the keyboard, writes it to the virtual console, and then inserts the scancode in the stream before the next native read request for the scancode is made. Ctrl2cap also filters out scancodes which are not caps-lock, such as SHIFT + CMD.
Ctrl2cap was written so that it would work with any USB keyboard, but it was designed as a drop-in replacement for the standard NT 4 keyboard class device driver. It depends on the NT4 keyboard class driver having a unique IRP_MJ_READ path which is, as far as I know, the only way a kernel-mode driver can hook its own I/O read request callback.

Sources:

Viral: Ctrl2cap: NT-to-Control Caps Lock to CTRL Key translator, posted to ntforum.com on Mar. 23, 2001;
NT4 kbfiltr I/O Filter Driver source code – “Ctrl2cap is based on kbfiltr” – posted to ntforum.com on Feb. 24, 2001;
NT4 Ctrl2cap I/O filter driver source code – posted to my other ntforum.com on Mar. 21, 2001.
The only difference between the Win2K and NT 4 versions is that Ctrl2cap installs under the NT4 keyboard class device’s filter stack. Under Win2K it installs directly between the keyboard class device and the keyboard driver stack.
Registry Settings:

Copy ntddk.dll to the Ctrl2cap directory.
Copy ntddkbd.h to the Ctrl2cap directory.
Adjust the HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Layers\UpperFilters key’s value to “3” if using the NT 4 driver.
Adjust the HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Layers\UpperFilters key’s value to “5” if using the Win2K driver.

Use the “buildnt4” and “buildnt5” commands to build the driver. The directory where you run the command is the Ctrl2cap directory. At the command prompt type “buildnt4” to build the NT 4 driver or “buildnt5” to build the Win2K driver.
Note that Ctrl2cap requires you to be running

Ctrl2cap Patch With Serial Key PC/Windows

Ctrl2cap Crack For Windows was written to work with the Linux kernel version 2.6.13. I do not recommend that you use Ctrl2cap with a kernel prior to 2.6.13, unless you are especially interested in the mm/keyctl functionality or in pursuing very advanced keyboard capture methods. The reason for this restriction is that the mm/keyctl implementation is actually a serious source of instability. I tried for many years to find a more stable mm/keyctl implementation, but eventually resorted to hacking a back-ported 2.6.13mm/keyctl to work with my NT4 and Win2K filters.
Because the Linux kernel version that I tested is rather old, the driver will probably not work on newer kernels. If you do decide to use Ctrl2cap on a newer kernel, and you find that it doesn’t work, then please send me email and let me know.
The driver is only created for systems with a keyboard class device. On systems where the keyboard class device is directly mapped to a device driver (a “real” keyboard) Ctrl2cap is redundant. On systems where there is an i8042 port device in the device driver stack, Ctrl2cap is useless.
Also, if the keyboard class driver was disabled with the KBDRIVERDISABLE value in the HAL’s registry key HKLM\SYSTEM\CurrentControlSet\Control\Class\Kbd, then Ctrl2cap will not work.
The driver works fine on systems that are fully patched or that don’t have any patches.
The driver contains a small number of code paths that are not exercised. If you choose to use Ctrl2cap on a system with a few patches you will most likely want to recompile the driver.
Ctrl2cap works from boot up through the user logging off and in. However, you must manually reconfigure the driver to handle caps-lock keystrokes. Right-clicking “Start” on the Device Manager’s Advanced Page, selecting the keyboard device, and then clicking “Configure” will do the trick.
While Ctrl2cap is enabled, it does not affect the caps-lock state. In other words, caps-lock keystrokes are always treated as “normal” keys and Ctrl2cap does not deal with any other aspects of the caps-lock key.
Ctrl2cap works with either an 88-key or 104-key keyboard. If your keyboard has 104 keys, then you will only see the effect of Ctrl2cap on
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Ctrl2cap Crack Download

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Ctrl2cap is a kernel-mode device driver that will convert scancode events returned by the system’s keyboard class drivers into control characters. Its primary function is to allow you to do a finer-grained editing of network documents than is possible with the keyboard driver. This driver allows you to:
– Change the case of certain characters such as CAPS, FINS, and ACCEPT.
– Turn the FF1 key into a “Help” key.
– Turn the symbols FUNCTION, ENTER, KEY, PROPS, SOURCE into “Magic” keys.
– Turn the symbols LEFT, RIGHT, UP, DOWN into “Scroll” keys.
– Reverse the order in which the shift keys are mapped.
Note: If the shift key is “one to the left” (ie. Shift-Left), Ctrl2cap will interpret it as though it were Shift-Right. Therefore, if you use Ctrl2cap with computers that have a version of NT prior to NT 4, you will probably have to map Shift-Left to Shift-Right, and Shift-Right to Shift-Left.
This driver can only work on systems with either a standard ASCII keyboard or a keyboard having the appropriate keys configured so that they cause a scancode to be returned when they are depressed. In both cases, you have two choices:
– Select a different configuration file. The keyboard class driver will then use the built-in scancode translation function.
– Add a specific filter to the keyboard class driver. The module will then intercept any scancode requests and perform translation.
The input sources that this driver will work with are:
– System BIOS. If the system BIOS has a patch ROM, it is the only input source this driver will support. This is the case for 80386 systems and will probably continue to be the case for the Alpha and PPC chipsets.
– Software-based keyboard class drivers. These are available for all NT platforms.
– Hardware-based keyboard class drivers (for some systems). These are currently only available for the NT 4.0 and Win2K platforms.
This driver uses the vf_scancode array to obtain information about which keys have scancodes. There are two entries in this array:
– The key number (integer) for the key that was pressed. The key number is usually the key’s physical location on the keyboard, such as 0 for the Space key, 1 for the

What’s New in the Ctrl2cap?

Ctrl2cap runs as a keyboard class device driver and has a single, static read callback routine that takes a scancode (as returned by a keyboard class driver) and returns a virtual keycode (0xB0) that corresponds to the windows control character, or else a negative value indicating that it wasn’t a control scancode. The kernel stacks will intercept the system’s notification of the scancode and will raise a hardware exception when Ctrl2cap reports that the scancode is a caps-lock. The default action is to swap the caps-lock key with the control key.
If the scancode is 0xB0, ctrl2cap will return -1 (the code used by the Windows key presses system routines) which the kernel stack will translate to the lower bit of the virtual keycode (0x80) to use it as a regular control keypress.
You can change the keystroke that ctrl2cap returns by way of the “keystroke_updater” parameter; however, this is limited to the 256 values in the keyboard class driver’s InputInfo structure.
Configuration:
You can modify the bitmaps for Ctrl2cap’s static read callback routine by modifying the “read_ctrl2cap” key in the registry (HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Keyboard Layouts). Also, you can set the “keystroke_updater” parameter to a value of any valid keycode.
The keystroke_updater parameter lets you change the scancode that ctrl2cap returns to the system, thus changing the keystroke that the user will see on their keyboard. The 255 values in this parameter are a lookup table from which the kernel can retrieve the appropriate control character.
Extension:
There is one more keystroke you can read in the registry that allows you to hack your own options into Ctrl2cap. For example, you can change the left CTRL key stroke to be a right CTRL keystroke so that a right CTRL keystroke will result in Ctrl2cap returning the upper bit of the keycode 0x80.
This works because, in both cases, the upper bit of the 0x80 keycode is the same, just in different states. The left CTRL keystroke is set in the registry’s key “scancode_letter”, and the right CTRL keystroke is set in the key “scancode_ctrl”.

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System Requirements For Ctrl2cap:

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