Free nts software for windows

API Monitor is a software that monitors and displays API calls made by applications. API Monitor is a software that monitors and displays API calls made by applications. Its a powerful tool for seeing how Windows and other applications work or tracking down problems that you have in your own applications.
API Monitor also includes useful Filters to monitor the following API Categories.
Since API Monitor is a User-Mode application, it can only monitor APIs called by User-Mode applications. APIs called by drivers will not be monitored. NT Services cannot be monitored using this version of API monitor
Main features:
- API Filter - APIs can be filtered based on their category. Only APIs from the selected categories will be monitored. All other APIs will be bypassed
- Process Filter - A process filter is used to select processes that are to be monitored. You can either specify an include process filter or an exclude process filter. The process filter can also be disabled, so that API Monitor will include all processes
- Detailed API Information
- Unicode and ANSI Support - Besides displaying the API called, API Monitor also displays information about the encoding used by the API. For Unicode APIs the character "W" is appended to the name of the API. For ANSI APIs the character "A" is appended to the API. For e.g. if an application calls the Unicode version of CreateFile, API Monitor displays CreateFileW. If the ANSI version is called instead, API Monitor displays CreateFileA.
- Message Log - When a capture is started, API Monitor displays the process name and process ID of each process it finds. It also displays information about whether the process is being monitored or not
- Error Code Lookup - API Monitor includes an Error Code lookup tool that can be used to get a description of an error, given the error code. It provides description for the following types of errors: Standard Win32 Network NTSTATUS - Windows NT Only Windows Sockets - Only English Messages
- IOCTL Decoder - A tool to decode IOCTL codes. It gives full information about the IOCTL, which includes the IOCTL Name, Device Type, Function Code, Access Type and Method. You can also try our online IOCTL Decoder.
- NT Native API: - Support for NTs Native API Calls. More calls have been added in this version. Parameter Information, Return Type and Error Codes have been included for most of the Ntxxx APIs and some Rtlxxx APIs. For undocumented Native APIs, a stack dump of 10 (possible) arguments is displayed
- Process Loader - API Monitor includes a process loader that can be used to monitor APIs called by console mode applications or to monitor APIs called very early in the program. It can also be used to monitor APIs in programs like RUNDLL32
- Monitor Running Process: - This version of API Monitor includes a Monitor Running Process tool that can be used to monitor APIs in a background or console process that is already running. A complete list of processes that are currently running in the system is displayed, and you can select the one that you want to monitor. DO NOT try to monitor NT Services using this method as they will hang. It is highly recommended that you use till tool only when all other methods of monitoring the process fail.s
- GetProcAddress Hook - A new option has been added, where in, you can select if APIs called using LoadLibrary-GetProcAddress are hooked or not.
- API Details - Double-clicking or pressing the return key on an API opens up the API Details window, which displays the details of the API in a easy to read format. It also provides a description of the error if the API call failed
- Buffer Display - For some API calls like WriteFile, ReadFile, send, RegSetValueExW, etc. buffers can be displayed using the display buffer button in API Details.
- Integrated MSDN Help - This feature allows you to view MSDN context-sensitive help for the currently selected API. You need to have MSDN library installed for this to work.
- Standard Features - API Monitor allows a capture to be saved for later viewing. If a capture is started when a capture while is open, monitored calls are appended to the file. This feature allows you to view MSDN context-sensitive help for the currently selected API. You need to have MSDN library installed for this to work.

You simply run the program and your system is locked until the correct password is entered. Ever caught someone using your computer without your permission, while you were away for 2 sec!?
Heres the program to solve this problem.
You simply run the program and your system is locked until the correct password is entered.
This program is to be used just like you would use a screensaver with a password on, or of course Windows NTs lock system.
WinSecure-IT is also pretty small and easy to use.

Automate the repetitive task of uploading/downloading files to another system. Using Windows 95/98s Task Scheduler or Windows NTs at scheduler service you can setup transfers to take place while you sleep or when a system will be known to be idle. Runnable from within DOS batch files, directly from the command-line, or from a shortcut in Windows FTPBatch will automate this chore for you. Great for administartors who need to automate transfers at nightor on weekends.

"Frob" the foreground and background quanta on a system for experimentation, or for your liking One of the most annoying characteristics of NT is its lack of support for tuning various system performance settings such as the foreground and background process quanta (a quantum is the time-slice, or length of time a thread will run without being pulled off the CPU for another thread to run). On NT Server, the quanta are fixed for both foreground and background processes at 120ms, and on NT Workstation a background process has a quantum of 20ms, and a foreground process has a quantum of either 20, 40, or 60ms (the foreground boost slider in the Performance tab of the System applet in the Control Panel determines which).
Frob is an applet which allows you to "frob" the quanta to your liking. The new quanta will immediately be applied to every process in the system and will also affect new processes that are created.
When you start Frob, it will display the systems current foreground and background quanta. Simply enter different values and press Apply. Press Reset to restore the quanta to those that existed at the startup of Frob. Note that values 0 and greater than 420ms are effectively equal to a quantum of 10ms, and that Frob does not check against these ranges.
Another way to use Frob is to specify the foreground and background quantums on the command line:
Usage: ntfrob [foreground quantum] [background quantum]
Frob consists of a GUI that communicates with a device driver to directly lookup and frob NTs internal (and otherwise inaccessible) quantum matrix. In addition, it travels the undocumented list of processes and adjusts the quanta they are assigned. When a thread starts a new quantum, it inherits the quantum value from its process. Similarly, when a new process is created, it adopts the quantum setting of its parent.