One of the striking features of Windows operating systems is their ability to multitask efficiently. However, sometimes this mechanism falters and users are faced with very slow feedback timers and even prolonged periods of unresponsiveness. To prevent such issues, one can employ a dedicated process terminator and @Kill is just one such program. With it, one can effectively close multiple applications that match a given search query. Batch terminate running applications The tool is very simple to use: one only needs to insert the name of the desired program and the utility will automatically close any processes matching partially or fully the given search query. This setup eliminates the need for users to have any knowledge about Windows processes — for example, one does not need to know PID values to close programs. This being said, more advanced users will appreciate the tools' ability to employ command line parameters. There are two complementary modes of operation: one can list processes matching a search query and users can also terminate these applications. Both these tasks can be performed from the minimalistic one-window GUI, or from the command line prompt. Generate local TXTs of the matching processes While the two modes can be used in pairs, no dependency is implied, as one can terminate a process without actually making a list of all matching entries. Similarly, local TXT lists of running programs can be created, without actually having to close any of them. This operation can be useful when feeding the text document into another tool. On the whole, the utility is a viable processes killer with the ability to close multiple tasks with just one command All things considered, the tool is an asset for anyone faced with multiple running processes slowing down the system. It can effectively shut down several running programs and can also be employed to generate lists of all or selected applications.
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@Kill is a command-line program that terminates running processes. The tool ignores signals and doesn’t stop only the processes in specific states. The program can be used as a regular script that is inserted into a command prompt window. However, the most convenient usage is via a batch script. Batch usage (see below): @Kill list — closes all processes matching a given search query. @Kill stop — closes all processes matching a given search query. A user can also determine whether the process state is stopped (thus the process stops and cannot be restarted until an application restart). Local use — closes all processes matching a given search query. Process list — generates a local TXT file containing the list of all running processes. Process Stop — generates a local TXT file containing the list of all stopped processes. Process Terminate — closes all processes matching a given search query. The program accepts a list of application names as arguments. If the desired application is not on the list, the program asks for the application to close. The program accepts wildcard characters such as the following on the command line, and matches these appropriately: <PID> — matching process identifier (PID). <N> — part (character) of the application name (not the whole application name). <W> — word (character) of the application name (not the whole application name).
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This program is meant to close all processes matching a given text string. The matching process names are gathered, in a text document called «list» in the same directory as the executable itself. The document will be updated to reflect the relevant changes. The program can be run in two ways: 1) Exactly as written in the main command line, with a wildcard character (*) as the search text. This will give a list of all running processes matching the search query. 2) By using the /C or /CL switches, one can list processes matching a given query, either by name or by PID. Such an output file can be automatically processed by another utility. A third way of operation has also been included (see below). A fourth way of use has also been included. By entering the name of a process in the command line, @Kill will attempt to close it. If it is not successful, a list of running processes is generated and printed to the screen. If the executable is not in the current working directory, it must be specified by the second or third parameter. These parameters are not necessary on Windows 95 systems and older. There are many other options that can be employed to modify the execution of the program. @Kill Notes: 1) If the executable is not in the current working directory, it must be specified by the second or third parameter. 2) If the specified process matches more than one search query, only the first found will be closed. 3) The process name must have at least one character and cannot exceed 254 characters in length. 4) There is no «FULL» search by process name available. 5) Process names with a length of zero are considered invalid. 6) It is not possible to terminate «prog» from within itself, because it is a protected executable (e.g. a batch file). 7) The only way to terminate a process is by killing the program via task manager. 8) There is a memory leak that causes the memory consumption to increase, and even decline, while the process is running. (Maximum Number of Terminated Processes = # of Programs Running in a System = # of Programs Running. Therefore a program which terminates itself can take up to as much memory as a number of programs with no link to any other program running at that time. So it is best to keep killing not too many unneeded processes.) @Kill Limitations: 1 02dac1b922
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@Kill is a process terminator, launched from the command line prompt or from the Windows GUI. It closes all Windows processes matching a given string or list of processes. This utility has been successfully used in production environments to prevent resource spills, temporary data loss, and system lockups. It automatically terminates three different Windows processes: Explorer, Notepad, and Notepad++. @Kill is a command line tool and requires administrator privileges. It is capable of creating a list of running processes (containing their PIDs and Names). This command cannot be used for terminating currently running processes. If a list of processes is created, the user is asked to specify one or several processes to terminate. By default, the program does not create any files. One can also specify that a local file be created, by setting the optional -f switch. @Kill Example(s): To illustrate the usage, one can terminate several processes, by specifying the PID or name of a process in the same line. For example: To stop any windowed programs running, one can use the -w switch. For example: Sample output: Sample output, with a local TXT file created: Features: Terminates windows processes that match the given string, by using the -s option. If no string is passed as the argument, the name of the currently running process is used. Accepts PIDs or Process names as the argument, using the -p option. The PID of a specified process can be obtained with the -s option. This feature is only available if the program was started from the command line prompt. Stops all processes matching the given string or the name of the process. Generates a list of processes, by using the -l option. The PIDs and names of currently running processes are listed in a TXT file, located in the current directory or in any previously specified directory. Does not create a local TXT file. If a local file is not generated, it will be displayed on the screen when a list of running processes is created. Accepts PIDs or Process names as the argument, using the -p option. The PID of a specified process can be obtained with the -p option. This feature is only available if the program was started from the command line prompt. If a file is specified as the argument, the following names are read from the file: PID
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[code lang=”bash”] Usage: @Kill [options] QUERY [PATH] Options: -h, —help Display help message and exit -p, —pid NN NN -f, —full_id NN NN -v, —verbose Verbose mode -q, —quiet Quiet mode -i, —interactive Interactive mode -z, —zombie Zombie mode[/code] The popularity of the Android operating system has grown rapidly. Alongside hardware manufacturers, developers have embraced Android too, creating and maintaining new applications. There are many reasons why so many apps are available for Android. In this post, I will share my thoughts about the best Android apps available in the App Store. (Tweet This) Sometimes, I have been looking for a program and have landed up in the Google Play Store. However, on seeing more than 50 results, I usually close the ‘Onscreen keyboard, close this window, too bad’. On deciding to post this article, I returned to the Google Play Store and come to a pleasing discovery: there are more than 2,600 applications that can be downloaded. In this article, I will recommend some of the best Android apps. (Tweet This) Must-have apps Some must-have apps should come first on any list of the best apps for Android. A must-have apps is the Android Studio, which is a free to use cross-platform IDE for developing Android apps. The Android Studio, for instance, is very useful for updating existing Android apps. The application will help one to quickly convert an Android app into an iOS app. Installing Android Studio is a bit cumbersome because one needs to sign in with a Google account. The process is simple, but one may argue that the security concern is low. However, in a nutshell, the Google play store has been designed to protect the user’s personal information. Apart from Android Studio, one can consider the Google Cloud Platform, which is a powerhouse platform for hosting applications. The tool allows one to create applications running on the cloud with fast performance. Another top recommended Android application is DropBox. The popular file hosting service has quickly moved into the cloud and developers can host and edit their files in the cloud. (Tweet This) No. 1 application in the app store The best app store on the market right now is App Store. On its review page, the App Store
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System Requirements For @Kill:
For an optimal experience, this project requires a powerful (minimum 1GHz processor) gaming PC or laptop with a graphics card that has at least 1GB RAM. If you are running on low-end hardware, you may experience frequent freezes or crashes during gameplay. We recommend playing the game on a computer with at least 1GB RAM and a strong processor. (Please note: the game requires a minimum of 2GB of RAM to play.) The game will only run with Microsoft Windows 10 / Windows 7 / Windows 8 / Windows 8.1 / Windows 10 Mobile
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