Step-by-step guide to the mms control console. Creating a new console

Many gadget lovers began their exploration of the world of electronics with game consoles and consoles. These were not the modern Xbox and PlayStation at all, but Nintendo/Dendy And Sega with pixel graphics, hardcore difficulty and no saving of game progress.

To remember old feelings, play through games you didn’t play as a child, or simply show your children games from 25 years ago, you can install console emulators on your computer.

You'll have to tinker with the settings of different systems, dance with a tambourine to make gamepads work, and play on a small laptop screen. And the quality of the emulation will be so-so.

Much easier build a small gaming station yourself, which supports more 50 emulators old consoles. Connect the device to a large TV and play using any available gamepads.

1. Buy everything you need to assemble a retro console

• single board computer Raspberry Pi– from 2588 rub.
• map microSD memory 8 GB or more – from 254 rub.
• HDMI cable – from 66 rub.
• gaming gamepads USB or Bluetooth – from 200 rubles.
• you can buy a separate stylish case for 1,517 rubles.

Of course, much of this can already be found in the bins of any gadget lover. For those who will buy missing goods, I will give some advice.

Buy the latest model (Pi 3 B+), it has a more powerful quad-core processor that can even handle 3D games from the first generation PlayStation, 1 GB random access memory, there is Wi-Fi and Bluetooth.

Such a box will not have to be connected to the network via wire or bother with “USB whistles”, and gamepads can be connected both via wire and Bluetooth. It’s better to get a computer with a case and a suitable power supply right away.

It is preferable to buy game controllers from trusted brands. If you have old Xbox or PlayStation remotes, they will work great, or you can take replicas of the original input devices from Sony or Microsoft.

You should not take radio joysticks or completely unknown gamepads, they may simply not connect to our console.

2. Select the operating system on which the set-top box will work

After selecting the components, you should decide on the operating system of the future console. On this moment There are three good assemblies that are suitable for our task:

Lakka– assembly with a beautiful visual interface in the style of PlayStation. The project is developing rather slowly, Lakka still has many glitches and shortcomings.
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RecalBox– a more advanced all-in-one solution. After installation, the image will already contain a couple of dozen classic games for different platforms. In addition, a media center is integrated into the image KODI. In a couple of clicks, you can turn your gaming console into a media processor for playing video from a removable drive, from the Internet or network storage. It is possible to set up IPTV.

RetroPie– another multifunctional emulator of old game consoles. Initially, the image does not include games and there is no media player like KODI, however, it is possible to install RetroPie over the native one operating system for Raspberry - Raspbian. This means that the gaming service can work on Malinka simultaneously with other services, for example, with, which connects smart gadgets in the house.

The choice is between the last two options. RecalBox– a simple image with games out of the box and the KODI media center, and RetroPie for those who want to tinker and install a system on top of Raspbian.

3. Install the operating system on the game console

Installation of the gaming system on an already running Raspbian is done through the terminal. We’ll leave this for the future, but now we’ll try the option for beginners. All the emulators described above are installed in the same way.

First, I recommend trying it RecalBox. It has the most intuitive and user-friendly interface, setup is extremely simple, most of the features are included out of the box, and as a bonus we get a media center KODI, which can easily replace a budget TV set-top box for watching movies from a flash drive, over a network or online.

1. Download the selected image from the developer’s website.

2. Download and install the Etcher application to write an image to a memory card.

3. We write the image to the memory card.

4. After finishing recording, install the memory card in the Raspberry and connect it to the TV.

During the first launch, the system will be installed and the initial configuration will take place. Nothing is required from the user, we just wait a few minutes before the visual shell starts.

The system will immediately prompt you to configure the joystick. This can be either a USB accessory or a wireless one. It is better to have a keyboard at hand to make all the settings in case of problems connecting the gamepad.

4. Setting up the console

Of course, the main thing is to teach Raspberry to work with a suitable gamepad. Wired models almost always start out of the box; wireless models connected right away. Dualshock 3, the rest had to be manually configured from the system parameters.

You can connect up to five gamepads, I think this is unnecessary, because most old games were designed for 1-4 players.

The key settings you need to do are:

1. Switch the interface to Russian. Main Menu (Enter on the keyboard) – System settings – Language. Initially, the key is used to confirm actions "A".

2. Connect to home Wi-Fi networks for easy downloading of games. Main menu – Network setup activate item Enable Wi-Fi, enter name home network and password.

3. Configure the web interface. After connecting to the network, remember the IP address and enter it in the browser on your computer.

The system comes pre-installed with several games for different consoles, but many supported systems do not appear in the menu. Don't worry, those consoles for which no games are downloaded are hidden. Just drop the relevant data into the desired folder and the console will appear in the main menu.

The remaining parameters can be configured as desired.

5. We put on games, and then you understand

All that remains is to find the images of the games. You will figure this out on your own. Data can be downloaded from well-known sites or special portals, of course, for informational purposes.

We copy files via the web interface to the Raspberry, reboot the system or update the list of games through the settings and plunge into a sea of ​​nostalgic feelings.

The thirty-year history of video games has given humanity an incredible amount of strong emotions. Video games draw people into their own world, allowing them to escape from their problems. real life, "blow off steam", solve a difficult puzzle or chat with friends. A wonderful invention.

1. Make an all-in-one console from Raspberry Pi

The Raspberry Pi is a dream for retro gamers. A simple yet incredibly convenient device that allows you to emulate all PlayStation games for the Game Boy. By using software RetroPie, microSD flash cards and a USB adapter, you can create your own RetroPie system in your laptop. And here are the instructions for use.

2. Turn a Raspberry Pi into a Game Boy

If you really want to create a real retro gaming project, you should try integrating a Raspberry Pi into a real Game Boy. You'll have to find some of the electronics yourself and find a 3D printer somewhere. But the game is worth the candle, the result is on video:

3. Turn Raspberry Pi into NES Classic

For those who haven't been able to get their hands on an NES Classic, or simply want to go the more complicated route than just buying on eBay, you have a few options. Howchoo has detailed instructions on how to install a Raspberry Pi emulator into an original NES cartridge.

4. Build an arcade machine

If you want more, there's always the option of creating your own arcade machine and teleporting yourself back to the eighties. The guide contains instructions for modifying an old cabinet and control panel into a real gaming masterpiece.

5. Fill the slot machine with “life”

To understand the electronics inside the slot machine you need this video guide. In this case, Arguino Uno is used to run the emulator. We will also have to deal with acoustic systems, lighting and controllers.

6. Build a compact slot machine

If the space in your room or apartment does not allow you to collect bulky toys, you can get by with a compact version of a retro gaming machine. This life hack will allow you to assemble a miniature project called Porta Pi on the Raspberry Pi platform.

7. Integrate the retro console into the controller

The gaming consoles of yesteryear are very different from today's electronics. This means that the old-school system can be built into a small space. Using the Arduino-based MAKERbuino system, you can take advantage of the open-source Gamebuino platform source code and create something very cool, like a personal Game Boy.

8. Slot machine on the coffee table

Imagine a slot machine on a coffee table. Yes, this is possible. To run the emulation program, you can use standard system PC or Raspberry Pi. .

9. Retro console inside the original console

Many people have outdated consoles in their closet or closet. Some can be upgraded to modern audio and video standards. Once again, the Raspberry Pi comes to the rescue, allowing you to create your own minicomputer.

10. Turn your PC into a retro emulator

Raspberry Pi - powerful system to emulate games, but some toys need more power than the processor from the Pi. You can build your own custom PC based on Linux OS. By the way, computer hardware can be built into any slot machine and you will get a very casual, exclusive gadget.

11. Use an old TV for a retro console

Older CRT TVs have plenty of room for a Raspberry Pi. Representatives of the Element14 community told us how to install the Pi into a TV and correctly connect the video image to the controller. Link to detailed instructions Here.

12. Build a mechanical version of Donkey Kong

You won't be able to play the mechanical version of Donkey Kong yourself. But if you manage to assemble a project with your own hands, there is a reason to be proud. The step-by-step instructions describe all the stages of creation, but you can improvise a little, right?

Many people know that in Windows 7, as in previous Windows versions There is an MMC control console. It's pretty useful tool for PC administration. The main tools for this are included by default in the Administrative Tools applet of the Control Panel. However, not all users may need them, or the opposite situation may arise when a necessary and frequently used tool is not in the Administration applet, and in order to get to it, you need to perform a number of manipulations. In this article I will tell you how to find a way out provisions and create your own administration console Windows systems 7 with the right set of tools for a specific user.

First of all, you need to create an empty MMC console; to do this, type the command Win+R in the input line mmc.exe and press Enter (Fig. 1).

Picture 1.

In the “File” menu, select “Add or remove snap-ins”, in the window that opens, select the necessary snap-ins from the list on the left and click on the “Add” button to connect them to our console. Some tools require you to specify the computer that will control it. In my case, as an example, I included three snap-ins in the administration console: “Disk Management”, “Device Manager”, and “Security Analysis and Configuration” (Fig. 2).

Figure 2.

Some tools require you to specify the computer that will be managed by them, such as Disk Management.

After adding the necessary snap-ins, click the “Ok” button, go again to the “File” menu and select the “Save” item. We assign a name and select any location convenient for us to place our own administration console, for example it will be the Desktop.

To change the parameters of the created administration console, in the “File” menu, select the “Options” line (Fig. 3).

Figure 3.

A tab will open in which we have the following settings: change the console icon, console mode, and below two more parameters that are interconnected with the selected console mode. Let's take a closer look at this point.

When you select each mode, its description is provided in the window. When selecting the “Author” mode, the “Do not save changes for this console” and “Allow the user to customize the console view” checkboxes will be inactive. By default, the “Author” mode is set. This mode provides complete freedom of action with the console for its creator. At the same time, after each completion of a session with it, a warning window will be displayed asking whether to save the console settings when closing it. To get rid of the appearance of this window in the future, you should select “User mode” and check the “Do not save changes for this console” checkbox, and uncheck the “Allow the user to customize the console view” checkbox. After that, close the console saving the changes.

The administration console created in this way will allow you to optimize and facilitate work with key components of the system, selected based on the needs of a particular user.

Finally, I want to talk about another interesting tool – “Link to Web Resource”, which makes it possible to create a link to a web page, for example, to the page of this blog (Fig. 4).

Microsoft Management Console (MMC) allows system administrators to create highly flexible user interfaces and customize administrative tools. This step-by-step guide describes some of its new features.

On this page

Introduction

MMS unifies and simplifies everyday system management tasks. The tools it contains are displayed as consoles. Consoles, consisting of one or more applications, are built from modules called snap-ins. Snap-ins may also include additional extensions. MMC is a central part of Microsoft's management strategy and is included in Microsoft composition Windows® 2000. In addition, Microsoft development teams will use MMC to further manage applications.

The MMC management console allows system administrators to create special tools for delegating specific administrative tasks to users or groups. Together with the operating room Microsoft system provides standard tools for the daily administration tasks that users need to perform. These tools are part of the overall local profile All Users and are located in the folder Administration on the menu Start. Saved as MMC console (.msc) files, they can be sent via e-mail, provide for public access in a network folder or post it on the Internet. They can also be assigned to users, groups or computers through system policy settings. Such tools can be customized to perform a wide range of actions, fully integrated into the operating system, and repackaged.

Using MMC, system administrators can create unique consoles for workers who report to them or for team leaders. They can apply these tools to system policy, transmit them via e-mail, or publish them publicly on the Internet. When the workgroup manager opens the msc file, access will be limited to only those tools provided by the system administrator.

Create your own instruments with standard user interface in MMC it is a simple process. Start with an existing console and modify or add components to achieve the look you want, or create a completely new console. The following example shows how to create a new console and place its administrative components in a separate window.

Prerequisites and requirements

There are no conditions: You do not need to study any others step-by-step guides, Besides. You need one computer running Windows control 2000 Professional or Windows 2000 Server. For the latest information on hardware requirements and compatibility for servers, clients, and peripherals, see the Hardware and Software Compatibility Checks page on the Windows 2000 website.

Creating Consoles

The easiest way for administrators to use MMC is to launch an existing console file from the Start menu. However, to get an idea of ​​the flexibility of MMC, it is useful to create a console file from an existing sample. This is also useful when using the create new tasks feature in this version of MMC.

Creating a new console file

1. On the menu Start select item Execute, type the command in the text window MMS and press OK. MMS will start with an empty console (or administrative tool), as shown in Figure 1 below. An empty console has no functionality until some equipment is added to it. The MMC menu commands in the menu bar at the top of the MMC Management Console window apply to the entire console.

1. In Console1, click menu Console and select Add or remove a snap-in. The Add/Remove Snap-in dialog box opens. In it you enable extensions and specify snap-ins that will be displayed in the console file. You can define which snap-ins should be inserted in the Added snap-ins drop-down list. Use the default node as an example Console root.
2. Click Add. A dialog box will appear Adding an isolated snap-in, containing a list of snap-ins installed on your computer.
3. In the list of snap-ins, double-click Computer management, to open computer management wizard.
4. Select Local computer and check the box next to " Allowed to change the computer selected for management when starting from command line ».
5. Click Ready. This will bring you back into the conversation Adding/removing snap-ins. Click Close.
6. Select a bookmark Extensions, as shown in Figure 2 below. If the checkbox " Add all extensions» checked, everything is local installed extensions are used. If this check box is not checked, you can specify any snap-in extensions that will be explicitly loaded when the console file is opened on another computer.

1. Click OK to close the Add/Remove snap-ins dialog. The Console Root window now contains the snap-in Computer control, associated with the Console Root folder.

Configuring the display of snap-ins in the console: new windows

After adding the snap-in, you can add windows to the console to create different viewing combinations.

To add a window:

1. In the left pane of the tree-like list shown in Figure 3 below, click + next to the item Computer management. Select Utilities .

1. Right click a category Event Viewer and select New window from here. As shown below in Figure 4, a new Event Viewer window will open, associated with the corresponding Computer Management extension.

1. Open a menu item Window and select Console root.
2. In the Console Root window, select Services and applications, right click Services in the left panel and click New window. As shown in Figure 5, a new Services window will open, linked to the corresponding Computer Management extension. In the new window, click the button on the toolbar (indicated by a red circle in Figure 5) to hide the tree-like list on the left.

1. Close the original window displaying the Console Root.
2. On the menu Window select item Top down. The console should display both windows shown in Figures 4 and 5, one below the other.
3. Now you can save your new MMC console. Select an item Save as in the Console menu, and give your console a name. Now your console is saved as an msc file, and you can share it with anyone who needs these tools to customize their computer.

Note: Each of the two subwindows has a toolbar with buttons and drop-down menus. These buttons and menus apply only to the window in which they are located. You can see how the buttons and menus change depending on the snap-in selected in the left pane of the window. By accessing the menu View, You will be able to see a list of available panels.

Advice: Windows look better if your screen resolution is set to maximum and the font is small.

Creating console taskbars

If you are creating a console file for another user, it may be helpful to provide a simplified view where only a few tasks are available. Console taskbars will help you with this.

To create a taskbar:

1. On the menu Window select New window. Close the other two windows (you will save new file console at the end of this procedure). Expand the remaining window to full screen.
2. In the left pane, click + next to the folder Computer management, then click + next to the folder Utilities. Expand the folder in the same way Event Viewer, select the item in it System and right-click on it, selecting New view of the taskbar.
3. Follow all steps of the wizard, accepting the default values. Make sure the checkbox is on last page installed to New Task Wizard could start automatically.
4. In the New New Installation Task Wizard, select the default installation task until you reach the page shown in Figure 6 - on it specify List in details window in the drop-down list and select Properties:

1. Click Further and accept the default settings on the remaining pages. When choosing Events and click on Properties You will see the properties page for this Event. After you clicked Ready On the last page of the wizard, your console should look like Figure 7:

1. Click the button Hide/show the console tree on the toolbar.
2. From the View menu, select Tune and uncheck all options except Description Area to hide all panel types.

The next section describes how to lock a console file so that the user can only view it and not modify it. At this point, your console should look like Figure 8:

Figure 8: Modified console view

Configuring Console File Options

If you are creating a console for another user, it is useful to prevent him from making further changes to the console file. This can be done in Console Options.

To set console file options:

1. On the menu Console select item Options.
2. Change the console mode from the drop-down menu by selecting Custom – limited access, one window. In this mode, the user will not be able to add new snap-ins to the console file or rearrange windows.
3. In the same window you can change the name of the console file. Click OK, to continue.
4. Save console file. The changes will not take effect until the console file is reopened.

This is just one example of how the MMC Management Console allows you to combine information and functionality that previously required opening the Control Panel and two separate administrative utilities. MMC's modular architecture makes it easy for network developers to create application snap-ins that enhance the functionality of the platform while reducing the burden on administrators.

Additional Information

To find the latest information about the Windows 2000 network operating system, visit the Windows 2000 website and Forum Microsoft Windows NT on the Microsoft website. For installation information and using Windows 2000, see Help for Windows 2000 Professional and Windows 2000 Server.

Microsoft Management Console (MMC) is often used by system administrators to create highly customized administration products. With the help of MMC, you can ease the daily tasks assigned to the shoulders of system administrators. All tools that are in the MMC are displayed as consoles. Creating tools in this console is one of the easiest tasks.

You will need

• MMC software.

Instructions

You can create a console file on all operating systems starting with version 2000 and Server 2000. To launch the console, click the Start menu and select Run. In the window that opens, enter the MMS command, then click OK. The MMC console control window will appear in front of you. Have a nice one GUI You shouldn't expect anything from this program.

Click the Console menu, then select Add or Remove a Snap-in. In the Add/Remove snap-ins window that opens, you can precisely designate snap-ins to be inserted into the list of all available snap-ins. Click Add.

In the “Add an isolated snap-in” window that opens, double-click “Computer Management.” Select the “Local computer” item, check the box next to “Allowed to change the computer selected for management when launched from the command line.” Click the "Done" button, then the "Close" button.

Go to the Extensions tab, check the Add all extensions box, then click OK. The management console also has other functions that are related to displaying windows of selected tasks. Since the MMC is the main console of the Windows operating system, the choice of design depends only on system administrator. This is an example of how to manage MMC capabilities. The console helps make your work easier by not having to launch the Control Panel, as well as other applications.