Wake-on-Lan. Remote computer enable. Wake-on-Lan service what is wake on lan

& NBSP & NBSP & NBSP Power Inclusion Technology ("Awakening") Computer is part of the specification ACPI (Advanced Configuration and Power Interface), Power control interface. Sometimes it is also referred to as an interface of access to energy-groing functions. hardware. The remote switching on the computer is small and far from the main part of this specification. ACPI Description You can easily find on the Internet (ACPI 2.0 contains more than 400 pages).

The specification defines the status of the S1-S5 system - "sleep state" in order to reduce power consumption. S5 is a software shutdown state (Soft Off) - everything is turned off, with the exception of those devices through which the computer is turned on. To power such devices, duty voltage + 5V SB (+ 5V STANDBY), generated by the computer power supply in the off, but not de-energized state. To move from one S1-S4 state to another (S2 in S1, for example), PME (Power Management Events) is used - power control events, most of which are called by hardware interrupt from a particular device.

& NBSP & NBSP & NBSP Wake On Lan Technology (Magic Packet Technology) is used to enable the power off of the remote computer located in the software shutdown state ("Soft Off" by sending to it network adapter Specially formed Ethernet frame.
& NBSP & NBSP Remote Computer must meet certain requirements:
- The equipment must comply with the ACPI specification and the "Wake On LAN" mode must be enabled in the BIOS settings.
- Have an ATX power supply.
- Have a network card supporting "Wake On Lan" (WOL) technology.

& NBSP & NBSP & NBSP Network Adapter on the PC turned off remains under power from + 5VSB power supply in standby mode for receiving a special Ethernet frame, in the data field of which there is a sequence of 6 bytes FF and its own MAC address, repeated 16 times. After receiving such a package, the adapter generates a power output signal.
Below is the contents of the package obtained using the traffic analyzer.

The address of the receiver (the first 6 bytes of the frame field) - FFFFFFFFFFFFF (Broadcast), the source address - 0015F20016CA (6 bytes after the receiver address) in the area of \u200b\u200bthe 16-riche dump of the data field is highlighted in red. Mac - address of the included computer is equal to 00046175F9DA.
& NBSP & NBSP Almost all modern PCI and motherboard network adapters support this technology, however there are some subtleties. If the motherboard has a PCI tire specification to 2.2 (most of the base models pentium processors II and Pentium III), then it should be the 3-pin "Wake On LAN" connector and the same connector should be on the network adapter. They need to be connected special cableincluded in the adapter package. For the case of S. tire PCI. 2.2 This connection has already been done directly. If you have a Pentium II computer or older - Wake on LAN should work.
& NBSP & NBSP & NBSP In the BIOS settings of modern motherboards, the term "Wake On LAN" is practically not used. Look for a close value in the settings of the power management section ("Power Management Setup.", or" Acpi Configuration ", etc.), for example," Wake-Up by PCI Device "," Power On by Ethernet Card ", etc.

Below is an example of the "Power - APM Configuration" partition settings AMI BIOS V2.61:

To enable Wake On LAN mode, you must install item. "POWER On by PCI Devices" in "Enabled".

Just in case, the value of other options:

Restore On AC Power Loss - The behavior of the system when the power supply is disappeared. The Power OFF value - the system will remain in the off state, POWER ON - the computer will turn on, as soon as the power supply is restored.
POWER On by RTC Alarm - Turning on the power supply on the internal hour of the computer (analog analog).
POWER On by External Modems - power on the power supply will be performed when incoming call on the external modemconnected to a sequential port.
POWER On by Pcie Devices - Allows the inclusion of a computer from devices on the PCI-E bus. If yours lAN card Uses PCI-E bus, not PCI, then to enable Wake On LAN mode, you need to install this option in "Enable".
POWER ON PS / 2 KEYBOARD - Allows power on the keyboard connected to the PS / 2 connector

& NBSP & NBSP & NBSP Well, the last thing you need to turn on the power supply of a computer through the local network is a program that generates a WOL is a package (Magic Packet). It is easy to find on the network. One of the options - broadc.exe. - Utility to turn on the computer over the local network. (Download, 32kb)
Format command line:

broadc.exe MAC address of the network card 255.255.255.255 67
& NBSP & NBSP Use Examples:
bbroadc.exe 0002b3d8b4e6 255.255.255.255 67- Enable the computer, Mac - the address of the network card of which is equal to 0002B3D8B4E6.

Linux option - wakeonLan. - (download, ~ 5kb)
By default, the program uses the Magic Packet "and the Broadcast address and the UDP package to port 9 (Discadrd). Therefore, inside the local network to turn on the computer, it is sufficient to set the MAC address of the network card in the form 00: 01: 02: 03: 04: 05
Command line format:

wakeonlan MAC address

& NBSP & NBSP Examples of remote power on and off the computer at the right time can be found in the section Windows Automation with NNCRON Lite.

& NBSP & NBSP Use this technology is not only on the local network, but also on the Internet, it is only necessary to take into account the fact that the generated Magic Packet will pass through the routers, i.e. must contain the correct IP and MAC addresses. The above-mentioned program Broadc.exe does not allow you to form a MAC address-receiver in the Ethernet frame header different from FFFFFFFFFFFF (Broadcast), so this package to the recipient (remotely turned on the computer) does not reach, since routers block broadcast packets. To form a Magic Packet "A, providing remote enabling a computer in someone else's network, you can use the utility wol.exe. - (download, ~ 5kb). With less than the Broadc.exe size, the program has several great capabilities. In command-line parameters, you can specify the name text Filecontaining a list of MAC-addresses of computers for remote inclusion. An example of content:

# Maclist - Mac Addresses for Wakonlan & Nbsp & NBSP - the string starts with # is not processed - this is a comment
00: BA: BE: FA: CE: 00 PC1 & NBSP & NBSP - Include on Mac-Press
00: 11: 22: 33: 44: 5a PC2
195.210.128.3-01: 12: 23: 34: 45: 67 Server.com & NBSP & NBSP - Enable by IP plus Mac
0xc0a801f0-12: 23: 34: 45: 56: 67 Host.Ru & NBSP & NBSP - The same as the divergent. case but ip in hexadecimal form.

By default, the program generates a UDP package to port 60000. The port number can be changed. Examples:

Enable your computer on the local network with Mac \u003d 01: 02: 03: 04: 05: 06

wol.exe 01: 02: 03: 04: 05: 06:

Include a computer using IP \u003d 212.248.111.222 and Mac \u003d 00: 00: 00: 00: 00: 99:

wol.exe 212.248.111.222-00: 00: 00: 00: 00: 99

The same thing is to use the port number in the formable packet \u003d 4096:

wol.exe -p \u003d 4096 212.248.111.222-00: 00: 00: 00: 00: 99

Note that the IP address in the launch parameters is nOT IP - address of the included computer, and the address of the included and affordable node that ensures the transfer of the package to the final recipient, i.e. The computer turned off. The computer turned off does not have downloaded drivers and its ip -loads cannot be linked to the MAC address (ARP protocol) - Wol will end the IP permission error. A fairly common reason that Wake on LAN "does not work" is to use in the software parameters to turn on, IP addresses of the included computer.

& NBSP & NBSP This utility (wol.exe) I successfully used to enable the computer in the "Stream" network. The router through which the computer is connected to the Internet is configured in such a way that the package formed by the utility WOL.EXE and has come to a specific port (for example, 4009) to send to the local network with a broadcast MAC address. Usually, the network board receives only those frames, the destination address of which coincides with the hardware interface address (its MAC address) or with a broadcast address (FFFFFFFFFFFFF address). In the ADSL modem settings, the ZyXEL P660RU2 (Network-Nat-Port Forwarding) creates a rule to redirect the received package to the broadcast address 192.168.1.255:

Team on switching on:

Wol.exe -p \u003d 4009 & Ltip ADSL Modem & GT- & LTMAC Address Network Map Computer & GT

For example:

wol.exe -p \u003d 4009 85.140.21.22-00: 00: A0: 80: 87: 99

& NBSP & NBSP and another point - remote power on the power supply does not work if the computer was completely de-energized, for example, when disappearing ~ 220V. In such cases, it is possible to ensure that it is possible to install the BIOS mode in the "Power Management SETUP" section - "POWER ON After Power Fail" or the "After AC Power Lost" - "Power ON" - the name depends on the BIOS version and manufacturer). After the appearance of ~ 220V, the computer should turn on independently, without pressing the "POWER" button.

& NBSP & NBSP The practice of using Wake On Lan revealed another moment - some computers when resolving the power on the network in the BIOS settings include the power supply yourself, without even receiving a frame with Magic Packet "Ohm. The cause of this phenomenon is that some network cards cause (Received from Intel, 3com) Not only wol, but also other events (Wake On Arp, Wake On Link Change, etc.) To turn on the power supply on the local network (Wake On ARP, Wake On Link Change, and the default, several inclusion criteria are involved. Remove from the adapter settings (as a rule, with the help of a special utility) excess conditions, and everything will work correctly.
& NBSP & NBSP Example for Intel (R) Pro / 100VE network adapter. Using the Intel (R) ProSet II utility (supplied with the adapter), remove the ticks from all events except "Wake On Magic Packet":

After saving the settings, your computer will be turned on only upon receipt of Magic Packet "a.

& NBSP & NBSP Sometimes the remote power on the local network mode in the BIOS settings is not enough. This is usually due to the peculiarities of a particular network adapter type. I will explain on the example of a network card on the ATHEROS chipset (AR8121 / AR8113 / AR8114 PCI-E Ethernet Adapter controller). After installing the mode POWER On by PCI-E Device in settings Bios maternal Cards, remote power on the computer does not occur. In properties network connection For this adapter there is a button Tune

In properties network controller There is a tab Additionally.

& NBSP & NBSP In this window, you can view or change some parameters and modes of the selected network card. In particular, by default, modes Awakening after shutdown and Awakening opportunities Installed in Not. For this reason, remote power on the power supply is not performed. After installing the resolution, the wake-up mode and the type of frame Magic Packet. Everything should earn, as it should be.

& NBSP & NBSP for those who are required software from graphical interface User, I can advise a miniature and very simple to use the utility - (download, ~ 78kb).

Definition of the MAC address of the network card.

& NBSP & NBSP & NBSP in Linux For these purposes, you can use the Arruing utility:

Arping & Lt IP Address & GT
For example:
arping 192.168.0.1

& NBSP & NBSP In Windows, you can use the ARP command, which allows you to make the contents of the ARP cache on the screen. So that KZSH was relevant for the required IP address, before the team aRP You can perform Ping.. Perform sequentially:

Ping & Lt IP & GT
ARP -A.
& NBSP for example:
Ping 192.168.0.1
ARP -A.

By the way, this way can be used in Linux.

& NBSP & NBSP Own MAC address can be determined using commands:

In Linux
iFCONFIG & LT Interface & GT & NBSP & NBSP For example - IFCONFIG ETH0

In Windows.
IPConfig / All.

In Windows XP and higher to obtain the MAC address of its network card, you can use console team getMac.exe.

Modern technologies do not get tired to develop and delight users. For example, today it became possible to enable personal Computer At a distance without any effort. There is such a function (WOL) for a long time, but not all users know how it works, and why need.

Wake-on-Lan: What is it?

This protocol is designed for having a standby voltage on the motherboard, thanks to which the power supply can be launched. Via wol is configured and additional opportunity Awakening OT. wireless networkIf the router supports it.

It will take a similar function to execute a scheduled update and reserve copy On computers outside the physical reassessability area of \u200b\u200bthe user without the ability to enable independently.

Since modern PCs ensure electricity flow on motherboard In the off state, the work of Wake-Up-on-Lan when proper setting Usually does not cause complaints.

Principle of operation

For Wol, only two computer components are important: motherboard and network card. The first of them must be connected to an ATX-compatible power source that allows the LAN adapter to view all the packages that coming on it. If one of them is a special command containing the MAC address of the network card, it will be filed a signal to start the power of PC.

The rest of the Wake-ON-LAN (the program for does not require downloading additional utilities: This feature is configured through the BIOS.

Magic Package

The team mentioned above is called Magic Packet. It is necessary to get it to activate the launch of a computer. It contains the MAC address of the LAN adapter, recurring 16 times, and other required information.

Go current Package Maybe from OS, website or router using UDP 7 and 9 ports. However, in the absence of need in this feature and the possibility of connecting a PC to a power grid, it is better to deactivate it, since it negatively affects the level of battery charge.

How to turn on WOL.

Older computers, as well as part of the new, have the Wake-On-LAN settings feature in the BIOS. For this it is worth owning english language at least initial levelotherwise the user simply will not find Wol, because Today, this designation is not used in base system I / O

You should usually look for something similar in the power management section, for example, lines with Wake-Up by PCI Device or Power On by Ethernet Card.

However, if the PC works on OS Linux, it will take the installation of the built-in ETHTOOL utility to start the function, which will check the WOL support on the network card.

Setting

Since Wake-On-Lan Windows 7 supports on a par with older versions, you can enable the protocol and through user interface This OS. To do this, through the "Start" you want to find "Computer Management" and enter the "Device Manager" to find the list

Next click right key Mice need to call it to open "properties" and go to the "Advanced" tab. In the displayed list, the user must select Wake On Magic Packet and set its value to the power position. Reboot the computer will not need.

To send a request to inclusion, you will need to know the MAC address, host name, network mask and the port number. Download program for the transmission of "magic package" simply. The network is pissed by various utilities, as well as websites running this feature online.

Setting up router

This item will be needed only if the PC is turned on via the Internet, and not a local network. Here you will need to have a permanent and unique IP address provided to the user by the provider. Otherwise, you will have to rent a static external IP address or use the client turning to the equipment through it. domain name. The approximate setting is to set the NAT broadcast rule for the IP address that serves to connect to the network: UDP protocol, ports 7 and 9.

• iP ARP / user address / FF: FF: FF: FF: FF: FF;
• system Config Save.

The router is then rebooted, and the settings come into force.

Wake-on-Lan: TeamViewer

TeamViewer - software intended for which, in combination with a configured WOL, allows you to enable the device at a distance with less effort. To do this, you will need to make a few more steps, except for those described above: set up a firewall and the utility itself.

Going to Faerval, you should select "Rules for incoming connections", and then "Create a rule". In the window that opens, click on "for the port" and "Next". Then, set the values \u200b\u200bfor UDP ports 7 and 9, allow connection to them (and prohibit its publicity). Finally, it will only be given to the name of the rule and confirm the changes with the "Finish" key.

The first step in the TEAMViewer setting is the computer to the account to the account. This is required for safety, because it is not intended for unlawful actions, therefore, the computer should belong to someone who wants to access it.

The account binding is carried out by entering an e-mail and password from the account to a special dialog box that the user can easily find himself. As soon as the account is assigned to a PC, you will need to configure Wake-On-Lan via TeamViewer ID. This is useful if the device does not have a public address.

In the network settings, the utility needs to find the item "Incoming connections" and change its value to "accept". Then, in the same section, you must select "Configuration", after which a dialog box appears with WOL wakeup functions. In "other TeamViewer applications on your network", the user must enter and add your ID.

How to Disable Wol.

As soon as the need for Wake-On-Lan disappears, the utility is better disabled to save the battery charge and no interference on third-party technique, sometimes arising when contact with the computer, which includes this function.

To do this, you will need to do action. inverse T.What is currently in the "How to Enable Wol" section of this article. However, before this, you need to go to the properties of the network card and remove all the checkboxes in the "Power Management" tab, so that the PC is left to be de-energized and could not be enabled by third-party requirement.

Then, in the "Advanced" section, the user must disable the launch of the device by means of Magic Packet, and to be confident in the success of the operation, it is worth deactivating WOL and in the BIOS settings. This is done in the same branch that was indicated above in the text.

How to check the performance of Wol

You can check the performance of the utility only in an experienced way, being directly next to the PC. This is done with TeamViewer or others third-party programs and resources allowing you to send Magic Packet.

However, there is one not too good a moment: some devices with a configured Wake-ON-LAN and permitted on the BIOS network, independently run power without sending and getting Magic Packet. The reason for this is a slightly enlarged functionality of Intel and 3com network cards, which not only WOL are used to enable the PC on the local network. They also use other events: by default, as a rule, several criteria are appointed, on which the awakening depends on.

This problem is solved by changing the adapter settings by third-party software. It will be necessary to simply remove unnecessary conditions so that the function worked correctly.

Suppose you have on the local network remote computerto which you periodically connect from your computer via a remote desktop or using special programs Team Viewer or Radmin, no matter. And for the connection you do not need that the remote computer is turned on, and if it is turned off, and you are far or lazy to go to turn it on, press the power button. Then the WOL technology will come to the rescue that the Wake ON LAN is decrypted, which is translated as "wake up over the network." What makes this technology?, She sends so to speak "Magic Package" (Magic Packet), this package carries data with a specific sequence.

Requirements for a remote computer that would this technology It worked:

1. Motherboard from power ATX;
2. Bios. Here you need to enable Wake-On-LAN support, and customize power saving.
3. LAN card with the support of WOL technology (also almost all, but it still needs to be included in the network card settings);

And so made sure that we have a motherboard with ATX nutrition, these are almost all modern computers.

We go to the BIOS, we find something similar to power management (Power Management Setup) or Advanced. Turn on the Wake-On-LAN function, it looks like this item can in different ways depending on the BIOS, example:

1. Resume by Lan.
2. Wake Up on Lan
3. Wol From Soft-Off
4. Power Up on PCI

In general, see everything regarding phrases "Power Up", "Wol", "Wake Up", "Resume By" but associated with LAN, Mac or PCI.
We translate the motherboard to a specific Suspend Mode power saving mode mainly computers support ACPI and allow us to use only two modes S1 (POS) and S3 (STR), but we will be interested in the S1 mode (Power On Suspend), it is also very important, otherwise it is also very important to our The network card will not be sent constantly 5V when the computer is turned off, and we will not be able to enable it.

After you have enabled the setting in the BIOS, you must make sure that the green or orange light indicator lights up when the computer is turned off on the network card, which will mean that everything is done correctly.

1. Wake on Magic Packet
2. Wake on Pattern.
3. Wake On Lan.
4. Wakeonlan from PowerOff
5. Wake From Shutdown.

If any settings are not found, then you will have to read the documentation on your network card or motherboard yourself and find out which items all include, but they are definitely they have to be included otherwise nothing will work.

And after you all configured both the BIOS and the network card, turn off the computer and look and once again we make sure that the green light is burning at the back on the network card, it should burn, thereby meaning that it is ready for receiving the magic package.

Remote computer enabling on a local network

The IP address of the computer in this case is not necessary. Enough to send broadcast 225.225.225.225 to the local network.

1. You need to know the MAC address (physical address) of a network card of that computer which is going to turn on.
2. You need a program that will send this magic package (_http: //www.depicus.com/wake-on-lan/wake-on-lan-gui.aspx).

Remote computer inclusion via the Internet

1. You need to know the white IP address of the included remote computer;
2. MAC address;
3. If at the other end, the remote computer is on the local network running the server or router, then you need to configure them by transferring the ports on the computer turned on in this network.

Suppose your white IP 109.xxx.xx. 112, then you need to register in the router in the "Forwarding of one port" section External port, for example, 4545 (or other unused), and the internal port 3389 (RDP port, be sure to only such), on the IP address 192.168.1.123 of the included computer.

P.S.: Very important when remote connection On the local network or via the Internet, do not forget to check the ports for availability (open) especially external otherwise your magical package will be denied access, you can check with the help of the _http: //2ip.ru/check-port/. If the port is closed, then it blocks it blocks the firewall (firewall) on the router or server. It must be discovered.

What is wake-on-laan?

Wake-On-LAN (WOL) is an Ethernet or token Ring network standard that allows the computer to turn on or "awaken" from the network message. The message usually sends a program performed on other devices. It is also possible to initiate a message from another network using directed broadcast messages (Directed Broadcasts) or WOL gateway service.

equipment requirements

• Motherboard and wired network adapter must support Wake-On-LAN function.

Software Requirements

• WakeonLangui, Lanhelper for Windows or Remoteboot for iOS.

For example, consider the Remoteboot application.

Follow these steps:

After the settings are executed on the computer, we need to perform some settings on the router.

Awakening PC on the WAN side

1. Check out MAC address and IP address of the computerrequiring wake-on-LAN. We call it here PC1.

1. Install binding IP and Mac (P & Mac Binding) for PC 1 and turn on the function IP& MAC binding On our router .

1. Configure backup address for PC 1 on the router.

1. Open the PC port 1 using port forwarding functions, for example, using virtual Server. Here we open the port number 3000.

1. Now we will verify the WAN IP address on the PC1 connected to the router. Here Wan IP - 113.88.198.136.

1. Run the application RemoteBoot on the iPhone from the WAN. Then enter the information as shown below and click "Boot". You can see that PC 1 starts after you press the button.

Using TeamViewer, you can enable a computer via Wake-On-LAN.
That is, it is possible to remotely manage the computer that is not connected to the network, awakening it before installing the connection.
You can arouse a computer from another computer on the same network.
To do this, you will have to configure the BIOS, network card, firewall and TeamViewer.

Let's start with the BIOS. For other types of computer, the procedure may be different.

To activate Wake-On-Lan in BIOS will perform such actions:

1. Start your computer.
2. Immediately after switching on to access bIOS settings Press the DEL key (sometimes F2 or F1, F12), the BIOS settings window opens.
3. Open the POWER tab ("Power Management Setup", or "Acpi Configuration", etc.)
4. Activate the Wake-Up by PCI Devices option (or "Wake-On-Lan", "Power by by Ethernet Card", "Power by PCI", etc.) for the network card built into the motherboard. If the external card, activate the Wake-Up by PCIE Devices option.
5. Select Save and Exit (F10).

or setting up for new computers with UEFI:

On the start page Click "Exit \\ Additional Mode":

Go to the "Advanced" tab, we choose the Point APM:

Here you see the ERP Ready item, which is enabled by default. We put the switch to the OFF position, there will be several items, we need Power on by PME Device, which activates WOL - put the switch to the ON position. We save the changes and load Windows.

The remaining settings are held in Windows. Go under the administrator account.

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Firstly, Configure a network card.

Now the network card of your computer supports Wake-On-LAN.

Thirdly,set the firewall (Firewall)

Firewall is configured.

If you have Windows 8, Windows 8.1 or Windows 10, you need deactivate quick start.

Starting with Windows 8, the standard shutdown procedure places a computer in "hybyrilization". Since Windows does not support Wake-On-LAN for this state, it is recommended

deactivate quick start. After this launch, the computer is always, when turned off, put

in sleep mode.

Note. For this process requires administrative rights.

To disable fast running under Windows, perform such actions:

1. Run the computer.

2. Open the control panel.

The control panel window opens.

3. Click "System" and "Security".

4. In the "Power Supplies" section, click "Change".

6. Uncheck the checkbox - enable quick start (recommended).

7. Quick Start Now disabled.

Fourthlyit is necessary to configure TeamViewer itself.

To begin with, connect the computer with an account.

For confidence that the computer can only be enabled, you need to check that the computer really belongs to you. To do this, you need to tie a computer to your TeamViewer account. You can always awaken the computer through the associated TEAMVIEWER account associated with it.

1. Run TeamViewer on your computer.
2. In the main menu, select Advanced | Options.
   → The TeamViewer Options dialog box opens.
3. Select the section - the main one.
4. In the section - Communication with the account, click on the button - connect with the account ....
5. A dialog box opens - link with an account. Enter the email address of your TeamViewer account in the E-mail field.
6. Enter the password of your TeamViewer account in the Password field.
7. Click the link button.
8. Now your computer is assigned your account TeamViewer.
9. Do not close the settings, they will be needed.

Now you will configure Wake-On-Lan via TeamViewer ID on the network.

If the computer does not have a public address, it can be awakened through the local network from another computer, which must be enabled, and TeamViewer is installed and configured to start when Windows starts. That is, it is possible to activate Wake-On-Lan on the local network. To do this, you need to make a TeamViewer ID of that computer, with which your awakens will awaken. That is a signal to the awakening will be launched through a specific computer included to your you want to wake / enable.

1. 1. 1. Find "Incoming connections ( the local network) "In the" Network Settings "section in the main TEAMViewer settings, and change with" deactivated "to" accept "
      2. Now click on the Configuration button in the "Network Settings" section in the main TEAMVIEWER settings.
      3. In the dialog box, we find - the Wake-On-LAN wake-up function. Select "Other TeamViewer applications on your network"
      4. In the TeamViewer ID field, enter the TeamViewer ID in its network, with which the signal must be sent to the awakening, and then click the "Add" button
      5. Button OK.
      6. After that, the computer can be awakened using the saved TeamViewer ID.

Now check if everything works. Open "Computers and Contacts", right-click on the desired computer, the "Wake up" button must appear, press (can be several times) and the computer will turn on!

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