How to Eliminate Media Player Virus

How to Eliminate Media Player Virus

There used to be an mp3 virus, my friend, I remember when I posted about how to eradicate mp3 viruses. Now comes the new variant turning all desktop icons into a Windows Media Player icon. Maybe my friend is having a problem like this. If you have a problem like this, do not panic first because the virus is not too dangerous, although it has changed all the icons on the desktop into a media player icon, but the application on the computer can still be used.

Based on my experience dealing with laptops that have been attacked by this virus, applications that are in the folder can still be run normally. Now to run the required application, you must first enter Windows Explorer and then search for applications that will be opened or run. For example, you will open the Photoshop CS application. The steps are Right-click on the Start Menu, then select Open Windows Explorer (win 7). Click drive C followed by double clicking the Program Files folder. Double click the Adobe folder Kuota murah and double click the Photoshop CS folder and the last double click the Photoshop application. The Photoshop program will run normally.

Although you can run the application normally, but I’m sure you won’t be happy with the desktop icon display, which only consists of one form and color in the form of a media player icon, of course you want to restore the icon’s appearance as before according to each application. For this the following is a way to remove the media player icon. For me, it’s better for me to reformat and install Windows from scratch so I can be more confident than just changing regedit. But for friends who want a quick way to finish this virus, please read the method below that I adapt from various sources.

Copy all the code below, then run notepad (c: \ windows \ notepad) and paste the code that was copied earlier in the notepad worksheet. Save the notepad file with a free name, but the extension must be reg. Example: virusmedia.reg or antiviruswmp.reg or cleanmedia.reg. After saving, then run the file by double clicking the virusmedia.reg or antiviruswmp.reg or cleanmedia.reg file. The final step is restarting your computer.

Windows Registry Editor Version 5.00

[HKEY_CLASSES_ROOT\.EXE]

@=”exefile”

“Content Type”=”application/x-msdownload”

[HKEY_CLASSES_ROOT\.EXE\PersistentHandler]

@=”{098f2470-bae0-11cd-b579-08002b30bfeb}”

[HKEY_CLASSES_ROOT\exefile]

@=”Application”

“EditFlags”=hex:38,07,00,00

“FriendlyTypeName”=hex(2):40,00,25,00,53,00,79,00,73,00,74,00,65,00,6d,00,52,\

00,6f, 00,6f, 00,74,00,25,00,5c, 00.53,00,79,00,73,00,74,00,65,00,6d, 00.33,00, \

32.00,5c, 00,73.00,68,00,65,00,6c, 00,6c, 00,33.00,32,00,2e, 00,64,00,6c, 00,6c, \

00,2c, 00,2d, 00,31,00,30,00,31,00,35,00,36,00,00,00

[HKEY_CLASSES_ROOT\exefile\DefaultIcon]

@=”%1″

[HKEY_CLASSES_ROOT\exefile\shell]

[HKEY_CLASSES_ROOT\exefile\shell\open]

“EditFlags”=hex:00,00,00,00

[HKEY_CLASSES_ROOT\exefile\shell\open\command]

@=”\”%1\” %*”

“IsolatedCommand”=”\”%1\” %*”

[HKEY_CLASSES_ROOT\exefile\shell\runas]

[HKEY_CLASSES_ROOT\exefile\shell\runas\command]

@=”\”%1\” %*”

“IsolatedCommand”=”\”%1\” %*”

[HKEY_CLASSES_ROOT\exefile\shellex]

[HKEY_CLASSES_ROOT\exefile\shellex\DropHandler]

@=”{86C86720-42A0-1069-A2E8-08002B30309D}”

[-HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Explorer\FileExts\.exe\UserChoice]

So little info based on my experience to clean up the media player virus that turns all dektop icons into mediaplayer windows icons. If the method above also doesn’t work, try to follow the following method.

Run Regedit, then go to HKEY_CURRENT_USER \ Software \ Microsoft \ Windows \ CurrentVersion \ Explorer \ FileExts \ .exe \

Delete all entries related to Windows Media Player, if you are still hesitant to delete which one, you can compare with a computer or laptop that has not been exposed to this media player virus.

The Windows Media Player virus turned out to come from the internet when you were downloading a video, the video file that entered your computer turned out to have inserted a virus modifying icon into this MPW, so be careful in downloading video. Hopefully this info is useful.

How to install Ubuntu 10.10 

In this post, I tried to make a tutorial on how to install LINUX UBUNTU Version 10.10, the procedure is still similar to the previous versions, there are only a few differences when installing from the start, we can configure the connection to the internet , so that when installing, we can immediately enter the update. 1st Look at Microsoft’s New Edge Browser

For the steps to install Ubuntu 10.10 Linux as follows:

1. Turn on your computer or laptop,

2. Make sure the First Boot your CD or DVD ROM DRIVE (set via BIOS Setup)

3. Insert your Install LINUX CD

4. Wait until your LINUX The installer is loaded, the indicator is displayed as shown below:

5. Click Install Ubuntu, if you want to install Ubuntu on a computer, or if you only want to try Ubuntu OS without installing it to a computer, please click Try Ubuntu, and don’t worry about the hard disk, data and operating system you have installed will not be disturbed.

After you click Ubuntu, click, the display appears as follows:

6. Click Forward. The display appears as follows:

7. Click the button on Specify partition manually, this must be chosen so that we can set ourselves on the partition where Ubuntu will be placed, especially if you have installed another operating system. Next appears:

The above display is an example of a new hard drive, so you need Partition Table. Click on / dev / sda and click on New Partition Table. Then a confirmation will appear as above. Select Continue so that the display will appear as follows.

First create a partition to install the Ubuntu system. On the hard drive that I use above the capacity is 4.3 GB, I will share 2 more partitions, 3 GB for the system, then the remaining 1.3 GB for Swap Area (Swap area is useful for creating additional virtual memory alias memory, usually using size 2 x the amount of physical memory / your RAM). The step to create the partition is as follows:

Click the Add button, then enter the amount of the partition capacity, for example 3000, then in the Use As section select Ext4 journaling file system, then the mount point section select “/” (root). View image :

Click the OK button.

Continue with creating partitions for Swap Area, select the following free space:

Click the Add button, let Linux determine the amount of capacity, the rest of the root partition, then select Swap in the Use as section, then click OK

Return to the beginning, continue by selecting the Root partition for the system place, then click Install Now.

8. Select the location area you choose Indonesia (Jakarta), see picture:

Click the Forward button

9. Select the keyboard layout, USA:

Click the Forward button.

10. Continue by entering data names, login names, and your password, such as the following example:

Click Forward.

11. Then the system installation process continues, wait a few moments.

12. Wait until it’s finished until Installation Complete appears:

Click the Restart Now button.

The system will re-boot / restart and Ubuntu will load, until here you have finished installing LINUX UBUNTU Version 10.10.

Good luck, and good luck.

How to Check Bad Sector on Hard Drive

How to Check Bad Sector on Hard Drive

There are several causes of Bad sectors, including:

  1. The weakening of the magnetic disk and the mechanical error. Chances are, the magnetic area of ​​the disk loses magnetism and hence the inability to store data.
  2. As a result of shocks or vibrations, where when you operate the computer, and when the hard drive is doing the process of reading and writing, if there is a shock or vibration, it can cause the head to swipe the disk from the hard drive, causing scratches on the disk, resulting in bad sectors.
  3. Electrical power is decreased suddenly when the hard drive performs the process of reading and writing, so that the head will stop suddenly and work suddenly when the electric power rises again suddenly, where the head can swipe the hard disk
  4. As a result of the arrangement of files on an irregular hard drive, so that the head is not regular in reading the sequence of files needed by an application, which over time the head can swipe the plater from the hard drive and cause bad sectors on the hard drive

How to Check Bad Sector on Hard Drive

To find out whether there are bad sectors on our hard drive, the following steps can be done:

  1. Enter the command prompt. Start => Run => type: CMD
  2. Then type the CHKDSK command : then enter. this is to check on drive C. writing chkdsk can also type lowercase letters.
  3. Then the system will begin the process of analyzing your friends’ hard drives. and after completion, a description will appear as shown below:

 There are several causes of Bad sectors, among others, How to Check Bad Sector on Hard Drive

from the information above we get information:

  • Total Disk Space, states the maximum capacity of the hard disk
  •  n Files, declares n / Number of files that are in one drive
  • Bad Sector, states the number of bytes affected by bad sectors in one drive
  • If the information in bad sector 0 (zero) bytes means that your hard disk is healthy and the blade is greater than 0 (zero) then our hard disk is already in Bad Sector so beware because with bad sectors there is a possibility that data damage can occur when only)
  • Available, states the capacity of the hard disk in one drive that can still be used to store data.

 Repair Bad Sector

1. Using facilities provided by Windows

  • Double click My Computer, then right-click your hard drive partition, for example C, D or E you want to check.
  • Then click Properties, then click the Tools button.
  • Then click Check now.
  • And choose Repair mode

2. Using several software such as HDD Regenerator, or Low Level Format software.

But if the number of bad sectors on the hard drive is too much, then be prepared to immediately back up existing files and replace them with a new hard drive.

so hopefully useful. get google serp api

Understanding BSoD Blue Screen of Death

Understanding BSoD Blue Screen of Death

BSoD , is a notification or message error that appears on the Windows operating system when a system failure occurs that cannot be recovered .

this word has ever been heard in your ears Definition of BSoD (Blue Screen of Death)

So here, for example, brothers and sisters are playing strange apps on laptops with Windows XP operating system. Look, then blue screen display ( bluescreen ) on laptop. Continue, writing / reading / notifying us to do hack fap ceo something that he instructed.

Well, that’s a BSoD (Blue Screen of Death). In fact, there are two error messages found on Windows. That is Blue Screen of Death and Black Screen of Death . However, Windows OS users often encounter the Blue Screen. I will give BSoD (Blue Screen of Death) messages that are often found.

Following are BSoD messages that are often encountered by Windows OS users:

  • NTFS_FILE_SYSTEM atau FAT_FILE_SYSTEM (0X00000024) atau (0x00000023)

This message indicates that the error is on the hard disk partition and not the hard drive.

  • DATA_BUS_ERROR

This message is caused by the memory slot on the motherboard being interrupted / damaged.

  • PAGE_FAULT_IN_NONPAGED_AREA

This message is caused by hardware damage, including main memory, video memory card (VGA), or memory processor (L2 cache).

  • IRQL_NOT_LESS_OR_EQUAL (0X0000000A)

This message is usually caused by incompatibility of drivers installed on the computer. Drivers on computers, not all can be compatible / compatible. For example you replace an old VGA Card with a new VGA Card but you do not uninstall your old VGA Card driver . This might cause BSoD .

  • UNEXPECTED_KERNEL_MODE_TRAP (0X0000007F)

This message is caused by excessive hardware overclocking , overheating components, corrupt BIOS and memory ( RAM ) or defective processors.

  • INACCESSIBLE_BOOT_DEVICE

This message is caused by an error in configuring jumper wrong disk, virus boot sector , driver IDE controller error, or error chipset drivers .

  • VIDEO_DRIVER_INIT_FAILURE

As in the message above. This message is caused by an incomplete Video Card (VGA) driver installation , restarting during installation or it could also be due to an installation driver error .

  • BAD_POOL_CALLER

This message is caused by a driver that is not compatible .

  • PEN_LIST_CORRUPT

This message is caused by damage to RAM.

  • MACHINE_CHECK_EXPECTION

This message is caused by a defect on the CPU, or hardware that is aggressively overclocked , and a power supply (Power Supply Unit / PSU) that is underpowered or damaged.

Ok, continue on how to overcome it:

  • If what causes BSoD is a damaged or incorrect driver , then you must uninstall the driver . Usually this happens when you are installing a driver for a hardware. So, try when installing a hardware, you should first uninstall the old hardware driver .
  • Try to install the driver when it is perfect. Usually BSoD occurs when the driver installation then turns off lights or short circuit. So, you have to reinstall the hardware driver again  .
  • If what causes BSoD is a damaged hard disk partition, you can check the PATA cable or SATA on the hard drive. Then repartition on the hard disk. But before, if there is data that can be saved, you should first save your data and then repartition.
  • If the BSoD message is caused by hot or over-heat hardware , you can provide an additional fan / fan on the CPU. Or by placing the PC in a place that is not too hot.
    <

  • If BSoD is caused by software, you should reinstall your computer.
  • We recommend that you reduce the overclock on the hardware on the PC. Because it can cause damage to the PC.
  • If BSoD is caused by damage to RAM Memory, BIOS, Processor, VGA Card, etc., you should bring your PC to a computer repair shop. Because this case is quite heavy and enough to spend the bag. TT

Anyway, if there is a BSoD message that you don’t know, you can read the message on the Blue Screen. So, the point is this BSoD is a message used by the Windows OS to inform you that there is an error or error in your computer system.

Types of Partitions in Linux 

Types of Partitions in Linux 

Partitions in Linux – If at first you were a Windows user and wanted to move to open source / Linux before you wanted to use the Linux operating system (OS), then you must know what type of partition the linux is in.

 If initially you are a Windows user and want to move to an open source type of partition in Linux

Linux is a Unix like operating system where the notion of Unix likes is Linux is an operating system that is not a derivative of a Unix operating system but has a way of working and directory systems resembling Unix. Linux was created by Linus Benedicts Torvald which is the result of his tweaking of the minix kernel.

Minix is ​​a small Unix operating system developed by Andrew S. Tanenbaum, he is a professor who is involved in OS problem research from Vrije Universiteit, Netherlands. Minix is ​​used for teaching and education purposes. Unix itself is an operating system that has long existed, even Unix existed before the advent of Microsoft’s operating system, Windows. Currently on other large computer servers and computers use Unix.

This Unix operating system was made specifically for certain machines, unlike Linux, whose existence is intended for x86 architecture systems that are widely circulating in the market. The fundamental difference between Linux and other operating systems is Open Source .

One form of unix that is copied by Linux is a directory system where this directory system is different from what is followed by a family of windows families like this below.

General Directory Structure in Linux

 If initially you are a Windows user and want to move to an open source type of partition in Linux

 INFORMATION : 

/: 

Shows the highest hierarchy of the linux directory system where this directory is under the directories / user, / home, / mnt and other directories as shown above

/ bin: 

Contains programs that contain commands used by normal users such as the ls command ( displaying the contents of a directory ) cd ( to switch directories ) 

/ sbin: 

Contains programs that contain commands used by super users such as ifconfig ( displaying information about network cards / network devices installed on the 
machine
 ).

/ home: 

contains data from the user registered in the computer / machine in question.

/ usr:

contains program packages, documentation, configuration, applications, libraries and linux application sources.

/ opt: 

contains applications that can be accessed by all users (almost the same as / usr / sbin /.

/ root: 

is the  home  of superuser / root / administrator.

/ tmp: 

stands for temporary is a directory provided when you need temporary space to do work, for example when you burn a cd, the image (iso file) is entered by default into this directory before it is burnt to cd.

/ etc: 

in general it is a directory of configuration files for various kinds of services and installed programs in the system.

/ mnt: 

contains information on devices mounted on a computer.

/ var: 

This directory contains various data (vary). Changing data in an active system is very fast. Data like this exist in a short time. Because it is always changing, it is not possible to store it in a directory like “/ etc”. Therefore, data like this is stored in the var directory.

/ boot: 

contains information relating to the device and service that is run when the computer boots (computer process from off / off to on / on). In general, the Mod APK Download Linux operating system contains the directories mentioned above, but in some distributions there are some specific directories like / srv added to the Suse family where the added directories have special functions which are sometimes not found in other distributions.

When installing, you need at least 2 partitions so that a computer can be installed on OS Linux, namely the root partition (denoted by / distinguish from / root) and the swap partition. 

The root (/) partition is used to install a Linux system, almost the same as C: Windows for Microsoft Windows operating systems. Swap partitions are allocated as additional memory when RAM memory is insufficient when the system loads a program, for example: load X program requires 1500 MB of memory while installed RAM is 1000 MB / 1 GB then 500 MB of remaining memory needed is taken from the partition swap that has been made. 

Which swap partition is needed for RAM memory? 1 GB is twice the RAM Memory installed on a computer, except for RAM memory above 2 GB, the swap allocation does not have to be 2 times the RAM can be installed by 1 GB or up to the taste of each user.

For Linux installations, at least 2 partitions are needed, namely the root partition and swap partition:

1. Root partition  

Root partition (denoted by / differentiate with / root), The root (/) partition is used to install the Linux system, almost the same as the windows system that is usually placed on drive C.

2. Partition / swap 

The SWAP partition is used as an additional memory when RAM is insufficient when the system runs a program. The size of a SWAP partition is usually 2x the size of RAM. So if the ram that we use is 1GB, then the size of the SWAP partition is 2GB. 

3. Partition / home 

The / home partition is needed to avoid losing data when your system crashes and needs to be re-installed. Conditions like the above are assumed to be used only for one OS (linux). You can use Linux system files or Windows system files for this partition. In addition to being used for data storage, the partition / home is also used by several programs to place configuration files. Adjust the size of the partition / home with hard disk capacity.

In detail, you can just make more than two partitions for GNU / Linux. For example, special partitions for / boot, / home, / usr, / bin, / var, / etc or other additional partitions. But, for beginners, just divide it into 3 partitions. Swap partition (1x computer RAM, adjust memory capacity), root (/) partition for other directories, and / home partition to store data.

4. Partition / boot


The boot partition is used to store boot loader files and all images from the kernel. The size of the boot partition usually has a minimum value of 100MB.


5. Partition / usr

The / usr partition is used to store all the binary files from linux installed, so it must be given a large enough size.

6. Partition / chroot 

This partition is used to store components from the chroot, usually made on Linux, which will be used as a DNS server.


7. Partition / cache

 
Cached partitions are used to store caches from a proxy server, such as Squid. If Linux is not used as a proxy server, it can be ignored.

8. Partition / var 

The / var partition is used to store the log file system, which stores all changes that occur on the system when the system is running normally.


9.
Partition / tmp This partition is used to store temporary files.

That’s the type of partition that is in Linux, hopefully this article can be useful for those of you who read it.