neocomputing

cloud computing by example

Thu, 12 Jul 2012 05:14:00 -0700

understanding cloud computing by example:
first example:
use :- downloading torrent file using internet download manger(IDM)
steps

1 upload torrent file you want to download
2 click on go and try free account let catch that file completely
3 download that zip(rar) file using IDM

step 1

step 2

After choosing free your torrent file will be downloaded by high speed servers and your file will be ready to download(If its a large file then wait for few minutes)(high speed servers could be cloud server)

step 3
When you hit download button then a box will pop up asking the type of download which you want either free or premium.Go for free download.

change os name

Thu, 12 Jul 2012 05:13:00 -0700

change operating system name for windows boot loader
editing windows boot loader :

use neosmart tool easybcd 2.0
edit this entry
and put your name in yellow marked

next time when u boot u will see your name instead of windows 7

learn cloud computing

Thu, 12 Jul 2012 05:10:00 -0700

learn advance it course

cloud computing with virtualization
vitualization basic(VMware)

certified ethical hacking

hosting with Linux
hosting basic

MCITP(Microsoft certified it professional)
Linux administration (basic)

leave comment for any query :)

new gTLD (generic top level domain)

Thu, 12 Jul 2012 04:38:00 -0700

what is gTLD( generic top level domain)?

it is common suffix that is in domain-name(url)

example : url is www.google.com

here .com is gTLD

other earlier gTLD :

.net
.org
.in
.co

etc.............................

shit!

icann support now any kind of gTLD (generic top level domain)

if any company or organization want their own gTLD it can apply and buy its own gTLD
so
there would be now any kind of gTLD example
.google
.facebook
.apple
.lol
.information

list.............................

Generic

.academy	.deals	.ink	.rent
.accountant	.degree	.institute	.rentals
.accountants	.delivery	.insurance	.repair
.actor	.democrat	.insure	.report
.ads	.dental	.international	.republican
.agency	.dentist	.investments	.restaurant
.airforce	.design	.ira	.retirement
.analytics	.dev	.islam	.review
.and	.diet	.jot	.rip
.antivirus	.digital	.joy	.rocks
.apartments	.direct	.juegos	.rodeo
.app	.directory	.kosher	.room
.archi	.discount	.land	.rsvp
.architect	.diy	.law	.rugby
.are	.docs	.lawyer	.run
.army	.doctor	.lds	.safety
.art	.domains	.lease	.sale
.associates	.dot	.legal	.salon
.attorney	.download	.lgbt	.save
.auction	.drive	.life	.scholarships
.audio	.duck	.lifeinsurance	.school
.autoinsurance	.earth	.lifestyle	.science
.band	.eat	.lighting	.search
.bank	.eco	.limited	.secure
.bar	.ecom	.limo	.security
.bargains	.education	.link	.seek
.baseball	.email	.live	.services
.basketball	.engineer	.living	.shiksha
.beauty	.engineering	.llc	.shoes
.beer	.enterprises	.loan	.shop
.best	.esq	.loft	.shopping
.bet	.estate	.lol	.show
.bible	.events	.lotto	.silk
.bid	.exchange	.love	.singles
.bike	.expert	.ltd	.site
.bingo	.exposed	.mail	.ski
.bio	.express	.makeup	.skin
.black	.fail	.man	.smile
.blackfriday	.faith	.management	.soccer
.blog	.family	.map	.social
.blue	.fan	.market	.software
.boo	.fan	.marketing	.solutions
.boutique	.farm	.markets	.spa
.broadway	.fashion	.mba	.space
.broker	.feedback	.med	.sport
.build	.film	.media	.spot
.builders	.finance	.medical	.spreadbetting
.business	.financial	.meet	.star
.buy	.financialaid	.meme	.storage
.buzz	.fish	.men	.store
.cab	.fishing	.menu	.stroke
.cafe	.fit	.mlb	.studio
.cam	.fitness	.mls	.study
.camera	.flights	.mom	.style
.camp	.florist	.money	.sucks
.capital	.fly	.mormon	.supplies
.care	.foo	.mortgage	.supply
.career	.food	.mov	.support
.careers	.football	.movie	.surf
.carinsurance	.forex	.music	.surgery
.cash	.forsale	.mutualfunds	.systems
.casino	.forum	.navy	.talk
.catering	.foundation	.nba	.tattoo
.catholic	.free	.network	.tax
.center	.frontdoor	.new	.taxi
.ceo	.fun	.news	.team
.channel	.fund	.next	.tech
.charity	.futbol	.nfl	.technology
.chat	.gallery	.ngo	.tennis
.cheap	.game	.ninja	.theater
.christmas	.gay	.now	.tickets
.church	.gives	.office	.tips
.city	.giving	.one	.today
.claims	.glean	.ong	.tours
.cleaning	.global	.online	.town
.click	.gmbh	.organic	.trade
.clinic	.golf	.page	.trading
.clothing	.gop	.partners	.training
.cloud	.graphics	.parts	.trust
.club	.green	.party	.tube
.coach	.gripe	.patch	.university
.codes	.grocery	.pay	.vacations
.codes	.group	.phd	.ventures
.coffee	.guide	.photography	.vet
.college	.guru	.physio	.video
.community	.hair	.pid	.villas
.company	.halal	.ping	.vin
.compare	.hangout	.pink	.vip
.computer	.health	.pizza	.vision
.condos	.healthcare	.place	.vodka
.construction	.heart	.play	.vote
.consulting	.help	.plumbing	.voting
.contact	.here	.plus	.voyage
.contractors	.hiphop	.poker	.weather
.cooking	.hiv	.press	.web
.cool	.hockey	.prod	.webcam
.corp	.holdings	.productions	.website
.country	.holiday	.prof	.wedding
.coupon	.home	.promo	.wiki
.courses	.horse	.properties	.win
.cpa	.hospital	.property	.wine
.credit	.host	.protection	.winners
.creditcard	.hosting	.pub	.work
.creditunion	.hot	.qpon	.works
.cricket	.hoteis	.racing	.world
.cruise	.hotel	.radio	.wow
.dad	.hoteles	.realestate	.wtf
.dance	.how	.realtor	.xyz
.data	.immo	.realty	.yellowpages
.dating	.inc	.recipes	.yoga
.day	.industries	.red	.you
.dds	.ing	.rehab	.zip
.dealer	.adult	.baby	.zone
.book	.dog	.flowers
.garden	.luxe

City TLDs

.abudhabi	.cologne	.kyoto	.rio
.amsterdam	.durban	.london	.roma
.barcelona	.dubai	.madrid	.stockholm
.bcn	.hamburg	.melbourne	.sydney
.berlin	.helsinki	.miami	.taipei
.boston	.ist	.moscow	.tokyo
.brussels	.istanbul	.nagoya	.vegas
.budapest	.joburg	.nyc	.yokohama
.capetown	.koeln	.osaka	.zuerich
.city	.	.paris	.wien

Geo/Cultural

.africa	.corsica	.kiwi	.scot
.alsace	.cymru	.lat	.swiss
.aquitaine	.dotafrica	.nrw	.tatar
.arab	.eus	.okinawa	.thai
.bayern	.gal	.pars	.tirol
.bzh	.gent	.quebec	.vlaanderen
.cal	.genting	.ryukyu	.wales
.catalonia	.irish	.saarland	.zulu

International TLDs – Latin/Ascii Character Set

.abogado	.indians	.persiangulf	.uno
.anquan	.jetzt	.rest	.versicherung
.banque	.jio	.rich	.viajes
.blanco	.juegos	.ruhr	.villas
.casa	.kim	.sapo	.viva
.cyou	.kinder	.sarl	.vivo
.dabur	.lacaixa	.schule	.voto
.gmbh	.latino	.shia	.vuelos
.gratis	.maison	.shouji	.weibo
.halal	.moda	.sina	.whoswho
.haus	.moto	.skolkovo	.xihuan
.hoteis	.movistar	.sncf	.xin
.hoteles	.mozaic	.soy	.yun
.immo	.mutuelle	.srl	.translations
.immobilien	.onl	.tienda	.

if u want your own gTLD leave comment we will help u in procedure

for more information..
please follow the below url

http://newgtlds.icann.org/en/

21 Indian gTLD

Thu, 12 Jul 2012 04:10:00 -0700

21 Indian suffixes in ICANN's proposed generic top-level domains

New Delhi: Of the 1930 applications that the Internet Corporation for Assigned Names and Numbers (ICANN) received for new domain name suffixes only 21 have been applied for by Indian companies.
The new gTLD (generic top-level domains) program is one the most substantive changes to the Domain Name System (DNS) in the Internet's history.
There are also three gTLDs in Hindi, but they have not been registered by Indian companies. The .कॉम (.com in Hindi) and .नेट (.net in Hindi) have been applied for by VeriSign Sarl from Switzerland and .संगठन (.sanghatan in Hindi, equivalent of .org) has been applied for by the US based Public Interest Registry.

List of the 21 domain name suffixes applied for by Indian companies.

.airtel (Bharti Airtel Limited)

.bharti (Bharti Enterprises (Holding) Private Limited)

.dabur (Dabur India Limited)

.hdfc (Housing Development Finance Corporation Limited)

.hdfcbank (HDFC Bank Limited)

.idn (Nameshop)

.indians (Reliance Industries Limited)

.infosys (Infosys Limited)

.infy (Infosys Limited)

.lupin (Lupin Limited)

.ooo (Infibeam Incorporation Limited)

.ping (DotPing Inc.)

.reliance (Reliance Industries Limited)

.ril (Reliance Industries Limited)

.sbi (State Bank of India)

.shriram (Shriram Capital Ltd)

.star (Star India Private Limited)

.statebank (State Bank of India)

.tata (Tata Sons Limited)

.tatamotors (Tata Motors Ltd)

.tvs (T V Sundram Iyengar & Sons Limited)

how to open .r01 file

Thu, 12 Jul 2012 04:04:00 -0700

file type: .r01
this kind of file type is used in torrent file

use: this will help to divide large file in small segments (used in torrent)
to open this kind of file u need complete series of that file and then u can open it by by just opening its general (starting ) file by winzip or any other zip program

File extension R01 is commonly associated to a segment of an encrypted file compressed using WinRAR's algorithm. Files bearing this extension are normally used for distribution over the Internet and to other networks. R01 files can be stored on any machines running with different operating systems. However, only compatible applications that are able to access RAR files can be installed on these machines in order to open R01 files. Operating systems supported by this file type include Windows, Mac, and Linux.
The root extension of a WinRAR compressed file is .RAR, however, if a user desires to subdivide large files into segmented zip files, a random file extension starting with .R00 incremented with 1 will be assigned to segments of the file to allow compatible applications to recognize it as a portion of a larger RAR file.
The process of file compression is simple. Large files are run against file compression applications like WinRAR and WinZip to reduce the total size consumption of certain files. Compression applications perform different encryption rates such as 128-256 bit, but manage to preserve the original document once decompressed. In addition, some compressed files like executable files do not run unless decompressed using the reverse process.
Downloading compressed or zip files from the Internet can be more risky than one may have thought. Ordinary compressed files can be accompanied with deadly files that are designed to ruin a computer and conceal their true identify and classification.
Examples of these forms of deadly files are torrents. Numbers of torrent files distributed from several sources over the Internet (most are actually illegal copies of copyrighted movies, soundtracks and software), are shared as compressed files in order to lessen the amount of time required for the whole package to be downloaded. What users do not notice are the tiny malicious programs included in the package. These programs will then install its payload to the host computer adding potential risk to its health and the information stored in it.
There are few applications that can access R01 files. Its mother application, WinRAR, definitely has the capability to open and merge segmented files to form a single large file. Other applications known to render RAR files and its siblings (.R00, .R01, .R02, etc.) include UnRarX, Zipeg, Dare to be Creative iArchiver, RARLAB WinRAR, Alpha ZIP, Bitberry BitZipper, and Smith Micro Stuffit Deluxe. Linux operating system also has the built-in UNRAR application that can be used to open this type of file.

how booting start

Thu, 12 Jul 2012 03:57:00 -0700

How booting start

If all is well the CPU starts running. In a multi-processor or multi-core system one CPU is dynamically chosen to be the bootstrap processor (BSP) that runs all of the BIOS and kernel initialization code. The remaining processors, called application processors (AP) at this point, remain halted until later on when they are explicitly activated by the kernel. Intel CPUs have been evolving over the years but they’re fully backwards compatible, so modern CPUs can behave like the original 1978 Intel 8086, which is exactly what they do after power up. In this primitive power up state the processor is in real mode with memory paging disabled. This is like ancient MS-DOS where only 1 MB of memory can be addressed and any code can write to any place in memory – there’s no notion of protection or privilege.

If all is well the CPU starts running. In a multi-processor or multi-core system one CPU is dynamically chosen to be the bootstrap processor (BSP) that runs all of the BIOS and kernel initialization code. The remaining processors, called application processors (AP) at this point, remain halted until later on when they are explicitly activated by the kernel. Intel CPUs have been evolving over the years but they’re fully backwards compatible, so modern CPUs can behave like the original 1978 Intel 8086, which is exactly what they do after power up. In this primitive power up state the processor is in real mode with memory paging disabled. This is like ancient MS-DOS where only 1 MB of memory can be addressed and any code can write to any place in memory – there’s no notion of protection or privilege.

Most registers in the CPU have well-defined values after power up, including the instruction pointer (EIP) which holds the memory address for the instruction being executed by the CPU. Intel CPUs use a hack whereby even though only 1MB of memory can be addressed at power up, a hidden base address (an offset, essentially) is applied to EIP so that the first instruction executed is at address 0xFFFFFFF0 (16 bytes short of the end of 4 gigs of memory and well above one megabyte). This magical address is called the reset vector and is standard for modern Intel CPUs.

The motherboard ensures that the instruction at the reset vector is a jump to the memory location mapped to the BIOS entry point. This jump implicitly clears the hidden base address present at power up. All of these memory locations have the right contents needed by the CPU thanks to the memory map kept by the chipset. They are all mapped to flash memory containing the BIOS since at this point the RAM modules have random crap in them. An example of the relevant memory regions is shown below:

The CPU then starts executing BIOS code, which initializes some of the hardware in the machine. Afterwards the BIOS kicks off the Power-on Self Test (POST) which tests various components in the computer. Lack of a working video card fails the POST and causes the BIOS to halt and emit beeps to let you know what’s wrong, since messages on the screen aren’t an option. A working video card takes us to a stage where the computer looks alive: manufacturer logos are printed, memory starts to be tested, angels blare their horns. Other POST failures, like a missing keyboard, lead to halts with an error message on the screen. The POST involves a mixture of testing and initialization, including sorting out all the resources – interrupts, memory ranges, I/O ports – for PCI devices. Modern BIOSes that follow the Advanced Configuration and Power Interface build a number of data tables that describe the devices in the computer; these tables are later used by the kernel.

After the POST the BIOS wants to boot up an operating system, which must be found somewhere: hard drives, CD-ROM drives, floppy disks, etc. The actual order in which the BIOS seeks a boot device is user configurable. If there is no suitable boot device the BIOS halts with a complaint like “Non-System Disk or Disk Error.” A dead hard drive might present with this symptom. Hopefully this doesn’t happen and the BIOS finds a working disk allowing the boot to proceed.

The BIOS now reads the first 512-byte sector (sector zero) of the hard disk. This is called the Master Boot Record and it normally contains two vital components: a tiny OS-specific bootstrapping program at the start of the MBR followed by a partition table for the disk. The BIOS however does not care about any of this: it simply loads the contents of the MBR into memory location 0x7c00 and jumps to that location to start executing whatever code is in the MBR.

The specific code in the MBR could be a Windows MBR loader, code from Linux loaders such as LILO or GRUB, or even a virus. In contrast the partition table is standardized: it is a 64-byte area with four 16-byte entries describing how the disk has been divided up (so you can run multiple operating systems or have separate volumes in the same disk). Traditionally Microsoft MBR code takes a look at the partition table, finds the (only) partition marked as active, loads the boot sector for that partition, and runs that code. The boot sector is the first sector of a partition, as opposed to the first sector for the whole disk. If something is wrong with the partition table you would get messages like “Invalid Partition Table” or “Missing Operating System.” This message does not come from the BIOS but rather from the MBR code loaded from disk. Thus the specific message depends on the MBR flavor.
Boot loading has gotten more sophisticated and flexible over time. The Linux boot loaders Lilo and GRUB can handle a wide variety of operating systems, file systems, and boot configurations. Their MBR code does not necessarily follow the “boot the active partition” approach described above. But functionally the process goes like this:

The MBR itself contains the first stage of the boot loader. GRUB calls this stage 1.
Due to its tiny size, the code in the MBR does just enough to load another sector from disk that contains additional boostrap code. This sector might be the boot sector for a partition, but could also be a sector that was hard-coded into the MBR code when the MBR was installed.
The MBR code plus code loaded in step 2 then read a file containing the second stage of the boot loader. In GRUB this is GRUB Stage 2, and in Windows Server this is c:\NTLDR. If step 2 fails in Windows you’d get a message like “NTLDR is missing”. The stage 2 code then reads a boot configuration file (e.g., grub.conf in GRUB, boot.ini in Windows). It then presents boot choices to the user or simply goes ahead in a single-boot system.
At this point the boot loader code needs to fire up a kernel. It must know enough about file systems to read the kernel from the boot partition. In Linux this means reading a file like “vmlinuz-2.6.22-14-server” containing the kernel, loading the file into memory and jumping to the kernel bootstrap code. In Windows Server 2003 some of the kernel start-up code is separate from the kernel image itself and is actually embedded into NTLDR. After performing several initializations, NTDLR loads the kernel image from file c:\Windows\System32\ntoskrnl.exe and, just as GRUB does, jumps to the kernel entry point.

There’s a complication worth mentioning (aka, I told you this thing is hacky). The image for a current Linux kernel, even compressed, does not fit into the 640K of RAM available in real mode. My vanilla Ubuntu kernel is 1.7 MB compressed. Yet the boot loader must run in real mode in order to call the BIOS routines for reading from the disk, since the kernel is clearly not available at that point. The solution is the venerable unreal mode. This is not a true processor mode (I wish the engineers at Intel were allowed to have fun like that), but rather a technique where a program switches back and forth between real mode and protected mode in order to access memory above 1MB while still using the BIOS. If you read GRUB source code, you’ll see these transitions all over the place (look under stage2/ for calls to real_to_prot and prot_to_real). At the end of this sticky process the loader has stuffed the kernel in memory, by hook or by crook, but it leaves the processor in real mode when it’s done.

mounting Linux partition(ext3) on windows 7

Thu, 12 Jul 2012 03:53:00 -0700

Ext2Fsd 0.51

mounting Linux partition (ext3/ext2/ext4) on windows 7(windows) system

that is general that we mount windows partition (NTFS/new technology file system) on Linux system but here ,we mount ext3 partition on windows system with both read/write permission

use : replace/edit any Linux file by windows system

example edit or replace /etc/passwd file from windows system and change login information or edit login credentials

it can be also used for different purpose

Tutorial

download and install ext2fsd on your system

download link: http://sourceforge.net/projects/ext2fsd/files/latest/download?source=files

steps

rigth click on any ext partition as shown above

then

then click on add and window shown below will be open

read the above option and select as u need

now

your system will show Linux partition

before:

after

Linux file system has following directory as shown below

colinux

Wed, 11 Jul 2012 10:35:00 -0700

this will help to run Linux basic command on windows system(reverse of wine and crossover product)

it also help to learn Linux command without installing Linux system

this will be my future work :
and more information will be provided on blog later

crossover

Wed, 11 Jul 2012 09:54:00 -0700

How To Run Windows Software on Linux
When installing Windows applications on Linux / Unix systems you may have some problems and the best choice is Wine.

However, if you want more compatibility and performance, you can choose this one called CrossOver Linux.

CrossOver Linux is based on Wine and implements a native version of Windows on which you can run programs like Adobe Photoshop, Dreamweaver or any other Windows application that doesn't exist for Linux.

download link

http://crossover-linux.en.uptodown.com/ubuntu/download

wine tool

Wed, 11 Jul 2012 09:50:00 -0700

wine is first basic tool which provide to run cross-platform application on linux based os.

How To Run Windows Software on Linux

follow the wiki of winehq for more information
http://www.winehq.org/

if u have any doubt please leave a comment
it will be solved as soon as possible..

cloud computing by example 2

Wed, 11 Jul 2012 03:28:00 -0700

cloud computing by example 2
this is cloud ide for development.
Cloud9 IDE: http://c9.io/

video link

cPanel part 7

Tue, 10 Jul 2012 03:08:00 -0700

cPanel part 7
please zoom:
for more information follow url:
cPanel

cPanel part 3

Tue, 10 Jul 2012 03:04:00 -0700

cPanel part 3
please zoom :

cPanel part 2

Tue, 10 Jul 2012 03:03:00 -0700

cPanel part 2
please zoom:

cPanel part 1

Tue, 10 Jul 2012 03:03:00 -0700

cPanel
please zoom:

cPanel part 6

Tue, 10 Jul 2012 02:59:00 -0700

cPanel part 6
please zoom

cPanel part 5

Tue, 10 Jul 2012 02:57:00 -0700

cPanel part 5
please zoom:

cPanel part 4

Tue, 10 Jul 2012 02:54:00 -0700

cPanel part 4
please zoom:

dual boot-fedora 14 & windows7 part4

Tue, 10 Jul 2012 02:42:00 -0700

dual boot-fedora 14 & windows7 part4

dual boot-fedora 14 & windows7 part3

Mon, 9 Jul 2012 14:04:00 -0700

dual boot-fedora 14 & windows7 part3

daul boot-fedora 14 & windows7 part2

Mon, 9 Jul 2012 14:00:00 -0700

how-to-dual-boot-fedora-14-and-windows-7 part 2

dual boot-fedora 14 & windows7 part1

Mon, 9 Jul 2012 13:55:00 -0700

how-to-dual-boot-fedora-14-and-windows-7 part1

dual boot-windows and fedora 15

Mon, 9 Jul 2012 13:49:00 -0700

how-to-dual-boot-fedora-15-and-windows-7

dual boot-fedora and ubuntu part 1

Mon, 9 Jul 2012 13:36:00 -0700

dual-boot-fedora-15-and-ubuntu-11-04-with-either-side-on-an-lvm-partitioning-scheme
part 1

neocomputing

cloud computing by example

change os name

learn cloud computing

cloud computing with virtualization

vitualization basic(VMware)

new gTLD (generic top level domain)

what is gTLD( generic top level domain)?

it is common suffix that is in domain-name(url)

example : url is www.google.com

here .com is gTLD

other earlier gTLD :

.net

.org

.in

.co

etc.............................

shit!

icann support now any kind of gTLD (generic top level domain)

Generic

City TLDs

Geo/Cultural

International TLDs – Latin/Ascii Character Set

if u want your own gTLD leave comment we will help u in procedure

21 Indian gTLD

21 Indian suffixes in ICANN's proposed generic top-level domains

.airtel (Bharti Airtel Limited)

.bharti (Bharti Enterprises (Holding) Private Limited)

.dabur (Dabur India Limited)

.hdfc (Housing Development Finance Corporation Limited)

.hdfcbank (HDFC Bank Limited)

.idn (Nameshop)

.indians (Reliance Industries Limited)

.infosys (Infosys Limited)

.infy (Infosys Limited)

.lupin (Lupin Limited)

.ooo (Infibeam Incorporation Limited)

.ping (DotPing Inc.)

.reliance (Reliance Industries Limited)

.ril (Reliance Industries Limited)

.sbi (State Bank of India)

.shriram (Shriram Capital Ltd)

.star (Star India Private Limited)

.statebank (State Bank of India)

.tata (Tata Sons Limited)

.tatamotors (Tata Motors Ltd)

.tvs (T V Sundram Iyengar & Sons Limited)

how to open .r01 file

how booting start

mounting Linux partition(ext3) on windows 7

Ext2Fsd 0.51

mounting Linux partition (ext3/ext2/ext4) on windows 7(windows) system

that is general that we mount windows partition (NTFS/new technology file system) on Linux system but here ,we mount ext3 partition on windows system with both read/write permission

use : replace/edit any Linux file by windows system

example edit or replace /etc/passwd file from windows system and change login information or edit login credentials

it can be also used for different purpose

Tutorial

before:

after

colinux

crossover

wine tool

cloud computing by example 2

cPanel part 7

cPanel part 3

cPanel part 2

cPanel part 1

cPanel part 6

cPanel part 5

cPanel part 4

dual boot-fedora 14 & windows7 part4

dual boot-fedora 14 & windows7 part3

daul boot-fedora 14 & windows7 part2

dual boot-fedora 14 & windows7 part1

dual boot-windows and fedora 15

dual boot-fedora and ubuntu part 1