Windows Server Interview Questions

Windows Server Interview Questions

Windows Server is a series of different server operating systems that have been developed by the Microsoft Corporation. It has a set of a very powerful version of various desktop operating systems that help users to efficiently handle numerous functions, which include control and handling of networking, databases, etc. As Windows Server makes the functioning of companies and institutions easy, organizations are thus looking for individuals with thorough knowledge and hands-on experience in this field.

Read below some of the commonly asked Windows Server Interview Questions in order to make your entire process of the interview preparation easy. This set of Windows Server Interview Questions also contains various features, pros, and cons of using Windows Server that can give you an upper hand in comparison to other candidates running in the competition in between you and your dream job.

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Windows Server Interview Questions

CharacteristicFile Allocation TableNew Technology File System
SecurityOnly NetworkLocal and network
Maximum file size4GB16TB
Maximum file name8.3 Characters255 characters
ConversionPossibleNot allowed
Fault ToleranceNoAuto Repair
CompressionNoYes
File/Folder EncryptionNoYes
CompatibilityWin 95/98/2k/2k3/XPWin NT/2K/XP/Vista/7

Some of the roles of FSMO include the following:

  • PDC
  • Infrastructure Master
  • RID Master
  • Schema Master
  • Domain Naming Master

The two frequently used commands to check TCP/IP configurations include:

  • Ping: In order to check the connection between the computer in use as well as other computers, the Ping command is utilized.
  • Ipconfig: In order to check the computer's IP setup, command Ipconfig can be utilized and furthermore it can also be very well utilized to restore the user's IP address in the case it is given by a DHCP server.

Yes, it is possible to connect Active Directory to other third-party directory services with the help of various Microsoft versions. LDAP or dirXML can be used to connect Active Directory to other vendors.

The different types of Directory Partitions include the following:

  • Application Partition: Application partitions stores various data related to applications in the Active Directory. For instance – ForestDNSZones and DomainDNSZones
  • Configuration Partition: Configuration Partition stores all necessary data about the Active Directory. The data incorporates Site, site-interface, subnet and so forth. This parcel likewise replicates all domain controllers that are available in the Forest.
  • Domain Partitions: Domain Partitions stores the data of the domain that incorporates client, group, computer, printer and so forth. This partition also replicates all domain controllers that might be available in the domain just like Configuration Partition.
  • Schema Partition: Schema Partition stores every one of the details of the various items and their respective properties. It additionally replicates other domain controllers that are available in the Forest.
ThreadComputer Process
A thread includes the different executable program that cooperates as a solitary procedure. For example, one thread may send an error notification to the client; another might deal with the error signals while the third thread may execute the first activity.In computing, a procedure is a case of a computer program that is executed consecutively by a computer framework, which can run various computer programs simultaneously.

The locations where the different active directory databases are held include:

  • NTDS.DIT
  • Res1.log
  • Res2.log
  • EDN.Chk
  • EDB.Log

The function of the domain controller is to authenticate clients to various networks and deliver a set of objects that are included in the Active Directory.

The Windows DNS server represents an area name framework, which is utilized as a kind of perspective table to coordinate the space names to various IP addresses. Listed below are the three important categories of zones characteristically used in Windows DNS server:

  • Primary Zone: Within the primary zone, the record is spared as a text file with the typical extension being .DNS
  • Secondary Zone: This is a reinforcement for the essential server that goes about as load adjusting and furthermore gives adaptation to non-critical failure. This is generally perused just record which is set in another DNS server
  • Stub Zone: This comprises of the name server and SOA records that helps in lessening the DNS seek orders

Active Directory (AD) is an inventory organization that is used in a library to collect objects like customer profiles, computers, etc. It manages the framework effectively with the help of Domain Controllers that are accessible at different zones with the Active Directory database. A segment of the limits fuse essential association with various land zones, check of customers and computers in the space provided by windows, copying Active Directory from any Domain Controller. In addition to which these lines will be reverted to each and every other Domain Controllers.

"Tattooing" the registry implies that clients can adjust and see client preference that is not put away in the maintained portions of the prescribed Registry. Regardless of whether the assembly approach is changed or evacuated, the client's preference will at present endure in the registry.

The setting that manages the workplace of client records, as well as computer records, are known as Group Policy Object (GPO). This assistance is characterizing the security alternatives, programming establishment, library-based arrangements and upkeep choices, content choices and folder redirection choices. There are generally two types of Group Policy Objects:

  • Nonlocal Group Policy objects: These are accessible just in an Active Directory condition and are put away on a domain controller.
  • Local Group Policy Objects: These are put away on nearby computes.

The numerous Active Directory Database files comprise of the following:

  • DIT
  • Che
  • log and Res2.log
  • Log

Not all the Active Directory changes are created truly to the NTDS.DIT database archive. They are first formed to EDB.Log and hence form the log record to the database. EDB.Che is acclimated with the following changes to the database and it undergoes as an updated log record to keep a check on the tasks are performed to the database.

  • NTDS.DIT: This is referred to as an Active Directory database that contains all the AD dissents. The default zone is %system root%nrdsnrds.dit. This database relies upon the Jet database.
  • EDB.Log: This record is to pursue the trades on any particular database, at the time EDB.Log is full it is retitled to EDB Num.log, in which a “num” is a number beginning from 1 such as EDB1.log.
  • EDB.Che: This report is used to cross – verify the data that has not yet been kept in contact with the database. This record has the beginning stage to the data that can be recovered in the midst of disillusionment.
  • Res1.log; Res2.log: Res speaks to spared trade record, which gives the trade log archive sufficient time to shut down in case the circle misses the mark on space.

Through non-authoritative restore, there are many chances that the domain controller can be established back to its underlying state (the time when a backup was performed). When it is set, it permits overwriting its underlying condition with the progressions that were carried out preceding the underlying backup was achieved. Presently in order to upgrade the Active Directory database, it is necessary that the particular domain controller from duplication accomplices to guarantee that the AD is upgraded, precise and accurate to retrieve questions.

At whatever point there is any corruption or information loss in the AD, this technique is utilized. The succeeding step after any particular non-authoritative restore is a definitive authoritative process. The most important highlights of authoritative restore include that it can augment the form quantities of the traits or an article in a whole directory. This sort of restore is employed to reinstate a solitary erased client/object. In case of any disparity in the variant numbers, the subsequent precaution and carefulness must be adhered to while restoring and utilizing any authoritative restore procedures.

The logical sections of any Active Directory organization are normally named as a tree, forest, and domain. Diverse articles inside the arrangement of a logical section incorporate the accompanying: computers, customers, devices, etc. that share a comparable dynamic registry database, which is commonly acknowledged as a “domain”.

The mix of somewhere around one domain is called a “tree”. This may likewise contain an abutting namespace associated in a transitive order. The gathering of domains is frequently called a “forest” that shares overall inventory, logical structure, registry setup and registry pattern. It also characterizes the security limits for clients, groups, and devices such as computers.