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List of 4 Tools to Compare SQL Server Database

List of 4 Tools to Compare SQL Server Database

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New-edge technologies have taken over the IT space like a storm. You’ll need tools to bring revolutionary changes in your life. One of those tools is SQL. Several features of SQL Server help developers get the most out of the database.

You don’t have a database developer for a software development company. In this scenario, you need to compare two databases; there are many different ways to do it. Some tools are available to compare the schema and production database data. We don’t need additional tools if we have SQL Server Data Tools (SSDT).

It’s like having a one-stop shop for comparing and synchronizing databases. In this blog, we will learn about SQL server data tools – the installation usage to different SQL tools, comparison between those and other essential aspects.

dbForge Data Compare for SQL Server

dbForge Data Compare for SQL Server is a powerful SQL comparison tool that easily copes with big data and supports native SQL Server backups.

xSQL Data Compare
db forge

dbForge Data Compare provides the most comprehensive and advanced SQL database comparison tools for tuning database comparison. It can quickly analyze the differences between two databases, synchronize them, and resolve problems that may arise during synchronization.

Copy data from development databases to staging or production as inputs for data processing:

Your tool will enable you to copy a wide variety of data from your development database and seamlessly synchronize it with your target database.

Read More: Advantages Of Best Data Governance Tools

Automate any user-scripted data synchronization tasks using the command line interface:

The tool is equipped with a script built by the developer to automate data synchronization via a command-line interface.

  • Runs on desktop: Windows
  • Data sync: Yes
  • Schema compare: Yes
  • Schema sync: Yes
  • SQL compare online: Yes
  • Price: Starting from 389 $
  • Free edition: 14-day trial

SQL Data Examiner

SQL Data Examiner is cross-database software that can compare and synchronize the data of different databases. It’s easy to use and quick to learn.

xSQL Data Compare1
SQL Data Examiner

This tool enables you to move data between different databases, combine data from multiple databases, and perform scheduled comparisons and synchronization.

  • Runs on desktop: Windows
  • Data sync: Yes
  • Schema compare: No
  • Schema sync: No
  • Price: Starting from 400 $
  • Free edition: 14-day trial

SQL Admin Studio

SQL Administrator Studio is a complete, easy-to-use database management and design environment for SQL Server, MSDE, Express, Access, and MySQL.

xSQL Data Compare2
SQL Admin Studio

This is a potent tool for working with databases. It provides schema explorer, backup and restore, query designer, full display script editor with syntax highlighting, Intellisense, table designer, code templates, indexes, constraints, and foreign keys.

  • Runs on desktop: Windows
  • Data sync: Yes
  • Schema compare: Yes
  • Schema sync: Yes
  • Price: Starting from 999 $
  • Free edition: 14-day trial

SQL Delta Duo for SQL Server

SQL Delta for SQL Server can run two or more projects side by side in separate tabs. It’s perfect for projects that need to work together and are on different servers.

xSQL Data Compare3
SQL Delta Duo for SQL Server

This worksheet helps you identify all the objects in a picture which are different and the same. When you select each item in the data view, you can see the schema level differences.

  • Runs on desktop: Windows
  • Data sync: Yes
  • Schema compare: Yes
  • Schema sync: Yes
  • Price: 370 $
  • Free edition: 14-day trial

xSQL Data Compare

You can compare and synchronize data between SQL Server databases using SQL Server’s built-in xSQL Data Compare, but it does require a lot of setup. Use it for data migration, auditing, replication verification, populating databases in development, etc.

xSQL Data Compare4
xSQL Data Compare

1. An easy-to-understand interface featuring a context-sensitive angled line provides some customizable access to all features and operations.

2. A well-organized workspace makes it easier for users to access their credentials and settings in one location

3. Set up evaluation comparisons as you wish, choosing which ones are prioritized. These evaluations can be retrieved from the workspace with a single click

4. Whether you’re comparing just a few rows or millions of them, Data Compare will handle your data in any region with ease

5. The safe operation of the script execution, together with variable batch size, transaction size, and an unattended environment, allows for an efficient data synchronization process

  • Runs on desktop: Windows
  • Data sync: Yes
  • Schema compare: Yes
  • Schema sync: No
  • Price: 749 $ / year
  • Free edition: 14-day trial
Client-Server and Peer-to-Peer Network Model

Client-Server and Peer-to-Peer Network Model

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Client-server and Peer-to-Peer terms are often used in computer networks. Both are the network models that we use in our day-to-day lives. The Client-Server model focuses on information sharing, whereas the Peer-to-Peer network model focuses on connectivity to remote computers. The detailed explanation of both models is the following:-

Client-Server Network Model

In the client-server network model, the device that requests information is called a client, and the device that responds to the request is called a server. The Client-server processes work in the application layer. The client device starts the connection by requesting data from the server. The server can either accept or reject the connection. If the connection is accepted, the server establishes and maintains a connection with the client over a specific protocol.

The application layer protocols explain the data exchange format between clients and servers. The data exchange between the server and client may also require user authentication and the identification of a data file to be transferred.

The email server is one of the best examples of the client-server model, which sends, receives, and stores email. A client at a remote location requests that the email server read any mail. The server then replies by sending the requested email to the client. The data stream from the client to the server is called upload, and the data stream from the server to the client is called download. The figure below illustrates the email client-server Model.

Other examples of servers are web servers, FTP servers, TFTP servers, and Online multiplayer gaming servers. Each of these servers provides resources to the client. Most servers have a one-to-many relationship with clients, meaning a single server can provide resources to multiple clients simultaneously.

Peer-to-Peer Network Model

Like the Client-Server Model, the peer-to-peer network model has no dedicated server; the data is directly accessed from a peer device without a server. The P2P network model has the parts of P2P networks and P2P applications. Both have the same features but are slightly different in practice.

In this model, two or more hosts are connected using a network and can share resources such as printers and files without having a dedicated server. Each connected end device is known as a peer. The peer can work both as a server and a client. One host might suppose the server role for one transaction simultaneously as serving as a client for another. In the P2P networking model, the client and server roles are set per request.

Peer-to-Peer(P2P) Applications

Due to P2P application devices in this model acting as clients and servers within the same communication, every client is a server, and every server is a client. The P2P applications need each end device to provide a user interface and run background P2P services.

The hybrid system uses many P2P applications and has decentralized resource sharing. The index database is stored in the centralized directory server. The index is the address of the resource location. Each peer gets access to the index server to get the location of a resource on another peer.

Common Peer-to-Peer (P2P) Applications

Every computer in the network running the P2P application can act as a client and server for other computers running the P2P application. Common P2P networks are the following:

  1. BitTorrent
  2. Utorrent
  3. eDonkey
  4. G2
  5. Bitcoin
  6. Soulseek
  7. eMule
  8. KCeasy
  9. Ares Galaxy
  10. Gnutella

The Gnutella protocol is also used in some P2P applications, where each user shares entire files with all other users. Many Gnutella client applications, as well as gtk-Gnutella, Wireshark, Shareaza, and Bearshare, are available.

Many P2P applications permit users to share pieces of many files simultaneously. Clients of this application use a small file called a torrent file to locate other users who have pieces that they need so that they can connect directly to them. This torrent also contains information about tracker computers that track which users’ computers have what files. The torrent clients simultaneously inquire for pieces from multiple users, recognized as a swarm. This is a BitTorrent technology. Many BitTorrent clients exist: BitTorrent, uTorrent, Frostwire, and BitTorrent.

Sharing any type of file between users with the help of this P2P software, more files are copyrighted. Usage and distribution of these files without permission from the copyright holder is against the law. Copyright violation is an offense that results in criminal charges and civil lawsuits.