Top 5 Virtualization tools for Developers | List of Virtualization tools | scmGalaxy

top-5-virtualization-tools

Software developers are busier now than ever before. They want to do more work in less time with quality. But, as we all know it’s not possible without right set of tools in your arsenal. So, it’s always good to find tools that can make work faster and make you more productive. Today we are going to talk on Virtualization tools. In this article I’m going to share a list of top 5 virtualization tool which will definitely help developers to improve their productivity and allow them to build better applications faster.

But, before that let’s have Quick introduction to Virtualization

Virtualization is a process in which, with the help of tools you can create a virtual version of resources like memory, operating system , server or networks instead of deploying the actual resource. In simple words you can understand it like this way: Virtualization let you run or operate a single computer into multiple ones. It let you run a Mac OS on Linux or Windows system in a single computer simultaneously. The Windows, Mac, Linux, or other system running in the virtual machine acts exactly as if it were running on real hardware. The same thing apply with storage, server or networks.

Basically Virtualization tools are used for server consolidation. But they are useful for software developers for writing or testing software.

If we look on to the benefits than these are the major benefits of Virtualization.

  1. Lessen the number of Hardware Resources
  2. 80% server use possible
  3. Cut IT costs
  4. consolidated hardware to achieve higher productivity from fewer servers
  5. multiple operating systems and applications on a single computer
  6. simple IT infrastructure with low upkeep
  7. Quickly deployment of new applications

So, Now without any further ado lets check out the Top 5 tools and their features.

1. Vagrant

Vagrant is an open source virtualization tool which developed by Hashicorp and written in Ruby. But, it’s support projects written in other languages too, like as Java, javascript, C#, Python and PHP. It’s work on platforms Linux, FreeBSD, macOS, and Microsoft Windows.

Features:

  • Open Source
  • Cross Platform: Linux, FreeBSD, macOS, and Microsoft Windows essential
  • Natively supports Docker containers
  • Can work with Puppet & Chef
  • Users can share running environment via Internet

 

2. VirtualBox

VirtualBox is also an open source virtualization tool which is developed by originally by Innotek GmbH and now being developed by Oracle Corporation. This virtualization tool is written in C, C++, x86 Assembly. It is one of the oldest tool in the industry which is used by developers.
Features:
  • Open Source
  • Virtualization Type: Hardware Assisted Virtualization & Paravirtualization
  • Cross Platform: Windows, macOS, Linux and Solaris
  • Easy to install and use-friendly
  • Video capture support
  • VirtualBox adds support for touchscreens

3. VMware

 

VMware is a veteran in the software industry which is developed by VMware Inc. and comes in 3 different packages by name VMware Workstation, VMware Fusion and VMware workstation Player in which player comes free for users who are looking to run virtual machines on their Windows or Linux systems. The first one is good option which is designed for professionals and the second one is for home users who simply wants to run windows on MAC. VMWare products are mostly written in c, C++ and assembly but different different languages are used in various other bits.
Features:
  • Free and Paid
  • Cross Platform: Windows, Linux and Mac OSX
  • Comes in three packages
  • Virtualization Type: Full Virtualization, Hardware Assisted Virtualization & Paravirtualization
  • Easy to use
  • Quick Installation

4. Xen

 


Xen
is initially developed by University of Cambridge but now it’s belongs to Linux Foundation. Xen runs on Linux and Unix. Xen is included with most popular Linux platforms like Fedora, RHEL, CentOS, Ubuntu, and Debian.
Features:
  • Open Source
  • Platform: Linux/Unix
  • Virtualization Type: Paravirtualization & Hardware Assisted Virtualization
  • Guest Os: Windows Server 2003, Windows XP and Windows 2000
  • Also supports Red Hat, SUSE and Debian Linux guest OS.

5. KVM

Kernel-based Virtual Machine (KVM) is also an open source intended for personal and small-medium business solutions. It’s originally developed by Qumranet and now belongs to Red Hat. KVM is written in C and it;s suitable for Linux. If you need or looking for command line interface virtualization tool which comes with updated solutions, boundless use mode and without extra features and permitting charges than this is the right tool you can have.
Features:
  • Open Source
  • Platform: Linux
  • Virtualization type: Full Virtualization, Hardware Assisted Virtualization and Paravirtualization
  • Powerful command line interface
So, This is my list of Top 5 virtualization tools. Now, what you think about my list or if you are not agree with my selected tools or if you think this list should contain some other Virtualization tools instead of this, than write in comment section below.
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Top 5 Log Monitoring Tools | List of Log Monitoring Tools | scmGalaxy

These days there are various kinds of tools used by professionals in Software industry. From CI tools to Virtualization, to Issues, bug tracking tools to various others tools, the lists goes on and on. Thus, it’s really a tough task for them to select best tools as per their needs. So, today I am going to help System Administrators and operations by providing them the lists of top log monitoring tools.
But before that lets see, what is log monitoring ?
Log monitoring is a process of monitoring and understanding the state of the system, server, network, security devices and different applications and how they are working. Actually when these servers and different applications runs, they generate log files and events like Errors, problems, and more information is constantly logged and saved for analysis as text or binary files in the system. System admin keep reviewing these log files on daily basis so they can understand the condition and functioning of systems and different applications. But reviewing all those log files on daily basis is not an easy task, to do this laborious task log monitor needs to be set on those logs which automatically
monitor, review, analyze and generate reports as per the instructions set by System Admin.
As you saw how helpful this is for system admin but to find a good tool for this process is not an easy task. So, without wasting any time let’s check out the top 5 monitoring tools.
1. Logstash
logstash
Features
  • Extended functionality via plugins.
  • Free and open source.
  • Filters are code.
  • Great integration with other Elastic products.

2. Fluentd
fluentd
Features
  • Handles up to 50,000 messages per second at peak time
  • Data filtering and alerting
  • Apache 2.0 License project
  • Simplify and scale data pipeline management with tags
  • More than 200 community-contributed plugins
  • Real-time monitoring and alerts system
  • Store data in multiple systems
  • Collect and correlate web server access logs and application error logs

 

3. Loggly

loggly
Features
  • Text-based logs from any source
  • Custom source groups
  • Point-and-click trending graphs
  • Automated filters and event parsing
  • Full-system RESTful API to integrate with other applications
  • Unlimited saved searches and users
  • Adaptable interface with multiple views, pages and workspaces
  • Unlimited custom dashboards based on any search
  • Built-in customizable alerts with triggers

4. Graylog2
graylog2
Features
  • Leverages Java, Scala and ElasticSearch technologies
  • Central syslog monitoring
  • Interactive API browser
  • Application debugging
  • Exception monitoring
  • API analytics
  • Intuitive search interface
  • Comprehensive dashboard

5. Splunk
splunk
Features
  • Works with Hadoop & NoSQL
  • Setup standard searches as real-time alerts
  • Trigger automatic responses
  • Scale from a single server to multiple data centers
  • Deployable to on premise sites, hybrid-cloud, and/or private and public cloud based infrastructures
  • Securely make data available
  • Supports various use cases including log consolidation/retention, security, compliance reporting, and more
  • Perform ad hoc queries
So, this is the list my top log monitoring tools, I hope you find this useful and if not than feel free to share your thoughts in comment section below.
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Top 10 Continuous Integration Tools | List of Best CI Tools | scmGalaxy

continuous-integration-tools
Today we are present here with another interesting article which will help you to know about the best tools which are used for continuous integration in DevOps practices.
Continuous Integration has become a mainstream technique for software development. Which makes it mandatory to implement it in your software development lifecycle (SDLC). But implementation of CI required best selection of tools to achieve good results and there is still a confusion amongst beginners and even in vetrans of software industry while choosing the best tools. So keep reading, I have done some research and compile a list of CI tools which will definitely going to help you.
Before going further, let’s first see what is Continuous Integration?
Continuous Integration is a practice in DevOps software development process which improves the quality of the code. In this practice all the developers who are related and working on the project integrate there codes into a central repository frequently for several times in a day. After which automated build and automated tests run, which verify each integrations in the repository. The main objective of the continuous integration is to provide rapid feedback when any defect is found in the code base and correct it as soon as possible.
Now we know about continuous Integration but one question arises here, Why we do Continuous Integration?
So, Now let’s see the benefits of CI
  • Earlier finding & addressing of Bugs – By implementing continuous integration you can do frequent testings which helps to find bugs and error quickly before they ruin your whole efforts later.
  • Improve software quality – Early finding issues in the codes, developers can act on them early before they grow into larger problems later,  which ultimately improves the quality of the software.
  • Reduce the time it takes to validate – CI immensely reduce the waiting time to find out if your code’s going to work or not.
  • Release new software updates – Doing frequently and numbers of time automated build and test of codes helps teams to deliver the new updates to the user more often and faster.
So, these are the major benefits of CI. Now back to the point and purpose of this article, as I said earlier continuous intergation needs various tools to implement the process and choosing amongst the available tools for your purpose can be a daunting task, especially when you are going to select for the first time.
So, without further wasting any time let’s check out the top 10 Continuous integration tools.

1. Jenkins

jenkins
Jenkins is a Java written Continuous Integration tool, which was initiated as the fork of Hudson after conflict with oracle. It is a cross platform tool which allow GUI interface and console commands configuration. It available under MIT license which make it free to use. It supports rich plugins that integrates with virtually every existing software configuration management [SCM] or builds tool.

Features:- 

  • Open Source
  • Easy installation
  • Easy configuration
  • Rich plugin ecosystem
  • Extensibility
  • Distributed builds
  • Platform: Cross-platform

2. TeamCity

teamcity

 

TeamCity is one of the mature and wise java based continuous integration server which is belongs to JetBrains labs. It is available in free and paid license for users. It’s free version offers almost all the features but for up to 20 build configurations and 3 free Build Agents. Teamcity also supports different tools and frameworks and also it’s available with wide variety of plugins. It’s also support .Net features which makes it suitable for .Net projects.

Features :- 

  • Free and Paid
  • Gated Commits (prevents developers from breaking sources in a version control system by running the build remotely for local changes prior to commit)
  • Build Grid. Allows running multiple builds and tests under different platforms and environments simultaneously
  • Integrated code coverage, inspections and duplicates search
  • Integration with IDEs: Eclipse, IntelliJ IDEA, Visual Studio
  • Platforms supported: Java, .NET and Ruby
  • Supports cloud integration

3. Travis CI

travis ci

 

Travis CI is an open source continuous integration tool which is written in RUBY. It’s easily get sync with GitHub. It’s supports platforms like Linux, Mac or iOS and also supports many languages in which Node js, php, Xcode, python, java, are few of them. It also performs parallel test runs using their great APIs and command line tools.
  • Open source
  • Supports pull request and branch build flow
  • Parallel test runs
  • Easily synchronize with GitHub
  • Flexible plans for every size project
  • Platforms: Hosted
  • Supports Many Languages like Node js, php, Xcode, python and many more.

4. Microsoft Team Foundation Server

tfs
Team foundation server which is also abbreviated to TFS is a product of microsoft. It is a collaborative tool that consists the code repositories, continuous integration, and bug or task tracking. TFS perform in environment like Eclipse, Xcode, Visual Studio or in Git client. It’s also support languages like Python, C#, HTML, Java and various others too. It is available for free downloading but under trialware license.

  • Trial-ware
  • Supports many languages like Python, C#, HTML, Java and various others
  • Work in any environment like Visual Studio, Xcode, Eclipse, or any Git client
  • Extensible tool can work effectively for all shapes and sizes

5. Bamboo

bamboo

Bamboo is also one of the top continuous integration tool which is developed by Atlassian. This is available with free trial license. Bamboo is written in Java and it is easily works with JIRA & Bitbucket. It’s also allow you to import jenkins data to Bamboo easily. Bamboo also supports others tools like AWS, Amazon S3, Ant, Docker, codeDeploy, Maven, Git & SVN.

Features:- 

  • Paid and Free trial
  • Cross platform
  • Allow to Import data from Jenkins
  • Works with JIRA and Bitbucket
  • Works with others tools like CodeDeply, Ducker, Maven, Git, SVN, Mercurial, Ant, AWS, Amazon S3 buckets
  • Support many languages
  • Can run multiple builds parerally
  • customization of triggers and variables
  • Very fast and easy to use

6. UBuild-UDeploy-URelease

ubuild-udeploy-urelease
UBuild-UDeploy-URelease is also known as Urbancode deploy is a collaborative product of IBM. It provides continuous delivery, self-service, speedy feedback and progressive updates within the agile development and automates the applying deployments during a consistent manner. With urbancode You can systemise the changes you pushed on servers, tiers and components and also restore the applications.

Features:- 

  • Licensing plans
  • Hosted service
  • Server virtualization
  • Integrated with middle-ware
  • Clear visibility: what is deployed where and who changed what
  • Configuration and security differences across environments
  • Orchestration of changes across servers, tiers and components
  • Automated provisioning, updating, and de-provisioning of cloud environments
  • Automated, consistent deployments and rollbacks of applications

7. Go CD

go cd


Go CD
 is a free of charge (excluding commercial support) tool written in Java and Ruby which belongs to ThoughtWorks. This tool works on Linux, Windows and Mac Platforms. It’s also supports many languages but which makes it stand out among-st the tools is the Pipeline concept which makes build process easy and it eliminate the file-handle leak errors and fix the OOM on agents when parsing large xml test artifacts.

Features:- 

  • Availability: Free with paid support
  • Platform: Windows, Linux, Mac
  • Pipeline Concept
  • Parallel execution of the tasks
  • Support Many languages
  • Easily compare builds
  • Clearly visualize workflow
  • Promote trusted artifacts
  • Plugins availability
8. GitLab CI

gitlab ci

GitLab CI is an open source and also comes with commercial licesnse continuous integration tool. It belongs to Gitlab inc. which is written in Ruby and Go. This tool support platforms like Windows, OSX , Linux, Unix and various others which supports Go. Gitlab work with languages like Java, PHP, Ruby, C and with various others too.

Features:- 

  • Platform: Hosted
  • Availability: Free and paid with trial
  • Easy to learn
  • GitLab CI is fully integrated with GitLab
  • Docker support
  • Pipeline Concept
  • Supports multi-languages – Java, PHP, Ruby, C etc..
  • Parallel builds
  • Autoscaling
  • Build artifacts

9. CircleCI

circleci
CircleCI is also belongs to Gitlab Inc, free and paid with trail option which runs in any environment like cross platform mobile app too. Circle ci supports languages such as Python, Ruby/Rails, Node.js, PHP, Haskell, Skala and Java. This tool is scalable which minimize the errors and improves application quality. Circle CI also supports Docker.

Features:- 

  • Availability: Free and paid with trial
  • Platform: Cross platform
  • Supported languages includes Java, Ruby/Rails, Python, Node.js, PHP, Haskell, and Skala
  • Supports Docker
  • Flexible pricing model

10. Codeship

codeship

Codeship is also an powerful hosted CI tool which is available with free and paid support options. This tool is very easy to set up and it automatically deploy the passed tests results. This tool works on GitHub and Bitbucket, but you can use it with docker platform too by opting packages. This tool support langusges such as Java, PHP, Ruby (Rails), Node.js, Python, and Go.

Features:- 

  • Availability: Free and paid
  • Platform: Hosted
  • ParallelCI feature
  • Supported languages Go Ruby on Rails, Node.js, PHP, Java, Go, Dart etc..
  • Flexible Pricing
  • Docker Supported (by upgrading)
  • Easy to setup, fast and reliable
So, this is my list of top continuous integrations tools. Hope my efforts will help you in your Continuous integration process. One more thing, I would like to add here is that, if you want to learn the continuous integration process or you need support to get started with these tools in your work environment than scmGalaxy offers support from industry experts. And, If you think that any others tools deserves place in this list than feel free to share with us in the comment section.
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Top 5 Code Editors for the Software Programmers | Best Code Editor | scmGalaxy

top-5-code-editors
This is the age of programming and coding and in the last few years software industry changes a lot. We can see a lot of automation and different kind of tools used by programmers and developers to perform their tasks and projects, and it’s necessary too  because a right tool can simplify your work environment and same time it improves your productivity. So, today we are going to talk about “Code Editors” tools, which play a vital role in programmer’s workspace.
So first, Let’s see , What is code Editor?
The formal definition is: A code editor is a type of program used for editing plain text files.
In our language we can say: A code editor is a program in our systems or computer that allows us to write, create and edit a range of programming languages codes on them very easily and it’s also assist programmers to avoid some of the common mistakes in coding by providing them instant detailing of the code, which increase their efficiency.

So, this is very much important to use good code editors which comes with some common features which are necessary to make best use of it.

Let’s look on to the common features in Code Editor you should look for.
  • User-Friendly — It should be easy to use and navigate.
  • Search & Replace — This is one feature through which you can easily search words and replace them with few clicks.
  • Copy & Paste —This feature is no doubt one the most important feature because without cut,copy and paste we can not think to even write these days.
  • Syntax highlighting — Only a programmer knows, how it feels when a single “;” (semi-colon) missed in a code of thousand lines results in a failed program execution. So, Code editor should contain syntax highlighting feature, it helps to read and pick up code errors easily.
  • UTF-8 — Code editors should able to deal with UTF-8 encoded text.
  • Extensions — When choosing a text editor one should also check plugins availability to the editor. It allows you to use it with additional features.

Now, comes the real problem

 

There are so many Code editors available but to choose from them can be a challenging task. It requires time, experiment and research to find out the best code editors. To help you out we have done all these things for you and compile a list of top 10 code editors. So without wasting any time let’s start.


1. Notepad++

notepad++

Notepad ++ is an open source code editor which is one of the most popular editor which compatible with windows but can be use on Linux, Unix, Mac or OS with the help of Wine. This application supports large numbers of programming, scripting and markup languages but works best with HTML, CSS, JavaScript and PHP. It is very easy to use and very lightweight application which can manage huge files without any major lags or crashes.
It’s features:-
  • Supports syntax highlighting
  • Tabbed editing
  • External Plugins Support
  • Auto indentation
  • Auto-completion of words & functions.
  • Compiler Integration
  • File Transfer Protocol (FTP) support
  • Search and Replace
2.Sublime
sublime
Sublime is also one of the most popular editor tool. The sublime editor is not available for free but you can use free trial offer. This editor works on Mac, Windows, and Linux operating systems and they have an advanced interface which is really good for server side programming. It is also lightweight but powerful editor which provides IDE-like features along with Python Scripting. This editor can be an alernative for Integrated Development Environment (IDE). This editor also allows you to use it without any complications. Easy to use and navigate.
It’s features
  • Lightning fast project switching
  • Multiple line selection and editing
  • Syntax highlighting
  • Can be completely customized
  • Programmers friendly Plugins support
  • Side by side file comparisons
  • cross platform support
  • Distraction free mode (Black screen)

3. Vim

vim

Vim is an open source free to use editor which is one of the oldest code editor of the industry. This editor works on windows, Linux, Mac os, Android and in iOS platforms. This editor supports large number of plugins which makes it fully customizable. This is one of the most powerful editor you can use but it demands your mastery due to its overtly techie nature but once you get it, you can find no other better options than this editor.
It’s features
  • Work very well with large files
  • Supports complete keyboard operations
  • Supports large numbers of plugins
  • Useful in a remote development environment using a terminal over SSH
  • It can be customized to heart’s content using .vimrc dotfile & VimScript
  • Charityware (Donations go to charities)
4. Atom
atom
Atom is also amongst open source free to use editors which was invented by GitHub. Atom is a quite new in this industry which was introduced as “hackable text editor for the 21st century”. It’s designed very simple but can be easily customize with the help of packages. This one is resemblance of sublime text editor. It’s work on OSX 10.8 or later, Windows and Linux platforms.
It’s features
  • Very easy to use
  • Auto-completion
  • Highly customizable
  • Offers git control and package management features
  • Updates on regular basis with new functionalities and bug fixes
  • Supports Command Palette
  • Easy to Customise UI

5. Komodo Edit

 

komodo edit
Komodo edit is also amongst one of the powerful editor which is available in open source and free to use that works on Windows, Mac OS X and Linux. Komodo edit supports few programming languages which are HTML5, TCL, XML, JavaScript, Ruby, Python, Perl, CSS3, and PHP. This editor is preferred by advanced programmers , so if you are just starting out than it will take some time to understand it’s interface and navigations.
It’s features
  • Syntax highlighting
  • Auto indentation
  • Code folding
  • Auto completion
  • Extension support and macros
  • Multiple selections
  • Code snippets
  • Komodo IDE for Teams (you can upgrade for advance features)
In the end I would just say, the best text editor is the one you work most effectively with. You simply need to discover the editor that gets you there the fastest.
So, this is our selection of top editors for software programmer, we have tried our best to make this list but, if you used or using any other editors and find it better than the above mentioned list then let us know in the comment box below with it’s key features.
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Top 10 DevOps Tools which is mostly used by DevOps Engineers | scmGalaxy

top-10-devops-tools
DevOps is an important component for software industry today. Developing and implementing a DevOps culture helps to focus IT results and to save time and money as the gap between developers and IT operations teams closes. Just as the term and culture are new, so are many of the best DevOps tools these DevOps engineers use to do their jobs efficiently and productively. To help you in your DevOps process, we have searched and created this list of DevOps tools which is mostly used by DevOps Engineers in their projects.

1. Chef

devops-tool-chef

Chef is an extremely popular tool among DevOps engineers. From IT automation to configuration management, Chef relies on recipes and resources so you can manage unique configurations and feel secure knowing Chef is checking your nodes and bringing them up to date for you.
Key Features:
  • Manage nodes from a single server
  • Cross-platform management for Linux, Windows, Mac OS, and more
  • Integrates with major cloud providers
  • Premium features available

2. Jenkins

devops-tool-jenkins

 

An extensible continuous integration engine, Jenkins is a top tool for DevOps engineers who want to monitor executions of repeated jobs. With Jenkins, DevOps engineers have an easier time integrating changes to projects and have access to outputs to easily notice when something goes wrong.
Key Features:
  • Permanent links
  • RSS/email/IM integration
  • After-the-fact tagging
  • JUnit/TestNG test reporting
  • Distributed builds
3. Puppet

devops-tool-puppet

Puppet is an open-source configuration management tool. It runs on many Unix-like systems as well as on Microsoft Windows, and includes its own declarative language to describe system configuration. DevOps engineers often rely on Puppet for IT automation. Get a handle on configuration management and software while making rapid, repeatable changes with Puppet.
Key Features:
  • Automatically enforce consistency of environments
  • Works across physical and virtual machines
  • A common tool-chain
  • Support key DevOps best practices, including continuous delivery

4. Ant

 

devops-tool-ant

A Java library and command-line tool, Apache Ant looks “to drive processes described in build files as targets and extension points dependent upon each other.” This build automation tool is one that saves DevOps engineers a great deal of time.
Key Features:
  • Supplies a number of built-in tasks for compiling, assembling, testing, and running Java applications
  • Builds non-Java applications, such as C or C++ applications
  • Pilot any type of process which can be described in terms of targets and tasks
  • Extremely flexible and does not impose coding conventions or directory layouts to the Java projects which adopt it as a build tool

5. Apache Maven

devops-tool-apache-maven

DevOps engineers can manage a project’s build, reporting, and documentation from a central piece of information with Apache Maven. A software project management and comprehension tool, Maven has been a reliable tool for DevOps engineers.
Key Features:
  • Simple project setup follows best practices
  • Easily work with multiple projects at one time
  • Large repository of libraries and metadata that continue to grow
  • Extensible, with the ability to write plugins in Java or scripting languages
6. Logstash

devops-tool-logstash

For open source log processing, search, and analytics, Logstash is a popular tool among DevOps engineers. Because Logstash is licensed under Apache 2.0, you can use it in the way that best suits your needs.

Key Features:
  • Collects, parses, and stores logs for later use
  • Includes a web interface for searching and drilling into all of your logs
  • Ship logs from any source, parse them, timestamp them correctly, index them, and search them

7. Docker

devops-tool-docker

 

An open platform for distributed applications, Docker is an application for DevOps engineers who want to “build, ship, and run any app, anywhere.” With Docker, you can quickly assemble apps from components and work collaboratively.
Key Features:
  • Assemble multi-container apps and run on any infrastructure
  • Compose an app using both proprietary containers and Docker Hub Official Repos
  • Manage all containers of an app as a single group
  • Cluster an app’s containers to optimize resources and provide high-availability
8. New Relic

devops-tool-new-relic

With New Relic APM, DevOps engineers spend less time monitoring applications and more time on building and deploying. A popular, reliable tool, New Relic APM is a great choice for DevOps engineers.
Key Features:
  • Helps in the build, deployment, and maintenance of web software
  • Application monitoring in one place
  • Cross application and transaction tracing
  • Database and availability and error monitoring
9. Gradle

devops-tool-gradle

 

Gradle is a robust tool for automating building, testing, publishing, and deploying software packages and other projects. With the combined power and flexibility of Ant and Maven, Gradle is an open source build automation system which is perfect and very useful for DevOps engineers.
Key Features:
  • Declarative builds and build-by-convention
  • Language for dependency-based programming
  • Structure your build
  • Deep API
  • Multi-project builds
  • Ease of migration
10. Git 

devops-tool-git 

 

Git is a mature, actively maintained open source project originally developed in 2005 by Linus Torvalds, the famous creator of the Linux operating system kernel. Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
Key Features:
  • Working offline
  • Fast to Work With
  • Repositories Are Smaller
  • Moving or Adding files
  • Ignore Certain Files
  • Branches
  • Check the Status of Your Changes
  • Stash Branches
  • Cherry Pick Changes from Branches
  • Find version that Introduced a bug using Binary Search
These are the most popular DevOps tools which are used by DevOps engineers or practitioners these days. But to make most out of these tools you need to have proper knowledge of these tools like installation process, implementation process, where to you use, how to use, troubleshooting and much more. So, if you think you need help or training for these tools or for DevOps related helps than we are here to assist you with our industry expertise professionals.
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Why DevOps skill is very important to have?

why-devops-skill-is-very-important-to-have
In the event that association has worked with a spry web advancement philosophy, then they are accustomed to seeing the advantages of composed cooperation, speedier turnarounds, and checkpoints and changes through the web programming improvement life-cycle. Along these lines of working can help your group make the move to DevOps, which dwells at the convergence of advancement and operations and exists to enhance the product conveyance chain, as well as the association’s general execution. A fundamental guideline of DevOps is to empower the advancement and operations groups to cooperate to see each other’s procedures and remarkable difficulties so they can discharge code speedier and be better arranged to react to changing business necessities. Much like deft, DevOps adopts a comprehensive strategy to programming improvement and prevails by changing the attitude of the staff and the way things are generally done. DevOps depends intensely on the human variable, so moving the corporate culture won’t occur without any forethought. Change needs to originate from the top, yet beginning from a positive place of “yes” will put you progressing nicely.
The effect that DevOps has on an association is quantifiable and receiving DevOps precepts, for example, code proprietorship, nonstop change, and robotization has gotten to be de rigueur for some corporate mammoths. Organizations including Facebook, Target, and Adobe have all gotten to be adherents as has Amazon which embraced a “You construct it, you possess it” culture where designers of an administration are in charge of its operations all through the lifecycle. Insights illustrate the DevOps development as found in Manikin’s Condition of DevOps reports. These yearly reports point see how organizations that actualize DevOps hones (i.e., high-performing associations) charge with issues, for example, sending, representative dedication, revise, and security. The noteworthy outcomes for 2016 are beneath.
           1. High-performing associations are definitively beating their lower-performing peers as far as throughput. Superior workers convey 200 circumstances more as often as possible than low entertainers, with 2,555                              circumstances speedier lead times. They likewise keep on significantly beat low entertainers, with 24 times quicker recuperation times and three circumstances bring down change disappointment rates.
           2. Superior workers have better representative faithfulness, as measured by representative Net Promoter Score (eNPS). Representatives in high-performing associations were 2.2 circumstances more inclined to prescribe                    their association to a companion as an extraordinary work environment, and 1.8 circumstances more inclined to prescribe their group to a companion as an awesome workplace. Different reviews have demonstrated                    this is corresponded with better business results.
           3. High-performing associations invest 22 percent less energy in spontaneous work and improve. Thus, they can invest 29 percent more energy in new work, for example, new components or code. They can do this since                they incorporate quality with every phase of the advancement procedure using nonstop conveyance hones, rather than retrofitting quality toward the end of an improvement cycle.
           4. Superior workers invest 50 percent less energy remediating security issues than low entertainers. By better incorporating data security targets into day by day work, groups accomplish larger amounts of IT execution                    and fabricate more secure frameworks.
Beginning a DevOps culture starts by building up a long haul arrange for that frameworks how you might want your web group to work in 12-year and a half. This is an ideal opportunity to investigate your arrangement, survey your procedures, and distinguish where you are seeing danger. Ask yourself and your group, “What is creating the procedure to be wasteful?” and “What are the run of the mill issues that ceaselessly emerge?” Give your group a voice and approach them for recommendations in the matter of how they think the procedure can be sensibly moved forward. What do they think about putting operations individuals on improvement ventures? Is there anybody on the group who would learn new aptitudes and work as the DevOps architect to conquer any hindrance amongst operations and improvement? Shouldn’t something be said about welcoming the operations group to commence gatherings? Gathering this data may require a couple shut entryway sessions with your staff, however in any event you will motivate them to discuss the procedure and consider arrangements. Once your arrangement has been actualized, impart it to different divisions. The excellence of a DevOps culture is that its foundations in venture possession and cross-practical groups can be actualized all through your association for expanded productivity and better results
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Common Problems in DevOps | DevOps Adoption Challenges

As 2017 has started, this the time everyone has tied up there shoes for the New Challenges that already has been knocked the door in 2016. Back last year, we heard from the industry itself, at a CIO engagement, that the biggest challenge for DevOps is keeping Ops a integral in DEV. According to him, to have a successful implementation was to complete cut Ops team out of the strategic leadership discussion. Someone raised the his voice and asked “will you be able to call it DevOps than ?” Without operations, DevOps will remain DEV only. So, Usage could a chance to be hindered Toward absence of inclusion starting with both the benefits of the business also engineering heading as the team initiates and creates the new DevOps Culture.
So Top challenges are Keeping up Silos, Starting for DEV and completion with ops as an bit of hindsight, Treating DevOps as a project rather than a culture shift, disengaging, delegating and disconnecting from the DevOps shift and also, starting with technology solutions.
1. Keeping up Silos – The political scene of an organization could altogether move slow your DevOps activity. DevOps usage might fizzle with figure it out their full possibility quality Assuming that those methodology is as well limited or if it supports the current silos As opposed to surveying how the new transform Further more harder to distinguish Furthermore unite copy sets for figure and information.
2. Starting for DEV and completion with OPS as an bit of hindsight – People who tried to develop their DevOps strategy within DEV, while not concluding Ops team, got failed. And, till the time operations team comes in picture or pulled operations team into it, time already has slipped out. Scalability, Reliability, Serviceability and Security which comes into operation and are known for expert of these area has not been consulted. Result implementation fell apart.
To ensure success, consult the right people. Seat together and discuss. In order to reduce the political friction that can lead to failure, re-imaging the software development life-cycle process as one technology initiative.
3. Treating DevOps as a project rather than a culture shift – In IT industry where DevOps exists, it become a point of political friction within a company with different teams. This proceed towards often fails because DevOps is a culture shift. Importantly cutting out one team or keeping DevOps in a vacuum does not gonna change the outcome which is Failed. This only increase the friction but also introduce the risk factor.
CI/CD process from development having remarkable impact on the network performance and ISP costs. Treating DevOps as a DEV project will result failure of the project without getting support from Operations and their knowledge.
4. Disengaging, Delegating and Disconnecting from the DevOps Shift – DevOps did not catch on as there was too much resistance to the cultural shift. Technology leadership must stay completely engaged and involved to ensure the success of both DevOps and the overarching Digital Transformation the company is going through.
5. Starting with Technology Solutions – One of the important and notable mistakes repeated by various tech guys is focusing on technology rather than customers requirement which results, they end up with solutions that fail to fulfill the minimal requirements for the company to be successful. It hard location this challenge Toward working with its benefits of the business counterparts will get it the “people” and “process” parts former to recommending technology results. An user-centric administration methodology will also help streamline the methodology on distil necessities down of the negligible feasible result.
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How DevOps is enhancing the capability of software development?

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We all know that DevOps is an established relationship stage between development phase and IT Operations. It is vital that collaboration and communication between the two units are promoted from the viewpoint of productivity and management.
DevOps from an IT point of view
DevOps is basically a culture of management that improves the delivery agility of IT service on the basis of collaboration, communication and integration. It is a platform that recognise the relationships between multiple themes, ideas and tools of IT operations and software development by using continuous improvement. In a wider sense, DevOps represents a cultural change towards acknowledging the Agile software development norms, making way for continuous cycles of development, considering the responsibilities, goals and cross functions of IT operations.
Integration of DevOps in the software development process offers the following benefits:
Improved resource management: During the software development and integration stage, testers and developers wait for resources to arrive resulting in delays in the delivery. Agile with DevOps makes sure that the mobile app development lands in testing phase way quicker than the existing operations.
Faster mitigation of the software defects: With enhanced collaboration and communication between software development and operations, you can easily recognize and mitigate defects at any stage of the software development cycle. A similar culture can be applied to app development where defects result in bigger losses.
Improved version control: By highlighting the interactions and individuals, DevOps permits the developers to influence the programmable dynamic infrastructure at various stages of the lifecycle of application development. It permits automated coding options and version control.
Diminished human errors: DevOps diminishes the odds of human errors during the process of development and operations by doing frequent iterations. The failure rate of application is lowered with numerous deployments in the process in a definite timeline.
Steady environment for operating: The solution to any business platform is stability and DevOps is established to bring in reliability and stability. Enterprises with DevOps get their deployment 30X faster than their competitors with approx. 50% lesser failure chances.
By utilizing DevOps, you can move from the ideation phase to final software version without any delay in spite of possessing numerous incremental improvements concerned with sales, stability and performance in the long run. Are you looking for DevOps consulting services? We’re here to assist you with the best of solutions.
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DevOps Certification Myths | Go for Tools Certification | scmGalaxy

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The First thing is that devopsinstitute is only focusing on to do business anyhow. When you will explore their site you can find that they are the sole authorized provider for DevOps Certification which is completely a misguiding information. Registering a trademark in US is not a difficult job and by doing so they claiming themselves as a sole authorized DevOps certification provider who never contributed to improve the DevOps culture. Isn,t it funny?
The Second thing is that DevOps is a culture and it can not be certified. It is free form approach which can be implemented by the team with principles and automation tools and best practices of it. It’s something where each individuals of the Developer team and Operations team were involved they complement each other skills and knowledge, share there responsibilities and making  their efferts towards common goal. It’s not something which is created by one organisations or Individuals, no one owns it. Thus, It can not be certified by 2 days training from Institutes.
You can do certifications but it can be done for DevOps tools.
Puppet Certification
Jenkins Certification
Docker Training
Kubernetes Training
Chef certification
Saltstack Certification
Red Hat Certificate of Expertise in Ansible Automation
Azure certifications | Microsoft
AWS Sysops/Devops Certifications
AWS Certified DevOps Engineer – Professional
So be very careful if someone claims to provide DevOps Foundation Certification especially from “devopsinstitute”.
One more thing focus on the knowledge, certifcation does not matter. Lots of people in the industry who does not have certificates but still they are working as a DevOps experts and trainers.
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Top 5 Code Coverage Tools | Best Test Coverage Tools

Today we will talk about code coverage tools which are used by developers for measuring the quality of the software testing. There are so many different types of code coverage tools, some are basics and others that are exceptionally thorough.
But before going further on tools let’s first see what is Code Coverage?
Code Coverage is a methodology, which is performed to measure and describe how much the source code of a program is executed when a specific test suite runs. It gives a percentage score to a program which defines as a high code coverage and low code coverage. If it gets high percentage of code coverage during testings which means it has a minimal chance of containing undiscovered software bugs in the comparison of a program which scored low percentage of code coverage while testing. In simple words , code coverage is performed to check whether your tests are really analyzing your code or not. With code coverage, one can tell the amount of your code is being tested by running the test.
Where to use ?
Code coverage tools can be performed on .NET, Java, Visual C/C++ and Visual Basic applications.
Benefits of Code Coverage
Dead Code Identification – The first and the major benefits of code coverage is that after running this test you will get the outputs that shows those functions which are not called, after detecting that you can identify whether the code is untouched as no required use case exists or code is dead code (i.e. not required).
Missing test Identification – It can be beneficial in identifying the extra tests (exceptional cases), which are missed out earlier after running the test suites analysis report.
Quality Assurance – Quality of a product or application is one of the major concern in software world and this can be done by measuring the report after running the code coverage. Higher the amount of coverage better will be the quality of product or application and lesser is the chance to have defects.
Now the next question here is which code coverage tools to choose ?
This is the real challenge to choose which code coverage tools to use for application testing. I also thought about it and after few hours research on the internet and with the help of google trend I shortlisted my results and pick top 5 code coverage tools.
1. Cobertura –
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Cobertura is one of the most used and best code coverage tools. This is a free Java tool that calculates the percentage of code accessed by tests. It can be used to identify which parts of your Java program are lacking test coverage. It is based on jcoverage. It is easy to use and can measure coverage without having the source code. It’s represents reports in HTML or XML format, It has capacity to test lines and branches of class and method.
2. JaCoCo –
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JaCoCo is also an open source free code coverage tools for Java, which has been made by the EclEmma group in view of the lessons gained from utilizing and joining existing libraries for a long time. JaCoCo offers instructions, line and branch coverage. It can instrument off-line and on-the-fly and It fully supports Java 7 and Java 8. It also has capacity to test lines and branches of class and method. It also provide very nice and easy to navigate HTML or XML report.
3. Clover –
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Clover is also a Java Code Coverage tools bought and further developed by Atlassian. It is also an open source tool. Clover provide very helpful configurable HTML reports demonstrating code scope as well as high level risks and so on, per-test code coverage and test enhancement, dispersed per-test coverage and many instrument integration; it is by and large effectively created and supported.
4. NCover-
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NCover is a code coverage tool for .Net programs and applications. It supports statement coverage and branch coverage. It is also very easy to use and fast tool which is available on open source and as well as on commercial license. This tool can perform manual as well as automated code coverage tests and it provides nice and attractive multiple testing environments.
5. Testwell CTC++ –
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Testwell CTC++ is a code coverage tool for  C and C++ but it also can be used for Java and C#. The development of this tool is belongs to Testwell which lately acquired by Verifysoft Technology GmbH for C and C++. This tool can check Statement Coverage, Function Coverage, Decision Coverage, Multi Condition Coverage, Modified Condition/Decision Coverage (MC/DC), Condition Coverage. This is also in the category of user-friendly and fast tools. It finds missing test cases smoothly. It provide reports on XML format.
So, This is my list of top code coverage tools, I hope this list will help you in your testings. But, if you think this list should contain any other tools instead these than feel free to share with us in comment box below.
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