Programming Applications and Frameworks

Dependency Management is used to pull all the dependency information into a common POM file, simplifying the references in the child POM file. It becomes useful when you have multiple attributes that you don’t want to retype in under multiple children projects. Finally, dependency Management can be used to define a standard version of an artifact to use across multiple projects. Managing your dependencies manually in any programming language is a huge pain. This is why in most programming languages today you will find that they all have some implementation of a dependency management system or sometimes a package manager.  There some management tools bellow here, NuGet NuGet is the package manager for the Microsoft development platform including .NET. The NuGet client tools provide the ability to produce and consume packages. The NuGet Gallery is the central package repository used by all package authors and consumers. When you use NuGet to install a package, it copies t...

There are many advantages to maintaining the quality of code. Enhanced Efficiency It is often seen that the software developers spend a larger part of their time in solving those issues that could have been prevented. Implementing the coding standards would help the team to detect the problems early or even prevent them completely. This will increase the efficiency throughout the software process. Risk of project failure is reduced Many times it happens that IT projects fail due to problems while developing software.  Implementing the coding standards reduces many problems and the risk of project failures. Minimal Complexity If a code is complex, there are higher chances of it being vulnerable to errors. Coding standards help in the development of software programs that are less complex and thereby reduce the errors. Easy Maintain If the coding standards are followed, the code is consistent and can be easily maintained. This is because anyone can understa...

To maintain code quality we use code review tools. There are many tools to all programming languages. Veracode Veracode is a static analysis tool which is built on the SaaS model. This tool is mainly used to analyze the code from a Security point of view. RIPS Technologies RIPS is the only code analysis solution that performs language-specific security analysis. It detects the most complex security vulnerabilities deeply nested within the source code that no other tools are able to find. It supports major frameworks, SDLC integration, relevant industry standards and can be deployed as a self-hosted software or used as software-as-a-service. With its high accuracy and no false positive noise, RIPS is the ideal choice for analyzing Java and PHP applications PVS - Studio PVS-Studio is a tool for detecting bugs and security weaknesses in the source code of programs, written in C, C++, C#, and Java. It works in Windows, Linux, and macOS environment. It is possible to integrate...

There are many advantages of Content Delivery Networks. Your server load will decrease. As a result of, strategically placed servers which form the backbone of the network the companies can have an increase in capacity and number of concurrent users that they can handle. Essentially, the content is spread out across several servers, as opposed to offloading them onto one large server. Content Delivery will become faster. Due to higher reliability, operators can deliver high-quality content with a high level of service, low network server loads, and thus, lower costs. Moreover, jQuery is ubiquitous on the web. There’s a high probability that someone visiting a particular page has already done that in the past using the Google CDN. Therefore, the file has already been cached by the browser and the user won’t need to download again. Segmenting your audience becomes easy. CDNs can deliver different content to different users depending on the kind of device requesting the c...

The basic  Git  workflow goes something like this: You modify files in your working  directory . You  stage  the files, adding snapshots of them to your  staging area . You do a commit, which takes the files as they are in the  staging area  and stores that snapshot permanently to your  Git directory .

Git  is a revision control system, a tool to manage your source code history.  GitHub  is a hosting service for  Git  repositories. So they are not the same thing:  Git  is the tool,  GitHub  is the service for projects that use  Git . 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. GitHub is a  web-based  Git repository  hosting service , which offers all of the distributed revision control and Source Code Management (SCM) functionality of Git as well as adding its own features. GitHub provides access control and several collaboration features such as wikis, task management, and bug tracking and feature requests for every project. You don't need GitHub to use Git . GitHub allows you to: Share your repositories with others. Access other user's repositories. Store remote copies ...

The " commit "  command  is used to save your changes to the local repository. This store a new snapshot(latest status) of the project's state in the VCS history. You have to  explicitly tell  Git  which changes you want to include in a  commit  before running the " git commit "  command . This means that a file won't be automatically included in the next  commit  just because it was changed. The " push " command is used to transfer the last commit(s) to a remote server.