Which of the following is not a benefit of using modules when developing a program?

History of IDE

Prior to IDEs, programmers wrote their programs in text editors. This involved writing and saving an application in the text editor before running run the compiler, taking note of any error messages, and then going back to the text editor to revise their code.

Inhaltsverzeichnis Show

History of IDE
The Benefits of Using IDEs
Languages That Are Supported by IDE
Different Types of IDE
Multi-Language IDE
IDE for Mobile Development Processes
Cloud-Based IDE
IDE That Are Specific to Apple or Microsoft
IDE Made for Certain Languages
Application security and the integrated development environment.
Which of the following is a benefit of using modules when developing a program?
Which of the following is not an actual programming language?
Which variable is visible to every module and the entire program?
How can modules make the development of multiple programs faster?

It wasn’t until 1983 that Borland Ltd. acquired a Pascal compiler and published it as TurboPascal, featuring an integrated editor and compiler for the very first time.

TurboPascal may have launched the idea of an integrated development environment, but many believe Microsoft’s Visual Basic (VB), which was launched in 1991, was actually the first real IDE in history. Built in the older BASIC language, Visual Basic was a popular programming language through the 1980s. The rise of Visual Basic meant that programming could instead be thought of in graphical terms, and noteworthy productivity benefits became apparent.

The Benefits of Using IDEs

Integrated development environments work to improve developer productivity. These IDEs improve productivity by lessening setup time, boosting the speed of development tasks, keeping developers up to date with the latest best practices and threats, and standardizing the development process so that everyone can get on board.

Faster setup: Programmers need to spend time configuring multiple development tools without an IDE interface in place. By integrating an IDE, programmers can have the same set of capabilities in one place without needing to constantly switch tools.
Faster development tasks: Tighter integration of development tasks means boosted developer productivity. For example, developers can parse code and check syntax while editing, which allows for instant feedback as syntax errors are introduced. Programmers no longer need to switch between apps to finish tasks. Additionally, the tools and features of the IDE help programmers organize resources, prevent mistakes, and implement shortcuts.

For even more benefit, IDEs can help restructure the development process by promoting holistic strategizing. They push programmers to think of their actions in terms of the entire development lifecycle (SDLC), as opposed to a series of isolated tasks.

Continual learning: Another benefit is the ability to stay up to date and educated. As an example, an IDE’s help topics are constantly updated, along with new samples, project templates, and more. Developers who learn constantly and stay current on best practices are more likely to add value to their team and to the enterprise, boosting productivity.
Standardization: It also regulates the development process, helping programmers work together seamlessly and assisting new hires with getting up to speed so they can hit the ground running.

Languages That Are Supported by IDE

In some cases, IDEs are dedicated to a certain programming language or to a set of languages, which creates a feature set that aligns with the specifics of that language. For example, Xcode for the Objective-C and Swift languages, Cocoa and Cocoa Touch APIs.

However, multiple-language IDEs, like Eclipse (C, C++, Python, Perl, PHP, Java, Ruby and more), Komodo (Perl, Python, Tcl, PHP, Ruby, Javascript and more) and NetBeans (Java, JavaScript, PHP, Python, Ruby, C, C++ and more) do exist.

Developers can often find support for alternative languages through plugins. For example, Flycheck is a syntax checking extension for GNU Emacs 24 with support for 39 languages.

Different Types of IDE

There are many ways developers work to product the different types of code they produce, which means there is also a variety of IDEs to use. Some are designed to work with one specific language, while others are cloud-based IDEs, IDEs customized for the production of mobile applications or for HTML, and also IDEs that are meant specifically for Apple or Microsoft development.

Multi-Language IDE

The multi-language IDEs – like Eclipse, Aptana, Komodo, NetBeans, and Geany – support multiple programming languages.

Eclipse: Supports C, C++, Perl, Python, Ruby, PHP, Java and others. It is a free and open source editor for many development frameworks. Although it began as a Java development environment, it has expanded through plugins. This IDE is managed and directed by the Eclipse.org Consortium.
NetBeans: Supports Java, PHP, JavaScript, C, C++, Python, Ruby, and more. It is also free and open source. Modules provide all functions of the IDE. Developers can add support for other programming languages by installing additional modules.
Komodo IDE: Supports Perl, PHP, Python, Tcl, JavaScript, Ruby, and more. This is an enterprise-level tool with a higher price point.
Aptana: Supports HTML, JavaScript, CSS, AJAX and others through plugins. It is a popular choice for programmers who do web app development.
Geany: Supports C, PHP, Java, HTML, Perl, Python, Pascal and many more. This is a very customizable environment with a big set of plugins.

IDE for Mobile Development Processes

Specifically for mobile development, there are IDEs that include PhoneGap and Titanium Mobile from Appcelerator.

A lot of IDEs, particularly multi-language IDEs, have mobile-development plugins. Eclipse, for example, has this functionality.

HTML IDE

IDEs for developing HTML applications are some of the most popular IDEs around. For example, DreamWeaver, HomeSite, and FrontPage automate numerous tasks involved in the process of website development.

Cloud-Based IDE

Starting to become more mainstream, cloud-based IDEs are something to keep an eye on. The capabilities of such web-based IDEs are growing rapidly; for that reason, most major vendors will likely need to offer one if they want to stay competitive in their markets. Cloud IDEs are important because they give programmers access to their code from anywhere.

For example, Nitrous is a cloud-based development environment platform that supports Ruby, Python, Node.js and more. Cloud9 IDE supports more than 40 languages, including PHP, Ruby, Python, JavaScript with Node.js, and Go. Heroku is a cloud-based development platform as a service (PaaS), supporting several programming languages.

IDE That Are Specific to Apple or Microsoft

The following IDEs accommodate programmers who are working in Microsoft or Apple environments:

Visual Studio: Supports VB.NET, Visual C++, C#, F# and more. Visual Studio is Microsoft's IDE, designed to create apps for the Microsoft platform.
MonoDevelop: Supports Visual Basic, C/C++, C#, and additional .NET languages.
Xcode: Supports Swift and Objective-C languages, as well as Cocoa and Cocoa Touch APIs. This IDE is solely for creating iOS and Mac applications. It includes a GUI builder and an iPhone/iPad simulator.
Espresso: Supports XML, HTML, CSS, PHP, and JavaScript. Espresso is a tool specifically for Mac web programmers.
Coda: Supports PHP, CSS, HTML, JavaScript, AppleScript, and Cocoa API. This IDE is highlighted as "one-window development" for Mac users.

IDE Made for Certain Languages

There are specific IDEs that cater to programmers who work in one language. These include Jikes and Jcreator for Java, CodeLite and C-Free for C/C++, RubyMine for Ruby/Rails, and Idle for Python.

Application security and the integrated development environment.

While application security is a critical priority for development teams, managing security testing within an integrated development environment has often been a significant challenge. Developers who are pressing to meet deadlines in agile or waterfall software development processes are often already managing a variety of separate tools. New AppSec technology that lacks flexible APIs and can’t easily be used within an integrated development environment will often see low adoption, leading to greater security challenges and more difficulty meeting the requirements of regulatory frameworks such as HIPAA and SarbOx compliance.

To improve application security, Veracode offers a suite of desktop, web and mobile app security testing solutions in a cloud-based service that can be seamlessly combined in an integrated development environment to find and fix flaws at any point in the SDLC.

Which of the following is a benefit of using modules when developing a program?

Code is easier to read Modular programming usually makes your code easier to read because it means separating it into functions that each only deal with one aspect of the overall functionality. It can make your files a lot smaller and easier to understand compared to monolithic code.

Which of the following is not an actual programming language?

Description: Pseudocode is not an actual programming language. So it cannot be compiled into an executable program. It uses short terms or simple English language syntaxes to write code for programs before it is actually converted into a specific programming language.

Which variable is visible to every module and the entire program?

Public variables are available to all procedures in all modules in a project; private variables are available only to procedures in that module.

How can modules make the development of multiple programs faster?

How can modules make the development of multiple programs faster? Modules can be written for commonly needed tasks and incorporated into each program that needs them.