A Glimpse into the Past: What Are Scripting Languages?

Scripting languages are programming languages designed to automate tasks that could be done manually. Unlike compiled languages that need an intermediary step to translate source code into machine code, scripting languages run directly, interpreting the code on the fly.

Scripting can be traced back to computing’s early days. Simple shell scripts in UNIX systems, for instance, saved many keystrokes by automating repetitive tasks.

Python: The Rise of a Scripting Giant

No conversation about scripting languages would be complete without Python. Birthed in the late 1980s by Guido van Rossum, Python was conceived with readability and simplicity in mind. Its popularity skyrocketed due to its versatility – from web applications with Django to AI algorithms with TensorFlow, Python is the go-to for many.

JavaScript: Powering the Web

JavaScript, a programming language created to add interactivity to web pages, has transformed the web. With frameworks like Node.js, it ventured into the server side, broadening its horizons. JavaScript’s thriving ecosystem, with libraries like React and Vue.js, showcases its adaptability and influence.

Ruby, Perl, and PHP: The Scripting Trifecta

• Ruby is revered for its elegant syntax and powerful Rails framework, making web development easy.
• Perl, once dubbed the “Swiss army knife” of the Internet, plays a crucial role in web development and system administration.
• PHP powers a lot of the web, including platforms like WordPress.

Together, these three showcase the diversity and depth of scripting languages in shaping the digital world.

Modern Developments: Scripting in the Cloud Era

As the world shifts towards cloud-first models, scripting languages have adapted too. Bash scripting in Linux VMs or PowerShell scripting for Windows Azure are examples of how scripting is integral to cloud infrastructure and DevOps tasks.

Why Scripting Languages Matter More Than Ever

In the rapid development cycles of the modern world, agility is key. Scripting languages offer:

• Speed: Quick prototyping and immediate feedback.
• Flexibility: Adapting to different use cases, from data analysis to web development.
• Community: Massive open-source communities drive innovation and solve common problems.

Emerging Scripting Languages: The New Kids on the Block

While Python and JavaScript have solidified their dominance, the tech world is always evolving, birthing various scripting languages tailored to niche needs and modern challenges.

Lua, for instance, has become the darling of the game development industry. Known for its lightweight nature and seamless embedding capabilities, Lua scripts power many of today’s top video games.

Kotlin, while a statically typed language, offers scripting capabilities. Kotlin scripts are becoming increasingly popular for Android development, especially with Google endorsing Kotlin as the preferred language for Android.

The Blurring Line Between Scripting and Programming

Scripting languages were distinguished from general-purpose programming languages based on their use cases. Today, however, this distinction blurs. Languages originally designed for scripting power full-fledged applications, while traditionally compiled languages adopt more ‘script-like’ features.

This convergence signifies the versatility of modern languages and developers’ adaptability to leverage the most advantageous features of both worlds.

Challenges Ahead for Scripting

While scripting languages have many advantages, they’re not without challenges.

1. Performance: Since many scripting languages are interpreted, they can be slower than their compiled counterparts.
2. Dependency Management: With the expansive ecosystem, especially around languages like JavaScript, managing dependencies can be complex.
3. Due to their widespread use, they often become targets for security vulnerabilities. Regular updates and community vigilance are paramount.

Final Thoughts

Scripting languages, with their flexibility and power, have dramatically shaped the tech landscape. Their evolutionary journey highlights the tech industry’s constant drive for innovation, efficiency, and adaptability.

As the digital landscape expands further into AI, VR, and other futuristic domains, one can only wonder: What’s the next chapter for scripting languages? Will there be an emerging language that revolutionizes the domain just as Python or JavaScript did?

Whatever the future holds, one thing is certain: scripting remains one of the most exciting, dynamic, and influential tech areas.

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1. Automated Property Listings and Updates

Real estate is time-consuming because of property listings. It’s a constant juggle between initial input and timely updates. Scripting languages come into play. Platforms can automate the ingestion of updated listings using Python and JavaScript, making them available to potential buyers promptly. This ensures that visitors to a platform like https://www.homeseh.ca see the freshest listings without having to wait for human intervention.

2. Advanced Data Analysis and Market Predictions

Those are the days of gut feelings. In the age of data, making informed decisions is critical. With scripting languages, realtors can now harness machine learning models and predictive analytics. For instance, by analyzing historical data, a script can predict neighborhood appreciation rates or suggest optimal listing prices.

3. Virtual Tours and Augmented Reality (AR) Experiences

Virtual reality has added an additional dimension to real estate viewings. Scripting languages, especially those designed for web applications like WebGL (a JavaScript API), are at the forefront. They help craft immersive virtual tours, letting buyers ‘walk’ through properties from thousands of miles away.

4. Seamless Integration with Other Platforms

In an interconnected digital ecosystem, real estate platforms must communicate with other services smoothly. Whether it’s linking with a bank for instant loan approvals or syncing with interior design platforms, scripting languages act as a bridge. This ensures data flows smoothly.

5. Chatbots and AI Assistants for Instant Queries

Digital platforms have created an environment where users expect quick responses. Several real estate platforms use scripting languages to power chatbots. In addition to scheduling viewings, these digital assistants can answer common questions.

6. Personalized User Experiences Through Scripting

A notable advancement in the digital space is the move toward personalization. Now that real estate platforms support scripting languages, users can curate bespoke experiences tailored to their needs. Users’ behaviors and preferences can be analyzed to recommend properties, areas, and investment opportunities that match their interests and goals. A personal touch increases user engagement and transaction success.

7. Enhanced Security and Fraud Detection

An industry as important as real estate requires a high level of data security. A combination of advanced scripts and machine learning algorithms ensures buyer and seller data remains secure. A scripting language is on the front lines, protecting all parties from fraudulent listings and irregular transaction patterns.

8. Smart Contracts and Blockchain Integration

Real estate is another sector where blockchain technology is making waves. In real estate platforms, scripting languages are instrumental in integrating blockchain functionalities. Through scripts, smart contracts can be facilitated, as they are self-executing contracts with the agreement written directly into the code. These contracts ensure transparency, security, and speedy transactions.

9. Environmental and Sustainability Analysis

In an era where sustainability is not just preferred but demanded, scripting languages provide tools to assess properties’ environmental impact. Realtors can offer insights into homes’ energy efficiency, predict future sustainability trends in neighborhoods, or even suggest eco-friendly modifications, all thanks to scripts’ data-driven capabilities.

10. Simplifying Complex Transactions with Script-Driven Workflows

Real estate transactions, which often involve numerous steps and stakeholders, can be streamlined with scripting languages. By automating workflows, ensuring timely notifications, and even integrating with digital signature platforms, scripts turn once-daunting processes into seamless experiences.

In Conclusion: The Sky’s the Limit

The infusion of scripting languages into the real estate sector signifies a profound shift. While bricks, beams, and property aesthetics remain vital, scripts are equally crucial. As we move forward, collaboration between real estate professionals and tech experts will likely deepen. This will lead to an industry that’s not just about spaces but also about seamless digital experiences.

Remember, as we stand on the cusp of this digital revolution in real estate, it’s the lines of code, as much as the lines of architectural blueprints. These lines will shape our future habitats.

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JavaScript

The PL is suitable for those who choose website creation, refinement and frontend. For beginners, javascript is an easy language to write code in. Suitable for creating games and applications, web servers. With his help make animation, autocomplete and other interactive features on websites.

JavaScript one of the popular languages, beginners can easily find support in a huge community of JS wizards. In addition, its study has huge advantages:

• low load on the server;
• frequent updates;
• high speed of code writing.

The language is also used in the field of machine learning, data processing. JavaScript is an excellent basis for later learning more complicated – Java.

Python

According to the PYPL rating, the most popular language by the end of 2022. And indeed, it is versatile in terms of use. It is suitable for scientific computing, Big Data analytics, web design development, mobile games and applications, creating web servers and PC programs. In short, it’s a powerful language, set up to solve any task. Beginners will find it easy to understand, thanks to the language’s simple syntax and vocabulary.

Python is used by startups, Microsoft, NASA and the music service Spotify, and the creators of artificial intelligence. It appeared not long ago, one of the most popular developments written in Python – YouTube. To add to the advantages:

• fast code writing;
• line-by-line execution with error indication;
• huge selection of free resources for learning;
• Similarity to the English language.

Having learned Python in conjunction with several other languages, it is easy to become a Backend expert, Frontend.

HTML

The easiest language for a beginner to learn. At the same time, HTML allows you to make a limited number of actions, so you should learn it along with the same Python, CSS. Translated as HTML, hypertext markup language, it is used to display text on the Internet page. Also, the language can be used to create a simple page design, but it is not possible to make data processing.

Today, the functionality of HTML is filled by borrowing from other languages, making it more modern. Also, the language is compatible with many browsers, accessible without an Internet connection, widespread.

CSS

A language for layout, design and text transformation for gadgets with different screen sizes and devices. It is easy to learn because of its simple syntax.

CSS is constantly being improved, today there is a 4-th generation of language standards. Using this language allows you to edit the design of large sites, customize individual elements, eliminating the manual formatting. The disadvantage of the language is the lack of warnings/errors when writing.

C#

C-Sharp is a language based on C, C++. It is similar to them in syntax. This is a Microsoft development, originally designed for writing applications for Windows. It is in demand in companies like Stack Overflow, Accenture, Alibaba Travels.

C# is an intermediate language. It is used in many areas: creating 2D, 3D games, desktop programs, web design. The language is on a par with Python and JavaScript due to multitasking and ease of learning. Slightly slower than C++, but has a simple code. The advantages are also the many libraries, similar to the other languages of the C line.

We have considered a small part of programming languages. With the help of each of them you can perform specific tasks or cover a large amount of work. Some of the described languages require a systematic approach, therefore you need to look at several languages at once for the study. You should start with the simplest. Or choose depending on the task of development. For example, the programming languages of web design – JavaScript, if interested in services, programs and scripts look at Python + HTML + CSS.

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To optimize the site should do the following:

• Move your site to the best hosting;
• Optimize the size of images on your site;
• reduce the number of plugins;
• minimize the number of JavaScript and CSS files;
• optimize the database in the CMS.

Let’s look at each item in detail below.

Move your site to better hosting

All the effort spent on optimizing your site will go to waste if it is hosted on an unsuccessful hosting site. Therefore, when choosing hosting, in addition to the cost of service, pay attention to:

• speed – the main criterion on which will depend on the convenience of user interaction with your site;
• Effective support service – so that in the case of any problems with the loading of the site they can be promptly resolved;
• guarantee of availability of your website to users – if your resource is often unavailable, it will scare away customers;
• security – various viruses can greatly slow down the speed of your site (not to mention the fact that they can steal data).

Optimize the size of images on the site

Images are a very important part of a web page. Often visitors pay attention to the images first, and only then to the text. Therefore, it is important that images are loaded quickly.

Here you need to pay attention to two points:

1. Try not to resize images by specifying their height and width in HTML. With HTML, resizing an image does not change its weight. Therefore, it is better to use any image editor where you want to resize the picture and save it as a new file.
2. Choosing the right file format for the image. Thanks to this you can optimize the size of the file, without sacrificing the quality of the picture. For example, PNG files are larger than JPG files because they allow the use of transparent images. If you do not need this feature, it is better to choose the JPG format.

If the image files are still large, you can resort to a number of special tools that allow you to reduce the weight of the image, such as RIOT or PNGOUT.

Reducing the number of plugins

Often sites are slow because of the large number of installed plug-ins that unnecessarily burden the server. This is especially true of the WordPress engine. Therefore, you should reduce the number of plugins to a minimum, leaving only the most necessary. This will speed up the page.

Minimize the number of JavaScript and CSS files.

These files greatly affect the loading speed of the site.

1. Files like CSS especially slow down loading. When a user opens a web page, his browser must first load and read all the CSS, and only then create HTML elements. Therefore, you should minimize the amount of CSS. In addition, it is worth removing all the styles that are not used on the site. To simplify the removal of unnecessary styles, you can use special tools, such as PurgeCSS. Highlighting critical CSS will also help. This is CSS which is required to style only that part of the web page which is visible to the screen when the site loads. Therefore, the best solution is to have only the critical CSS loaded when the web page loads, and to start loading the rest of the CSS only when the page is fully loaded.
2. JavaScript files affect how quickly a web page loads before it starts interacting with the user. After all, the browser must not only load the JavaScript files, but also spend time and resources processing them. In this case, the whole page may be loaded, but the user is not yet able to perform any actions on it, or the response to these actions is very slow. Therefore, the number and size of JavaScript files should be reduced to a minimum.

Optimizing the database in the CMS

By optimizing the database (DB) means to fix bugs that appeared in it earlier. These errors lead to a reduction in the speed of the site. Therefore, it is important to optimize the database to remove unnecessary and outdated information from them in a timely manner. Different popular CMS-engines have different methods of optimization. For example, the optimization of databases WordPress based on the removal of irrelevant pages. In the engine Joomla and Drupal need to remove unused extensions, set the compression of pages, include caching. Some CMS allow you to use special plug-ins to optimize the database. For example, in WordPress you can use the plugin WP Clean Up.

What will I get optimized site?

Optimizing your site will make your web resource more convenient for users. As a result, it will increase the likelihood that they will return to your site after their first visit. And this kind of customer retention is an important part of the marketing strategy of any business.

Optimizing your site will increase its position in search engines and attract more people to it. As a result, you’ll be able to get more visitors to your site.

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Scripting languages can be used for a variety of purposes, from automating system administration tasks to writing video games. Scripts can also be written in scripting languages, which is what we will be discussing in this article.

A scripting language is a programming language that has been designed to allow users to write scripts and programs using more natural language conventions than other programming languages.

Programming languages that are designed to be used in scripts, which are small programs that automate tasks and make it easier for a user to do something.

Scripting languages can be used in many different ways. For example, they can be used as a way to create games or graphics, or they can be used to help you with your day-to-day tasks. Scripts can run on their own or they can run inside of another program like Photoshop.

Scripting languages are a type of programming language that are often used to create software. These languages are known for their simplicity and speed. They provide a way to automate tasks and increase efficiency.Can be used in a variety of ways, from automating complex operations to creating interactive programs in video games.

The most popular scripting language is JavaScript, but there are many others including Python and Ruby.

Are programming languages that are used to automate tasks. They are often used in the context of scripting and scripting-based software products.

Scripting languages enable developers to quickly create programs by writing scripts and then compiling them into the machine language code that a computer can understand.

Advantages: Scripting languages have a comparatively low learning curve than other programming languages, and they can be used for many purposes including creating web pages, testing software, or even writing video games.

Disadvantages: A disadvantage of scripting is that it is not as fast as compiled code because it has to be interpreted at runtime instead of being compiled into machine language before execution.

Scripting languages are programming languages that are used to automate tasks in a certain environment. They can be used for anything from system administration scripts to video game scripts.

Scripting languages are not compiled like some other programming languages, so they are executed as the code is written. This means that if there is a syntax error in the script, the program will not run and an error message will be displayed. Scripts can be written in any text editor and then saved with a .sh extension to make them executable.

The most popular scripting language is Python which has been around since 1990 and has been steadily gaining traction ever since.

Scripting languages are a type of programming language that is designed to automate tasks. They are often used for system administration or web site management, but they can also be used to create games.

Scripts can be created in any of the many scripting languages available, such as Python, PHP, Perl and Ruby. Scripts are often used for system administration or web site management, but they can also be used to create games.

Scripting languages are not as complicated as other programming languages, but they still have a lot of power and enable a programmer to do more than just write scripts.languages allow you to control your computer from the command line or automate tasks on your computer.

Scripting languages are a type of programming language that is used to automate tasks. They can be used for many purposes, such as automating repetitive tasks or making them easier. Scripting languages provide an easy way to write programs and scripts, which can be executed on a computer.Are programming languages that are used to automate the execution of often-repeated tasks. Scripting languages can be grouped into two categories: interpreted and compiled.

An interpreted language is a scripting language that is executed by an interpreter program. The interpreter converts the scripting language code into machine code, which is then executed by the computer’s CPU. A compiled language is a scripting language that must be translated before it can be executed by a computer’s CPU. This translation process is known as compiling, and it usually involves translating the script into an intermediate form called bytecode and then translating this intermediate form into machine code before executing it on the CPU

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The definition of programming essay

There is no one-size-fits-all answer to this question, as the definition of a programming essay will vary depending on who you ask. However, in general, advanced writers reviews is a piece of writing that discusses the ins and outs of programming – what it is, how it works, and why it’s important.

The best assignment writing service can be helpful for those who are new to programming, as they provide a crash course on the subject. They can also be valuable for experienced programmers, as they offer insights into best practices and useful tips. No matter your level of expertise, a programming essay can give you a better understanding of this complex field.

If you’re interested in writing a programming essay, there are a few things you should keep in mind. First, it’s important to choose a topic that you’re passionate about. This will make the writing process more enjoyable and ensure that your essay is compelling and informative. Second, make sure to do your research. Programming is a vast and ever-changing field, so you’ll need to brush up on your knowledge before you start writing. Finally, don’t forget to proofread your essay before you submit it. With these tips in mind, you’re well on your way to writing a great programming essay.

How to write a programming essay?

When it comes to writing a programming essay, there are a few things that you need to keep in mind. The most important thing is to make sure that your essay is well organized and easy to follow. You should also make sure that your essay is properly formatted and includes all of the relevant information. In addition, be sure to proofread your work before submitting it.

The structure of a programming essay

A programming essay typically has a specific structure that helps to organize and present the material in an easily understandable way. Typically, it will have an introduction, body, and conclusion.

The introduction should introduce the topic of the essay and provide some background information on it. The body should then present the main points of the essay, with each point being explained in detail. The conclusion should summarize the main points of the essay and provide some final thoughts on it.

Tips for writing a good programming essay

When writing a programming essay, it’s important to be clear and concise. You should also make sure that your essay is well organized and easy to read. Here are a few tips for writing a good programming essay:

1. Start by introducing the topic of your essay.

2. Explain the purpose of the essay and what you plan to discuss.

3. Outline the key points you want to make.

4. Write your body paragraphs, discussing each point in turn.

5. Summarize your conclusions and any additional thoughts you have on the topic.

Sample programming essays

Sample programming essays can be used to help learn the basics of a particular programming language. They can also be used to help understand how a program works, and to see different ways that code can be written. Essays can also be helpful in debugging programs, as they can help point out where errors are occurring.

When looking for sample programming essays, it’s important to find ones that are well written and informative. You should also make sure that the essay is properly formatted and includes all of the relevant information. In addition, be sure to proofread your work before submitting it. With these tips in mind, you’re well on your way to writing a great programming essay.

Now that you understand how to write a programming essay, it’s time to start writing yours. Remember to choose a topic that you’re passionate about, and make sure to do your research. Once you have a rough draft of your essay, be sure to proofread it before submitting it. With these tips in mind, you’re well on your way to writing a great programming essay.

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WScript.echo (“Hello Skillbox!”)

We write this text in Notepad, then save the file under the name skillbox.js and run it in Windows Explorer.

A similar script can be written directly in the HTML page code between the tags. You can already use normal JavaScript methods there, rather than the echo method of a specific WScript object. Let’s look at some of the standard methods for input and output in a browser.

alert()
The alert() method displays a window with an OK button. A message is displayed in the window, which is indicated in brackets. For example, “Hi, Skillbox!”. That is, in this case, the browser does exactly the same thing that the Windows Script Server did before.

These examples can also be written in Notepad, but saved as files with the HTML extension. For example, skillbox.htm.

As an argument to alert(), you can specify not only a specific text, but also the result of any calculations or processing of other data. For example, alert(x), where x is calculated separately.

confirm()
The confirm() method displays the same message box, but with two buttons – “OK” and “Cancel”. Depending on which button the user clicks, the method returns either true or false. The server receives this return value from the user and performs some action based on the response.

The syntax is the same, only a choice is logically assumed here, so the user is asked a question.

prompt()
The prompt() method displays a dialog box with a message and a text field where the user enters data. There are also two buttons “OK” and “Cancel”. On pressing the first button, the method returns the entered text to the server, and on pressing the second button, it returns the boolean value false.

The syntax here is:
prompt(message, input_field_value)

The input field value is optional. There you can enter the text that was originally entered in the field for the convenience of the user.

The code:

The possibilities of modern JavaScript go far beyond the primitive input / output of data through forms. We have given these methods only as the simplest examples. In addition, JavaScript allows you to respond to user actions. For example, on mouse movements or pressing certain keys. JavaScript is often used to provide asynchronous work (AJAX technology), where information on the page is updated without reloading it. In this mode, data is sent to the server and downloaded from there interactively. In addition, JavaScript is capable of manipulating HTML elements on a page (creating and hiding tags, etc.) and much more.

Useful Tools

Developer Console
All popular browsers have a dedicated developer console. It shows the script code on the page and also displays other useful information. In Chrome, Firefox and IE, the developer console is opened by pressing the F12 hotkey, in Safari – Ctrl+Shift+I or Ctrl+Alt+C. In the screenshot, the scripts are displayed at the top right, along with other elements of the web page.

Code editors
In the future, for convenient programming, you will need to install a code editor or IDE (Integrated Development Environment), an integrated development environment. An IDE is an editor with extended functionality that is integrated with other useful tools, supports connecting additional modules, and so on.

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• The script contains a doGet(e) or doPost(e) function
• the function returns an HTML service object HtmlOutput or Content service TextOutput
• Deploying a script as a Web application

To publish a script as a web application, you must:

• Write a new version of the script by selecting File > Manage Versions and clicking Save New Version.
• Publish the script by choosing Publish > Deploy as web app.
• In the Project version field select the version you have recorded.

Under Execute the app as select the type of authorization: the developer’s account or the user running the script.

Under Who has access to the app specify who has the right to run the application. The options depend on the type of your account, but usually contain the following fields: “Only myself” – only me; any member of your domain – any member of your domain, “Anyone” (with a Google account) – anyone with a Google account; “Anyone, even anonymous” – anyone, even anonymous.

Click on Deploy.

This will open a dialog with a message saying that the project has been deployed as a web application. This message contains two important URLs for your application:

The first is called the Current web app URL and ends in /exec. This is the URL of the published version of the deployed application, based on the latest entry.

The second is called latest code and ends in /dev. This link is only available to users with permission to edit the script. This instance of the application always runs the last recorded version of the script regardless of the formal version – and is intended for quick testing during development.

You can share a link to your app with anyone who wants to run it. You can also publish the app to the Chrome Web Store for public use.

Including a web app in the Google Site
Web apps can be included in the Google Site (sometimes called site gadgets).

To create a script linked to the Google Site you need to:

• Go to the site
• Click on the gear icon (right top corner of the screen).
• Select Manage site
• Click on Google Apps Scripts, and then on Add new script

After this, the process is similar to the one presented in the “Deploying the script as a Web application” section.

To connect a web app to the Google Site you need to:

• Enter the site
• Go to the page to which the application will be connected
• Click the pencil icon (editing mode)
• Select Insert > Google Apps Script in the menu
• Select the application from the list.
• Click on Select and then Save.
• Save the changes on the page and exit edit mode

URL options
When the user launches the app or the app receives an HTTP GET request, Apps Script runs the doGet(e) function. When the application receives an HTTP POST request Apps Script runs the doPost(e) function. In both cases, the argument e is an event parameter that contains information about the URL parameters.

For example you can pass parameters along with the URL, in this case the user’s name and age:

You can then display the parameters as follows:

function doGet(e) {
var params = JSON.stringify(e);
return HtmlService.createHtmlOutput(params);
}

In the previous example, doGet(e) returns the following object:

{
“queryString”: “username=jsmith&age=21”,
“parameter”: {
“username”: “jsmith”,
“age”: “21”
},
“contextPath”: “”,
“parameters”: {
“username”: [
“jsmith”
],
“age”: [
“21”
]
},
“contentLength”: -1
}

Credentials
The credentials of a web application depend on who runs it, the owner of the application or the user who visited the page on the site where it is located.

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• use of variables;
• loops;
• working with strings.

An ordinary hosting user does not need to learn how to write scripts on his own. This skill may be required if one decides to engage in programming professionally.

If you just need to add interactivity to your site, you can use ready-made scripts in JavaScript.

Users of virtual hosting also need to study the instructions on the use of scripts, for example, to properly configure their execution on a schedule. The instructions will specify in what place of a particular file to place the text of the script.

The easiest variant is the Shell scripts, which are a set of Linux commands executed one by one, but even in this case, you should understand the meaning of a particular command and present the results of its execution.

For example, a simple script can be created and run directly from the command line in the console.

It is enough to just type

pwd ; whoami.

And then finish the commands by pressing Enter.
This line contains two commands separated by semicolons.

pwd – (present working directory) command prints the directory you are currently in.
whoami – the command prints the user name (login).

The Shell interpreter will execute the commands one by one and the result will appear on the screen.

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However, this work is not always done in an efficient way. Of course, the optimization and automation of working with information in the browser, primarily concerns professionals.

Meanwhile, useful aspects of the aforementioned processes can also be recommended for ordinary users. As far as they can be applied without any special knowledge. The Human Emulator program allows you to write your own scripts to work in your browser.

Why write scripts: What’s in it for you?
A script is program code that allows you to automate an action that is regularly repeated. Essentially, a script will perform an action exactly as if it were performed by a human being in person.

However, until recently, solving the above problem was the sole prerogative of professional programmers. Today, however, there is software on the market (free, by the way), which allows you to do the same thing, but without knowledge of the programming language.

The advantages of automating work in the browser are obvious:

• increased speed of working with information;
• reducing the number of errors;
• providing high positive results in work.

The fact is that any work with information has a kind of patterns. Regardless of the focus of the information, these patterns are repeated. They allow collecting, accumulating, systematizing and processing massive amounts of information in the most effective way.

Automation – the path to success
Analyzing a large amount of information always leads to significant losses of time. But the main problem is still the errors. A human is a human being, of course.

The human factor cannot be excluded in information processing and analysis. A script is a program code which executes a fixed order of operations without errors.

Let’s note that for the solution of complex tasks it will still be necessary to know the basics of programming language.

How to write a script to do your own testing with PHP?
In this article it will be about realization of simple testing by means of PHP.

It is necessary to note at once that choosing PHP, instead of javascript you receive greater reliability in testing, as PHP is a server programming language and it is executed on the server, it is much more difficult to peep answers and the code itself, than it is with javascript.

In the quiz we will have different questions, with different choices of answers – selecting one answer from a group, writing the answer to a textbox, choosing several answers in an answer.

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