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Introduction to PHP implode

Implode is a built-in function in PHP that links array elements. This function works similarly to bind () and is an alias. In order to unite all of the components in an array to create a string, we utilize the implode function. Hence implode function gives us the string resulting from forming array elements similar to the join() function.

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string implode(separator,array);

Separator: For a type string, this input field is optional. Before the array values are concatenated to make a string, they will first be separated using the separator parameter that is provided above. If it is left out, the empty string (“) is used as the default value.

Array: The variety that needs to be linked to create the string is specified in this field, which is required.

Return type: This implode() function returns a string as its output. From the array elements, it will return the newly joined series.

Examples of PHP implode

Below are some of the examples based on implode function,, which covers a few possible scenarios where they are or can be implemented:

Example #1


<?php $Input = array('first','string','combination'); print_r(implode($Input)); print_r("n"); print_r(implode("-",$Input));


Example #2


<?php $arr = array('string1', 'string2', 'string3'); $sep= implode(",", $arr); echo $sep; print_r("n"); var_dump(implode('check', array()));


In this example, we first declare 3 strings as part of an array “arr”. Next, we are using implode function and mentioning the comma separator to use for separating these 3 strings. We are also showing the results of using an empty array. It returns an empty string in this case, as shown.

Example #3


<?php $arr1 = array("1","2","3"); $arr2 = array("one"); $arr3 = array(); echo "array1 is: '".implode("'/'",$arr1); print_r("n"); echo "array2 is: '".implode("'-'",$arr2); print_r("n"); echo "array3 is: '".implode("','",$arr3);


Example #4


<?php $arr1 = array('One', 'Two', 'Three');


Here we are making using the array to display its elements in the form of ordered lists.

Example #5


<?php declare(strict_types=1); $arr1 = array( 'str1','str2','str3' ); echo implode( '-', $arr1 ),'.', implode( '-', $arr2 );


In this example, we can see that the implode function acts upon only the values of array elements and completely disregards its keys. Here ‘str1’, ‘str2’, ‘str3’ are the values directly declared in arr1, whereas in arr2 the keys are “1st”, “2nd” and their respective value pairs are “one”,”two” and “three”.

Example #6 <?php class Test { protected $name; public function __construct($name) { } public function __toString() { } } $arr = [ new Test('one'), new Test('two'), new Test('three') ]; echo implode('; ', $arr);


In the above example, we can see that even objects can be used alongside the implode function, but the only condition for this is that the objects should apply the toString() function as shown.

Example #7


<?php var_dump(implode('',array(true, false, false, true, true)));


It results in a different kind of output where we get the output in the form of 1’s wherever true is present, and in place of false, it outputs null i.e. empty value.


PHP implode() function, as shown in the above examples, can be used in various cases where there is a need to join different elements of an input array. It is a simple function with only two parameters where we specify the delimiter to be used to divide the array components.

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Complete Guide To Php References With Examples

Introduction to PHP References

PHP reference are the symbol table aliases by means of which content of one variable can be access by different names. The explicitly defined referenced variable needs to be preceded by ampersand (&) symbol. The functionality of PHP references can be explained using the analogy of Window’s shortcut. PHP references can be defined in PHP programming in various ways.

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Methods to Create PHP References

Mostly used methods to create PHP references are discussed as below:

1. Using the Keyword ‘global’

In the method reference can be created using the keyword ‘global’ before the referenced variable. Declaring a reference as global variable adds the variable to $GLOBAL array and enable the user to access a global variable within the scope of the function. Basically there are two ways through which a PHP reference can be defined being declared as global variable such as:

function Function_name() { global $globalVar; } OR function Function_name() { $globalVar =& $GLOBALS["globalVar"]; }

The below code snippet is designed to demonstrate the different between the value for the same variable with respect to local scope and to global scope.

<?php function functionname() { $inputvar = "within function scope"; echo '$inputvar in global scope: ' . $GLOBALS["inputvar"] . "n"; echo '$inputvar in current scope: ' . $inputvar . "n"; } $inputvar = "Outside function scope"; $othervar= $GLOBALS["inputvar"]; functionname(); echo '$othervar : ' . $othervar . "n";


Othervar is the reference set for the inputvar from GLOBAL array. It is not bound to the inputvar variable defined in the local scope of the function.

2. Using $this Variable

‘$this’ variable is default reference to the object for the function, of which, $this variable is referred.


The below code demonstrates the usage of $this variable to access value of any class property from the chosen class object.

<?php class Thisclass { var $clsproperty = 300; function classmethod() { } } $clsObject = new Thisclass();


The value of the clsproperty is displayed based on the value set by using $this variable.

3. Passing an Object

In PHP programming, any operation performed on a class object such as assign, return or pass, etc; the operation always is carried out with reference to the object instead of its copy.

The standard syntax to create PHP object reference is followed as below:

class ClassName { } $classObj1 = new ClassName (); $classObj2= $classObj1;

Here classObj2 object is referring to the same content contained in classObj1.


<?php class Costume { public $name; public $color; function set_name($name) { } function get_name() { } function set_color($color) { } function get_color() { } } $constume1 = new Costume(); $constume2=$constume1; echo "n"; echo "n"; echo "n"; echo "n";


The reference object Costume2 refers to the same values as carried within the properties name and color of the actual object Costume1.

Different Operations of PHP Programming

In PHP programming different operations are carried out with PHP references. Some of the major operations are discussed in the below session:

1. Passing by Reference

In order to enable a function to modify a variable which is defined out of its scope, the value needs to pass to the function by its reference.


The below code snippet changes the value of the variable defined out of the scope of the called function using the reference to the variable.

<?php function Afunction(&$input) { $input*=10; } $outVar=5; echo "Before the function is called: ".$outVar; echo "n"; Afunction($outVar); echo "After the function is called: ".$outVar;


The value of the variable outvar is changed by the function AFunction().

2. Returning References


The below code snippet is designed to pass the return value from a function parent function as reference to the defined class parent class.

<?php class parentclass { public $parentvar = "I am set at parent class"; public function &parentfunction() { } } $parentobj = new parentclass; echo $newvar; echo "n"; echo $newvar;


3. Unsetting PHP Reference

User can break the binding between the variable and reference using the method unset().


The below code snippet demonstrates the usage of the method unset() to unbound the referenced variable firstinput from secondinput.

<?php $firstinput = "I am first input"; $secondinput =& $firstinput; echo "First input: ". $firstinput; echo"n"; echo "Second input: " . $secondinput; unset($firstinput); echo"n"; echo"n"; echo "After unsetting the reference: "; echo"n"; $firstinput = "I am set to second input"; echo"n"; echo "First input: ". $firstinput; echo"n"; echo "Second input: " . $secondinput;



PHP references are important feature that is incorporated in PHP scripting. PHP references are not pointers as it can be described for ‘C’ which also occupy memory to create duplicate element. Rather PHP references are just different alias to refer the content from the actual variable. If copy of an object is required for an object in PHP, it can be done with the keyword ‘clone’.

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Complete Guide To Db2 Union With Illustration

Introduction to DB2 UNION

DB2 UNION statement is used to get a collective result that consists of all the records retrieved by the two subsets. The subsets can be the select query statements that retrieve certain rows and columns as the result. When using the UNION operator we have to make sure that the order in which the columns are retrieved from both the subqueries as well as a number of the column values retrieved from both subsets should be same. Also, for usage of UNION operator, the datatype of all the column values that are retrieved from both subqueries should be same or compatible with each other. The compatibility of datatypes mean that one of the datatype of the column can be converted implicitly by the system with respect to the same numbered column retrieved from the other sub query.

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Second Subselect query

One of the most common usage of the UNION operator is to merge a list of values that are been retrieved from two or more tables. The main difference between the UNION operator and the join operation is that even though both the operators help to combine the result from multiple tables, the UNION operator executes and retrieves the result by appending the rows vertically while in case of the JOIN operator the result is retrieved by appending the rows horizontally. Also, one more difference between the UNION and the JOIN operator is that UNION combines multiple rows while JOIN combines multiple columns.


Suppose that we have two tables named Sales_Customers and Customer_categories. The Sales_Customers table contains all the records having the details of each of the purchase-sale amount done for that customer depending on how much is purchased by that customer in that transaction while Customer_categories stores the total amount of purchasing sone by that customer. The data for both tables can be seen by using the following query statements.

SELECT * FROM Sales_Customers;

The execution of above query statement gives following output

SELECT * FROM Customer_categories

The execution of above query statement gives following output


The execution of above query statement gives following output:

Difference between UNION and UNION ALL

The UNION operator retrieves only the unique rows that means while combining the result set retrieved after executing both the sub-select statements the common rows which are duplicates are removed from the final result set. In case of UNION ALL, the duplicate rows are still persisted in the final result set. Let us have a look at the difference with the help of an example. Let’s use the same above example. We have seen that the common records are retrieved only once when using the UNION operator. Now, in place of UNION, if we use UNION ALL operator, we will get the duplicate entries of the common records retrieved from both the tables as shown below –


The execution of above query statement gives following output –

Using UNION along with ORDER BY clause –

We can retrieve the ordered result set which will be based on certain column(s) value retrieved from both the sub queries. The order can be specified by using the ORDER BY clause with the sorting expression specified either by specifying the name of the column provided if both the sub queries retrieve the same column name or by using the alias for the retrieved column value for each sub query or by specifying the integer number which stands for the position of the column on the basis of which the ordering needs to be done. Let us see how we can do the ordering by using the alias as shown below –

ORDER BY any_name;

The ordering of the result set can be done using the position integer by following a structure as shown below –


The above statement structure can be used if we have to order the result set based on the column value retrieved in the first column value.


We can make the use of the UNION operator to combine the result of two sub queries which will retrieve the unique rows having the same number of columns with same datatypes as retrieved by the subqueries.

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Complete Guide To Sql Row_Number

Introduction to SQL ROW_NUMBER

Syntax and Parameters:

The basic syntax for writing the ROW_NUMBER function in SQL is as follows :

ROW_NUMBER() OVER( [PARTITION BY partition_expression] )

The parameters used in the above syntax are as follows :

partition_expression: The column or expression on the basis of which the entire dataset has to be divided. If you do not specify anything, by default, the entire result set is considered as a single window or partition.

order_expression: The column or expression on the basis of which the rows in the partition set are ordered or sorted in a particular ascending or descending order.

Examples of SQL ROW_NUMBER

In order to illustrate ROW_NUMBER() function in great detail, let us create a table called “yearly_sales”.It contains details pertaining to sales made by a salesperson in a particular year. We can use the following code snippet to create the table.

CREATE TABLE public.yearly_sales ( year smallint NOT NULL, salesperson character varying(255) COLLATE pg_catalog."default" NOT NULL, store_state character varying(255) COLLATE pg_catalog."default" NOT NULL, sale_amount numeric NOT NULL );

We can use the following code snippet to insert values.

INSERT INTO public.yearly_sales( year, salesperson, store_state, sale_amount) VALUES (2023,'Radhika Singh','DL',18000), (2023,' Kate Dave','DL',12000), (2023,'Kate Dave','DL',13260), (2023,'Radhika Singh','DL',11200), (2023,'Radhika Singh','KA',18000), (2023,'Kate Dave','MH',14300), (2023,'Kate Dave','MH',15100), (2023,'Greg Morocco','NY',17200), (2023,'Greg Morocco','NY',12350);

After the above-mentioned insertion operations, the data in the “yearly_sales” table looks something as shown below :

SELECT * FROM yearly_sales;

Now we are all set to try a few examples based on the newly created “yearly_sales” table.

Example #1

SQL query to illustrate the use of ROW_NUMBER() function to assign a sequential number to each row in the result set.

SELECT year, salesperson, sale_amount, store_state, ROW_NUMBER () OVER (ORDER BY year) FROM yearly_sales;

In this example, since we have not created any partition, the entire result set by default is considered as a single partition. We can see in the data output that the row_number() function has sequentially assigned a unique integer number to each row in the partition, starting from 1 and ending at 9.

Example #2

Use of ROW_NUMBER() function to assign a row number to each row in a partition created by year in the result set.

SELECT year, salesperson, sale_amount, store_state, ROW_NUMBER () OVER (PARTITION BY year ORDER BY sale_amount DESC) FROM yearly_sales;

We can observe in the image that the ROW_NUMBER() function first created partitions by year (2023,2023, and 2023) and then uniquely numbered each row starting from 1 within each partition.

Example #3

(the salesperson who made sales of the maximum amount) during the years 2023, 2023, and 2023.

WITH CTE AS ( SELECT year, salesperson, sale_amount, store_state, ROW_NUMBER () OVER (PARTITION BY year ORDER BY sale_amount DESC) as row_number FROM yearly_sales ) SELECT year, salesperson FROM CTE WHERE row_number = 1;

In this example, we have created a CTE to illustrate the same. In the next example, we will use a subquery to illustrate the same further.

Example #4

SQL query to illustrate the use of the ROW_NUMBER() function to perform pagination of a huge result set.

SELECT * FROM (SELECT year, salesperson, sale_amount, store_state, ROW_NUMBER () OVER (ORDER BY year DESC) as row_number FROM yearly_sales ) t WHERE row_number BETWEEN 4 AND 8 ORDER BY sale_amount;

Many times, we might have to create dashboards or web applications where we cannot show the entire result set on a single page.

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Chatgpt For Coding: User Guide With Examples

ChatGPT can be used in all aspects of coding such as:

Writing code snippets

Generating boilerplate code

Debugging code

Adding documentation

Generating unit tests

This article gives you specific examples for each of these tasks and more.

Keep in mind that ChatGPT isn’t meant to replace your work as a developer. Instead, it acts as an additional tool in your toolkit similar to the way IntelliSense, autocomplete, and other developer tools do.

If you want a general introduction to the AI tool, start with these articles:

Here, we’ll jump straight into practical examples using it for coding. Let’s start with code snippets.

ChatGPT can help you with code snippets by generating specific examples based on your requests. You can simply ask it to write code for a particular algorithm or a function in your preferred programming language.

It’s important to be as specific and clear as possible in your prompts as the AI model works best with explicit instructions.

For example, if you want to generate a Python function to add two numbers, you could use a prompt like this:

Write a Python function that takes two integers as inputs and returns their sum.

ChatGTP responds by providing a complete function and an example of how to use it. Here is the code snippet we received with the prompt:

ChatGPT can also help in completing your partial code snippets. If you’ve started writing a piece of code but are unsure about the correct syntax, the AI tool can provide suggestions based on its understanding of code syntax and structure.

For example, if you started writing a Python function to sort a list but got stuck, you could input your incomplete code and ask ChatGPT for help.

Here is a sample prompt:

Complete this piece of Python code:

def sort_list(my_list):

    # sort the list in ascending order

ChatGPT suggests a complete version with an explanation of the code that it has provided.

Boilerplate code refers to sections of code that have to be included in many places with little to no alteration. Some examples include:

Setting up a Flask web server in Python

Main method declaration in a Java application

Initial setup code in an HTML file

The structure of the code tends to stay the same across different projects. Using ChatGPT can speed up the setup process for new projects or features.

The boilerplate code includes the essential structure, any necessary dependencies, and basic functions. This frees you to focus on building your application’s core functionality.

Here is an example prompt:

Provide boilerplate code for setting up a Flask web server in Python.

The AI tool can be used to enhance and optimize existing code. The tool can propose improvements such as extracting repeated code into functions or simplifying complex boolean expressions.

It can also help identify parts of your code that could be made more efficient. This could be recommending a more suitable data structure or identifying redundant code that can be removed.

When you supply the piece of code to ChatGPT, tell the tool that you want it refactored with a phrase such as “Refactor this Python function: …”

When you’re having problems with your code, you can provide ChatGPT with the malfunctioning code and a description of the issue. The AI tool will attempt to identify and correct the problem.

For example, suppose you have a Python script that should sort a list in descending order but is generating an error message instead. You can provide the details in a prompt like this:

This Python script should create a list and sort it in descending order:

my_list = [5, 2, 3, 1, 4]


It produces this error:

AttributeError: ‘list’ object has no attribute ‘sort_descending’

Please debug the script.

ChatGPT provides an explanation of the error in plainer language. It then provides a sample corrected script, as you can see in this picture:

ChatGPT can be utilized as a valuable tool in the software testing process. Its ability to understand and generate code makes it particularly suited to helping developers write test cases and unit tests, saving time while ensuring that your software is robust and reliable.

Writing unit tests with ChatGPT can be as simple as providing a description of the behavior you’re testing. Based on your description, ChatGPT will use its training data and knowledge of coding practices to generate an appropriate unit test.

Suppose you have a function in Python that calculates the area of a rectangle and you want to generate a test for it. Here is a sample prompt:

Write a unit test for a Python function called calculate_area that takes two parameters, width and height. The test should verify that the function correctly calculates the area of a rectangle.

ChatGPT provides a detailed unit test. You can also ask for a suite of unit tests for your application.

Code porting means adapting software from one environment to another. This often involves translating code from one programming language to another. Unfortunately, this task can be time-consuming and prone to error.

ChatGPT can be a useful tool during this process. For instance, if you have a Python function that you need to translate into JavaScript, you can provide the function to ChatGPT and ask it to perform the translation.

Here is a sample prompt:

Translate this Python code into Javascript:

def add_two_numbers(a, b):

    return a + b

This picture shows the generated JavaScript function.

Later in this article, you’ll learn about some general limitations that ChatGPT has when assisting with coding tasks.

Code translating brings some specific problems. Programming languages have different features, and not all of them translate well with each other.

For example, translating Python’s dynamic typing and list comprehensions to JavaScript could lead to more verbose and less idiomatic code.

Similarly, translating class-based object-oriented features to JavaScript might require significant restructuring.

Many programmers find writing documentation to be the least enjoyable part of the job.

def add_two_numbers(a, b):

    return a + b

ChatGPT can also assist in writing external documentation, such as

README files


API documentation

You can provide it with a description of your software or its individual components, and it can generate detailed, human-readable explanations and instructions.

To help get you started with incorporating ChatGPT into your development tasks, here are four specific use cases:

Converting plain text to CSV

Generating filler text

Writing SQL queries

Using Power Automate to Integrate ChatGPT

ChatGPT can help in transforming plain text data into a CSV format using regular expressions (regex). This can be particularly useful when dealing with raw or unstructured text data that needs to be transformed for data analysis or machine learning tasks.

First, you’ll need to identify the patterns in your plain text data that can be captured using regex. ChatGPT can suggest suitable regex patterns based on the format of your text data.

Once the patterns are identified, you can use ChatGPT to help generate the code needed to apply these regex patterns to your data. This code can match patterns in the text and group data accordingly.

After the regex is applied, ChatGPT can assist in writing the code to format the grouped data into a CSV file. This involves creating a CSV file and writing the extracted data to it.

ChatGPT can be an invaluable tool for generating placeholder or filler content. Whether it’s for web design, app development, or document formatting, ChatGPT can provide contextually appropriate, human-like text.

Unlike generic Lorem Ipsum, ChatGPT can generate text on a specific subject, making it ideal for realistic mock-ups or prototypes.

For data testing, ChatGPT can generate structured data according to the specified format. This can be useful for testing database queries or data processing pipelines.

Here is a sample prompt:

Generate test data of five rows of comma-delimited lists of four animals.

Here is what is generated with this prompt:

When you use ChatGPT to help with SQL, you can focus more time on higher-level tasks such as designing complex reports.

Our tutorial on using ChatGPT to write SQL queries will get you up to speed!

This video will show you how to integrate ChatGPT with Microsoft Outlook using Power Automate:

Now that you’ve learned the extensive ways that the AI tool can help, you may be wondering: can ChatGPT replace programmers?

Despite the impressive capabilities of ChatGPT, it’s not infallible. The code it generates should be reviewed and tested before being used in a production environment.

For example, it may generate code with errors or bugs due to its reliance on pre-existing knowledge and input prompt quality.

Even harder to spot is when the generated code runs successfully but produces wrong results. The accuracy of the generated code depends on the complexity of the requirements and the clarity of the description.

The quality and extent of ChatGPT’s coding capabilities also depend heavily on the training data it has been exposed to. If the model comes across tasks it hasn’t encountered during training, it could generate inadequate or incorrect code.

Here are our 3 best tips to mitigate these limitations:

Be specific about your desired programming language, framework, or library.

Familiarize yourself with ChatGPT’s known capabilities and limitations.

Combine ChatGPT’s output with your own expertise in coding.

You’ve learned how to use ChatGPT to assist in your daily programming tasks. The ability of the AI tool to understand prompts and generate meaningful, context-aware code has made it an excellent assistant for developers.

A Complete Guide To Vmware Benefits

Introduction to VMware

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This software helps us in various domains like security, storage, networking, etc. VMware provides us with various software and products that can be used for different benefits; here, we will see the various benefits of using that product and software for better understanding and usage.

Various VMware Benefits

As we already know, VMware has many benefits, which can be understood by the various product it provides, which adds great help to security networking, storage, and many more areas.

1. Provides virtual desktop infrastructure

One of the benefits of using this is we can use the desktop from anywhere we want. From this, we do not require a full desktop setup in the workplace; we can use VMware Horizon, which allows us to manage and run the Windows desktop from VMware Cloud or AWS. This removes a lot of things for us, like we do not require to manage and set up the full desktop at the workplace. Also, it helps reduce the monitoring and managing of user security and centralizes management. We can use this with two more VMware products, Dynamic Environment Manager and App Volumes, which help us in application delivery and managing the Windows desktop.

2. Provide personal desktop

VMware created this as their first product, enabling users to run or manage virtual machines directly on a single Linux, Windows, or laptop. Using this, we can have a virtual machine inside the physical machine, which can run without causing any issues; in short, it can run parallel or simultaneously. If we talk about virtual machines, they have operating systems such as Linux or Windows. With this, we can even run Windows on the Linux machine and vice versa without worrying about the installed operating system on the machine. The product name VM Workstation enables us to run the virtual machine in the machine; for Mac computers, we have VM Fusion.

3. Provide storage and availability 4. Provide disaster recovery management

VMware benefits also include disaster recovery; for this, it provides us with the Site Recovery Manager, which helps us create the recovery plan, which will be executed automatically in the case of failure. The NSX further integrates with this system to maintain and preserve the security and network on the migrated VMs.

5. Provide the cloud infrastructure

For infrastructure, we have one product from VMware which is known as vSphere, which provide the following points:


vSphere Client


vCenter Server

6. Provide us SDDC platform

SDDC manager helps to integrate various software into a single platform, such as VMware NSX, vSphere, vSAN, etc. So for this, we have VMware cloud foundation, which is a software that helps to bundle this mentioned software by the use of the SDDC platform; now we can deploy this bundle on the private cloud or also have the option to run this bundle within as public cloud but as a service. Admin can do all these tasks; admin also has the provision to the application without the need for storage and network.

7. Provide network and security

As seen above are the main benefits of VM, as we have already seen it provides us with many products which can be used for different purposes as per the need, one of the main things about doing things virtually without carrying the setup at the workplace.

Below are the key points that need to be kept in mind while using the VN product; they provide us with many benefits, but we also have some drawbacks that must be focused on.

Also, there is a lack of support, which means we may encounter several bugs while using the VM product.

Not all things are free; the fees are very high for licensing.

Conclusion – VMware Benefits

As we have already seen so many benefits of VM in this article, we have also seen the different products that provide for different purposes; you can understand and start using them by the above explanation; we have many more things in VM.

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