You are reading the article How Stdin Works In Perl? With Examples And Advantages updated in December 2023 on the website Daihoichemgio.com. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested January 2024 How Stdin Works In Perl? With Examples And Advantages
Introduction to Perl STDINSyntax:
Below is the parameter description for the syntax as follows:
STDIN: STDIN is stands for standard input which we have used to take input from the user or to take from the keyboard or any input device. The STDIN will read the line entered from the keyboard along with the new line character and special character corresponding with the enter key which we have press after input.
Variable name: We have used any variable name to define STDIN in perl. We have used variable name to declare STDIN in perl. Variable name parameter is very important and useful in perl to declare value of STDIN variable. We have defined any name to the variable that we have used with STDIN in perl.
How STDIN works in Perl?
The STDIN will read the line entered from the keyboard along with the new line character and special character corresponding with the enter key which we have pressed after input.
STDIN stands for standard input which we have used to take input from the user or to take from the keyboard or any input device.
We can use it with the list context in perl. While using it with list of context it will take multiple value as input from the user.
After pressing enter it will identify that it would be individual elements in the list. We can press ctrl+D in Linux systems and ctrl+Z in windows system to indicate the end of the inputs.
It is very important and useful in perl to get standard input from console or take input from keyboard and any other input device.
It is used to get input from standard console by using it in perl. It is also called as standard input.
We can use it with the scalar context in perl. Scalar context is an operator in perl which have used with STDIN in perl.
Scalar context operator will read the line which was entered from the keyboard along with the new line character in perl.
Scalar context and list context operator is very useful and important. It is used to take input from the user by using STDIN.
We can declare it with variable name, also we can use any variable name to declare and initialize input.
We have defined any name of the variable that we have used with STDIN in perl. Variable name parameter is very important and useful in perl to declare value of STDIN variable.
ExamplesGiven below are the examples mentioned:
Example #1STDIN in perl.
In below example we are getting data from the user using standard input.
Code:
use 5.030; use strict; ## Use strict and warnings use warnings; say "Enter Name:"; say "Welcome $name_user in perl";Output:
Example #2STDIN using scalar context.
Below example shows a scalar context in perl. We are using scalar context operator. Scalar context operator will read the line which was entered from the keyboard along with the new line character in perl.
Code:
print "Enter age of usern"; # Getting age from the user by using age_user variable. # Removes new line from the input by using chomp in perl. chomp $age; print "Age is ", $age_user;Output:
We have taken input as age from the user. We have removed new line character by using chomp. Chomp function removes the new line character from the code.
Example #3Below example shows STDIN with a list context in perl. We are using list context operator.
Code:
# Get name from the user print "Enter name"; # Removes new line appended using chomp in perl. chomp @user_name; # Print the name of the user. print "nUser name is: [email protected]_name ";Output:
Advantages
STDIN is used to take input from the user or any input device.
It is very useful and important in perl to take input from the keyboard or from the user.
We can get input from the standard console by using STDIN in perl.
We can take input of scalar and list context operator by using it.
ConclusionSTDIN stands for standard input and abbreviated the name as <STDIN>. The STDIN will read the line entered from the keyboard along with the new line character and special character corresponding with the enter key which we have pressed after input. It is very useful in perl.
Recommended Articles
We hope that this EDUCBA information on “Perl STDIN” was beneficial to you. You can view EDUCBA’s recommended articles for more information.
You're reading How Stdin Works In Perl? With Examples And Advantages
How Does Pop Function Work In Perl With Examples
Introduction to Perl pop
Web development, programming languages, Software testing & others
Syntax:
The Perl script uses some data structure concepts like push and pop. It is mainly used for manipulates the data, and it reduces the memory to perform the operations quickly. The pop() functionality have to remove the last element from the array or any other data structures in the memory.
@var =(' '); print pop(@var); ----some perl script codes depends upon the user requirement the perl functions will be called and used in the file---The above codes are the basic syntax for the pop() function used in the Perl script; the user input values are popped out on the data structures.
How does the pop Function work in Perl?
The Perl script uses some default functions, keywords, variables for creating the sophisticated applications. Likewise, we use some data structures concepts like an array, stack, queue, push, pop, shift etc., for securing the datas as well as reduce the data usages in the memory location. Perl array uses a pop() function for removing the last element of the array; it also pointed out the stack in data collections and structure concepts. It also used for to remove as well as return or pop the last element from the array.
This is meant by to reduce the number of elements in the array. Generally, the last stage or position of the element is the highest level of the index is generated automatically in the stack memory. Also, the pop() function of the elements are chopped off the elements from the right side positions of the array list, and it will return the element as soon as to reduce the element size automatically with one by one in the memory. The array elements are also thought of as the stack for the numbered boxes that are top to bottom, and increasing the element size goes down so that the bottom of the stack memory is popped out in the memory.
Examples of Perl popGiven below are the examples of Perl pop:
Example #1Code:
#!/usr/bin/perl -w @var = (7654,3876,2736,91237,237,9273,36483,12973,2739,918723,9273,8263,912873,9812732,973924,192873184,9210838,91723,90238,921838); print("Welcome To My Domain", pop(@var), "After using the pop() function in the script it return the value as recently removed in the list",@var, "n")Output:
In the above example, we used a basic variable like @var to initialise the values; it will be lengthy to store them in the array. So each value has a separate reference, and it holds the reference to the stack memory location because when we removed the particular element in the stack, it also holds the reference keep on the memory so the memory loss will be occurred due to avoid the memory leaks and consumption it removes in the memory. If we use the pop() function, it removes the last element in the array that is left to right position; the last position of the element is 921838 it will be removed in the stack memory.
Example #2Code:
use strict; use warnings; my @var = qw(+ - * / %); pop @var; print "Welcome To My Domain its the first pop() function used in the stack memory n n @varn"; print "After Inserting the aboev two operators in the stack memory the variable and the array size is shown n n @var n"; my @var1 = qw(74 dg dgh wehf whewf jh e wiejh eih eihrf 3748 jh48 hef 4897y jhef 4 9y8 hr 9 4 herfu9 jkd jdeij iejhfb wefih); pop (@var1); unshift @var1, 'Have a Nice Day User'; print "After using the unshift() function in the pop() functionality the stack memory of the varaible is shown n [email protected]n"; my @demo = ('1'..'100'); unshift(@demo, pop(@demo)); print "We compared the unshift() functionality in the pop() function the result is: n n@@demo = @@demon";Output:
In the second example, we used some different functions like unshift and push() in pop() functionality. After removing the last element in the stack, the memory reference of the particular value has also been empty. It is in null space, so it will be occupied with the other elements by using the push() operation; it will be inserted in the array list. When we use unshift() function, we can call the pop() function and the user input variable to compare the two functionality in the script. Here we used 1..100 in the variable @demo; it will be called in the unshift(@demo, pop(@demo)) method for comparing the same variable values for the different purposes.
Example #3 use strict; use warnings; print "Welcome User after using the split() function in pop() out the result is: n $varn"; my $var1 = ['55gtg', 'fu', 'erhgfb', 'jwehg', 'jehwgfvj']; pop @$var1; print "Have a Nice day user after popped out the elements from the array list is: @{$var1}n"Output:
ConclusionIn concluded part, the Perl script used a lot of default methods with their properties in the application. Likewise, pop() is one of the pretty functionality for the data structure using the Perl script. Using these functions, we will remove the last element from the data structure and reduce the memory.
Recommended ArticlesThis is a guide to Perl pop. Here we discuss the introduction; how does pop function work in Perl? and examples, respectively. You may also have a look at the following articles to learn more –
How The Opendir Function Works In Perl?
Introduction to Perl opendir
Web development, programming languages, Software testing & others
Syntax
As we have seen that opendir is a function that is used to handle operations on the directory in Perl. We have different functions available to operate on the directory. Let’s see the syntax for a better understanding of this function in detail see below;
opendir DIRHANDLE, EXPRThis is the basic syntax for the opendir function as per the Perl documentation. Here we have two parameters as the input. One is the directory handle, and another one is expression. Let’s see one practice syntax for better understanding of the function see below;
opendir(DIR, 'Your_directory_name_here') or die;In the coming section, we will see in more detail how we can use this while programming in Perl.
How opendir function works in Perl?As of now, we know that opendir function is used to open the directory in the Perl. In Perl programming language, we have different functions available which are used to handle operations on the directory. If we want to open a directory in Perl, then we can use this function by specifying the directory path there. Let’s see the method signature of this function we have in Perl see below;
Method signature:
opendir (DIR, $directory) or die;Example:
#!/usr/bin/perl my $mysample = '/your/path/to/directory. ..'; opendir (DIR, $mysample) or die "Error occured, $!"; while ($myfile = readdir DIR) { }As you can see in the above lines of code, we are using the opendir function to open the directory in Perl and to read the files; we have the readdir function available in Perl. So first, we are creating one variable which is pointing to the directory path that we actually want to read named as ‘my sample’ After this, we are calling the opendir function to perform operations on the directory. Inside this function, we are passing two-parameter as the input. The first parameter is the directory handle which will handle the output And the second parameter is the directory path of the system. After this, we would have all the results in the DIR first parameter; we can read our directory or files in the current directory pointer by the use of it. So we are using the readdir function from the Perl directory to read the directory result inside the loop; we can have our logic to read them. In this way, we are using the opendir function in Perl; by the use of it, we can open the directory and read the files.
If we talk about the return type, we have a below-mentioned point for this function in Perl :
return type: This function return a Boolean value as a result; if successful, it will return true. In case of failure, it will return false as the value.
Points to remember while working with opendir function in Perl:
This function is used to open the directory.
That means we can now access the files or sun directories that are available inside the current search directory.
This is an alternate way to access the directory information and other stiff through Perl programming; this will help us to read the files from code in Perl.
We can also return some error message if the function does not find the mentioned path. We can use one keyword named ‘die’; this can be used to throw or return some error message that the user can easily understand.
If the mentioned directory is not found and even we are also not throwing any error using ‘die’, then it will throw an exception at runtime saying ‘No such file or directory found’.
To read and close the directory, we can use readdir and closedir functions from the Perl directory library.
After successfully reading and opening the directory, we have to close the directory; otherwise, it will lead to some memory leakage.
ExamplesExample:
#!/usr/bin/perl my $mydirectory = 'C:/project'; opendir (DIR, $mydirectory) or die "error while finding directory path in system, $!"; while ($myfiledemo = readdir DIR) { print "file name is ::n" print "$myfiledemon"; }Output:
ConclusionOpendir function is used to perform operations on the directory in Perl. We can open the directory and access the files inside it using programming by the use of this. This makes the operations on the directory easy to handle; we have so many different functions available to read, close the directory as needed.
Recommended ArticlesThis is a guide to Perl opendir. Here we discuss How the opendir function works in Perl and Examples along with the outputs. You may also look at the following articles to learn more –
How Url Works In Jdbc With Examples?
Definition of JDBC URL
JDBC provides the URL to identify the database, so we can easily recognize the required driver and we can connect it. Basically JDBC URL we can use as database connection URL as per user requirement. When the driver loaded successfully we need to specify the required database connection URL to connect the database that the user wants. We know that the JDBC URL always starts with the JDBC keyword for the database connection; basically, the URL depends on the JDBC driver. We also need to provide the different parameters with the JDBC URL that is port number, hostname, database name, user name, and password, etc.
Start Your Free Software Development Course
Web development, programming languages, Software testing & others
specified protocol name//[specified host name][/specified database name][username and password]Explanation
By using the above syntax, we try to implement the database connection, here we use different parameters such as protocol name, the hostname that we want, specified database name that we need to connect with the username and password, the database name depends on the user.
How URL works in JDBC?Now let’s see how the URL works in JDBC as follows.
Register the JDBC Driver: After importing the class we need to load the JVM to fulfill that is it loaded the required driver as well as memory for JDBC request.
Database URL Formation: In this step, we need to provide the correct parameter to connect the specified database that we already discussed in the above point.
Create the Connection Object: After the formation of the URL, we need to create the object of connection that means we can call the DriverManager with grtConnection() methods to establish the connection with a specified database name.
Now let’s see in detail how we can import the JDBC Driver as follows.
Basically, the import statement is used to compile the java program and is also used to find the classes that are helpful to implement the source code as per user requirements. By using these standard packages, we can perform different operations such as insertion, delete and update as per user requirements.
import java.sql.*;Now let’s see how we can register the JDBC Driver as follows.
We just need to import the driver before using it. Enlisting the driver is the cycle by which the Oracle driver’s class document is stacked into the memory, so it tends to be used as an execution of the JDBC interfaces.
You need to do this enrollment just a single time in your program. You can enlist a driver in one of two different ways.
The most widely recognized way to deal with registering a driver is to utilize Java’s Class.forName() technique, to progressively stack the driver’s class document into memory, which naturally enlists it. This technique is ideal since it permits you to make the driver enrollment configurable and compact.
2. By using DriverManager.registerDriver():
You should utilize the registerDriver() technique in case you are utilizing a non-JDK agreeable JVM, for example, the one given by Microsoft.
After you’ve stacked the driver, you can set up an association utilizing the DriverManager.getConnection() technique. JDBC provides the different JDBC drivers for the different database systems and we can utilize them as per the user requirement.
1. MySQL JDBC URL format:This is the first JDBC URL format that can be used in MySQL to establish the connection with the required database name. The format of this URL is as follows.
(Connection con_obj = DriverManager.getConnection(specifed_jdbcUrl, user defined username, user defined password))Explanation
In the above format, we use DriverManager.getConnection method to establish the connection with the database; here we need to pass the specified JDBC URL as well as we need to pass the username and password. The username and password fields are depending on the user. In JDBC URL we need to pass all parameters that we require to make the connection such as database name, protocol, etc.
2. Microsoft SQL Server URL format:This is another famous URL format for the database system. Suppose we need to connect to the Microsoft SQL Server from a Java application at that time we can use the below-mentioned format as follows.
jdbc:sqlserver://[specified serverName[ specified instanceName][:required portNumber]][;property(that user defined properties)]In the above syntax, we need to mention the server name that is the address of the server, or we can say that domain name or IP address. Also, we need to mention the instance name for server connection if we leave then it uses the default. In the same way, we can use port numbers and properties.
3. PostgreSQL JDBC URL format:PostgreSQL is a famous open-source database system. So we can use the below-mentioned JDBC format as follows.
Jdbc:postgresql://hostname:port number/specified database name and properties. ExamplesNow let’s see different examples of JDBC URLs for better understanding as follows.
import java.sql.Connection; import java.sql.DriverManager; import java.sql.PreparedStatement; import java.sql.Statement; public class connection_t { public static void main(String args[]){ String m_url = " jdbc:mysql://localhost "; Connection con_obj = DriverManager.getConnection(m_url, "root", "root"); System.out.println("Connection successfully established with database. . ."); } }Explanation
In the above example, we import the dependencies that are required to establish the connection with the database such as SQL. connection, SQL.DriverManger etc. After that, we import the class as shown. Here we also mentioned a connection string with connection parameters such as DriverManager.getConnection() method as shown. The final output or end result of the above example we illustrated by using the following screenshot as follows.
In the same way, we can connect to the Microsoft server and PostgreSQL as per our requirements.
ConclusionWe hope from this article you learn the JDBC URL. From the above article, we have learned the basic syntax of JDBC URLs as well we also see the different connection string URLs with different examples of JDBC URLs. From this article, we learned how and when we use the JDBC URL.
Recommended ArticlesThis is a guide to JDBC URL. Here we discuss the definition, syntax, How URL work in JDBC ? and examples respectively. You may also have a look at the following articles to learn more –
How Dateadd Works In Redshift With Examples?
Introduction to Redshift dateadd
Redshift provides the different types of built-in functions to perform the different operations on the data as per user requirements. For example, the dateadd() is one of the functions provided by Redshift. Basically, the dateadd() function is used to return the new date-time values by adding the required date and timestamp, or we can say the specified date and timestamp as per user requirement. In other words, we can say the dateadd() function is used to return the specific date and time as per the interval that has been added. Normally the dateadd() function is used when we need to specify the future and past date and time as per requirement.
Start Your Free Data Science Course
Hadoop, Data Science, Statistics & others
Explanation:
In the above syntax, we use dateadd() function with different parameters as follows:
specified datepart: The specified datepart means we can divide the data into different parts such as year, month, day, or we can say the hour, which means as per our requirement, we can divide the date.
specified interval: Interval means specified interval, or we can say the number of days that we required, either positive or negative. This is also depending on the user requirement.
How dateadd Works in Redshift?Given below shows how dateadd() function works in Redshift:
Before execution of the dateadd () function, we need to be sure of the following point then we are able to perform the dateadd () function as follows:
First, we need to connect to the server that hosts the database that we want.
We must know the database name that we need to connect.
We also required the user name and password.
By utilizing window capacities, you can empower your clients to make insightful business inquiries all the more productively. Window capacities work on a segment or “window” of an outcome set and return an incentive for each column in that window. Conversely, no windowed capacities play out their computations as for each line in the outcome set. Dissimilar to bunch works that total outcome pushes, all columns in the table articulation are held. Normally the dateadd () function works on different parameters such as date and time. Again, we can divide the “date” into different parts: year, month, day, and time. We can divide it into the hours, second, millisecond, and microsecond as per user requirement. Suppose we need to specify the future date of our project; we can use the dateadd () function, add the interval, and add past date and time as per requirement.
Let’s see how we can date in various formats such as second, milliseconds, and microseconds as follows:
By using window limits, you can engage your customers to make shrewd business requests even more beneficially. Window limits work on a fragment or “window” of a result set and return a motivating force for every segment in that window. Then again, no windowed limits play out their calculations concerning each line in the result set. Unlike bundle works that complete result pushes, all segments in the table enunciation are held.
Examples of Redshift dateaddGiven below are the examples of Redshift dateadd:
Example #1Let’s see how we can add the months into the current date as follows.
Code:
select dateadd(month,10,'2023-02-23');
In the above example, we use the dateadd function as shown; here, we need to add 10 months into the specified date, or we can say that literal value of date at that time we can use the above statement.
Here we use the default column name that date_add, as well as here use the default timestamp value that is 00. The final output of the above statement we illustrated by using the following screenshot as follows.
Output:
Example #2Let’s see how we can add the timestamp into the date by using the dateadd() function as follows.
Code:
select dateadd(m,20,'2023-08-04');
Explanation:
In the above example, we use the dateadd() function as shown; suppose we need to add the timestamp into the specified date at that time, we can use the above statement.
In this example, we need to add the 20 minutes into the specified date by using the dateadd() function as shown in the above statement; similarly, we use the default column name the same as the above example. The final output of the above statement we illustrated by using the following screenshot as follows.
Output:
Example #3Let’s see how we can use the dateadd() function in a different way as follows.
Code:
select dateadd(month,1,'2023-04-30');
Explanation:
In the above example, we use dateadd() function; suppose we need to add one month to the specified date at that time, we can use the above statement.
dateadd: If there are fewer days in the date you are adding to than in the outcome month, the outcome is the comparing day of the outcome month, not the last day of that month.
For instance, April 30 + multi-month is May 30. Similarly, here we use the default column name same as the above example. The final output of the above statement we illustrated by using the following screenshot as follows.
Output:
By using dateadd () function, we can also handle the leap year as per user requirements. So in this way, we can also implement the time, timetz, and timestamp with date function as per the user requirement.
ConclusionFrom the above article, we have seen the basic concept as well as the syntax of Redshift dateadd() functions, and we also saw the different examples of the Redshift dateadd() function. From this article, we saw how and when we use the Redshift dateadd() function.
Recommended ArticlesThis is a guide to Redshift dateadd. Here we discuss the introduction, how dateadd works in Redshift? and examples, respectively. You may also have a look at the following articles to learn more –
How Serialization Works In Kotlin With Examples
Introduction to Kotlin Serialization
The kotlin serialization is the technique and process used to convert the application data with the specified format, and that can be transferred across the network, and it will be stored in the database or the external file. It may be any format like JSON, xml and it follows the protocol buffers. Here kotlin have the data serialization tools available in a separate component like “kotlinx.serialization” that package consists of the gradle plugins installed at the runtime libraries. The compile-time, type-safe mechanism for converting the objects into the data formats with a multi-platform supported environment.
Start Your Free Software Development Course
Syntax of Kotlin SerializationThe kotlin language has many default classes, methods, variables, and other keywords used to implement the mobile-based application. Serialization is the process of converting the object to the data stream, and it is used to store it as a separate file.
@Serializable data class className{ val name1: datatype val name2: datatype --------some declaration and logic codes--- } fun main() { ----Some main function codes depends on the above data class and the methods--- }The above code is the basic syntax for creating and utilizing the serializable in kotlin language. We can use it anywhere on the programming codes, which depends on the requirement.
How does Serialization work in Kotlin?Serialization is the process of converting the object data to the application data, and it can be stored with the separate file by using the format like json and xml etc. The kotlin has built-in functions, and it is completely used with the multi-platform supported used with the kotlin/native and kotlin/js. When we use non-kotlin type based file formats like json or xml based parser libraries would be suffered from some type of erasure data, and it could be the generic data type loses, so it should be avoided with the help of token type as the parameter in their serialization and deserialization functions.
We used other serialization techniques like polymorphic serialization, string customizability, framework integration and multi-format future types. Serialization is ignored and use the optional fields, and it can be used to adjust the default values, and it should be overridden for the JSON value format. In kotlin language, the new native standard serialization library was more similar to the java language concept like reflections used with the Android development. So the process of decomposing the inputs into the file stream for storing the datas that will be the encoded format. The encoder conversion is to be considered with another desired format for storing, processing and transforming datas into the other formats, which is on a similar requirement.
Examples of Kotlin SerializationGiven below are the examples of Kotlin Serialization:
Example #1Code:
import kotlinx.serialization.Serializable import kotlinx.serialization.json.* import kotlinx.serialization.* import java.util.Base64 @Serializable class first(val n: String, @SerialName("lang") val lang: String) { fun demo() { val sn="Its the first string" ml.add("First Element is:Siva") ml.add("Second Element is :Raman") ml.add("Third Element is :Siva Raman") ml.add("Fourth Element is :Arun") ml.add("Fifth Element is :Kumar") println("Thank you users your first set of mutable list datas are:") for(vars in ml){ println(vars) } println("Thank you users your second set of mutable list datas are:") println(ml[2]) ml.add(2,"Sachin") println(" We can modify the first set mutable list ml.add(2,"Sachin")") for(vars in ml){ println(vars) } ml.add("Rajdurai") println("Again we can add the list values ml.add("Rajdurai")") for(vars in ml){ println(vars) } ml.addAll(1,mb) println("We can add all the list values to single list: ml.addAll(1,mb)") for(vars in ml){ println(vars) } ml.addAll(ma) println("We can add all the values and make it to the single list: ml.addAll(ma)") for(vars in ml){ println(vars) } ml.remove("Salman") println("We can remove the specified values: ml.remove("Salman")") for(vars in ml){ println(vars) } } } fun main() { val data = first("kotlinx.serialization", "Kotlin") var ref=first("Thank you for spenting the time with the serialization concept","Kotlin with Maven") var dt=ref.demo() var s= arrayOf(dt) for(ars in sequenceOf(s)) { println(ars) } var l= listOf(data) println(s) println(l) val str = "Welcome To My Domain its the first example that related to the kotlin serialization" val out: String = Base64.getEncoder().encodeToString(str.toByteArray()) println(out) }Output:
The above example is the basic example that can be related to the @Serializable annotation, and it operates the class as serialized one, and it is operated in the main method to complete the operations.
Example #2Code:
import kotlinx.serialization.* import kotlinx.serialization.* import java.util.Date import java.text.SimpleDateFormat @Serializable class Test() { var age: Int = 0 var name: String = "" var sex: String = "" fun demo2(){ val s="32,Siva, male" println(s) } } enum class Second(var sec: String) { demo("first method"){ override fun exam() { println("Java is the higher leve language") } }, demo1("second method"){ override fun exam() { println("C, C++ is the middle level language") } }, demo2("third method"){ override fun exam() { println("dotnet is the high level language") } }; abstract fun exam() fun demo1(stringValue: String): String{ return "Welcome" } } fun main() { val d = Test() var s=d.demo2() println(SimpleDateFormat("yyyy-MM-ddX").parse("2023-06-07+00")) println("Welcome To My Domain its the second example that relateded to the kotlin serialization, $s") }Output:
Example #3Code:
import kotlinx.serialization.Serializable import kotlinx.serialization.SerialName @Serializable @SerialName("Building") class Building(val structure: String){ var s1="Pyramid" var s2="V-Structure" var s3="Fire-Resistive" var s4="Hut" var s5="Wood frame" } @Serializable @SerialName("Types") fun main() { val res = "Welcome To My Domain its the third example that related to the kotlin serialization" println(res) var out=Building("Eiffel Tower") println(out) }Output:
In the final example, we used @Serializable, and @SerialName are the two annotations that can be used to execute the serialized operations on both classes. Therefore, we created the two classes, and each class have assigned the SerialName annotation and Serializable.
ConclusionIn kotlin language, serialization is one of the concepts, and it is used to encode the datas so it’s encrypted the user inputs and using the de-serialization it can be decrypted. So it has different built-in methods, and it is used to perform the operation at the application level based on the requirement.
Recommended ArticlesThis is a guide to Kotlin Serialization. Here we discuss the introduction, syntax and working of serialization in kotlin along with different examples and code implementation. You may also have a look at the following articles to learn more –
Update the detailed information about How Stdin Works In Perl? With Examples And Advantages on the Daihoichemgio.com website. We hope the article's content will meet your needs, and we will regularly update the information to provide you with the fastest and most accurate information. Have a great day!