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Introduction to jQuery load()The load() method of jQuery is used to get data from the server and place the HTML or text response in an element in the DOM. So, basically, it is a combination of two conventional methods of most scripting languages – the global get method and the respective methods to get the element in DOM and set their contents. If the element selector does not correspond to any element in the DOM, the load method is not called.
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NOTE: Prior to jQuery v3.0, there was an event handler in jQuery by the name of the load. Whether the event handler would be invoked or the method was determined at run time based on the number of arguments passed. Post jQuery v3.0, the event handler has been deprecated, and we now only have the load() method to get data from the server and modify the contents of DOM elements with the response.
Syntax of load() MethodThe syntax of the load() method has three variants based on the number of optional parameters passed to the method.
The basic and the most elementary syntax is as follows:
Here data is sent along with the request object to the server. This is useful in cases when your server expects some data or some parameters along with the request object. A simple example would be the id of the person whose details are requested from the server.
Then there is the third syntax which includes a callback function:
Here complete is the callback function, which is called when the request to the server is completed. A request to the server is considered complete post the receipt of the response and the DOM manipulation of the element. A very important point to note here is that this callback function is called once for every element in the selector.
NOTE: If data is sent along with the request, the POST method is used by jQuery. If not, the GET method is assumed.
How does the load Method Work?Let’s see behind the scenes of the load method.
Step 1 – It begins with finding the element in the DOM.
Step 2 – If the element is found, the next step is to send an AJAX request to the server at the specified url. An AJAX is an Asynchronous JavaScript and XML call. Since they are asynchronous, they do need a page refresh.
Step 3 – Once the response is received from the server, the next step is to insert the DOM element’s response. jQuery uses the browser’s innerHTML property to manipulate the contents of the element.
Step 4 – Now is the time to execute any callback functions, if present.
Examples of jQuery load()Let us look at some of the examples of the load() method.
NOTE: Throughout the examples in this article, we would be using the browsers’ developer console. Simply open the browser developer tools (Ctrl/Cmd + Shift + C) and go to the Console tab in the developer tools window.
It looks like this in Chrome:
This is the playground for most of the jQuery related concepts. We would be using this playground throughout this article.
Next, we identify the element we would like to modify the contents of. Let’s modify the complete body of the page. From the Elements tab in the developer window, you would see that the element is this:
This element is uniquely defined through an id attribute bodyContent. We would use this id as a selector.
NOTE: Keep in mind that the attribute values are case sensitive – bodyContent is not the same as bodycontent.
Now, we would fetch data from Wikipedia’s JavaScript page and insert it into the jQuery page’s content. Go to the console tab and type the following command:
As you press enter, notice that the jQuery page’s entire content now has JavaScript page’s content.
Ignore the error – this is because our experiment resulted in implementing one object model more than once, which caused Wikipedia’s code to throw an error. Next, go back to the Elements tab and search for the bodyContent element again.
Notice the change in the entire HTML content of the element. It now looks like this:
You could also display an alert when the entire operation is successful through the load method’s complete function parameter. Go back to the console tab and type the following command:
alert(“Okay!!!”); }); Elements of load Method
The load() method of jQuery fetches HTML from the URL and uses the returned HTML to fill the selected elements; let’s look at a few elements.
Loading Page FragmentsThe load() method also allows us to load a fragment of the content instead of the entire content. Let’s see how to do this.
Go ahead and give it a try to see the results for yourself. Also, go to the JavaScript page and search for the element by the id History. Verify whether the results are indeed accurate.
So what happened here? jQuery did load the entire contents of the url but parsed it to find the element suffixing the url and inserted only the element’s innerHTML contents into the destination element in the DOM.
Executing ScriptsThere is a fundamental difference between when jQuery implements the load method with a selector appended to the url and without a selector appended to the url.
In the former case, the scripts from the url are executed. Whereas in the latter case, the scripts are omitted. Thus,
Conclusion – jQuery load()So, we have covered the load() function of jQuery in this article. We have understood how the load method works behind the scenes and in-depth as well. It is recommended to practice the method more with different kinds of data. This will help you get a better understanding of how the function works.
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Learn The Examples Of Typescript Regex
Introduction to TypeScript RegEx
TypeScript RegEx is a Regular Expression object for matching text with some pattern. As TypeScript is also a part of JavaScript, similarly regular expressions are also the objects. TypeScript RegEx is the pattern matching standard for replacement and string parsing. These RegEx are used on various platforms and other programming environments. Since RegEx are language-independent, here, we will be discussing TypeScript RegEx. However, these Regular Expressions are now available for most of the Visual Basic and Visual Basic for Applications versions. Regular Expressions are used to find strings and replace them in a defined format. TypeScript Regular Expressions are also used to parse dates, email addresses, and urls, config files, log files, programming, or command-line scripts.
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In TypeScript, Regular Expressions or RegEx object can be done in 2 ways:
Using/ Calling a Constructor function of the Regular Expression Object.
Using a Regular Expression Literals.
Syntax:
Here in TypeScript, we use a Constructor function of the Regular Expression Object.
let regex = new RegEx('bc*d')Parameter: A pattern string is to be passed to the RegEx constructor object.
We can also use Literals for Regular Expressions,
let regex: RegEx = /bc*d/;This syntax consists of any string pattern inside slashed.
Examples of TypeScript RegExHere are the following examples mention below
Example #1RegEx using literals
Code:
let sampleRegEx: RegExp = /^[+ 0-9]{7}$/; console.log(sampleRegEx.test('732g')) console.log(sampleRegEx.test('453gh67')) console.log(sampleRegEx.test('2355575')) console.log(sampleRegEx.test('7878734')) console.log(sampleRegEx.test('423%^')) console.log(sampleRegEx.test('abcdefg')) console.log(sampleRegEx.test('@#$$#%5'))Output:
Expression pattern [0-9] represents that the matching string should only contain numbers from 0 to 9 and only 7 digits are to be present in the string. Based on these conditions, the string checks with the expression and returns a Boolean value as true or false.
Example #2RegEx matching for Email Address using RegEx constructor Object.
Code:
Output:
Example #3Replacing string value with TypeScript RegEx
Code:
var regex = /apple/gi; var regexStr = "oranges are jucier than apple"; var newStr = regexStr.replace(regex, "mosambi");Output:
Here, regex has a pattern ‘apple’. TypeScript Regex searches for the string ‘apple’ and replaces it with ‘mosambi’ using the string replace method and prints the complete string.
Let us get deeper on how to actually write a Regular Expression,
A TypeScript Regular Expression consists of simple characters as such, inside slashes / /. Expression such as /abcd/ or something which involves combination of special characters like /ab+c/ or complex expressions like /[a-z]+.%$d*/.
Simple patterns are constructed of characters to find a match directly. In example 3, we had directly searched for the word ‘apple’ and replaced using the word ‘mosambi’. Such matches will be useful to search for a word, replace it, or search for a substring. Even ‘space’ counts here. There is a lot of difference between the word ‘EducbaWebsite’ and ‘Educba Website’ if we search for the expression ‘ba W’.
Coming to Special characters, when a user searches for something more than a direct match like finding more than one g’s or finding digit 5 or any special character in the pattern. For example, Finding a single r followed by zero or more a followed by a digit, the pattern looks something like this; /ra*5/ Here * refers to zero or more a’s i.e the preceding item in the pattern.
Escaping: Used for Special Characters, If the user wants to have any kind of special characters in his pattern, the user needs to escape it by using a backslash in front of a special character. For example, to search for r followed by ^ and then at, backslash ‘’ will be used to ‘escape’ ‘^’ making it a literal instead of a special character. Pattern looks as, /r^t/
There is one more method to discuss in TypeScript RegEx, which is exec, this is used to search for a match in the specific string, returning the result of an array or a null. TypeScript RegEx objects are stateful when expressions have a global or a sticky flag set. Using exec, the user can loop over multiple matches in the input text.
Syntactically written as, regex.exec(string)
The string is the parameter passed to match the mentioned Regular Expression or the pattern. If there is a match found, exec() is a method that returns an array along with the index and the input text by further updating the last index of the object. If the matched text fails, the exec() returns null and the last index of the object is set to 0.
Example #4TypeScript RegEx.exec()
Code:
const regexExec = RegExp('edu*', 'g'); const string = 'tutorial from educba, in the hindu education'; let arr; while ((arr = regexExec.exec(string)) !== null) { console.log(`Found ${arr[0]}, indexed at ${regexExec.lastIndex}.`); }Output:
Here we searched for string ‘edu’ globally in the string above. Have declared a while condition saying if .exec(string) is not null, then return the index of the pattern found and set the last index.
ConclusionWith this, we conclude our topic ‘TypeScript RegEx’. We have seen what is TypeScript RegEx or also known as Regular Expression. We have seen how the syntax is and how it works, pulled out a few examples using both the literal method and the constructor object method in a way that will be understandable to all of you. Also have seen what are the types of expressions, Special character escaping, global object, and many more. Thanks! Happy Learning!!
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Learn The Examples Of Postgresql Subquery
Introduction to PostgreSQL Subquery
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Syntax 1. With a select statement Select column_name1, .., column_nameN From table_name1 [, table_name2] Where column_name operator Select column_name from table_name1 [, table_name2] [Where] condition) 2. With Insert statement INSERT INTO table_name [ (column_name1 [, column_name2 ]) ] FROM table_name1 [, table_name2] [WHERE VALUE OPERATOR] 3. With update statement UPDATE table_name SET column_name = new_value [WHERE OPERATOR [VALUE] (SELECT COLUMN_NAME FROM TABLE_NAME) [WHERE) ] 4. With delete statement DELETE FROM TABLE_NAME [ WHERE OPERATOR [ VALUE ] (SELECT COLUMN_NAME FROM TABLE_NAME) [ WHERE) ]Below is the parameter description of the above syntax as follows.
Select – Used to select the statement.
Column_name1 to column_nameN – It specifies the Column name.
From – You use the “From” clause to retrieve data from the chosen table.
TABLE_NAME – Used to specify the Table name.
Where condition – Where condition specified to fetch data per the query described to fetch the data.
Insert – Used to Insert statement.
Delete – Used to Delete statement.
Update – Used to Update statement.
Working of PostgreSQL SubqueryBelow is the working as follows.
A nested subquery, also known as an inner query, is what this refers to.
We have used the PostgreSQL subquery to select, insert, update, and delete statements.
It’s important to note that when working with PostgreSQL, you cannot use a subquery between operators with another subquery. However, you can use it within the Subquery itself.
Enclose it with parentheses.
We have used only one column in the select clause and multiple columns in the main query to compare it with the selected columns. Subqueries in PostgreSQL do not support the use of the “Order by” clause, but they can still be utilized in the main query.
Instead of the order by, we have used group by to perform the same operation as order by.
It will return more than one row.
You can use a subquery to return data that serves as a condition to restrict further the data retrieved by the main query.
Types of PostgreSQL SubqueryBelow is the type as follows. We have used Employee_test1 and Employee_test2 tables to describe types.
1. Table1 – Employee_test1 CREATE TABLE Employee_Test1 ( emp_id INT NOT NULL, emp_name character(10) NOT NULL, emp_address character(20) NOT NULL, emp_phone character(14), emp_salary INT NOT NULL, date_of_joining date NOT NULL); INSERT INTO Employee_Test1 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (1, 'ABC', 'Pune', '1234567890', 20000, '01-01-2023'); INSERT INTO Employee_Test1 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (2, 'PQR', 'Pune', '1234567890', 20000, '01-01-2023'); INSERT INTO Employee_Test1 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (3, 'XYZ', 'Mumbai', '1234567890', 35000, '02-01-2023'); INSERT INTO Employee_Test1 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (4, 'BBS', 'Mumbai', '1234567890', 45000, '02-01-2023'); INSERT INTO Employee_Test1 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (5, 'RBS', 'Delhi', '1234567890', 50000, '03-01-2023'); select * from Employee_Test1; 2. Table2 – Employee_test2 CREATE TABLE Employee_Test2 ( emp_id INT NOT NULL, emp_name character(10) NOT NULL, emp_address character(20) NOT NULL, emp_phone character(14), emp_salary INT NOT NULL, date_of_joining date NOT NULL); INSERT INTO Employee_Test2 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (1, 'PQR', 'Pune', '1234567890', 20000, '01-01-2023'); INSERT INTO Employee_Test2 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (2, 'XYZ', 'Mumbai', '1234567890', 35000, '02-01-2023'); INSERT INTO Employee_Test2 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (3, 'BBS', 'Mumbai', '1234567890', 45000, '02-01-2023'); INSERT INTO Employee_Test2 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (4, 'RBS', 'Delhi', '1234567890', 50000, '03-01-2023'); INSERT INTO Employee_Test2 (emp_id, emp_name, emp_address, emp_phone, emp_salary, date_of_joining) VALUES (6, 'ABC', 'Pune', '1234567890', 20000, '01-01-2023'); select * from Employee_test2;
Subqueries with the SELECT Statement
Below is the example of the Subqueries with the SELECT Statement as follows.
Subqueries with the INSERT Statement
Below is the example of the Subqueries with the INSERT Statement as follows.
INSERT INTO Employee_Test1 SELECT * FROM Employee_Test2 WHERE EMP_ID IN (SELECT EMP_ID FROM Employee_Test2) ; select * from Employee_test1;
Subqueries with the UPDATE Statement
Below is the example of the Subqueries with the UPDATE Statement as follows.
select * from Employee_test1;
Subqueries with the DELETE Statement
Below is the example of the Subqueries with the DELETE Statement as follows.
select * from Employee_test1; ConclusionA subquery in PostgreSQL is also called a nested or inner subquery. It does not use the ORDER BY clause, but the main query can use it to order the results. We used to group by clause instead of the order by clause in the PostgreSQL subquery.
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Learn The Concept Of Hdfs Ls With Examples
Introduction to HDFS ls
In the Hadoop stack, we are having the HDFS service to manage the complete storage part of the Hadoop. We can use the multiple combinations of command with it. The Hadoop ls command is useful to list out the files which are available on the HDFS path or the location. We can use the different option with the ls command. As per the requirement, we can use the different options with the ls command. The ls command has come under the file system of the HDFS service. The ls command supports the HDFS file system as well they are also supporting the S3 FS, Web HDFS, Local FS, etc.
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Syntax of the HDFS ls
1. Hadoop: We can use the Hadoop keyword in the syntax or command. It will take the different arguments as an option and command. As the result, we can list out the number of files on the Hadoop HDFS level.
2. fs: In the HDFS ls command comes under the file system type. Hence we need to define the fs as the file system in the Hadoop ls command.
4. Path: As per the requirement, we can define the hdfs path to list out the number of files.
How HDFS ls Works?As we have discussed, in the Hadoop environment we are having multiple components or services. The Hadoop ls command deals with the Hadoop HDFS service. To work with the Hadoop ls command, we can trigger the command in different ways like hdfs shell, Hue UI, Zeppelin UI, third party application tools, etc.
The Hadoop ls command will trigger from the hdfs shell windows or any other tool. The hdfs compiler will validate the command first. If the command is valid then it will pass for the further process or it will through an error message. Once the command will valid then the request goes to the hdfs namenode. The namenode having detailed information on the hdfs block. It will check the request if the block information is available or not. If the block information is available then it will give the necessary output. If the block information is not present then it will through an error message.
Below are the lists of options that are compatible with the Hadoop ls command.
-C: It will print or display the HDFS paths of files and directories only.
-d: It will help to print the directories as plain files.
-h: It will format the file size in a human-readable way
Ex: If the size is print as 67108864 with the help of the -h option it will print 64 m.
-q: It will help to display or print? instead of non-printable characters.
-R: It will print the list of files recursively in the subdirectories encounter.
-t: It will help to sort the files by modification time. It will print the files with the most recent modified or updated.
-S: It will print the output by file as per the size.
-r: It will help to reverse the sort order.
-u: It will list out the files as per the access time rather than modification time for the sorting and display.
-e: It will help to display the erasure coding policy of directories and files only.
Example for the HDFS lsHere are the follwoing examples mention below
Hadoop ls Command
In the Hadoop environment, the HDFS ls command is very common. It is using very widely. It will help us to list out the number of files on the HDFS level.
Syntax:
hadoop fs -ls /
As per the above command, we are getting the list of files on the “/” HDFS level. It will only list the number of directories on the root HDFS level. It will also give the information of user and group permission.
Output:
HDFS ls: Get List HDFS Directory Only
In Hadoop, we can list out the number of the directory with the directory name only. It will not print the permission and user group information.
Syntax:
hadoop fs -ls -C /
Explanation:
As per the above command, we are using the -C option. It will help to list out the HDFS directory only. It will not print the user permission status of the HDFS directories.
Output:
HDFS ls: Get Specific Directory
In the Hadoop ls command, we are having the functionality to print the specific directory only. It will not print any other directory.
Hadoop fs -ls -d /warehouse/
Explanation :
As per the above command, we are using the -d option with the Hadoop ls command. It will help to print the warehouse directory only. This type of command will help in the shell or application job level.
Output:
HDFS ls: List the Number of File’s in Recursively Manner
As per the default nature of the Hadoop ls command, we can print the number of files in the current working directory. But if we need to print the number of files recursively, we can also do that with the help of the “-R” option.
Syntax:
hadoop fs -ls -R /warehouse/tablespace/external/hive/
Explanation:
As per the above command, we are listing the number of the file from the “/warehouse/tablespace/external/hive/” location. To get all the files in a single shot, we are using the “-R” option with the Hadoop ls command.
Output:
ConclusionWe have seen the uncut concept of “HDFS ls” with the proper example, explanation, and output. The HDFS ls are very important in terms of the Hadoop environment. As per the requirement, we can list out the number of files recursively with different options like size, modification, human-readable format, etc.
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Learn The Example And Benefits Of Encapsulation
Introduction to Encapsulation Benefits
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Benefits of EncapsulationNow let’s see what the benefits of encapsulation are in various programming languages as follows.
In C++, we can use encapsulation and hiding of data by using user-defined data types that we normally call class. Class is used to merge the information and function into a single entity, and the class contains the different members as follows.
Public: In which all objects of the class are able to access the information or, we can say, data.
Protected: This type of access is limited to some members of a class, or we can say that descendant.
Private: In this type of member, access is limited means within a class or function.
Internal: In which that access is limited.
Protected Internal: In this type, access is limited for the current class.
So these are some parameters we use in encapsulation to now let’s see actual benefits of encapsulation.
The main benefit of encapsulation is that we can hide the information from the user. That means we provide security to our data or information by using the above member function. Furthermore, by using encapsulation, we can give access to a specified level without any complexity. Therefore, we can easily handle the application and understand the application.
By keeping information hidden, or we can say that it is private in programming language and offering public obvious assistance techniques, the part of the object turns out to be obvious to different objects. This builds ease of use. Different objects know about the configuration to send messages into the object by using the public service. This is basically an agreement between the two objects. The invoker is consenting to send the message in the particular structure, including passing any of the necessary boundary data. The conjured object is consenting to handle the message and, if essential, return worth in the predetermined structure.
By using encapsulation, we can create classes in different modes such as read-only and write-only mode. Another benefit of encapsulation is that we reduce human error because we write code in a proper manner and suitable.
Let’s consider a simple example of a washing machine; in this scenario, we just switch on the machine’s power button, and the machine gets started, and after some time, we switch off the power button of the machine, then the machine stops. The final conclusion of this scenario is that we don’t know what happens inside the washing machine or what type of mechanism is used. Notice here we see this is a very simple mechanism to wash the cloth just by pressing the power button, but inside the washing machine, a different element or we can say that object works together to wash the cloth. This mechanism is called encapsulation; see here, there is no complexity to handle the washing machine in a similar way. Therefore, when we use encapsulation in programming, it minimizes the complexity of the program, avoids human error, and protects the information.
When we talk about a java programming language, the encapsulation provides some different benefits as follows.
The Java programming language provides the setter and getter methods to make classes read-only and write-only. It also provides the control functionality over the data, which means we can provide the logic inside the method per our requirement.
Examples of Encapsulation BenefitsNow let’s see the example of encapsulation in C++ to better understand the benefits of encapsulation as follows.
}
Explanation
By using the above program, we try to implement the encapsulation in C++. First, we create the class name as Encapsulation_Benefits after that, inside the class, we create a private member function with variable y. Then we set the value to that variable by using a public member function. Then we just call the class by using objects as shown in the above program. The final out of the above program we illustrate by using the following screenshot.
ConclusionWe hope from this article you learn the Encapsulation benefits. From the above article, we have learned the basic theory of Encapsulation, and we also see examples of Encapsulation. From this article, we learned the benefits of Encapsulation as well as how and when we use Encapsulation.
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Learn The Working Of Unhide In Sketchup
Introduction to SketchUp Unhide How Unhide works in SketchUp?
You can unhide objects in this software by using menus of the menu bar and some other options so let me tell you how you can do this during your work.
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I have downloaded this chair’s model from the 3D warehouse of SketchUp to explain this topic. You can learn and practices this on your own designed model.
Once I will choose this option, it will hide our selected chair. I will do the same with some other chairs.
And you can see it will unhide the entire hidden object, but this option (Last) is used to unhide the last unhide object. In the current case, it unhides all hidden objects because we have been hiding all chairs one by one in sequence.
Now let us understand this option in another way through which it will only unhide the last hidden object. I will hide this selected chair again and then create an object like this by using push/pull and rectangle tools.
I will add one block to this object also.
It will unhide only the last hidden chair. So I think you got it that if we hide any component then do other design work, then it will only unhide the last hidden object.
I will hide this drawn object too in the same way.
Now once again, go to Unhide option of the Edit menu and this time choose the All sub-option of Unhide option.
And it will show you a wireframe view of all hidden objects of your working model like this. I have been hidden these chairs only, so it is showing them only.
Now I will select this first chair which is in wireframe view, and choose Selected sub-option from the Unhide option.
And it will unhide only this chair. So by this way, you can unhide only your desired object or component during working on any project.
Here in the dialog box of Model info, choose the Components option from the shown list.
If you select other components, then the first select object will become disappear like this.
Here in the dialog box of Preferences, choose the Shortcuts option from the shown list and select the ‘Hide rest of object’ option in the list of Functions tab. Then go to Add Shortcut box and assign your desired key with a combination of the Ctrl key of the keyboard. Once you assign a key to it, if that combination of keys is already assigned to another command, then it will show you a message that it is already assigned. So choose that one that is not allotted to another command.
ConclusionThese were some important aspects of Unhide feature of SketchUp, and you can use it for having smooth working ability during creating a 3D model. You can go with any of the above-discussed ways according to your work requirement. You can also assign a shortcut key to ‘hide other objects’ as per your choice for speeding up your working skill in SketchUp.
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