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Introduction to CSS @bottom

CSS Bottom is defined as the bottom property specifies the vertical position of an element added with the position property. It gives the offset at the bottom edge of the reference elements box in any browser window, an element that is altered from the bottom of the viewport. The bottom property does not affect the static position. In this topic, we are going to learn about CSS @bottom.

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Syntax and Parameters

Here is the general Syntax as follows:

.container { bottom: value; }

Parameters

length: The value specified in px or em, either negative or positive values

percentage: This value specifies the percentage of the box element height.

auto: It’s a default value and treats height as a value.

inherit: This value inherits its parent container value.

sample example

bottom: 4px         /* length */ bottom: 1.4em bottom: 20%         / *<percentages */ bottom: auto bottom: inherit

When a value is assigned a positive and negative value moves towards it, the element moves away from a given side. For instance, if the bottom: -15 px, This sets the paragraph below the bottom edge of a window.

How @bottom works in CSS?

Let’s see how this property works by its effect on different positioned elements.

Relatively positioned: When the position is set to this property, the bottom adds a respective offset to the bottom edge, which moves its position from its original form to its top. Generally, a top property overrides the bottom property in many aspects. An offset based on the bottom values is applied to the element itself.

Absolute position: With this, the element would move toward the nearest parent. Understanding this example is given in the next section.

Static: This is the default value and does not affect any element.

In the case of JavaScript, the Syntax given as follows

Object.style.bottom="50px"; Examples

Let’s see how this bottom property works in action with an example:

Example #1

Let’s take an example – the effect on the absolute property.

Code:

p { width: 220px; position: absolute; bottom: 100px; padding: 22px; font: bold 16px algerian; background: LightBlue; } h1 { color : red; }

Output:

Example #1a

We can place an image in the bottom property with the same pattern.

Code:

img { position:absolute; bottom:0px } h1 { color: aqua; }

Output:

Example #2

With a position set to relative and using the value ‘Length’.

Code:

div.square { width: 12rem; height: 12rem; display: flex; justify-content: center; align-items: center; background-color: solid purple; position: relative; bottom: 60px; } div.outborder { display: inline-block; border: 3px dashed yellow; margin: 30px 0 1 30px; }

When a bottom is set on the element with respect to the relative position, the element moves up from the original placement of the document. Assigning the bottom to 60px, it shift its positions to the top.

Output:

Example #3

Setting a default value for the bottom property.

Code:

This property makes a paragraph content to be auto adjusted from the margin of bottom page.

Output:

Example #4

Code:

CSS bottom Property- Demo div{ position: relative; width: 100px; height: 110px; font-size: 20px; } #length { bottom: -100px; border: 4px solid purple; } #emvalue { bottom: -20em; border: 4px solid aqua; } #autovalue { bottom: auto; border: 4px solid darkviolet; } #initdefault{ bottom: initial; border: 7px solid yellow ; } h1{ text-align: center; }

Output:

Example #5

An example is demonstrating the bottom property on the Static element.

Code:

.main-b { position: static; right: 20px; bottom: -20px; background-color: blue; padding: 12px; } .derived-b { padding: 12px; background-color: Orange; } inner element. the main element. SUb-element.

The code above shows static in which if I had happened to change the value of the right, bottom we could see the unchanged output.

Output:

Example #6

Code:

div { font-family: Algeria; font-size: 22px; } .A { border: 12px solid yellow; position: relative; } div.abc, chúng tôi { background-color: red; border: 2px solid orange; } div.abc { bottom: 15%; position: absolute; } div.xyz { bottom: 0; position: absolute; }

Output:

Conclusion

Therefore, coming to an end, this CSS article explains how to use the Property called Bottom with their working and examples. Here we have seen a well-organized explanation with many examples of how to use this in CSS. This property, along with attributes like left-right, helps to display exact positions.

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How Queue Works In Rust With Examples?

Definition on Rust Queue

Rust queue is a data structure that is used to store the elements, queue in Rust works in an FIO manner that means first in first out. This standard queue is available inside the rust collection library, and the queue is a linear data structure. Queue provides us with several operations that can be performed on it to made manipulation on it. We can add any number of elements inside it, all the implementation is based on the vector data structure in Rust. In rust, we have multiple varieties of a queue which can be used per the chúng tôi next section will cover the queue data structure in rust in detail for better understanding and its implementation while programming for better usage.

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A linear data structure is used to store and manipulate data elements. Here is a detailed syntax for implementing it in programming.

In the above syntax, we create a queue using the ‘Queue’ keyword as the variable type. We can specify the size of the queue and give it a custom name. This is a beginner-friendly syntax example for better understanding. We shall examine its internal operations in more detail in the section that follows.

e.g. :

In this way, we can create it.

How Queue works in Rust?

As we know, the queue is a linear data structure used to store elements. It is accessible as a collection in the standard library of the Rust computer language. But queue works the same way as in another programming language. In Rust, the queue follows the principle of FIFO (first in, first out). As a result, the queue will take out the first item that was put in, followed by the subsequent items in the order of their addition. For instance, we can take the example of a ticketing system, the person who comes first will get the ticket first, and out from the queue, it works in the same way.

Also, we have one more example, which is email queue processing, while drafting an email to multiple persons, it will follow the first email id mentioned, and so on. In this section, we will discuss the various types and methods available in rust, Let’s get started for more information, see below;

We have several types of a queue available in rust which is mentioned below;

Now let’s explore the different operations that we can perform on the queue in Rust, allowing us to manipulate it effectively. We have below mentioned different methods available in Rust for queue see below;

1) peek: The peek method allows us to retrieve the next element in the queue without removing it.

2) add: In Rust, we use the add method to add new element to the queue object. In Rust, we can also refer to this method as push or enqueue.

3) remove: This method removes elements from the queue. But as we already know, that queue works in a FIFO manner, so it always removes the oldest element from the queue. In Rust, we can also refer to this method as pop or dequeue.

Now we will see the following steps to use the queue inside the program in rust see below;

1) To use a queue inside our program, we must first include its dependency inside it. for this, we can add the below-mentioned dependency inside our chúng tôi file in rust, see below;

queues = "1.0.2"

2) After using this, we have to include or import this dependency in our file to use it, mentioned below the line of code inside the file. This is the official documentation of rust see below;

extern crate queues; use queues::*;

3) After this, you can create the queue object and assign it value inside your project. To create the queue object, follow the below line of code:

Example

1) In this example, we are trying to add the element inside the queue by using the add() method in the queue. Also, remember one point this example will run in a fully configured environment only. It will not go running by using any rust online compiler because we added dependency inside it. So first try to set up the configuration, then run it.

Code:

#[macro_use] extern crate queues; use queues::*; fn main() { println!("Demo pragrma to show queue in rust !!"); demoqueue.add(200); demoqueue.add(300); demoqueue.add(400); demoqueue.add(500); demoqueue.add(600); println!(" value inside the queue is {}", demoqueue ); }

Output:

Conclusion

We can store the elements inside by using a queue in rust. Programmers use this data structure to store and manipulate data using the various operations discussed in the tutorial. To utilize these functionalities in programming, programmers need to add the external library to the dependency file. Without doing so, the program will not compile or function properly.

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How Json Works In Redshift With Examples?

Definition on Redshift JSON

Redshift JSON has limited support while working with the JSON documents in redshift, basically, there are three types of options available in redshift to load the data into table. First option is we can convert the JSON file into relational model before loading data into the redshift, to load the data using this options we need to create the relational target database. Second option is load all the JSON documents in redshift table and query those documents using JSON functions, there are multiple JSON function available in redshift to query the data of JSON documents.

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Syntax

Below is the syntax of JSON in redshift are as follows.

2) Select json_function (name_of_json_column,) group by, order by

Parameter description syntax of redshift JSON.

1) JSON function – This is the function which was we have using with JSON data to retrieve from JSON column. There are multiple JSON function available in redshift to query the JSON data. We can retrieve the JSON column data using JSON function in redshift.

2) Select – Select command is used with JSON function to retrieve data from table by using the clauses and conditional operator.

3) Name of column – This is the name of JSON data column which was we have using with JSON function to retrieve data from table.

4) Value of json column – This is nothing but the column value which was we have using to segregate the JSON document data in redshift. We can segregate the data from table column as per value which was we have used in our query.

5) Where condition – We can retrieve JSON document from column by using where condition in redshift.

6) Order by condition – We can retrieve JSON document from column by using order by condition in redshift.

7) Group by condition – We can retrieve JSON document from column by using group by condition in redshift.

How JSON works in Redshift?

There are multiple options available to load the JSON documents in redshift. After loading the data we can retrieve the JSON data by using following JSON functions.

6) Json extract array element text (JSON_EXTRACT_ARRAY_ELEMENT_TEXT) function.

If we want to store the small number of key-value pairs then JSON document is best suited for the same. Using JSON format we can save the storage space of storing the data.

We can store multiple key value pair in a single column by using JSON format, we cannot stored multiple key-value pair in other format.

To use the JSON function on integer datatype values or the data which was not in JSON format. We can apply JSON function only on JSON type of document.

Below example shows that we can apply JSON function only on JSON type of columns.

Code:

Select json_extract_path_text (stud_name, 'A') as key2 from redshift_json where stud_id = 101;

In above example, we have applied JSON function on stud_name column and trying to retrieve key-value pair as “A”, But it will showing error as invalid JSON object which was we have used in our query.

Also, it will showing the parsing error of query.

We cannot use the integer datatype column with JSON function in redshift, we need to use only JSON type of data.

Below example shows that we cannot use the integer datatype of column with JSON function in redshift.

Select json_extract_path_text (stud_id) from redshift_json where stud_id = 101;

In above example, we have used column name as stud_id with JSON function, stud_id datatype as integer. So it will issues the error like integer does not exist, which was not found any matching function or arguments.

We can use copy command to load the data from JSON file to redshift table. We can also use the JSON files which was stores in the S3 bucket.

We can also copy JSON file fields automatically by using option as auto or we need to specify the path of JSON file.

Examples

Below is the example of JSON in redshift are as follows.

1) Querying JSON fields using IS_VALID_JSON function

The below example shows querying JSON fields using IS_VALID_JSON function are as follows. This function is validates the JSON string.

In below example, we have used JSON column to validate the JSON data from function. We have not found any invalid JSON data in JSON column.

Code:

Select stud_id, json, is_valid_json (json) from redshift_json order by stud_id;

2) Querying JSON fields using is_valid_json_array function

Below example shows querying JSON fields using is_valid_json_array function are as follows. This function validates the JSON array string.

In below example, we have used JSON column to validate the JSON array value from function. We have not found any JSON array in JSON column.

Code:

3) Querying JSON fields using json_extract_path_text function

Below example shows querying JSON fields using json_extract_path_text function are as follows. This function is extracting the value from the text.

In below example, we have used json column to extract path text data from function.

Code:

Select stud_id, json, json_extract_path_text (json, 'key2') as json_key from redshift_json order by stud_id;

4) Querying JSON fields using json_parse function

Below example shows querying JSON fields using json_parse function are as follows. This function is used to parse the JSON value.

In below example, we have used json column to parse the data from function.

Code:

Select stud_id, json, json_parse (json) as json_key from redshift_json order by stud_id;

Conclusion

We can use multiple JSON function to query data from table columns. Redshift JSON is very useful and important to store the value in key-value pairs. Using JSON we can store multiple column value within a single column. We can also minimize the storage usage using JSON in redshift.

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How Does Masking Work In Css? (Examples)

Introduction to CSS Masking

CSS Masking masks images or elements by completely hiding them or making certain portions of the image invisible, using various levels of opacity. In CSS, you can achieve masking by using the mask-image property, which applies a mask to the text content and background. Masking is a graphical operation that conceals a specific part of an image, allowing the background to show through the mask. It applies to both HTML and SVG images, as well as elements with multiple layers.

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Syntax:

With this CSS, the mask is find using #mask Id.

Where mask – reference is img or mask source, the # tag states any number of mask references separated by a comma. Multiple images follow the Stack property rule.

How Does Masking Work in CSS?

You can use a masked image to apply a color blur or mask the properties of an element by utilizing the filter. This Masking partially conceals the visual elements. Files like PNG, CSS gradient and a few SVG utilize masking to hide specific parts of an image or another element on the page. The CSS mask property achieves this masking effect.

This masking technique makes web design interesting and flexible, eliminating the need for manual image alterations when creating new ones. We use a few properties here, like mask image, mask mode, mask repeat, mask position, mask clip, mask origin, and mask size. So this mask is applied either to an entire element or sometimes excluding border padding.

1. mask-image Property: This sets a layer in the image element by setting this with a URL value. So this can be referenced as a path of the image file to be masked. We need an image link file that is going to be masked. Any number of mask image layers can be added, and commas separate it. Example: The below example references the PNG file.

masked-element { mask-image: url(pic.png); }

We need two URL values to set more than one mask image layer. Here, we observe the process of combining two masks.

.double mask { mask-image: url(pic.png),url(pic.png); }

Next, using Gradient-image, which is well suited for this property

. masked-element { mask-image: linear-gradient (black 0%, white 0%,transparent 100%); }

2. mask-size: This sets the pixel value over here. This is an important case to create the effect.

3. mask-repeat: This has different effects like space, round to spread across the area. This has only one mask with it.

Types of CSS Masking

There are two types of masks. They are:

luminance

alpha

Luminance Masking: In this type, an image is transformed into a Grayscale type. If a portion of a mask is lighter, the more of the mask is visible. Black indicates Full Transparent, and Gray specifies partial transparency.

Alpha Masking: Alpha is the Default mask. This is the same as Luminance Masking except in the Opaque portion of an element. In both cases, Transparency matters.

Examples to Implement CSS Masking

In this section, we shall discuss how to show CSS masking capabilities. Using the Chrome browser is highly recommended.

Example #1

Demo showing an example for Gradient along with text masking

body { color: yellow; font-size: 1.2em; font-family: 'calibri', Helvetica, Arial, sans-serif; } p { padding: 1.2em; color: white; } margin: 21px auto; max-width: 660px; height: 300px; margin: 32px auto; overflow-y: scroll; background: url(floral1.png) no-repeat; -webkit-mask-image: linear-gradient(black, transparent); mask-image: linear-gradient (black, transparent); }

Code:

Russia has natural beauty on nature which has a list of travel destinations around them. They too celebrate a nature protection day. Russia has majestic lakes, mountains and rivers. Russia has natural beauty on nature which has a list of travel destinations around them. They too celebrate a nature protection day. Russia has majestic lakes, mountains and rivers. Russia has natural beauty on nature which has a list of travel destinations around them. They too celebrate a nature protection day. Russia has majestic lakes , mountains and rivers. Russia has natural beauty on nature which has a list of travel destinations around chúng tôi too celebrate a nature protection day. Russia has majestic lakes , mountains and rivers.

Output:

Example #2

Masking with the help of borders.

Code:

HTML CSSResult EDIT ON

chúng tôi

img { width: 300px; margin: 30px; } .normask { mask: url("floral1.png"); } .bordmask { -webkit-mask-box-image: url("floral1.png") 20 repeat; mask-border: url("floral1.png") 20 repeat; } body { transform-origin: top right; transform: scale(0.8); white-space: nowrap; overflow: hidden; }

The left side is the original image. The right side shows how the two images masked.

Output:

Example #3

This implementation shows applying a mask to an image. The mask used here is alpha. The image fills the black area.

body { background-color: black; color: pink; font-size: 1.2em; font-family: 'Calibri', Helvetica, Arial, sans-serif; } img { margin: 30px auto; display: block; width: 90%; height: 300px; -webkit-mask-position: centercenter; mask-position: centercenter; -webkit-mask-repeat: no-repeat; mask-repeat: no-repeat; }

mask2.html

HTML CSS Making Black color

Output:

Example #4

Image Stretches using a mask.

ppp.html

chúng tôi

body { width:100%; margin:0; } .stretch { width: 90%; height:100vh; background: url("cind.png"); background-size: cover; position: absolute; } .para { width: 110%; height: 150vh; } .title { font-family: Impact, 'Arial Narrow Bold', sans-serif; font-size: 300px; color: white; position: fixed; top:21vh; width:100%; text-align: center; text-shadow: 2px 2px 12px rgba(0,0.1,0,0.1); } .exmask { mask:url("sketch.png"); mask-size: cover; -webkit-mask:url("sketch.png"); -webkit-mask-size:cover; width:100%; height:100%; }

Output:

Conclusion

Coming to the final thoughts, this article has covered approaches to masking objects in CSS and depends on the purpose. Also, we have seen their properties and demo of them. And when building masks, their border property and multiple backgrounds have the power.

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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 ls

Here 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:

Conclusion

We 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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Transition Shorthand With Multiple Properties In Css?

We can add transitions to HTML elements using CSS. Before we start with the tutorial, let’s understand what transition is. Basically, the transition is an element changing from one state to another state. For example, we change the dimensions of the element when users hover over the element.

In CSS, we can add transitions to elements using two ways. First is to use ‘transition-property’, ‘transition-duration’, ‘transition-timing-function’, and ‘transition-delay’ all 4 properties together. The second is using only the ‘transition’ CSS property.

The CSS ‘transition’ property is shorthand for the below CSS properties.

Transition-property − It specifies the CSS property on that we require to apply the transition effect. If we require to apply transition on all properties, we can use ‘all’ as a value.

Transition-duration − It is the total time of transition effect in seconds.

Transition-timing-function − It determines how the transition should progress. Examples of transition timing functions are ‘liner’, ‘ease-in’ , ‘ease-out’, ‘ease-in-out’, etc.

Transition-delay − It is an amount of time after the transition effect should start.

Syntax

Users can follow the syntax below to use the transition shorthand with multiple CSS properties.

element { transition: Property duration timing-function delay; }

In the above syntax, the first value is transition property, the second value is transition duration, the third value is timing function, and the last is transition delay.

Example 1

In the example below, we have a div element of 200 x 200 dimensions, and we have added the transition effect on the height of the div element for a duration of 2 seconds. Here, the transition delay is 0.5 seconds, and the timing function is ‘ease-in-out’.

Users can hover over the div element to observe the transition effect. We can observe that the height of the div element increases smoothly rather than immediately.

/* adding transition effect on the element */ .element { width: 500px; height: 200px; background-color: red; color: white; font-size: 25px; transition: height 2s ease-in-out 0.5s; } .element:hover { height: 400px; background-color: green; } This div contains the texts.

Example 2

In the example below, the initial margin-left is 2px for the div element. When the user hovers over the div element, we increase the margin-left to 100px. We have added the transition effect on the margin-left CSS property of the div element for 2 seconds after a delay of 0.5 seconds.

In the output, hover over the div element, which will move to the right by 100px in 2 seconds.

/* adding transition effect on the element */ .element { width: 200px; height: 200px; background-color: blue; color: white; font-size: 25px; margin-left: 2px; border-radius: 12px; transition: margin-left 2s ease-in-out 0.5s; } .element:hover { margin-left: 100px; } This div contains the texts.

Example 3

In the example below, we have added the transition effect for multiple CSS properties. Here, we have added a transition effect of 2 seconds for the ‘margin-left’, ‘height’, ‘width’, ‘background-color’, ‘color’, and ‘font-size’ CSS properties.

In the output, users can observe that it transitions smoothly for all CSS properties. However, we can use ‘all’ as a value of the ‘transition-property’ to add a transition to all the properties.

/* adding transition effect on the element */ .element { width: 200px; height: 200px; background-color: blue; color: white; font-size: 25px; margin-left: 2px; border-radius: 12px; transition: margin-left 2s, height 2s, width 2s, background-color 2s, color 2s, font-size 2s; } .element:hover { margin-left: 100px; height: 400px; width: 400px; background-color: aqua; color: black; font-size: 40px; } Square div element.

Users learned to use the ‘transition’ CSS property, a shorthand for the multiple CSS properties related to transition. Here, we have learned to use the ‘transition’ CSS property in the above three examples. In the last example, we have added the transition effect for multiple CSS properties.

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