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To convert bytes into a string in Python, use the bytes.decode() method.

For instance:

name_byte = b'Alice' name_str = name_byte.decode() print(name_str)

Output:

Alice

This is the quick answer.

However, depending on the context and your needs, there are other ways to convert bytes to strings.

In this guide, you learn how to convert bytes to string in 5 different ways in different situations.

Here’s a short review of the byte-to-string converting methods:

Method Example

1. The decode() method of a byte string byte_string.decode(‘UTF-8’)

2. The built-in str() method str(byte_string, ‘UTF-8’)

3. Codecs decode() function codecs.decode(byte_string)

4. Pandas dataframe decode() method df[‘column’].str.decode(“utf-8”)

5. The join() method with map() function “”.join(map(chr, byte_str))

Let’s jump to it!

Bytes vs Strings in Python

There is a chance you are looking to convert bytes to strings because you do not know what they are. Before jumping into the conversions, let’s take a quick look at what are bytes in the first place.

Why Bytes?

A computer doesn’t understand the notion of “text” or “number” as is. This is because computers operate on bits, that is, 0s and 1s.

Storing data to a computer happens by using groups of bits, also known as bytes. Usually, there are 8 bits in a byte. But this might vary depending on what system you’re using.

Byte Strings in Python

In Python, a byte string is a sequence of bytes that the computer understands but humans can’t.

A string is a sequence of characters and is something we humans can understand but cannot directly store in a computer.

This is why any string needs to be converted to a byte string before the computer can use it.

In Python, a bytes object is a byte representation of a string. A bytes object is prefixed with the letter ‘b‘.

For example, take a look at these two variables:

name1 = 'Alice' name2 = b'Alice'

Here:

name1 is a str object.

name2 is a bytes object.

You can verify this by printing out the data types of these variables:

name1 = 'Alice' name2 = b'Alice' print(type(name1)) print(type(name2))

Output:

As I mentioned earlier, the byte string is something that is hard to understand. In the above code, this isn’t clear as you can just read the b’Alice’ very clearly.

Byte String vs String in Python

To see the main difference between the byte string and a string, let’s print the words character by character.

First, let’s do the name1 variable:

name1 = 'Alice' name2 = b'Alice' for c in name1: print(c)

Output:

A l i c e

Now, let’s print each byte in the name2 bytes object:

name1 = 'Alice' name2 = b'Alice' for c in name2: print(c)

Output:

65 108 105 99 101

Here you can see there is no way for you to tell what those numbers mean. Those numbers are the byte values of the characters in a string. Something that a computer can understand.

To make one more thing clear, let’s see what happens if we print the bytes object name2 as-is:

name1 = 'Alice' name2 = b'Alice' print(name2)

Output:

b'Alice'

As your surprize, it clearly says “Alice”. This isn’t too hard to read, is it?

The reason why the byte string prints out as a readable string is because what you see is actually a string representation of the bytes object.

Python does this for the developer’s convenience.

If there was no special string representation for a bytes object, printing bytes would be nonsense.

Anyway, now you understand what is a bytes object in Python, and how it differs from the str object.

Now, let’s see how to convert between bytes and string.

1. The decode() Function

Given a bytes object, you can use the built-in decode() method to convert the byte to a string.

You can also pass the encoding type to this function as an argument.

For example, let’s use the UTF-8 encoding for converting bytes to a string:

byte_string = b"Do you want a slice of xf0x9fx8dx95?" string = byte_string.decode('UTF-8') print(string)

Output:

Do you want a slice of 🍕? 2. The str() Function

Another approach to convert bytes to string is by using the built-in str() function.

This method does the exact same thing as the decode() method in the previous example.

For instance:

byte_string = b"Do you want a slice of xf0x9fx8dx95?" string = str(byte_string, 'UTF-8') print(string)

Output:

Do you want a slice of 🍕?

Perhaps the only downside to this approach is in the code readability.

If you compare these two lines:

name_str = str(byte_string, 'UTF-8') name_str = byte_string.decode('UTF-8')

You can see the latter is more explicit about decoding the bytes to a string.

3. Codecs decode() Function

Python also has a built-in codecs module for text decoding and encoding.

This module also has its own decode() function. You can use this function to convert bytes to strings (and vice versa).

For instance:

import codecs byte_string = b"Do you want a slice of xf0x9fx8dx95?" name_byte = codecs.decode(byte_string) print(name_byte)

Output:

Do you want a slice of 🍕? 4. Pandas decode() Function

If you are working with pandas and you have a data frame that consists of bytes, you can easily convert them to strings by calling the str.decode() function on a column.

For instance:

import pandas as pd data_bytes = {'column' : [b'Alice', b'Bob', b'Charlie']} df = pd.DataFrame(data=data_bytes) data_strings = df['column'].str.decode("utf-8") print(data_strings)

Output:

0 Alice 1 Bob 2 Charlie Name: column, dtype: object 5. map() Function: Convert a Byte List to String

In Python, a string is a group of characters.

Each Python character is associated with a Unicode value, which is an integer.

Thus, you can convert an integer to a character in Python.

To do this, you can call the built-in chr() function on an integer.

Given a list of integers, you can use the map() function to map each integer to a character.

Here is how it looks in code:

byte_data = [65, 108, 105, 99, 101] strings = "".join(map(chr, byte_data)) print(strings)

Output:

Alice

This piece of code:

Converts the integers to corresponding characters.

Returns a list of characters.

Merges the list of characters to a single string.

To learn more about the map() function in Python, feel free to read this article.

Be Careful with the Encoding

There are dozens of byte-to-string encodings out there.

In this guide, we only used the UTF-8 encoding, which is the most popular encoding type.

The UTF-8 is also the default encoding type in Python. However, UTF-8 encoding is not always the correct one.

For instance:

s = b"test xe7xf8xe9" s.decode('UTF-8')

Output:

UnicodeDecodeError: 'utf-8' codec can't decode byte 0xe7 in position 5: invalid continuation byte

This error means there is no character in the UTF-8 encoding that corresponds to the bytes in the string.

In other words, you should be using a different encoding.

You can use a module like chardet to detect the character encodings. (Notice that this module is not maintained, but most of the info you learn about it is still applicable.)

However, no approach is 100% foolproof. This module gives you its best guess about the encoding and the probability associated with it.

Anyway, let’s say the above byte string can be decoded using the latin1 encoding as well as the iso_8559_5 encoding.

Now let’s make the conversion:

s = b"test xe7xf8xe9" print(s.decode('latin1')) print(s.decode('iso8859_5'))

Output:

test çøé test чјщ

This time there is no error. Instead, it works with both encodings and produces a different result.

So be careful with the encodings!

If you see an error when doing a conversion, the first thing you need to do is to figure out the encoding used. Then you should use that particular encoding to encode/decode your values to get it right.

Conclusion

Today you learned how to convert bytes to strings in Python.

To recap, there is a bunch of ways to convert bytes to strings in Python.

To convert a byte string to a string, use the bytes.decode() method.

If you have a list of bytes, call chr() function on each byte using the map() function (or a for loop)

If you have a pandas dataframe with bytes, call the .str.decode() method on the column with bytes.

By default, the Python character encoding is usually UTF-8.

However, this is not always applicable. Trying to encode a non-UTF-8 byte with UTF-8 produces an error. In this situation, you should determine the right character encoding before encoding/decoding. You can use a module like chardet to do this.

Further Reading

Python Interview Questions

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Golang Program To Convert Character To String

In this article, we are going to learn about how to convert characters to string go programming language.

Chars − Go language does not have a char data type on the contrary characters in go language are represented by rune data type. Rune represents a character value that is encoded in UTF-8 format. The size of the runes is 32-bits.

Strings − String data type is used to store a sequence of characters. it can be in the form of literals or alphabets. The size of the string variable is 1 byte or 8 bits.

There are two approaches to achieving this result. We shall discuss them in this article.

Syntax func QuoteRune(r rune) string func string(n int) string

The function QuoteRune() is defined in strconv package and is used to convert rune or character value to a string. This function takes the rune value as an input and converts it to return the output as a string.

Algorithm

STEP 1 − Import the required packages naming fmt, strconv and reflect.

STEP 2 − Start the main() function.

STEP 3 − Initialize a variable of type rune and assign value to it.

STEP 4 − Call the QuoteRune() method and pass the rune variable as the argument to it.

STEP 5 − Store the result obtained on a different variable of type string.

STEP 6 − Print the result on the screen using fmt.Println() function along with the type of the variable.

Example 1

Golang program to convert characters to string using QuoteRune() method.

package main import ( "fmt" "reflect" "strconv" ) func main() { var r rune = '☺' var s string = strconv.QuoteRune(r) fmt.Println("The given variable is of type rune and has value of", r) fmt.Println("The obtained variable is of type", reflect.TypeOf(s), "and has value of", s) } Output The given variable is of type rune and has value of 9786 The obtained variable is of type string and has value of '☺' Description

First we need to import the fmt, strconv, and reflect packages. fmt package allows us to print anything on the screen, the strconv package allows us to use other predefined functions like QuoteRune(), and reflect package allows us to use methods that allow knowing the type of a variable.

Call the main() function this is the starting point of our program.

Now initialize a variable of type rune and assign a value to it.

Next we need to call a method defined in the strconv package that will allow us to use the QuoteRune() method to pass the rune variable as the argument to this function and this function will return the corresponding string equivalent of the rune after converting it to string.

Now store the result obtained in a separate variable of type string.

Print the rune value on the screen using fmt.Println() function and on the next line print the string equivalent obtained along with its type.

Example 2

Golang program to convert character to string using String() function.

package main import ( "fmt" "reflect" ) func runesToString(runes []rune) (outString string) { for _, v := range runes { outString += string(v) } return } func main() { var r []rune = []rune{'a', 'b', 'z'} var s string = runesToString(r) fmt.Println("The given variable is of type rune and has value of", r) fmt.Println("The obtained variable is of type", reflect.TypeOf(s), "and has value of", s) } Output The given variable is of type rune and has value of [97 98 122] The obtained variable is of type string and has value of abz Description

First we need to import the fmt, strconv and reflect packages. fmt package allows us to print anything on the screen, reflect package allows us to use methods that allow knowing the type of a variable.

Initialize a RuneToString() function to convert the array of runes to the string. This function will take an array that has runes in it as an argument and will return the corresponding string equivalent of it after successfully converting it.

Call the main() function this is the starting point of our program.

Now initialize an array of type runes and assign a value to it.

Next we need to call the RuneToString() method.

Now store the result obtained in a separate variable.

Print the rune value on the screen using fmt.Println() function and on the next line print the string equivalent obtained along with its type.

C++ Program To Convert Int Type Variables Into String

Integer type variables in C++ are able to store positive or negative integer values upto a predefined range. String variables can store a sequence of alphabets, numerals, and special characters. There are many use cases where the conversion from int to string is needed. We discuss 3 different methods to convert an integer variable into a string.

If we discuss the algorithm, it is pretty straightforward. We take input in an integer variable and then convert it into a string variable.

Using to_string function

The easiest way in C++ to convert an integer value to a string is using the to_string function. The to_string function is available by default; it takes an integer value as input and provides a string value as output. We take a look at the following example to understand the concept further.

Syntax

string op = std::to_string(ip);

Algorithm

Take input in an integer variable.

Convert the integer value into a string and store it in a string variable using to_string function.

Display the result.

Example

using

namespace

std

;

string

solve

(

int

ip

)

{

return

to_string

(

ip

)

;

}

int

main

(

)

{

int

ip

=

10

;

string op

=

solve

(

ip

)

;

cout

<<

“The input value is: “

<<

ip

<<

endl

;

cout

<<

“The output value is: “

+

op

<<

endl

;

return

0

;

}

Output The input value is: 10 The output value is: 10

In this example, we have used the to_string function to convert the integer value to string. A thing to note while we are displaying the ouput; we are using the insertion operator (<<) to display the integer value, but when we are displaying the string we are just concatenating the output value with the preceding string to demonstrate that it is a string.

Using ostringstream

ostringstream is a string buffer that contains a sequence of characters. In this method, we input the integer value into the ostringstream object and then format it into a string.

Syntax

ostringstream oss; oss << ip; string op = oss.str();

Algorithm

Take input in an integer variable.

Pass the input integer variable to a ostringstream object.

Assign the string representation of the ostringstream object to the string output variable.

Display the result.

Example

using

namespace

std

;

string

solve

(

int

ip

)

{

ostringstream oss

;

oss

<<

ip

;

return

oss

.

str

(

)

;

}

int

main

(

)

{

int

ip

=

10

;

string op

=

solve

(

ip

)

;

cout

<<

“The input value after addition of 10 is: “

<<

ip

+

10

<<

endl

;

cout

<<

“The output value after addition of 10 is: “

<<

op

+

“10”

<<

endl

;

return

0

;

}

Output The input value after addition of 10 is: 20 The output value after addition of 10 is: 1010

In the previous example, we have added an integer value 10 with the input value to demonstrate that it is an integer value and added a string ‘10’ with the output value to demonstrate that it is a string value.

Using sprintf

sprintf is a standard library function in C++ that sends formatted output to a string str. Using the sprintf function, we can convert an integer to a string.

Syntax

char str[100]; sprintf(str, “%d”, ip); string s = str;

Algorithm

Take input in an integer variable.

Pass the input integer variable and a character buffer to the sprintf function.

Assign the character buffer to the resultant string variable.

Display the result.

Example

using

namespace

std

;

string

solve

(

int

ip

)

{

char

str

[

100

]

;

sprintf

(

str

,

“%d”

,

ip

)

;

string s

=

str

;

return

s

;

}

int

main

(

)

{

int

ip

=

10

;

string op

=

solve

(

ip

)

;

cout

<<

“The input value after addition of 10 is: “

<<

ip

+

10

<<

endl

;

cout

<<

“The output value after addition of 10 is: “

<<

op

+

“10”

<<

endl

;

return

0

;

}

Output The input value after addition of 10 is: 20 The output value after addition of 10 is: 1010

This example is similar to the previous example, only thing that is different is the conversion method. To use sprintf, we do not need to import any other libraries.

Conclusion

We may need to convert integer to string in various occasions, the major one being outputting data from a calculation using a function that supports only string arguments. The first method that we discussed is the easiest, but it is available from C++ 11 version. The second method that uses ostringstream requires another library sstream to be imported, and the final method using sprintf requires a secondary character or string buffer to convert the integer value to a string. The fastest method is the first one, but if that does not work due to the compiler being outdated, the other two methods should work.

Python String Count() With Examples

Python count

The count() is a built-in function in Python. It will return the total count of a given element in a string. The counting begins from the start of the string till the end. It is also possible to specify the start and end index from where you want the search to begin.

In this Python tutorial, you will learn:

The syntax for PythonString Count()

Python count function syntax:

string.count(char or substring, start, end) Parameters of Python Syntax

Char or substring: You can specify a single character or substring you are wants to search in the given string. It will return you the count of the character or substring in the given string.

start : (optional) It indicates the start index from where the search will begin. If not given, it will start from 0. For example, you want to search for a character from the middle of the string. You can give the start value to your count function.

end: (optional) It indicates the end index where the search ends. If not given, it will search till the end of the list or string given. For example, you don’t want to scan the entire string and limit the search till a specific point you can give the value to end in your count function, and the count will take care of searching till that point.

ReturnValue

The count() method will return an integer value, i.e., the count of the given element from the given string. It returns a 0 if the value is not found in the given string.

Example 1: Count Method on a String

The following example shows the working of count() function on a string.

str1 = "Hello World" str_count1 = str1.count('o') # counting the character “o” in the givenstring print("The count of 'o' is", str_count1) str_count2 = str1.count('o', 0,5) print("The count of 'o' usingstart/end is", str_count2)

Output:

The count of 'o' is 2 The count of 'o' usingstart/end is 1 Example 2: Count occurrence of a character in a given string

The following example shows the occurrence of a character in a given string as well as in by using the start/end index.

str1 = "Welcome to Guru99 Tutorials!" str_count1 = str1.count('u') # counting the character “u” in the given string print("The count of 'u' is", str_count1) str_count2 = str1.count('u', 6,15) print("The count of 'u' usingstart/end is", str_count2)

Output:

The count of 'u' is 3 The count of 'u' usingstart/end is 2 Example 3: Count occurrence of substring in a given string

Following example shows the occurrence of substring in a givenstring as well as usingstart/endindex.

str1 = "Welcome to Guru99 - Free Training Tutorials and Videos for IT Courses" str_count1 = str1.count('to') # counting the substring “to” in the givenstring print("The count of 'to' is", str_count1) str_count2 = str1.count('to', 6,15) print("The count of 'to' usingstart/end is", str_count2)

Output:

The count of 'to' is 2 The count of 'to' usingstart/end is 1 Summary:

The count() is a built-in function in Python. It will return you the count of a given element in a list or a string.

In the case of a string, the counting begins from the start of the string till the end. It is also possible to specify the start and end index from where you want the search to begin.

The count() method returns an integer value.

Python Program To Divide A String In ‘N’ Equal Parts

In Python, a string can be divided into N equal parts using the slicing method. Substrings of equal length can be extracted using the Python slicing method by specifying the starting and ending index of the substring. In his article, we will see how we can divide a string into N equal parts using the Python slicing method.

To divide a string into N equal parts we need to create a function that takes the original string and the number of parts in which the string is to be divided as input and returns the resultant N equal chúng tôi the string contains a few extra characters which cannot be distributed in the N equal parts we add them to the last substring.

Example 1

In the below example code, we have created a method named divide_string which takes the original string and the number of parts the string is divided into as input and returns the N equal substrings as output. The function divide_string performs the following actions −

Calculate the length of each substring by dividing the length of the original string by the number of parts (N).

Using list comprehension divide the strings into N parts. We start with index 0 and move with the step of part_length (length_of_string/N) until we reach the end of the string.

If there are any extra leftover characters that are not added to the substring we add them to the last substring part.

Return the N substrings of equal length.

def divide_string(string, parts): # Determine the length of each substring part_length = len(string) # Divide the string into 'parts' number of substrings substrings = [string[i:i + part_length] for i in range(0, len(string), part_length)] # If there are any leftover characters, add them to the last substring substrings[-2] += substrings[-1] substrings.pop() return substrings string = "abcdefghi" parts = 3 result = divide_string(string, parts) print(result) Output ['abc', 'def', 'ghi'] Example 2

In the below example, the string is of length 26 and it needs to be divided into 6 equal parts. So each substring will be of length 4. But after the division of the string in 6 parts 2 characters of the string is extra they are added to the last substring as shown in the output.

def divide_string(string, parts): # Determine the length of each substring part_length = len(string) # Divide the string into 'parts' number of substrings substrings = [string[i:i + part_length] for i in range(0, len(string), part_length)] # If there are any leftover characters, add them to the last substring substrings[-2] += substrings[-1] substrings.pop() return substrings string = "Welcome to tutorials point" parts = 6 result = divide_string(string, parts) print(result) Output ['Welc', 'ome ', 'to t', 'utor', 'ials', ' point'] Conclusion

In this article, we understood how the string can be divided into N equal parts using Python slicing functionality. The length of each substring is calculated by dividing the length of the string by N and if any leftover characters are left after the string division they are added to the last substring. This is an effective way to divide the string into N equal parts.

How To Convert Old Movies To Digital Format

How to convert old movies to digital format

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There are plenty of software and hardware tools that you can use to convert old movies to digital.

For example, with a good video editor from Adobe’s suite you will digitize your old videos in just a few minutes.

You can also try digitizing your old beloved VHS tapes with a great VHS-to-DVD software.

Check out this comprehensive guide for more solutions to convert

old movies to digital with ease.

Do you have some old recorded VHS movies gathering dust that need converting to digital DVD format? If that’s the case, there are three ways you can convert antiquated analog video movies to DVD.

First, note that old movies does not mean copyrighted films. It’s illegal to copy copyrighted VHS films to DVDs. However, it’s fine to convert your own recorded VHS movies to a digital format.

We have compiled a list of solutions for you to be able to convert old movies to digital format, so keep reading!

How can I convert old movies to digital format? 1. Use Adobe Premiere Pro

If you are wondering how to convert old movies to digital, then you should know already that Adobe Premiere Pro is an industry-leading timeline-based video editor and converter.

This amazing software can be used to do pretty much whatever you want with a video file. In the case at hand, the program can even be used for digitizing analog video.

More so, the program can be used to compile and edit videos from scratch, add special effects, filters, soundtracks, and more.

Adobe Premiere Pro

Your memories on the old tapes are now saved. Adobe Premiere Pro lets you convert old movies to digital in just a few steps, so try it out!

Free trialVisit website

How do I digitize analog video with Adobe Premiere Pro?

Connect the analog device’s video and audio outputs to the digital device’s analog inputs.

If the digital device is an external digitizer, deck, or camcorder:

Connect its FireWire or SDI port to PCs.

If the third-party digital device is a digitizer with device controls:

Connect its device control port with the same type of port on the analog device.

Turn on the analog source and the digitizing device.

If the digitizing device is a camcorder, set it to VTR, VCR, or Play mode.

Set the input selection control on the digitizing device to the proper analog input.

Now that you’ve connected the device properly, it is time to go to the actual conversion phase:

Start Adobe Premiere Pro.

When the Welcome screen appears, do one of the following:

To start a new project using a capture card:

Select the capture card’s preset from the Load Preset pane.

To open an existing project using a capture card:

Select an existing project that was set up with the capture card’s preset.

To start a new project using an external device, such as a camcorder or deck, to digitize:

Select a DV or HDV preset that matches your target television standard and format.

To open an existing project using an external device, such as a camcorder or deck, to digitize:

Select an existing project that was set up with the correct DV or HDV preset.

Now that you’ve set up Adobe Premiere Pro, it is time to choose what to do with the old video:

Go to File, and select Capture.

In the Capture panel, carefully check the settings on the Settings pane.

Do one of the following:

If the digital device offers no device control:

Cue up your source using the analog device’s own controls.

Press Play on the analog device.

If the digital device offers device control:

Capture or log footage using the Capture panel’s controls, as you would with a digital source.

2. Take the video to an alternative VHS-to-DVD conversion service

If you have just one or two VHS videos to convert to DVD, it’s probably better to take them to a VHS-to-DVD conversion service such as those provided by Walmart.

Walmart will convert a two-hour VHS video to DVD with chapter menus and music video highlights at a good price. You can find further details at this web page.

However, there are plenty of alternatives to Walmart, like Southtree or Costco.

As you’ll still need some extra software and hardware to convert an old movie yourself, the conversion services might be a better alternative.

3. Convert the VHS movie to disc with a VHS-DVD combo player

It might be more economical to convert lots of VHS videos (perhaps 10 or more) to disc yourself with a VHS-DVD combo player.

Expert tip:

Converting a VHS video to digital versatile disc is straightforward with a VHS-DVD combo player. Just insert the VHS cassette and a blank, rewritable DVD in the VHS-DVD player.

Then press the record button on the DVD side and the play button for the VHS video – or the combo player might have a direct dubbing option.

That’s all there is to it usually, but some VHS-DVD combo players might have more unique settings. So check the manual first before converting VHS to DVD.

4. Convert the old movie with a VHS to DVD software

VHS to DVD software that comes with a digital-to-analog converter is an alternative to VHS-DVD combo players.

That software enables you to convert VHS to digital format by connecting a desktop or laptop to your old VHS player with a digital-to-analog converter like the one shown directly below.

The best VHS to DVD programs will include a video editor, and options to burn the captured video to disc.

As such, you can enhance the footage with the software by removing some content from it and adding transitions and other effects.

Diamond One-Touch Video Capture VC500 for Windows and Mac is one of the best VHS and DVD programs for Windows, and it comes with software to burn videos to DVD.

This is how you can convert an old movie to digital format with this software:

First, connect your desktop or laptop to the VHS player with the digital-to-analog converter cables that came with the software.

Insert the USB end into the laptop’s or desktop’s USB slot, and the red, white and yellow RCA cables to the matching colored outputs on the VCR (videocassette recorder) player.

If your VHS video is dusty, dust it down, and insert the cassette in the VCR player.

Open your recording software in Windows and press its recording option.

Next, play the VHS tape on the VCR player.

When the video finishes, stop the recording software.

Then stop the video on the VCR. Now your old movie is a digital video!

Insert a blank, rewritable DVD in your laptop’s or desktop’s disc drive, and you’ll need an external DVD drive if it doesn’t have one.

You can add the captured video to the disc with the software’s DVD burner tool for imported files.

However, you could also use software such as Windows DVD Maker for adding the video to the disc.

So that’s how you can convert old movies to digital format for playback on DVD. When you’ve converted the videos, you can toss away those dusty VHS tapes that had piled up and watch the movies in digital format.

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