Hi Modu Friends,
What a year it's been! A few more days and we can finally bid farewell to 2020 and ring in a new year, which we hope will bring much more joy and excitement this time around.
We wanted to share a few updates at this time. First off, you may have heard that Luxembourg is currently under our second lockdown. What does this mean? All non-essential businesses are currently closed, including TMS, until January 10, 2021. We are offering in-store pick up of your orders (if you live nearby) as well as postal deliveries. Otherwise, we hope to see you after the 10th. Our doors will reopen on Tuesday, January 12th.
Second, our Sale Season is coming very soon. All our AW20 collection will be on sale shortly so look out for our announcement.
Lastly, TMS will be undergoing an interior renovation during this lockdown period. We plan to unveil our new interior space, including the opening of our backroom (finally) in mid-January. With the additional space, we are calling Artists to showcase their pieces on our walls. All artistic mediums welcomed. For more information, you can email: info@themodushop.com.
Wishing you all a wonderful, healthy and joyous new year! Looking forward to seeing you again at TMS!
With Love,
TMS
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https://scrapbox.io/DIAMOND16/Diamond168
https://diamondlnwpg168.com/
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https://github.com/openai/sparse_attention/issues/13
https://github.com/dashpradeep99/https-github.com-miguellgt-books/issues/6
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https://github.com/xyba1337/ValorantEZTS/issues/3
https://github.com/henryjeff/portfolio-website/issues/16
https://github.com/HoyDiamond/DiamondSeo01/issues/2
https://github.com/qianjiahao/MongoDB/issues/2
https://github.com/u21h2/nacs/issues/13
https://github.com/Programming-from-A-to-Z/A2Z-F15/issues/31
https://github.com/qw3rtman/p/issues/35
https://github.com/rafaballerini/GitTutorial/issues/200
https://github.com/Yalantis/uCrop/issues/948
https://www.paiklangna.com/
https://diamondlnwpg168.com/
A fully debugged query demonstrating the Blum-Blum-Shub algorithm—generating pseudorandom numbers larger than 1024 bytes based on an entered text sequence.
To generate a pseudorandom number, you must enter at least 100 characters (essentially a master key). Once the required number size is reached, the calculation will be performed and the results will be displayed.
From this point on, you can enter text for the XOR conversion. The text size is 200 characters. It is recommended to enter only letters; replace numbers with words.
The query was used with the chat.deepseek.com AI and generated a full set of files for an Android Studio Java project. The project compiled without errors on a Samsung S23 smartphone running Android 11.
The following values can be changed in the request:
- Android version
- API version
- generated key size (larger than 4096 bits has not been tested, but may work)
The master key and the generated pseudo-random number are also saved in a file in the smartphone’s Download folder and can be copied to another smartphone for reverse data conversion.
https://oflameron.ru/Valery_Shmelev_5eng.pdf
Full request text:
Generate the simplest Java code for the DeepseekBlume app for Android 11 for SDK 33.
The markup in Activity_main.xml should allow vertical scrolling to view all content.
You must request and obtain all the permissions required for the app to function, including permission to read and write data.
Place the first EditText field for text input at the very top of the screen. In the first EditText, enter the following text in the Hint: “Enter at least 100 characters to create a key.”
Create an Int variable E=2048
When entering text in this field, check the number of characters entered. Do not allow more than 120 characters to be entered in this first EditText field.
As soon as the number of characters entered in the first EditText field exceeds 100, convert the entered text to a Big Int number and store it in an E-bit variable L, and perform the following actions in step NN.
Start of step NN
Check for the xor.txt file in your smartphone’s Download folder. If the xor.txt file exists, delete it.
Check the smartphone’s Download folder for the digital.bbs text file in JSON format.
If the digital.bbs file is NOT in the Download folder, follow the steps in step 1. If the digital.bbs file is in the Download folder, skip step 1 and read the values of the numbers P, Q, and L from the digital.bbs file.
Start of step 1.
The application must calculate two prime Big Int numbers, P and Q, of E bits, such that each of them, when divided by 4, leaves a remainder of 3.
The application screen must contain several TextViews.
In one TextView, enter the number P.
In the second TextView, enter the number Q.
Calculate the number M = P * Q.
Choose a random Big Int number L of E bits, coprime to M.
Create the digital.bbs text file in the smartphone’s Download folder and write the calculated values of P, Q, and L to it in JSON format.
End of step 1.
We need to calculate the number M = P * Q
We calculate the Big Int number K = L * L (i.e., as L to the power of 2)
We find the Big Int number H = K mod M
We need to write the Big Int number H to the third TextView.
Next, we’ll create the DigCreate function, which we’ll use E times.
We’ll create a Big Int variable, NumRnd, with which we’ll perform bitwise operations.
The DigCreate function does the following E times:
Start of step 2.
- calculate the number N = (H * H) mod M
- select the least significant bit (parity bit) from N
- shift the bits in NumRnd to the left by one position. In this case, the most significant (rightmost) bit is discarded.
- Write the value from the least significant bit of N to the least significant bit of NumRnd.
- Assign the value of N to H.
- Repeat the steps from step 2.
After this, all bits in NumRnd should be filled.
Write NumRnd to the fourth TextView.
Next, we need to perform bitwise operations on NumRnd.
1. Remember the value of the least significant bit (parity bit).
2. Shift all bits of NumRnd one bit to the right.
3. Write the parity bit remembered in step 1 to the most significant (rightmost) bit of NumRnd.
Write NumRnd to the fifth TextView.
End of step NN.
Place the second EditText field below the fifth TextView for user input. In the second EditText, add the following text to the Hint: “Enter text to process. Letters only. No more than 200 characters.”
In the Java code in MainActivity.java, add the following comment: “Enter only letters in this EditText field. Write numbers as words. No more than 200 characters.”
Limit the number of characters entered in the second EditText field to 200 characters.
Place a button labeled “XOR” below the second EditText. Place an “XOR2” button next to the “XOR” button. Create a BigInt variable called ResultText.
Place a sixth TextView below the buttons. In the sixth TextView, add the following text to the Hint: “Entered text converted to a number.”
When the “XOR” button is clicked:
- First, convert the text entered in the second EditText field to a BigInt number and store it in the EnText variable and in the sixth TextView.
- then perform a binary XOR operation between the NumRnd and EnText values
- clear the second EditText field
Place the seventh TextView below the sixth TextView. In the seventh TextView, enter the text “Recovered text” in the Hint field.
Save the resulting text to the xor.txt text file in the smartphone’s Download folder, into the ResultText variable, and also place the result of the XOR operation in the second EditText field.
When you click the “XOR2” button, do the following:
- clear the second EditText field
- perform a binary XOR operation between the NumRnd and ResultText values and write it to the second EditText field. Convert this result to text and write it to the seventh TextView
https://scrapbox.io/DIAMOND16/Diamond168
https://diamondlnwpg168.com/
https://github.com/Programming-from-A-to-Z/A2Z-F15/issues/30
https://github.com/defunkt/ambitious_activeldap/issues/14
https://github.com/openai/sparse_attention/issues/13
https://github.com/dashpradeep99/https-github.com-miguellgt-books/issues/6
https://github.com/HoyDiamond/DiamondSeo01/issues/1
https://github.com/cy4nguy/PythonSimpleKeylogger/issues/3
https://github.com/gzc/isystem/issues/1
https://github.com/SaeruHikari/SakuraEngine-Old/issues/3
https://github.com/xyba1337/ValorantEZTS/issues/3
https://github.com/henryjeff/portfolio-website/issues/16
https://github.com/EllanJiang/GameFramework/issues/76
https://github.com/HoyDiamond/DiamondSeo01/issues/2
https://github.com/qianjiahao/MongoDB/issues/2
https://github.com/u21h2/nacs/issues/13
https://github.com/Programming-from-A-to-Z/A2Z-F15/issues/31
https://www.paiklangna.com/
https://github.com/rafaballerini/GitTutorial/issues/200
https://github.com/Yalantis/uCrop/issues/948
https://scrapbox.io/DIAMOND16/Diamond168
https://diamondlnwpg168.com/
https://github.com/Programming-from-A-to-Z/A2Z-F15/issues/30
https://github.com/defunkt/ambitious_activeldap/issues/14
https://github.com/openai/sparse_attention/issues/13
https://github.com/dashpradeep99/https-github.com-miguellgt-books/issues/6
https://github.com/HoyDiamond/DiamondSeo01/issues/1
https://github.com/cy4nguy/PythonSimpleKeylogger/issues/3
https://github.com/gzc/isystem/issues/1
https://github.com/SaeruHikari/SakuraEngine-Old/issues/3
https://github.com/xyba1337/ValorantEZTS/issues/3
https://github.com/henryjeff/portfolio-website/issues/16
https://github.com/HoyDiamond/DiamondSeo01/issues/2
https://github.com/qianjiahao/MongoDB/issues/2
https://github.com/u21h2/nacs/issues/13
https://github.com/Programming-from-A-to-Z/A2Z-F15/issues/31
https://www.paiklangna.com/
https://github.com/rafaballerini/GitTutorial/issues/200
https://github.com/Yalantis/uCrop/issues/948