jaicompris.com
Cours et exercices corrigés en vidéo
Vous voulez me soutenir ?
Cliquez sur l'image !
J'ai réalisé les vidéos de maths de cet ouvrage !
Des milliers de cours et d'exercices en vidéo, comme avec un professeur particulier. La programmation Python expliquée pas à pas. Apprends les mathématiques à ton rythme avec des ressources innovantes. Que tu sois en difficulté ou déjà à l'aise, tu trouveras des exercices adaptés à ton niveau pour progresser rapidement.
: Do not attempt to decompress this file on a standard computer. Most modern antivirus programs and zip utilities will detect it as a "zip bomb" or "decompression bomb" and block it to prevent your system from crashing or running out of disk space. Recommended Write-ups
: For a visual breakdown of the math, searching for "Zip Bomb explained" on YouTube often leads to excellent technical summaries by channels like Computerphile .
The most well-known file matching this description is . It is a tiny 42,374-byte (approx. 42 KB) zip file that, when fully unzipped, expands to 4.5 petabytes of data.
: This is the definitive modern write-up. Fifield explains how to create a "non-recursive" zip bomb that achieves high compression ratios without nesting files, making it much more dangerous for scanners. You can find his full research and graphs on his personal site .
: Various cybersecurity blogs and "how-to-hack" communities on Reddit discuss the classic recursive structure and why it was so effective against early 2000s scanners.
If you are looking for a "good write-up" on how these work technically, these sources are highly regarded:
: Do not attempt to decompress this file on a standard computer. Most modern antivirus programs and zip utilities will detect it as a "zip bomb" or "decompression bomb" and block it to prevent your system from crashing or running out of disk space. Recommended Write-ups
: For a visual breakdown of the math, searching for "Zip Bomb explained" on YouTube often leads to excellent technical summaries by channels like Computerphile .
The most well-known file matching this description is . It is a tiny 42,374-byte (approx. 42 KB) zip file that, when fully unzipped, expands to 4.5 petabytes of data.
: This is the definitive modern write-up. Fifield explains how to create a "non-recursive" zip bomb that achieves high compression ratios without nesting files, making it much more dangerous for scanners. You can find his full research and graphs on his personal site .
: Various cybersecurity blogs and "how-to-hack" communities on Reddit discuss the classic recursive structure and why it was so effective against early 2000s scanners.
If you are looking for a "good write-up" on how these work technically, these sources are highly regarded:
Découvre la puissance de Python pour résoudre des problèmes mathématiques.
Rejoins des milliers d'élèves qui ont déjà amélioré leurs résultats en mathématiques
