Zip - Download 102k
: This is a "quine" zip file—a recursive archive that contains a copy of itself. When you open r.zip , it contains another file also named r.zip , which contains another r.zip , and so on, theoretically forever. The Deep Blog Post
The request for a "102k zip" and "deep blog post" likely refers to , a famous technical blog post by Russ Cox. The "102k" Zip File The specific file you are likely looking for is r.zip . Size : It is approximately 102 KB . Download 102k zip
: Cox walks through the byte-level construction, including how to handle the checksums (CRCs) that would normally change when the file's content changes. : This is a "quine" zip file—a recursive
: The post explains how to construct a zip file that contains its own exact bytes. This is done by exploiting the structure of zip files, specifically how they use "Local File Headers" and "Central Directories" to point to data offsets. The "102k" Zip File The specific file you
The "deep" explanation of how this was achieved can be found on Russ Cox's research site, research!rsc .
If you are looking to download the file directly for testing, you can find the link within the original blog post.
: This is a "quine" zip file—a recursive archive that contains a copy of itself. When you open r.zip , it contains another file also named r.zip , which contains another r.zip , and so on, theoretically forever. The Deep Blog Post
The request for a "102k zip" and "deep blog post" likely refers to , a famous technical blog post by Russ Cox. The "102k" Zip File The specific file you are likely looking for is r.zip . Size : It is approximately 102 KB .
: Cox walks through the byte-level construction, including how to handle the checksums (CRCs) that would normally change when the file's content changes.
: The post explains how to construct a zip file that contains its own exact bytes. This is done by exploiting the structure of zip files, specifically how they use "Local File Headers" and "Central Directories" to point to data offsets.
The "deep" explanation of how this was achieved can be found on Russ Cox's research site, research!rsc .
If you are looking to download the file directly for testing, you can find the link within the original blog post.
