The other day I came across this fun read – DNSFS. Store your files in others DNS resolver caches. And this bit in the article really cracked me up:
This is not the first time something like this has been done, Erik Ekman made PingFS, a file system that stores data in the internet itself .
This works because inside every ping packet is a section of data that must be sent back to the system that sent the ping, called the data payload.
Because you can put up to 1400-ish bytes in this payload, and pings take time to come back, you can use the speed of light in fiber as actual storage.
Now obviously this is not a great idea for long term data storage, since you have to keep transmitting and receiving the same packets over and over again, plus the internet gives no promise that the packet won’t be dropped at any time, and if that happens then the data is lost.
However. DNS has caches. It has caches everywhere.
Obviously, neither DNSFS, nor PingFS should be used for anything serious, but both are excellent experiments, demonstrating the flexibility of the TCP/IP and thinking outside the box.
Here are some great news from GitHub: Dependency graph support is now available for PHP repositories with Composer dependencies.
You may see security alerts on your repositories as dependency graph support rolls out. When there’s a published vulnerability on any of the Composer dependencies that your project lists in
composer.lockfiles, GitHub will send you an alert including email or web notifications, depending on your preferences.
These now work for both public and private repositories, and repository admins can enable or disable the features as needed.
CommitStrip nails it once again …
“Interpretation of NTFS Timestamps” is a fascinating technical dive into the NTFS filesystem and the way it stores file and directory timestamps. Let me just leave you with this quote:
NTFS file timestamps, according to the documentation of the ‘FILETIME’ data structure in the Windows Software Development Toolkit, is a “64-bit value representing the number of 100-nanosecond intervals since January 1, 1601 (UTC)”.