Privex File Server

Path: /images/iso/debian/10.3.0/i386/jigdo-cd/

name	human size	size (bytes)	date
[Previous Folder] ..
SHA256SUMS	1.2K	1222	2020-02-09 01:58:31 UTC-0
SHA512SUMS	1.9K	1990	2020-02-09 01:58:32 UTC-0
debian-mac-10.3.0-i386-netinst.jigdo	20.7K	21243	2020-02-08 13:44:13 UTC-0
debian-10.3.0-i386-netinst.jigdo	26.4K	27080	2020-02-08 13:44:13 UTC-0
debian-edu-10.3.0-i386-netinst.jigdo	28.0K	28686	2020-02-08 13:45:56 UTC-0
debian-10.3.0-i386-xfce-CD-1.jigdo	40.0K	40918	2020-02-08 13:50:19 UTC-0
HEADER.html	4.3K	4398	2020-02-08 15:26:02 UTC-0
debian-mac-10.3.0-i386-netinst.template	4.33M	4543055	2020-02-08 13:44:12 UTC-0
debian-10.3.0-i386-netinst.template	4.43M	4642204	2020-02-08 13:44:12 UTC-0
debian-edu-10.3.0-i386-netinst.template	46.69M	48960414	2020-02-08 13:45:55 UTC-0
debian-10.3.0-i386-xfce-CD-1.template	5.68M	5960447	2020-02-08 13:50:19 UTC-0
MD5SUMS.sign	0.8K	833	2020-02-09 02:01:30 UTC-0
SHA1SUMS.sign	0.8K	833	2020-02-09 02:01:31 UTC-0
SHA256SUMS.sign	0.8K	833	2020-02-09 02:01:31 UTC-0
SHA512SUMS.sign	0.8K	833	2020-02-09 02:01:32 UTC-0
MD5SUMS	0.8K	838	2020-02-09 01:58:31 UTC-0
SHA1SUMS	0.9K	934	2020-02-09 01:58:31 UTC-0

You are being served by:fin1.files.privex.io

Region:

Finland(fi)

View this page on Tor via our Hidden Service

Legal Disclaimer

Some of the content found on this fileserver is copyrighted material by Privex Inc., and may or may not be prohibited to sell/redistribute.
However, since the files on this fileserver have been made available to the public internet, this generally means all content may be downloaded for personal use, but some content, such as software (in the form of executables, scripts, or ISO/IMG files), may require a license to be used for personal and/or commercial use.
If you're unsure about the license that a certain file/folder is made available under, you should contact us - so that we can explain the licensing that a specific file/folder is released under.

Size Note: The human size column is denominated by exponents of 1024, e.g.

    1K = 1024 x 1024 (1,048,576) bytes
    1M = 1024 x 1024 x 1024 (1,073,741,824) bytes
    1G = 1024 x 1024 x 1024 x 1024 (1,099,511,627,776) bytes