search for: unkeyed

Release Announcements --------------------- These are a security releases in order to address the following defect: o CVE-2018-16860 (Samba AD DC S4U2Self/S4U2Proxy unkeyed checksum) ======= Details ======= o CVE-2018-16860: The checksum validation in the S4U2Self handler in the embedded Heimdal KDC did not first confirm that the checksum was keyed, allowing replacement of the requested target (client) principal. For more details and workarounds, please...

Release Announcements --------------------- These are a security releases in order to address the following defect: o CVE-2018-16860 (Samba AD DC S4U2Self/S4U2Proxy unkeyed checksum) ======= Details ======= o CVE-2018-16860: The checksum validation in the S4U2Self handler in the embedded Heimdal KDC did not first confirm that the checksum was keyed, allowing replacement of the requested target (client) principal. For more details and workarounds, please...

...I''m not using aaf. I create my keyed index like this: @@ferret_index = Index::Index.new(:path => "#{RAILS_ROOT}/ferret_index/#{RAILS_ENV}/news_article_versions", :field_infos => field_infos, :id_field => :id, :key => :id, :default_input_field => :text) Unkeyed, I just drop the :key option (duh). :id is just the ActiveRecord id, from an auto_increment field in MySQL. As a note, when concurrently searching on the keyed index, the number of hits returned increases throughout the indexing process. With a non-keyed index, the number of hits doesn''...

Hey folks, Sorry for cross posting like this but this is an important announcement for all Ferret users. ** Description ** Firstly for those who don''t know, Ferret is a full-text search library which makes adding search to your application a breeze. It''s much faster than MySQL full-text search as well most other search libraries out there. It allows you to do Boolean (+ruby +

For the encryption functionality in the ZFS filesystem we use AES in CCM or GCM mode at the block level to provide confidentiality and authentication. There is also a SHA256 checksum per block (of the ciphertext) that forms a Merkle tree of all the blocks in the pool. Note that I have to store the full IV in the block. A block here is a ZFS block which is any power of two from 512 bytes to