This form appears when the Group Name is available to create a new Group.
Name
  • Is used to specify the name of the new Group.
Register
  • Says how other users are allowed to join the group:
  • No One means no other user can join the group (you can still invite other users).
  • By Request means that other users can request the group owner to join the group.
  • Anyone means all users are allowed to join the group.
Access
  • Controls how users who belong/subscribe to a group other than the owner can access that group.
  • No Read means that a non-owner member of the group cannot read or write the group news feed and cannot read the group wiki.
  • Read means that a non-owner member of the group can read the group news feed and the groups wiki page.
  • Read Comment means that a non-owner member of the group can read the group feed and wikis and can comment on any existing threads, but cannot start new ones.
  • Read Write means that a non-owner member of the group can start new threads and comment on existing ones in the group feed.
  • Read Write Wiki means that a non-owner member of the group can start new threads, can comment on existing ones in the group feed, and can edit and create wiki pages for the group's wiki.
Voting
  • Specifies the kind of voting allowed in the new group.
  • + Voting allows users to vote up posts and users,
  • - Voting allows users to vote down posts and users.
  • +/- Voting allows users to vote up and down posts and users..
Post Life time
  • Specifies How long the posts should be kept.
Encryption
  • Says whether the posts in this group should be encrypted on the server. It does not enable encryption of wiki pages or media uploaded to a group. Enabling encryption means that posts will no longer be searchable. Once you choose a group as encrypted, you are not able to change it to be unencrypted. Similarly, you can't change an unencrypted group into a encrypted one. Yioop maintains two databases a private and public one. Encrypted posts are stored in the public database, group keys needed to decrypt and display them are stored in a private database. Each post is encrypted using the group key and a unique per post random salt vector. The idea is if an intruder steals only one of the two databases it will be difficult for them to decrypt the posts.
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