Use file=/path/to/db to specify the database file where chat history should be stored. Other config variables are the same as those for mod_chat_history.
Code merged adapted and merged from Mimicmod's repository:
https://github.com/mimicmod/uhub.git
This used to be a linear search O(n), but is now done
as a red-black tree O(log n) instead.
These operations can be further opimized with a hash-table
which would acheive near constant time lookups.
- Added a list_remove_first() which is generally better than list_remove()
provided you want to remove the first element.
- Added a list_append_list() to append and move all nodes from one list to
another.
Previously you would have to do something like this:
for (type foo = (type) list_get_first(list); foo; foo = (type) list_get_next(list)
{
/* code */
}
Now, you can instead write this as:
LIST_FOREACH(type, foo, list,
{
/* code */
})
Basically, boilerplate stuff including the casting is gone.
This API provides transparent asynchronous DNS lookups
with both IPv4 and IPv6 support, and in addition will try
to connect to all addresses until one of them work.
This implements the "happy eyeballs" algorithm provided that the client supports IPv6
and that the DNS records provides both IPv6 and IPv4 addresses.
This caused the backends to return an error code, which
in turn ended the mainloop. However, several other things
also might occur in the main loop, such as DNS lookups which
come prior to creating any connections that in turn would be monitored.
for certain lookups.
The rb_tree will act as a general purpose key/value storage, and
also give a performance boost in the cases where the other
simple alternative would be to use a linked_list.
On average this should give on average O(log n) lookups, while the linked_list
would be O(n) at worst.
Caveat, need to run the update script manually after changing the tests (adding or removing tests).
However, modifying existing tests does not require running the update script.
Added a copy of exotic in the repository
exotic automatically generates the skeleton code around the autotests in order to schedule
the tests.
