Basic Summary:
Issue 743: [Chat UI] Option to italicize actions (/me) in chat
- Adds debug LiruItalicizeActions, and a checkbox to Adv. Chat->Chat UI preferences
Issue 737: [Frosting] Annoyance Removal (Red beacon after teleport using LM's)
- Adds debug ClearBeaconAfterTeleport, checkbox under System->General
Issue 639: [Frosting] The agent isn't identified properly in chat
- Oh what a silly issue this was, it's as though whoever wrote this didn't care.
Fixes issue where names in logs do not match names in chat due to display name system
Fixes the issue in which Unnamed objects got named by a hardcoded string under certain circumstances.
Issue 813: [Frosting] When only accepting from friends, do not display incoming chat notification for nonfriends
- Also broke the setting out, separating it from the voice calls friend only setting
- Adds InstantMessagesFriendsOnly debug setting and checkbox in Adv. Chat->Chat/IM
Issue 764: Copy SLURL from Map returns correct region but wrong coordinates.
Satisfied the longstanding issue of inflexible autoresponse options.
- Autoresponse now has its own tab in Adv. Chat preferences: Busy, Muted, nonfriends, and anyone (or just friends) can have separate responses, along with items of your choosing.
- Prevent doubling up with the first repeated autoresponse due to typing message and normal message.
Translator Summary:
Adv. Chat->Chat UI->"Italicize action messages (/me)"
System->General->"Clear red destination beacon after teleporting"
Drop Targets for floater_ao.xml, panel_avatar.xml, panel_group_notices.xml, and panel_preferences_ascent_system.xml
Adv. Chat->Chat/IM->"Only accept IMs from Friends"
Please clean up the Busy Mode Response elements from panel_preferences_im.xml
strings.xml now has "IM_autoresponse_minutes"
Adv. Chat (panel_preferences_ascent_chat.xml) now has a new panel "Autoresponse", please clean up the old Autoresponse elements from Chat/IM tab and translate this panel.
Developer Summary:
Adds EChatStyle to LLChat, used for identifying what style a piece of chat is.
Update settings_per_account.xml
- Reorganized the ascent specific section.
- Removes a few old and unused settings
Better organize settings_per_account_ascent.xml
- TODO: Actually get this include system working and remove the Ascent specific section in settings_per_account.xml
Modernize LLDropTarget and make it more flexible and stand alone
- The Text of drop targets is now a child of the target itself, meaning the necessity of having a static instance to the parent is eliminated
- Drop targets are now one element in UI XML.
- Drop targets now have fill_parent option which allows the target to spread over the parent, while the text, tool_tip, and border stays in place
- If Drop Targets have a control_name, it is from the per account settings group, since Items must be in the inventory of the account in question.
- All drop targets now use the common LLDropTarget class instead of their own.
- LLGroupDropTarget is now derived from LLDropTarget and has its own tag group_drop_target.
Cleaned up the focus functions we use to focus the input bar, setInputFocus exists for their purpose.
Updated our llim* code to line up better with upstream and conform to styling.
Polished LLTracker and LLFloaterWorldMap a bit
Cleaned/Updated up LLStyleMap a bit.
Optimized autoresponse code:
- wildcards are now replaced via boost::algorithm::replace_all
- Autoresponse and related chat enhancements are now performed inside their case, instead of by the large if block above.
Usage:
AIThreadID foo(AIThreadID::none);
...
llassert(is_single_threaded(foo));
...
llassert(is_single_threaded(foo));
...
etc
The first call to is_single_threaded(foo) remembers the thread,
and after that it is enforced that any call from anywhere that uses foo
is done by the same thread.
If AIThreadID::none is omitted then the thread is enforced to the thread
that creates the AIThreadID.
Note that HTTPTimeout::sClockWidth is no longer used for HTTPTimeout (as
if it's value became a constant of 0.01, the fraction 10ms / 1s).
A new variable, HTTPTimeout::sClockWidth_10ms is used to calculate
sTime_10ms (only).
Also HTTPTimeout::mStalled and HTTPTimeout::mLowSpeedClock changed units
to the same as of sTime_10ms (time since epoch in 10ms units).
This fixes a bug where unref() was called when a state machine was
aborted before it reached bs_initialized. Debug code was added to detect
errors related to that.
In order to run HTTPGetResponder in any thread, I needed direct access
to LLHTTPClient::request, so I had to move that to the header file,
and therefore had to move ERequestAction from LLURLRequest to
LLHTTPClient to avoid include problems.
With this, textures are fetched with no latency: call to
LLHTTPClient::request runs all the way till the state machine is idle
(AICurlEasyRequestStateMachine_waitAdded). There is small delay till the
curl thread wakes up, which then processes the request and opens the url
etc. When the transaction is finished, it calls
AIStateMachine::advance_state(AICurlEasyRequestStateMachine_removed_after_finished)
which subsequently doesn't return until the state machine is completely
finished (bs_killed). The LLURLRequest isn't deleted yet at that point
because the AITimer of the LLURLRequest runs in the main thread: it is
aborted, but only the next time the main thread state engines run that
is deleted and the timer keeps an LLPointer to it's parent, the
LLURLRequest, so only then the LLURLRequest object is destructed. This
however has nothing to do with the texture-bandwidth loop.
This class can be used as RWLOCK parameter to AIThreadSafe to check that
data is only accessed by a single thread (like
AIThreadSafeSingleThreaded) AND is never write locked when a read or
write lock was already obtained (by the same thread). It doesn't
actually lock anything, it just keeps track if the "lock" was obtained
before. The use case is to check if STL containers aren't being used
(read or write locked) by a calling function when additional write
access is necessary, as write access might invalidate iterator that
point to the container (where the previous lock was taken).
This allows passing a different type than the default AIRWLock for
debugging purposes.
The signature of the class used for RWLOCK should be:
struct RWLock {
// Default constructor.
RWLock(void);
// Block until it's safe to read the data.
// high_priority is a hint that granting this thread the read lock is more important than granting another thread a write lock.
void rdlock(bool high_priority = false);
// Release the obtained read lock.
void rdunlock();
// Block until it's safe to write to the data.
void wrlock();
// Release the obtained write lock.
void wrunlock();
// Convert the obtained write lock into a read lock.
void wr2rdlock();
// Block until it is possible to convert the obtained read lock into a write lock.
void rd2wrlock();
// Return true when a read or write is obtained and subsequent calls to release the lock are expected.
bool isLocked() const;
};
