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udp texture throttle and move it to the task throttle. Since most
viewers are using http textures, the udp texture throttle is holding
onto bw that could be used for more responsive prims updates. See
the documentation for CannibalizeTextureRate in OpenSimDefaults.ini.
Option is disabled by default.
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instead of zeroing it to resolve mouselook camera problems
Addresses http://opensimulator.org/mantis/view.php?id=6892
Thanks to tglion for this spot.
This resolves a recent regression from 17b32b764acd815400d9eb903aaec6dcebd60ac7
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CorssRegion, TeleportFinishEvent).
Have Simian grid service return the region size.
Many teleport related debug log messages. Can be removed when teleport
works (like that's ever going to happen).
Conflicts:
OpenSim/Framework/RegionInfo.cs
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sending
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- Parts of region crossing code
- New bakes handling code
- Bakes now sent from sim to sim without central storage
- Appearance handling changes
- Some changes to sitting
- A number of unrelated fixes and improvements
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magic numbers
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Resolves http://opensimulator.org/mantis/view.php?id=6857
This prevents the inventory service complaining later about an attempt to change an invariant
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x/y rot before sending agent updates, instead of before any agent update processing
It turns out that the x/y rot data in mouselook is needed to implement this and to push the avatar against the ground if walking in mouselook.
Doing this in the terse send so that we preserve mouselook rotation information
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Vector3.Zero
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to wrong position in third-person and mouselook"
Reverting to place on separate branch
This reverts commit ff4e7de7769b7eaa1b4fd3917e59f362b708226a.
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is Vector3.Zero"
This reverts commit 9bdd3dc7de46507b490a2eae5160123a28133d63.
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Vector3.Zero
As far as I can see it's valid to change the eye offset even if you aren't changing the at target.
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position in third-person and mouselook
We now specify sits as offsets from the root prim, as the viewer expects.
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This records how many packets were indicated to be resends by clients
Not 100% reliable since clients can lie about resends, but usually would indicate if clients are not receiving UDP acks at all or in a manner they consider timely.
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first added a few commits ago
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UploadBakedTextureModule
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This allows one to monitor the total number of messages resent to clients over time.
A constantly increasing stat may indicate a general server network or overloading issue if a fairly high proportion of packets sent
A smaller constantly increasing stat may indicate a problem with a particular client-server connection, would need to check "show queues" in this case.
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ObjectProperties UDP replies to viewer
Not yet shown that this is used or resolves a bug where not all textures appear on objects with an "XML with textures" upload from singularity 1.8.3
Proper texture entries are actually present and appear properly on relog, but not on select from viewer until at least one face texture is changed.
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Appears to be a never used method.
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if we sent immediately)
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the code that this is symmetric with CloseAgent()
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it clear that all non-clientstack callers should be using this rather than RemoveClient() in order to step through the ScenePresence state machine properly.
Adds IScene.CloseAgent() to replace RemoveClient()
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LLUDPServer.HandleCompleteMovementIntoRegion() to fix race condition regression in commit 7dbc93c (Wed Sep 18 21:41:51 2013 +0100)
This check is necessary to close a race condition where the CompleteAgentMovement processing could proceed when the UseCircuitCode thread had added the client to the client manager but before the ScenePresence had registered to process the CompleteAgentMovement message.
This is most probably why the message appeared to get lost on a proportion of entity transfers.
A better long term solution may be to set the IClientAPI.SceneAgent property before the client is added to the manager.
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21:41:51 2013 +0100)
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debugging purposes.
This may reveal why on some teleports with current code, the UseCircuitCode message gets through but CompleteMovement disappears into the ether.
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Patch taken from
http://opensimulator.org/mantis/view.php?id=4905
originally by Greg C.
Fixed to apply to r/23314 commit
ba9daf849e7c8db48e7c03e7cdedb77776b2052f
(cherry picked from commit 4ff9fbca441110cc2b93edc7286e0e9339e61cbe)
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LLUDPServer.HandleCompleteMovementIntoRegion()
This is to deal with one aspect of http://opensimulator.org/mantis/view.php?id=6755
With the V2 teleport arrangements, viewers appear to send the single UseCircuitCode and CompleteAgentMovement packets immediately after each other
Possibly, on occasion a poor network might drop the initial UseCircuitCode packet and by the time it retries, the CompleteAgementMovement has timed out and the teleport fails.
There's no apparant harm in doubling the wait time (most times only one wait will be performed) so trying this.
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LLUDPServer.HandleCompleteMovementIntoRegion()
Add more information on which endpoint sent the packet when we have to wait and if we end up dropping the packet
Only check if the client is active - other checks are redundant since they can only failed if IsActve = false
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to allow
for external handlers.
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hear chat from their source region for some time after teleport completion.
This occurs on v2 teleport since the source region now waits 15 secs before closing the old child agent, which could still receive chat.
This commit introduces a ScenePresenceState.PreClose which is set before the wait, so that ChatModule can check for ScenePresenceState.Running.
This was theoretically also an issue on v1 teleport but since the pause before close was only 2 secs there, it was not noticed.
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going to that region first.
If this is attempted, they get a "Try moving closer. Can't sit on object because it is not in the same region as you." message instead, which is the same as current ll grid.
Sitting on ground is okay, since viewer navigates avatar to required region first before sitting.
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PacketPool.GetType()
Instead adjusts code with that from Packet.BuildHeader(byte[], ref int, ref int):Header in libomv
This stops packet decoding failures with agent UUIDs that contain 00 in their earlier parts (e.g. b0b0b0b0-0000-0000-0000-000000000211)
Thanks to lkalif for pointing this out.
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occuring on every login and entity transfer
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well-formed packets that were not initial connection packets and could not be associated with a connected viewer.
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a malformed packet. Record this as stat clientstack.<scene>.IncomingPacketsMalformedCount
Used to detect if a simulator is receiving significant junk UDP
Decimates the number of packets between which a warning is logged and prints the IP source of the last malformed packet when logging
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client without a queue to include the event message name.
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an line from A->B->C would not close region A when reaching C
The root cause was that v2 was only closing neighbour agents if the root connection also needed a close.
However, fixing this requires the neighbour regions also detect when they should not close due to re-teleports re-establishing the child connection.
This involves restructuring the code to introduce a scene presence state machine that can serialize the different add and remove client calls that are now possible with the late close of the
This commit appears to fix these issues and improve teleport, but still has holes on at least quick reteleporting (and possibly occasionally on ordinary teleports).
Also, has not been completely tested yet in scenarios where regions are running on different simulators
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change only affects the editing user's experience. Non-editing users will see nothing different from the current 'slow' result. See comments for the thought process and how the issues surrounding terrain editing, cache, bandwidth, threading, terrain patch reliability and throttling were balanced.
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forget conditions.
I generally prefer this approach for regression tests because of the complexity of accounting for different threading conditions.
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immediately if any data was sent, rather than waiting.
What I believe is happening is that on initial terrain send, this is done one packet at a time.
With WaitOne, the outbound loop has enough time to loop and wait again after the first packet before the second, leading to a slower send.
This approach instead does not wait if a packet was just sent but instead loops again, which appears to lead to a quicker send without losing the cpu benefit of not continually looping when there is no outbound data.
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