| Age | Commit message (Collapse) | Author |
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-BEGIN VERIFY SCRIPT-
sed -i 's/nMaxConnections/m_max_automatic_connections/g' src/net.h src/net.cpp
sed -i 's/\.nMaxConnections/\.m_max_automatic_connections/g' src/init.cpp src/test/denialofservice_tests.cpp
sed -i 's/nMaxFeeler/m_max_feeler/g' src/net.h
sed -i 's/nMaxAddnode/m_max_addnode/g' src/net.h src/net.cpp
sed -i 's/m_max_outbound\([^_]\)/m_max_automatic_outbound\1/g' src/net.h src/net.cpp
-END VERIFY SCRIPT-
Co-authored-by: Martin Zumsande <mzumsande@gmail.com>
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Currently the logic is fragmented between init and connman. Encapsulating this
logic within connman allows for less mental overhead and easier reuse in tests.
Co-authored-by: Martin Zumsande <mzumsande@gmail.com>
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This is done in preparation to the next commit, but has the nice
effect of removing one further data structure relying on the global
`Params()`.
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Before this commit, there are only two possibly outcomes for the "more" prediction
in Transport::GetBytesToSend():
* true: the transport itself has more to send, so the answer is certainly yes.
* false: the transport has nothing further to send, but if vSendMsg has more message(s)
left, that still will result in more wire bytes after the next
SetMessageToSend().
For the BIP324 v2 transport, there will arguably be a third state:
* definitely not: the transport has nothing further to send, but even if vSendMsg has
more messages left, they can't be sent (right now). This happens
before the handshake is complete.
To implement this, we move the entire decision logic to the Transport, by adding a
boolean to GetBytesToSend(), called have_next_message, which informs the transport
whether more messages are available. The return values are still true and false, but
they mean "definitely yes" and "definitely no", rather than "yes" and "maybe".
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This furthers transport abstraction by removing the assumption that a message
can always immediately be converted to wire bytes. This assumption does not hold
for the v2 transport proposed by BIP324, as no messages can be sent before the
handshake completes.
This is done by only keeping (complete) CSerializedNetMsg objects in vSendMsg,
rather than the resulting bytes (for header and payload) that need to be sent.
In SocketSendData, these objects are handed to the transport as permitted by it,
and sending out the bytes the transport tells us to send. This also removes the
nSendOffset member variable in CNode, as keeping track of how much has been sent
is now a responsability of the transport.
This is not a pure refactor, and has the following effects even for the current
v1 transport:
* Checksum calculation now happens in SocketSendData rather than PushMessage.
For non-optimistic-send messages, that means this computation now happens in
the network thread rather than the message handler thread (generally a good
thing, as the message handler thread is more of a computational bottleneck).
* Checksum calculation now happens while holding the cs_vSend lock. This is
technically unnecessary for the v1 transport, as messages are encoded
independent from one another, but is untenable for the v2 transport anyway.
* Statistics updates about per-message sent bytes now happen when those bytes
are actually handed to the OS, rather than at PushMessage time.
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Remove standard.h from files that don't use anything in it, and include
it in files that do.
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with respect to networks
1b52d16d07be3b5d968157913f04d9cd1e2d3678 p2p: network-specific management of outbound connections (Martin Zumsande)
65cff00ceea48ac8a887ffea79aedb4251aa097f test: Add test for outbound protection by network (Martin Zumsande)
034f61f83b9348664d868933dbbfd8f9f8882168 p2p: Protect extra full outbound peers by network (Martin Zumsande)
654d9bc27647fb3797001472e2464dededb45d3f p2p: Introduce data struct to track connection counts by network (Amiti Uttarwar)
Pull request description:
This is joint work with mzumsande.
This is a proposal to diversify outbound connections with respect to reachable networks. The existing logic evaluates peers for connection based purely on the frequency of available addresses in `AddrMan`. This PR adds logic to automatically connect to alternate reachable networks and adds eviction logic that protects one existing connection to each network.
For instance, if `AddrMan` is populated primarily with IPv4 and IPv6 addresses and only a handful of onion addresses, it is likely that we won't establish any automatic outbound connections to Tor, even if we're capable of doing so. For smaller networks like CJDNS, this is even more of an issue and often requires adding manual peers to ensure regularly being connected to the network.
Connecting to multiple networks improves resistance to eclipse attacks for individual nodes. It also benefits the entire p2p network by increasing partition resistance and privacy in general.
The automatic connections to alternate networks is done defensively, by first filling all outbound slots with random addresses (as in the status quo) and then adding additional peers from reachable networks the node is currently not connected to. This approach ensures that outbound slots are not left unfilled while attempting to connect to a network that may be unavailable due to a technical issue or misconfiguration that bitcoind cannot detect.
Once an additional peer is added and we have one more outbound connection than we want, outbound eviction ensures that peers are protected if they are the only ones for their network.
Manual connections are also taken into account: If a user already establishes manual connections to a trusted peer from a network, there is no longer a need to make extra efforts to ensure we also have an automatic connection to it (although this may of course happen by random selection).
ACKs for top commit:
naumenkogs:
ACK 1b52d16d07be3b5d968157913f04d9cd1e2d3678
vasild:
ACK 1b52d16d07be3b5d968157913f04d9cd1e2d3678
Tree-SHA512: 5616c038a5fbb868d4c46c5963cfd53e4599feee25db04b0e18da426d77d22e0994dc4e1da0b810f5b457f424ebbed3db1704f371aa6cad002b3565b20170ec0
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Co-authored-by: Amiti Uttarwar <amiti@uttarwar.org>
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and drop the util/random dependency on util/setup_common.
This improves code separation and avoids creating a circular dependency if
setup_common needs to call the util/random functions.
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This is an extraction of ArgsManager related functions from util/system
into their own common file.
Config file related functions are moved to common/config.cpp.
The background of this commit is an ongoing effort to decouple the
libbitcoinkernel library from the ArgsManager. The ArgsManager belongs
into the common library, since the kernel library should not depend on
it. See doc/design/libraries.md for more information on this rationale.
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-BEGIN VERIFY SCRIPT-
./contrib/devtools/copyright_header.py update ./
-END VERIFY SCRIPT-
Commits of previous years:
- 2021: f47dda2c58b5d8d623e0e7ff4e74bc352dfa83d7
- 2020: fa0074e2d82928016a43ca408717154a1c70a4db
- 2019: aaaaad6ac95b402fe18d019d67897ced6b316ee0
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SendMessages() is now protected g_msgproc_mutex; so this additional
per-node mutex is redundant.
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There are many cases where we assume message processing is
single-threaded in order for how we access node-related memory to be
safe. Add an explicit mutex that we can use to document this, which allows
the compiler to catch any cases where we try to access that memory from
other threads and break that assumption.
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Prior to this commit, the peer was connected, and then the services and
connectivity fields in the CNode object were manually set. Instead, send
p2p `version` and `verack` messages, and have net_processing's internal
logic set the state of the node.
This ensures that the node's internal state is consistent with how it
would be set in the live code.
Prior to this commit, `dummyNode1.nServices` was set to `NODE_NONE`
which was not a problem since `CNode::fClient` and
`CNode::m_limited_node` are default initialised to false. Now that we
are doing the actual version handshake, the values of `fClient` and
`m_limited_node` are set during the handshake and cause the test to fail
if we do not set `dummyNode1.nServices` to a reasonable value
(NODE_NETWORK | NODE_WITNESS).
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Track services offered by us and the peer in the Peer object.
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`Misbehaving` has several coding related issues (ignoring the conceptual
issues here for now):
* It is public, but it is not supposed to be called from outside of
net_processing. Fix that by making it private and creating a public
`UnitTestMisbehaving` method for unit testing only.
* It doesn't do anything if a `nullptr` is passed. It would be less
confusing to just skip the call instead. Fix that by passing `Peer&`
to `Misbehaving()`.
* It calls `GetPeerRef`, causing `!m_peer_mutex` lock annotations to be
propagated. This is harmless, but verbose. Fix it by removing the no
longer needed call to `GetPeerRef` and the no longer needed lock
annotations.
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PeerManagerImpl
778343a379026ef233dffea67f5226565f6d5720 scripted-diff: Rename PeerManagerImpl members (dergoegge)
91c339243e11ec42eeeaca8fe015fc1c3e6338e1 [net processing] Move nHighestFastAnnounce into PeerManagerImpl (dergoegge)
10b83e2aa3393ef2c942fde7ac86e8cf3ea224c1 [net processing] Move block cache state into PeerManagerImpl (dergoegge)
a4c55a93ef9277e1043c286120e2417652ee8bbb [net processing] Inline and simplify UpdatePreferredDownload (dergoegge)
490c08f96a34ed436c3d2cf7b9a3ed72694b6147 [net processing] Move nPreferredDownload into PeerManagerImpl (dergoegge)
a292df283a596efe7e1d40c33a6d614d70ed564d [net processing] Move mapNodeState into PeerManagerImpl (dergoegge)
37ecaf3e7a028486a0a1c9b717e8eb4214215805 [net processing] Move CNodeState declaration above PeerManagerImpl (dergoegge)
Pull request description:
This PR moves the remaining net processing globals into `PeerManagerImpl`. This will make testing the peer manager in isolation easier and also acts as a code clean up.
ACKs for top commit:
jnewbery:
Code review ACK 778343a379026ef233dffea67f5226565f6d5720
MarcoFalke:
ACK 778343a379026ef233dffea67f5226565f6d5720 🗒
Tree-SHA512: 4f22105d1de37b94c3ef349f38784a30cf8d450d394a6a7849e5bd78940a71e3edbffa3d25e8efb35d7f698fd255f199de7bd4c33e23af5621a6e4e67ed43cb5
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36f814c0e84d009c0e0aa26981a20ac4cf338a85 [netgroupman] Remove NetGroupManager::GetAsmap() (John Newbery)
4709fc2019e27e74be02dc5fc123b9f6f46d7990 [netgroupman] Move asmap checksum calculation to NetGroupManager (John Newbery)
1b978a7e8c71dcc1501705022e66f6779c8c4528 [netgroupman] Move GetMappedAS() and GetGroup() logic to NetGroupManager (John Newbery)
ddb4101e6377a998b7c598bf52217b47698ddec9 [net] Only use public CNetAddr functions and data in GetMappedAS() and GetGroup() (John Newbery)
6b2268162e96bc4fe1a3ebad454996b1d3d4615c [netgroupman] Add GetMappedAS() and GetGroup() (John Newbery)
19431560e3e1124979c60f39eca9429c4a0df29f [net] Move asmap into NetGroupManager (John Newbery)
17c24d458042229e00dd4e0b75a32e593be29564 [init] Add netgroupman to node.context (John Newbery)
9b3836710b8160d212aacd56154938e5bb4b26b7 [build] Add netgroup.cpp|h (John Newbery)
Pull request description:
The asmap data is currently owned by addrman, but is used by both addrman and connman. #22791 made the data const and private (so that it can't be updated by other components), but it is still passed out of addrman as a reference to const, and used by `CNetAddress` to calculate the group and AS of the net address.
This RFC PR proposes to move all asmap data and logic into a new `NetGroupManager` component. This is initialized at startup, and the client components addrman and connman simply call `NetGroupManager::GetGroup(const CAddress&)` and `NetGroupManager::GetMappedAS(const CAddress&)` to get the net group and AS of an address.
ACKs for top commit:
mzumsande:
Code Review ACK 36f814c0e84d009c0e0aa26981a20ac4cf338a85
jnewbery:
CI failure seems spurious. I rebased onto latest master to trigger a new CI run, but whilst I was doing that, mzumsande ACKed https://github.com/bitcoin/bitcoin/commit/36f814c0e84d009c0e0aa26981a20ac4cf338a85, so I've reverted to that.
dergoegge:
Code review ACK 36f814c0e84d009c0e0aa26981a20ac4cf338a85
Tree-SHA512: 244a89cdfd720d8cce679eae5b7951e1b46b37835fccb6bdfa362856761bb110e79e263a6eeee8246140890f3bee2850e9baa7bc14a388a588e0e29b9d275175
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This is needed to use ASSERT_DEBUG_LOG, which may include a fixed node
number
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Change `CNode` to use a pointer to `Sock` instead of a bare `SOCKET`.
This will help mocking / testing / fuzzing more code.
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-BEGIN VERIFY SCRIPT-
./contrib/devtools/copyright_header.py update ./
-END VERIFY SCRIPT-
Commits of previous years:
* 2020: fa0074e2d82928016a43ca408717154a1c70a4db
* 2019: aaaaad6ac95b402fe18d019d67897ced6b316ee0
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-BEGIN VERIFY SCRIPT-
ren() { sed -i "s/\<$1\>/$2/g" $( git grep -l "$1" ./src/ ) ; }
ren nLastBlockTime m_last_block_time
ren nLastTXTime m_last_tx_time
ren nTimeConnected m_connected
-END VERIFY SCRIPT-
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This allows to revert the temporary commit
0bfb9208df556f77cddfedfd73e5811a0e031d34 (test: fix test failures in
test/functional/p2p_timeouts.py).
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up test
fadc0c80ae4e526fb2b503f7cc02f6122aaf1de5 p2p: Make timeout mockable and type safe, speed up test (MarcoFalke)
fa6d5a238d2c94440105ddd4f1554f85659d6c5b scripted-diff: Rename m_last_send and m_last_recv (MarcoFalke)
Pull request description:
Use type-safe time for better code readability/maintainability and mockable time for better testability. This speeds up the p2p_timeout test.
This is also a bugfix for intermittent test issues like: https://cirrus-ci.com/task/4769904156999680?command=ci#L2836
Fixes #20654
ACKs for top commit:
laanwj:
Code review ACK fadc0c80ae4e526fb2b503f7cc02f6122aaf1de5
naumenkogs:
ACK fadc0c80ae4e526fb2b503f7cc02f6122aaf1de5
Tree-SHA512: 28c6544c97f188c8a0fbc80411c74ab74ffd055885322c325aa3d1c404b29c3fd70a737e86083eecae58ef394db1cb56bc122d06cff63742aa89a8e868730c64
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4740fe8212da21e86664355b4c6d0d7d838e4382 test: Add test for block relay only eviction (Martin Zumsande)
Pull request description:
Adds a unit test for block-relay-only eviction logic added in #19858, which was not covered by any tests before. The added test is very similar to the existing `stale_tip_peer_management` unit test, which tests the analogous logic for regular outbound peers.
ACKs for top commit:
glozow:
reACK 4740fe8212da21e86664355b4c6d0d7d838e4382
rajarshimaitra:
tACK https://github.com/bitcoin/bitcoin/pull/23614/commits/4740fe8212da21e86664355b4c6d0d7d838e4382
shaavan:
ACK 4740fe8212da21e86664355b4c6d0d7d838e4382. Great work @ mzumsande!
LarryRuane:
ACK 4740fe8212da21e86664355b4c6d0d7d838e4382
Tree-SHA512: 5985afd7d8f7ae311903dbbf6b7d526e16309c83c88ae6dd6551960c0b186156310a6be0cf6b684f82ac1378d0fc5aa3717f0139e078471013fceb6aebe81bf6
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-BEGIN VERIFY SCRIPT-
perl -0777 -pi -e 's:((\(|\{|,)(\n| )*)\/\* ?([^=* ]+) ?\*\/ ?:\1/*\4=*/:g' $( git ls-files ./src/test ./src/wallet/test )
-END VERIFY SCRIPT-
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Don't schedule class PeerManagerImpl's background tasks from its
constructor, but instead do that from a separate method,
StartScheduledTasks(), that can be called later at the end of startup,
after other things, such as the active chain, are initialzed.
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Save the banlist in `banlist.json` instead of `banlist.dat`.
This makes it possible to store Tor v3 entries in the banlist on disk
(and any other addresses that cannot be serialized in addrv1 format).
Only read `banlist.dat` if it exists and `banlist.json` does not
exist (first start after an upgrade).
Supersedes https://github.com/bitcoin/bitcoin/pull/20904
Resolves https://github.com/bitcoin/bitcoin/issues/19748
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Chainstate!
6f994882deafe62e97f0a889d8bdb8c96dcf913d validation: Farewell, global Chainstate! (Carl Dong)
972c5166ee685447a6d4bf5e501b07a0871fba85 qt/test: Reset chainman in ~ChainstateManager instead (Carl Dong)
6c3b5dc0c13c3ac8c6e86298f924abe99d8d6bd1 scripted-diff: tree-wide: Remove all review-only assertions (Carl Dong)
3e82abb8dd7e21ec918966105648be7ae077fd8c tree-wide: Remove stray review-only assertion (Carl Dong)
f323248aba5088c9630e5cdfe5ce980f21633fe8 qt/test: Use existing chainman in ::TestGUI (can be scripted-diff) (Carl Dong)
6c15de129cd645bf0547cb184003fae131b95b83 scripted-diff: wallet/test: Use existing chainman (Carl Dong)
ee0ab1e959e0e75e04d87fabae8334ad4656f3e5 fuzz: Initialize a TestingSetup for test_one_input (Carl Dong)
0d61634c066a7102d539e85e2b1a4ca15be9660a scripted-diff: test: Use existing chainman in unit tests (Carl Dong)
e197076219e986ede6cf924e0ea36bd723503b2d test: Pass in CoinsTip to ValidateCheckInputsForAllFlags (Carl Dong)
4d99b61014ba26eb1f3713df5528d2804edff165 test/miner_tests: Pass in chain tip to CreateBlockIndex (Carl Dong)
f0dd5e6bb4b16e69d35b648b7ef973a732229873 test/util: Use existing chainman in ::PrepareBlock (Carl Dong)
464c313e304cef04a82e14f736e3c44ed5604a4e init: Use existing chainman (Carl Dong)
Pull request description:
Based on: #21767
à la Mr. Sandman
```
Mr. Chainman, bring me a tip (bung, bung, bung, bung)
Make it the most work that I've ever seen (bung, bung, bung, bung)
Rewind old tip till we're at the fork point (bung, bung, bung, bung)
Then tell it that it's time to call Con-nectTip
Chainman, I'm so alone (bung, bung, bung, bung)
No local objects to call my own (bung, bung, bung, bung)
Please make sure I have a ref
Mr. Chainman, bring me a tip!
```
This is the last bundle in the #20158 series. Thanks everyone for their diligent review.
I would like to call attention to https://github.com/bitcoin/bitcoin/issues/21766, where a few leftover improvements were collated.
- Remove globals:
- `ChainstateManager g_chainman`
- `CChainState& ChainstateActive()`
- `CChain& ChainActive()`
- Remove all review-only assertions.
ACKs for top commit:
jamesob:
reACK https://github.com/bitcoin/bitcoin/pull/21866/commits/6f994882deafe62e97f0a889d8bdb8c96dcf913d based on the contents of
ariard:
Code Review ACK 6f99488.
jnewbery:
utACK 6f994882deafe62e97f0a889d8bdb8c96dcf913d
achow101:
Code Review ACK 6f994882deafe62e97f0a889d8bdb8c96dcf913d
ryanofsky:
Code review ACK 6f994882deafe62e97f0a889d8bdb8c96dcf913d.
Tree-SHA512: 4052ea79360cf0efd81ad0ee3f982e1d93aab1837dcec75f875a56ceda085de078bb3099a2137935d7cc2222004ad88da94b605ef5efef35cb6bc733725debe6
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-BEGIN VERIFY SCRIPT-
git ls-files -- src/test \
| grep -v '^src/test/fuzz' \
| xargs sed -i -E \
-e 's@g_chainman\.m_blockman@m_node.chainman->m_blockman@g' \
-e 's@([^:])(Chain(state|)Active)@\1::\2@g' \
-e 's@::Chain(state|)Active\(\)@m_node.chainman->ActiveChain\1()@g'
-END VERIFY SCRIPT-
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`ArgsManager.GetDataDirBase()` in tests
-BEGIN VERIFY SCRIPT-
git ls-files src/test/*_tests.cpp src/test/util/setup_common.cpp | xargs sed -i 's/.GetDataDirPath()/.GetDataDirBase()/g';
-END VERIFY SCRIPT-
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BasicTestingSetup class instead of implicitly relying on gArgs.
-BEGIN VERIFY SCRIPT-
git ls-files src/test/dbwrapper_tests.cpp src/test/denialofservice_tests.cpp src/test/flatfile_tests.cpp src/test/fs_tests.cpp src/test/settings_tests.cpp src/test/util_tests.cpp | xargs sed -i 's/GetDataDir()/m_args.GetDataDirPath()/g';
-END VERIFY SCRIPT-
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Doing it there will reduce code bloat and also ensure no test can "forget" to reset it
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Use `CConnmanTest` instead of `CConnman` and add the nodes to it
so that their `fDisconnect` flag is set during disconnection.
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