If oen starts with --daoActivated=false there is no service
set up in one of the data store services so it never calls
the result handler and the app never starts up.
If oen starts with --daoActivated=false there is no service
set up in one of the data store services so it never calls
the result handler and the app never starts up.
Call flush at openOfferManager shutdown.
Remove unused method.
Force broadcaster to send out immediately, otherwise we could
have a 2 sec delay until the bundled messages sent out.
while hasPendingRequest is true
- Throw exception if we get a request before previous request is
terminated (happens with priceFee at startup, on regtest as
startup is fast, but can happen also on mainnet)
- Improve shutDown
- Improve finally clause
These are failing on the tip of release/1.5.0 currently due to extra
validation added to PersistenceManager, causing the build to fail upon
merging upstream. Add missing PersistenceManager.shutDown calls to the
tearDown methods of the affected tests to fix.
It should be only needed in case we get the historical data from resources,
but as I have seen multiple times that some nodes have duplicated entries
in the live data I think its more safe to clean up always. If no entries are
removed the call is very cheap. Even with 60k entries to be pruned it takes
only about 20 ms.
As we might have same keys in multiple maps and merge those to 1 map we
cannot use an immutable map when merging the maps. Instead we copy our merged map
at the end into a immutable map.
Fix issue with immutable maps.
As we might have same keys in multiple maps and merge those to 1 map we
cannot use an immutable map when merging the maps. Instead we copy our merged map
at the end into a immutable map.
We used a delegate method in P2PService for calling readPersisted on p2PDataStorage and peerManager.
This was from old times when those classed have not been injected classes. The complete handlers got
called from both p2PDataStorage and peerManager but we counted only P2PService as host, so the
countdown completed before the last host was really completed, leading to a nullpointer in
MainView (not always).
We removed now PersistedDataHost interface from P2PService and use P2PDataStorage and PeerManager to be added to hosts.
- Use fileName not getFileName() in readHistoricalStoreFromResources
- use complete handler once reading of all historical data is completed where we
build the ImmutableMaps and complete the readFromResources method
Delay the boolean property setter as otherwise our listener might never
get triggered if property is set synchronously before listener registration.
Remove shutdown thread.
Cancel future in case tor is not created yet.
Add synchronous methods for tests. They new async methods lead to failing tests.
It could be probably fixed, but its quite an effort... Don't like to add code just for
tests but on the other hand, maybe those methods might be useful for other use cases as well.
Before we use a thread in readFromResources and readAllPersisted. To avoid that client code need to deal with
threading we moved that to the PersistenceManager and changed the API accordingly so it will not return the persisted object but calls a consumer once it is completed with reading.
We did check in Connection for SupportedCapabilitiesMessage and if a message is of that type we set the capability.
But encrypted messages are wrapped in a PrefixedSealedAndSignedMessage so the payload is not visible as SupportedCapabilitiesMessage without decrypting it.
We need to call maybeHandleSupportedCapabilitiesMessage at decrypting the message. We do that only for direct messages not for mailbox messages as we likely do not have a connection open to the peer in that case (otherwise it would not be a mailbox msg) and as we don't have the connection available (we get is as AddDataMessage broadcast from an peer, so could could not apply it to the Connection of the sender.
This will be used for monitoring seed nodes.
Instead of requesting all data (we cannot request all in fact as it is too large)
we request the number of items the node has.
This code will not have any impact atm. It will be triggered once a new monitor module gets added which
will send the GetInventoryRequest to the seeds.
Add DateSortedTruncatablePayload interface for TradeStatistics2
We check first if we need to truncate dateSortedTruncatablePayloads, if so we have sorted by date and truncate in the way that we receive the most recent data. We define the maxItems in the class implementing the interface (3000 for trade stats).
Later we apply the maxEntries check the combined list and if we need to truncate here as well (10 000) we have added the dateSortedTruncatablePayloads at the end so those will get truncated with higher prio.
There is also a bit wrong handling in the previous code that we check for max limits before the shouldTransmitPayloadToPeer filter. Should be fixed in another PR for master...
Number of objects is 24 more then with 1.3.9. Seems there are still either a few duplicate
with some diverging data which should not be different or that our old code to filter
duplicates had some issues. But a difference of 24 out of 75 000 object can be ignored IMO.
1. We do not want that initial data request/response use old trades statistics for excluded key hashes.
Thats why we return an empty map in getMap.
2. We do not read resource file as we have removed that.
3. We do not persist as we convert the existing data and re-publish as new data, or at startup we convert the old data to the new one and then delete the file.
Set address prefix to empty bytes in case we know that peer has capability (updated version)
Batch process mailbox messages in a thread.
Refactor handling of mailbox messages
Rename:
LOW to NETWORK
MID to PRIVATE_LOW_PRIO
HIGH to PRIVATE
Change delay of MID/PRIVATE_LOW_PRIO from 30 min to 2 hours (we had different datastores before using it, now its only real low prio stores)
Add comment to each enum
Make initializePersistenceManager in StorageService abstract to enforce in concrete class to define priority.
Change priorities for future renaming to a different meaning. instead of priority we want to describe the category: private data, public data,.... will come in next commit
Cleanup logs.
isDebugEnabled() is not recommended if params are used. It caused more performance costs and adds boilerplate code.
See:
http://logging.apache.org/log4j/1.2/manual.html
"This will not incur the cost of parameter construction if debugging is disabled. On the other hand, if the logger is debug-enabled, it will incur twice the cost of evaluating whether the logger is enabled or not: once in debugEnabled and once in debug. This is an insignificant overhead because evaluating a logger takes about 1% of the time it takes to actually log."
The info icon next to the trade ID is then a warning icon (should be red but css is not my best friend) and if opening trade details window we also color the missing txs red with a warn icon and tooltip.
When clicking the trash button a popup is displayed with detail info.
At failed trades there is a "undo" icon for reverting the trade back to pending (if user wants to open mediation, etc).
All the automatic handling of the failed trades and popups are removed as it never worked well and just confused users...
In next commits we will add more instructions what a user should/can do for diff. error cases.
TradeManger:
- Remove all the failed checks at initPendingTrade.
- Remove tradesWithoutDepositTx
- Remove tradesForStatistics as it was never read
- Remove cleanUpAddressEntries
- Rename addTradeToClosedTrades to onTradeCompleted
TxIdTextField accepts a null for tx ID and shows then red colored N/A and a warning icon.
HyperlinkWithIcon exposed the icon to be accessible for style change.
DebugWindow was updated for one variation of the trade protocol (other is missing still).
Trade detail window show now always all 4 mandatory txs.
Beside that this commit has some cleanups and null pointer fixes (when testing error scenarios i got those NP).
Fix missing CSS color code xmr-orange, was missing from dark mode.
Fix log message spelling/typo errors.
Removed 2 fixes from SellerStep3View so that chimp1984 can make
changes.
Remove address validator from XMR service address settings because
it does not support https prefix.
I don't know why the tests failed as I just added an overloaded method
and it should not have any impact. There is also one exception which
makes it even more obscure. I guess its some test framework issue.
See comment at the exceptional handling
// If we remove the last argument (isNull()) tests fail. No idea why as the broadcast method has an
/ overloaded method with nullable listener. Seems a testframework issue as it should not matter if the
// method with listener is called with null argument or the other method with no listener. We removed the
// null value from all other calls but here we can't as it breaks the test.
It is important that we flush our queued requests
at shutdown and wait until broadcast is completed as a maker need to
remove his offers at shutdown.
- Add handling for the case that there are very few connections (as in
dev setup).
- Make BundleOfEnvelopes extend BroadcastMessage
- Add complete handler for broadCaster to shutdown in P2PService and
wait with shutdown of other services until broadcaster is completed.
- Remove case for repeated shutdown call on P2PService as it cannot
happen.
At slow internet connections the current timeout make it impossible to
get the initial data and therefor to use Bisq.
The timeout is containing the request and response as well as the time
it takes to start up the network connection which can also be quite
slow.
In my scenario, it took about 6-10 sec for the connection and the
request is atm nearly 3 MB which takes about 24 sec on a 1 Mbit/s
connection (note that over tor connection is slower so if normal speed
is 3-5 Mbit tors speed can be considerable lower). The response data
depends on the missing data/last update but can be easily 6 MB which
adds about another 48 sec. So one can easily hit the 90 sec. limit.
There is work in development for optimizing the initial data request,
but as that is more complex and not clear when it will be deployed I
recommend that we increase the current timeout to 180 sec. to avoid
that critical issue that users get "locked out".
I do not agree that not allowing Throwable in a catch makes the code
better. Unknown exceptions can be easier found if there is an error log
at the code where it occurred.
I would prefer if there is some flexibility like it is the case with the
IDEA code analysis, where one can edit and customize the suggestions.
Ignore annotations would help.
There have been several long delays as well a wrong order of the
shutdown process (wallet got shutdown after network shutdown.
Shutdown is now pretty fast, but depends on open offers and connections.
If torControlPort is specified, but neither torControlPassword nor
torControlCookieFile are specified, we have cookieFile == null in
bisq.network.p2p.network.RunningTor, but RunningTor.getTor() assumes a
cookie file has been specified and tries to check that the file exists,
causing the thread to crash. Added a check for null to fix this.
and do not broadcast.
It is unclear why we receive expired data (some are very old), but a
manipulated node might produce that and as it only removed at each
batch process running each minute to clean out expired data it still
could propagate. Is an attack vector also to flood the network with
outdated offers where the maker is likely not online.
Should fix https://github.com/bisq-network/bisq/issues/4026
and do not broadcast.
It is unclear why we receive expired data (some are very old), but a
manipulated node might produce that and as it only removed at each
batch process running each minute to clean out expired data it still
could propagate. Is an attack vector also to flood the network with
outdated offers where the maker is likely not online.
Should fix https://github.com/bisq-network/bisq/issues/4026
The getAllConnections() call in the while loop always returned the same
number of nodes so the timeout of 15 sec was always triggered.
We now wait for the shutdown handlers of the connections and if all are
called we run our handler. If it takes longer as our timeout of 3 sec.
the shutdown handler gets called by the timeout.
The large binary objects in p2p/src/main/resources/ are updated on every
Bisq release with the latest network data to avoid the need for new Bisq
clients to download all of this information from the network, which
would easily overload seed nodes and generally bog down the client.
This approach works well enough for its purposes, but comes with the
significant downside of storing all of this binary data in Git history
forever. The current version of these binary objects total about 65M,
and they grow with every release. In aggregate, this has caused the
total size of the repository to grow to 360M, making it cumbersome to
clone over a low-bandwith connection, and slowing down various local Git
operations.
To avoid further exacerbating this problem, this commit sets these files
up to be tracked via Git LFS. There's nothing we can do about the 360M
of files that already exist in history, but we can ensure it doesn't
grow in this unchecked way going forward. For an understanding of how
Git LFS works, see the reference material at [1], and see also the
sample project and README at [2].
The following command was used to track the files:
$ git lfs track "p2p/src/main/resources/*BTC_MAINNET"
Tracking "p2p/src/main/resources/AccountAgeWitnessStore_BTC_MAINNET"
Tracking "p2p/src/main/resources/BlindVoteStore_BTC_MAINNET"
Tracking "p2p/src/main/resources/DaoStateStore_BTC_MAINNET"
Tracking "p2p/src/main/resources/ProposalStore_BTC_MAINNET"
Tracking "p2p/src/main/resources/SignedWitnessStore_BTC_MAINNET"
Tracking "p2p/src/main/resources/TradeStatistics2Store_BTC_MAINNET"
We are using GitHub's built-in LFS service here, and it's important to
understand that there are storage and bandwidth limits there. We have
1G total storage and 1G per month of bandwidth on the free tier. We will
certainly exceed this, and so must purchase at least one "data pack"
from GitHub, possibly two. One gets us to 50G storage and bandwith.
In an attempt to avoid unnecessary LFS bandwidth usage, this commit also
updates the Travis CI build configuration to cache Git LFS files, such
that they are not re-downloaded on every CI build (see [3] and [4]
below). With that out of the way, the variable determining whether we
exceed the monthly limit is how many clones we have every month, and
there are many, though it's not clear how many are are Travis CI and how
many are users / developers.
Tracking these files via LFS means that developers will need to have Git
LFS installed in order to properly synchronize the files. If a developer
does not have LFS installed, cloning will complete successfully and the
build would complete successfully, but the app would fail when trying to
actually load the p2p data store files. For this reason, the build has
been updated to proactively check that the p2p data store files have
been properly synchronized via LFS, and if not, the build fails with a
helpful error message. The docs/build.md instructions have also been
updated accordingly.
It is important that we make this change now, not only to avoid growing
the repository in the way described above as we have been doing now for
many releases, but also because we are now considering adding yet more
binary objects to the repository, as proposed at
https://github.com/bisq-network/projects/issues/25.
[1]: https://git-lfs.github.com
[2]: https://github.com/cbeams/lfs-test
[3]: https://docs-staging.travis-ci.com/user/customizing-the-build/#git-lfs
[4]: https://github.com/travis-ci/travis-ci/issues/8787#issuecomment-394202791
The getAllConnections() call in the while loop always returned the same
number of nodes so the timeout of 15 sec was always triggered.
We now wait for the shutdown handlers of the connections and if all are
called we run our handler. If it takes longer as our timeout of 3 sec.
the shutdown handler gets called by the timeout.
The former class is dead code, together with its store service, as they
were only referenced from CorePersistenceProtoResolver::fromProto, the
binding logic and from AppendOnlyDataStoreService by orphaned migration
code. However, migration from the old persisted data was completed long
ago and the store file is no longer being read or written from anywhere
in the codebase.
Also remove the associated PersistableEnvelope proto message type, along
with the TradeStatisticsList message type. The latter is long deprecated
and has no corresponding Java class implementing PersistableEnvelope, so
removing it won't change behaviour (outside the exception message thrown
when attempting to resolve it).
* Report HS version to pricenode
In order to evaluate progress on https://github.com/bisq-network/projects/issues/23,
the Bisq app reports its hiddenservice version.
This change is going to be undone as soon as we do not need the
info anymore.
* Added hsversion scraper script
* Added installer/uninstaller
* Cleanup
* Fix unit name
Here, the tor object is a member variable and there are cases where
this member variable is not set yet.
Situation arose where a sigterm/sigint shutdown is requested and due
to the member variable not set tor was left running.
Remove an unused PersistableEnvelope interface from the following five
PersistableNetworkPayload implementations:
AccountAgeWitness, BlindVotePayload, ProposalPayload,
SignedWitness, TradeStatistics2
These already have corresponding *Store envelope classes which correctly
implement the interface.
The close connection process did fire up worker threads to actually
close the connections. Yet, once all threads have been spawned,
the code proceeds assuming that there are no connections left open
without checking.
This lead to situations where tor has been shutdown already but
open connections. These connections tried to gracefully close but
without tor, that only caused a wall of exceptions.
Currently bisq desktop does not accept IPv6 addresses in the settings for
custom nodes or via the --btcNodes command line option. The separation of
address and port is handled incorrectly in core / BtcNodes::fromFullAddress.
This results in IPv6 addresses being ignored. Where Tor is enabled for
Bitcoin connections, we need to handle the IPv6 address response
from Tor DNS lookup.
Fixes#3990
Make the default toPersistableMessage() method of PersistableEnvelope
simply delegate to Proto.toProtoMessage for speed, so that stores can
explicitly implement (Threaded|UserThreadMapped)PersistableEnvelope if
they actually need concurrency control.
As part of this, make PeerList implement PersistableEnvelope directly
instead of extending PersistableList, as it is non-critical & cloned on
the user thread prior to storage anyway, so doesn't need be thread-safe.
In this way, only PaymentAccountList & small DAO-related stores extend
PersistableList, so they can all be made user-thread-mapped.
After this change, the only concrete store classes not implementing
(Threaded|UserThreadMapped)PersistableEnvelope are:
AccountAgeWitness, BlindVotePayload, ProposalPayload, SignedWitness,
TradeStatistics2, NavigationPath & PeerList
The first five appear to erroneously implement PersistableEnvelope and
can be cleaned up in a separate commit. The last two are non-critical.
(Make NavigationPath.path an immutable list, for slightly better thread
safety anyway - that way it will never be observed half-constructed.)
Add toProtoMessageSynchronized() default method to PersistableEnvelope,
which performs (blocking) protobuf serialisation in the user thread,
regardless of the calling thread. This should prevent data races like
the ConcurrentModificationException observed in #3752, under the
reasonable assumption that shared persistable objects are only mutated
in the user thread.
Also add a ThreadedPersistableEnvelope sub-interface overriding the
default method above, to let objects which are expensive to serialise
(like DaoStateStore) be selectively serialised in the 'save-file-task-X'
thread as before, but directly synchronised with each mutating op. As
most objects are cheap to serialise, this avoids a noticeable perf drop
without having to track down every mutating method for each store.
In all cases but one, classes implementing ThreadedPersistableEnvelope
are stores like TradeStatistic2Store, with a single ConcurrentHashMap
field. These require no further serialisation, since the map entries are
immutable, so the only mutating operations are map.put(..) calls which
are already synchronised with map reads. (Even if map.values().stream()
sees updates @ different keys happen out-of-order, it should be benign.)
The remaining case is DaoStateStore, which is only ever reset or
modified via a single persist(..) call with a cloned DaoState instance
and hash chain from DaoStateSnapshotService, so there is no aliasing
risk from the various DAO state mutations done in DaoStateService and
elsewhere.
This should fix#3752.
Minor change for consistency: narrow the signature of some remaining
such methods, which have return type 'PersistableEnvelope'.
(This excludes some other cases with return type 'NetworkEnvelope'.)
Prior to this commit, the way that the appDataDir and its subdirectories
were created was a haphazard process that worked but in a fragile and
non-obvious way. When Config was instantiated, an attempt to call
btcNetworkDir.mkdir() was made, but if appDataDir did not already exist,
this call would always fail because mkdir() does not create parent
directories. This problem was never detected, though, because the
KeyStorage class happened to call mkdirs() on its 'keys' subdirectory,
which, because of the plural mkdirs() call ended up creating the whole
${appDataDir}/${btcNetworkDir}/keys hierarchy. Other btcNetworkDir
subdirectories such as tor/ and db/ then benefited from the hierarchy
already existing when they attempted to call mkdir() for their own dirs.
So the whole arrangement worked only because KeyStorage happened to make
a mkdirs() call and because that code in KeyStorage happened to get
invoked before the code that managed the other subdirectories.
This change ensures that appDataDir and all its subdirectories are
created up front, such that they are guaranteed to exist by the time
they are injected into Storage, KeyStorage, WalletsSetup and TorSetup.
The hierarchy is unchanged, structured as it always has been:
${appDataDir}
└── btc_mainnet
├── db
├── keys
├── wallet
└── tor
Note that the tor/ subdirectory actually gets deleted and re-created
within the TorSetup infrastructure regardless of whether the directory
exists beforehand.
In previous commits, BisqEnvironment functionality has been fully ported
to the new, simpler and more type-safe Config class. This change removes
BisqEnvironment and all dependencies on the Spring Framework Environment
interface that it implements.
The one exception is the pricenode module, which is separate and apart
from the rest of the codebase in that it is a standalone, Spring-based
HTTP service.
Prior to this commit, BisqExecutable has been responsible for parsing
command line and config file options and BisqEnvironment has been
responsible for assigning default values to those options and providing
access to option values to callers throughout the codebase.
This approach has worked, but at considerable costs in complexity,
verbosity, and lack of any type-safety in option values. BisqEnvironment
is based on the Spring Framework's Environment abstraction, which
provides a great deal of flexibility in handling command line options,
environment variables, and more, but also operates on the assumption
that such inputs have String-based values.
After having this infrastructure in place for years now, it has become
evident that using Spring's Environment abstraction was both overkill
for what we needed and limited us from getting the kind of concision and
type saftey that we want. The Environment abstraction is by default
actually too flexible. For example, Bisq does not want or need to have
environment variables potentially overriding configuration file values,
as this increases our attack surface and makes our threat model more
complex. This is why we explicitly removed support for handling
environment variables quite some time ago.
The BisqEnvironment class has also organically evolved toward becoming a
kind of "God object", responsible for more than just option handling. It
is also, for example, responsible for tracking the status of the user's
local Bitcoin node, if any. It is also responsible for writing values to
the bisq.properties config file when certain ban filters arrive via the
p2p network. In the commits that follow, these unrelated functions will
be factored out appropriately in order to separate concerns.
As a solution to these problems, this commit begins the process of
eliminating BisqEnvironment in favor of a new, bespoke Config class
custom-tailored to Bisq's needs. Config removes the responsibility for
option parsing from BisqExecutable, and in the end provides "one-stop
shopping" for all option parsing and access needs.
The changes included in this commit represent a proof of concept for the
Config class, where handling of a number of options has been moved from
BisqEnvironment and BisqExecutable over to Config. Because the migration
is only partial, both Config and BisqEnvironment are injected
side-by-side into calling code that needs access to options. As the
migration is completed, BisqEnvironment will be removed entirely, and
only the Config object will remain.
An additional benefit of the elimination of BisqEnvironment is that it
will allow us to remove our dependency on the Spring Framework (with the
exception of the standalone pricenode application, which is Spring-based
by design).
Note that while this change and those that follow it are principally a
refactoring effort, certain functional changes have been introduced. For
example, Bisq now supports a `--configFile` argument at the command line
that functions very similarly to Bitcoin Core's `-conf` option.
This reverts commit 26c053dae8 because
Kotlin compilation slows down the build, was applied too broadly to all
modules instead of just the one that needed it, and most importantly
because we never actually went ahead with converting anything of
importance to Kotlin. The commit being reverted was basically a demo,
converting a single test type to show what kind of difference it would
make.
We already have a garbage collection thread that runs every minute
to clean up items. Doing it again during onDisconnect is an unnecessary
optimization that adds complexity and caused bugs.
For example, the original implementation did not handle the sequence
number map correctly and was removing entries during a stream iteration.
This also reduces the complexity of testing. There is one code path
responsible for reducing ttls and one code path responsible for
expiring entries. Much easier to reason about.
1. Remove delete during stream iteration
2. Minimize branching w/ early returns for bad states
3. Use stream filter for readability
4. Implement additional checks that should be done when removing entries
Before refactoring the function ensure the tests cover all cases. This
fixes a bug where the payload ttl was too low in some instances causing
backDate to do no work when it should.
We had a small memory leak in the code base. Namely, there have been some
threadpools in use but not shutdown when they have been no longer needed.
Result was that the threads and the parent threads have been kept alive
which lead to hundreds of stale threads over the course of several days.
isDataOwner is used when deciding how many peer nodes should receive
a BroadcastMessage. If the BroadcastMessage originated
on the local node it is sent to ALL peer nodes with a small delay.
If the node is only relaying the message (it originated on a different
node) it is sent to MAX(peers.size(), 7) peers with a delay that is
twice as long.
All the information needed to determine whether or not the
BroadcastMessage originated on the local node is available at the final
broadcast site and there is no reason to have callers pass it in.
In the event that the sender address is not known during broadcast (which
is only a remote possibility due to how early the local node address
is set during startup) we can default to relay mode.
This first patch just removes the deep parameters. The next will remove
everything else. There is one real change in LiteNodeNetworkService.java
where it was using the local node when it should have been using the
peer node. This was updated to the correct behavior.
Now that more callers have moved internal, the public facing API
can be cleaner and more simple. This should lead to a more maintainable
API and less sharp edges with future development work.
Now that the only user is internal, the API can be made private and the
tests can be removed. This involved adding a few test cases to
processGetDataResponse to ensure the invalid hash size condition was
still covered.
The only two users of this constructor are the fromProto path which
now creates an empty Capabilities object similar to GetDataResponse.
The other internal usage of Capabilities.app which is initialized to empty.
The only two users of this constructor are the fromProto path which
already creates an empty Capabilities object if one is not provided and
the internal usage of Capabilities.app which is initialized to empty.
Remove the @Nullable so future readers aren't confused.
Checking for null creates hard-to-read code and it is simpler to just
create an empty set if we receive a pre-v0.6 GetDataResponse protobuf
message that does not have the field set.
Write a few integration test that exercises the exercise interesting
synchronization states including the lost remove bug. This fails
with the proper validation, but will pass at the end of the new feature
development.
Previously, multiple handlers needed to signal off one global variable.
Now, that this check is inside the singleton P2PDataStorage, make it
non-static and private.
Now that we want to unit test the GetData path which has different
behavior w.r.t. broadcasts, the tests need a way to verify that
state was updated, but not broadcast during an add.
This patch changes all verification function to take each state update
explicitly so the tests can do the proper verification.
Introduce a generic function that can be used to filter
Map<ByteArray, PersistableNetworkPayload> or
Map<ByteArray, ProtectedStorageEntry>.
Used to deduplicate the GetData code paths and ensure the logic is the
same between the two payload types.
Move the capability check inside the stream operation. This should
improve performance slightly, but more importantly it makes the
two filter functions almost identical so they can be combined.
The appendOnlyDataStoreService and map already have unique keys that
are based on the hash of the payload. This would catch instances
where:
PersistableNetworkPayload
- None: The key is based on ByteArray(payload.getHash()) which is the
same as this check.
ProtectedStorageEntry
- Cases where multiple PSEs contain payloads that have equivalent
hashCode(), but different data.toProtoMessage().toByteArray().
I don't think it is a good idea to keep 2 "unique" methods on
payloads. This is likely left over from a time when
Payload hashCode() needed to be different than the hash of
the payload.
Remove the dependence on the connection object by having the handler
pass in the peer's capabilities. This now allows unit testing of
buildGetDataResponse without any connection dependencies.
Move the logging that utilizes connection information into the request
handler. Now, buildGetDataResponse just returns whether or not the list
is truncated which will make it easier to test.
Changed the log to reference getDataResponse instead of getData. Now
that we might truncate the response, it ins't true that this is exactly
what the peer asked.
These are identical test cases to the requestHandler tests, but with much
fewer dependencies. The requestHandler tests will eventually be deleted,
but they are going to remain throughout development as an extra safety
net.
As part of changing the GetData path, we want to move all creation
and processing of GetData messages inside P2PDataStorage. This will allow
easier unit testing of the behavior as well as cleaner code in the
request handlers that can just focus on nonces, connections, etc.
* Change access level for checkMaxConnections to be tested
* Refactor checkMaxConnections
Fix connection limit checks so as to prevent the following warning:
> WARN b.n.p2p.peers.PeerManager: No candidates found to remove (That
case should not be possible as we use in the last case all
connections).
* Add MockNode that allows for simulating connections
* Add PeerManagerTest
The old PeerManagerTest was located under network/p2p/routing, which is
no longer the correct location. Additionally, it was outdated so I
just removed it and added a new file under network/p2p/peers containing
tests for checkMaxConnections.
* Add testCompile dependency to core
This is necessary because bisq.network.p2p.MockNode imports
bisq.core.network.p2p.seed.DefaultSeedNodeRepository.
* Update based on review feedback
Mock the SeedNodeRepository superclass, thus eliminating the dependency
to core.
* [PR COMMENTS] Make maxSequenceNumberBeforePurge final
Instead of using a subclass that overwrites a value, utilize Guice
to inject the real value of 10000 in the app and let the tests overwrite
it with their own.
* [TESTS] Clean up 'Analyze Code' warnings
Remove unused imports and clean up some access modifiers now that
the final test structure is complete
* [REFACTOR] HashMapListener::onAdded/onRemoved
Previously, this interface was called each time an item was changed. This
required listeners to understand performance implications of multiple
adds or removes in a short time span.
Instead, give each listener the ability to process a list of added or
removed entrys which can help them avoid performance issues.
This patch is just a refactor. Each listener is called once for each
ProtectedStorageEntry. Future patches will change this.
* [REFACTOR] removeFromMapAndDataStore can operate on Collections
Minor performance overhead for constructing MapEntry and Collections
of one element, but keeps the code cleaner and all removes can still
use the same logic to remove from map, delete from data store, signal
listeners, etc.
The MapEntry type is used instead of Pair since it will require less
operations when this is eventually used in the removeExpiredEntries path.
* Change removeFromMapAndDataStore to signal listeners at the end in a batch
All current users still call this one-at-a-time. But, it gives the ability
for the expire code path to remove in a batch.
* Update removeExpiredEntries to remove all items in a batch
This will cause HashMapChangedListeners to receive just one onRemoved()
call for the expire work instead of multiple onRemoved() calls for each
item.
This required a bit of updating for the remove validation in tests so
that it correctly compares onRemoved with multiple items.
* ProposalService::onProtectedDataRemoved signals listeners once on batch removes
#3143 identified an issue that tempProposals listeners were being
signaled once for each item that was removed during the P2PDataStore
operation that expired old TempProposal objects. Some of the listeners
are very expensive (ProposalListPresentation::updateLists()) which results
in large UI performance issues.
Now that the infrastructure is in place to receive updates from the
P2PDataStore in a batch, the ProposalService can apply all of the removes
received from the P2PDataStore at once. This results in only 1 onChanged()
callback for each listener.
The end result is that updateLists() is only called once and the performance
problems are reduced.
This removes the need for #3148 and those interfaces will be removed in
the next patch.
* Remove HashmapChangedListener::onBatch operations
Now that the only user of this interface has been removed, go ahead
and delete it. This is a partial revert of
f5d75c4f60 that includes the code that was
added into ProposalService that subscribed to the P2PDataStore.
* [TESTS] Regression test for #3629
Write a test that shows the incorrect behavior for #3629, the hashmap
is rebuilt from disk using the 20-byte key instead of the 32-byte key.
* [BUGFIX] Reconstruct HashMap using 32-byte key
Addresses the first half of #3629 by ensuring that the reconstructed
HashMap always has the 32-byte key for each payload.
It turns out, the TempProposalStore persists the ProtectedStorageEntrys
on-disk as a List and doesn't persist the key at all. Then, on
reconstruction, it creates the 20-byte key for its internal map.
The fix is to update the TempProposalStore to use the 32-byte key instead.
This means that all writes, reads, and reconstrution of the TempProposalStore
uses the 32-byte key which matches perfectly with the in-memory map
of the P2PDataStorage that expects 32-byte keys.
Important to note that until all seednodes receive this update, nodes
will continue to have both the 20-byte and 32-byte keys in their HashMap.
* [BUGFIX] Use 32-byte key in requestData path
Addresses the second half of #3629 by using the HashMap, not the
protectedDataStore to generate the known keys in the requestData path.
This won't have any bandwidth reduction until all seednodes have the
update and only have the 32-byte key in their HashMap.
fixes#3629
* [DEAD CODE] Remove getProtectedDataStoreMap
The only user has been migrated to getMap(). Delete it so future
development doesn't have the same 20-byte vs 32-byte key issue.
* [TESTS] Allow tests to validate SequenceNumberMap write separately
In order to implement remove-before-add behavior, we need a way to
verify that the SequenceNumberMap was the only item updated.
* Implement remove-before-add message sequence behavior
It is possible to receive a RemoveData or RemoveMailboxData message
before the relevant AddData, but the current code does not handle
it.
This results in internal state updates and signal handler's being called
when an Add is received with a lower sequence number than a previously
seen Remove.
Minor test validation changes to allow tests to specify that only the
SequenceNumberMap should be written during an operation.
* [TESTS] Allow remove() verification to be more flexible
Now that we have introduced remove-before-add, we need a way
to validate that the SequenceNumberMap was written, but nothing
else. Add this feature to the validation path.
* Broadcast remove-before-add messages to P2P network
In order to aid in propagation of remove() messages, broadcast them
in the event the remove is seen before the add.
* [TESTS] Clean up remove verification helpers
Now that there are cases where the SequenceNumberMap and Broadcast
are called, but no other internal state is updated, the existing helper
functions conflate too many decisions. Remove them in favor of explicitly
defining each state change expected.
* [BUGFIX] Fix duplicate sequence number use case (startup)
Fix a bug introduced in d484617385 that
did not properly handle a valid use case for duplicate sequence numbers.
For in-memory-only ProtectedStoragePayloads, the client nodes need a way
to reconstruct the Payloads after startup from peer and seed nodes. This
involves sending a ProtectedStorageEntry with a sequence number that
is equal to the last one the client had already seen.
This patch adds tests to confirm the bug and fix as well as the changes
necessary to allow adding of Payloads that were previously seen, but
removed during a restart.
* Clean up AtomicBoolean usage in FileManager
Although the code was correct, it was hard to understand the relationship
between the to-be-written object and the savePending flag.
Trade two dependent atomics for one and comment the code to make it more
clear for the next reader.
* [DEADCODE] Clean up FileManager.java
* [BUGFIX] Shorter delay values not taking precedence
Fix a bug in the FileManager where a saveLater called with a low delay
won't execute until the delay specified by a previous saveLater call.
The trade off here is the execution of a task that returns early vs.
losing the requested delay.
* [REFACTOR] Inline saveNowInternal
Only one caller after deadcode removal.
* [TESTS] Introduce MapStoreServiceFake
Now that we want to make changes to the MapStoreService,
it isn't sufficient to have a Fake of the ProtectedDataStoreService.
Tests now use a REAL ProtectedDataStoreService and a FAKE MapStoreService
to exercise more of the production code and allow future testing of
changes to MapStoreService.
* Persist changes to ProtectedStorageEntrys
With the addition of ProtectedStorageEntrys, there are now persistable
maps that have different payloads and the same keys. In the
ProtectedDataStoreService case, the value is the ProtectedStorageEntry
which has a createdTimeStamp, sequenceNumber, and signature that can
all change, but still contain an identical payload.
Previously, the service was only updating the on-disk representation on
the first object and never again. So, when it was recreated from disk it
would not have any of the updated metadata. This was just copied from the
append-only implementation where the value was the Payload
which was immutable.
This hasn't caused any issues to this point, but it causes strange behavior
such as always receiving seqNr==1 items from seednodes on startup. It
is good practice to keep the in-memory objects and on-disk objects in
sync and removes an unexpected failure in future dev work that expects
the same behavior as the append-only on-disk objects.
* [DEADCODE] Remove protectedDataStoreListener
There were no users.
* [DEADCODE] Remove unused methods in ProtectedDataStoreService
With the addition of ProtectedStorageEntrys, there are now persistable
maps that have different payloads and the same keys. In the
ProtectedDataStoreService case, the value is the ProtectedStorageEntry
which has a createdTimeStamp, sequenceNumber, and signature that can
all change, but still contain an identical payload.
Previously, the service was only updating the on-disk representation on
the first object and never again. So, when it was recreated from disk it
would not have any of the updated metadata. This was just copied from the
append-only implementation where the value was the Payload
which was immutable.
This hasn't caused any issues to this point, but it causes strange behavior
such as always receiving seqNr==1 items from seednodes on startup. It
is good practice to keep the in-memory objects and on-disk objects in
sync and removes an unexpected failure in future dev work that expects
the same behavior as the append-only on-disk objects.
Now that we want to make changes to the MapStoreService,
it isn't sufficient to have a Fake of the ProtectedDataStoreService.
Tests now use a REAL ProtectedDataStoreService and a FAKE MapStoreService
to exercise more of the production code and allow future testing of
changes to MapStoreService.
Fix a bug introduced in d484617385 that
did not properly handle a valid use case for duplicate sequence numbers.
For in-memory-only ProtectedStoragePayloads, the client nodes need a way
to reconstruct the Payloads after startup from peer and seed nodes. This
involves sending a ProtectedStorageEntry with a sequence number that
is equal to the last one the client had already seen.
This patch adds tests to confirm the bug and fix as well as the changes
necessary to allow adding of Payloads that were previously seen, but
removed during a restart.
Now that there are cases where the SequenceNumberMap and Broadcast
are called, but no other internal state is updated, the existing helper
functions conflate too many decisions. Remove them in favor of explicitly
defining each state change expected.
Now that we have introduced remove-before-add, we need a way
to validate that the SequenceNumberMap was written, but nothing
else. Add this feature to the validation path.
It is possible to receive a RemoveData or RemoveMailboxData message
before the relevant AddData, but the current code does not handle
it.
This results in internal state updates and signal handler's being called
when an Add is received with a lower sequence number than a previously
seen Remove.
Minor test validation changes to allow tests to specify that only the
SequenceNumberMap should be written during an operation.
Addresses the second half of #3629 by using the HashMap, not the
protectedDataStore to generate the known keys in the requestData path.
This won't have any bandwidth reduction until all seednodes have the
update and only have the 32-byte key in their HashMap.
fixes#3629
Addresses the first half of #3629 by ensuring that the reconstructed
HashMap always has the 32-byte key for each payload.
It turns out, the TempProposalStore persists the ProtectedStorageEntrys
on-disk as a List and doesn't persist the key at all. Then, on
reconstruction, it creates the 20-byte key for its internal map.
The fix is to update the TempProposalStore to use the 32-byte key instead.
This means that all writes, reads, and reconstrution of the TempProposalStore
uses the 32-byte key which matches perfectly with the in-memory map
of the P2PDataStorage that expects 32-byte keys.
Important to note that until all seednodes receive this update, nodes
will continue to have both the 20-byte and 32-byte keys in their HashMap.
Now that the only user of this interface has been removed, go ahead
and delete it. This is a partial revert of
f5d75c4f60 that includes the code that was
added into ProposalService that subscribed to the P2PDataStore.
This will cause HashMapChangedListeners to receive just one onRemoved()
call for the expire work instead of multiple onRemoved() calls for each
item.
This required a bit of updating for the remove validation in tests so
that it correctly compares onRemoved with multiple items.
Minor performance overhead for constructing MapEntry and Collections
of one element, but keeps the code cleaner and all removes can still
use the same logic to remove from map, delete from data store, signal
listeners, etc.
The MapEntry type is used instead of Pair since it will require less
operations when this is eventually used in the removeExpiredEntries path.
Previously, this interface was called each time an item was changed. This
required listeners to understand performance implications of multiple
adds or removes in a short time span.
Instead, give each listener the ability to process a list of added or
removed entrys which can help them avoid performance issues.
This patch is just a refactor. Each listener is called once for each
ProtectedStorageEntry. Future patches will change this.
Instead of using a subclass that overwrites a value, utilize Guice
to inject the real value of 10000 in the app and let the tests overwrite
it with their own.
The remove code checks to ensure these fields match, but the add code
never did. This could lead to a situation where a MailboxStoragePayload
could be added, but never removed.
Previously, the expire path, the remove path, and the onDisconnect
all used separate logic for updating the map, signaling listeners, and
removing PersistablePaylod objects from the data store. This led to a
bug where the onDisconnect path did not update the protectedDataStore.
Combine the three code paths to ensure that the same state is updated
regardless of the context.
The code to remove expired Entrys in the onDisconnect path was not
correctly removing the Entry from the protectedDataStore.
This patch adds a test that failed and fixes the bug.
* All of this work is done on the UserThread so there is no need to
clone the map.
* ArrayList objects are faster to iterate than HashSets and the data is
guaranteed to be unique since the source is a ConcurrentHashMap
* Finding all items to remove first, then removing them all is an easier
to read code pattern instead of removing during iteration.
It is currently possible to construct a valid Payload object
that implements both the ProtectedStoragePayload and
PersistableNetworkPayload interfaces even though this combination is
invalid.
Instead of depending on future reviewers to catch an error, assert that
ProtectedStoragePayloads and PersistableNetworkPayloads are incompatible
as objects inside a ProtectedStorageEntry.
This allows cleanup of removeExpiredEntries that branched on this
behavior.
The old PeerManagerTest was located under network/p2p/routing, which is
no longer the correct location. Additionally, it was outdated so I
just removed it and added a new file under network/p2p/peers containing
tests for checkMaxConnections.
All test callers now just ask the TestState for a SavedTestState instead
of SavedTestState ctor. This makes more sense with the object
relationship since SavedTestState is only used internally to TestState.
One monolithic test was useful when it was under development to reduce
code churn, but now that the tests are complete it is easier to find
and run a specific test when separated into separate test files.
This also fixes a downside of Enclosed.class that didn't allow individual
tests to be run in intellij.
Now that the unit tests cover all of the per-Entry validation,
the tests that create specific configuration of ProtectedStorageEntry
and ProtectedMailboxStorageEntry objects can be removed in favor
of mockable Entrys.
Using mocks prior to this patch was impossible due to the relationship
between the Entry objects and the P2PDataStorage helper functions. Now
that the objects are properly abstracted and tested, real unit tests
can be written for the P2PDataStore module.
This patch leaves the tests and adds an @Ignore so the reviewer can see
which unit test now supersedes the integration test.
Use a more compact version of string formatting
in log messages
Rename isMetadataEquals to matchesRelevantPubKey
which is more descriptive of the actual check
Now that all the code is abstracted and tested, the remove()
and removeMailboxData() functions are identical. Combine them and update
callers appropriately.
Now, any caller don't need to know the difference and it removes the
sharp edge originally found in #3556
Make the remove validation more robust by asserting that the
correct remove message is broadcast. This will provide a better
safety net when combining the remove functions.
Let the objects compare their metadata instead of doing it for them. This
allows for actual unit testing and paves the way for deduplicating the
remove code paths.
This patch also removes an unnecessary check around comparing the hash
of the stored data to the new data's hash. That check can't fail since
the hash was a requirement for the map lookup in the first place.
The current check verifies that the stored Payload.ownerPubKey == stored Entry.ownerPubKey.
This is the same check that was done when the item was originally added
and there is no reason to do it again.
This mailbox-only check can now exist inside the object for which it
belongs. This makes it easier to test and moves closer to allowing
the deduplication of the remove() methods.
Move the signature checks into the objects to clean up the calling code
and make it more testable.
The testing now has to take real hashes so some work was done in the fixtures
to create valid hashable objects.
Now that the objects can answer questions about valid conditions
for add/remove, ask them directly.
This also pushes the logging down into the ProtectedStorageEntry and
ProtectedMailboxStorageEntry and cleans up the message.
