This commit adds a helper test that is similar to TestPopulateDBs except
for the fact that it uses the MigrateGraphToSQL function directly to
migrate a local kvdb-sql graph to a native SQL one.
This is a prep commit that just adds all the boilerplate connection
logic for connecting to various graph DBs. These will be used in
upcoming commits which will add tests and benchmarks.
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Added itest "reorg_notifications" which tests that RegisterSpendNtfn behaves as
expected during a reorg. A reorg notification is produced after a reorg affects
the block which has produced a spending notification for this registration.
In this commit we add test for `parseChanIDs` to make sure it
parses the chan ids correctly and return errors when invalid value
is passed.
Signed-off-by: Abdullahi Yunus <abdoollahikbk@gmail.com>
In this commit we use stringSlice flag for incoming and outgoing
channel ids args, for forwarding history command. The Int64Slice
range does not cover all possible scids in the custom alias range.
Use the new `SLICES` directive to add a DeleteChannels query which takes
a set of DB channel IDs. Then replace all our calls to DeleteChannel
with a paginated call to DeleteChannels.
This commit adds a new GetChannelsByOutpoints query which takes a slice
of outpoint strings. This lets us then update PruneGraph to use
paginated calls to GetChannelsByOutpoints instead of making one DB call
per outpoint.
Here, a new query (GetChannelsByOutpoints) is added which makes use of
the /*SLICE:outpoints*/ directive & added workaround. This is then used
in a test to demonstrate how the ExecutePagedQuery helper can be used to
wrap a query like this such that calls are done in pages.
The query that has been added will also be used by live code paths in an
upcoming commit.
Along with a test for it. This helper will allow us to easily create a
pagination wrapper for queries that will make use of the new
/*SLICE:<field_name>*/ directive. The next commit will add a test
showing this.
Fixes another flake in the unit-race test: Sometimes we miss startup
events if there's a high CPU load (in CI for example).
To avoid that, we register our subscriber before starting the state
machine.
These tests previously only worked because we didn't properly wait for
all transitions to come in. We fix them by correctly asserting the
expected number of state transitions.
This fixes the actual flake: We didn't wait for next iterations to _not_
come in, so depending on timing, we could read another transition in a
second run.
But making sure we expect all transitions at the same time and then make
sure no further transitions come in makes this not depend on time.
