The old algorithm could end up doubling the size every time it
ran out, which eventually consumes all memory.
This way we reset to the user-default size when useful and increase
only based on need.
This means that the programmer needs to make a better estimation on
maximum size of messages, but it avoids behavior similar to memory
leaks.
Double check our message-calculation is proper by checking the result.
Notice that asserts and logDebug both are turned off in release builds,
so this is just added to debug builds.
Fix a bug that could make the wait between saves too long and now aim to
make the saving more often because this helps us determine in time that
the file is full so we don't go over the end.
where the UTXO allows you to find an output based on txid+output, the
spentoutput DB turns that around and allows you to find an input that
spends a certain output.
This also fits perfectly find into the UTXO database class, so this
creates a new dir "spent" which is filled as expected.
This C++ library is a small framework which creates a full
http(s) server.
This is imported code from the qhttpengine open source project.
I modified some core components in order to make this framework
multi-threading and changed some APIs for cleanlyness. As such
it is not source compatible and getting it accepted upstream is
not realistic.
This adds all the header ints to chunked messages, solving the problem
of losing RequestId on roundtrips if the answer was too big.
Added a unit test for this "new" features.
This makes callbacks all use shared_from_this() in order to avoid
callbacks being done on deleted instances (thanks boost!).
Last, special case when the user doesn't connect but just sends messages
which caused a send of data, only to realize the connection wasn't open,
and then a connect.
This makes sure we immediately start a connect on queue of a message.
When a user sends a signal SIGHUP, we parse the configs again
traditionally on Unix.
We already use this for log-configs.
This signal allows apps to get notification and reload their
own configs.
The "UAHF" one used to be "more equal", mostly just because it happened
to be the first.
This makes them all equally equal.
Specifically this removes the special casing and the enum for the 201708
HF (aka BCH fork-point).
We select the right branch now purely based on the historical check-
points.
The "Greater than 6 blocks" can be off when we are doing IBD where
headers and chain are not pointing to the same block. Make sure this
works for such an occasion as well.
before disconnecting.
As this only applies to IBD, we can take into account that we have a
higher number of connections typically and this helps stability.
TomZ