The API throws when the directories already exist, which is quite
unexpected.
This now changes the code to silently ignore these issues in the
knowledge that the immediately following opening of files will
fail with a nice error message.
I got some UTXOs to test and now got some blocks filled
there, which proves the concept.
Its a bit slow to start (1 -> 20 tx are hardcoded) which was not an
issue if you can call generate() to mine, may be useful to adjust
for scalenet.
Yet, the basis works.
Don't even try to search for some GUI packages when the setup says we
should not compile the GUI components.
This should make the configure output easier to interpret.
Don't even try to search for some GUI packages when the setup says we
should not compile the GUI components.
This should make the configure output easier to interpret.
This adds a unit test to see if the combination of invalidateBlock and
reconsiderBlock do what we expect to do.
The main issue was that we store an invalidated block in the UTXO and we
forgot to re-validate that on reconsider.
Additionally I avoid writing a lot of unchanged data to the block-index.
When there is no config we now bind on all available (at startup)
interfaces to listen for service requests.
This solves the problem where a fresh server would not listen to
requests from the outside world but only on localhost.
This is done in several steps:
1. Separate my height from the remote peer heights.
Instead of assuming we have one height, recognize that a peer may
not be at the tip at the same time we are. We monitor headers/invs
to update the 'peerHeight' variable.
2. Ask for merkle blocks from a peer to the maximum height of that
peer (but not later than what we validated to be true).
This avoids us asking past the remotes tip which they didn't like.
3. Redo the SyncSPVAction to use all this and make it much more
reliable in finding peers to download from and getting all the
changes as fast as possible.
tomFlowee
TomZ