Having run Bitcoin Core with Luke’s patch and with permitbaremultisig=0 and datacarrier=0 in bitcoin.conf for a few weeks I lastly determined to make a swap to Bitcoin Knots.
The next choices appear to be related to the matter of limiting spam (inscriptions not relevant to finance, BRC-20, ordinals and the like).
# Relay and mine non-OP_RETURN datacarrier injection (default: 0)
#acceptnonstddatacarrier=1
# Relay and mine "non-standard" transactions (default: 0)
#acceptnonstdtxn=1
# Equal bytes per sigop in transactions for relay and mining
# (default: 20)
#bytespersigop=1
# Minimal bytes per sigop in transactions we relay and mine (default: 20)
#bytespersigopstrict=1
# Relay and mine information service transactions (default: 1)
#datacarrier=1
# Deal with further information in transactions as a minimum of N vbytes per precise byte
# (default: 1)
#datacarriercost=1
# Most measurement of knowledge in information service transactions we relay and mine
# (default: 42)
#datacarriersize=1
# Most measurement of scripts we relay and mine (default: 1650)
#maxscriptsize=1
# Relay non-P2SH multisig (default: 0)
#permitbaremultisig=1
# Relay legacy pubkey outputs (default: 0)
#permitbarepubkey=1
How would possibly I arrange the above parameters with the intention to cease or restrict spam?
I seen that datacarrier is ready to 1 by default. Why is that so? Is it due to different, more practical settings comparable to acceptnonstdtxn and acceptnonstddatacarrier being set to 0 by default?
If I wish to decrease the utmost measurement of knowledge in datacarrier transaction to lower than 42 bytes, shall we say to 35 bytes, ought to I apply datacarriersize=35? What are the professionals and cons of reducing this parameter beneath the present default of 42 bytes?
