the latest electrum version dont allow user disabling RBF.
i think bitcoin core allows to disable this but i guess you need to run a full node that is not pruned that is not the way i like to go.
is there any other wallet soft that i can use to make a transaction with RBF disabled?
i want to ensure that RBF will not be used at all and nobody can change or cancel that transaction.
is a miner or pool able to override the RBF DISABLED setting and still advertise my transaction with RBF flag enabled on mempool?

please someone advice and teach me which wallet to use and how to disable RBF function.

[2miners]

i am sending hash rate to 2miners solo pool using my wallet address x.
2miners dashboard showing my worker with hash rate flowing and valid shares

when I open dashboard on woolypooly for the same wallet address x,
i see also the worker online and hash rate flowing. About same hash rate as shown on 2miners

Then I test vice-versa. I send hash rate to woolypooly using wallet address y.
woolypooly dashboard showing my worker with hash rate flowing and valid shares

now i open 2miners dashboard for wallet address y and again
it shows me hash rate flowing with valid shares.Although i did not send hash rate to 2miners using wallet address y

i am not sure if this is related to reddit thread WoolyPooly Stealing Solo Blocks From Miners?
obviously 2miners and woolypooly are linked somehow together - anyone can clarify and explain? currently i stopped mining on those pools because i am loosing trust

[all]

can u please propose a solo mining pool for ravencoin (RVN) that is trustworthy, with low fee (max. 1.5%) and which pay outs all transaction fees of the mined block, too?

i downloaded
https://github.com/iceland2k14/secp256k1

into directory /home/yin4/secp256k1

Code:

yin4@qq:~ ls secp256k1
CHANGELOG.md  ice_secp256k1.dll  ice_secp256k1.so  LICENSE  __pycache__  README.md  secp256k1.py

when i am inside this directory it works good and i can import with command

Code:

yin4@qq:~/secp256k1$ python3

>>> import secp256k1 as ice

>>> ice.somecommand

but i want to have this working also if i start python3 console from /other/directory

i created sys environment variable

Code:

yin4@qq:/other/directory$ export PYTHONPATH=/home/yin4/secp256k1

Code:

yin4@qq:/other/directory$ python3

>>> import secp256k1 as ice

>>> ice.

then I press tab but no commands available only these:

Code:

>>> ice.__
ice.__annotations__     ice.__format__(         ice.__loader__          ice.__reduce_ex__(
ice.__class__(          ice.__ge__(             ice.__lt__(             ice.__repr__()
ice.__delattr__(        ice.__getattribute__(   ice.__name__            ice.__setattr__(
ice.__dict__            ice.__gt__(             ice.__ne__(             ice.__sizeof__()
ice.__dir__(            ice.__hash__()          ice.__new__(            ice.__spec__
ice.__doc__             ice.__init__(           ice.__package__         ice.__str__()
ice.__eq__(             ice.__init_subclass__(  ice.__path__            ice.__subclasshook__(
ice.__file__            ice.__le__(             ice.__reduce__()        

then i try

Code:

>>> from secp256k1 import secp256k1 as ice
File ice_secp256k1.so not found
Traceback (most recent call last):
  File "<stdin>", line 1, in <module>
  File "/home/yin4/secp256k1/secp256k1.py", line 92, in <module>
    ice.scalar_multiplication.argtypes = [ctypes.c_char_p, ctypes.c_char_p]   # pvk,ret
NameError: name 'ice' is not defined

what is wrong how can i fix and use library from all directorys?

if you have some private key how can i quickly find out which bit range this key is in?

example private key 1A9FF47

i know it is inside bit range 25 (1000000 - 2000000) but is the any python tool that allows to quickly display this?
if tool also possible to display the range after input of bit range would be great

example input bit range 25 - output = 1000000:2000000

edit: range corrected

i want to create bech32 address in bit.

>>> from bit import Key
>>> key = Key()
>>> print(key)
<PrivateKey: 1Q42mvgDhLYYD4hEcLbpwXNheKKUFDupxa>

the output is the address not privkey.Comparison here:

>>> print(key.address)
1Q42mvgDhLYYD4hEcLbpwXNheKKUFDupxa

Why does bit not output the privkey as expected?I have to use this command to get the privkey displayed as expected

>>> print(key.to_hex())
57d706092c69dbdd7275caaf594163368d0d05af2e56aed55e48df5eeab5e6df

there is a command to output tje segwit address that begins with '3'

>>> print(key.segwit_address)
3744W6xs6musQKTGhLYTrr3VffphdG5E8f

but how do I output the bech32 address that begins with 'bc1' ?

it should be possible but i did not find a python lib that supports this kind of data extraction any clues?

i thought the S17+ had 76 TH, now I read in the specifications at Bitmain that it is specified with 67 TH. What is true now?
what about the reliability of the S17Pro and S17+ models?
price aside, would you rather recommend the S17Pro or S17+ and for what reasons?

Do any of you know how low the smallest known hashrate was that landed a block hit, say in the last 3 years?