def _save_query(key: str) -> str:
key_bytes = key.encode('ascii')
difficulty = muid.difficulty(key)
if difficulty < MIN_DIFFICULTY:
detail = f'key is of difficulty {difficulty} < MIN_DIFFICULTY={MIN_DIFFICULTY}'
raise HTTPException(http.HTTPStatus.EXPECTATION_FAILED, detail=detail)
bhash = muid.bhash(key_bytes).decode('ascii')
animal = muid.animal(key_bytes)
log.info(
f"bhash={repr(bhash)}, difficulty={repr(difficulty)}, animal={repr(animal)}"
)
query = keys_tbl.insert().values(key=key,
difficulty=difficulty,
hash=bhash,
animal=animal,
used_by=None)
return query
def test_str():
key = '5ac8e9f7e58181a384951460e8da1a73'
nml = muid.animal(key)
assert nml == 'Leadable Boa'
def test_many():
for example in EXAMPLES:
animal = muid.animal(example['key'])
assert animal == example['pretty']
from microprediction import MicroCrawler, new_key
from pprint import pprint
import muid
difficulty = 8
print('Generating MUID of difficulty '+str(difficulty)+' - please be patient')
write_key = new_key(difficulty=difficulty)
print(write_key)
print(muid.animal(write_key) + ' is starting up ')
crawler = MicroCrawler(write_key=write_key, sleep_time=30, verbose=True )
crawler.run()
pprint(crawler.get_performance())
def key_difficulty(key):
return len(muid.animal(key).replace(' ', ''))
def animal_from_key(key):
return muid.animal(key)
def key_difficulty(key):
animal = KeyConventions.animal_from_key(key)
return 0 if animal is None else len(muid.animal(key).replace(' ', ''))