It is tiny module for better threading based on standard pythonic library "threading"
very easy example:
from random import randint
from thr import Thr
Space = Thr.Env("3n+1")
@Space.append
def hdl(num):
"""3n+1_handle"""
if num % 2 == 0:
return num/2
return 3*num+1
@Space.append
def loop(num):
"""3n+1_mainloop"""
steps = 0
while num not in (4, 2, 1):
num = hdl.getrun(num)
steps += 1
pass
return steps
print()
print(Space)
print()
print(repr(Space))
ticks = 0
num = randint(5, 100)
loop.run(num)
while not loop.ret:
ticks += 1
pass
print(f"loop reached 4 -> 2 -> 1 trap,"
f"time has passed (loop ticks): "
f"{ticks}, steps has passed: {loop.get()}, start number: {num}")
So,
- for create threadspace do
your_space = Thr.Env("name"), - for create thread into threadspace append decorator
@your_space.append
returns in the threads in Thr.Env works as regular pythonic return