xs = Observable.from_([1, 2, 2, 2, 3, 3, 4, 5, 6])
xs.to_blocking().subscribe(print)
xs.to_iterable().subscribe(print)
print("===================")
def myprint(*args):
print(*args)
return None
drive = Observable.from_list(list(range(10))).publish()
s = Subject()
xs = s.buffer_with_count(3).do_action(myprint)
xs.subscribe()
drive.subscribe(s)
drive.connect()
print("===================")
xs = Observable.from_([1, 2, 3, 4, 5, 6])
ys = xs.to_blocking()
print(type(ys))
zs = (x * x for x in ys if x > 3)
print(zs)
zs = list(zs)
print(zs)
Observable.from_list(zs).subscribe(print)
import rx
import signal
from rx.subjects import Subject
from rx import Observable, Observer
def myprint(*args):
print(*args)
return None
# drive = Observable.from_list(list(range(33))).publish()
# reg = Subject().buffer_with_count(8).do_action(myprint)
# drive.subscribe(reg)
# drive.connect()
#publish:普通のObservableを接続可能なObservableに変換する
drive = Observable.from_list(list(range(33))).publish()
s = Subject()
#buffer_with_count
#観測可能なシーケンスの各要素を要素数情報に基づいて生成された0個以上のバッファに投影する
#→ 8個ずつ次のストリームに渡す
s.buffer_with_count(8).do_action(myprint).subscribe()
drive.subscribe(s)
#connectでストリーム同士を繋ぐ？
#これがないと結果が表示されない
drive.connect()