(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).*>(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).*>(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).<*(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).<*(fb)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).>|(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).>|(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).F
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).F
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).F
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).F
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).F
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).F
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).F
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).F
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).as(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).as(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).fpair
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).fpair
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).fpoint(arg0)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).fpoint(arg0)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).liftM(G)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).liftM(G)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).replicateM(n)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).replicateM(n)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).replicateM_(n)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).replicateM_(n)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).self
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).self
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).self
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).self
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).self
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).self
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).self
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).self
(receiveL: StringAdd).self
(receiveL: StringFormat).self
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).strengthL(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).strengthL(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).strengthR(b)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).strengthR(b)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).tuple(f)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).tuple(f)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).unlessM(cond)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).unlessM(cond)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).untilM(p)(G)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).untilM(p)(G)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).untilM_(p)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).untilM_(p)
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).void
(receiveL: FunctorOps[[y]ReceiveY[A, y], A]).void
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).whenM(cond)
(receiveL: ApplicativeOps[[y]ReceiveY[A, y], A]).whenM(cond)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).whileM(p)(G)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).whileM(p)(G)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).whileM_(p)
(receiveL: MonadOps[[y]ReceiveY[A, y], A]).whileM_(p)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).|@|(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).|@|(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).⊛(fb)
(receiveL: ApplyOps[[y]ReceiveY[A, y], A]).⊛(fb)
(receiveL: ArrowAssoc[ReceiveL[A]]).x
(Since version 2.10.0) Use leftOfArrow
instead
(receiveL: Ensuring[ReceiveL[A]]).x
(Since version 2.10.0) Use resultOfEnsuring
instead