com
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thoughtworks
.
binding
.
Binding
BindingInstances
Related Doc:
package Binding
implicit
object
BindingInstances
extends
Monad
[
Binding
]
Monad instances for
Binding
.
Source
Binding.scala
Linear Supertypes
Monad
[
Binding
],
Bind
[
Binding
],
Applicative
[
Binding
],
Apply
[
Binding
],
Functor
[
Binding
],
InvariantFunctor
[
Binding
],
AnyRef
,
Any
Ordering
Alphabetic
By Inheritance
Inherited
BindingInstances
Monad
Bind
Applicative
Apply
Functor
InvariantFunctor
AnyRef
Any
Hide All
Show All
Visibility
Public
All
Type Members
trait
ApplicativeLaw
extends
scalaz.Applicative.ApplyLaw
Definition Classes
Applicative
trait
ApplyLaw
extends
scalaz.Apply.FunctorLaw
Definition Classes
Apply
trait
BindLaw
extends
scalaz.Bind.ApplyLaw
Definition Classes
Bind
trait
FunctorLaw
extends
scalaz.Functor.InvariantFunctorLaw
Definition Classes
Functor
trait
InvariantFunctorLaw
extends
AnyRef
Definition Classes
InvariantFunctor
trait
MonadLaw
extends
scalaz.Monad.ApplicativeLaw
with
scalaz.Monad.BindLaw
Definition Classes
Monad
Value Members
final
def
!=
(
arg0:
Any
)
:
Boolean
Definition Classes
AnyRef → Any
final
def
##
()
:
Int
Definition Classes
AnyRef → Any
final
def
==
(
arg0:
Any
)
:
Boolean
Definition Classes
AnyRef → Any
def
ap
[
A
,
B
]
(
fa: ⇒
Binding
[
A
]
)
(
f: ⇒
Binding
[(
A
) ⇒
B
]
)
:
Binding
[
B
]
Definition Classes
Bind → Apply
def
ap2
[
A
,
B
,
C
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
)
(
f:
Binding
[(
A
,
B
) ⇒
C
]
)
:
Binding
[
C
]
Definition Classes
Apply
def
ap3
[
A
,
B
,
C
,
D
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
)
(
f:
Binding
[(
A
,
B
,
C
) ⇒
D
]
)
:
Binding
[
D
]
Definition Classes
Apply
def
ap4
[
A
,
B
,
C
,
D
,
E
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
)
(
f:
Binding
[(
A
,
B
,
C
,
D
) ⇒
E
]
)
:
Binding
[
E
]
Definition Classes
Apply
def
ap5
[
A
,
B
,
C
,
D
,
E
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
)
(
f:
Binding
[(
A
,
B
,
C
,
D
,
E
) ⇒
R
]
)
:
Binding
[
R
]
Definition Classes
Apply
def
ap6
[
A
,
B
,
C
,
D
,
E
,
FF
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
)
(
f:
Binding
[(
A
,
B
,
C
,
D
,
E
,
FF
) ⇒
R
]
)
:
Binding
[
R
]
Definition Classes
Apply
def
ap7
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
)
(
f:
Binding
[(
A
,
B
,
C
,
D
,
E
,
FF
,
G
) ⇒
R
]
)
:
Binding
[
R
]
Definition Classes
Apply
def
ap8
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
)
(
f:
Binding
[(
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
) ⇒
R
]
)
:
Binding
[
R
]
Definition Classes
Apply
def
apF
[
A
,
B
]
(
f: ⇒
Binding
[(
A
) ⇒
B
]
)
: (
Binding
[
A
]) ⇒
Binding
[
B
]
Definition Classes
Apply
def
applicativeLaw
:
ApplicativeLaw
Definition Classes
Applicative
val
applicativeSyntax
:
ApplicativeSyntax
[
Binding
]
Definition Classes
Applicative
def
apply
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
f: (
A
) ⇒
B
)
:
Binding
[
B
]
Definition Classes
Functor
def
apply10
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
,
fi: ⇒
Binding
[
I
]
,
fj: ⇒
Binding
[
J
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply11
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
,
fi: ⇒
Binding
[
I
]
,
fj: ⇒
Binding
[
J
]
,
fk: ⇒
Binding
[
K
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply12
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
L
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
,
fi: ⇒
Binding
[
I
]
,
fj: ⇒
Binding
[
J
]
,
fk: ⇒
Binding
[
K
]
,
fl: ⇒
Binding
[
L
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
L
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply2
[
A
,
B
,
C
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
)
(
f: (
A
,
B
) ⇒
C
)
:
Binding
[
C
]
Definition Classes
Applicative → Apply
def
apply3
[
A
,
B
,
C
,
D
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
)
(
f: (
A
,
B
,
C
) ⇒
D
)
:
Binding
[
D
]
Definition Classes
Apply
def
apply4
[
A
,
B
,
C
,
D
,
E
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
)
(
f: (
A
,
B
,
C
,
D
) ⇒
E
)
:
Binding
[
E
]
Definition Classes
Apply
def
apply5
[
A
,
B
,
C
,
D
,
E
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
)
(
f: (
A
,
B
,
C
,
D
,
E
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply6
[
A
,
B
,
C
,
D
,
E
,
FF
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply7
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply8
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
apply9
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
R
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
,
ff: ⇒
Binding
[
FF
]
,
fg: ⇒
Binding
[
G
]
,
fh: ⇒
Binding
[
H
]
,
fi: ⇒
Binding
[
I
]
)
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
) ⇒
R
)
:
Binding
[
R
]
Definition Classes
Apply
def
applyApplicative
:
Applicative
[[α]
\/
[
Binding
[
α
],
α
]]
Definition Classes
Apply
def
applyLaw
:
ApplyLaw
Definition Classes
Apply
val
applySyntax
:
ApplySyntax
[
Binding
]
Definition Classes
Apply
final
def
asInstanceOf
[
T0
]
:
T0
Definition Classes
Any
def
bicompose
[
G
[
_
,
_
]
]
(
implicit
arg0:
Bifunctor
[
G
]
)
:
Bifunctor
[[α, β]
Binding
[
G
[
α
,
β
]]]
Definition Classes
Functor
def
bind
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
f: (
A
) ⇒
Binding
[
B
]
)
:
Binding
[
B
]
Definition Classes
BindingInstances
→ Bind
Annotations
@inline
()
def
bindLaw
:
BindLaw
Definition Classes
Bind
val
bindSyntax
:
BindSyntax
[
Binding
]
Definition Classes
Bind
def
clone
()
:
AnyRef
Attributes
protected[
java.lang
]
Definition Classes
AnyRef
Annotations
@throws
(
...
)
def
compose
[
G
[
_
]
]
(
implicit
G0:
Applicative
[
G
]
)
:
Applicative
[[α]
Binding
[
G
[
α
]]]
Definition Classes
Applicative
def
compose
[
G
[
_
]
]
(
implicit
G0:
Apply
[
G
]
)
:
Apply
[[α]
Binding
[
G
[
α
]]]
Definition Classes
Apply
def
compose
[
G
[
_
]
]
(
implicit
G0:
Functor
[
G
]
)
:
Functor
[[α]
Binding
[
G
[
α
]]]
Definition Classes
Functor
def
counzip
[
A
,
B
]
(
a:
\/
[
Binding
[
A
],
Binding
[
B
]]
)
:
Binding
[
\/
[
A
,
B
]]
Definition Classes
Functor
final
def
eq
(
arg0:
AnyRef
)
:
Boolean
Definition Classes
AnyRef
def
equals
(
arg0:
Any
)
:
Boolean
Definition Classes
AnyRef → Any
def
filterM
[
A
]
(
l:
List
[
A
]
)
(
f: (
A
) ⇒
Binding
[
Boolean
]
)
:
Binding
[
List
[
A
]]
Definition Classes
Applicative
def
finalize
()
:
Unit
Attributes
protected[
java.lang
]
Definition Classes
AnyRef
Annotations
@throws
(
classOf[java.lang.Throwable]
)
def
flip
:
Applicative
[
Binding
]
Definition Classes
Applicative
def
forever
[
A
,
B
]
(
fa:
Binding
[
A
]
)
:
Binding
[
B
]
Definition Classes
Bind
def
fpair
[
A
]
(
fa:
Binding
[
A
]
)
:
Binding
[(
A
,
A
)]
Definition Classes
Functor
def
fproduct
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
f: (
A
) ⇒
B
)
:
Binding
[(
A
,
B
)]
Definition Classes
Functor
def
functorLaw
:
FunctorLaw
Definition Classes
Functor
val
functorSyntax
:
FunctorSyntax
[
Binding
]
Definition Classes
Functor
final
def
getClass
()
:
Class
[_]
Definition Classes
AnyRef → Any
def
hashCode
()
:
Int
Definition Classes
AnyRef → Any
def
icompose
[
G
[
_
]
]
(
implicit
G0:
Contravariant
[
G
]
)
:
Contravariant
[[α]
Binding
[
G
[
α
]]]
Definition Classes
Functor
def
ifM
[
B
]
(
value:
Binding
[
Boolean
]
,
ifTrue: ⇒
Binding
[
B
]
,
ifFalse: ⇒
Binding
[
B
]
)
:
Binding
[
B
]
Definition Classes
BindingInstances
→ Bind
Annotations
@inline
()
def
invariantFunctorLaw
:
InvariantFunctorLaw
Definition Classes
InvariantFunctor
val
invariantFunctorSyntax
:
InvariantFunctorSyntax
[
Binding
]
Definition Classes
InvariantFunctor
final
def
isInstanceOf
[
T0
]
:
Boolean
Definition Classes
Any
def
iterateUntil
[
A
]
(
f:
Binding
[
A
]
)
(
p: (
A
) ⇒
Boolean
)
:
Binding
[
A
]
Definition Classes
Monad
def
iterateWhile
[
A
]
(
f:
Binding
[
A
]
)
(
p: (
A
) ⇒
Boolean
)
:
Binding
[
A
]
Definition Classes
Monad
def
join
[
A
]
(
ffa:
Binding
[
Binding
[
A
]]
)
:
Binding
[
A
]
Definition Classes
Bind
def
lift
[
A
,
B
]
(
f: (
A
) ⇒
B
)
: (
Binding
[
A
]) ⇒
Binding
[
B
]
Definition Classes
Functor
def
lift10
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
],
Binding
[
H
],
Binding
[
I
],
Binding
[
J
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift11
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
],
Binding
[
H
],
Binding
[
I
],
Binding
[
J
],
Binding
[
K
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift12
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
L
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
J
,
K
,
L
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
],
Binding
[
H
],
Binding
[
I
],
Binding
[
J
],
Binding
[
K
],
Binding
[
L
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift2
[
A
,
B
,
C
]
(
f: (
A
,
B
) ⇒
C
)
: (
Binding
[
A
],
Binding
[
B
]) ⇒
Binding
[
C
]
Definition Classes
Apply
def
lift3
[
A
,
B
,
C
,
D
]
(
f: (
A
,
B
,
C
) ⇒
D
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
]) ⇒
Binding
[
D
]
Definition Classes
Apply
def
lift4
[
A
,
B
,
C
,
D
,
E
]
(
f: (
A
,
B
,
C
,
D
) ⇒
E
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
]) ⇒
Binding
[
E
]
Definition Classes
Apply
def
lift5
[
A
,
B
,
C
,
D
,
E
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift6
[
A
,
B
,
C
,
D
,
E
,
FF
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift7
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift8
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
],
Binding
[
H
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
lift9
[
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
,
R
]
(
f: (
A
,
B
,
C
,
D
,
E
,
FF
,
G
,
H
,
I
) ⇒
R
)
: (
Binding
[
A
],
Binding
[
B
],
Binding
[
C
],
Binding
[
D
],
Binding
[
E
],
Binding
[
FF
],
Binding
[
G
],
Binding
[
H
],
Binding
[
I
]) ⇒
Binding
[
R
]
Definition Classes
Apply
def
map
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
f: (
A
) ⇒
B
)
:
Binding
[
B
]
Definition Classes
BindingInstances
→ Monad → Applicative → Functor
Annotations
@inline
()
def
mapply
[
A
,
B
]
(
a:
A
)
(
f:
Binding
[(
A
) ⇒
B
]
)
:
Binding
[
B
]
Definition Classes
Functor
def
monadLaw
:
MonadLaw
Definition Classes
Monad
val
monadSyntax
:
MonadSyntax
[
Binding
]
Definition Classes
Monad
def
mproduct
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
f: (
A
) ⇒
Binding
[
B
]
)
:
Binding
[(
A
,
B
)]
Definition Classes
Bind
final
def
ne
(
arg0:
AnyRef
)
:
Boolean
Definition Classes
AnyRef
final
def
notify
()
:
Unit
Definition Classes
AnyRef
final
def
notifyAll
()
:
Unit
Definition Classes
AnyRef
def
point
[
A
]
(
a: ⇒
A
)
:
Binding
[
A
]
Definition Classes
BindingInstances
→ Applicative
Annotations
@inline
()
def
product
[
G
[
_
]
]
(
implicit
G0:
Monad
[
G
]
)
:
Monad
[[α](
Binding
[
α
],
G
[
α
])]
Definition Classes
Monad
def
product
[
G
[
_
]
]
(
implicit
G0:
Bind
[
G
]
)
:
Bind
[[α](
Binding
[
α
],
G
[
α
])]
Definition Classes
Bind
def
product
[
G
[
_
]
]
(
implicit
G0:
Applicative
[
G
]
)
:
Applicative
[[α](
Binding
[
α
],
G
[
α
])]
Definition Classes
Applicative
def
product
[
G
[
_
]
]
(
implicit
G0:
Apply
[
G
]
)
:
Apply
[[α](
Binding
[
α
],
G
[
α
])]
Definition Classes
Apply
def
product
[
G
[
_
]
]
(
implicit
G0:
Functor
[
G
]
)
:
Functor
[[α](
Binding
[
α
],
G
[
α
])]
Definition Classes
Functor
final
def
pure
[
A
]
(
a: ⇒
A
)
:
Binding
[
A
]
Definition Classes
Applicative
def
replicateM
[
A
]
(
n:
Int
,
fa:
Binding
[
A
]
)
:
Binding
[
List
[
A
]]
Definition Classes
Applicative
def
replicateM_
[
A
]
(
n:
Int
,
fa:
Binding
[
A
]
)
:
Binding
[
Unit
]
Definition Classes
Applicative
def
sequence
[
A
,
G
[
_
]
]
(
as:
G
[
Binding
[
A
]]
)
(
implicit
arg0:
Traverse
[
G
]
)
:
Binding
[
G
[
A
]]
Definition Classes
Applicative
def
sequence1
[
A
,
G
[
_
]
]
(
as:
G
[
Binding
[
A
]]
)
(
implicit
arg0:
Traverse1
[
G
]
)
:
Binding
[
G
[
A
]]
Definition Classes
Apply
def
strengthL
[
A
,
B
]
(
a:
A
,
f:
Binding
[
B
]
)
:
Binding
[(
A
,
B
)]
Definition Classes
Functor
def
strengthR
[
A
,
B
]
(
f:
Binding
[
A
]
,
b:
B
)
:
Binding
[(
A
,
B
)]
Definition Classes
Functor
final
def
synchronized
[
T0
]
(
arg0: ⇒
T0
)
:
T0
Definition Classes
AnyRef
def
toString
()
:
String
Definition Classes
AnyRef → Any
def
traverse
[
A
,
G
[
_
]
,
B
]
(
value:
G
[
A
]
)
(
f: (
A
) ⇒
Binding
[
B
]
)
(
implicit
G:
Traverse
[
G
]
)
:
Binding
[
G
[
B
]]
Definition Classes
Applicative
def
traverse1
[
A
,
G
[
_
]
,
B
]
(
value:
G
[
A
]
)
(
f: (
A
) ⇒
Binding
[
B
]
)
(
implicit
G:
Traverse1
[
G
]
)
:
Binding
[
G
[
B
]]
Definition Classes
Apply
def
tuple2
[
A
,
B
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
)
:
Binding
[(
A
,
B
)]
Definition Classes
Apply
def
tuple3
[
A
,
B
,
C
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
)
:
Binding
[(
A
,
B
,
C
)]
Definition Classes
Apply
def
tuple4
[
A
,
B
,
C
,
D
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
)
:
Binding
[(
A
,
B
,
C
,
D
)]
Definition Classes
Apply
def
tuple5
[
A
,
B
,
C
,
D
,
E
]
(
fa: ⇒
Binding
[
A
]
,
fb: ⇒
Binding
[
B
]
,
fc: ⇒
Binding
[
C
]
,
fd: ⇒
Binding
[
D
]
,
fe: ⇒
Binding
[
E
]
)
:
Binding
[(
A
,
B
,
C
,
D
,
E
)]
Definition Classes
Apply
def
unlessM
[
A
]
(
cond:
Boolean
)
(
f: ⇒
Binding
[
A
]
)
:
Binding
[
Unit
]
Definition Classes
Applicative
def
untilM
[
G
[
_
]
,
A
]
(
f:
Binding
[
A
]
,
cond: ⇒
Binding
[
Boolean
]
)
(
implicit
G:
MonadPlus
[
G
]
)
:
Binding
[
G
[
A
]]
Definition Classes
BindingInstances
→ Monad
Annotations
@inline
()
def
untilM_
[
A
]
(
f:
Binding
[
A
]
,
cond: ⇒
Binding
[
Boolean
]
)
:
Binding
[
Unit
]
Definition Classes
BindingInstances
→ Monad
Annotations
@inline
()
def
void
[
A
]
(
fa:
Binding
[
A
]
)
:
Binding
[
Unit
]
Definition Classes
Functor
final
def
wait
()
:
Unit
Definition Classes
AnyRef
Annotations
@throws
(
...
)
final
def
wait
(
arg0:
Long
,
arg1:
Int
)
:
Unit
Definition Classes
AnyRef
Annotations
@throws
(
...
)
final
def
wait
(
arg0:
Long
)
:
Unit
Definition Classes
AnyRef
Annotations
@throws
(
...
)
def
whenM
[
A
]
(
cond:
Boolean
)
(
f: ⇒
Binding
[
A
]
)
:
Binding
[
Unit
]
Definition Classes
Applicative
def
whileM
[
G
[
_
]
,
A
]
(
p:
Binding
[
Boolean
]
,
body: ⇒
Binding
[
A
]
)
(
implicit
G:
MonadPlus
[
G
]
)
:
Binding
[
G
[
A
]]
Definition Classes
BindingInstances
→ Monad
Annotations
@inline
()
def
whileM_
[
A
]
(
p:
Binding
[
Boolean
]
,
body: ⇒
Binding
[
A
]
)
:
Binding
[
Unit
]
Definition Classes
BindingInstances
→ Monad
Annotations
@inline
()
def
widen
[
A
,
B
]
(
fa:
Binding
[
A
]
)
(
implicit
ev:
<~<
[
A
,
B
]
)
:
Binding
[
B
]
Definition Classes
Functor
def
xmap
[
A
,
B
]
(
fa:
Binding
[
A
]
,
f: (
A
) ⇒
B
,
g: (
B
) ⇒
A
)
:
Binding
[
B
]
Definition Classes
Functor → InvariantFunctor
def
xmapb
[
A
,
B
]
(
ma:
Binding
[
A
]
)
(
b:
Bijection
[
A
,
B
]
)
:
Binding
[
B
]
Definition Classes
InvariantFunctor
def
xmapi
[
A
,
B
]
(
ma:
Binding
[
A
]
)
(
iso:
scalaz.Isomorphism.<=>
[
A
,
B
]
)
:
Binding
[
B
]
Definition Classes
InvariantFunctor
Inherited from
Monad
[
Binding
]
Inherited from
Bind
[
Binding
]
Inherited from
Applicative
[
Binding
]
Inherited from
Apply
[
Binding
]
Inherited from
Functor
[
Binding
]
Inherited from
InvariantFunctor
[
Binding
]
Inherited from
AnyRef
Inherited from
Any
Ungrouped
Monad instances for Binding.