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Side
ferromatch_
core
0.2.0
Side
Variants
Buy
Sell
Trait Implementations
Clone
Copy
Debug
Eq
Hash
PartialEq
StructuralPartialEq
TryFrom<u8>
Auto Trait Implementations
Freeze
RefUnwindSafe
Send
Sync
Unpin
UnsafeUnpin
UnwindSafe
Blanket Implementations
Any
Borrow<T>
BorrowMut<T>
CloneToUninit
From<T>
Into<U>
ToOwned
TryFrom<U>
TryInto<U>
In ferromatch_
core::
order
ferromatch_core
::
order
Enum
Side
Copy item path
#[repr(u8)]
pub enum Side { Buy = 0, Sell = 1, }
Variants
§
§
Buy = 0
§
Sell = 1
Trait Implementations
§
§
impl
Clone
for
Side
§
fn
clone
(&self) ->
Side
1.0.0 (const: )
§
fn
clone_from
(&mut self, source: &Self)
§
impl
Debug
for
Side
§
fn
fmt
(&self, f: &mut
Formatter
<'_>) ->
Result
§
impl
Hash
for
Side
§
fn
hash
<__H:
Hasher
>(&self, state:
&mut __H
)
1.3.0
§
fn
hash_slice
<H>(data: &[Self], state:
&mut H
)
where H:
Hasher
, Self:
Sized
,
§
impl
PartialEq
for
Side
§
fn
eq
(&self, other: &
Side
) ->
bool
1.0.0 (const: )
§
fn
ne
(&self, other:
&Rhs
) ->
bool
§
impl
TryFrom
<
u8
> for
Side
§
type
Error
=
u8
§
fn
try_from
(value:
u8
) ->
Result
<Self,
u8
>
§
impl
Copy
for
Side
§
impl
Eq
for
Side
§
impl
StructuralPartialEq
for
Side
Auto Trait Implementations
§
§
impl
Freeze
for
Side
§
impl
RefUnwindSafe
for
Side
§
impl
Send
for
Side
§
impl
Sync
for
Side
§
impl
Unpin
for
Side
§
impl
UnsafeUnpin
for
Side
§
impl
UnwindSafe
for
Side
Blanket Implementations
§
§
impl<T>
Any
for T
where T: 'static + ?
Sized
,
§
fn
type_id
(&self) ->
TypeId
§
impl<T>
Borrow
<T> for T
where T: ?
Sized
,
§
fn
borrow
(&self) ->
&T
§
impl<T>
BorrowMut
<T> for T
where T: ?
Sized
,
§
fn
borrow_mut
(&mut self) ->
&mut T
§
impl<T>
CloneToUninit
for T
where T:
Clone
,
§
unsafe fn
clone_to_uninit
(&self, dest:
*mut
u8
)
🔬
This is a nightly-only experimental API. (
clone_to_uninit
)
§
impl<T>
From
<T> for T
§
fn
from
(t: T) -> T
§
impl<T, U>
Into
<U> for T
where U:
From
<T>,
§
fn
into
(self) -> U
§
impl<T>
ToOwned
for T
where T:
Clone
,
§
type
Owned
= T
§
fn
to_owned
(&self) -> T
§
fn
clone_into
(&self, target:
&mut T
)
§
impl<T, U>
TryFrom
<U> for T
where U:
Into
<T>,
§
type
Error
=
Infallible
§
fn
try_from
(value: U) ->
Result
<T, <T as
TryFrom
<U>>::
Error
>
§
impl<T, U>
TryInto
<U> for T
where U:
TryFrom
<T>,
§
type
Error
= <U as
TryFrom
<T>>::
Error
§
fn
try_into
(self) ->
Result
<U, <U as
TryFrom
<T>>::
Error
>