pub enum PyArithmaticValue<T> { NotImplemented, Implemented(T),}impl<T>PyArithmaticValue<T>pub fnis_not_implemented(&self) ->boolReturnstrue ifself is of variantNotImplemented.
pub fnis_implemented(&self) ->boolReturnstrue ifself is of variantImplemented.
pub fnexpect_implemented(self) -> Twhere
Self:Debug, Unwraps the value, yielding the content ofImplemented.
Panics if the value is notImplemented, with a panic message including the content ofself.
pub fnimplemented(self) ->Option<T>ReturnsSome ifself is of variantImplemented, andNone otherwise.
impl<T>PyArithmaticValue<T>pub fnfrom_option(option:Option<T>) -> Selfpub fninto_option(self) ->Option<T>pub fnas_option(&self) ->Option<&T>pub fnas_option_mut(&mut self) ->Option<&mutT>pub fnas_ref(&self) ->PyArithmaticValue<&T>pub fnas_mut(&mut self) ->PyArithmaticValue<&mutT>pub fnexpect(self, msg: &str) -> Tpub fnunwrap(self) -> Tpub fnunwrap_or(self, default: T) -> Tpub fnunwrap_or_else<F: FnOnce() -> T>(self, f: F) -> Tpub fnmap<U, F: FnOnce(T) -> U>(self, f: F) ->PyArithmaticValue<U>pub fnmap_or<U, F: FnOnce(T) -> U>(self, default: U, f: F) -> Upub fnmap_or_else<U, D: FnOnce() -> U, F: FnOnce(T) -> U>(
self,
default: D,
f: F
) -> Upub fnok_or<E>(self, err: E) ->Result<T, E>pub fnok_or_else<E, F: FnOnce() -> E>(self, err: F) ->Result<T, E>pub fnand<U>(self, optb:PyArithmaticValue<U>) ->PyArithmaticValue<U>pub fnand_then<U, F: FnOnce(T) ->PyArithmaticValue<U>>(
self,
f: F
) ->PyArithmaticValue<U>pub fnfilter<P: FnOnce(&T) ->bool>(self, predicate: P) -> Selfpub fnor(self, optb:PyArithmaticValue<T>) ->PyArithmaticValue<T>pub fnor_else<F: FnOnce() ->PyArithmaticValue<T>>(
self,
f: F
) ->PyArithmaticValue<T>pub fnxor(self, optb:PyArithmaticValue<T>) ->PyArithmaticValue<T>pub fnget_or_insert(&mut self, v: T) ->&mutTpub fnget_or_insert_with<F: FnOnce() -> T>(&mut self, f: F) ->&mutTpub fntake(&mut self) -> Selfpub fnreplace(&mut self, value: T) -> Selfimpl<'_, T: Copy>PyArithmaticValue<&'_T>pub fncopied(self) ->PyArithmaticValue<T>impl<'_, T: Copy>PyArithmaticValue<&'_ mutT>pub fncopied(self) ->PyArithmaticValue<T>impl<'_, T: Clone>PyArithmaticValue<&'_T>pub fncloned(self) ->PyArithmaticValue<T>impl<'_, T: Clone>PyArithmaticValue<&'_ mutT>pub fncloned(self) ->PyArithmaticValue<T>impl<T: Default>PyArithmaticValue<T>pub fnunwrap_or_default(self) -> Timpl<T: Deref>PyArithmaticValue<T>pub fnas_deref(&self) ->PyArithmaticValue<&T::Target>impl<T: DerefMut>PyArithmaticValue<T>pub fnas_deref_mut(&mut self) ->PyArithmaticValue<&mut T::Target>impl<T, E>PyArithmaticValue<Result<T, E>>impl<T: Clone>Clone forPyArithmaticValue<T>fnclone(&self) -> Selffnclone_from(&mut self, source:&Self)impl<T: Copy>Copy forPyArithmaticValue<T>impl<T: Debug>Debug forPyArithmaticValue<T>impl<T>Default forPyArithmaticValue<T>fndefault() ->PyArithmaticValue<T>impl<T: Eq>Eq forPyArithmaticValue<T>impl<'a, T>From<&'aPyArithmaticValue<T>> forPyArithmaticValue<&'aT>fnfrom(o: &'aPyArithmaticValue<T>) ->PyArithmaticValue<&'aT>impl<'a, T>From<&'a mutPyArithmaticValue<T>> forPyArithmaticValue<&'a mutT>fnfrom(o: &'a mutPyArithmaticValue<T>) ->PyArithmaticValue<&'a mutT>impl<T>From<T> forPyArithmaticValue<T>fnfrom(val: T) ->PyArithmaticValue<T>impl<T: Hash>Hash forPyArithmaticValue<T>fnhash<__H: Hasher>(&self, state:&mut__H)fnhash_slice<H>(data:&[Self], state:&mutH)where
H:Hasher, 1.3.0[src]impl<T>IntoIterator forPyArithmaticValue<T>typeItem = TThe type of the elements being iterated over.
typeIntoIter =IntoIter<T>Which kind of iterator are we turning this into?
fninto_iter(self) ->IntoIter<T>impl<T>IntoPyObject forPyArithmaticValue<T>where
T:IntoPyObject, [src]fninto_pyobject(self, vm: &VirtualMachine) ->PyResult[src]impl<T> OptionLike<T> forPyArithmaticValue<T>impl<T: Ord>Ord forPyArithmaticValue<T>fncmp(&self, other: &PyArithmaticValue<T>) ->Orderingfnmax(self, other: Self) -> Self1.21.0[src]fnmin(self, other: Self) -> Self1.21.0[src]fnclamp(self, min: Self, max: Self) -> Self[src]impl<T: PartialEq>PartialEq<PyArithmaticValue<T>> forPyArithmaticValue<T>fneq(&self, other: &PyArithmaticValue<T>) ->boolfnne(&self, other: &PyArithmaticValue<T>) ->boolimpl<T: PartialOrd>PartialOrd<PyArithmaticValue<T>> forPyArithmaticValue<T>fnpartial_cmp(&self, other: &PyArithmaticValue<T>) ->Option<Ordering>fnlt(&self, other: &PyArithmaticValue<T>) ->boolfnle(&self, other: &PyArithmaticValue<T>) ->boolfngt(&self, other: &PyArithmaticValue<T>) ->boolfnge(&self, other: &PyArithmaticValue<T>) ->boolimpl<T>StructuralEq forPyArithmaticValue<T>impl<T>StructuralPartialEq forPyArithmaticValue<T>impl<T>RefUnwindSafe forPyArithmaticValue<T>where
T:RefUnwindSafe, impl<T>Send forPyArithmaticValue<T>where
T:Send, impl<T>Sync forPyArithmaticValue<T>where
T:Sync, impl<T>Unpin forPyArithmaticValue<T>where
T:Unpin, impl<T>UnwindSafe forPyArithmaticValue<T>where
T:UnwindSafe, impl<T>Any for Twhere
T: 'static + ?Sized, [src]impl<T>Borrow<T> for Twhere
T: ?Sized, [src]impl<T>BorrowMut<T> for Twhere
T: ?Sized, [src]fnborrow_mut(&mut self) ->&mutT[src]impl<Q, K>Equivalent<K> for Qwhere
K:Borrow<Q> + ?Sized,
Q:Eq + ?Sized, [src]fnequivalent(&self, key:&K) ->bool[src]impl<T>From<!> for T[src]impl<T>From<T> for T[src]impl<T, U>Into<U> for Twhere
U:From<T>, [src]impl<I>IntoIterator for Iwhere
I:Iterator, [src]typeItem = <I asIterator>::ItemThe type of the elements being iterated over.
typeIntoIter = IWhich kind of iterator are we turning this into?
fninto_iter(self) -> I[src]impl<T>IntoPyObject for Twhere
T:PyValue, [src]fninto_pyobject(
Self,
&VirtualMachine
) ->Result<Rc<PyObject<dynPyObjectPayload + 'static>>,PyRef<PyBaseException>>[src]impl<T> Same<T> for TtypeOutput = TShould always beSelf
impl<T> Statistics<f64> for Twhere
T:IntoIterator,
<T asIntoIterator>::Item:Borrow<f64>, fnmin(self) ->f64fnmax(self) ->f64fnabs_min(self) ->f64fnabs_max(self) ->f64fnmean(self) ->f64fngeometric_mean(self) ->f64fnharmonic_mean(self) ->f64fnvariance(self) ->f64fnstd_dev(self) ->f64fnpopulation_variance(self) ->f64fnpopulation_std_dev(self) ->f64fncovariance(self, other: T) ->f64fnpopulation_covariance(self, other: T) ->f64fnquadratic_mean(self) ->f64impl<T>ToOwned for Twhere
T:Clone, [src]typeOwned = TThe resulting type after obtaining ownership.
fnto_owned(&self) -> T[src]fnclone_into(&self, target:&mutT)[src]impl<T, U>TryFrom<U> for Twhere
U:Into<T>, [src]typeError =InfallibleThe type returned in the event of a conversion error.
fntry_from(value: U) ->Result<T, <T asTryFrom<U>>::Error>[src]impl<T, U>TryInto<U> for Twhere
U:TryFrom<T>, [src]typeError = <U asTryFrom<T>>::ErrorThe type returned in the event of a conversion error.
fntry_into(self) ->Result<U, <U asTryFrom<T>>::Error>[src]impl<V, T> VZip<V> for Twhere
V: MultiLane<T>, fnvzip(self) -> V