Struct bolero_generator::alloc_generators::BTreeSetGenerator

pub struct BTreeSetGenerator<V, L> { /* private fields */ }

Implementations

impl<V: ValueGenerator, L> BTreeSetGenerator<V, L>

pub fn values<Gen: ValueGenerator<Output = V::Output>>( self, values: Gen ) -> BTreeSetGenerator<Gen, L>

pub fn map_values<Gen: ValueGenerator<Output = V::Output>, F: Fn(V) -> Gen>( self, map: F ) -> BTreeSetGenerator<Gen, L>

pub fn len<Gen: ValueGenerator<Output = Len>, Len: Into<usize>>( self, len: Gen ) -> BTreeSetGenerator<V, Gen>

pub fn map_len<Gen: ValueGenerator<Output = Len>, F: Fn(L) -> Gen, Len: Into<usize>>( self, map: F ) -> BTreeSetGenerator<V, Gen>

Trait Implementations

impl<V: ValueGenerator, L: ValueGenerator<Output = Len>, Len: Into<usize>> ValueGenerator for BTreeSetGenerator<V, L>

where V::Output: Sized + Ord,

type Output = BTreeSet<<V as ValueGenerator>::Output>

fn generate<D: Driver>(&self, driver: &mut D) -> Option<Self::Output>

Generates a value with the given driver

fn mutate<D: Driver>( &self, driver: &mut D, value: &mut Self::Output ) -> Option<()>

Mutates an existing value with the given driver

fn map_gen<F: Fn(Self::Output) -> T, T>(self, map: F) -> MapGenerator<Self, F>

Map the value of a generator

fn and_then_gen<F: Fn(Self::Output) -> T, T: ValueGenerator>( self, and_then: F ) -> AndThenGenerator<Self, F>

Map the value of a generator with a new generator

fn filter_gen<F: Fn(&Self::Output) -> bool>( self, filter: F ) -> FilterGenerator<Self, F>

Filter the value of a generator

fn filter_map_gen<F: Fn(Self::Output) -> Option<T>, T>( self, filter_map: F ) -> FilterMapGenerator<Self, F>

Filter the value of a generator and map it to something else