SYMBOL INDEX (175 symbols across 52 files)

FILE: fp-core/src/applicative.rs
  type Applicative (line 4) | pub trait Applicative<A, B>: Apply<B> + Pure<A> {}

FILE: fp-core/src/apply.rs
  type Applicator (line 4) | type Applicator<B, S> = <S as HKT<Box<dyn Fn(<S as HKT<B>>::Current) -> ...
  type Apply (line 6) | pub trait Apply<B>: Functor<B> + HKT<Box<dyn Fn(<Self as HKT<B>>::Curren...
    method ap (line 7) | fn ap(self, f: Applicator<B, Self>) -> <Self as HKT<B>>::Target;
  function ap (line 11) | fn ap(self, f: Applicator<B, Self>) -> <Self as HKT<B>>::Target {
  function ap (line 17) | fn ap(self, f: Applicator<B, Self>) -> <Self as HKT<B>>::Target {

FILE: fp-core/src/chain.rs
  type Chain (line 3) | pub trait Chain<B>: HKT<B> {
    method chain (line 4) | fn chain<F>(self, f: F) -> <Self as HKT<B>>::Target
  function chain (line 10) | fn chain<F>(self, f: F) -> Self::Target
  function chain (line 19) | fn chain<F>(self, f: F) -> Self::Target

FILE: fp-core/src/comonad.rs
  type Comonad (line 4) | pub trait Comonad<A, B>: Extend<B> + Extract<A> {}

FILE: fp-core/src/compose.rs
  function compose_two (line 9) | pub fn compose_two<A, B, C, G, F>(f: F, g: G) -> impl Fn(A) -> C

FILE: fp-core/src/empty.rs
  type Empty (line 1) | pub trait Empty {
    method empty (line 2) | fn empty() -> Self;
    method empty (line 30) | fn empty() -> Vec<T> {
    method empty (line 36) | fn empty() -> String {

FILE: fp-core/src/extend.rs
  type Extend (line 4) | pub trait Extend<B>: Functor<B> + Sized {
    method extend (line 5) | fn extend<W>(self, f: W) -> <Self as HKT<B>>::Target
  function extend (line 11) | fn extend<W>(self, f: W) -> Self::Target
  function extend (line 20) | fn extend<W>(self, f: W) -> Self::Target

FILE: fp-core/src/extract.rs
  type Extract (line 1) | pub trait Extract<A> {
    method extract (line 2) | fn extract(self) -> A;
  function extract (line 6) | fn extract(self) -> A {
  function extract (line 15) | fn extract(self) -> A {

FILE: fp-core/src/foldable.rs
  type Foldable (line 8) | pub trait Foldable<B>: HKT<B> + Sized {
    method reduce (line 9) | fn reduce<F>(self, b: B, ba: F) -> B
    method reduce_right (line 13) | fn reduce_right<F>(self, b: B, f: F) -> B
  function fold_map (line 25) | pub fn fold_map<M, C, F>(container: C, mapper: F) -> M
  function reduce (line 35) | fn reduce<F>(self, b: B, fa: F) -> B
  function reduce_right (line 43) | fn reduce_right<F>(self, b: B, fa: F) -> B

FILE: fp-core/src/functor.rs
  type Functor (line 3) | pub trait Functor<B>: HKT<B> {
    method fmap (line 4) | fn fmap<F>(self, f: F) -> Self::Target
  function fmap (line 10) | fn fmap<F>(self, f: F) -> Self::Target
  function fmap (line 20) | fn fmap<F>(self, f: F) -> Self::Target

FILE: fp-core/src/hkt.rs
  type HKT (line 6) | pub trait HKT<U> {
  type Current (line 24) | type Current = T;
  type Target (line 25) | type Target = Result<U, E>;
  type HKT3 (line 28) | pub trait HKT3<U1, U2> {

FILE: fp-core/src/identity.rs
  function identity (line 1) | pub fn identity<A>(a: A) -> A {

FILE: fp-core/src/lens.rs
  type Lens (line 1) | pub trait Lens<S, A> {
    method over (line 2) | fn over(s: &S, f: &dyn Fn(Option<&A>) -> A) -> S {
    method get (line 6) | fn get(s: &S) -> Option<&A>;
    method set (line 7) | fn set(a: A, s: &S) -> S;

FILE: fp-core/src/monad.rs
  type Monad (line 4) | pub trait Monad<A, B>: Chain<B> + Applicative<A, B> {}

FILE: fp-core/src/monoid.rs
  type Monoid (line 4) | pub trait Monoid: Empty + Semigroup {}

FILE: fp-core/src/pure.rs
  type Pure (line 3) | pub trait Pure<A>: HKT<A> {
    method of (line 4) | fn of(c: Self::Current) -> Self::Target;
  function of (line 8) | fn of(a: A) -> Self::Target {
  function of (line 14) | fn of(a: A) -> Self::Target {

FILE: fp-core/src/semigroup.rs
  type Semigroup (line 1) | pub trait Semigroup {
    method combine (line 2) | fn combine(self, other: Self) -> Self;
    method combine (line 18) | fn combine(self, other: Self) -> Self {
    method combine (line 26) | fn combine(self, other: Self) -> Self {

FILE: fp-core/src/setoid.rs
  type Setoid (line 1) | pub trait Setoid {
    method equals (line 2) | fn equals(&self, other: &Self) -> bool;
    method equals (line 6) | fn equals(&self, other: &Self) -> bool {
    method equals (line 12) | fn equals(&self, other: &Self) -> bool {

FILE: fp-examples/src/adt_example.rs
  function adt_example (line 2) | fn adt_example() {

FILE: fp-examples/src/anamorphism_example.rs
  function anamorphism_example (line 6) | fn anamorphism_example() {

FILE: fp-examples/src/applicative_example.rs
  function applicative_example (line 7) | fn applicative_example() {
  function applicative_example_on_result (line 13) | fn applicative_example_on_result() {
  function test_option_pure (line 20) | fn test_option_pure() {
  function test_result_pure (line 26) | fn test_result_pure() {
  function test_option_apply (line 32) | fn test_option_apply() {
  function test_option_apply_none_value (line 40) | fn test_option_apply_none_value() {
  function test_option_apply_none_func (line 48) | fn test_option_apply_none_func() {
  function test_result_apply_ok (line 56) | fn test_result_apply_ok() {
  function test_result_apply_err_value (line 65) | fn test_result_apply_err_value() {
  function test_result_apply_err_func (line 74) | fn test_result_apply_err_func() {
  function test_applicative_identity_law_option (line 83) | fn test_applicative_identity_law_option() {
  function test_applicative_homomorphism_option (line 92) | fn test_applicative_homomorphism_option() {
  function test_apply_with_type_change (line 104) | fn test_apply_with_type_change() {

FILE: fp-examples/src/arity_example.rs
  function arity (line 2) | fn arity() {

FILE: fp-examples/src/catamorphism_example.rs
  function catamorphism_example (line 2) | fn catamorphism_example() {

FILE: fp-examples/src/closure_example.rs
  function closure (line 2) | fn closure() {

FILE: fp-examples/src/comonad_example.rs
  function comonad_test (line 7) | fn comonad_test() {

FILE: fp-examples/src/continuation_example.rs
  function continuation (line 2) | fn continuation() {

FILE: fp-examples/src/contracts_example.rs
  function contracts_example (line 2) | fn contracts_example() {

FILE: fp-examples/src/currying_example.rs
  function currying (line 2) | fn currying() {

FILE: fp-examples/src/empty_example.rs
  function empty_example_vec (line 6) | fn empty_example_vec() {
  function empty_example_string (line 12) | fn empty_example_string() {

FILE: fp-examples/src/endomorphism_example.rs
  function endomorphism_example (line 2) | fn endomorphism_example() {

FILE: fp-examples/src/foldable_example.rs
  function foldable_example (line 16) | fn foldable_example() {
  function fold_map_example (line 23) | fn fold_map_example() {
  function test_vec_reduce (line 31) | fn test_vec_reduce() {
  function test_vec_reduce_empty (line 38) | fn test_vec_reduce_empty() {
  function test_vec_reduce_multiply (line 45) | fn test_vec_reduce_multiply() {
  function test_vec_reduce_string_concat (line 52) | fn test_vec_reduce_string_concat() {
  function test_vec_reduce_max (line 59) | fn test_vec_reduce_max() {
  function test_fold_map_sum (line 66) | fn test_fold_map_sum() {
  function test_fold_map_string_concat (line 73) | fn test_fold_map_string_concat() {
  function test_fold_map_with_transformation (line 80) | fn test_fold_map_with_transformation() {
  function test_fold_map_empty_vec (line 87) | fn test_fold_map_empty_vec() {
  function test_reduce_filter_operation (line 94) | fn test_reduce_filter_operation() {
  function test_reduce_partition (line 106) | fn test_reduce_partition() {
  function test_reduce_count (line 134) | fn test_reduce_count() {
  function test_vec_reduce_right (line 141) | fn test_vec_reduce_right() {

FILE: fp-examples/src/function_composition_example.rs
  function function_composition (line 6) | fn function_composition() {

FILE: fp-examples/src/functor_example.rs
  function test_functor (line 29) | fn test_functor() {
  function test_functor_for_result (line 38) | fn test_functor_for_result() {
  function test_option_functor_some (line 45) | fn test_option_functor_some() {
  function test_option_functor_none (line 52) | fn test_option_functor_none() {
  function test_option_functor_chain (line 59) | fn test_option_functor_chain() {
  function test_option_functor_type_change (line 66) | fn test_option_functor_type_change() {
  function test_result_functor_ok (line 73) | fn test_result_functor_ok() {
  function test_result_functor_err (line 80) | fn test_result_functor_err() {
  function test_result_functor_chain (line 87) | fn test_result_functor_chain() {
  function test_result_functor_preserves_error (line 94) | fn test_result_functor_preserves_error() {
  function test_result_functor_type_change (line 101) | fn test_result_functor_type_change() {
  function test_functor_with_closure (line 108) | fn test_functor_with_closure() {
  function test_functor_identity_law_option (line 117) | fn test_functor_identity_law_option() {
  function test_functor_identity_law_result (line 125) | fn test_functor_identity_law_result() {
  function test_functor_composition_law_option (line 132) | fn test_functor_composition_law_option() {
  function test_functor_composition_law_result (line 147) | fn test_functor_composition_law_result() {

FILE: fp-examples/src/hof_example.rs
  function hof (line 2) | fn hof() {

FILE: fp-examples/src/homomorphism_example.rs
  function homomorphism_example (line 2) | fn homomorphism_example() {

FILE: fp-examples/src/idempotent_example.rs
  function idempotent_sort (line 2) | fn idempotent_sort() {
  function idempotent_abs (line 16) | fn idempotent_abs() {

FILE: fp-examples/src/isomorphism_example.rs
  type Coords (line 3) | struct Coords {
  function isomorphism_example (line 9) | fn isomorphism_example() {

FILE: fp-examples/src/lambda_example.rs
  function lambdas (line 2) | fn lambdas() {

FILE: fp-examples/src/lens_example.rs
  type Person (line 6) | struct Person {
  type PersonNameLens (line 11) | struct PersonNameLens;
    method get (line 14) | fn get(s: &Person) -> Option<&String> {
    method set (line 19) | fn set(a: String, _s: &Person) -> Person {
  type FirstLens (line 24) | struct FirstLens;
    method get (line 27) | fn get(s: &Vec<A>) -> Option<&A> {
    method set (line 32) | fn set(_a: A, _s: &Vec<A>) -> Vec<A> {
  function lens_example (line 38) | fn lens_example() {

FILE: fp-examples/src/main.rs
  function main (line 41) | fn main() {

FILE: fp-examples/src/monad_example.rs
  function monad_example (line 8) | fn monad_example() {
  function monad_example_on_result (line 14) | fn monad_example_on_result() {
  function test_option_chain_some (line 21) | fn test_option_chain_some() {
  function test_option_chain_none (line 28) | fn test_option_chain_none() {
  function test_option_chain_returns_none (line 35) | fn test_option_chain_returns_none() {
  function test_option_chain_multiple (line 42) | fn test_option_chain_multiple() {
  function test_result_chain_ok (line 52) | fn test_result_chain_ok() {
  function test_result_chain_err (line 59) | fn test_result_chain_err() {
  function test_result_chain_multiple (line 66) | fn test_result_chain_multiple() {
  function test_monad_left_identity_option (line 77) | fn test_monad_left_identity_option() {
  function test_monad_right_identity_option (line 89) | fn test_monad_right_identity_option() {
  function test_monad_associativity_option (line 97) | fn test_monad_associativity_option() {
  function test_chain_validation_pattern (line 110) | fn test_chain_validation_pattern() {
  function test_chain_with_functor_option (line 138) | fn test_chain_with_functor_option() {

FILE: fp-examples/src/monoid_example.rs
  function foo (line 8) | fn foo(a: i32) -> i32 {
  function monoid_example (line 13) | fn monoid_example() {
  function test_semigroup_i32_combine (line 28) | fn test_semigroup_i32_combine() {
  function test_semigroup_string_combine (line 36) | fn test_semigroup_string_combine() {
  function test_semigroup_vec_combine (line 44) | fn test_semigroup_vec_combine() {
  function test_empty_i32 (line 52) | fn test_empty_i32() {
  function test_empty_string (line 58) | fn test_empty_string() {
  function test_empty_vec (line 64) | fn test_empty_vec() {
  function test_monoid_left_identity_i32 (line 71) | fn test_monoid_left_identity_i32() {
  function test_monoid_right_identity_i32 (line 79) | fn test_monoid_right_identity_i32() {
  function test_monoid_left_identity_string (line 87) | fn test_monoid_left_identity_string() {
  function test_monoid_right_identity_string (line 94) | fn test_monoid_right_identity_string() {
  function test_semigroup_associativity_i32 (line 101) | fn test_semigroup_associativity_i32() {
  function test_semigroup_associativity_string (line 114) | fn test_semigroup_associativity_string() {
  function test_monoid_multiple_combines (line 126) | fn test_monoid_multiple_combines() {
  function test_practical_monoid_sum (line 135) | fn test_practical_monoid_sum() {
  function test_practical_monoid_concat (line 148) | fn test_practical_monoid_concat() {

FILE: fp-examples/src/option_example.rs
  function option_example (line 6) | fn option_example() {

FILE: fp-examples/src/partial_application_example.rs
  function partial_application (line 2) | fn partial_application() {

FILE: fp-examples/src/pointed_functor_example.rs
  type Maybe (line 2) | pub enum Maybe<T> {
  function of (line 10) | pub fn of(x: T) -> Self {
  function pointed_functor_example (line 16) | fn pointed_functor_example() {

FILE: fp-examples/src/predicate_example.rs
  function predicate_example (line 2) | fn predicate_example() {

FILE: fp-examples/src/purity_example.rs
  function purity (line 2) | fn purity() {
  function impure (line 9) | fn impure() {
  function impure2 (line 18) | fn impure2() {

FILE: fp-examples/src/referential_transparency_example.rs
  function referential_transparency (line 2) | fn referential_transparency() {

FILE: fp-examples/src/setoid_example.rs
  function setoid_example (line 6) | fn setoid_example() {

FILE: fp-examples/src/side_effects_example.rs
  function side_effects (line 6) | fn side_effects() {

FILE: fp-examples/src/type_signature_example.rs
  function type_signature_example (line 2) | fn type_signature_example() {

FILE: fp-examples/src/value.rs
  function value_example (line 2) | fn value_example() {