Struct gluon_base::types::TypeCache

pub struct TypeCache<Id, T> {
    pub kind_cache: KindCache,
    pub hole: T,
    pub opaque: T,
    pub error: T,
    pub int: T,
    pub byte: T,
    pub float: T,
    pub string: T,
    pub char: T,
    pub function_builtin: T,
    pub array_builtin: T,
    pub unit: T,
    pub empty_row: T,
    // some fields omitted
}

Fields

kind_cache: KindCache

hole: T

opaque: T

error: T

int: T

byte: T

float: T

string: T

char: T

function_builtin: T

array_builtin: T

unit: T

empty_row: T

Methods

impl<Id, T> TypeCache<Id, T> where
    T: From<Type<Id, T>>, 

pub fn new() -> Self

impl<Id, T> TypeCache<Id, T> where
    T: Clone, 

pub fn hole(&self) -> T

pub fn opaque(&self) -> T

pub fn error(&self) -> T

pub fn int(&self) -> T

pub fn byte(&self) -> T

pub fn float(&self) -> T

pub fn string(&self) -> T

pub fn char(&self) -> T

pub fn function_builtin(&self) -> T

pub fn array_builtin(&self) -> T

pub fn unit(&self) -> T

pub fn empty_row(&self) -> T

impl<Id, T> TypeCache<Id, T> where
    T: From<Type<Id, T>> + Clone, 

pub fn function<I>(&self, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

pub fn function_implicit<I>(&self, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

pub fn tuple<S: ?Sized, I>(&self, symbols: &mut S, elems: I) -> T where
    S: IdentEnv<Ident = Id>,
    I: IntoIterator<Item = T>, 

pub fn variant(&self, fields: Vec<Field<Id, T>>) -> T

pub fn poly_variant(&self, fields: Vec<Field<Id, T>>, rest: T) -> T

pub fn record(
    &self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>
) -> T

pub fn effect(&self, fields: Vec<Field<Id, T>>) -> T

pub fn poly_effect(&self, fields: Vec<Field<Id, T>>, rest: T) -> T

pub fn array(&self, typ: T) -> T

impl<Id, T> TypeCache<Id, T> where
    T: Clone, 

pub fn builtin_type(&self, typ: BuiltinType) -> T

Trait Implementations

impl<Id, T> TypeContext<Id, T> for TypeCache<Id, T> where
    T: From<(Type<Id, T>, Flags)> + From<Type<Id, T>> + Clone, 

fn intern(&mut self, typ: Type<Id, T>) -> T

fn intern_flags(&mut self, typ: Type<Id, T>, flags: Flags) -> T

fn hole(&mut self) -> T

fn opaque(&mut self) -> T

fn error(&mut self) -> T

fn int(&mut self) -> T

fn byte(&mut self) -> T

fn float(&mut self) -> T

fn string(&mut self) -> T

fn char(&mut self) -> T

fn function_builtin(&mut self) -> T

fn array_builtin(&mut self) -> T

fn unit(&mut self) -> T

fn empty_row(&mut self) -> T

fn builtin(&mut self, typ: BuiltinType) -> T

fn forall(&mut self, params: Vec<Generic<Id>>, typ: T) -> T

fn with_forall(&mut self, typ: T, from: &T) -> T where
    Id: Clone + Eq + Hash,
    T: TypeExt<Id = Id> + Clone, 

fn array(&mut self, typ: T) -> T

fn app(&mut self, id: T, args: AppVec<T>) -> T

fn variant(&mut self, fields: Vec<Field<Id, T>>) -> T

fn poly_variant(&mut self, fields: Vec<Field<Id, T>>, rest: T) -> T

fn effect(&mut self, fields: Vec<Field<Id, T>>) -> T

fn poly_effect(&mut self, fields: Vec<Field<Id, T>>, rest: T) -> T

fn tuple<S: ?Sized, I>(&mut self, symbols: &mut S, elems: I) -> T where
    S: IdentEnv<Ident = Id>,
    I: IntoIterator<Item = T>, 

fn tuple_<S: ?Sized, I>(&mut self, symbols: &mut S, elems: I) -> Type<Id, T> where
    S: IdentEnv<Ident = Id>,
    I: IntoIterator<Item = T>, 

fn record(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>
) -> T

fn poly_record(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>,
    rest: T
) -> T

fn extend_row(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>,
    rest: T
) -> T

fn function<I>(&mut self, args: I, ret: T) -> T where
    T: Clone,
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn function_implicit<I>(&mut self, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn function_type<I>(&mut self, arg_type: ArgType, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn generic(&mut self, typ: Generic<Id>) -> T

fn skolem(&mut self, typ: Skolem<Id>) -> T

fn variable(&mut self, typ: TypeVariable) -> T

fn alias(&mut self, name: Id, args: Vec<Generic<Id>>, typ: T) -> T

fn ident(&mut self, id: Id) -> T

fn projection(&mut self, id: AppVec<Id>) -> T

fn builtin_type(&mut self, typ: BuiltinType) -> T

fn new_alias(
    &mut self,
    name: Id,
    args: Vec<Generic<Id>>,
    typ: T
) -> Alias<Id, T>

fn new_data_alias(&mut self, data: AliasData<Id, T>) -> Alias<Id, T>

fn alias_group(
    &mut self,
    group: Vec<AliasData<Id, T>>,
    is_implicit_iter: impl IntoIterator<Item = bool>
) -> Vec<Alias<Id, T>> where
    T: TypeExt<Id = Id>, 

impl<'a, Id, T> TypeContext<Id, T> for &'a TypeCache<Id, T> where
    T: From<(Type<Id, T>, Flags)> + From<Type<Id, T>> + Clone, 

fn intern(&mut self, typ: Type<Id, T>) -> T

fn intern_flags(&mut self, typ: Type<Id, T>, flags: Flags) -> T

fn hole(&mut self) -> T

fn opaque(&mut self) -> T

fn error(&mut self) -> T

fn int(&mut self) -> T

fn byte(&mut self) -> T

fn float(&mut self) -> T

fn string(&mut self) -> T

fn char(&mut self) -> T

fn function_builtin(&mut self) -> T

fn array_builtin(&mut self) -> T

fn unit(&mut self) -> T

fn empty_row(&mut self) -> T

fn builtin(&mut self, typ: BuiltinType) -> T

fn forall(&mut self, params: Vec<Generic<Id>>, typ: T) -> T

fn with_forall(&mut self, typ: T, from: &T) -> T where
    Id: Clone + Eq + Hash,
    T: TypeExt<Id = Id> + Clone, 

fn array(&mut self, typ: T) -> T

fn app(&mut self, id: T, args: AppVec<T>) -> T

fn variant(&mut self, fields: Vec<Field<Id, T>>) -> T

fn poly_variant(&mut self, fields: Vec<Field<Id, T>>, rest: T) -> T

fn effect(&mut self, fields: Vec<Field<Id, T>>) -> T

fn poly_effect(&mut self, fields: Vec<Field<Id, T>>, rest: T) -> T

fn tuple<S: ?Sized, I>(&mut self, symbols: &mut S, elems: I) -> T where
    S: IdentEnv<Ident = Id>,
    I: IntoIterator<Item = T>, 

fn tuple_<S: ?Sized, I>(&mut self, symbols: &mut S, elems: I) -> Type<Id, T> where
    S: IdentEnv<Ident = Id>,
    I: IntoIterator<Item = T>, 

fn record(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>
) -> T

fn poly_record(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>,
    rest: T
) -> T

fn extend_row(
    &mut self,
    types: Vec<Field<Id, Alias<Id, T>>>,
    fields: Vec<Field<Id, T>>,
    rest: T
) -> T

fn function<I>(&mut self, args: I, ret: T) -> T where
    T: Clone,
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn function_implicit<I>(&mut self, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn function_type<I>(&mut self, arg_type: ArgType, args: I, ret: T) -> T where
    I: IntoIterator<Item = T>,
    I::IntoIter: DoubleEndedIterator<Item = T>, 

fn generic(&mut self, typ: Generic<Id>) -> T

fn skolem(&mut self, typ: Skolem<Id>) -> T

fn variable(&mut self, typ: TypeVariable) -> T

fn alias(&mut self, name: Id, args: Vec<Generic<Id>>, typ: T) -> T

fn ident(&mut self, id: Id) -> T

fn projection(&mut self, id: AppVec<Id>) -> T

fn builtin_type(&mut self, typ: BuiltinType) -> T

fn new_alias(
    &mut self,
    name: Id,
    args: Vec<Generic<Id>>,
    typ: T
) -> Alias<Id, T>

fn new_data_alias(&mut self, data: AliasData<Id, T>) -> Alias<Id, T>

fn alias_group(
    &mut self,
    group: Vec<AliasData<Id, T>>,
    is_implicit_iter: impl IntoIterator<Item = bool>
) -> Vec<Alias<Id, T>> where
    T: TypeExt<Id = Id>, 

impl<Id, T> Default for TypeCache<Id, T> where
    T: From<Type<Id, T>>, 

fn default() -> Self

Returns the "default value" for a type.

impl<Id: Clone, T: Clone> Clone for TypeCache<Id, T>

fn clone(&self) -> TypeCache<Id, T>

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<Id: Debug, T: Debug> Debug for TypeCache<Id, T>

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.