Struct cairo_lang_sierra::extensions::modules::ec::EcNegLibfunc
source · pub struct EcNegLibfunc {}Expand description
Libfunc for unwrapping the x,y values of an EC point.
Trait Implementations§
source§impl Default for EcNegLibfunc
impl Default for EcNegLibfunc
source§fn default() -> EcNegLibfunc
fn default() -> EcNegLibfunc
Returns the “default value” for a type. Read more
source§impl NoGenericArgsGenericLibfunc for EcNegLibfunc
impl NoGenericArgsGenericLibfunc for EcNegLibfunc
const STR_ID: &'static str = "ec_neg"
fn specialize_signature( &self, context: &dyn SignatureSpecializationContext ) -> Result<LibfuncSignature, SpecializationError>
Auto Trait Implementations§
impl RefUnwindSafe for EcNegLibfunc
impl Send for EcNegLibfunc
impl Sync for EcNegLibfunc
impl Unpin for EcNegLibfunc
impl UnwindSafe for EcNegLibfunc
Blanket Implementations§
source§impl<T> BorrowMut<T> for Twhere
T: ?Sized,
impl<T> BorrowMut<T> for Twhere T: ?Sized,
source§fn borrow_mut(&mut self) -> &mut T
fn borrow_mut(&mut self) -> &mut T
Mutably borrows from an owned value. Read more
source§impl<TNamedLibfunc> GenericLibfunc for TNamedLibfuncwhere
TNamedLibfunc: NamedLibfunc,
impl<TNamedLibfunc> GenericLibfunc for TNamedLibfuncwhere TNamedLibfunc: NamedLibfunc,
type Concrete = <TNamedLibfunc as NamedLibfunc>::Concrete
source§fn supported_ids() -> Vec<GenericLibfuncId>
fn supported_ids() -> Vec<GenericLibfuncId>
Returns the list of generic libfuncs ids that can be instantiated through this type.
This is useful on hierarchical libfunc aggregates such as
CoreLibfunc.source§fn by_id(id: &GenericLibfuncId) -> Option<TNamedLibfunc>
fn by_id(id: &GenericLibfuncId) -> Option<TNamedLibfunc>
Instantiates the libfunc by id.
source§fn specialize_signature(
&self,
context: &dyn SignatureSpecializationContext,
args: &[GenericArg]
) -> Result<LibfuncSignature, SpecializationError>
fn specialize_signature( &self, context: &dyn SignatureSpecializationContext, args: &[GenericArg] ) -> Result<LibfuncSignature, SpecializationError>
Creates the specialization of the libfunc’s signature with the template arguments.
source§fn specialize(
&self,
context: &dyn SpecializationContext,
args: &[GenericArg]
) -> Result<<TNamedLibfunc as GenericLibfunc>::Concrete, SpecializationError>
fn specialize( &self, context: &dyn SpecializationContext, args: &[GenericArg] ) -> Result<<TNamedLibfunc as GenericLibfunc>::Concrete, SpecializationError>
Creates the specialization with the template arguments.
source§impl<TGenericLibfunc> GenericLibfuncEx for TGenericLibfuncwhere
TGenericLibfunc: GenericLibfunc,
impl<TGenericLibfunc> GenericLibfuncEx for TGenericLibfuncwhere TGenericLibfunc: GenericLibfunc,
fn specialize_signature_by_id( context: &dyn SignatureSpecializationContext, libfunc_id: &GenericLibfuncId, generic_args: &[GenericArg] ) -> Result<LibfuncSignature, ExtensionError>
fn specialize_by_id( context: &dyn SpecializationContext, libfunc_id: &GenericLibfuncId, generic_args: &[GenericArg] ) -> Result<<TGenericLibfunc as GenericLibfunc>::Concrete, ExtensionError>
source§impl<T> NamedLibfunc for Twhere
T: SignatureOnlyGenericLibfunc,
impl<T> NamedLibfunc for Twhere T: SignatureOnlyGenericLibfunc,
type Concrete = SignatureOnlyConcreteLibfunc
const STR_ID: &'static str = const STR_ID: &'static str = <Self as SignatureOnlyGenericLibfunc>::STR_ID;
source§fn specialize_signature(
&self,
context: &dyn SignatureSpecializationContext,
args: &[GenericArg]
) -> Result<LibfuncSignature, SpecializationError>
fn specialize_signature( &self, context: &dyn SignatureSpecializationContext, args: &[GenericArg] ) -> Result<LibfuncSignature, SpecializationError>
Creates the specialization of the libfunc’s signature with the template arguments.
source§fn specialize(
&self,
context: &dyn SpecializationContext,
args: &[GenericArg]
) -> Result<<T as NamedLibfunc>::Concrete, SpecializationError>
fn specialize( &self, context: &dyn SpecializationContext, args: &[GenericArg] ) -> Result<<T as NamedLibfunc>::Concrete, SpecializationError>
Creates the specialization with the template arguments.