Struct runtime::ObjectCell

#[repr(transparent)]
pub struct ObjectCell<T> where
    ObjectCell<T>: Object,  { /* private fields */ }

The universal container object for implementers of the Object trait. Anything that implements Object should be of the form ObjectCell. ObjectCell combines interior mutability and shared ownership, so it is the primary container used for objects in technetium

Implementations

impl<T> ObjectCell<T> where
    ObjectCell<T>: Object, 

pub fn new(val: T) -> Self

pub fn lock(&self)

Lock the MLRefCell inside the cell, effectively making the value immutable, giving a runtime error for any future mutation of the object. This is useful if the value will need to be used as the key in a HashMap, or in a HashSet

Trait Implementations

impl<T> Clone for ObjectCell<T> where
    ObjectCell<T>: Object, 

fn clone(&self) -> Self

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<T: Debug> Debug for ObjectCell<T> where
    ObjectCell<T>: Object, 

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

Formats the value using the given formatter.

impl<T> Deref for ObjectCell<T> where
    ObjectCell<T>: Object, 

type Target = Rc<MLRefCell<T>>

The resulting type after dereferencing.

fn deref(&self) -> &Self::Target

Dereferences the value.

impl<T> DerefMut for ObjectCell<T> where
    ObjectCell<T>: Object, 

fn deref_mut(&mut self) -> &mut Self::Target

Mutably dereferences the value.

impl<T> LockImmutable for ObjectCell<T> where
    ObjectCell<T>: Object, 

fn lock_immutable(&self)

impl Object for ObjectCell<String_>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Bool>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Tan>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Abs>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Sqrt>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Exp>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Ln>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Arcsin>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Arccos>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Arctan>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Rand>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<RandRange>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Int>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<RandNormal>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<ShObject>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Sh>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Cd>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Open>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Os>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<LinuxDistro>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Args>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<ScriptPath>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Which>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Float>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Exists>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<IsDirectory>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Canonicalize>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<StripPathPrefix>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Hostname>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Devicename>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Realname>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Username>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Langs>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<DesktopEnv>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    _args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Char>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Print>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Printr>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Println>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Eprint>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Eprintr>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Eprintln>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Exit>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Type>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Hash>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Lock>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<List_>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Clone_>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Assert>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Version>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Range>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<RangeIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<RangeFunc>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Sleep>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Stale>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Lines>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<LinesIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Set_>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Chars>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<CharsIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<StripPrefix>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<StripSuffix>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<MapFunc>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Map>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<MapIterator>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<FilterFunc>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Filter>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<FilterIterator>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Dict_>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<BoolObject>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn technetium_type_name(&self) -> String

A type name for an object.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<IntObject>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<FloatObject>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<CharObject>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<StringObject>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Function>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn call(
    &self,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<List>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<ListIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Slice>

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<SliceIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Sin>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Tuple>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<UnitObject>

fn technetium_type_name(&self) -> String

A type name for an object.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Set>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<SetIterator>

fn technetium_type_name(&self) -> String

A type name for an object.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Dictionary>

fn technetium_clone(
    &self,
    context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_type_name(&self) -> String

A type name for an object.

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn call_method(
    &self,
    method: &str,
    args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn technetium_eq(&self, other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call(
    &self,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl Object for ObjectCell<Cos>

fn technetium_type_name(&self) -> String

A type name for an object.

fn call(
    &self,
    args: &[ObjectRef],
    _c: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given object as a function.

fn technetium_clone(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create a deep clone of an object. This is primarily used in the clone function in technetium

fn technetium_hash(&self) -> Option<u64>

Hash an object. This is not required, so the default implementation always returns None.

fn to_string(&self) -> RuntimeResult<String>

Convert an object to a String.

fn get_attr(
    &self,
    _attr: String,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Get an attribute of an object

fn set_attr(
    &self,
    _attr: String,
    _val: ObjectRef,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<()>

Set an attribute of an object

fn call_method(
    &self,
    method: &str,
    _args: &[ObjectRef],
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Call a given method of an object

fn make_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<ObjectRef>

Create an iterator over an object. This is used for initializing for loops.

fn take_iter(
    &self,
    _context: &mut RuntimeContext<'_>
) -> RuntimeResult<Option<ObjectRef>>

Take from this object, assuming it is an iterator. This is used for stepping through for loops.

fn truthy(&self) -> bool

Determine whether an object is “truthy” (whether it should be treated as true when used as a boolean)

fn technetium_eq(&self, _other: ObjectRef) -> Option<bool>

Equal-as-value (like == in Python, or .equals() in Java) Should return None if self cannot reasonably determine if other is equal or not. Typical implementations will usually only return Some(value) if they can definitively answer, And will quickly answer None otherwise. This allows equality to be reflexive by calling other.technetium_eq in case the answer is None.

fn ref_eq(&self, other: ObjectRef) -> bool

Equal-as-reference (like is in Python, or == in Java)

impl<T> OpaqueClone for ObjectCell<T> where
    ObjectCell<T>: Object, 

fn opaque_clone(&self) -> ObjectRef

impl<T> RawPointer for ObjectCell<T> where
    ObjectCell<T>: Object, 

fn raw_pointer(&self) -> *const ()

impl<T> StableDeref for ObjectCell<T> where
    ObjectCell<T>: Object,