Enum Type 

pub enum Type {
    Sequence(Vec<SequenceField>),
    SequenceOf(Box<Type>, Option<SizeConstraint>),
    Set(Vec<SequenceField>),
    SetOf(Box<Type>, Option<SizeConstraint>),
    Choice(Vec<ChoiceVariant>),
    TypeRef(String),
    Integer(Option<ValueConstraint>, Vec<NamedNumber>),
    Enumerated(Vec<NamedNumber>),
    Real,
    Boolean,
    OctetString(Option<SizeConstraint>),
    BitString(Option<SizeConstraint>),
    ObjectIdentifier,
    Null,
    Utf8String(Option<SizeConstraint>),
    PrintableString(Option<SizeConstraint>),
    IA5String(Option<SizeConstraint>),
    TeletexString(Option<SizeConstraint>),
    UniversalString(Option<SizeConstraint>),
    BmpString(Option<SizeConstraint>),
    GeneralString(Option<SizeConstraint>),
    NumericString(Option<SizeConstraint>),
    VisibleString(Option<SizeConstraint>),
    UtcTime,
    GeneralizedTime,
    Tagged {
        tag: TagInfo,
        inner: Box<Type>,
    },
    Constrained {
        base_type: Box<Type>,
        constraint: Constraint,
    },
    Any,
    AnyDefinedBy(String),
    Class(Vec<ClassField>),
}

ASN.1 type

Variants

Sequence(Vec<SequenceField>)

SEQUENCE type

SequenceOf(Box<Type>, Option<SizeConstraint>)

SEQUENCE OF type with optional size constraint (legacy)

Set(Vec<SequenceField>)

SET type

SetOf(Box<Type>, Option<SizeConstraint>)

SET OF type with optional size constraint (legacy)

Choice(Vec<ChoiceVariant>)

CHOICE type

TypeRef(String)

Reference to another type

Integer(Option<ValueConstraint>, Vec<NamedNumber>)

INTEGER with optional value constraint (legacy) and optional named numbers

Enumerated(Vec<NamedNumber>)

ENUMERATED with named values

Real

REAL (floating-point number)

Boolean

BOOLEAN

OctetString(Option<SizeConstraint>)

OCTET STRING with optional size constraint (legacy)

BitString(Option<SizeConstraint>)

BIT STRING with optional size constraint (legacy)

ObjectIdentifier

OBJECT IDENTIFIER

Null

NULL

Utf8String(Option<SizeConstraint>)

UTF8String with optional size constraint (legacy)

PrintableString(Option<SizeConstraint>)

PrintableString with optional size constraint (legacy)

IA5String(Option<SizeConstraint>)

IA5String with optional size constraint (legacy)

TeletexString(Option<SizeConstraint>)

TeletexString (also known as T61String) with optional size constraint

UniversalString(Option<SizeConstraint>)

UniversalString with optional size constraint

BmpString(Option<SizeConstraint>)

BMPString (Basic Multilingual Plane) with optional size constraint

GeneralString(Option<SizeConstraint>)

GeneralString with optional size constraint

NumericString(Option<SizeConstraint>)

NumericString with optional size constraint

VisibleString(Option<SizeConstraint>)

VisibleString with optional size constraint

UtcTime

UTCTime

GeneralizedTime

GeneralizedTime

Tagged

Tagged type

Fields

tag: TagInfo

inner: Box<Type>

Constrained

Constrained type (X.680 compliant)

Fields

base_type: Box<Type>

constraint: Constraint

Any

ANY type (legacy ASN.1, used for extensibility)

AnyDefinedBy(String)

ANY DEFINED BY field (legacy ASN.1, value depends on another field)

Class(Vec<ClassField>)

ASN.1 Information Object Class definition (X.681 §9)

NAME ::= CLASS { &field TYPE [UNIQUE] [OPTIONAL], ... } [WITH SYNTAX { ... }]

Classes are meta-schema constructs used to constrain parameterized types. They have no DER encoding and generate only a documentation comment in Rust.

Trait Implementations

impl Clone for Type

fn clone(&self) -> Type

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Type

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

Formats the value using the given formatter.

impl Display for Type

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

Formats the value using the given formatter.

impl PartialEq for Type

fn eq(&self, other: &Type) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl StructuralPartialEq for Type