|(require (planet murphy/protobuf/reflection))|
(struct (name) #:transparent) name : symbol?
(struct (type reader writer))
type : reader : (-> input-port? any/c) writer : (-> any/c output-port? any)
The reader and writer are responsible for (de-)serialization of values of this type.
(struct (integer->enum enum->integer))
integer->enum : (-> exact-integer? any/c) enum->integer : (-> any/c exact-integer?)
The integer->enum and enum->integer conversions are responsible to make the Racket representation of the enumeration compatible with (de-)serialization using and .
The syntax can be used to synthesize conversion procedures between symbols and integers as well as an instance of this structure type.
v : any/c
v : any/c default : any/c = ...
The procedure checks for the presence of the property on a structure type or instance; extracts the value of the property.
(struct (constructor fields required))
constructor : (-> any/c) fields : (hash/c exact-nonnegative-integer? field?) required : (set/c exact-nonnegative-integer?)
The constructor is used to obtain fresh instances of the structure type representing the message type which have all fields initialized to the default value (void) for missing fields.
The hash fields maps wire tags to field descriptors, the set required indicates which wire tags must be present in a valid message.
The syntax can be used to synthesize a structure type and an instance of this descriptor type.
(struct (type repeated? packed? accessor mutator))
type : (or/c struct-type?) repeated? : any/c packed? : any/c accessor : (->* (any/c) (any/c) any/c) mutator : (-> any/c any/c any)
Iff the field can be present any number of times, repeated? should be true; packed? may be true for repeated fields of non-length-delimited primitive types to specify a more efficient wire format.
The accessor and mutator are used to extract and modify the values of the field in instances of the message structure.
(struct (extensions unknown) #:mutable #:transparent) extensions : (hash/c exact-nonnegative-integer? any/c) unknown : bytes?