M decode.rkt => decode.rkt +1 -1
@@ 218,7 218,7 @@
cbor-read-list cbor-read-map cbor-read-tag cbor-read-special))
; Deserialize one cbor value from the given input port. Can and will be called reentrantly.
-(define (cbor-read config in)
+(define (cbor-read config [in (current-input-port)])
(define header (expect-byte in))
(let ([major (bitwise-bit-field header 5 8)]
[additional (bitwise-and header #b11111)])
M encode.rkt => encode.rkt +1 -1
@@ 115,7 115,7 @@
(write-byte (combine 7 24) out)
(write-byte inner out))))
-(define (cbor-write config v out)
+(define (cbor-write config v [out (current-output-port)])
(cond
[(and (exact-integer? v) (<= 0 v u64-max))
(cbor-write-uint v out)]
M scribblings/manual.scrbl => scribblings/manual.scrbl +2 -2
@@ 15,7 15,7 @@ versa.
@section{Usage}
@defproc[(cbor-write [config cbor-config?]
[v any/c]
- [out output-port?])
+ [out output-port? (current-output-port)])
void?]{
Writes the value @racket[v] to @racket[out].
The following @racket[v] are accepted:
@@ 36,7 36,7 @@ The following @racket[v] are accepted:
}
@defproc[(cbor-read [config cbor-config?]
- [in input-port?])
+ [in input-port? (current-input-port)])
any/c]{
Reads a binary-serialized CBOR value from @racket[in].
Major types are decoded as follows: