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Misc housekeeping

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This commit is contained in:
Peter Taoussanis 2020-07-24 22:50:05 +02:00
parent ee12b40dde
commit 252d898ff1
2 changed files with 146 additions and 145 deletions
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244
src/taoensso/nippy.clj
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@ -4,7 +4,7 @@
(:require (:require
[clojure.string :as str] [clojure.string :as str]
[clojure.java.io :as jio] [clojure.java.io :as jio]
[taoensso.encore :as enc :refer [cond*]] [taoensso.encore :as enc]
[taoensso.nippy [taoensso.nippy
[utils :as utils] [utils :as utils]
[compression :as compression] [compression :as compression]
@ -35,6 +35,7 @@
;;;; TODO ;;;; TODO
;; - Ensure all error responses are entirely under {:nippy/_ <...>} key? ;; - Ensure all error responses are entirely under {:nippy/_ <...>} key?
;;; Would be a nice change, but breaking.
;; - Performance would benefit from ^:static support / direct linking / etc. ;; - Performance would benefit from ^:static support / direct linking / etc.
;; - Ability to compile out metadata support? ;; - Ability to compile out metadata support?
;; - Auto cache keywords? When map keys? Configurable? Per-map ;; - Auto cache keywords? When map keys? Configurable? Per-map
@ -111,14 +112,13 @@
47 :reader-sm 47 :reader-sm
51 :reader-md 51 :reader-md
52 :reader-lg 52 :reader-lg
5 :reader-lg2 ; == :reader-lg, used only for back-compatible thawing
75 :serializable-sm 75 :serializable-q-sm ; Quarantined
76 :serializable-md 76 :serializable-q-md ; ''
48 :record-sm 48 :record-sm
49 :record-md 49 :record-md
80 :record-lg ; Used only for back-compatible thawing 80 :record-lg ; Unrealistic, future removal candidate
81 :type 81 :type
@ -133,10 +133,12 @@
13 :str-lg 13 :str-lg
106 :kw-sm 106 :kw-sm
14 :kw-lg 77 :kw-md
14 :kw-lg ; Unrealistic, future removal candidate
56 :sym-sm 56 :sym-sm
57 :sym-lg 78 :sym-md
57 :sym-lg ; Unrealistic, future removal candidate
58 :regex 58 :regex
71 :uri 71 :uri
@ -214,17 +216,18 @@
68 :cached-md 68 :cached-md
;;; DEPRECATED (only support thawing) ;;; DEPRECATED (only support thawing)
1 :reader-depr1 ; v0.9.2+ for +64k support 5 :reader-lg2 ; == :reader-lg, used only for back-compatible thawing
1 :reader-depr1 ; v0.9.2 for +64k support
11 :str-depr1 ; '' 11 :str-depr1 ; ''
22 :map-depr1 ; v0.9.0+ for more efficient thaw 22 :map-depr1 ; v0.9.0 for more efficient thaw
12 :kw-depr1 ; v2.0.0-alpha5+ for str consistecy 12 :kw-depr1 ; v2.0.0-alpha5 for str consistecy
27 :map-depr2 ; v2.11+ for count/2 27 :map-depr2 ; v2.11 for count/2
29 :sorted-map-depr1 ; '' 29 :sorted-map-depr1 ; ''
4 :boolean-depr1 ; v2.12+ for switch to true/false ids 4 :boolean-depr1 ; v2.12 for switch to true/false ids
46 :serializable-sm-depr1 ; v2.14.1+ for quarantined object bas 46 :serializable-uq-sm ; Unquarantined
50 :serializable-md-depr1 ; '' 50 :serializable-uq-md ; ''
6 :serializable-lg-depr1 ; '' 6 :serializable-uq-lg ; ''; unrealistic, future removal candidate
}) })
(comment (comment
@ -446,38 +449,6 @@
;;;; Freezing ;;;; Freezing
#_(do
(defmacro write-id [out id] `(.writeByte ~out ~id))
(defmacro ^:private sm-count? [n] `(<= ~n 255)) #_(- Byte/MAX_VALUE Byte/MIN_VALUE)
(defmacro ^:private md-count? [n] `(<= ~n 65535)) #_(- Short/MAX_VALUE Short/MIN_VALUE)
(defmacro ^:private write-sm-count [out n]
`(if (<= ~n 127)
(.writeByte ~out ~n)
(.writeByte ~out (unchecked-subtract 127 ~n))))
(defmacro ^:private write-md-count [out n]
`(if (<= ~n 32767)
(.writeShort ~out ~n)
(.writeShort ~out (unchecked-subtract 32767 ~n))))
(defmacro ^:private write-lg-count [out n] `(.writeInt ~out ~n))
(defmacro ^:private read-sm-count [in]
`(let [n# (.readByte ~in)]
(if (pos? n#)
n#
(unchecked-subtract 127 n#))))
(defmacro ^:private read-md-count [in]
`(let [n# (.readShort ~in)]
(if (pos? n#)
n#
(unchecked-subtract 32767 n#))))
(defmacro ^:private read-lg-count [in] `(.readInt ~in)))
(do (do
(defmacro write-id [out id] `(.writeByte ~out ~id)) (defmacro write-id [out id] `(.writeByte ~out ~id))
@ -504,13 +475,8 @@
(-freeze-without-meta! m data-output))) (-freeze-without-meta! m data-output)))
(-freeze-without-meta! x data-output)) (-freeze-without-meta! x data-output))
nil nil (-freeze-with-meta! [x data-output] (-freeze-without-meta! x data-output))
(-freeze-with-meta! [x data-output] Object (-freeze-with-meta! [x data-output] (-freeze-without-meta! x data-output)))
(-freeze-without-meta! x data-output))
Object
(-freeze-with-meta! [x data-output]
(-freeze-without-meta! x data-output)))
(defn- write-bytes-sm [^DataOutput out ^bytes ba] (defn- write-bytes-sm [^DataOutput out ^bytes ba]
(let [len (alength ba)] (let [len (alength ba)]
@ -534,7 +500,7 @@
(if (zero? len) (if (zero? len)
(write-id out id-bytes-0) (write-id out id-bytes-0)
(do (do
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-bytes-sm) (do (write-id out id-bytes-sm)
(write-sm-count out len)) (write-sm-count out len))
@ -549,11 +515,6 @@
(.write out ba 0 len))))) (.write out ba 0 len)))))
;; (defn- str->bytes [s] (.getBytes s charset))
(defn- write-utf8-sm [out ^String s] (write-bytes-sm out (.getBytes s charset)))
(defn- write-utf8-md [out ^String s] (write-bytes-md out (.getBytes s charset)))
(defn- write-utf8-lg [out ^String s] (write-bytes-lg out (.getBytes s charset)))
(defn- write-utf8 [out ^String s] (write-bytes out (.getBytes s charset)))
(defn- write-biginteger [out ^BigInteger n] (write-bytes-lg out (.toByteArray n))) (defn- write-biginteger [out ^BigInteger n] (write-bytes-lg out (.toByteArray n)))
(defn- write-str [^DataOutput out ^String s] (defn- write-str [^DataOutput out ^String s]
@ -561,7 +522,7 @@
(write-id out id-str-0) (write-id out id-str-0)
(let [ba (.getBytes s charset) (let [ba (.getBytes s charset)
len (alength ba)] len (alength ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-str-sm) (do (write-id out id-str-sm)
(write-sm-count out len)) (write-sm-count out len))
@ -580,14 +541,20 @@
(let [s (if-let [ns (namespace kw)] (str ns "/" (name kw)) (name kw)) (let [s (if-let [ns (namespace kw)] (str ns "/" (name kw)) (name kw))
ba (.getBytes s charset) ba (.getBytes s charset)
len (alength ba)] len (alength ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-kw-sm) (do (write-id out id-kw-sm)
(write-sm-count out len)) (write-sm-count out len))
:else ; Rare! (md-count? len)
(do (write-id out id-kw-lg) (do (write-id out id-kw-md)
(write-lg-count out len))) (write-lg-count out len))
;; :else ; Unrealistic
;; (do (write-id out id-kw-lg)
;; (write-lg-count out len))
:else (throw (ex-info "Keyword too long" {:full-name s})))
(.write out ba 0 len))) (.write out ba 0 len)))
@ -595,24 +562,30 @@
(let [s (if-let [ns (namespace s)] (str ns "/" (name s)) (name s)) (let [s (if-let [ns (namespace s)] (str ns "/" (name s)) (name s))
ba (.getBytes s charset) ba (.getBytes s charset)
len (alength ba)] len (alength ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-sym-sm) (do (write-id out id-sym-sm)
(write-sm-count out len)) (write-sm-count out len))
:else ; Rare! (md-count? len)
(do (write-id out id-sym-lg) (do (write-id out id-sym-md)
(write-lg-count out len))) (write-lg-count out len))
;; :else ; Unrealistic
;; (do (write-id out id-sym-lg)
;; (write-lg-count out len))
:else (throw (ex-info "Symbol too long" {:full-name s})))
(.write out ba 0 len))) (.write out ba 0 len)))
(defn- write-long [^DataOutput out ^long n] (defn- write-long [^DataOutput out ^long n]
(cond* (enc/cond
(zero? n) (zero? n)
(write-id out id-long-zero) (write-id out id-long-zero)
(> n 0) (> n 0)
(cond* (enc/cond
(<= n 127 #_Byte/MAX_VALUE) (<= n 127 #_Byte/MAX_VALUE)
(do (write-id out id-long-sm) (do (write-id out id-long-sm)
(.writeByte out n)) (.writeByte out n))
@ -630,7 +603,7 @@
(.writeLong out n))) (.writeLong out n)))
:else :else
(cond* (enc/cond
(>= n -128 #_Byte/MIN_VALUE) (>= n -128 #_Byte/MIN_VALUE)
(do (write-id out id-long-sm) (do (write-id out id-long-sm)
(.writeByte out n)) (.writeByte out n))
@ -655,9 +628,9 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-vec-0) (write-id out id-vec-0)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(cond* (enc/cond
(== cnt 2) (write-id out id-vec-2) (== cnt 2) (write-id out id-vec-2)
(== cnt 3) (write-id out id-vec-3) (== cnt 3) (write-id out id-vec-3)
:else :else
@ -690,7 +663,7 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-empty) (write-id out id-empty)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(do (write-id out id-sm) (do (write-id out id-sm)
(write-sm-count out cnt)) (write-sm-count out cnt))
@ -723,7 +696,7 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-empty) (write-id out id-empty)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(do (write-id out id-sm) (do (write-id out id-sm)
(write-sm-count out cnt)) (write-sm-count out cnt))
@ -759,7 +732,7 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-empty) (write-id out id-empty)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(do (write-id out id-sm) (do (write-id out id-sm)
(write-sm-count out cnt)) (write-sm-count out cnt))
@ -792,7 +765,7 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-map-0) (write-id out id-map-0)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(do (write-id out id-map-sm) (do (write-id out id-map-sm)
(write-sm-count out cnt)) (write-sm-count out cnt))
@ -818,7 +791,7 @@
(if (zero? cnt) (if (zero? cnt)
(write-id out id-set-0) (write-id out id-set-0)
(do (do
(cond* (enc/cond
(sm-count? cnt) (sm-count? cnt)
(do (write-id out id-set-sm) (do (write-id out id-set-sm)
(write-sm-count out cnt)) (write-sm-count out cnt))
@ -844,16 +817,23 @@
(let [class-name-ba (.getBytes class-name charset) (let [class-name-ba (.getBytes class-name charset)
len (alength class-name-ba)] len (alength class-name-ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-serializable-sm) (do (write-id out id-serializable-q-sm)
(write-bytes-sm out class-name-ba)) (write-bytes-sm out class-name-ba))
;; Note no :serializable-lg freeze support (unrealistic name length) (md-count? len)
(do (write-id out id-serializable-q-md)
(write-bytes-md out class-name-ba))
;; :else ; Unrealistic
;; (do (write-id out id-serializable-q-lg)
;; (write-bytes-md out class-name-ba))
:else :else
(do (write-id out id-serializable-md) (throw
(write-bytes-md out class-name-ba))) (ex-info "Serializable class name too long"
{:class-name class-name})))
;; Legacy: write object directly to out. ;; Legacy: write object directly to out.
;; (.writeObject (ObjectOutputStream. out) x) ;; (.writeObject (ObjectOutputStream. out) x)
@ -869,7 +849,7 @@
(let [edn (enc/pr-edn x) (let [edn (enc/pr-edn x)
edn-ba (.getBytes ^String edn charset) edn-ba (.getBytes ^String edn charset)
len (alength edn-ba)] len (alength edn-ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-reader-sm) (do (write-id out id-reader-sm)
(write-bytes-sm out edn-ba)) (write-bytes-sm out edn-ba))
@ -985,7 +965,7 @@
first-occurance? (nil? ?idx)] first-occurance? (nil? ?idx)]
(cond* (enc/cond
(sm-count? idx) (sm-count? idx)
(case (int idx) (case (int idx)
0 (do (write-id out id-cached-0) (when first-occurance? (-freeze-with-meta! x-val out))) 0 (do (write-id out id-cached-0) (when first-occurance? (-freeze-with-meta! x-val out)))
@ -1088,27 +1068,34 @@
(freezer LazySeq (write-uncounted-coll out id-seq-0 id-seq-sm id-seq-md id-seq-lg x)) (freezer LazySeq (write-uncounted-coll out id-seq-0 id-seq-sm id-seq-md id-seq-lg x))
(freezer ISeq (write-coll out id-seq-0 id-seq-sm id-seq-md id-seq-lg x)) (freezer ISeq (write-coll out id-seq-0 id-seq-sm id-seq-md id-seq-lg x))
(freezer IRecord (freezer IRecord
(let [cname (.getName (class x)) ; Reflect (let [class-name (.getName (class x)) ; Reflect
cname-ba (.getBytes cname charset) class-name-ba (.getBytes class-name charset)
len (alength cname-ba)] len (alength class-name-ba)]
(cond* (enc/cond
(sm-count? len) (sm-count? len)
(do (write-id out id-record-sm) (do (write-id out id-record-sm)
(write-bytes-sm out cname-ba)) (write-bytes-sm out class-name-ba))
;; Note no :record-lg freeze support (unrealistic) (md-count? len)
(do (write-id out id-record-md)
(write-bytes-md out class-name-ba))
;; :else ; Unrealistic
;; (do (write-id out id-record-lg)
;; (write-bytes-md out class-name-ba))
:else :else
(do (write-id out id-record-md) (throw
(write-bytes-md out cname-ba))) (ex-info "Record class name too long"
{:class-name class-name})))
(-freeze-without-meta! (into {} x) out))) (-freeze-without-meta! (into {} x) out)))
(freezer IType (freezer IType
(let [aclass (class x) (let [aclass (class x)
cname (.getName aclass)] class-name (.getName aclass)]
(write-id out id-type) (write-id out id-type)
(write-str out cname) (write-str out class-name)
(let [basis-method (.getMethod aclass "getBasis" nil) (let [basis-method (.getMethod aclass "getBasis" nil)
basis (.invoke basis-method nil nil)] basis (.invoke basis-method nil nil)]
(-run! (-run!
@ -1277,10 +1264,10 @@
id-bytes-md (read-bytes in (read-md-count in)) id-bytes-md (read-bytes in (read-md-count in))
id-bytes-lg (read-bytes in (read-lg-count in))))) id-bytes-lg (read-bytes in (read-lg-count in)))))
(defn- read-utf8-sm [^DataInput in] (String. ^bytes (read-bytes in (read-sm-count in)) charset)) (defn- read-str-sm [^DataInput in] (String. ^bytes (read-bytes in (read-sm-count in)) charset))
(defn- read-utf8-md [^DataInput in] (String. ^bytes (read-bytes in (read-md-count in)) charset)) (defn- read-str-md [^DataInput in] (String. ^bytes (read-bytes in (read-md-count in)) charset))
(defn- read-utf8-lg [^DataInput in] (String. ^bytes (read-bytes in (read-lg-count in)) charset)) (defn- read-str-lg [^DataInput in] (String. ^bytes (read-bytes in (read-lg-count in)) charset))
(defn- read-utf8 (defn- read-str
([^DataInput in len] (String. ^bytes (read-bytes in len) charset)) ([^DataInput in len] (String. ^bytes (read-bytes in len) charset))
([^DataInput in ] ([^DataInput in ]
(enc/case-eval (.readByte in) (enc/case-eval (.readByte in)
@ -1364,7 +1351,10 @@
{:class-name class-name :content nil {:class-name class-name :content nil
:serializable-whitelist-pass? true}}))) :serializable-whitelist-pass? true}})))
(defn- read-serializable [^DataInput in class-name] (defn- read-serializable-q
"Quarantined => object serialized to ba, then ba written to output stream.
Has length prefix => can skip `readObject` in event of whitelist failure."
[^DataInput in class-name]
(let [quarantined-ba (read-bytes in)] (let [quarantined-ba (read-bytes in)]
(if (serializable-whitelisted? class-name) (if (serializable-whitelisted? class-name)
(read-object (DataInputStream. (ByteArrayInputStream. quarantined-ba)) class-name) (read-object (DataInputStream. (ByteArrayInputStream. quarantined-ba)) class-name)
@ -1373,7 +1363,10 @@
{:class-name class-name :content quarantined-ba {:class-name class-name :content quarantined-ba
:serializable-whitelist-pass? false}}))) :serializable-whitelist-pass? false}})))
(defn- read-serializable-depr1 [^DataInput in class-name] (defn- read-serializable-uq
"Unquarantined => object serialized directly to output stream.
No length prefix => cannot skip `readObject` in event of whitelist failure."
[^DataInput in class-name]
(if (serializable-whitelisted? class-name) (if (serializable-whitelisted? class-name)
(read-object in class-name) (read-object in class-name)
(throw ; No way to skip bytes, so best we can do is throw (throw ; No way to skip bytes, so best we can do is throw
@ -1427,15 +1420,20 @@
(try (try
(enc/case-eval type-id (enc/case-eval type-id
id-reader-sm (read-edn (read-utf8 in (read-sm-count in))) id-reader-sm (read-edn (read-str in (read-sm-count in)))
id-reader-md (read-edn (read-utf8 in (read-md-count in))) id-reader-md (read-edn (read-str in (read-md-count in)))
id-reader-lg (read-edn (read-utf8 in (read-lg-count in))) id-reader-lg (read-edn (read-str in (read-lg-count in)))
id-reader-lg2 (read-edn (read-utf8 in (read-lg-count in))) id-reader-lg2 (read-edn (read-str in (read-lg-count in)))
id-serializable-sm (read-serializable in (read-utf8 in (read-sm-count in))) id-record-sm (read-record in (read-str in (read-sm-count in)))
id-serializable-md (read-serializable in (read-utf8 in (read-md-count in))) id-record-md (read-record in (read-str in (read-md-count in)))
id-record-sm (read-record in (read-utf8 in (read-sm-count in))) id-record-lg (read-record in (read-str in (read-lg-count in)))
id-record-md (read-record in (read-utf8 in (read-md-count in)))
id-record-lg (read-record in (read-utf8 in (read-lg-count in))) id-serializable-q-sm (read-serializable-q in (read-str in (read-sm-count in)))
id-serializable-q-md (read-serializable-q in (read-str in (read-md-count in)))
id-serializable-uq-sm (read-serializable-uq in (read-str in (read-sm-count in)))
id-serializable-uq-md (read-serializable-uq in (read-str in (read-md-count in)))
id-serializable-uq-lg (read-serializable-uq in (read-str in (read-lg-count in)))
id-type (read-type in (thaw-from-in! in)) id-type (read-type in (thaw-from-in! in))
@ -1465,13 +1463,17 @@
id-objects-lg (read-objects (object-array (read-lg-count in)) in) id-objects-lg (read-objects (object-array (read-lg-count in)) in)
id-str-0 "" id-str-0 ""
id-str-sm (read-utf8 in (read-sm-count in)) id-str-sm (read-str in (read-sm-count in))
id-str-md (read-utf8 in (read-md-count in)) id-str-md (read-str in (read-md-count in))
id-str-lg (read-utf8 in (read-lg-count in)) id-str-lg (read-str in (read-lg-count in))
id-kw-sm (keyword (read-utf8 in (read-sm-count in)))
id-kw-lg (keyword (read-utf8 in (read-lg-count in))) id-kw-sm (keyword (read-str in (read-sm-count in)))
id-sym-sm (symbol (read-utf8 in (read-sm-count in))) id-kw-md (keyword (read-str in (read-md-count in)))
id-sym-lg (symbol (read-utf8 in (read-lg-count in))) id-kw-lg (keyword (read-str in (read-lg-count in)))
id-sym-sm (symbol (read-str in (read-sm-count in)))
id-sym-md (symbol (read-str in (read-md-count in)))
id-sym-lg (symbol (read-str in (read-lg-count in)))
id-regex (re-pattern (thaw-from-in! in)) id-regex (re-pattern (thaw-from-in! in))
id-vec-0 [] id-vec-0 []
@ -1540,10 +1542,6 @@
id-map-depr1 (apply hash-map id-map-depr1 (apply hash-map
(enc/repeatedly-into [] (* 2 (.readInt in)) (enc/repeatedly-into [] (* 2 (.readInt in))
(fn [] (thaw-from-in! in)))) (fn [] (thaw-from-in! in))))
id-serializable-sm-depr1 (read-serializable-depr1 in (read-utf8 in (read-sm-count in)))
id-serializable-md-depr1 (read-serializable-depr1 in (read-utf8 in (read-md-count in)))
id-serializable-lg-depr1 (read-serializable-depr1 in (read-utf8 in (read-lg-count in)))
;; ----------------------------------------------------------------- ;; -----------------------------------------------------------------
id-prefixed-custom (read-custom! in :prefixed (.readShort in)) id-prefixed-custom (read-custom! in :prefixed (.readShort in))
@ -1883,7 +1881,7 @@
(when (enc/bytes? ba) (when (enc/bytes? ba)
(let [[first2bytes nextbytes] (enc/ba-split ba 2) (let [[first2bytes nextbytes] (enc/ba-split ba 2)
?known-wrapper ?known-wrapper
(cond* (enc/cond
(enc/ba= first2bytes (.getBytes "\u0000<" charset)) :carmine/bin (enc/ba= first2bytes (.getBytes "\u0000<" charset)) :carmine/bin
(enc/ba= first2bytes (.getBytes "\u0000>" charset)) :carmine/clj) (enc/ba= first2bytes (.getBytes "\u0000>" charset)) :carmine/clj)

23
src/taoensso/nippy/utils.clj
View file

@ -22,19 +22,22 @@
(def readable? (memoize-type-test (fn [x] (-> x enc/pr-edn enc/read-edn) true))) (def readable? (memoize-type-test (fn [x] (-> x enc/pr-edn enc/read-edn) true)))
(def serializable? (def serializable?
(let [test-fn (let [mtt
(memoize-type-test
(fn [x] (fn [x]
(let [class-name (.getName (class x)) (let [class-name (.getName (class x))
class ^Class (Class/forName class-name) ; Try 1st (fail fast) c (Class/forName class-name) ; Try 1st (fail fast)
bas (ByteArrayOutputStream.) bas (ByteArrayOutputStream.)
_ (.writeObject (ObjectOutputStream. bas) x) _ (.writeObject (ObjectOutputStream. bas) x)
ba (.toByteArray bas) ba (.toByteArray bas)]
object (.readObject (ObjectInputStream.
(ByteArrayInputStream. ba)))]
(cast class object)
true))
mtt (memoize-type-test test-fn)] #_
(cast c
(.readObject ; Unsafe + usu. unnecessary to check
(ObjectInputStream.
(ByteArrayInputStream. ba))))
true)))]
(fn [x] (fn [x]
(if (instance? Serializable x) (if (instance? Serializable x)
@ -44,12 +47,12 @@
false)))) false))))
(comment (comment
(enc/qb 10000 (enc/qb 1e4
(readable? "Hello world") ; Cacheable (readable? "Hello world") ; Cacheable
(serializable? "Hello world") ; Cacheable (serializable? "Hello world") ; Cacheable
(readable? (fn [])) ; Uncacheable (readable? (fn [])) ; Uncacheable
(serializable? (fn [])) ; Uncacheable (serializable? (fn [])) ; Uncacheable
)) )) ; [5.65 5.88 1129.46 1.4]
;;;; ;;;;