deercreeklabs.lancaster.utils — deercreeklabs/lancaster 0.1.36

**enclosing-namespace** clj/s

avro-complex-types clj/s

avro-container-types clj/s

avro-named-types clj/s

avro-primitive-type-strings clj/s

avro-primitive-types clj/s

avro-type->pred clj/s

avro-type-dispatch clj/s

(avro-type-dispatch edn-schema & args)

byte-array->byte-str clj/s

(byte-array->byte-str ba)

class cljs

clj-namespace->java-namespace clj/s

(clj-namespace->java-namespace ns)

configure-logging clj/s

(configure-logging)

contains-union? clj/s

(contains-union? edn-schemas)

edn->json-string clj/s

(edn->json-string edn)

edn-name-kw->avro-name clj/s

(edn-name-kw->avro-name kw)

edn-name-str->avro-name clj/s

(edn-name-str->avro-name s)

edn-schema->avro-schema clj/s

edn-schema->plumatic-schema clj/s

edn-schema->pred clj/s

(edn-schema->pred edn-schema name->avro-type)

edn-schema->pred-and-plumatic-schema clj/s

(edn-schema->pred-and-plumatic-schema edn-schema wrap? name->avro-type)

ensure-edn-schema clj/s

(ensure-edn-schema schema)

first-arg-dispatch clj/s

(first-arg-dispatch first-arg & rest-of-args)

fix-alias clj/s

(fix-alias alias-kw)

fix-aliases clj/s

(fix-aliases edn-schema)

fix-default clj/s

fix-fields clj/s

(fix-fields edn-schema)

fix-name clj/s

(fix-name edn-schema)

fix-symbols clj/s

(fix-symbols edn-schema)

fullname->name clj/s

(fullname->name fullname)

fullname->ns clj/s

(fullname->ns fullname)

fullname? clj/s

(fullname? s)

get-avro-type clj/s

(get-avro-type edn-schema)

Inputs: [edn-schema] Returns: s/Keyword

get-current-time-ms clj/s

(get-current-time-ms)

Inputs: [] Returns: s/Num

get-field-default clj/s

(get-field-default field-schema)

(get-field-default field-schema field-default)

get-schema-name clj/s

(get-schema-name edn-schema)

Inputs: [edn-schema] Returns: s/Keyword

get-types! clj/s

(get-types! edn-schema *name->avro-type)

IInputStream clj/s≠ protocol

read-byte clj/s

(read-byte this)

read-len-prefixed-bytes clj/s

(read-len-prefixed-bytes this)

read-bytes clj/s

(read-bytes this num-bytes)

reset-to-mark! clj/s

(reset-to-mark! this)

read-double clj/s

(read-double this)

mark clj/s

(mark this)

read-utf8-string clj/s

(read-utf8-string this)

read-float clj/s

(read-float this)

ILancasterSchema clj/s≠ protocol

deserialize clj/s

(deserialize this writer-pcf is)

get-edn-schema clj/s

(get-edn-schema this)

get-fingerprint64 clj/s

(get-fingerprint64 this)

get-json-schema clj/s

(get-json-schema this)

get-parsing-canonical-form clj/s

(get-parsing-canonical-form this)

get-plumatic-schema clj/s

(get-plumatic-schema this)

serialize clj/s

(serialize this os data)

wrap clj/s

(wrap this data)

illegal-union? clj/s

(illegal-union? edn-schemas)

int->long clj/s

(int->long int)

ints->long clj/s

(ints->long high low)

Inputs: [high :- s/Int low :- s/Int] Returns: Long

IOutputStream clj/s≠ protocol

write-byte clj/s

(write-byte this b)

to-byte-array clj/s

(to-byte-array this)

write-bytes-w-len-prefix clj/s

(write-bytes-w-len-prefix this bs)

write-double clj/s

(write-double this d)

write-bytes clj/s

(write-bytes this bs num-bytes)

write-utf8-string clj/s

(write-utf8-string this s)

write-float clj/s

(write-float this f)

java-namespace->clj-namespace clj/s

(java-namespace->clj-namespace ns)

json-string->edn clj/s

(json-string->edn json-str)

Long cljs

long->int clj/s

(long->int l)

Inputs: [l :- LongOrInt] Returns: s/Int

long->ints clj/s

(long->ints l)

Inputs: [l :- Long] Returns: (s/pair s/Int :high-int s/Int :low-int)

long->str clj/s

(long->str l)

Inputs: [l :- Long] Returns: s/Str

long-or-int? clj/s

(long-or-int? x)

Inputs: [x :- s/Any] Returns: s/Bool

Is the argument a long or an integer?

long= clj/s

(long= a b)

Inputs: [a :- s/Any b :- s/Any] Returns: s/Bool

long? clj/s

(long? x)

Inputs: [x :- s/Any] Returns: s/Bool

LongOrInt clj/s

make-data->branch clj/s

(make-data->branch member-schemas name->avro-type)

make-default-fixed-or-bytes clj/s

(make-default-fixed-or-bytes num-bytes default)

make-default-record clj/s

(make-default-record record-edn-schema default-record)

make-deserializer clj/s

make-field-info clj/s

(make-field-info field-schema name->avro-type *name->serializer)

make-name->avro-type clj/s

(make-name->avro-type edn-schema)

make-schema-name clj/s

(make-schema-name clj-name)

make-schema-name->branch-info clj/s

(make-schema-name->branch-info edn-schema name->avro-type *name->serializer)

make-serializer clj/s

make-wrapped-union-pred clj/s

(make-wrapped-union-pred edn-schema)

max-int cljs

min-int cljs

more-than-one? clj/s

(more-than-one? schema-set edn-schemas)

name-keyword? clj/s

(name-keyword? x)

name-kw->name-str clj/s

(name-kw->name-str kw)

Inputs: [kw :- s/Keyword] Returns: s/Str

Nil clj/s

qualify-name-kw clj/s

(qualify-name-kw name-kw)

read-long-varint-zz clj/s

(read-long-varint-zz input-stream)

read-long-varint-zz-long cljs

(read-long-varint-zz-long input-stream)

str->long clj/s

(str->long s)

Inputs: [s :- s/Str] Returns: Long

StringOrBytes clj/s

sym-map clj/s macro

(sym-map & syms)

Builds a map from symbols. Symbol names are turned into keywords and become the map's keys. Symbol values become the map's values. (let [a 1 b 2] (sym-map a b)) => {:a 1 :b 2}

throw-invalid-data-error clj/s

(throw-invalid-data-error edn-schema data path)

valid-array? clj/s

(valid-array? data)

valid-bytes-or-string? clj/s

(valid-bytes-or-string? data)

valid-double? clj/s

(valid-double? data)

valid-float? clj/s

(valid-float? data)

valid-int? clj/s

(valid-int? data)

valid-long? clj/s

(valid-long? data)

valid-map? clj/s

(valid-map? data)

valid-record? clj/s

(valid-record? data)

wrapping-required? clj/s

(wrapping-required? edn-schemas)

write-long-varint-zz clj/s

(write-long-varint-zz output-stream l)

write-long-varint-zz* clj/s

(write-long-varint-zz* output-stream l)

write-long-varint-zz-long cljs

(write-long-varint-zz-long output-stream l)