I've now finished an initial draft of AA Tree Map and it passes
collection-check:
(deftest tests
(assert-map-like (create-aamap)
gen-element gen-element
; {:base (sorted-map) :ordered? true}
))
Unfortunately I had to comment out the test against sorted-map. I was
getting this error:
ERROR in (tests) (generators.clj:366)
Uncaught exception, not in assertion.
expected: nil
actual: java.lang.AssertionError: Assert failed: Args to tuple must be
generators
(every? generator? generators)
at clojure.test.check.generators$tuple.doInvoke (generators.clj:366)
clojure.lang.RestFn.invoke (RestFn.java:421)
collection_check$gen_meta.invoke (collection_check.clj:30)
collection_check$gen_map_actions.invoke (collection_check.clj:91)
collection_check$assert_map_like.invoke (collection_check.clj:306)
collection_check$assert_map_like.invoke (collection_check.clj:299)
aatree.core_test/fn (core_test.clj:36)
clojure.test$test_var$fn__7670.invoke (test.clj:704)
clojure.test$test_var.invoke (test.clj:704)
clojure.test$test_vars$fn__7692$fn__7697.invoke (test.clj:722)
clojure.test$default_fixture.invoke (test.clj:674)
clojure.test$test_vars$fn__7692.invoke (test.clj:722)
clojure.test$default_fixture.invoke (test.clj:674)
clojure.test$test_vars.invoke (test.clj:718)
clojure.test$test_all_vars.invoke (test.clj:728)
clojure.test$test_ns.invoke (test.clj:747)
clojure.core$map$fn__4553.invoke (core.clj:2624)
clojure.lang.LazySeq.sval (LazySeq.java:40)
clojure.lang.LazySeq.seq (LazySeq.java:49)
clojure.lang.Cons.next (Cons.java:39)
clojure.lang.RT.boundedLength (RT.java:1735)
clojure.lang.RestFn.applyTo (RestFn.java:130)
clojure.core$apply.invoke (core.clj:632)
clojure.test$run_tests.doInvoke (test.clj:762)
clojure.lang.RestFn.applyTo (RestFn.java:137)
clojure.core$apply.invoke (core.clj:630)
user$eval85$fn__140$fn__171.invoke (form-init7529748499207850099.clj:1)
user$eval85$fn__140$fn__141.invoke (form-init7529748499207850099.clj:1)
user$eval85$fn__140.invoke (form-init7529748499207850099.clj:1)
user$eval85.invoke (form-init7529748499207850099.clj:1)
clojure.lang.Compiler.eval (Compiler.java:6782)
clojure.lang.Compiler.eval (Compiler.java:6772)
clojure.lang.Compiler.load (Compiler.java:7227)
clojure.lang.Compiler.loadFile (Compiler.java:7165)
clojure.main$load_script.invoke (main.clj:275)
clojure.main$init_opt.invoke (main.clj:280)
clojure.main$initialize.invoke (main.clj:308)
clojure.main$null_opt.invoke (main.clj:343)
clojure.main$main.doInvoke (main.clj:421)
clojure.lang.RestFn.invoke (RestFn.java:421)
clojure.lang.Var.invoke (Var.java:383)
clojure.lang.AFn.applyToHelper (AFn.java:156)
clojure.lang.Var.applyTo (Var.java:700)
clojure.main.main (main.java:37)
Any suggestions?
On Monday, August 24, 2015 at 8:46:12 AM UTC-4, icamts wrote:
>
> Not a pointer but this may help in testing your implementation:
> https://github.com/ztellman/collection-check
>
> Il giorno lunedì 10 agosto 2015 00:31:25 UTC+2, William la Forge ha
> scritto:
>>
>> I've done a lot with AA trees in the past, creating variations that are
>> immutable, durable (replacing b-trees) and versioned of vectors, maps and
>> sets.
>>
>> I would like to migrate these ideas from Java to Clojure, while
>> implementing the interfaces appropriate for Clojure.
>>
>> Still being very much a newbie, I'd appreciate some pointers, relevant
>> docs and/or examples.
>>
>> Thanks!
>>
>
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