jolt/test/integration/clojure-test-suite-test.janet
Yogthos 03652dce5d feat: ##Inf/##-Inf/##NaN literals, infinite?/NaN?, fix intval? for infinity
The reader now reads the symbolic float values ##Inf, ##-Inf and ##NaN. Added
infinite? and NaN? predicates. Fixed intval? to exclude infinity (floor(inf)=inf
but inf isn't integer-valued), so float?/double? are true for ##Inf and
int?/pos-int?/nat-int?/neg-int? are false for it.

This unblocked many number-test files whose  forms previously failed to
READ (##Inf/##NaN literals), so clojure-test-suite jumped from 2241 to 2539
assertions and pass 1719 -> 1955. Baseline raised to 1900. NaN_qmark now runs.

float?/double? on integer-valued doubles (1.0) remain false: Janet represents
an integer and an integer-valued double identically, so they're inherently
indistinguishable — documented in the README Numbers section.

spec: numbers/floats-&-symbolic-values (15 cases). jpm test green.
Closes jolt-fy8 (fixable parts; int-vs-float ambiguity is a documented divergence).
2026-06-05 09:35:44 -04:00

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# clojure-test-suite conformance: runs the external, cross-dialect
# clojure-test-suite (https://github.com/lread/clojure-test-suite, EPL) against
# Jolt and asserts the number of passing per-function test files stays at/above
# a baseline. Like the jank battery, this does NOT vendor the suite — it
# references ~/src/clojure-test-suite if present and SKIPS cleanly when absent.
#
# Each suite file is a `clojure.test` namespace (one per clojure.core/string
# function). A minimal clojure.test + portability shim (test/support/clojure_test.clj)
# lets Jolt load them; `when-var-exists` auto-skips fns Jolt doesn't implement.
#
# Files are run in a one-shot worker subprocess (test/integration/suite-worker.janet)
# under a wall-clock deadline. Some suite tests build infinite sequences
# (cycle/range/transducers-over-infinite) that Jolt's eager evaluator can't
# truncate and so HANG rather than fail; the deadline contains them — a timed-out
# file is reported as :timeout and contributes nothing, no manual skip-list needed.
(def suite-dir (string (os/getenv "HOME") "/src/clojure-test-suite/test/clojure"))
# Baseline: assertions Jolt currently passes across the suite. Raise as Jolt
# improves so a regression (previously-passing assertion breaking) is caught.
(def baseline-pass 1900)
# A file is "clean" when it ran with zero failures AND zero errors.
(def baseline-clean-files 22)
# Per-file wall-clock budget (seconds). Normal files finish in well under 1s;
# this only fires on infinite-sequence hangs.
(def per-file-timeout 6)
(defn- walk [dir acc]
(each e (os/dir dir)
(def p (string dir "/" e))
(case ((os/stat p) :mode)
:directory (walk p acc)
:file (when (and (string/has-suffix? ".cljc" p)
(not (string/has-suffix? "portability.cljc" p)))
(array/push acc p))))
acc)
# Run one file in a worker subprocess; return its "pass fail error" stdout, or
# nil if it exceeded the deadline (hang) or crashed.
(defn- run-file [path]
(def proc (os/spawn ["janet" "test/integration/suite-worker.janet" path] :p {:out :pipe}))
(def out (proc :out))
(var data nil)
(def ok
(try
(ev/with-deadline per-file-timeout
(set data (ev/read out 0x10000)) # workers print a single short line
(os/proc-wait proc)
true)
([err] false)))
(when (not ok)
(protect (os/proc-kill proc true))
(protect (ev/with-deadline 2 (os/proc-wait proc))))
(protect (:close out))
(if (and ok data) (string data) nil))
(defn- parse-counts [s]
# s is "pass fail error"
(def parts (string/split " " (string/trim s)))
(if (= 3 (length parts))
[(scan-number (parts 0)) (scan-number (parts 1)) (scan-number (parts 2))]
nil))
(if (not (os/stat suite-dir))
(print "clojure-test-suite: ~/src/clojure-test-suite not present — skipped")
(do
(def progress? (os/getenv "SUITE_PROGRESS"))
(def files (sort (walk suite-dir @[])))
(var total-pass 0)
(var total-fail 0)
(var total-error 0)
(var clean-files 0)
(var ran-files 0)
(var timeouts 0)
(def worst @[])
(each path files
(def rel (string/slice path (+ 1 (length suite-dir))))
(when progress? (eprintf " %s" rel) (eflush))
(def out (run-file path))
(def counts (and out (parse-counts out)))
(cond
(nil? out) (do (++ timeouts) (when progress? (eprint " TIMEOUT")))
(nil? counts) (when progress? (eprint " (no counts)"))
(let [[pn fn* en] counts]
(++ ran-files)
(+= total-pass pn)
(+= total-fail fn*)
(+= total-error en)
(when (and (= 0 fn*) (= 0 en) (> pn 0)) (++ clean-files))
(when (> (+ fn* en) 0) (array/push worst [(+ fn* en) rel pn fn* en])))))
(def total (+ total-pass total-fail total-error))
(printf "\nclojure-test-suite: %d files ran (%d timed out), %d assertions — %d pass / %d fail / %d error"
ran-files timeouts total total-pass total-fail total-error)
(printf "\n clean files (0 fail/error, >0 pass): %d" clean-files)
(sort-by (fn [x] (- (x 0))) worst)
(when (> (length worst) 0)
(print " top files by fail+error:")
(each w (slice worst 0 (min 15 (length worst)))
(printf " %-40s pass=%d fail=%d err=%d" (w 1) (w 2) (w 3) (w 4))))
(assert (>= total-pass baseline-pass)
(string/format "regression: total-pass %d < baseline %d" total-pass baseline-pass))
(assert (>= clean-files baseline-clean-files)
(string/format "regression: clean-files %d < baseline %d" clean-files baseline-clean-files))
(printf "\nclojure-test-suite: OK (>= %d pass, >= %d clean files)\n" baseline-pass baseline-clean-files)))