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Sepliste-XDATA fuer Separator/AS/ES-Reihenfolge + Unit-Tests, makunbound-Fix

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Sammelt beim Bau von VF_n/GF_n-Ketten die Baureihenfolge der Separator-/
AS-/ES-Sub-Bloecke vor dem Block-Sweep und schreibt sie als XDATA auf den
fertigen Wrapper (ssg_ks_insert.lsp); export.lsp liest sie fuer das neue
"sepliste"-Feld im CSV-Export, export_neighbors.py nutzt es als Fallback
zur BBox-Kollisionspruefung. Dazu Unit-Tests fuer die reinen Serialisierungs-
funktionen (Chunking, Roundtrip) in test_unit.lsp.

Ausserdem: makunbound (existiert nicht in BricsCAD-AutoLISP) aus
test_run_all.lsp entfernt - verursachte Laufzeitfehler bei
SSG_RUN_ALL_TESTS_EXPORT/_OFFEN.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
This commit is contained in:
Michael Stangl
2026-09-09 20:36:42 +02:00
parent f3500f7d2a
commit 3698c8982c
9 changed files with 529 additions and 22 deletions
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tests/test_unit.lsp
+39
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@@ -386,6 +386,44 @@
)
;; ------------------------------------------------------------
;; TESTS: ssg_ks_insert.lsp - Sepliste-Serialisierung
;; ------------------------------------------------------------
(defun tu-tests-sepliste ()
(princ "\n[ssg_ks_insert/sepliste]")
;; ssg-sepliste-chunk-string: Stuecke <= n, nichts verloren
(tu-eq "ssg-sepliste-chunk-string/glatt" '("ab" "cd") (ssg-sepliste-chunk-string "abcd" 2))
(tu-eq "ssg-sepliste-chunk-string/rest" '("ab" "cd" "e") (ssg-sepliste-chunk-string "abcde" 2))
(tu-eq "ssg-sepliste-chunk-string/kuerzer" '("abc") (ssg-sepliste-chunk-string "abc" 10))
;; ssg-sepliste-split-feld: Trenner-Aufteilung, inkl. leeres Feld
(tu-eq "ssg-sepliste-split-feld/normal" '("SEP" "1" "10.00" "20.00")
(ssg-sepliste-split-feld "SEP:1:10.00:20.00" ":"))
;; ssg-sepliste->string: Serialisierung eines Eintrags
(tu-eq "ssg-sepliste->string/ein-eintrag"
"SEP:1:10.00:20.00"
(ssg-sepliste->string '(("SEP" 1 10.0 20.0))))
(tu-eq "ssg-sepliste->string/mehrere"
"SEP:1:10.00:20.00,AS:2:30.00:40.00"
(ssg-sepliste->string '(("SEP" 1 10.0 20.0) ("AS" 2 30.0 40.0))))
;; ssg-sepliste-string->liste: Gegenstueck zu ssg-sepliste->string
(tu-eq "ssg-sepliste-string->liste/leer" nil (ssg-sepliste-string->liste ""))
(tu-eq "ssg-sepliste-string->liste/ein-eintrag"
'(("SEP" 1 10.0 20.0))
(ssg-sepliste-string->liste "SEP:1:10.00:20.00"))
;; Roundtrip ->string->liste: entscheidend, da der Export genau diesen
;; Weg (XDATA schreiben/lesen) fuer die Separator-Reihenfolge nutzt.
(setq _sep '(("SEP" 1 10.0 20.0) ("AS" 2 30.5 40.5) ("ES" 3 -5.0 0.0)))
(tu-eqf "sepliste-roundtrip/mehrere-typen"
_sep
(ssg-sepliste-string->liste (ssg-sepliste->string _sep)))
)
;; ------------------------------------------------------------
;; REPORT SCHREIBEN
;; ------------------------------------------------------------
@@ -428,6 +466,7 @@
(tu-tests-gf)
(tu-tests-omni)
(tu-tests-kreisel)
(tu-tests-sepliste)
(princ "\n\n----------------------------------------------------------------")
(princ (strcat "\n Gesamt: " (itoa (+ *tu-pass* *tu-fail*))