giles
fc2b5e502f
Lazy module loading (Step 5 piece 6 completion): - Add define-library wrappers + import declarations to 13 source .sx files - compile-modules.js generates module-manifest.json with dependency graph - compile-modules.js strips define-library/import before bytecode compilation (VM doesn't handle these as special forms) - sx-platform.js replaces hardcoded 24-file loadWebStack() with manifest-driven recursive loader — only downloads modules the page needs - Result: 12 modules loaded (was 24), zero errors, zero warnings - Fallback to full load if manifest missing VM transpilation prep (Step 6b): - Refactor lib/vm.sx: 20 accessor functions replace raw dict access - Factor out collect-n-from-stack, collect-n-pairs, pad-n-nils helpers - bootstrap_vm.py: transpiles 9 VM logic functions to OCaml - sx_vm_ref.ml: proof that vm.sx transpiles (preamble has stubs) Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
36 lines
5.6 KiB
Plaintext
36 lines
5.6 KiB
Plaintext
(define-library (sx hypersx)
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(export hsx-indent hsx-sym-name hsx-kw-name hsx-is-element? hsx-is-component? hsx-extract-css hsx-tag-str hsx-atom hsx-inline hsx-attrs-str hsx-children sx->hypersx-node sx->hypersx)
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(begin
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(define hsx-indent (fn (depth) (let ((result "")) (for-each (fn (_) (set! result (str result " "))) (range 0 depth)) result)))
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(define hsx-sym-name (fn (node) (if (= (type-of node) "symbol") (symbol-name node) nil)))
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(define hsx-kw-name (fn (node) (if (= (type-of node) "keyword") (keyword-name node) nil)))
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(define hsx-is-element? (fn (name) (and name (not (starts-with? name "~")) (is-html-tag? name))))
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(define hsx-is-component? (fn (name) (and name (starts-with? name "~"))))
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(define hsx-extract-css (fn (args) (let ((classes nil) (id nil) (rest-attrs (list)) (i 0) (n (len args))) (letrec ((walk (fn () (when (< i n) (let ((kn (hsx-kw-name (nth args i)))) (cond (= kn "class") (do (set! classes (nth args (+ i 1))) (set! i (+ i 2)) (walk)) (= kn "id") (do (set! id (nth args (+ i 1))) (set! i (+ i 2)) (walk)) kn (do (append! rest-attrs (nth args i)) (append! rest-attrs (nth args (+ i 1))) (set! i (+ i 2)) (walk)) :else nil)))))) (walk) (dict "classes" classes "id" id "attrs" rest-attrs "children" (if (< i n) (slice args i) (list)))))))
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(define hsx-tag-str (fn (name css) (let ((s name) (cls (get css "classes")) (eid (get css "id"))) (when (and cls (string? cls)) (for-each (fn (c) (set! s (str s "." c))) (split cls " "))) (when eid (set! s (str s "#" eid))) s)))
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(define hsx-atom (fn (node) (cond (nil? node) "nil" (string? node) (str "\"" node "\"") (number? node) (str node) (= (type-of node) "boolean") (if node "true" "false") (= (type-of node) "symbol") (str "{" (symbol-name node) "}") (= (type-of node) "keyword") (str ":" (keyword-name node)) :else (sx-serialize node))))
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(define hsx-inline (fn (node) (cond (not (list? node)) (sx-serialize node) (empty? node) "()" :else (let ((hd (hsx-sym-name (first node)))) (cond (= hd "deref") (str "@" (sx-serialize (nth node 1))) (= hd "signal") (str "signal(" (if (> (len node) 1) (hsx-inline (nth node 1)) "") ")") (= hd "reset!") (str (sx-serialize (nth node 1)) " := " (hsx-inline (nth node 2))) (= hd "swap!") (str (sx-serialize (nth node 1)) " <- " (hsx-inline (nth node 2))) (= hd "str") (str "\"" (join "" (map (fn (a) (if (string? a) a (str "{" (hsx-inline a) "}"))) (rest node))) "\"") :else (str "(" (sx-serialize (first node)) (if (> (len node) 1) (str " " (join " " (map hsx-inline (rest node)))) "") ")"))))))
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(define hsx-attrs-str (fn (attrs) (if (empty? attrs) "" (let ((parts (list)) (i 0)) (letrec ((walk (fn () (when (< i (len attrs)) (append! parts (str ":" (keyword-name (nth attrs i)) " " (hsx-atom (nth attrs (+ i 1))))) (set! i (+ i 2)) (walk))))) (walk)) (str " " (join " " parts))))))
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(define hsx-children (fn (line kids depth) (if (empty? kids) line (if (and (= (len kids) 1) (not (list? (first kids)))) (str line " " (hsx-atom (first kids))) (str line "\n" (join "\n" (map (fn (c) (sx->hypersx-node c (+ depth 1))) kids)))))))
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(define sx->hypersx-node (fn (node depth) (let ((pad (hsx-indent depth))) (cond (nil? node) (str pad "nil") (not (list? node)) (str pad (hsx-atom node)) (empty? node) (str pad "()") :else (let ((hd (hsx-sym-name (first node)))) (cond (= hd "str") (str pad (hsx-inline node)) (= hd "deref") (str pad (hsx-inline node)) (= hd "reset!") (str pad (hsx-inline node)) (= hd "swap!") (str pad (hsx-inline node)) (= hd "signal") (str pad (hsx-inline node)) (or (= hd "defcomp") (= hd "defisland")) (str pad hd " " (sx-serialize (nth node 1)) " " (sx-serialize (nth node 2)) "\n" (sx->hypersx-node (last node) (+ depth 1))) (= hd "when") (str pad "when " (hsx-inline (nth node 1)) "\n" (join "\n" (map (fn (c) (sx->hypersx-node c (+ depth 1))) (slice node 2)))) (= hd "if") (let ((test (nth node 1)) (then-b (nth node 2)) (else-b (if (> (len node) 3) (nth node 3) nil))) (if (and (not (list? then-b)) (or (nil? else-b) (not (list? else-b)))) (str pad "if " (hsx-inline test) " " (hsx-atom then-b) (if else-b (str " " (hsx-atom else-b)) "")) (str pad "if " (hsx-inline test) "\n" (sx->hypersx-node then-b (+ depth 1)) (if else-b (str "\n" pad "else\n" (sx->hypersx-node else-b (+ depth 1))) "")))) (or (= hd "let") (= hd "letrec") (= hd "let*")) (let ((binds (nth node 1)) (body (slice node 2))) (str pad hd " " (join ", " (map (fn (b) (if (and (list? b) (>= (len b) 2)) (str (sx-serialize (first b)) " = " (hsx-inline (nth b 1))) (sx-serialize b))) (if (and (list? binds) (not (empty? binds)) (list? (first binds))) binds (list binds)))) "\n" (join "\n" (map (fn (b) (sx->hypersx-node b (+ depth 1))) body)))) (and (= hd "map") (= (len node) 3) (list? (nth node 1)) (= (hsx-sym-name (first (nth node 1))) "fn")) (let ((fn-node (nth node 1)) (coll (nth node 2))) (str pad "map " (hsx-inline coll) " -> " (sx-serialize (nth fn-node 1)) "\n" (sx->hypersx-node (last fn-node) (+ depth 1)))) (and (= hd "for-each") (= (len node) 3) (list? (nth node 1)) (= (hsx-sym-name (first (nth node 1))) "fn")) (let ((fn-node (nth node 1)) (coll (nth node 2))) (str pad "for " (sx-serialize (nth fn-node 1)) " in " (hsx-inline coll) "\n" (sx->hypersx-node (last fn-node) (+ depth 1)))) (hsx-is-element? hd) (let ((css (hsx-extract-css (rest node)))) (hsx-children (str pad (hsx-tag-str hd css) (hsx-attrs-str (get css "attrs"))) (get css "children") depth)) (hsx-is-component? hd) (let ((css (hsx-extract-css (rest node)))) (hsx-children (str pad hd (hsx-attrs-str (get css "attrs"))) (get css "children") depth)) :else (str pad (sx-serialize node))))))))
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(define sx->hypersx (fn (tree) (join "\n\n" (map (fn (expr) (sx->hypersx-node expr 0)) tree))))
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))
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;; Re-export to global env
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(import (sx hypersx))
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