giles
72eaefac13
signals.sx, engine.sx, orchestration.sx, boot.sx, router.sx, deps.sx, forms.sx, page-helpers.sx, adapters, boundary files → web/ Web tests → web/tests/ Test runners updated with _SPEC_TESTS and _WEB_TESTS paths. All 89 tests pass (20 signal + 43 CEK + 26 CEK reactive). Both bootstrappers build fully (5993 Python lines, 387KB JS). Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
328 lines
12 KiB
Plaintext
328 lines
12 KiB
Plaintext
;; ==========================================================================
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;; test-deps.sx — Tests for component dependency analysis (deps.sx)
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;;
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;; Requires: test-framework.sx loaded first.
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;; Platform functions: scan-refs, transitive-deps, components-needed,
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;; component-pure?, scan-io-refs, transitive-io-refs,
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;; scan-components-from-source, test-env
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;; (loaded from bootstrapped output by test runners)
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;; ==========================================================================
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;; --------------------------------------------------------------------------
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;; Test component definitions — these exist in the test env for dep analysis
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;; --------------------------------------------------------------------------
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(defcomp ~dep-leaf ()
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(span "leaf"))
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(defcomp ~dep-branch ()
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(div (~dep-leaf)))
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(defcomp ~dep-trunk ()
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(div (~dep-branch) (~dep-leaf)))
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(defcomp ~dep-conditional (&key show?)
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(if show?
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(~dep-leaf)
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(~dep-branch)))
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(defcomp ~dep-nested-cond (&key mode)
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(cond
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(= mode "a") (~dep-leaf)
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(= mode "b") (~dep-branch)
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:else (~dep-trunk)))
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(defcomp ~dep-island ()
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(div "no deps"))
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;; Islands with dependencies — defisland bodies must be scanned
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(defisland ~dep-island-with-child ()
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(div (~dep-leaf) "island content"))
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(defisland ~dep-island-with-chain ()
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(div (~dep-branch) "deep island"))
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;; --------------------------------------------------------------------------
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;; 1. scan-refs — finds component references in AST nodes
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;; --------------------------------------------------------------------------
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(defsuite "scan-refs"
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(deftest "empty for string literal"
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(assert-equal (list) (scan-refs "hello")))
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(deftest "empty for number"
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(assert-equal (list) (scan-refs 42)))
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(deftest "finds component symbol"
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(let ((refs (scan-refs (quote (~dep-leaf)))))
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(assert-contains "~dep-leaf" refs)))
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(deftest "finds in nested list"
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(let ((refs (scan-refs (quote (div (span (~dep-leaf)))))))
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(assert-contains "~dep-leaf" refs)))
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(deftest "finds multiple refs"
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(let ((refs (scan-refs (quote (div (~dep-leaf) (~dep-branch))))))
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(assert-contains "~dep-leaf" refs)
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(assert-contains "~dep-branch" refs)))
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(deftest "deduplicates"
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(let ((refs (scan-refs (quote (div (~dep-leaf) (~dep-leaf))))))
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(assert-equal 1 (len refs))))
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(deftest "walks if branches"
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(let ((refs (scan-refs (quote (if true (~dep-leaf) (~dep-branch))))))
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(assert-contains "~dep-leaf" refs)
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(assert-contains "~dep-branch" refs)))
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(deftest "walks cond branches"
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(let ((refs (scan-refs (quote (cond (= x 1) (~dep-leaf) :else (~dep-trunk))))))
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(assert-contains "~dep-leaf" refs)
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(assert-contains "~dep-trunk" refs)))
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(deftest "ignores non-component symbols"
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(let ((refs (scan-refs (quote (div class "foo")))))
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(assert-equal 0 (len refs)))))
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;; --------------------------------------------------------------------------
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;; 2. scan-components-from-source — regex-based source string scanning
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;; --------------------------------------------------------------------------
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(defsuite "scan-components-from-source"
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(deftest "finds single component"
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(let ((refs (scan-components-from-source "(~dep-leaf)")))
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(assert-contains "~dep-leaf" refs)))
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(deftest "finds multiple components"
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(let ((refs (scan-components-from-source "(div (~dep-leaf) (~dep-branch))")))
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(assert-contains "~dep-leaf" refs)
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(assert-contains "~dep-branch" refs)))
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(deftest "no false positives on plain text"
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(let ((refs (scan-components-from-source "(div \"hello world\")")))
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(assert-equal 0 (len refs))))
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(deftest "handles hyphenated names"
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(let ((refs (scan-components-from-source "(~my-component :key val)")))
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(assert-contains "~my-component" refs))))
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;; --------------------------------------------------------------------------
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;; 3. transitive-deps — transitive dependency closure
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;; --------------------------------------------------------------------------
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(defsuite "transitive-deps"
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(deftest "leaf has no deps"
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(let ((deps (transitive-deps "~dep-leaf" (test-env))))
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(assert-equal 0 (len deps))))
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(deftest "direct dependency"
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(let ((deps (transitive-deps "~dep-branch" (test-env))))
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(assert-contains "~dep-leaf" deps)))
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(deftest "transitive closure"
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(let ((deps (transitive-deps "~dep-trunk" (test-env))))
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(assert-contains "~dep-branch" deps)
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(assert-contains "~dep-leaf" deps)))
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(deftest "excludes self"
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(let ((deps (transitive-deps "~dep-trunk" (test-env))))
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(assert-false (contains? deps "~dep-trunk"))))
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(deftest "walks conditional branches"
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(let ((deps (transitive-deps "~dep-conditional" (test-env))))
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(assert-contains "~dep-leaf" deps)
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(assert-contains "~dep-branch" deps)))
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(deftest "walks all cond branches"
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(let ((deps (transitive-deps "~dep-nested-cond" (test-env))))
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(assert-contains "~dep-leaf" deps)
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(assert-contains "~dep-branch" deps)
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(assert-contains "~dep-trunk" deps)))
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(deftest "island has no deps"
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(let ((deps (transitive-deps "~dep-island" (test-env))))
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(assert-equal 0 (len deps))))
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(deftest "accepts name without tilde"
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(let ((deps (transitive-deps "dep-branch" (test-env))))
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(assert-contains "~dep-leaf" deps)))
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(deftest "island direct dep scanned"
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(let ((deps (transitive-deps "~dep-island-with-child" (test-env))))
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(assert-contains "~dep-leaf" deps)))
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(deftest "island transitive deps scanned"
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(let ((deps (transitive-deps "~dep-island-with-chain" (test-env))))
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(assert-contains "~dep-branch" deps)
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(assert-contains "~dep-leaf" deps))))
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;; --------------------------------------------------------------------------
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;; 4. components-needed — page bundle computation
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;; --------------------------------------------------------------------------
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(defsuite "components-needed"
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(deftest "finds direct and transitive"
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(let ((needed (components-needed "(~dep-trunk)" (test-env))))
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(assert-contains "~dep-trunk" needed)
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(assert-contains "~dep-branch" needed)
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(assert-contains "~dep-leaf" needed)))
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(deftest "deduplicates"
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(let ((needed (components-needed "(div (~dep-leaf) (~dep-leaf))" (test-env))))
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;; ~dep-leaf should appear only once
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(assert-true (contains? needed "~dep-leaf"))))
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(deftest "handles leaf page"
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(let ((needed (components-needed "(~dep-island)" (test-env))))
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(assert-contains "~dep-island" needed)
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(assert-equal 1 (len needed))))
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(deftest "handles multiple top-level components"
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(let ((needed (components-needed "(div (~dep-leaf) (~dep-island))" (test-env))))
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(assert-contains "~dep-leaf" needed)
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(assert-contains "~dep-island" needed)))
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(deftest "island deps included in page bundle"
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(let ((needed (components-needed "(~dep-island-with-chain)" (test-env))))
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(assert-contains "~dep-island-with-chain" needed)
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(assert-contains "~dep-branch" needed)
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(assert-contains "~dep-leaf" needed))))
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;; --------------------------------------------------------------------------
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;; 5. IO detection — scan-io-refs, component-pure?
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;; --------------------------------------------------------------------------
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;; Define components that reference "io" functions for testing
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(defcomp ~dep-pure ()
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(div (~dep-leaf) "static"))
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(defcomp ~dep-io ()
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(div (fetch-data "/api")))
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(defcomp ~dep-io-indirect ()
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(div (~dep-io)))
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(defsuite "scan-io-refs"
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(deftest "no IO in pure AST"
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(let ((refs (scan-io-refs (quote (div "hello" (span "world"))) (list "fetch-data"))))
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(assert-equal 0 (len refs))))
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(deftest "finds IO reference"
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(let ((refs (scan-io-refs (quote (div (fetch-data "/api"))) (list "fetch-data"))))
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(assert-contains "fetch-data" refs)))
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(deftest "multiple IO refs"
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(let ((refs (scan-io-refs (quote (div (fetch-data "/a") (query-db "x"))) (list "fetch-data" "query-db"))))
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(assert-contains "fetch-data" refs)
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(assert-contains "query-db" refs)))
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(deftest "ignores non-IO symbols"
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(let ((refs (scan-io-refs (quote (div (map str items))) (list "fetch-data"))))
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(assert-equal 0 (len refs)))))
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(defsuite "component-pure?"
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(deftest "pure component is pure"
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(assert-true (component-pure? "~dep-pure" (test-env) (list "fetch-data"))))
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(deftest "IO component is not pure"
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(assert-false (component-pure? "~dep-io" (test-env) (list "fetch-data"))))
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(deftest "indirect IO is not pure"
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(assert-false (component-pure? "~dep-io-indirect" (test-env) (list "fetch-data"))))
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(deftest "leaf component is pure"
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(assert-true (component-pure? "~dep-leaf" (test-env) (list "fetch-data")))))
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;; --------------------------------------------------------------------------
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;; 6. render-target — boundary decision with affinity
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;; --------------------------------------------------------------------------
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;; Components with explicit affinity annotations
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(defcomp ~dep-force-client (&key x)
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:affinity :client
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(div (fetch-data "/api") x))
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(defcomp ~dep-force-server (&key x)
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:affinity :server
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(div x))
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(defcomp ~dep-auto-pure (&key x)
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(div x))
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(defcomp ~dep-auto-io (&key x)
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(div (fetch-data "/api")))
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(defsuite "render-target"
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(deftest "pure auto component targets client"
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(assert-equal "client" (render-target "~dep-auto-pure" (test-env) (list "fetch-data"))))
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(deftest "IO auto component targets server"
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(assert-equal "server" (render-target "~dep-auto-io" (test-env) (list "fetch-data"))))
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(deftest "affinity client overrides IO to client"
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(assert-equal "client" (render-target "~dep-force-client" (test-env) (list "fetch-data"))))
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(deftest "affinity server overrides pure to server"
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(assert-equal "server" (render-target "~dep-force-server" (test-env) (list "fetch-data"))))
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(deftest "leaf component targets client"
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(assert-equal "client" (render-target "~dep-leaf" (test-env) (list "fetch-data"))))
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(deftest "unknown name targets server"
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(assert-equal "server" (render-target "~nonexistent" (test-env) (list "fetch-data")))))
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;; --------------------------------------------------------------------------
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;; 7. page-render-plan — per-page boundary plan
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;; --------------------------------------------------------------------------
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;; A page component that uses both pure and IO components
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(defcomp ~plan-page (&key data)
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(div
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(~dep-auto-pure :x "hello")
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(~dep-auto-io :x data)
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(~dep-force-client :x "interactive")))
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(defsuite "page-render-plan"
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(deftest "plan classifies components correctly"
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(let ((plan (page-render-plan "(~plan-page :data d)" (test-env) (list "fetch-data"))))
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;; ~plan-page has transitive IO deps (via ~dep-auto-io) so targets server
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(assert-equal "server" (dict-get (get plan :components) "~plan-page"))
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(assert-equal "client" (dict-get (get plan :components) "~dep-auto-pure"))
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(assert-equal "server" (dict-get (get plan :components) "~dep-auto-io"))
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(assert-equal "client" (dict-get (get plan :components) "~dep-force-client"))))
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(deftest "plan server list contains IO components"
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(let ((plan (page-render-plan "(~plan-page :data d)" (test-env) (list "fetch-data"))))
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(assert-true (contains? (get plan :server) "~dep-auto-io"))))
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(deftest "plan client list contains pure components"
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(let ((plan (page-render-plan "(~plan-page :data d)" (test-env) (list "fetch-data"))))
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(assert-true (contains? (get plan :client) "~dep-auto-pure"))
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(assert-true (contains? (get plan :client) "~dep-force-client"))))
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(deftest "plan collects IO deps from server components"
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(let ((plan (page-render-plan "(~plan-page :data d)" (test-env) (list "fetch-data"))))
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(assert-true (contains? (get plan :io-deps) "fetch-data"))))
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(deftest "pure-only page has empty server list"
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(let ((plan (page-render-plan "(~dep-auto-pure :x 1)" (test-env) (list "fetch-data"))))
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(assert-equal 0 (len (get plan :server)))
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(assert-true (> (len (get plan :client)) 0)))))
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