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Change HSX parsing environment from compile-time to runtime

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This commit is contained in:
Akira Tempaku 2024-05-30 12:55:13 +09:00
commit 8d3a2588d0
7 changed files with 109 additions and 128 deletions

20
src/defhsx.lisp
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@ -9,22 +9,30 @@
#:defcomp)) #:defcomp))
(in-package #:hsx/defhsx) (in-package #:hsx/defhsx)
(defmacro defhsx (name element-type) (defun %create-element (type &rest body)
`(defmacro ,name (&body body)
(multiple-value-bind (props children) (multiple-value-bind (props children)
(parse-body body) (parse-body body)
`(create-element ,',element-type (list ,@props) ,@children)))) (create-element type props children)))
(defmacro defhsx (name element-type)
`(defmacro ,name (&body body)
`(%create-element ,',element-type ,@body)))
(defun parse-body (body) (defun parse-body (body)
(if (keywordp (first body)) (cond (; plist
(and (listp (first body))
(keywordp (first (first body))))
(values (first body) (rest body)))
(; inline-plist
(keywordp (first body))
(loop :for thing :on body :by #'cddr (loop :for thing :on body :by #'cddr
:for (k v) := thing :for (k v) := thing
:when (and (keywordp k) v) :when (and (keywordp k) v)
:append (list k v) :into props :append (list k v) :into props
:when (not (keywordp k)) :when (not (keywordp k))
:return (values props thing) :return (values props thing)
:finally (return (values props nil))) :finally (return (values props nil))))
(values nil body))) (t (values nil body))))
(defmacro deftag (name) (defmacro deftag (name)
`(eval-when (:compile-toplevel :load-toplevel :execute) `(eval-when (:compile-toplevel :load-toplevel :execute)

9
src/element.lisp
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@ -1,6 +1,11 @@
(defpackage #:hsx/element (defpackage #:hsx/element
(:use #:cl) (:use #:cl)
(:export #:create-element (:export #:element
#:tag
#:html-tag
#:fragment
#:component
#:create-element
#:element-type #:element-type
#:element-props #:element-props
#:element-children #:element-children
@ -31,7 +36,7 @@
;;;; factory ;;;; factory
(defun create-element (type props &rest children) (defun create-element (type props children)
(make-instance (cond ((functionp type) 'component) (make-instance (cond ((functionp type) 'component)
((eq type :<>) 'fragment) ((eq type :<>) 'fragment)
((eq type :html) 'html-tag) ((eq type :html) 'html-tag)

4
src/hsx.lisp
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@ -10,7 +10,9 @@
(defun find-builtin-symbols (node) (defun find-builtin-symbols (node)
(if (atom node) (if (atom node)
(or (find-symbol (string node) :hsx/builtin) (or (and (symbolp node)
(not (keywordp node))
(find-symbol (string node) :hsx/builtin))
node) node)
(cons (find-builtin-symbols (car node)) (cons (find-builtin-symbols (car node))
(mapcar (lambda (n) (mapcar (lambda (n)

86
tests/defhsx.lisp
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@ -4,71 +4,49 @@
#:hsx/defhsx #:hsx/defhsx
#:hsx/builtin) #:hsx/builtin)
(:import-from #:hsx/element (:import-from #:hsx/element
#:create-element)) #:element-props
#:element-children))
(in-package #:hsx-test/defhsx) (in-package #:hsx-test/defhsx)
(def-suite defhsx-test) (def-suite defhsx-test)
(in-suite defhsx-test) (in-suite defhsx-test)
(test empty-hsx (test empty-hsx
(is (equal '(create-element (let ((elm (div)))
:div (is (null (element-props elm)))
(list)) (is (null (element-children elm)))))
(macroexpand-1
'(div)))))
(test hsx-with-props (test hsx-with-static-props
(is (equal '(create-element (let ((elm (div :prop1 "value1" :prop2 "value2")))
:div (is (equal '(:prop1 "value1" :prop2 "value2")
(list :prop1 "value1" :prop2 "value2")) (element-props elm)))
(macroexpand-1 (is (null (element-children elm)))))
'(div :prop1 "value1" :prop2 "value2")))))
(test hsx-with-dynamic-props
(let* ((props '(:prop1 "value1" :prop2 "value2"))
(elm (div props)))
(is (equal props (element-props elm)))
(is (null (element-children elm)))))
(test hsx-with-children (test hsx-with-children
(is (equal '(create-element (let ((elm (div
:div
(list)
"child1" "child1"
"child2") "child2")))
(macroexpand-1 (is (null (element-props elm)))
'(div (is (equal (list "child1" "child2") (element-children elm)))))
"child1"
"child2")))))
(test hsx-with-props-and-children (test hsx-with-static-props-and-children
(is (equal '(create-element (let ((elm (div :prop1 "value1" :prop2 "value2"
:div
(list :prop1 "value1" :prop2 "value2")
"child1" "child1"
"child2") "child2")))
(macroexpand-1 (is (equal '(:prop1 "value1" :prop2 "value2")
'(div :prop1 "value1" :prop2 "value2" (element-props elm)))
"child1" (is (equal (list "child1" "child2") (element-children elm)))))
"child2")))))
(deftag custom) (test hsx-with-dynamic-props-and-children
(let* ((props '(:prop1 "value1" :prop2 "value2"))
(test hsx-for-custom-tag (elm (div props
(is (equal '(create-element
:custom
(list :prop1 "value1" :prop2 "value2")
"child1" "child1"
"child2") "child2")))
(macroexpand-1 (is (equal props (element-props elm)))
'(custom :prop1 "value1" :prop2 "value2" (is (equal (list "child1" "child2") (element-children elm)))))
"child1"
"child2")))))
(defcomp comp (&key prop1 prop2 children)
(declare (ignore prop1 prop2 children)))
(test hsx-for-component
(is (equal '(create-element
(fdefinition '%comp)
(list :prop1 "value1" :prop2 "value2")
"child1"
"child2")
(macroexpand-1
'(comp :prop1 "value1" :prop2 "value2"
"child1"
"child2")))))

76
tests/element.lisp
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@ -7,72 +7,58 @@
(def-suite element-test) (def-suite element-test)
(in-suite element-test) (in-suite element-test)
(test tag (test element-class
(let ((elm (create-element :p (is (typep (create-element :div nil nil) 'tag))
'(:class "red") (is (typep (create-element :html nil nil) 'html-tag))
"Hello," (is (typep (create-element :<> nil nil) 'fragment))
"World"))) (is (typep (create-element (lambda ()) nil nil) 'component))
(is (eq :p (element-type elm))) (signals error (create-element "div" nil nil)))
(is (equal '(:class "red") (element-props elm)))
(is (equal (list "Hello," "World") (element-children elm)))))
(test flatten-children (test flatten-children
(let* ((elm (create-element :p (let* ((elm (create-element :p
nil nil
"a" (list "a"
nil nil
(list "b" (list nil "c")) (list "b" (list nil "c"))
(cons "d" "e")))) (cons "d" "e")))))
(is (equal (list "a" "b" "c" "d" "e") (element-children elm))))) (is (equal (list "a" "b" "c" "d" "e") (element-children elm)))))
(defun comp1 (&key title children) (defun comp1 (&key prop children)
(create-element :div (create-element :div
nil nil
title (list prop
children)) children)))
(test component-accepting-keyword-args (test component-accepting-keyword-args
(let* ((elm (create-element #'comp1 (let ((elm (expand-component (create-element #'comp1
'(:title "foo") '(:prop "value")
"bar")) (list "child")))))
(expanded (expand-component elm))) (is (eq :div (element-type elm)))
(is (eq #'comp1 (element-type elm))) (is (equal (list "value" "child") (element-children elm)))))
(is (equal '(:title "foo") (element-props elm)))
(is (equal (list "bar") (element-children elm)))
(is (eq :div (element-type expanded)))
(is (equal (list "foo" "bar") (element-children expanded)))))
(defun comp2 (&rest props) (defun comp2 (&rest props)
(create-element :div (create-element :div
nil nil
(getf props :title) (list (getf props :prop)
(getf props :children))) (getf props :children))))
(test component-accepting-property-list (test component-accepting-property-list
(let* ((elm (create-element #'comp2 (let ((elm (expand-component (create-element #'comp2
'(:title "foo") '(:prop "value")
"bar")) (list "child")))))
(expanded (expand-component elm))) (is (eq :div (element-type elm)))
(is (eq #'comp2 (element-type elm))) (is (equal (list "value" "child") (element-children elm)))))
(is (equal '(:title "foo") (element-props elm)))
(is (equal (list "bar") (element-children elm)))
(is (eq :div (element-type expanded)))
(is (equal (list "foo" "bar") (element-children expanded)))))
(defun comp3 (&rest props &key title children &allow-other-keys) (defun comp3 (&rest props &key prop children &allow-other-keys)
(create-element :div (create-element :div
nil nil
title (list prop
children children
(getf props :other-key))) (getf props :other-key))))
(test component-accepting-keyword-args-and-property-list (test component-accepting-keyword-args-and-property-list
(let* ((elm (create-element #'comp3 (let ((elm (expand-component (create-element #'comp3
'(:title "foo" :other-key "baz") '(:prop "value" :other-key "other")
"bar")) (list "child")))))
(expanded (expand-component elm))) (is (eq :div (element-type elm)))
(is (eq #'comp3 (element-type elm))) (is (equal (list "value" "child" "other") (element-children elm)))))
(is (equal '(:title "foo" :other-key "baz") (element-props elm)))
(is (equal (list "bar") (element-children elm)))
(is (eq :div (element-type expanded)))
(is (equal (list "foo" "bar" "baz") (element-children expanded)))))

18
tests/hsx.lisp
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@ -9,16 +9,18 @@
(in-suite hsx-test) (in-suite hsx-test)
(test find-symbols (test find-symbols
(is (equal '(hsx/builtin:div (is (equal '(hsx/builtin:div '(:div "div")
div div
(hsx/builtin:div (hsx/builtin:div
div 'div
(hsx/builtin:div)) (hsx/builtin:div)
div) :div)
"div")
(macroexpand-1 (macroexpand-1
'(hsx (div '(hsx (div '(:div "div")
div div
(div (div
div 'div
(div)) (div)
div)))))) :div)
"div"))))))

4
tests/renderer.lisp
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@ -7,8 +7,8 @@
(in-package :hsx-test/renderer) (in-package :hsx-test/renderer)
(in-readtable mstrings:mstring-syntax) (in-readtable mstrings:mstring-syntax)
(def-suite renderer) (def-suite renderer-test)
(in-suite renderer) (in-suite renderer-test)
(test empty-tag (test empty-tag
(is (string= "<div></div>" (is (string= "<div></div>"