Added integer-list and lisp-call expressions. Changed record constructors to depict using single angular brackets.

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waldemar%netscape.com 2003-05-23 01:01:29 +00:00
Родитель cf1fb63e8a
Коммит 1ef4ba6ae1
1 изменённых файлов: 48 добавлений и 9 удалений

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@ -195,8 +195,11 @@
(:-infinity64 "MinusInfinity64" (:minus :infinity (:subscript "f64")))
(:nan64 "NaN" ("NaN" (:subscript "f64")))
(:+zero "PlusZero" ("+zero"))
(:-zero "MinusZero" (:minus "zero"))
(:+infinity "PlusInfinity" ("+" :infinity))
(:-infinity "MinusInfinity" (:minus :infinity))))
(:-infinity "MinusInfinity" (:minus :infinity))
(:nan "NaN" ("NaN"))))
; Return two values:
@ -289,6 +292,23 @@
(t (error "Bad type expression: ~S" type-expr))))
; (integer-list <value> ... <value>)
; "{<value>, ..., <value>}"
(defun depict-integer-list (markup-stream world level &rest value-exprs)
(declare (ignore level))
(depict-list
markup-stream
#'(lambda (markup-stream value-expr)
(let ((value-annotated-expr (nth-value 2 (scan-value world *null-type-env* value-expr))))
(depict-expression markup-stream world value-annotated-expr %expr%)))
value-exprs
:indent 1
:prefix "{"
:suffix "}"
:separator ","
:break 1))
; (integer-range <low-limit> <high-limit>)
; "{<low-limit> ... <high-limit>}"
(defun depict-integer-range (markup-stream world level low-limit-expr high-limit-expr)
@ -338,7 +358,7 @@
; (tag <tag> ... <tag>)
; "{<tag> *, ..., <tag> *}"
; "{<tag>, ..., <tag>}"
(defun depict-tag-type (markup-stream world level &rest tag-names)
(declare (ignore level))
(depict-list
@ -429,7 +449,7 @@
(depict markup-stream (symbol-upper-mixed-case-name action-name))))
; Emit markup for the float32 or float64 value.
; Emit markup for the float or float64 value.
(defun depict-float (markup-stream x exponent-char suffix)
(if (keywordp x)
(depict-tag-name markup-stream x :reference)
@ -592,6 +612,25 @@
(depict-styled-text markup-stream text))))
(defvar *operand-depictor*)
; (lisp-call <lisp-function> <arg-exprs> <result-type-expr> . <styled-text>)
; <styled-text> can contain the entry (:operand <n>) to depict the nth operand, with n starting from 0.
(defun depict-lisp-call (markup-stream world level arg-annotated-exprs &rest text)
(let ((*operand-depictor* #'(lambda (markup-stream n)
(depict-expression markup-stream world (nth n arg-annotated-exprs) %expr%))))
(depict-expr-parentheses (markup-stream level %factor%)
(depict-char-style (markup-stream :wrap)
(depict-styled-text markup-stream text)))))
; (:operand)
(defun depict-operand (markup-stream n)
(depict-char-style (markup-stream :nowrap)
(funcall *operand-depictor* markup-stream n)))
(setf (styled-text-depictor :operand) #'depict-operand)
; (expt <base> <exponent>)
(defun depict-expt (markup-stream world level base-annotated-expr exponent-annotated-expr)
(depict-expr-parentheses (markup-stream level %prefix%)
@ -977,8 +1016,8 @@
(depict-expression markup-stream world (cdr field-and-parameter) %expr%)))
fields-and-parameters
:indent 4
:prefix (if mutable :record-begin :tuple-begin)
:suffix (if mutable :record-end :tuple-end)
:prefix :tuple-begin
:suffix :tuple-end
:separator ","
:break 1
:empty nil)))))
@ -1041,8 +1080,8 @@
(depict-expression markup-stream world record-annotated-expr %expr%)))))
(append annotated-fields '(nil))
:indent 4
:prefix (if mutable :record-begin :tuple-begin)
:suffix (if mutable :record-end :tuple-end)
:prefix :tuple-begin
:suffix :tuple-end
:separator ","
:break 1)))
@ -1770,7 +1809,7 @@
(when mutable
(depict-semantic-keyword markup-stream 'new :after))
(depict-type-name markup-stream type-name (if (symbol-type-user-defined symbol) :reference :external))
(depict markup-stream (if mutable :record-begin :tuple-begin))
(depict markup-stream :tuple-begin)
(depict-label-name markup-stream world type (field-label (first fields)) nil)
(depict markup-stream ":")
(depict-break markup-stream 1)
@ -1781,7 +1820,7 @@
(depict markup-stream ":")
(depict-break markup-stream 1)
(depict-local-variable markup-stream param2)
(depict markup-stream (if mutable :record-end :tuple-end) "."))))))
(depict markup-stream :tuple-end "."))))))
; (defun <name> (-> (<type1> ... <typen>) <result-type>) (lambda ((<arg1> <type1>) ... (<argn> <typen>)) <result-type> . <statements>))