kind
mess-up
(info :test info))
-(defmacro cleanup-nlx-info (cleanup)
- `(cleanup-info ,cleanup))
;;; A PHYSENV represents the result of physical environment analysis.
;;;
;; :DECLARED, from a declaration.
;; :ASSUMED, from uses of the object.
;; :DEFINED, from examination of the definition.
+ ;; :DEFINED-METHOD, implicit, piecemeal declarations from CLOS.
;; FIXME: This should be a named type. (LEAF-WHERE-FROM? Or
;; perhaps just WHERE-FROM, since it's not just used in LEAF,
;; but also in various DEFINE-INFO-TYPEs in globaldb.lisp,
;; and very likely elsewhere too.)
- (where-from :assumed :type (member :declared :assumed :defined))
+ (where-from :assumed :type (member :declared :assumed :defined :defined-method))
;; list of the REF nodes for this leaf
(refs () :type list)
;; true if there was ever a REF or SET node for this leaf. This may
(def!struct (global-var (:include basic-var))
;; kind of variable described
(kind (missing-arg)
- :type (member :special :global-function :global)))
+ :type (member :special :global-function :global :unknown)))
(defprinter (global-var :identity t)
%source-name
#!+sb-show id
;; global environment.
(inlinep nil :type inlinep)
(inline-expansion nil :type (or cons null))
- ;; the block-local definition of this function (either because it
- ;; was semi-inline, or because it was defined in this block). If
- ;; this function is not an entry point, then this may be deleted or
- ;; LET-converted. Null if we haven't converted the expansion yet.
- (functional nil :type (or functional null)))
+ ;; List of functionals corresponding to this DEFINED-FUN: either from the
+ ;; conversion of a NAMED-LAMBDA, or from inline-expansion (see
+ ;; RECOGNIZE-KNOWN-CALL) - we need separate functionals for each policy in
+ ;; which the function is used.
+ (functionals nil :type list))
(defprinter (defined-fun :identity t)
%source-name
#!+sb-show id
inlinep
- (functional :test functional))
+ (functionals :test functionals))
\f
;;;; function stuff
;; the original function or macro lambda list, or :UNSPECIFIED if
;; this is a compiler created function
(arg-documentation nil :type (or list (member :unspecified)))
+ ;; the documentation string for the lambda
+ (documentation nil :type (or null string))
;; Node, allocating closure for this lambda. May be NIL when we are
;; sure that no closure is needed.
(allocator nil :type (or null combination))
;; xref information for this functional (only used for functions with an
;; XEP)
(xref () :type list)
- ;; True if this functional was created from an inline expansion
- (inline-expanded nil :type boolean))
+ ;; True if this functional was created from an inline expansion. This
+ ;; is either T, or the GLOBAL-VAR for which it is an expansion.
+ (inline-expanded nil))
(defprinter (functional :identity t)
%source-name
%debug-name
;; list of embedded lambdas
(children nil :type list)
(parent nil :type (or clambda null))
- (allow-instrumenting *allow-instrumenting* :type boolean))
+ (allow-instrumenting *allow-instrumenting* :type boolean)
+ ;; True if this is a system introduced lambda: it may contain user code, but
+ ;; the lambda itself is not, and the bindings introduced by it are considered
+ ;; transparent by the nested DX analysis.
+ (system-lambda-p nil :type boolean))
(defprinter (clambda :conc-name lambda- :identity t)
%source-name
%debug-name
;; propagation. This is left null by the lambda pre-pass if it
;; determine that this is a set closure variable, and is thus not a
;; good subject for flow analysis.
- (constraints nil :type (or sset null))
+ (constraints nil :type (or null t #| FIXME: conset |#))
;; Initial type of a LET variable as last seen by PROPAGATE-FROM-SETS.
(last-initial-type *universal-type* :type ctype)
;; The FOP handle of the lexical variable represented by LAMBDA-VAR
(%source-name (missing-arg) :type symbol :read-only t))
(defprinter (ref :identity t)
#!+sb-show id
- %source-name
+ (%source-name :test (neq %source-name '.anonymous.))
leaf)
;;; Naturally, the IF node always appears at the end of a block.
;; the blocks that we execute next in true and false case,
;; respectively (may be the same)
(consequent (missing-arg) :type cblock)
- (consequent-constraints nil :type (or null sset))
+ (consequent-constraints nil :type (or null t #| FIXME: conset |#))
(alternative (missing-arg) :type cblock)
- (alternative-constraints nil :type (or null sset)))
+ (alternative-constraints nil :type (or null t #| FIXME: conset |#)))
(defprinter (cif :conc-name if- :identity t)
(test :prin1 (lvar-uses test))
consequent
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