(scs nil :type list)
;; the Lisp type equivalent to this type. If this type could never be
;; returned by PRIMITIVE-TYPE, then this is the NIL (or empty) type
- (type (required-argument) :type ctype)
+ (type (missing-arg) :type ctype)
;; the template used to check that an object is of this type. This is a
;; template of one argument and one result, both of primitive-type T. If
;; the argument is of the correct type, then it is delivered into the
;; The elements of this list correspond to the elements of the list
;; in the CLOSURE slot of the ENVIRONMENT object that links to us:
;; essentially this list is related to the CLOSURE list by MAPCAR.
- (environment (required-argument) :type list :read-only t)
+ (environment (missing-arg) :type list :read-only t)
;; the TNs that hold the OLD-FP and RETURN-PC within the function.
;; We always save these so that the debugger can do a backtrace,
;; even if the function has no return (and thus never uses them).
;; differently from the other arguments, since in some
;; implementations we may use a call instruction that requires the
;; return PC to be passed in a particular place.
- (return-pc-pass (required-argument) :type tn :read-only t)
+ (return-pc-pass (missing-arg) :type tn :read-only t)
;; True if this function has a frame on the number stack. This is
;; set by representation selection whenever it is possible that some
;; function in our tail set will make use of the number stack.
;; The return convention used:
;; -- If :UNKNOWN, we use the standard return convention.
;; -- If :FIXED, we use the known-values convention.
- (kind (required-argument) :type (member :fixed :unknown))
+ (kind (missing-arg) :type (member :fixed :unknown))
;; the number of values returned, or :UNKNOWN if we don't know.
;; COUNT may be known when KIND is :UNKNOWN, since we may choose the
;; standard return convention for other reasons.
- (count (required-argument) :type (or index (member :unknown)))
+ (count (missing-arg) :type (or index (member :unknown)))
;; If count isn't :UNKNOWN, then this is a list of the
;; primitive-types of each value.
(types () :type list)
;; unwind-block, so we leave this slot null.
(home nil :type (or tn null))
;; the saved control stack pointer
- (save-sp (required-argument) :type tn)
+ (save-sp (missing-arg) :type tn)
;; the list of dynamic state save TNs
(dynamic-state (list* (make-stack-pointer-tn)
(make-dynamic-state-tns))
;; VOP-Info structure containing static info about the operation
(info nil :type (or vop-info null))
;; the IR2-Block this VOP is in
- (block (required-argument) :type ir2-block)
+ (block (missing-arg) :type ir2-block)
;; VOPs evaluated after and before this one. Null at the
;; beginning/end of the block, and temporarily during IR2
;; translation.
(defstruct (tn-ref (:constructor make-tn-ref (tn write-p))
(:copier nil))
;; the TN referenced
- (tn (required-argument) :type tn)
+ (tn (missing-arg) :type tn)
;; Is this is a write reference? (as opposed to a read reference)
(write-p nil :type boolean)
;; the link for a list running through all TN-Refs for this TN of
;; the arg/result type restrictions. We compute this from the
;; PRIMITIVE-TYPE restrictions to make life easier for IR1 phases
;; that need to anticipate LTN's template selection.
- (type (required-argument) :type fun-type)
+ (type (missing-arg) :type fun-type)
;; lists of restrictions on the argument and result types. A
;; restriction may take several forms:
;; -- The restriction * is no restriction at all.
;; the policy under which this template is the best translation.
;; Note that LTN might use this template under other policies if it
;; can't figure out anything better to do.
- (ltn-policy (required-argument) :type ltn-policy)
+ (ltn-policy (missing-arg) :type ltn-policy)
;; the base cost for this template, given optimistic assumptions
;; such as no operand loading, etc.
- (cost (required-argument) :type index)
+ (cost (missing-arg) :type index)
;; If true, then this is a short noun-like phrase describing what
;; this VOP "does", i.e. the implementation strategy. This is for
;; use in efficiency notes.
;; Two values are returned: the first and last VOP emitted. This vop
;; sequence must be linked into the VOP Next/Prev chain for the
;; block. At least one VOP is always emitted.
- (emit-function (required-argument) :type function))
+ (emit-function (missing-arg) :type function))
(defprinter (template)
name
arg-types
(:make-load-form-fun ignore-it))
;; side-effects of this VOP and side-effects that affect the value
;; of this VOP
- (effects (required-argument) :type attributes)
- (affected (required-argument) :type attributes)
+ (effects (missing-arg) :type attributes)
+ (affected (missing-arg) :type attributes)
;; If true, causes special casing of TNs live after this VOP that
;; aren't results:
;; -- If T, all such TNs that are allocated in a SC with a defined
;; as :NORMAL, but then at the end merges the conflict info into
;; the original TN and replaces all uses of the alias with the
;; original TN. SAVE-TN holds the aliased TN.
- (kind (required-argument)
+ (kind (missing-arg)
:type (member :normal :environment :debug-environment
:save :save-once :specified-save :load :constant
:component :alias))
(:constructor make-global-conflicts (kind tn block number))
(:copier nil))
;; the IR2-Block that this structure represents the conflicts for
- (block (required-argument) :type ir2-block)
+ (block (missing-arg) :type ir2-block)
;; thread running through all the Global-Conflict for Block. This
;; thread is sorted by TN number
(next nil :type (or global-conflicts null))
:initial-element 0)
:type local-tn-bit-vector)
;; the TN we are recording conflicts for.
- (tn (required-argument) :type tn)
+ (tn (missing-arg) :type tn)
;; thread through all the Global-Conflicts for TN
(tn-next nil :type (or global-conflicts null))
;; TN's local TN number in Block. :Live TNs don't have local numbers.
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