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rename facet effect key from e to f

This commit is contained in:
Sam Caldwell 2018-07-27 10:24:46 -04:00 committed by Sam Caldwell
parent 71c2846a93
commit 5bd391dd77
1 changed files with 65 additions and 55 deletions
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120
racket/typed/roles.rkt
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@ -51,7 +51,8 @@
;; : describes the immediate result of evaluation ;; : describes the immediate result of evaluation
;; a key aggregates `assert` endpoints ;; a key aggregates `assert` endpoints
;; r key aggregates each `on` endpoint as a `Reaction` ;; r key aggregates each `on` endpoint as a `Reaction`
;; e key aggregates effects, such as starting a facet ;; f key aggregates facet effects (starting a facet)
;; s key aggregates spawned actors
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
@ -185,10 +186,10 @@
(user-ctor #'Cons- #'StructName)) (user-ctor #'Cons- #'StructName))
(define-typed-syntax (Cons- e (... ...)) ≫ (define-typed-syntax (Cons- e (... ...)) ≫
#:fail-unless (= #,arity (stx-length #'(e (... ...)))) "arity mismatch" #:fail-unless (= #,arity (stx-length #'(e (... ...)))) "arity mismatch"
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] (... ...) [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())] (... ...)
---------------------- ----------------------
[⊢ (#%app- StructName e- (... ...)) (⇒ : (TypeCons τ (... ...))) [⊢ (#%app- StructName e- (... ...)) (⇒ : (TypeCons τ (... ...)))
(⇒ a ()) (⇒ r ()) (⇒ e ())]) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-type-alias Alias AliasBody) ...)])) (define-type-alias Alias AliasBody) ...)]))
(begin-for-syntax (begin-for-syntax
@ -328,6 +329,11 @@
[(~Observe (~Inbound τ)) #'(Observe τ)] [(~Observe (~Inbound τ)) #'(Observe τ)]
[_ #'(U*)]))) [_ #'(U*)])))
(define-for-syntax (analyze-role-input/output t)
(syntax-parse t
[(~Role (name:id) (~Shares τ-s) (~Reacts τ-r ...) sub-role ...)
(type-eval #'(U*))]))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Subtyping ;; Subtyping
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
@ -394,12 +400,13 @@
[[name ≫ name- : FacetName] [x ≫ x- : (Field τ-f.norm)] ... [[name ≫ name- : FacetName] [x ≫ x- : (Field τ-f.norm)] ...
⊢ [ep ≫ ep- (⇒ r (τ-r ...)) ⊢ [ep ≫ ep- (⇒ r (τ-r ...))
(⇒ a (τ-a ...)) (⇒ a (τ-a ...))
(⇒ e (τ-e ...))] ...] (⇒ f (τ-fs ...))] ...]
#:with as (type-eval #'(U τ-a ... ...)) #:with as (type-eval #'(U τ-a ... ...))
#:with τ #'(Role (name-) #:with τ #'(Role (name-)
(Shares as) (Shares as)
(Reacts τ-r ... ...) (Reacts τ-r ... ...)
τ-e ... ...) ;; actually these should be empty
τ-fs ... ...)
-------------------------------------------------------------- --------------------------------------------------------------
[⊢ (syndicate:react (let- ([name- (syndicate:current-facet-id)]) [⊢ (syndicate:react (let- ([name- (syndicate:current-facet-id)])
#,(make-fields #'(x- ...) #'(e- ...)) #,(make-fields #'(x- ...) #'(e- ...))
@ -407,7 +414,7 @@
(⇒ : ★/t) (⇒ : ★/t)
(⇒ r ()) (⇒ r ())
(⇒ a ()) (⇒ a ())
(⇒ e (τ))]) (⇒ f (τ))])
(define-for-syntax (make-fields names inits) (define-for-syntax (make-fields names inits)
(syntax-parse #`(#,names #,inits) (syntax-parse #`(#,names #,inits)
@ -415,12 +422,12 @@
#'(syndicate:field [x e] ...)])) #'(syndicate:field [x e] ...)]))
(define-typed-syntax (assert e:expr) ≫ (define-typed-syntax (assert e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())]
------------------------------------- -------------------------------------
[⊢ (syndicate:assert e-) (⇒ : ★/t) [⊢ (syndicate:assert e-) (⇒ : ★/t)
(⇒ a (τ)) (⇒ a (τ))
(⇒ r ()) (⇒ r ())
(⇒ e ())]) (⇒ f ())])
(begin-for-syntax (begin-for-syntax
(define-syntax-class asserted-or-retracted (define-syntax-class asserted-or-retracted
@ -448,17 +455,17 @@
#:with ([x:id τ:type] ...) (pat-bindings #'p) #:with ([x:id τ:type] ...) (pat-bindings #'p)
[[x ≫ x- : τ] ... ⊢ s ≫ s- (⇒ a (~effs τ-as ...)) [[x ≫ x- : τ] ... ⊢ s ≫ s- (⇒ a (~effs τ-as ...))
(⇒ r (~effs τ-rs ...)) (⇒ r (~effs τ-rs ...))
(⇒ e (~effs τ-e ...))] (⇒ f (~effs τ-f ...))]
#:fail-unless (and (stx-andmap bot? #'(τ-as ...)) (stx-andmap bot? #'(τ-rs ...))) #:fail-unless (and (stx-andmap bot? #'(τ-as ...)) (stx-andmap bot? #'(τ-rs ...)))
"illegal context" "illegal context"
#:with (rhs ...) (if (stx-null? #'(τ-e ...)) #'((U*)) #'(τ-e ...)) #:with (rhs ...) (if (stx-null? #'(τ-f ...)) #'((U*)) #'(τ-f ...))
#:with τ-r #'(Reaction (a/r.react-con τp) rhs ...) #:with τ-r #'(Reaction (a/r.react-con τp) rhs ...)
----------------------------------- -----------------------------------
[⊢ (syndicate:on (a/r.syndicate-kw p-) [⊢ (syndicate:on (a/r.syndicate-kw p-)
(let- ([x- x] ...) s-)) (let- ([x- x] ...) s-))
(⇒ : ★/t) (⇒ : ★/t)
(⇒ r (τ-r)) (⇒ r (τ-r))
(⇒ e ()) (⇒ f ())
(⇒ a ())]]) (⇒ a ())]])
;; pat -> ([Id Type] ...) ;; pat -> ([Id Type] ...)
@ -503,9 +510,12 @@
(define-typed-syntax (spawn τ-c:type s) ≫ (define-typed-syntax (spawn τ-c:type s) ≫
#:fail-unless (flat-type? #'τ-c.norm) "Communication type must be first-order" #:fail-unless (flat-type? #'τ-c.norm) "Communication type must be first-order"
[⊢ s ≫ s- (⇒ a ()) (⇒ r ()) (⇒ e (τ-e ...))] [⊢ s ≫ s- (⇒ a (~effs τ-a ...)) (⇒ r (~effs τ-r ...)) (⇒ f (~effs τ-f ...))]
#:fail-unless (and (stx-andmap bot? #'(τ-a ...)) (stx-andmap bot? #'(τ-r ...)))
"illegal context"
;; TODO: s shouldn't refer to facets or fields! ;; TODO: s shouldn't refer to facets or fields!
;; TODO - check the role against the type of the dataspace ;; TODO - check the role against the type of the dataspace
#:do [(define ins-and-outs (stx-map analyze-role-input/output #'(τ-r ...)))]
#| #|
#:fail-unless (<: #'τ-o.norm #'τ-c.norm) #:fail-unless (<: #'τ-o.norm #'τ-c.norm)
(format "Output ~a not valid in dataspace ~a" (type->str #'τ-o.norm) (type->str #'τ-c.norm)) (format "Output ~a not valid in dataspace ~a" (type->str #'τ-o.norm) (type->str #'τ-c.norm))
@ -516,14 +526,14 @@
|# |#
-------------------------------------------------------------------------------------------- --------------------------------------------------------------------------------------------
;; TODO - need a key for spawning actors, I guess ;; TODO - need a key for spawning actors, I guess
[⊢ (syndicate:spawn (syndicate:on-start s-)) (⇒ : ★/t) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (syndicate:spawn (syndicate:on-start s-)) (⇒ : ★/t) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (set! x:id e:expr) ≫ (define-typed-syntax (set! x:id e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())]
[⊢ x ≫ x- (⇒ : (~Field τ-x:type))] [⊢ x ≫ x- (⇒ : (~Field τ-x:type))]
#:fail-unless (<: #'τ #'τ-x) "Ill-typed field write" #:fail-unless (<: #'τ #'τ-x) "Ill-typed field write"
---------------------------------------------------- ----------------------------------------------------
[⊢ (x- e-) (⇒ : ★/t) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (x- e-) (⇒ : ★/t) (⇒ a ()) (⇒ r ()) (⇒ f ())])
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Expressions ;; Expressions
@ -532,7 +542,7 @@
(define-typed-syntax (ref x:id) ≫ (define-typed-syntax (ref x:id) ≫
[⊢ x ≫ x- ⇒ (~Field τ)] [⊢ x ≫ x- ⇒ (~Field τ)]
------------------------ ------------------------
[⊢ (x-) (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (x-) (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (typed-app e_fn e_arg ...) ≫ (define-typed-syntax (typed-app e_fn e_arg ...) ≫
;; TODO : other keys ;; TODO : other keys
@ -544,42 +554,42 @@
[⊢ (#%app- e_fn- e_arg- ...) (⇒ : τ_out) [⊢ (#%app- e_fn- e_arg- ...) (⇒ : τ_out)
(⇒ a ()) (⇒ a ())
(⇒ r ()) (⇒ r ())
(⇒ e ())]) (⇒ f ())])
(define-typed-syntax (tuple e:expr ...) ≫ (define-typed-syntax (tuple e:expr ...) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] ... [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())] ...
----------------------- -----------------------
[⊢ (list- 'tuple e- ...) (⇒ : (Tuple τ ...)) [⊢ (list- 'tuple e- ...) (⇒ : (Tuple τ ...))
(⇒ a ()) (⇒ a ())
(⇒ r ()) (⇒ r ())
(⇒ e ())]) (⇒ f ())])
(define-typed-syntax (select n:nat e:expr) ≫ (define-typed-syntax (select n:nat e:expr) ≫
[⊢ e ≫ e- (⇒ : (~Tuple τ ...)) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : (~Tuple τ ...)) (⇒ a ()) (⇒ r ()) (⇒ f ())]
#:do [(define i (syntax->datum #'n))] #:do [(define i (syntax->datum #'n))]
#:fail-unless (< i (stx-length #'(τ ...))) "index out of range" #:fail-unless (< i (stx-length #'(τ ...))) "index out of range"
#:with τr (list-ref (stx->list #'(τ ...)) i) #:with τr (list-ref (stx->list #'(τ ...)) i)
-------------------------------------------------------------- --------------------------------------------------------------
[⊢ (tuple-select n e-) (⇒ : τr) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (tuple-select n e-) (⇒ : τr) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define- (tuple-select n t) (define- (tuple-select n t)
(list-ref- t (add1 n))) (list-ref- t (add1 n)))
;; it would be nice to abstract over these three ;; it would be nice to abstract over these three
(define-typed-syntax (observe e:expr) ≫ (define-typed-syntax (observe e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())]
--------------------------------------------------------------------------- ---------------------------------------------------------------------------
[⊢ (syndicate:observe e-) (⇒ : (Observe τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (syndicate:observe e-) (⇒ : (Observe τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (inbound e:expr) ≫ (define-typed-syntax (inbound e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())]
--------------------------------------------------------------------------- ---------------------------------------------------------------------------
[⊢ (syndicate:inbound e-) (⇒ : (Inbound τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (syndicate:inbound e-) (⇒ : (Inbound τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (outbound e:expr) ≫ (define-typed-syntax (outbound e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())]
--------------------------------------------------------------------------- ---------------------------------------------------------------------------
[⊢ (syndicate:outbound e-) (⇒ : (Outbound τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (syndicate:outbound e-) (⇒ : (Outbound τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())])
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Patterns ;; Patterns
@ -587,13 +597,13 @@
(define-typed-syntax (bind x:id τ:type) ≫ (define-typed-syntax (bind x:id τ:type) ≫
---------------------------------------- ----------------------------------------
[⊢ (error- 'bind "escaped") (⇒ : (Bind τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (error- 'bind "escaped") (⇒ : (Bind τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax discard (define-typed-syntax discard
[_ ≫ [_ ≫
-------------------- --------------------
;; TODO: change void to _ ;; TODO: change void to _
[⊢ (error- 'discard "escaped") (⇒ : Discard) (⇒ a ()) (⇒ r ()) (⇒ e ())]]) [⊢ (error- 'discard "escaped") (⇒ : Discard) (⇒ a ()) (⇒ r ()) (⇒ f ())]])
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Core-ish forms ;; Core-ish forms
@ -617,54 +627,54 @@
(define-primop = (→ Int Int Bool)) (define-primop = (→ Int Int Bool))
(define-typed-syntax (/ e1 e2) ≫ (define-typed-syntax (/ e1 e2) ≫
[⊢ e1 ≫ e1- (⇐ : Int) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e1 ≫ e1- (⇐ : Int) (⇒ a ()) (⇒ r ()) (⇒ f ())]
[⊢ e2 ≫ e2- (⇐ : Int) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e2 ≫ e2- (⇐ : Int) (⇒ a ()) (⇒ r ()) (⇒ f ())]
------------------------ ------------------------
[⊢ (exact-truncate- (/- e1- e2-)) (⇒ : Int) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (exact-truncate- (/- e1- e2-)) (⇒ : Int) (⇒ a ()) (⇒ r ()) (⇒ f ())])
;; for some reason defining `and` as a prim op doesn't work ;; for some reason defining `and` as a prim op doesn't work
(define-typed-syntax (and e ...) ≫ (define-typed-syntax (and e ...) ≫
[⊢ e ≫ e- (⇐ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())] ... [⊢ e ≫ e- (⇐ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())] ...
------------------------ ------------------------
[⊢ (and- e- ...) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (and- e- ...) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (equal? e1:expr e2:expr) ≫ (define-typed-syntax (equal? e1:expr e2:expr) ≫
[⊢ e1 ≫ e1- (⇒ : τ1:type) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e1 ≫ e1- (⇒ : τ1:type) (⇒ a ()) (⇒ r ()) (⇒ f ())]
#:fail-unless (flat-type? #'τ1.norm) #:fail-unless (flat-type? #'τ1.norm)
(format "equality only available on flat data; got ~a" (type->str #'τ1)) (format "equality only available on flat data; got ~a" (type->str #'τ1))
[⊢ e2 ≫ e2- (⇐ : τ1) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e2 ≫ e2- (⇐ : τ1) (⇒ a ()) (⇒ r ()) (⇒ f ())]
--------------------------------------------------------------------------- ---------------------------------------------------------------------------
[⊢ (equal?- e1- e2-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (equal?- e1- e2-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (empty? e) ≫ (define-typed-syntax (empty? e) ≫
[⊢ e ≫ e- (⇒ : (~List _)) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : (~List _)) (⇒ a ()) (⇒ r ()) (⇒ f ())]
----------------------- -----------------------
[⊢ (empty?- e-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (empty?- e-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (first e) ≫ (define-typed-syntax (first e) ≫
[⊢ e ≫ e- (⇒ : (~List τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : (~List τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())]
----------------------- -----------------------
[⊢ (first- e-) (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (first- e-) (⇒ : τ) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (rest e) ≫ (define-typed-syntax (rest e) ≫
[⊢ e ≫ e- (⇒ : (~List τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : (~List τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())]
----------------------- -----------------------
[⊢ (rest- e-) (⇒ : (List τ)) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (rest- e-) (⇒ : (List τ)) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define-typed-syntax (member? e l) ≫ (define-typed-syntax (member? e l) ≫
[⊢ e ≫ e- (⇒ : τe:type) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ e ≫ e- (⇒ : τe:type) (⇒ a ()) (⇒ r ()) (⇒ f ())]
[⊢ l ≫ l- (⇒ : (~List τl:type)) (⇒ a ()) (⇒ r ()) (⇒ e ())] [⊢ l ≫ l- (⇒ : (~List τl:type)) (⇒ a ()) (⇒ r ()) (⇒ f ())]
#:fail-unless (<: #'τe.norm #'τl.norm) "incompatible list" #:fail-unless (<: #'τe.norm #'τl.norm) "incompatible list"
---------------------------------------- ----------------------------------------
[⊢ (member?- e- l-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())]) [⊢ (member?- e- l-) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())])
(define- (member?- v l) (define- (member?- v l)
(and- (member- v l) #t)) (and- (member- v l) #t))
(define-typed-syntax (displayln e:expr) ≫ (define-typed-syntax (displayln e:expr) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ e es)] [⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ f es)]
--------------- ---------------
[⊢ (displayln- e-) (⇒ : ★/t) (⇒ a as) (⇒ r rs) (⇒ e es)]) [⊢ (displayln- e-) (⇒ : ★/t) (⇒ a as) (⇒ r rs) (⇒ f es)])
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Basic Values ;; Basic Values
@ -673,27 +683,27 @@
(define-typed-syntax #%datum (define-typed-syntax #%datum
[(_ . n:integer) ≫ [(_ . n:integer) ≫
---------------- ----------------
[⊢ (#%datum- . n) (⇒ : Int) (⇒ a ()) (⇒ r ()) (⇒ e ())]] [⊢ (#%datum- . n) (⇒ : Int) (⇒ a ()) (⇒ r ()) (⇒ f ())]]
[(_ . b:boolean) ≫ [(_ . b:boolean) ≫
---------------- ----------------
[⊢ (#%datum- . b) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ e ())]] [⊢ (#%datum- . b) (⇒ : Bool) (⇒ a ()) (⇒ r ()) (⇒ f ())]]
[(_ . s:string) ≫ [(_ . s:string) ≫
---------------- ----------------
[⊢ (#%datum- . s) (⇒ : String) (⇒ a ()) (⇒ r ()) (⇒ e ())]]) [⊢ (#%datum- . s) (⇒ : String) (⇒ a ()) (⇒ r ()) (⇒ f ())]])
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Utilities ;; Utilities
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(define-typed-syntax (print-type e) ≫ (define-typed-syntax (print-type e) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ e es)] [⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ f es)]
#:do [(displayln (type->str #'τ))] #:do [(displayln (type->str #'τ))]
---------------------------------- ----------------------------------
[⊢ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ e es)]) [⊢ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ f es)])
(define-typed-syntax (print-role e) ≫ (define-typed-syntax (print-role e) ≫
[⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ e es)] [⊢ e ≫ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ f es)]
#:do [(for ([r (in-syntax #'es)]) #:do [(for ([r (in-syntax #'es)])
(displayln (type->str r)))] (displayln (type->str r)))]
---------------------------------- ----------------------------------
[⊢ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ e es)]) [⊢ e- (⇒ : τ) (⇒ a as) (⇒ r rs) (⇒ f es)])