@@ 127,6 127,12 @@ cross-compiling.)"
body ...)))
(register-compiler! name)))
+(define-gexp-compiler (derivation-compiler (drv derivation?) system target)
+ ;; Derivations are the lowest-level representation, so this is the identity
+ ;; compiler.
+ (with-monad %store-monad
+ (return drv)))
+
;;;
;;; Inputs & outputs.
@@ 165,8 171,6 @@ the cross-compilation target triplet."
(with-monad %store-monad
(sequence %store-monad
(map (match-lambda
- ((and ((? derivation?) sub-drv ...) input)
- (return input))
((and ((? struct? thing) sub-drv ...) input)
(mlet* %store-monad ((lower -> (lookup-compiler thing))
(drv (lower thing system target)))
@@ 262,6 266,7 @@ The other arguments are as for 'derivation'."
(define (graphs-file-names graphs)
;; Return a list of (FILE-NAME . STORE-PATH) pairs made from GRAPHS.
(map (match-lambda
+ ;; TODO: Remove 'derivation?' special cases.
((file-name (? derivation? drv))
(cons file-name (derivation->output-path drv)))
((file-name (? derivation? drv) sub-drv)
@@ 348,8 353,6 @@ The other arguments are as for 'derivation'."
references."
(define (add-reference-inputs ref result)
(match ref
- (($ <gexp-input> (? derivation? drv) output)
- (cons `(,drv ,output) result))
(($ <gexp-input> (? gexp? exp))
(append (gexp-inputs exp references) result))
(($ <gexp-input> (? string? str))
@@ 411,8 414,6 @@ and in the current monad setting (system type, etc.)"
(define* (reference->sexp ref #:optional native?)
(with-monad %store-monad
(match ref
- (($ <gexp-input> (? derivation? drv) output)
- (return (derivation->output-path drv output)))
(($ <gexp-output> output)
;; Output file names are not known in advance but the daemon defines
;; an environment variable for each of them at build time, so use