#lang rosette (define (check-spec-len prop pre spec xs) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs))))) (define (check-spec-is-empty prop pre spec xs) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs))))) (define (check-spec-first prop pre spec xs) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs))))) (define (check-spec-last prop pre spec xs) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs))))) (define (check-spec-contains prop pre spec xs x) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs x))))) (define (check-spec-insert prop pre spec xs x) (assume (and (prop xs) (pre xs))) (assert (prop (spec xs x)))) (define (check-spec-remove prop pre spec xs x) (assume (and (prop xs) (pre xs))) (assert (prop (car (spec xs x))))) (define (check-spec-clear prop pre spec xs) (assume (and (prop xs) (pre xs))) (assert (prop (spec xs)))) (define (check-not-contradict prop pre xs) (assert (and (prop xs) (pre xs) (> (length xs) 1)))) (define (check prop pres specs xs x . rest) (cond [(or (unsat? (solve (check-not-contradict prop (first pres) xs))) (unsat? (solve (check-not-contradict prop (second pres) xs))) (unsat? (solve (check-not-contradict prop (third pres) xs))) (unsat? (solve (check-not-contradict prop (fourth pres) xs))) (unsat? (solve (check-not-contradict prop (fifth pres) xs))) (unsat? (solve (check-not-contradict prop (sixth pres) xs))) ) #f] [else (and (unsat? (verify (check-spec-clear prop (first pres) (first specs) xs))) (unsat? (verify (check-spec-contains prop (second pres) (second specs) xs x))) (unsat? (verify (check-spec-insert prop (third pres) (third specs) xs x))) (unsat? (verify (check-spec-is-empty prop (fourth pres) (fourth specs) xs))) (unsat? (verify (check-spec-len prop (fifth pres) (fifth specs) xs))) (unsat? (verify (check-spec-remove prop (sixth pres) (sixth specs) xs x))) )])) (provide check)