circular replacability pasted by Bunny351 on Mon Aug 26 12:35:27 2019
(lambda (k118)
(let ((k119 (##core#lambda
(r120)
(let ((t13 r120))
(let ((k122 (##core#lambda
(r123)
(let ((t14 r123))
(let ((k125 (##core#lambda
(r126)
(let ((t15 r126))
(let ((x10 (##core#undefined)))
(let ((x911 x10))
(let ((t128 (set! x10 #f x911)))
(let ((t12 t128))
(let ((t16 1))
(let ((k129 (##core#lambda (r130) (k118 r130))))
(let ((k132 (##core#lambda (r133) (r133 k129))))
(chicken.base#implicit-exit-handler k132))))))))))))
(##core#callunit expand k125))))))
(##core#callunit eval k122))))))
(##core#callunit library k119)))
analysis added by Bunny351 on Mon Aug 26 12:36:10 2019
f_131 contained-in=f_127 r130 home=f_127 refs=1 f_121 contained-in=f_117 contains=(f_124) t128 home=f_127 rpg refs=1 val=(set! x10 #f) x10 home=f_127 rpg replacable=x911 set und refs=1 val=(##core#variable x911) pval=(##core#variable x911) r133 home=f_127 refs=1 css=1 f_134 contained-in=f_127 f_124 contained-in=f_121 contains=(f_127) chicken.base#implicit-exit-handler glo refs=1 css=1 r120 home=f_117 rpg refs=1 f_117 contains=(f_121) k132 home=f_127 inl refs=1 val=(##core#lambda f_134 #f (r133) 5) k129 home=f_127 replacable=k118 inl cpt refs=1 val=(##core#lambda f_131 #f (r130) 5) r123 home=f_121 rpg refs=1 x911 home=f_127 replacable=x10 rpg refs=1 val=(##core#variable x10) f_127 contained-in=f_124 contains=(f_134 f_131) k125 home=f_124 inl refs=1 val=(##core#lambda f_127 #f (r126) 34) t12 home=f_127 replacable=t128 rem val=(##core#variable t128) r126 home=f_124 rpg refs=1 t14 home=f_124 replacable=r123 rem val=(##core#variable r123) k122 home=f_121 inl refs=1 val=(##core#lambda f_124 #f (r123) 42) k118 rpg cpt refs=1 css=1 t13 home=f_121 replacable=r120 rem val=(##core#variable r120) k119 home=f_117 inl refs=1 val=(##core#lambda f_121 #f (r120) 50) t16 home=f_127 rem col val=(quote 1) t15 home=f_127 replacable=r126 rem val=(##core#variable r126)