binary string
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26
demo.modal
26
demo.modal
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@ -41,6 +41,13 @@
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<> (reverse' ?a nil) (?a)
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<> (reverse' ?a nil) (?a)
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<> (reverse' ?a (?h ?t)) (reverse' (?h ?a) ?t)
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<> (reverse' ?a (?h ?t)) (reverse' (?h ?a) ?t)
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-- map
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<> (map ?f (list ?l)) (map/l map/f ?f ?l)
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<> (map/f ?f (?h ?t)) (?f ?h (map/f ?f ?t))
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<> (map/f ?f (?h)) (map/r (?f ?h))
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<> (?h (map/r ?t)) (map/r (?h ?t))
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<> (map/l map/r ?l) (list ?l)
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-- ( normalize, remove trailing zeros )
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-- ( normalize, remove trailing zeros )
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-- ( currently zero is (0 nil) though arguably it could be nil )
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-- ( currently zero is (0 nil) though arguably it could be nil )
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-- ( that change would require auditing our rules )
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-- ( that change would require auditing our rules )
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@ -57,6 +64,18 @@
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<> (f (?u) nil) (nil)
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<> (f (?u) nil) (nil)
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<> (f (?u) (?h ?t)) (((mul ?h ?u) f ((mul ?u ten)) ?t))
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<> (f (?u) (?h ?t)) (((mul ?h ?u) f ((mul ?u ten)) ?t))
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-- ( to binary str )
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<> ((bstr ?x)) ((bstr1 ?x))
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<> ((bstr1 (0 nil))) ((0 (b 0)))
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<> ((bstr1 (1 nil))) ((0 (b 1)))
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<> ((bstr1 (0 (0 ?c)))) ((bstr2 ?c (0 0)))
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<> ((bstr1 (1 (0 ?c)))) ((bstr2 ?c (0 1)))
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<> ((bstr1 (0 (1 ?c)))) ((bstr2 ?c (1 0)))
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<> ((bstr1 (1 (1 ?c)))) ((bstr2 ?c (1 1)))
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<> ((bstr2 nil ?z)) ((stringify (0 (b ?z))))
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<> ((bstr2 (0 ?t) ?z)) ((bstr2 ?t (0 ?z)))
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<> ((bstr2 (1 ?t) ?z)) ((bstr2 ?t (1 ?z)))
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-- ( to string: TODO, need division for this one )
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-- ( to string: TODO, need division for this one )
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<> ((str ?x)) ((str1 (divmod ?x ten) nil))
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<> ((str ?x)) ((str1 (divmod ?x ten) nil))
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<> ((str1 (?q ?r) ?a)) ((str2 ?q (?r ?a)))
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<> ((str1 (?q ?r) ?a)) ((str2 ?q (?r ?a)))
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@ -100,8 +119,6 @@
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<> ((digitize 8 ?a)) ((stringify (8 ?a)))
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<> ((digitize 8 ?a)) ((stringify (8 ?a)))
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<> ((digitize 9 ?a)) ((stringify (9 ?a)))
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<> ((digitize 9 ?a)) ((stringify (9 ?a)))
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<> ((stringify ?*)) (?*)
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-- ( comparison operartions )
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-- ( comparison operartions )
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<> ((cmp ?x ?y)) ((cmpc #eq ?x ?y))
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<> ((cmp ?x ?y)) ((cmpc #eq ?x ?y))
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<> ((cmpc ?e nil nil)) (?e)
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<> ((cmpc ?e nil nil)) (?e)
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@ -198,4 +215,7 @@
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<> ((mod ?x ?y)) ((mod' (divmod ?x ?y)))
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<> ((mod ?x ?y)) ((mod' (divmod ?x ?y)))
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<> ((mod' (?q ?r))) (?r)
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<> ((mod' (?q ?r))) (?r)
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(str (mul (int 235) (int 345)))
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-- ( stringify )
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<> ((stringify ?*)) (?*)
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(bstr (mul (int 2399) (int 3499)))
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