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.>.>.>
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/* REXX */ "EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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/**************************/ /* Process the order data */ /**************************/ /* Initialise our known retailers list and totals */ retailers.0 = 0 cancelledOrders = 0
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end /**************************/
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DFGG "EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT STEM orderData" if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData" if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData)" if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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"EXECIO * DISKR ORDERDAT (STEM orderData." if 0 <> RC then do say 'ERROR: Unable to read in the ORDERDAT file' exit 8 end
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f~^kn~+c+ia~^+~cf+?/ [f!c-ki~:~b/au>++*+k~~r~bn!*+i <kk]k/>rkbrn~!:?[->+uc*a+af~>^b+ub+k +i?:fn>+b+kb^+>kn?+ii/kb++u>?a+^+?+u>u?c+ i:+~/+>++:kba+~b?+:>+rr!b+k+++u?n<k!b**<i<c~i <!^<<<<krb~^/]>>-u~/*-:<ck^<++!!:n+!kcbinc[~kr-: *k:!kb?>c~>>*u!nnrbabi>+irn>i?+~+?>icc*+ci+i+!<<rb ^knnb<!<!i<b^r<i!^/]>f/>>a/?>i~>~>>>b--.r/rucffa!/<n <:u<?ua<cr<*:<i:bb<fu/nb.>b:r:*?**>n:!>::~/*+.>>r-:.:
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(defun outer (a b) (defun inner () (* a b))) (outer 5 3) (format t "~a" (inner))
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;; the following code does not work: can't find #'defun ;; must use labels form ;(defun funcs () ; (defun mult-by-10 (x) (* 10 x)) ; (defun add-1 (x) (+1 x)) ; '(#'mult-by-10 #'add-1)) (let ((z 5)) (defun my-mult (x y) (* x y)) ; will be in package scope
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(defun funcs () (defun mult-by-10 (x) (* 10 x)) (defun add-1 (x) (+1 x)) '(#'mult-by-10 #'add-1)) (mult-by-10 5) (add-1 3)
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(setf a '(1 2 3 4 5))
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program TEST integer ans do read (*,*) ans if (ans.eq.42) stop write (*,*) ans enddo stop end
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(defun fu (x y) (loop (when (or (= x 0) (= y 0)) (return (+ x y))) (if (> x y) (setq x (mod x y)) (setq y (mod y x))) ) )
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(defun foo () (format t "Hello, world")) (with-output-to-string (*standard-output*) (foo))
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(defun main () (format t "hello world!~%" ) (quit) )
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(defun si:top-level () (format t "hello world!~%" ) )
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(princ "hellow world!")
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(princ "hellow world!" (mod -7 3))
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(mod -7 3)
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(defun fu (x y) (loop (when (or (= x 0) (= y 0)) (return (+ x y))) (if (> x y) (setq x (mod x y)) (setq y (mod y x))) )


