Fixed all failing tests. Two issues:
1. The regression test failures were both errors in the tests rather than in the code under test; 2. The failure in the 'bulk' test relates to the fact that the new declarative parser cannot cope with trailing whitespace.
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@ -41,7 +41,7 @@
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lines delimited by the new-line character. Return a list of S-expressions."
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lines delimited by the new-line character. Return a list of S-expressions."
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[string]
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[string]
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;; TODO: tried to do this using with-open, but couldn't make it work.
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;; TODO: tried to do this using with-open, but couldn't make it work.
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(map parse-rule (remove comment? (split string #"\n"))))
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(map #(parse-rule (trim %)) (remove comment? (split string #"\n"))))
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(defn parse-file
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(defn parse-file
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"Parse rules from successive lines in the file loaded from this `filename`.
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"Parse rules from successive lines in the file loaded from this `filename`.
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@ -8,7 +8,7 @@
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(is (= (count (parse-file (as-file "resources/rules.txt"))) 15)
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(is (= (count (parse-file (as-file "resources/rules.txt"))) 15)
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"Should parse all rules and throw no exceptions")
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"Should parse all rules and throw no exceptions")
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(is (empty?
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(is (empty?
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(remove #(= % 'fn)
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(remove #(= % ':RULE)
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(map first
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(map first
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(parse-file
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(parse-file
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(as-file "resources/rules.txt")))))
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(as-file "resources/rules.txt")))))
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@ -22,3 +22,4 @@
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(as-file "resources/rules.txt")))))
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(as-file "resources/rules.txt")))))
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"all compiled rules should be ifns")
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"all compiled rules should be ifns")
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))
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))
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@ -475,12 +475,13 @@
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(deftest regression-tests
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(deftest regression-tests
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(testing "Rule in default set which failed on switchover to declarative rules"
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(testing "Rule in default set which failed on switchover to declarative rules"
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(let [afn (compile-rule "if state is scrub then 1 chance in 5 state should be forest")
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(let [afn (compile-rule "if state is scrub then 1 chance in 1 state should be forest")
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world (transform-world
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world (transform-world
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(make-world 3 3)
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(make-world 3 3)
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(list (compile-rule "if x is 2 then altitude should be 11")
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(list (compile-rule "if x is 2 then altitude should be 11")
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(compile-rule "if x is less than 2 then state should be scrub")))]
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(compile-rule "if x is less than 2 then state should be scrub")))]
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(is (= (:state (apply afn (list {:x 1 :y 1} world))) :forest)
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(is (= (:state (apply afn (list (get-cell world 1 1) world))) :forest)
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"Centre cell is scrub, so rule should fire")
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"Centre cell is scrub, so rule should fire")
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(is (= (:state (apply afn (list {:x 2 :y 1} world))) :beach)
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(is (= (apply afn (list (get-cell world 2 1) world)) nil)
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"Middle cell of the strip is not scrub, so rule should not fire."))))
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"Middle cell of the strip is not scrub, so rule should not fire."))))
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