annotate redBlackTreeTest.agda @ 540:6a4830c5a514

testing
author Shinji KONO <kono@ie.u-ryukyu.ac.jp>
date Thu, 11 Jan 2018 11:55:22 +0900
parents 39d465c20e5a
children 429ece770187
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1 module redBlackTreeTest where
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2
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3 open import RedBlackTree
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4 open import stack
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5 open import Level hiding (zero)
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6
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7 open import Data.Nat
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8
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9 open Tree
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10 open Node
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11 open RedBlackTree.RedBlackTree
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12 open Stack
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13
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14 -- tests
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15
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16 putTree1 : {n m : Level } {a k si : Set n} {t : Set m} -> RedBlackTree {n} {m} {t} a k si -> k -> a -> (RedBlackTree {n} {m} {t} a k si -> t) -> t
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17 putTree1 {n} {m} {a} {k} {si} {t} tree k1 value next with (root tree)
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18 ... | Nothing = next (record tree {root = Just (leafNode k1 value) })
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19 ... | Just n2 = clearStack (nodeStack tree) (\ s -> findNode tree s (leafNode k1 value) n2 (\ tree1 s n1 -> replaceNode tree1 s n1 next))
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20
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21 open import Relation.Binary.PropositionalEquality
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22 open import Relation.Binary.Core
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23 open import Function
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24
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25
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26 check1 : {m : Level } (n : Maybe (Node ℕ ℕ)) -> ℕ -> Bool {m}
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27 check1 Nothing _ = False
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28 check1 (Just n) x with Data.Nat.compare (value n) x
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29 ... | equal _ = True
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30 ... | _ = False
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31
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32 test1 : putTree1 {_} {_} {ℕ} {ℕ} (createEmptyRedBlackTreeℕ ℕ {Set Level.zero} ) 1 1 ( \t -> getRedBlackTree t 1 ( \t x -> check1 x 1 ≡ True ))
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33 test1 = refl
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34
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35 test2 : putTree1 {_} {_} {ℕ} {ℕ} (createEmptyRedBlackTreeℕ ℕ {Set Level.zero} ) 1 1 (
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36 \t -> putTree1 t 2 2 (
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37 \t -> getRedBlackTree t 1 (
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38 \t x -> check1 x 1 ≡ True )))
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39 test2 = refl
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40
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41 test3 : putTree1 {_} {_} {ℕ} {ℕ} (createEmptyRedBlackTreeℕ ℕ {Set Level.zero} ) 1 1
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42 $ \t -> putTree1 t 2 2
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43 $ \t -> getRedBlackTree t 2
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44 $ \t x -> check1 x 2 ≡ True
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45 test3 = refl
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46
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47 -- test4 : putTree1 {_} {_} {ℕ} {ℕ} ( createEmptyRedBlackTreeℕ ℕ {Set Level.zero} ) 1 1 $ \t -> putTree1 t 2 2 $ \t ->
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48 -- root t ≡ Just (record { key = 1; value = 1; left = Just (record { key = 2 ; value = 2 } ); right = Nothing} )
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49 -- test4 = refl
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51
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52 -- test5 : Maybe (Node ℕ ℕ)
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53 test5 = putTree1 {_} {_} {ℕ} {ℕ} (createEmptyRedBlackTreeℕ ℕ ) 1 1
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54 $ \t -> putTree1 t 2 2
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55 -- $ \t -> putTree1 t 3 3
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56 $ \t -> clearStack (nodeStack t)
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57 $ \s -> findNode1 t s (leafNode 3 3) ( root t )
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58 $ \t1 s n1 -> replaceNode t1 s n1
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59 $ \t -> getRedBlackTree t 3
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60 $ \t x -> SingleLinkedStack.top (stack s)
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61 -- $ \t x -> n1
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62 -- $ \t x -> root t1
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63 where
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64 findNode1 : {n m : Level } {a k si : Set n} {t : Set m} -> RedBlackTree {n} {m} {t} a k si -> Stack (Node a k) si -> (Node a k) -> (Maybe (Node a k)) -> (RedBlackTree {n} {m} {t} a k si -> Stack (Node a k) si -> Node a k -> t) -> t
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65 findNode1 t s n1 Nothing next = next t s n1
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66 findNode1 t s n1 ( Just n2 ) next = findNode t s n1 n2 next
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68 -- test51 : putTree1 {_} {_} {ℕ} {ℕ} {_} {Maybe (Node ℕ ℕ)} (createEmptyRedBlackTreeℕ ℕ {Set Level.zero} ) 1 1 $ \t ->
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69 -- putTree1 t 2 2 $ \t -> putTree1 t 3 3 $ \t -> root t ≡ Just (record { key = 1; value = 1; left = Just (record { key = 2 ; value = 2 } ); right = Nothing} )
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70 -- test51 = refl
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72 test6 : Maybe (Node ℕ ℕ)
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73 test6 = root (createEmptyRedBlackTreeℕ {_} ℕ {Maybe (Node ℕ ℕ)})
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76 test7 : Maybe (Node ℕ ℕ)
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77 test7 = clearStack (nodeStack tree2) (\ s -> replaceNode tree2 s n2 (\ t -> root t))
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78 where
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79 tree2 = createEmptyRedBlackTreeℕ {_} ℕ {Maybe (Node ℕ ℕ)}
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80 k1 = 1
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81 n2 = leafNode 0 0
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82 value1 = 1
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83
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84 test8 : Maybe (Node ℕ ℕ)
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85 test8 = putTree1 {_} {_} {ℕ} {ℕ} (createEmptyRedBlackTreeℕ ℕ) 1 1
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86 $ \t -> putTree1 t 2 2 (\ t -> root t)