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penpot/test/uxbox/state/shapes_tests.cljs
2016-02-24 22:11:33 +02:00

264 lines
11 KiB
Clojure

(ns uxbox.state.shapes-tests
(:require [cljs.test :as t :include-macros true]
[cljs.pprint :refer (pprint)]
[uxbox.state.shapes :as ssh]))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Duplicate (one shape)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defn constantly-inc
[init]
(let [v (atom init)]
(fn [& args]
(let [result @v]
(swap! v inc)
result))))
;; duplicate shape: duplicate simple shape
(t/deftest duplicate-shapes-test1
(let [initial {:pages-by-id {1 {:id 1 :shapes [1]}}
:shapes-by-id {1 {:id 1 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 2])
(assoc-in [:shapes-by-id 2] {:id 2 :page 1}))]
(with-redefs [cljs.core/random-uuid (constantly 2)]
(let [result (ssh/duplicate-shapes initial [1])]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))))))
;; duplicate shape: duplicate inside group
(t/deftest duplicate-shapes-test2
(let [initial {:pages-by-id {1 {:id 1 :shapes [1]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2 3]}
2 {:id 2 :page 1 :group 1}
3 {:id 3 :page 1 :group 1}}}
expected (-> initial
(assoc-in [:shapes-by-id 1 :items] [2 3 4 5])
(assoc-in [:shapes-by-id 4] {:id 4 :page 1 :group 1})
(assoc-in [:shapes-by-id 5] {:id 5 :page 1 :group 1}))]
(with-redefs [cljs.core/random-uuid (constantly-inc 4)]
(let [result (ssh/duplicate-shapes initial [2 3])]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))))))
;; duplicate shape: duplicate mixed bag
(t/deftest duplicate-shapes-test3
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 4]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2 3]}
2 {:id 2 :page 1 :group 1}
3 {:id 3 :page 1 :group 1}
4 {:id 4 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 4 5 6])
(assoc-in [:shapes-by-id 5] {:id 5 :page 1})
(assoc-in [:shapes-by-id 6] {:id 6 :page 1}))]
(with-redefs [cljs.core/random-uuid (constantly-inc 5)]
(let [result (ssh/duplicate-shapes initial [3 4])]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))))))
;; duplicate shape: duplicate one group
(t/deftest duplicate-shapes-test4
(let [initial {:pages-by-id {1 {:id 1 :shapes [1]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2]}
2 {:id 3 :page 1 :group 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 3])
(assoc-in [:shapes-by-id 3] {:id 3 :page 1
:type :builtin/group
:items [4]})
(assoc-in [:shapes-by-id 4] {:id 4 :page 1 :group 3}))]
(with-redefs [cljs.core/random-uuid (constantly-inc 3)]
(let [result (ssh/duplicate-shapes initial [1])]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))))))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Drop Shape (drag and drop and sorted)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; drop shape: move shape before other shape
(t/deftest drop-shape-test1
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 2 3]}}
:shapes-by-id {1 {:id 1 :page 1}
2 {:id 2 :page 1}
3 {:id 3 :page 1}}}
expected (assoc-in initial [:pages-by-id 1 :shapes] [3 1 2])
result (ssh/drop-shape initial 3 1 :before)]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move shape after other shape
(t/deftest drop-shape-test2
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 2 3]}}
:shapes-by-id {1 {:id 1 :page 1}
2 {:id 2 :page 1}
3 {:id 3 :page 1}}}
expected (assoc-in initial [:pages-by-id 1 :shapes] [1 3 2])
result (ssh/drop-shape initial 3 1 :after)]
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move shape before other shape that is part of group.
(t/deftest drop-shape-test3
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 3 4]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2]}
2 {:id 2 :page 1 :group 1}
3 {:id 3 :page 1}
4 {:id 4 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 4])
(assoc-in [:shapes-by-id 1 :items] [3 2])
(assoc-in [:shapes-by-id 3 :group] 1))
result (ssh/drop-shape initial 3 2 :before)]
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move shape inside group
(t/deftest drop-shape-test4
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 3 4]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2]}
2 {:id 2 :page 1 :group 1}
3 {:id 3 :page 1}
4 {:id 4 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 4])
(assoc-in [:shapes-by-id 1 :items] [2 3])
(assoc-in [:shapes-by-id 3 :group] 1))
result (ssh/drop-shape initial 3 1 :inside)]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move shape outside of group
(t/deftest drop-shape-test5
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 4]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2 3]}
2 {:id 2 :page 1 :group 1}
3 {:id 3 :page 1 :group 1}
4 {:id 4 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 4 3])
(assoc-in [:shapes-by-id 1 :items] [2])
(update-in [:shapes-by-id 3] dissoc :group))
result (ssh/drop-shape initial 3 4 :after)]
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move group inside group
(t/deftest drop-shape-test6
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 2]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [3]}
2 {:id 2 :page 1
:type :builtin/group
:items [4]}
3 {:id 3 :page 1 :group 1}
4 {:id 4 :page 1 :group 2}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1])
(assoc-in [:shapes-by-id 1 :items] [3 2])
(assoc-in [:shapes-by-id 2 :group] 1))
result (ssh/drop-shape initial 2 3 :after)]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move group outside group
(t/deftest drop-shape-test7
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 3]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2]}
2 {:id 2 :page 1
:group 1
:type :builtin/group
:items [4]}
3 {:id 3 :page 1}
4 {:id 4 :page 1 :group 2}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [2 3])
(update-in [:shapes-by-id] dissoc 1)
(update-in [:shapes-by-id 2] dissoc :group))
result (ssh/drop-shape initial 2 1 :after)]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))
(t/is (vector? (get-in result [:pages-by-id 1 :shapes])))))
;; drop shape: move shape to neested group
(t/deftest drop-shape-test8
(let [initial {:pages-by-id {1 {:id 1 :shapes [1 5 6]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2]}
2 {:id 2 :page 1
:group 1
:type :builtin/group
:items [3 4]}
3 {:id 3 :page 1 :group 2}
4 {:id 4 :page 1 :group 2}
5 {:id 5 :page 1}
6 {:id 6 :page 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1 5])
(update-in [:shapes-by-id 2 :items] conj 6)
(update-in [:shapes-by-id 6] assoc :group 2))
result (ssh/drop-shape initial 6 4 :after)]
;; (pprint expected)
;; (pprint result)
(t/is (= result expected))))
;; drop shape: move shape to neested group
(t/deftest drop-shape-test9
(let [initial {:pages-by-id {1 {:id 1 :shapes [1]}}
:shapes-by-id {1 {:id 1 :page 1
:type :builtin/group
:items [2 5 6]}
2 {:id 2 :page 1
:group 1
:type :builtin/group
:items [3 4]}
3 {:id 3 :page 1 :group 2}
4 {:id 4 :page 1 :group 2}
5 {:id 5 :page 1 :group 1}
6 {:id 6 :page 1 :group 1}}}
expected (-> initial
(assoc-in [:pages-by-id 1 :shapes] [1])
(assoc-in [:shapes-by-id 2 :items] [3 4 6])
(assoc-in [:shapes-by-id 1 :items] [2 5])
(update-in [:shapes-by-id 6] assoc :group 2))
result (ssh/drop-shape initial 6 4 :after)]
(pprint expected)
(pprint result)
(t/is (= result expected))))