9f88e07e1d
This changes let to use a flat list of symbol-value pairs instead of a vector of vectors. One side effect is that (let [[a 1] z]) is not expressible now, and one will explicitly need to set a nil value for z, such as: (let [a 1 z nil]). Closes #713. Signed-off-by: Gergely Nagy <algernon@madhouse-project.org>
92 lines
2.4 KiB
Hy
92 lines
2.4 KiB
Hy
(defn test-shadow-addition []
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"NATIVE: test shadow addition"
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(let [x +]
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(assert (try
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(x)
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(except [TypeError] True)
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(else (raise AssertionError))))
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(assert (= (x 1 2 3 4) 10))
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(assert (= (x 1 2 3 4 5) 15))
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; with strings
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(assert (= (x "a")
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"a"))
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(assert (= (x "a" "b" "c")
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"abc"))
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; with lists
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(assert (= (x ["a"])
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["a"]))
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(assert (= (x ["a"] ["b"] ["c"])
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["a" "b" "c"]))))
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(defn test-shadow-subtraction []
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"NATIVE: test shadow subtraction"
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(let [x -]
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(assert (try
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(x)
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(except [TypeError] True)
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(else (raise AssertionError))))
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(assert (= (x 1) -1))
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(assert (= (x 2 1) 1))
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(assert (= (x 2 1 1) 0))))
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(defn test-shadow-multiplication []
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"NATIVE: test shadow multiplication"
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(let [x *]
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(assert (= (x) 1))
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(assert (= (x 3) 3))
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(assert (= (x 3 3) 9))))
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(defn test-shadow-division []
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"NATIVE: test shadow division"
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(let [x /]
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(assert (try
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(x)
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(except [TypeError] True)
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(else (raise AssertionError))))
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(assert (= (x 1) 1))
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(assert (= (x 8 2) 4))
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(assert (= (x 8 2 2) 2))
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(assert (= (x 8 2 2 2) 1))))
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(defn test-shadow-compare []
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"NATIVE: test shadow compare"
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(for [x [< <= = != >= >]]
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(assert (try
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(x)
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(except [TypeError] True)
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(else (raise AssertionError))))
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(assert (try
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(x 1)
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(except [TypeError] True)
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(else (raise AssertionError)))))
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(for [(, x y) [[< >=]
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[<= >]
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[= !=]]]
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(for [args [[1 2]
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[2 1]
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[1 1]
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[2 2]]]
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(assert (= (apply x args) (not (apply y args))))))
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(let [s-lt <
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s-gt >
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s-le <=
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s-ge >=
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s-eq =
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s-ne !=]
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(assert (apply s-lt [1 2 3]))
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(assert (not (apply s-lt [3 2 1])))
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(assert (apply s-gt [3 2 1]))
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(assert (not (apply s-gt [1 2 3])))
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(assert (apply s-le [1 1 2 2 3 3]))
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(assert (not (apply s-le [1 1 2 2 1 1])))
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(assert (apply s-ge [3 3 2 2 1 1]))
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(assert (not (apply s-ge [3 3 2 2 3 3])))
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(assert (apply s-eq [1 1 1 1 1]))
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(assert (not (apply s-eq [1 1 2 1 1])))
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(assert (apply s-ne [1 2 3 4 5]))
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(assert (not (apply s-ne [1 1 2 3 4])))))
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