package param
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import (
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"net/url"
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"testing"
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)
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type Crazy struct {
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A *Crazy
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B *Crazy
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Value int
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Slice []int
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Map map[string]Crazy
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}
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func TestCrazy(t *testing.T) {
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t.Parallel()
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c := Crazy{}
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err := Parse(url.Values{
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"A[B][B][A][Value]": {"1"},
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"B[A][A][Slice][]": {"3", "1", "4"},
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"B[Map][hello][A][Value]": {"8"},
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"A[Value]": {"2"},
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"A[Slice][]": {"9", "1", "1"},
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"Value": {"42"},
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}, &c)
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if err != nil {
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t.Error("Error parsing craziness: ", err)
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}
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// Exhaustively checking everything here is going to be a huge pain, so
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// let's just hope for the best, pretend NPEs don't exist, and hope that
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// this test covers enough stuff that it's actually useful.
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assertEqual(t, "c.A.B.B.A.Value", 1, c.A.B.B.A.Value)
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assertEqual(t, "c.A.Value", 2, c.A.Value)
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assertEqual(t, "c.Value", 42, c.Value)
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assertEqual(t, `c.B.Map["hello"].A.Value`, 8, c.B.Map["hello"].A.Value)
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assertEqual(t, "c.A.B.B.B", (*Crazy)(nil), c.A.B.B.B)
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assertEqual(t, "c.A.B.A", (*Crazy)(nil), c.A.B.A)
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assertEqual(t, "c.A.A", (*Crazy)(nil), c.A.A)
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if c.Slice != nil || c.Map != nil {
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t.Error("Map and Slice should not be set")
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}
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sl := c.B.A.A.Slice
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if len(sl) != 3 || sl[0] != 3 || sl[1] != 1 || sl[2] != 4 {
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t.Error("Something is wrong with c.B.A.A.Slice")
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}
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sl = c.A.Slice
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if len(sl) != 3 || sl[0] != 9 || sl[1] != 1 || sl[2] != 1 {
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t.Error("Something is wrong with c.A.Slice")
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}
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}
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