Esempio n. 1
0
func testBool(body jquery.JQuery) {
	logInfo("begin testBool")
	cases := []struct {
		name  string
		b     bool
		valid htmlctrl.Validator
	}{
		{"b1", false, nil},
		{"b2", true, nil},
		{"b3", true, htmlctrl.ValidateBool(func(b bool) bool {
			log("b3 is locked at true")
			return b
		})},
		{"b4", false, htmlctrl.ValidateBool(func(b bool) bool {
			log("b4 is locked at false")
			return !b
		})},
	}
	bools := jq("<div>").AddClass("bools")
	for _, c := range cases {
		logInfo(fmt.Sprintf("test case: %#v", c))
		j, e := htmlctrl.Bool(&c.b, c.name, "bool-id", "bool-class", c.valid)
		if e != nil {
			logError(fmt.Sprintf("%s: unexpected error: %s", c.name, e))
		}
		if b := j.Prop("checked").(bool); b != c.b {
			logError(fmt.Sprintf("%s: checked was %t, expected %t", c.name, b, c.b))
		}
		if title := j.Attr("title"); title != c.name {
			logError(fmt.Sprintf("%s: title is %s, expected %s", c.name, title, c.name))
		}
		bools.Append(j)
		c := &c
		bools.Append(jq("<button>").SetText("verify "+c.name).Call(jquery.CLICK, func() {
			log(c.name, c.b)
		}))
	}
	body.Append(bools)
	logInfo("end testBool")
}
Esempio n. 2
0
func testStruct(body jquery.JQuery) {
	logInfo("begin testStruct")
	Bptr := true
	Iptr := 11
	Fptr := 1.1
	Sptr := "abc"
	type St2 struct {
		B []int `desc:"inner int" id:"St2-B" class:"struct-int-slice" min:"-1" max:"11"`
	}
	type St1 struct {
		A []St2 `desc:"slice of St2 struct" id:"St1-A" class:"struct-struct-slice"`
	}
	struct1 := struct {
		b    bool
		B    bool     `desc:"a bool"`
		Bptr *bool    `desc:"bool ptr" id:"s1-Bptr" class:"struct-bool-ptr"`
		Bt   bool     `desc:"Always true" valid:"BoolTrue"`
		I    int      `desc:"an int" id:"s1-I" class:"struct-int"`
		Iptr *int     `desc:"int ptr"`
		Ilim int      `desc:"limited int" min:"1" max:"10" step:"2" valid:"IntNot5"`
		F    float64  `desc:"an float64" id:"s1-F" class:"struct-float64"`
		Fptr *float64 `desc:"float64 ptr"`
		Flim float64  `desc:"limited float64" min:"1.2" max:"10.5" step:"1.2" valid:"Float64Not5"`
		S    string   `desc:"a string" id:"s1-S" class:"struct-string"`
		Sptr *string  `desc:"string ptr"`
		Slim string   `desc:"limited string" valid:"StringNotHello"`
		C    string   `desc:"a choice" choice:"def,abc,invalid,hi" id:"s1-C" class:"struct-choice"`
		Cptr *string  `desc:"choice ptr" choice:"def,abc,invalid,hi"`
		Clim string   `desc:"limited choice" choice:"def,abc,invalid,hi" valid:"ChoiceNotInvalid"`
		St   St1      `desc:"inner struct" id:"s1-St" class:"struct-struct"`
	}{
		false, false, &Bptr, true,
		2, &Iptr, 1,
		2.5, &Fptr, 1.2,
		"a", &Sptr, "def",
		"", &Sptr, "hi",
		St1{A: []St2{}},
	}
	htmlctrl.RegisterValidator("BoolTrue", htmlctrl.ValidateBool(func(b bool) bool {
		log("bool is locked at true")
		return b
	}))
	htmlctrl.RegisterValidator("IntNot5", htmlctrl.ValidateInt(func(i int) bool {
		not5 := i != 5
		if !not5 {
			log("int can't be 5")
		}
		return not5
	}))
	htmlctrl.RegisterValidator("Float64Not5", htmlctrl.ValidateFloat64(func(f float64) bool {
		not5 := f != 5
		if !not5 {
			log("float can't be 5")
		}
		return not5
	}))
	htmlctrl.RegisterValidator("StringNotHello", htmlctrl.ValidateString(func(s string) bool {
		notHello := s != "hello"
		if !notHello {
			log("string can't be 'hello'")
		}
		return notHello
	}))
	htmlctrl.RegisterValidator("ChoiceNotInvalid", htmlctrl.ValidateString(func(c string) bool {
		if c == "invalid" {
			log("choice can't be 'invalid'")
		}
		return c != "invalid"
	}))
	_, e := htmlctrl.Struct(struct1, "error", "struct-id", "struct-class")
	if e == nil {
		logError("expected error when passing non-ptr")
	}
	_, e = htmlctrl.Struct(&e, "error", "struct-id", "struct-class")
	if e == nil {
		logError("expected error when passing ptr to non-slice")
	}

	j, e := htmlctrl.Struct(&struct1, "struct1", "struct-id", "struct-class")
	if e != nil {
		logError(fmt.Sprintf("%s: unexpected error: %s", "struct1", e))
	}
	if title := j.Attr("title"); title != "struct1" {
		logError(fmt.Sprintf("%s: title is %s, expected %s", "struct1", title, "struct1"))
	}
	body.Append(j)
	body.Append(jq("<button>").SetText("verify struct1").Call(jquery.CLICK, func() {
		log("struct1", struct1)
	}))

	logInfo("end testStruct")
}
Esempio n. 3
0
func testSlices(body jquery.JQuery) {
	logInfo("begin testSlices")
	logInfo("begin testSlice bool")
	cases := []sliceCase{
		&sliceBoolCase{"bool1", []bool{}},
		&sliceBoolCase{"bool2", []bool{true, false}},
	}
	_, e := htmlctrl.Slice(cases[0], "error", "slice-id", "slice-class", 0, 0, 0, nil)
	if e == nil {
		logError("expected error when passing non-ptr to slice")
	}
	_, e = htmlctrl.Slice(&e, "error", "slice-id", "slice-class", 0, 0, 0, nil)
	if e == nil {
		logError("expected error when passing ptr to non-slice")
	}
	testSlice(body, cases)

	logInfo("begin testSlice *bool")
	b1, b2 := true, false
	cases = []sliceCase{
		&sliceBoolPtrCase{"[]*bool1", []*bool{&b1, &b2}, htmlctrl.ValidateBool(func(b bool) bool {
			log("bool is locked at true")
			return b
		})},
		&sliceBoolPtrCase{"[]*bool2", []*bool{}, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice int")
	cases = []sliceCase{
		&sliceIntCase{"[]int1", []int{2, 4}, 0, 50, 2, htmlctrl.ValidateInt(func(i int) bool {
			allowed := i != 3 && i != 5 && i != 7
			if !allowed {
				log("int may not be 3, 5, or 7")
			}
			return allowed
		})},
		&sliceIntCase{"[]int2", []int{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice *int")
	i1, i2 := 1, 22
	cases = []sliceCase{
		&sliceIntPtrCase{"[]*int1", []*int{&i1, &i2}, 0, 50, 2, htmlctrl.ValidateInt(func(i int) bool {
			allowed := i != 3 && i != 5 && i != 7
			if !allowed {
				log("int may not be 3, 5, or 7")
			}
			return allowed
		})},
		&sliceIntPtrCase{"[]*int2", []*int{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice float64")
	cases = []sliceCase{
		&sliceFloat64Case{"[]float64 1", []float64{2.1, 4.2}, 0, 50, 2.1,
			htmlctrl.ValidateFloat64(func(f float64) bool {
				allowed := f != 3 && f != 5 && f != 7
				if !allowed {
					log("float64 may not be 3, 5, or 7")
				}
				return allowed
			})},
		&sliceFloat64Case{"[]float64 2", []float64{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice *float64")
	f1, f2 := 1.1, 22.2
	cases = []sliceCase{
		&sliceFloat64PtrCase{"[]*float64 1", []*float64{&f1, &f2}, 0, 50, 2,
			htmlctrl.ValidateFloat64(func(f float64) bool {
				allowed := f != 3 && f != 5 && f != 7
				if !allowed {
					log("float64 may not be 3, 5, or 7")
				}
				return allowed
			})},
		&sliceFloat64PtrCase{"[]*float64 2", []*float64{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice string")
	cases = []sliceCase{
		&sliceStringCase{"[]string1", []string{"a", "b"},
			htmlctrl.ValidateString(func(s string) bool {
				allowed := s != "c" && s != "d"
				if !allowed {
					log("string may not be c, d")
				}
				return allowed
			})},
		&sliceStringCase{"[]string2", []string{}, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice *string")
	s1, s2 := "ab", "cd"
	cases = []sliceCase{
		&sliceStringPtrCase{"[]*string1", []*string{&s1, &s2},
			htmlctrl.ValidateString(func(s string) bool {
				allowed := s != "c" && s != "d"
				if !allowed {
					log("string may not be c, d")
				}
				return allowed
			})},
		&sliceStringPtrCase{"[]*string2", []*string{}, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice []int")
	cases = []sliceCase{
		&sliceIntSliceCase{"[][]int1", [][]int{{2, 4}, {8, 16}}, 0, 50, 2, htmlctrl.ValidateInt(func(i int) bool {
			allowed := i != 3 && i != 5 && i != 7
			if !allowed {
				log("int may not be 3, 5, or 7")
			}
			return allowed
		})},
		&sliceIntSliceCase{"[][]int2", [][]int{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("begin testSlice *[]*int")
	is1, is2 := []*int{&i1, &i2}, []*int{}
	cases = []sliceCase{
		&sliceIntPtrSliceCase{"[]*[]*int1", []*[]*int{&is1, &is2}, 0, 50, 2, htmlctrl.ValidateInt(func(i int) bool {
			allowed := i != 3 && i != 5 && i != 7
			if !allowed {
				log("int may not be 3, 5, or 7")
			}
			return allowed
		})},
		&sliceIntPtrSliceCase{"[]*[]*int2", []*[]*int{}, 0, 0, 1, nil},
	}
	testSlice(body, cases)

	logInfo("end testSlices")
}