func Test_TimeIsPresent(t *testing.T) {
a := assert.New(t)
v := TimeIsPresent{"Created At", time.Now()}
es := validate.NewErrors()
v.IsValid(es)
a.Equal(0, es.Count())
v = TimeIsPresent{"Created At", time.Time{}}
v.IsValid(es)
a.Equal(1, es.Count())
a.Equal(es.Get("created_at"), []string{"Created At can not be blank."})
}
func Test_IntIsPresent(t *testing.T) {
assert := assert.New(t)
v := IntIsPresent{"Name", 1}
errors := validate.NewErrors()
v.IsValid(errors)
assert.Equal(errors.Count(), 0)
v = IntIsPresent{"Name", 0}
v.IsValid(errors)
assert.Equal(errors.Count(), 1)
assert.Equal(errors.Get("name"), []string{"Name can not be blank."})
}
func Test_IntArrayIsPresent(t *testing.T) {
assert := assert.New(t)
v := IntArrayIsPresent{"Name", []int{1}}
errors := validate.NewErrors()
v.IsValid(errors)
assert.Equal(errors.Count(), 0)
v = IntArrayIsPresent{"Name", []int{}}
v.IsValid(errors)
assert.Equal(errors.Count(), 1)
assert.Equal(errors.Get("name"), []string{"Name can not be empty."})
}
func Test_StringInclusion(t *testing.T) {
r := require.New(t)
l := []string{"Mark", "Bates"}
v := StringInclusion{"Name", "Mark", l}
errors := validate.NewErrors()
v.IsValid(errors)
r.Equal(errors.Count(), 0)
v = StringInclusion{"Name", "Foo", l}
v.IsValid(errors)
r.Equal(errors.Count(), 1)
r.Equal(errors.Get("name"), []string{"Name is not in the list [Mark, Bates]."})
}
func Test_FuncValidator(t *testing.T) {
r := require.New(t)
fv := &validators.FuncValidator{
Field: "Name",
Message: "%s can't be blank",
Fn: func() bool {
return false
},
}
verrs := validate.NewErrors()
fv.IsValid(verrs)
r.Equal([]string{"Name can't be blank"}, verrs.Get("name"))
}
func Test_TimeIsBeforeTime(t *testing.T) {
a := assert.New(t)
now := time.Now()
v := TimeIsBeforeTime{
FirstName: "Opens At", FirstTime: now,
SecondName: "Closes At", SecondTime: now.Add(100000),
}
es := validate.NewErrors()
v.IsValid(es)
a.Equal(0, es.Count())
v.SecondTime = now.Add(-100000)
v.IsValid(es)
a.Equal(1, es.Count())
a.Equal(es.Get("opens_at"), []string{"Opens At must be before Closes At."})
}
