// In some cases we don't need to check it when there is no possible overflow
// so this test verifys that we have implemented the Checked method correctly.
In some cases we don't need to check it when there is no possible overflow
so this test verifys that we have implemented the Checked method correctly.
// In some cases we don ' t need to check it when there is no possible overflow // so this test verifys that we have implemented the Checked method correctly .
func TestMethodUint64ToTime64Checked(t *testing.T) {
	cases := []struct {
		o Uint64
	}{
		{MaxUint64},
	}
	for _, c := range cases {
		converted, ok := c.o.ToTime64Checked()
		if ok {
			v, ok := converted.ToUint64Checked()
			if ok {
				equal, err := v.Eq(c.o)
				if err != nil {
					t.Errorf("error checking for overflow overflow for Uint64 to Time64: %v", err)
				}
				if err != nil || !equal {
					t.Errorf("detected unhandled overflow for Uint64 to Time64 - %#v != %#v", v, c.o)
				}
			}
		}
	}
}
func TestMethodUint64ToTime64Checked ( t * testing . T ) { cases := [ ] struct { o Uint64 } { { MaxUint64 } , } for _ , c := range cases { converted , ok := c . o . ToTime64Checked ( ) if ok { v , ok := converted . ToUint64Checked ( ) if ok { equal , err := v . Eq ( c . o ) if err != nil { t . Errorf ( " " , err ) } if err != nil || ! equal { t . Errorf ( " " , v , c . o ) } } } } }
In some cases we don't need to check it when there is no possible overflow
so this test verifys that we have implemented the Checked method correctly.
In some cases we don ' t need to check it when there is no possible overflow so this test verifys that we have implemented the Checked method correctly .