e another, much earlier, reference
> time. The remainder in that division will be different.
>
> //jb
>
> On 11 Nov 2016, at 15:53, Brian Picciano wrote:
>
> Here's a test case to show what I mean:
>
> func TestWat(t *T) {
> now := time.Now()
> trunc := rand
Here's a test case to show what I mean:
func TestWat(t *T) {
now := time.Now()
trunc := rand.Int63n(int64(time.Second))
t.Logf("trunc: %v", trunc)
t1 := now.Truncate(time.Duration(trunc))
t2 := time.Unix(0, trunc*(now.UnixNano()/trunc))
// this fails for some reason
assert.Equal(t, t1, t2)
}
Fo
t; unmarshalling. Document the expectations for the library user. :)
>
> //jb
>
>
> ons 19 okt. 2016 kl 23:25 skrev Brian Picciano :
>
> Hi Ian! I don't think that would work, my data can be pretty much any
> arbitrary data, including binary data. So I would need t
wrote:
>
> On Wed, Oct 19, 2016, at 03:34 PM, Brian Picciano wrote:
>
> Hi there! My use-case involves reading all data off of an io.Reader and
> scanning it into a receiver value provided by the user of my library. In
> many ways the same thing as fmt.Fscan. The difference is t
Hi there! My use-case involves reading all data off of an io.Reader and
scanning it into a receiver value provided by the user of my library. In
many ways the same thing as fmt.Fscan. The difference is that only one
receiver value is allowed, and I want to read _all_ data until io.EOF, not
just
