Hi Mike,
Am Dienstag, 2. September 2014, 09:33:21 schrieb Heiko Stübner:
> Am Montag, 1. September 2014, 17:26:29 schrieb Mike Turquette:
> > Quoting Heiko Stübner (2014-08-28 03:46:10)
> >
> > > On 32bit architectures, like ARM calculating the fractional rate will
> > > do the multiplication
Hi Mike,
Am Dienstag, 2. September 2014, 09:33:21 schrieb Heiko Stübner:
Am Montag, 1. September 2014, 17:26:29 schrieb Mike Turquette:
Quoting Heiko Stübner (2014-08-28 03:46:10)
On 32bit architectures, like ARM calculating the fractional rate will
do the multiplication before
Am Montag, 1. September 2014, 17:26:29 schrieb Mike Turquette:
> Quoting Heiko Stübner (2014-08-28 03:46:10)
>
> > On 32bit architectures, like ARM calculating the fractional rate will
> > do the multiplication before converting the value to u64 when it gets
> > assigned to ret, which can produce
Am Montag, 1. September 2014, 17:26:29 schrieb Mike Turquette:
Quoting Heiko Stübner (2014-08-28 03:46:10)
On 32bit architectures, like ARM calculating the fractional rate will
do the multiplication before converting the value to u64 when it gets
assigned to ret, which can produce
On 32bit architectures, like ARM calculating the fractional rate will
do the multiplication before converting the value to u64 when it gets
assigned to ret, which can produce overflows.
The error in question happened with a parent_rate of 386MHz, m = 3000,
n = 6, which resulted in a wrong
On 32bit architectures, like ARM calculating the fractional rate will
do the multiplication before converting the value to u64 when it gets
assigned to ret, which can produce overflows.
The error in question happened with a parent_rate of 386MHz, m = 3000,
n = 6, which resulted in a wrong
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