On 08/31/2013 12:47 AM, Jason Helfman wrote:
>>>
>>> ACK whether you change the enum or not.
>>
>> Thanks; pushed after tweaking the comment to not trigger a false
>> negative during 'make syntax-check'.
>>
>> --
>> Eric Blake eblake redhat com+1-919-301-3266
>> Libvirt virtualization library
On Fri, Aug 30, 2013 at 5:28 AM, Eric Blake wrote:
> On 08/30/2013 03:36 AM, Daniel P. Berrange wrote:
> > On Thu, Aug 29, 2013 at 05:19:21PM -0600, Eric Blake wrote:
> >> FreeBSD 10 recently changed their definition of RAND_MAX, to try
> >> and cover the fact that their evenly distributed result
On 08/30/2013 03:36 AM, Daniel P. Berrange wrote:
> On Thu, Aug 29, 2013 at 05:19:21PM -0600, Eric Blake wrote:
>> FreeBSD 10 recently changed their definition of RAND_MAX, to try
>> and cover the fact that their evenly distributed results really are
>> a smaller range than a full power of 2. As a
On Thu, Aug 29, 2013 at 05:19:21PM -0600, Eric Blake wrote:
> FreeBSD 10 recently changed their definition of RAND_MAX, to try
> and cover the fact that their evenly distributed results really are
> a smaller range than a full power of 2. As a result, I did some
> investigation, and learned:
>
>
On 08/29/2013 05:17 PM, Eric Blake wrote:
> FreeBSD 10 recently changed their definition of RAND_MAX, to try
> and cover the fact that their evenly distributed results really are
> a smaller range than a full power of 2. As a result, I did some
> investigation, and learned:
Disregard this one; lo
FreeBSD 10 recently changed their definition of RAND_MAX, to try
and cover the fact that their evenly distributed results really are
a smaller range than a full power of 2. As a result, I did some
investigation, and learned:
1. POSIX requires random() to be evenly distributed across exactly
31 bi
FreeBSD 10 recently changed their definition of RAND_MAX, to try
and cover the fact that their evenly distributed results really are
a smaller range than a full power of 2. As a result, I did some
investigation, and learned:
1. POSIX requires random() to be evenly distributed across exactly
31 bi