On Mon, Sep 15, 2014 at 11:24:04AM -0700, Junio C Hamano wrote:
> René Scharfe writes:
>
> > The macro ALLOC_GROW manages several aspects of dynamic memory
> > allocations for arrays: It performs overprovisioning in order to avoid
> > reallocations in future calls, updates the allocation size va
René Scharfe writes:
> Am 16.09.2014 um 05:04 schrieb Junio C Hamano:
>> On Sun, Sep 14, 2014 at 9:55 AM, René Scharfe wrote:
>>> +#define REALLOCARRAY(x, alloc) x = xrealloc((x), (alloc) * sizeof(*(x)))
>>
>> I have been wondering if "x" could be an expression that has an operator
>> that binds
Am 16.09.2014 um 05:04 schrieb Junio C Hamano:
On Sun, Sep 14, 2014 at 9:55 AM, René Scharfe wrote:
+#define REALLOCARRAY(x, alloc) x = xrealloc((x), (alloc) * sizeof(*(x)))
I have been wondering if "x" could be an expression that has an operator
that binds weaker than the assignment '='. Th
On Sun, Sep 14, 2014 at 9:55 AM, René Scharfe wrote:
> +#define REALLOCARRAY(x, alloc) x = xrealloc((x), (alloc) * sizeof(*(x)))
I have been wondering if "x" could be an expression that has an operator
that binds weaker than the assignment '='. That may necessitate the LHS
of the assignment to b
René Scharfe writes:
> The macro ALLOC_GROW manages several aspects of dynamic memory
> allocations for arrays: It performs overprovisioning in order to avoid
> reallocations in future calls, updates the allocation size variable,
> multiplies the item size and thus allows users to simply specify
The macro ALLOC_GROW manages several aspects of dynamic memory
allocations for arrays: It performs overprovisioning in order to avoid
reallocations in future calls, updates the allocation size variable,
multiplies the item size and thus allows users to simply specify the
item count, performs the re
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