On 2/23/19 4:36 PM, Dave Taht wrote:
> Hauke Mehrtens writes:
>
>> On 2/13/19 11:51 PM, Felix Fietkau wrote:
>>> On 2019-02-13 23:15, Hauke Mehrtens wrote:
This will build all executable as Position Independent Executables (PIE)
by default. PIE executable can make full use of Address Sp
Hauke Mehrtens writes:
> On 2/13/19 11:51 PM, Felix Fietkau wrote:
>> On 2019-02-13 23:15, Hauke Mehrtens wrote:
>>> This will build all executable as Position Independent Executables (PIE)
>>> by default. PIE executable can make full use of Address Space Layout
>>> Randomization (ASLR) because a
On 2/13/19 11:51 PM, Felix Fietkau wrote:
> On 2019-02-13 23:15, Hauke Mehrtens wrote:
>> This will build all executable as Position Independent Executables (PIE)
>> by default. PIE executable can make full use of Address Space Layout
>> Randomization (ASLR) because all sections can be placed at ra
Hi,
PIE adds overhead (it can be quite a bit) both to binary size and
performance during execution. There are usually discussions about
kilobytes and this is well beyond that and space is still quite
precious on 8/16Mbyte flash devices. Most target platforms are
"slow" and have limited space to b
On 2019-02-13 23:15, Hauke Mehrtens wrote:
> This will build all executable as Position Independent Executables (PIE)
> by default. PIE executable can make full use of Address Space Layout
> Randomization (ASLR) because all sections can be placed at random
> offsets of the executed program. This ma
This will build all executable as Position Independent Executables (PIE)
by default. PIE executable can make full use of Address Space Layout
Randomization (ASLR) because all sections can be placed at random
offsets of the executed program. This makes it harder to exploit bugs
in our binaries.
Thi
