Frank Ch. Eigler wrote:
Yoav Etsion <[EMAIL PROTECTED]> writes:
The pointer variable's address is used as the pointer's unique ID in
a database, collecting information about each pointer variable -
mostly its legal bounds. That way I can test when a pointer crosses
its object's bounds.
..
Yoav Etsion <[EMAIL PROTECTED]> writes:
> The pointer variable's address is used as the pointer's unique ID in
> a database, collecting information about each pointer variable -
> mostly its legal bounds. That way I can test when a pointer crosses
> its object's bounds.
If I understand correctly
The pointer variable's address is used as the pointer's unique ID in a
database, collecting information about each pointer variable - mostly
its legal bounds. That way I can test when a pointer crosses its
object's bounds.
Terrible overhead, I know. Just need it to collect statistics about
pr
Yoav Etsion <[EMAIL PROTECTED]> writes:
> The transformation is simple: mudflap already injects a call to
> __mf_register when an addressable variable is declared. I want to do
> the same for all pointer variables [...]
Why? If those pointers are not themselves taken address of, what kind
access
Hi Diego,
Diego Novillo wrote:
> Yoav Etsion wrote:
>
>
>>The problem is that the first mudflap pass takes place at the GIMPLE
>>level, at which point all variables have their
>>addressable/non-addressable attributes set, which forbids me to build an
>>ADDR_EXPR node for a non-addressable pointer
Yoav Etsion wrote:
> The problem is that the first mudflap pass takes place at the GIMPLE
> level, at which point all variables have their
> addressable/non-addressable attributes set, which forbids me to build an
> ADDR_EXPR node for a non-addressable pointer variable ("invalid operand
> to unary
Hi all,
I'm trying to inject code that uses variable addresses into the first
mudflap pass. These variables are not natively addressable in the
program itself.
The problem is that the first mudflap pass takes place at the GIMPLE
level, at which point all variables have their
addressable/non
