Hi Bruno,
sorry for the delay. This somewhat dropped off the tip of my list, but
lurks at the edge of my consciousness, coming up from time to time.
On 12/5/18 12:43 AM, Bruno Haible wrote:
> Hi Tim,
>
>> Currently we have
>> - positive integer (N): resize by old value * N
>> - negative integer
* Tim Rühsen:
> But I still wonder why
>
> - nested functions need an executable stack (why does the code have to
> be run on the stack ?)
The static chain pointer needs to be passed to the nest function, but
most ABIs only have a code pointer. So a trampoline is written to the
stack which sets
On 12/4/18 3:32 AM, Bruno Haible wrote:
> Hi Tim,
>
>> We have 'hashmap' [1] in GNU Wget2.
>
> Things I like about the implementation:
>
> - Collision resolution through linked list (a robust algorithm).
>
> - Reasonably generic API.
>
> - The user-definable destructor functions.
>
> Th
Hi Tim,
> Currently we have
> - positive integer (N): resize by old value * N
> - negative integer (N): resize by old value + (-N)
It's currently the opposite:
- positive integer (N): resize to old size + N
- negative integer (N): resize to old size * (-N)
> > - The ability to set a growth pol
Hi Bruno,
thank you so much for taking a look :-)
(sorry, unencrypted to the ML now)
On 04.12.18 03:32, Bruno Haible wrote:
> Hi Tim,
>
>> We have 'hashmap' [1] in GNU Wget2.
>
> Things I like about the implementation:
>
> - Collision resolution through linked list (a robust algorithm).
>
bin_yeG1YHEY1.bin
Description: PGP/MIME version identification
encrypted.asc
Description: OpenPGP encrypted message
Hi Tim,
> We have 'hashmap' [1] in GNU Wget2.
Things I like about the implementation:
- Collision resolution through linked list (a robust algorithm).
- Reasonably generic API.
- The user-definable destructor functions.
Things that could be improved:
- The ability to set a growth pol
On 12/2/18 2:41 PM, Bruno Haible wrote:
> Hi,
>
> Darshit Shah wrote:
>> I recently tried to use the hash table implementation in gnulib which resides
>> in the "hash" module. However, I quickly realised that the hash table in
>> gnulib
>> seems to be what is otherwise popularly known as a hash s
On 02.12.2018 16:41, Bruno Haible wrote:
> Hi,
>
> Darshit Shah wrote:
>> I recently tried to use the hash table implementation in gnulib which
>> resides in the "hash" module. However, I quickly realised that the hash
>> table in gnulib seems to be what is otherwise popularly known as a hash
>> s
Hi,
Darshit Shah wrote:
> I recently tried to use the hash table implementation in gnulib which resides
> in the "hash" module. However, I quickly realised that the hash table in
> gnulib
> seems to be what is otherwise popularly known as a hash set, i.e., it supports
> storing and retrieving jus
Much as I like the PSPP hmaps, it probably makes sense for any hash
table implementation in gnulib to match the existing code.
On Tue, Nov 27, 2018 at 02:02:17AM +0100, Darshit Shah wrote:
> Here are the links to the sources in the GNU Wget tree:
>
> http://git.savannah.gnu.org/cgit/wget.git/tree
Here are the links to the sources in the GNU Wget tree:
http://git.savannah.gnu.org/cgit/wget.git/tree/src/hash.h
http://git.savannah.gnu.org/cgit/wget.git/tree/src/hash.c
At first sight, the implementation in PSPP looks a lot more concise.
Also, it's usage of fewer preprocessor statements makes
On Tue, Nov 27, 2018 at 12:16:16AM +0100, Darshit Shah wrote:
> I recently tried to use the hash table implementation in gnulib which resides
> in the "hash" module. However, I quickly realised that the hash table in
> gnulib
> seems to be what is otherwise popularly known as a hash set, i.e., it
I recently tried to use the hash table implementation in gnulib which resides
in the "hash" module. However, I quickly realised that the hash table in gnulib
seems to be what is otherwise popularly known as a hash set, i.e., it supports
storing and retrieving just values from the structure.
On th
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