From Newsgroup: comp.lang.java.programmer

Hi,

We recently got a little excited seeing the
figures of a budget AI laptop experiment running
-C-WAM on its silicon integrated GPU. Meanwhile
we could contain ourselves, and brought the
prototype into production via the library(edge/
furryhaze). A first experience report.

We try to find 0xCAFFEE in enumerating 4 6-bit
digits and the baseline is Dogelog Player VM in
a browser. The CPU backend with 64 logical threads
is already 20 times faster, partly due to its
32-bit specialization. The GPU backend with 4096
logical threads boosts a further factor of 7 times.

Bye

See also:

GPU Backend: Find 0xCAFFEE with -C-WAM
https://medium.com/2989/8890efd3503c

Mild Shock schrieb:

Dear All,

We are happy to announce a new edition of
the Dogelog Player:

- Syntax Errors:
Using some generic object access API across
JavaScript, Python and Java, we could extract
an error line and an error caret from an
input stream in 100% Prolog, and add it to
the display of syntax errors. The feature is
open source, might serve human programmers
and coder agents brain food alike.

- Parallel Emulation:
The emulate/1 predicate for -C-WAM got a
brother emulate/2 that accepts an option list,
that we can extend in future releases. The
emulator itself has been extended to perform
a parallel simulation by using interleaved
synchronized emulation in 100% Prolog and
recognizes a size/1 option for the number
of logical threads.

- Parallel Execution:
There now exists also a CPU backend that
complements the Dogelog Player cooperative
multitasking by preemptive multithreading
accepting -C-WAM code via the newly introduced
execute/2 predicate. This predicate additionally
recognizes a group/1 option for the number of
logical threads that are bundled onto
a physical thread.

Have Fun!

Jan Burse, July 27, 2026, https://www.herbrand.ai/

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From Newsgroup: comp.lang.java.programmer

Hi,

While ADA RendezVous is often depicted as
tied to a leading task that initiate the
exchange and responder task that completes
the exchange. The exchange mechanism itself
can be extracted into a channel object. We do
so using busy-wait in 100% Prolog to
extend the -C-WAM emulator.

To obtain channel objects, we could straight
forward realize the offer/poll from Doug LearCOs
SynchronousQueue using the Prolog dynamic
database. The test case with emulated MPMC
queues worked like a charm. We plan further
benchmarking of physically grouped logical threads.

Bye

See also:

Emulating ADA RendezVous in -C-WAM
https://medium.com/2989/11ad1908dbcf

Mild Shock schrieb:

Hi,

We recently got a little excited seeing the
figures of a budget AI laptop experiment running
-C-WAM on its silicon integrated GPU. Meanwhile
we could contain ourselves, and brought the
prototype into production via the library(edge/
furryhaze). A first experience report.

We try to find 0xCAFFEE in enumerating 4 6-bit
digits and the baseline is Dogelog Player VM in
a browser. The CPU backend with 64 logical threads
is already 20 times faster, partly due to its
32-bit specialization. The GPU backend with 4096
logical threads boosts a further factor of 7 times.

Bye

See also:

GPU Backend: Find 0xCAFFEE with -C-WAM
https://medium.com/2989/8890efd3503c

Mild Shock schrieb:

Dear All,

We are happy to announce a new edition of
the Dogelog Player:

- Syntax Errors:
Using some generic object access API across
JavaScript, Python and Java, we could extract
an error line and an error caret from an
input stream in 100% Prolog, and add it to
the display of syntax errors. The feature is
open source, might serve human programmers
and coder agents brain food alike.

- Parallel Emulation:
The emulate/1 predicate for -C-WAM got a
brother emulate/2 that accepts an option list,
that we can extend in future releases. The
emulator itself has been extended to perform
a parallel simulation by using interleaved
synchronized emulation in 100% Prolog and
recognizes a size/1 option for the number
of logical threads.

- Parallel Execution:
There now exists also a CPU backend that
complements the Dogelog Player cooperative
multitasking by preemptive multithreading
accepting -C-WAM code via the newly introduced
execute/2 predicate. This predicate additionally
recognizes a group/1 option for the number of
logical threads that are bundled onto
a physical thread.

Have Fun!

Jan Burse, July 27, 2026, https://www.herbrand.ai/

--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.lang.java.programmer

On 05/08/2026 8:30 PM, Mild Shock wrote:

Dear Mild Shock,

While ADA RendezVous is often depicted as
tied to a leading task that initiate the
exchange and responder task that completes
the exchange. The exchange mechanism itself
can be extracted into a channel object. We do
so using busy-wait in 100% Prolog to
extend the -C-WAM emulator.

To obtain channel objects, we could straight
forward realize the offer/poll from Doug LearCOs
SynchronousQueue using the Prolog dynamic
database. The test case with emulated MPMC
queues worked like a charm. We plan further
benchmarking of physically grouped logical threads.

When you post in comp.lang.java.programmer, are you treating the JVM
like a microcontroller, and loading your thoughts into the "programmer"
so they can be written into the JVM with ultraviolet light, like a
proper EEPROM?

Because that's what it looks like, from out here.


Best wishes from /The Ghost in the Shell/!
--
Johann | email: invalid -> com | http://www.myrkraverk.com/blog/
I'm not from the Internet, I just work there. | via Easynews.com https://bsky.app/profile/myrkraverk.bsky.social | for ( ;; ) _:;
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