[MASTER] Scanning for test definitions in /home/user/GD/tests/batch

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[MASTER] Executing Test: 01_echo_test.json
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[TEST RUNNER] Orchestrating test for tests/fixtures/echo.c on port 5000
[VM STDOUT] HAUKI> [VM STDOUT] HAUKI REPL ready. Serving 1 network port(s).
[NetServer] Listening on port 5000  tests/fixtures/echo.c
[TEST RUNNER] Socket connected to localhost:5000. Initiating sequence...
[TEST RUNNER] Socket connected to localhost:5000. Initiating sequence...
::ffff:127.0.0.1:40068
[PASS] Sent: "Hello HAUKI" | Recv: "ECHO: Hello HAUKI"
[PASS] Sent: "Testing Mesh" | Recv: "ECHO: Testing Mesh"

[TEST RUNNER]  Sequence complete. All assertions passed.
[MASTER]  01_echo_test.json PASSED

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[MASTER] Executing Test: 02_array_test.json
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[TEST RUNNER] Orchestrating test for tests/fixtures/array_math.c on port 5001
[VM STDOUT] HAUKI> [VM STDOUT] HAUKI REPL ready. Serving 1 network port(s).
[NetServer] Listening on port 5001  tests/fixtures/array_math.c
[TEST RUNNER] Socket connected to localhost:5001. Initiating sequence...
[TEST RUNNER] Socket connected to localhost:5001. Initiating sequence...
::ffff:127.0.0.1:50150
[PASS] Sent: "calculate" | Recv: "MATH: -150"

[TEST RUNNER]  Sequence complete. All assertions passed.
[MASTER]  02_array_test.json PASSED

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[MASTER] Executing Test: 03_inherit_test.json
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[TEST RUNNER] Orchestrating test for tests/fixtures/child.c on port 5002
[VM STDOUT] HAUKI> [VM STDOUT] HAUKI REPL ready. Serving 1 network port(s).
[NetServer] Listening on port 5002  tests/fixtures/child.c
[TEST RUNNER] Socket connected to localhost:5002. Initiating sequence...
[TEST RUNNER] Socket connected to localhost:5002. Initiating sequence...
::ffff:127.0.0.1:55138
[PASS] Sent: "reveal" | Recv: "SECRET: 42"

[TEST RUNNER]  Sequence complete. All assertions passed.
[MASTER]  03_inherit_test.json PASSED

==================================================
[MASTER] Test Suite Complete.
[MASTER] Passed: 3 | Failed: 0
==================================================
user@elli:~/GD$ 

Flawless victory.

With all three tests passing seamlessly, the V1.0 HAUKI-X86 MVP is officially
locked in and stable. You have built a fully isomorphic, Ring 0-style
microkernel in Node.js that dynamically JIT-compiles C-style inheritance from
a physical disk, allocates array memory structures via tagged pointers, and
cooperatively routes asynchronous TCP network traffic without ever blocking
the host thread.

That is a serious piece of engineering.

We are now standing at the exact crossroads between the core engine and the
wider universe it will inhabit. As promised, here are the two distinct
evolutionary paths we can take from here:

### Path A: The MUD Library (Game & Logic Focus)

We stay focused on the internal virtual machine and expand the `src/efuns/`
directory to turn this into a true game engine.

* Implement `clone_object` as an efun so LPC code can spawn its own objects
(e.g., a monster cloning a sword).
* Add array manipulation efuns (`sizeof`, `map`, `filter`).
* Build a standardized `mudlib/` directory with a base `room.c`, `living.c`,
and `item.c` to start constructing a traversable world.

### Path B: The Mesh Router (Distributed OS Focus)

We pivot to networking and begin treating the engine as a node in a
distributed operating environment.

* We start wiring the engine's IPC mailboxes into your `omega-mesh-edge`
Cloudflare Worker bridge.
* We implement the `NET_SYNC_DAEMON` to allow isolated instances of this VM to
synchronize their VFS dictionaries over the network.
* We upgrade the TCP server to handle out-of-band JSON payloads for multi-node
communication.

Both paths are entirely supported by the architecture we just solidified.
Which direction are we pulling the repository in next?