==================================================
[ARCHITECT] INITIATING AUTOMATED JIT SYNTHESIS
==================================================

[ARCHITECT] Phase 1: Flattening AST to Intermediate Representation...
[IR GENERATOR] Flattened AST-MD written to tests/ast_ir.txt

FUNC step_grid(grid, size)
  VAR i: int
  VAR max: int
  ASSIGN max = size * size
  ASSIGN i = 0
  WHILE (i < max)
    VAR cell: int
    ASSIGN cell = CALL sys_array_get(grid, i)
    IF (cell == 1)
      CALL sys_array_set(grid, i, 0)
    ELSE
      CALL sys_array_set(grid, i, 1)
    END_IF
    ASSIGN i = i + 1
  END_WHILE
END_FUNC


[ARCHITECT] Phase 2: Invoking Gemma Cluster for C Synthesis...
[SYNTHESIS] Dispatching AST-MD to gemma-2-9b-it at http://100.111.184.107:8080/
v1...
[SYNTHESIS] C code successfully generated and written to tests/worker.c

[ARCHITECT] Phase 3: Validating C Code Integrity...
  -> Code integrity looks good.

[ARCHITECT] Phase 4: Invoking GCC for SIMD Optimization...
  -> Native binary 'worker_bin' successfully compiled.

[ARCHITECT] Phase 5: Establishing IPC Mesh and Launching Binary...
  -> Mesh Router listening on port 6004
[MESH INGRESS] Native Worker payload received: {"oid": 0, "msg":
"*THERMAL_PULSE:99*"}
[MESH INGRESS] Native Worker payload received: {"oid": 0, "msg":
"*THERMAL_PULSE:99*"}
[MESH INGRESS] Native Worker payload received: {"oid": 0, "msg":
"*THERMAL_PULSE:99*"}

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[ARCHITECT] 100% AUTOMATED JIT PIPELINE VERIFIED.
==================================================
elli:~/GD$