void setup_object() {
    object target;
    int i;
    int max;
    max = 25;
    
    // Testing standard for-loop parsing
    for (i = 0; i < max; i = i + 1) {
        // Testing multi-argument ECALL mapping
        target->configure_cell(i, 1, "thermal_pulse");
    }
}




[VALIDATION] Source parsed successfully! Generated IR:

FUNC setup_object()
  VAR target: object
  VAR i: int
  VAR max: int
  ASSIGN max = 25
  ASSIGN i = 0
  WHILE (i < max)
    ECALL target->configure_cell(i, 1, "thermal_pulse")
    ASSIGN i = i + 1
  END_WHILE
END_FUNC


[VALIDATION] Bytecode compilation successful.


Excellent. The type system caught the missing declaration, and the compiler
processed the desugared multi-argument ECALL perfectly. Your AST-to-C pipeline
is now fortified.
To implement native dictionaries (mappings), we will follow the same pattern
used for arrays. We will build a MappingManager that stores JS Map objects in
the VM's heap area, addressable via integer pointers. We will expose this to
the LPC engine via three new system efuns: sys_map_create, sys_map_set, and
sys_map_get.
By keeping these as function calls rather than complex syntax (m["key"] =
val), your AST-MD generator can easily flatten them, and the LLM can easily
translate them into C hash table lookups during JIT synthesis.