Phase 1 data layer: calc/fmt/alarms + 31 CPython tests + live gateway P1 smoke

pytest 31/31. In-gateway end-to-end: 559 activations correlated (uuid mode), 3 chatterers,
34 fleeting, 1 flood, health F(22) on the deliberately-bad sim plant. Gate G1 green.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

ignition/gateway/projects/SimHarness/ignition/script-python/probe/code.py

@@ -11,7 +11,60 @@
 import json
 
 OUT_DIR = "/usr/local/bin/ignition/data/projects/.probe"
-PROBE_NAME = "P0"
+PROBE_NAME = "P1"
+
+
+def _p1():
+    """Exec PrimeBAT's real PrimeControls modules (calc/fmt/alarms) in this scope
+    and run getDashboardBundle against the live journal - end-to-end data-layer
+    smoke with zero dev footprint inside PrimeBAT."""
+    import imp
+    base = "/usr/local/bin/ignition/data/projects/PrimeBAT/ignition/script-python/PrimeControls/"
+    pkg = imp.new_module("PrimeControls")
+    pkg.__path__ = [base]
+    sys_modules = __import__("sys").modules
+    sys_modules["PrimeControls"] = pkg
+    for name in ("calc", "fmt", "alarms"):
+        m = imp.new_module("PrimeControls." + name)
+        m.__dict__["system"] = system
+        code = open(base + name + "/code.py").read()
+        compiled = compile(code, name, "exec")
+        # py2 qualified-exec statement form: required because _p1 contains
+        # closures, which forbid the unqualified exec(...) call form in Jython.
+        exec compiled in m.__dict__
+        sys_modules["PrimeControls." + name] = m
+        setattr(pkg, name, m)
+    al = pkg.alarms
+    end = system.date.toMillis(system.date.now())
+    start = end - 4 * 3600 * 1000
+    b = al.getDashboardBundle(start, end, None)
+    page = al.getJournalPage(start, end, None, 0, 5)
+    shift = al.getShiftReportText()
+    return {
+        "meta": {"event_count": b["meta"]["event_count"],
+                 "activation_count": b["meta"]["activation_count"],
+                 "areas": b["meta"]["areas"],
+                 "correlation_mode": b["meta"]["correlation_mode"],
+                 "standing_mode": b["meta"]["standing_mode"],
+                 "error": b["meta"]["error"],
+                 "dropped": b["meta"]["dropped_rows"]},
+        "health": {"grade": b["health"]["grade"], "score": b["health"]["score"],
+                   "subs": [(s["key"], s["score"]) for s in b["health"]["subs"]]},
+        "kpis": dict((k, b["kpis"][k]["value"]) for k in b["kpis"]),
+        "counts": {"chattering": len(b["chattering"]),
+                   "standing": b["standing"]["count"],
+                   "fleeting": b["fleeting"]["total"],
+                   "floods": len(b["floods"]["episodes"]),
+                   "pareto_rows": len(b["pareto"]["rows"]),
+                   "bins": len(b["rate"]["bins"]),
+                   "active_now": len(b["active_now"])},
+        "insights": [i["text"] for i in b["insights"]],
+        "journal_page": {"total": page["total"], "rows": len(page["rows"]),
+                         "error": page["error"],
+                         "first": page["rows"][0] if page["rows"] else None},
+        "shift_label": shift["label"],
+        "shift_text_head": shift["text"][:400],
+    }
 
 
 def _safe(fn):
@@ -174,6 +227,6 @@ def _p0():
 def run():
     result = {"probe": PROBE_NAME,
               "ranAt": str(system.date.now())}
-    result["payload"] = _safe(_p0)
+    result["payload"] = _safe(_p1)
     _write(result)
     system.util.getLogger("probe").info("probe %s written to %s" % (PROBE_NAME, OUT_DIR))