adjust kpi card not showing after manual input before cutoff time

backend/apps/operations/services/kpi_rollups.py

@@ -15,44 +15,56 @@ from apps.operations.services.kpi_formulas import (
     compute_fcr,
     compute_stock_akhir,
 )
-from apps.operations.services.visibility import visible_through_date
 
 
 def refresh_kpi_source_fields(cycle: Cycle, *, through: date | None = None) -> int:
     """
     Upsert one KPI row per day that has cc + cw + fs + manual.
 
+    If `through` is specified, rollup calculations are bounded up to that date.
+    Otherwise, rollups are calculated for all complete days of the cycle (up to `cycle.end_date` if set).
+    Dashboard cutoff visibility is enforced by the KPI API queryset layer (`VisibilityFilteredMixin`).
+
     Returns the number of KPI rows written.
     """
-    cutoff = through if through is not None else visible_through_date()
+    cutoff = through if through is not None else cycle.end_date
     start = cycle.start_date
-    if cycle.end_date and cycle.end_date < cutoff:
+    if through is not None and cycle.end_date and cycle.end_date < cutoff:
         cutoff = cycle.end_date
 
+    manual_filter: dict = {"cycle": cycle, "date__gte": start}
+    cc_filter: dict = {"cycle": cycle, "date__gte": start}
+    cw_filter: dict = {"cycle": cycle, "date__gte": start}
+    fs_filter: dict = {"cycle": cycle, "date__gte": start}
+
+    if cutoff is not None:
+        manual_filter["date__lte"] = cutoff
+        cc_filter["date__lte"] = cutoff
+        cw_filter["date__lte"] = cutoff
+        fs_filter["date__lte"] = cutoff
+
     manuals = {
         row.date: row
-        for row in ManualInput.objects.filter(cycle=cycle, date__gte=start, date__lte=cutoff).order_by(
-            "date", "pk"
-        )
+        for row in ManualInput.objects.filter(**manual_filter).order_by("date", "pk")
     }
     countings = {
         row.date: row
-        for row in ChickenCounting.objects.filter(cycle=cycle, date__gte=start, date__lte=cutoff)
+        for row in ChickenCounting.objects.filter(**cc_filter)
     }
     weights = {
         row.date: row
-        for row in ChickenWeight.objects.filter(cycle=cycle, date__gte=start, date__lte=cutoff)
+        for row in ChickenWeight.objects.filter(**cw_filter)
     }
     feeds = {
         row.date: row
-        for row in FeedSacks.objects.filter(cycle=cycle, date__gte=start, date__lte=cutoff)
+        for row in FeedSacks.objects.filter(**fs_filter)
     }
 
     written = 0
     harvest_age_sum = 0.0
 
     for day in sorted(set(manuals) | set(countings) | set(weights) | set(feeds)):
-        if day < start or day > cutoff:
+        if day < start or (cutoff is not None and day > cutoff):
             continue
         manual = manuals.get(day)
         cc = countings.get(day)

backend/apps/operations/tests_kpi_rollups.py

@@ -121,3 +121,25 @@ class KpiRollupServiceTests(TestCase):
         refresh_kpi_source_fields(self.cycle, through=day)
         self.assertTrue(KPI.objects.filter(cycle=self.cycle, date=day).exists())
         self.assertEqual(KPI.objects.get(cycle=self.cycle, date=day).mortality_total, 21)
+
+    def test_manual_save_generates_kpi_without_explicit_through(self):
+        day = self.start
+        ChickenCounting.objects.create(cycle=self.cycle, date=day, total_count=1, mortality_count=0)
+        ChickenWeight.objects.create(
+            cycle=self.cycle,
+            date=day,
+            age=0,
+            doc_weight=40,
+            average_weight=35.0,
+            chicken_count=1,
+            uniformity=80,
+            average_daily_gain=0,
+        )
+        FeedSacks.objects.create(cycle=self.cycle, date=day, feed_use_today=15, feed_use_total=15)
+        ManualInput.objects.create(cycle=self.cycle, date=day, mortality_manual=21)
+        recompute_manual_totals(self.cycle)
+        written = refresh_kpi_source_fields(self.cycle)
+        self.assertEqual(written, 1)
+        self.assertTrue(KPI.objects.filter(cycle=self.cycle, date=day).exists())
+        self.assertEqual(KPI.objects.get(cycle=self.cycle, date=day).mortality_total, 21)
+