rerun tests scheduled immediately

backend/src/app.py

@@ -527,17 +527,17 @@ def compile_schedule_endpoint(request: CompileScheduleRequest, _admin_user: auth
 
 	holiday_dates = db.list_holidays(DB_PATH)
 	top_priority_pairs: set[tuple[str, str]] = set()
-	dut_top_priority_ids = {item.strip() for item in request.top_priority_tests_dut if item.strip()}
-	ref_top_priority_ids = {item.strip() for item in request.top_priority_tests_ref if item.strip()}
+	dut_top_priority_ids = {item.strip().upper() for item in request.top_priority_tests_dut if item.strip()}
+	ref_top_priority_ids = {item.strip().upper() for item in request.top_priority_tests_ref if item.strip()}
 	status_lookup = {(test.test_id, test.device): test.status for test in stored_tests}
 
 	for test_id in dut_top_priority_ids:
-		if any(t.test_id == test_id and t.device == DUT for t in stored_tests):
-			top_priority_pairs.add((test_id, DUT))
+		if any(t.test_id.upper() == test_id and t.device == DUT for t in stored_tests):
+			top_priority_pairs.add((next(t.test_id for t in stored_tests if t.test_id.upper() == test_id and t.device == DUT), DUT))
 
 	for test_id in ref_top_priority_ids:
-		if any(t.test_id == test_id and t.device == REF for t in stored_tests):
-			top_priority_pairs.add((test_id, REF))
+		if any(t.test_id.upper() == test_id and t.device == REF for t in stored_tests):
+			top_priority_pairs.add((next(t.test_id for t in stored_tests if t.test_id.upper() == test_id and t.device == REF), REF))
 
 	scheduler = Scheduler(
 		all_tests=all_tests,

backend/src/scheduler.py

@@ -4,7 +4,7 @@ import os
 from dataclasses import dataclass
 from datetime import date, timedelta
 from test_window import get_shift_sequence_with_capacity, get_shift_capacity_for_date, is_off_day, next_window_start_date
-from test_bundle import Test, TestBundle, build_test_bundles, update_mirrored_bundle_priorities
+from test_bundle import Test, TestBundle, build_test_bundles, update_mirrored_bundle_priorities, BUNDLE_PRIORITY_RERUN, BUNDLE_PRIORITY_USER_TOP
 
 DUT = (os.getenv("DUT") or "DUT").strip()
 REF = (os.getenv("REF") or "REF").strip()
@@ -105,10 +105,12 @@ class Scheduler:
                     pending_ref.append(bundle)
 
             # If there is priority 0 bundle in REF bundle, device should be REF for the first window, otherwise DUT
-            if any(bundle.priority == 0 for bundle in pending_ref):
+            if any(bundle.priority == BUNDLE_PRIORITY_RERUN for bundle in pending_ref):
+                print(f"[scheduler] Found priority 0 bundle in REF for TC: {tc}. Setting night window device to REF.")
                 night_window_device = REF
             # If there is priority 1 bundle in REF but not in DUT, device should be REF for the first window, otherwise DUT
-            elif any(bundle.priority == 1 for bundle in pending_ref) and not any(bundle.priority == 1 for bundle in pending_dut):
+            elif any(bundle.priority == BUNDLE_PRIORITY_USER_TOP for bundle in pending_ref) and not any(bundle.priority == BUNDLE_PRIORITY_USER_TOP for bundle in pending_dut):
+                print(f"[scheduler] Found priority 1 bundle in REF for TC: {tc} but not in DUT. Setting night window device to REF.")
                 night_window_device = REF
 
             while pending_dut or pending_ref:
@@ -118,6 +120,7 @@ class Scheduler:
                 active_pending = pending_dut if window_device == DUT else pending_ref
                 if len(active_pending) == 0 and not daytime_window_active:
                     # If no unscheduled bundles for the current device, switch to the other device
+                    print(f"[scheduler] No unscheduled bundles for device {window_device} on {cursor_date}. Switching to the other device.")
                     night_window_device = REF if night_window_device == DUT else DUT
                     window_device = night_window_device
                     active_pending = pending_dut if night_window_device == DUT else pending_ref
@@ -375,6 +378,16 @@ class Scheduler:
 
         # Sort TCs by the number of bundles available for each TC (most to least)
         sorted_tcs = sorted(all_bundles_by_tc.keys(), key=lambda tc: len(all_bundles_by_tc[tc]), reverse=True)
+
+        # If there are TCs with rerun and user top priority bundles, prioritize them first
+        prioritized_tcs = []
+        for tc in sorted_tcs:
+            bundles = all_bundles_by_tc[tc]
+            if any(b.priority == BUNDLE_PRIORITY_RERUN for b in bundles) or any(b.priority == BUNDLE_PRIORITY_USER_TOP for b in bundles):
+                prioritized_tcs.append(tc)
+
+        # Place prioritized TCs at the beginning of the list
+        sorted_tcs = prioritized_tcs + [tc for tc in sorted_tcs if tc not in prioritized_tcs]
         return sorted_tcs