Ally savings-only statements: separate account per savings number, own coverage row

Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>

app.py

@@ -36,6 +36,7 @@ def coverage(sts):
     out = []
     for acct, lst in by.items():
         csv_only = all(s.kind == "csv" for s in lst)
+        ends = {s.end.day for s in lst}; day = cfg.get(acct) or (ends.pop() if len(ends) == 1 and max(ends) < 28 else None)   # accounts not in ACCOUNTS: reuse their usual closing day
         cells, first = {}, min((s.start or s.end) for s in lst)
         for mo in months:
             y, m = int(mo[:4]), int(mo[5:])
@@ -44,7 +45,7 @@ def coverage(sts):
                 cells[mo] = "have" if have else ("future" if (y, m) > (max(s.end for s in lst).year, max(s.end for s in lst).month) else ("none" if (y, m) < (first.year, first.month) else "missing"))
                 continue
             have = any((s.end.year, s.end.month) == (y, m) for s in lst)
-            due = dt.date(y, m, cfg.get(acct) or eom(y, m))
+            due = dt.date(y, m, day or eom(y, m))
             started = (y, m) >= (min(s.end for s in lst).year, min(s.end for s in lst).month)
             cells[mo] = "have" if have else ("none" if not started else ("future" if due > today else "missing"))
         last = max(s.end for s in lst)
@@ -52,8 +53,8 @@ def coverage(sts):
             nxt = f"Next download: from {last + dt.timedelta(days=1):%b %-d, %Y}"
         else:
             ny, nm = (last.year, last.month + 1) if last.month < 12 else (last.year + 1, 1)
-            if cfg.get(acct) is None and last.day != eom(last.year, last.month): ny, nm = last.year, last.month
-            nd = dt.date(ny, nm, cfg.get(acct) or eom(ny, nm))
+            if day is None and last.day != eom(last.year, last.month): ny, nm = last.year, last.month
+            nd = dt.date(ny, nm, day or eom(ny, nm))
             nxt = f"Next statement closes ~{nd:%b %-d, %Y}" + (" (ready to download)" if nd <= today else "")
         if acct in recent and recent[acct] > last: nxt += f" · recent activity loaded through {recent[acct]:%b %-d}"
         out.append(dict(account=acct, cells=cells, count=len(lst), through=f"{last:%b %-d, %Y}", next=nxt, kind="csv" if csv_only else "pdf"))