Release 1.7.12

- Fix: Google-only accounts no longer reach the M365 scan (Graph 404s);
  an M365 scan with no M365 accounts selected no longer scans everyone.
- VERSION, CHANGELOG and manual version strings.

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

CHANGELOG.md

@@ -11,6 +11,48 @@ Version numbers follow [Semantic Versioning](https://semver.org/spec/v2.0.0.html
 
 ---
 
+## [1.7.12] — 2026-09-28
+
+### Fixed
+
+- **Microsoft 365 scan failed with "404 Not Found" for Google-only accounts** — accounts that exist only in Google Workspace were sent to the Microsoft 365 scan (`…/users/google:<email>/mailFolders`), which Graph cannot resolve. This happened when no Microsoft 365 account was ticked (the scanner then took every ticked account, Google-only ones included), and in scheduled scans whose profile contains Google-only accounts. The Microsoft 365 scan now skips Google-only accounts and reports how many it skipped; the Google Workspace scan still covers them.
+- **An M365 scan with no M365 accounts selected could scan the whole tenant** — with Google sources ticked and no Microsoft 365 account ticked, the Microsoft 365 part started with an empty account list, which the server treats as "every user". It is now skipped, with a note in the log.
+
+---
+
+## [1.7.11] — 2026-09-28
+
+### Fixed
+
+- **Selecting a profile ticked accounts that aren't in it** — a regression in 1.7.10: applying a profile also ticked every Microsoft 365-only and every Google Workspace-only account in the sidebar, on top of the profile's own accounts. Only accounts present in both M365 and Google Workspace followed the profile correctly. Because a scan uses the ticked accounts, a scan started after selecting a profile in 1.7.10 could cover more accounts than the profile lists. Profiles now tick exactly their own accounts.
+
+---
+
+## [1.7.10] — 2026-09-28
+
+### Changed
+
+- **The Stop button responds immediately** — clicking **Stop** now switches the button to a disabled **Stopping…** state and logs that the scanner is finishing the current item. Previously nothing changed until that item was done (up to a minute for a large PDF being OCR'd), so the scan appeared to ignore the click.
+- **Stopping a scheduled scan stops the whole job** — the remaining stages (file sources, Google Workspace) are skipped, the run is recorded as **cancelled** (⏹ in the job history), and no report email or retention run happens for the partial results.
+- **Refreshing the page no longer replays the log of a finished or stopped scan** — only a scan that is still running is replayed. Results still load from the database as before.
+- **Repository moved to `git.fejl40.nu`** — clone and security-contact details in the documentation now point to the Gitea repository; security reports go to support@fejl40.nu. Server installs that self-update must have their git `origin` pointed at `https://git.fejl40.nu/Fejl40.nu/GDPRScanner.git`.
+
+### Fixed
+
+- **Pressing Stop looked like the scan restarting** — a stopped scan was never marked as finished, so every page load (and the 4-second reconnect check) replayed its events and brought back the Stop button and progress bar. Stopping while accounts were still being collected also announced a fresh "Scanning…" phase before stopping. For scheduled jobs, the Google stage cleared the stop request and genuinely started a new scan of all Workspace users. All three are fixed.
+- **Profiles lost their selected accounts** — starting a scan overwrote the selected profile's accounts with whatever was ticked in the sidebar (dropping Google-only users and anyone hidden by the Elev/Ansat filter), and a scan with no profile selected overwrote the *first* profile. Scans no longer change profiles. The profile editor also dropped manually added accounts, and accounts that weren't loaded yet, on the next save, and Google-only accounts weren't ticked when a profile was applied — both fixed.
+- **Manually added accounts were never scanned** — accounts added in the sidebar were silently left out of every scan, and accounts added in the profile editor were stored in a form Microsoft 365 couldn't use. The profile editor now looks the account up in Microsoft 365, applying a profile adds its manual accounts to the sidebar, and older profiles are resolved automatically at scan time (unknown accounts are reported and skipped, never widened to all users).
+- **Deleting an Outlook message failed** with "'M365Connector' object has no attribute 'delete_message'" — the method had been lost; restored (moves the message to Deleted Items).
+- **Results appeared underneath the landing card** — during a scan, results rendered below a still-visible landing/last-scan card until a manual refresh. The card is now hidden as soon as results appear.
+- **Licence/OU classification data wasn't found** — the SKU and Google OU role files were read from `classification/` but lived elsewhere, so role classification silently used its fallback. The files are now where the code expects them.
+- **Crashes in the background scan thread are logged** — an unexpected error in a scan used to vanish silently; it is now written to the log and the audit log.
+
+### Internal
+
+- Replaced deprecated imports (`fitz` → `pymupdf`, `smbprotocol.query_info` → `smbprotocol.file_info`) ahead of their removal upstream. No behaviour change.
+
+---
+
 ## [1.7.9] — 2026-06-22
 
 ### Added

CONTRIBUTING.md

@@ -21,8 +21,8 @@ very welcome.
 
 ```bash
 # Clone and set up a virtual environment
-git clone https://github.com/your-org/gdpr-scanner.git
-cd gdpr-scanner
+git clone https://git.fejl40.nu/Fejl40.nu/GDPRScanner.git
+cd GDPRScanner
 python3 -m venv venv
 source venv/bin/activate          # macOS / Linux
 venv\Scripts\activate             # Windows

README.md

@@ -635,8 +635,8 @@ Please read [CONTRIBUTING.md](CONTRIBUTING.md) before submitting a pull request.
 
 ```bash
 # Quick start for contributors
-git clone https://github.com/your-org/gdpr-scanner.git
-cd gdpr-scanner
+git clone https://git.fejl40.nu/Fejl40.nu/GDPRScanner.git
+cd GDPRScanner
 python3 -m venv venv && source venv/bin/activate
 pip install -r requirements.txt
 python gdpr_scanner.py    # GDPRScanner on port 5100 (auto-increments if in use)

RELEASING.md

@@ -8,9 +8,16 @@ git commit -m "Your message"
 git push origin main
 ```
 
-GitHub Actions builds Windows and Linux binaries automatically and updates the
-**"Latest build (main)"** pre-release at:
-`https://github.com/<owner>/GDPRScanner/releases/tag/latest`
+The build workflow (`.github/workflows/build.yml`) builds Windows and Linux
+binaries and updates the **"Latest build (main)"** pre-release at:
+`https://git.fejl40.nu/Fejl40.nu/GDPRScanner/releases/tag/latest`
+
+> **Note:** the repository moved from GitHub to Gitea (`git.fejl40.nu`). The
+> workflow still publishes with the GitHub-only `softprops/action-gh-release`
+> action, so releases are **not yet produced on Gitea**. Until the workflow is
+> ported to Gitea Actions, build and attach binaries manually. Server installs
+> are unaffected — they self-update from `git.fejl40.nu` via git
+> (see `update_gdpr.sh`).
 
 ## Versioned release
 
@@ -22,7 +29,7 @@ git push origin main
 git push origin v1.6.14
 ```
 
-Actions creates a proper GitHub Release named `v1.6.14` with auto-generated
+Actions creates a proper release named `v1.6.14` with auto-generated
 release notes and the built binaries attached.
 
 Append `-beta` or `-rc` to the tag to mark it as a pre-release:

SECURITY.md

@@ -12,14 +12,13 @@ We support only the latest release. Please update before reporting a bug.
 
 ## Reporting a Vulnerability
 
-**Please do not file a public GitHub issue for security vulnerabilities.**
+**Please do not file a public issue for security vulnerabilities.**
 
 This tool processes sensitive personal data including Danish CPR numbers (national
 identifiers). Security issues should be reported privately so a fix can be prepared
 before public disclosure.
 
-**Report to:** Open a [GitHub Security Advisory](https://github.com/your-org/gdpr-scanner/security/advisories/new)
-(Settings → Security → Advisories → New draft advisory)
+**Report to:** [support@fejl40.nu](mailto:support@fejl40.nu) — put "Security" in the subject line.
 
 Please include:
 - A description of the vulnerability and its potential impact

VERSION

@@ -1 +1 @@
-1.7.9
+1.7.12

docs/manuals/MANUAL-DA.md

@@ -1,6 +1,6 @@
 # GDPR Scanner — Brugermanual
 
-Version 1.7.9
+Version 1.7.12
 
 ---
 
@@ -185,7 +185,7 @@ En statuslinje viser:
 
 Resultater vises i hovedområdet efterhånden som de findes — du behøver ikke vente på, at scanningen er færdig, før du begynder at gennemgå dem.
 
-Klik på **Stop** for at afbryde. Et kontrolpunkt gemmes automatisk, så du kan fortsætte senere.
+Klik på **Stop** for at afbryde. Knappen skifter til **Stopper…**, mens scanneren gør det element færdigt, den er i gang med (det kan tage et øjeblik, f.eks. for en stor PDF), hvorefter scanningen stopper. Et kontrolpunkt gemmes automatisk, så du kan fortsætte senere. Stopper du en planlagt scanning, stoppes hele jobbet — resterende kilder springes over, og der sendes ingen rapport-e-mail for de delvise resultater.
 
 ### 4.5 Genoptag en afbrudt scanning
 
@@ -382,7 +382,7 @@ Konfigurer venstre panel præcis som du ønsker det — herunder hvilke M365-kil
 
 Klik på profil-rullemenuen i topbjælken og vælg en profil. Alle indstillinger i venstre panel — kilder, konti, indstillinger og datofilter — indlæses på én gang. Venstre panel viser derefter din aktive tilstand, og du kan justere hvad som helst, inden du scanner.
 
-En **Ryd**-knap vises ved siden af rullemenuen, når en profil er valgt. Klik på den for at rydde profil­etiketten uden at ændre indstillingerne i venstre panel. Det er nyttigt, når du vil køre en engangsscan uden at overskrive en gemt profil.
+En **Ryd**-knap vises ved siden af rullemenuen, når en profil er valgt. Klik på den for at rydde profil­etiketten uden at ændre indstillingerne i venstre panel. En scanning ændrer aldrig en gemt profil — profiler ændres kun, når du gemmer dem med **Gem** eller i profileditoren.
 
 ### Administrer profiler
 
@@ -661,7 +661,7 @@ Brug **Art.30**-knappen til at eksportere artikel 30-rapporten. Det er et Word-d
 Scanneren klassificerer brugere som ansatte eller elever ud fra deres Microsoft 365-licenstype eller Google Workspace-organisationsenhed. Du kan bruge dette filter i kontolisten til at begrænse en scanning til kun ansatte, kun elever eller en bestemt person. Det er nyttigt, fordi reglerne for behandling af elevdata — særligt for børn under 15 år — adskiller sig fra reglerne for medarbejderdata i henhold til databeskyttelsesloven.
 
 **Hvordan tilføjer jeg en konto, der ikke er på listen?**  
-I kontoafsnittet i venstre panel er der et felt **+ Tilføj konto manuelt**. Indtast e-mailadressen eller UPN'en, og den tilføjes til den aktuelle sessions kontoliste.
+I kontoafsnittet i venstre panel er der et felt **+ Tilføj konto manuelt**. Indtast e-mailadressen eller UPN'en, og den tilføjes til den aktuelle sessions kontoliste. Vil du beholde kontoen fast, så tilføj den i profileditoren med **+ Tilføj konto** — scanneren slår den op i Microsoft 365, og kontoen medtages, hver gang profilen bruges, også i planlagte scanninger. Manuelt tilføjede konti skal findes i Microsoft 365.
 
 **Kører scanneren? Jeg kan ikke se en statuslinje.**  
 Tjek aktivitetsloggen nederst på skærmen. Hvis en scanning kører, vises der beskeder her. Hvis du ikke ser noget, er scanningen muligvis afsluttet eller ikke startet. Kontrollér også, at du har valgt mindst én kilde og mindst én konto.
@@ -683,4 +683,4 @@ For en typisk skole- eller kommunescanning er omkostningen ubetydelig — Claude
 
 ---
 
-*GDPR Scanner v1.7.9 — teknisk opsætning og konfiguration: se README.md*
+*GDPR Scanner v1.7.12 — teknisk opsætning og konfiguration: se README.md*

docs/manuals/MANUAL-EN.md

@@ -1,6 +1,6 @@
 # GDPR Scanner — User Manual
 
-Version 1.7.9
+Version 1.7.12
 
 ---
 
@@ -185,7 +185,7 @@ A progress bar appears showing:
 
 Results appear in the main area as they are found — you do not need to wait for the scan to finish before reviewing them.
 
-To stop a scan, click **Stop**. A checkpoint is saved automatically so you can resume later.
+To stop a scan, click **Stop**. The button changes to **Stopping…** while the scanner finishes the item it is working on (this can take a moment, e.g. for a large PDF), then the scan stops. A checkpoint is saved automatically so you can resume later. Stopping a scheduled scan stops the whole job — any remaining sources are skipped, and no report email is sent for the partial results.
 
 ### 4.5 Resuming an Interrupted Scan
 
@@ -382,7 +382,7 @@ Configure the sidebar exactly as you want it — including which M365 sources, G
 
 Click the profile dropdown in the top bar and select a profile. All sidebar settings — sources, accounts, options, and date filter — are loaded at once. The sidebar then shows your live state and you can adjust anything before scanning.
 
-A **Clear** button appears next to the dropdown after you select a profile. Click it to clear the profile label without changing the sidebar settings. This is useful when you want to run a one-off scan without overwriting a saved profile.
+A **Clear** button appears next to the dropdown after you select a profile. Click it to clear the profile label without changing the sidebar settings. Running a scan never changes a saved profile — profiles only change when you save them with **Save** or in the profile editor.
 
 ### Managing profiles
 
@@ -661,7 +661,7 @@ Use the **Art.30** button to export the Article 30 report. It is a Word document
 The scanner classifies users as staff (Ansat) or students (Elev) based on their Microsoft 365 licence type or Google Workspace organisational unit. You can use this filter in the accounts list to restrict a scan to only staff, only students, or a specific individual. This is useful because the rules for processing student data — especially for children under 15 — differ from staff data under Databeskyttelsesloven.
 
 **How do I add an account that is not in the list?**  
-In the accounts section of the sidebar, there is an **+ Tilføj konto manuelt** (Add account manually) field. Enter the email address or UPN and it will be added to the current session's account list.
+In the accounts section of the sidebar, there is an **+ Tilføj konto manuelt** (Add account manually) field. Enter the email address or UPN and it will be added to the current session's account list. To keep an account permanently, add it in the profile editor with **+ Tilføj konto** — the scanner looks it up in Microsoft 365, and the account is included whenever that profile is used, including in scheduled scans. Manually added accounts must exist in Microsoft 365.
 
 **Is the scanner running? I cannot see a progress bar.**  
 Check the activity log at the bottom of the screen. If a scan is running it will show messages there. If you see nothing, the scan may have completed or not started. Also check that you have at least one source ticked and at least one account selected.
@@ -683,4 +683,4 @@ For a typical school or municipality scan the cost is negligible — Claude Haik
 
 ---
 
-*GDPR Scanner v1.7.9 — for technical setup and configuration see README.md*
+*GDPR Scanner v1.7.12 — for technical setup and configuration see README.md*

gdpr_scanner.py

@@ -1527,16 +1527,9 @@ def local_ip():
 def scan_stream():
     q = queue.Queue(maxsize=512)
     _sse_queues.append(q)
-    # Filter replay buffer: only include events from the current scan
-    # (avoids replaying stale events from a previous scan)
-    replay_scan_id = _sse_mod._current_scan_id
-    buf = []
-    if replay_scan_id:
-        for msg in list(_sse_buffer):
-            if f'"scan_id": "{replay_scan_id}"' in msg:
-                buf.append(msg)
-    else:
-        buf = list(_sse_buffer)
+    # Replay only the running scan's events, never those of a finished or
+    # stopped scan (see sse.replay_messages)
+    buf = _sse_mod.replay_messages()
     def generate():
         try:
             yield ": connected\n\n"

lang/da.json

@@ -260,6 +260,11 @@
   "m365_admin_note": "Viser kun din konto. For at liste alle brugere skal en administrator give samtykke til <strong>User.Read.All</strong> i Azure Portal, eller tilføj konti manuelt nedenfor.",
   "m365_btn_scan": "Scan",
   "m365_btn_stop": "Stop",
+  "m365_no_m365_accounts": "Ingen Microsoft 365-konti valgt — Microsoft 365-kilderne springes over.",
+  "m365_btn_stopping": "Stopper…",
+  "m365_scan_stopping": "Stopper scanning — færdiggør det aktuelle element…",
+  "m365_scan_stopped": "Scanning stoppet.",
+  "m365_sched_stopped": "stoppet",
   "m365_pill_flagged": "markerede",
   "m365_pill_scanned": "scannet",
   "m365_filter_all_sources": "Alle kilder",
@@ -513,6 +518,7 @@
   "m365_filter_special_only": "Art. 9 følsomme data",
   "m365_badge_special": "Art.9",
   "m365_phase_scanning": "Scanner…",
+  "m365_skipped_google_accounts": "Sprang {n} konto(er) over, der kun findes i Google Workspace — ikke i Microsoft 365",
   "a30_special_cat": "Særlige kategorier (artikel 9)",
   "a30_special_cat_note": "Disse elementer indeholder helbredsoplysninger, straffeoplysninger, biometriske data, religiøse, etniske, fagforeningsmæssige, politiske eller seksuelle oplysninger. Et eksplicit retsgrundlag (art. 9, stk. 2) og eventuelt en konsekvensanalyse (art. 35) er påkrævet.",
   "a30_col_special": "Art. 9",

lang/de.json

@@ -260,6 +260,11 @@
   "m365_admin_note": "Es wird nur Ihr Konto angezeigt. Um alle Benutzer aufzulisten, muss ein Administrator <strong>User.Read.All</strong> im Azure Portal genehmigen oder Konten manuell unten hinzufügen.",
   "m365_btn_scan": "Scannen",
   "m365_btn_stop": "Stop",
+  "m365_no_m365_accounts": "Keine Microsoft 365-Konten ausgewählt — Microsoft 365-Quellen werden übersprungen.",
+  "m365_btn_stopping": "Wird gestoppt…",
+  "m365_scan_stopping": "Scan wird gestoppt — aktuelles Element wird abgeschlossen…",
+  "m365_scan_stopped": "Scan gestoppt.",
+  "m365_sched_stopped": "gestoppt",
   "m365_pill_flagged": "markiert",
   "m365_pill_scanned": "gescannt",
   "m365_filter_all_sources": "Alle Quellen",
@@ -513,6 +518,7 @@
   "m365_filter_special_only": "Art. 9 besondere Kategorien",
   "m365_badge_special": "Art.9",
   "m365_phase_scanning": "Scanne…",
+  "m365_skipped_google_accounts": "{n} reine Google Workspace-Konten übersprungen — nicht in Microsoft 365",
   "a30_special_cat": "Besondere Kategorien (Artikel 9)",
   "a30_special_cat_note": "Diese Elemente enthalten Gesundheits-, Straf-, biometrische, religiöse, ethnische, gewerkschaftliche, politische oder sexuelle Daten. Eine ausdrückliche Rechtsgrundlage (Art. 9 Abs. 2) und ggf. eine DSFA (Art. 35) sind erforderlich.",
   "a30_col_special": "Art. 9",

lang/en.json

@@ -260,6 +260,11 @@
   "m365_admin_note": "Only showing your account. To list all users, an admin must grant <strong>User.Read.All</strong> consent in Azure Portal, or add accounts manually below.",
   "m365_btn_scan": "Scan",
   "m365_btn_stop": "Stop",
+  "m365_no_m365_accounts": "No Microsoft 365 accounts selected — skipping the Microsoft 365 sources.",
+  "m365_btn_stopping": "Stopping…",
+  "m365_scan_stopping": "Stopping scan — finishing the current item…",
+  "m365_scan_stopped": "Scan stopped.",
+  "m365_sched_stopped": "stopped",
   "m365_pill_flagged": "flagged",
   "m365_pill_scanned": "scanned",
   "m365_filter_all_sources": "All sources",
@@ -513,6 +518,7 @@
   "m365_filter_special_only": "Art. 9 special category",
   "m365_badge_special": "Art.9",
   "m365_phase_scanning": "Scanning…",
+  "m365_skipped_google_accounts": "Skipped {n} Google Workspace-only account(s) — not in Microsoft 365",
   "a30_special_cat": "Art. 9 special category items",
   "a30_special_cat_note": "These items contain health, criminal, biometric, religious, ethnic, trade union, political, or sexual orientation data. An explicit legal basis (Art. 9(2)) and possibly a DPIA (Art. 35) is required.",
   "a30_col_special": "Art. 9",

scan_engine.py

@@ -42,18 +42,27 @@ except ImportError:
 from routes import state as _state
 
 _MANUAL_PREFIX = "manual:"
+_GOOGLE_PREFIX = "google:"
 
 
-def _resolve_manual_users(conn, user_ids: list[dict]) -> list[dict]:
-    """Resolve profile accounts saved as "manual:<email>" to their directory id.
+def _resolve_scan_users(conn, user_ids: list[dict]) -> list[dict]:
+    """Turn the requested accounts into Graph user ids for the M365 scan.
 
-    Older profile-editor saves (and saves made while M365 was not connected)
-    store manual accounts by email only; Graph needs the user id. Accounts that
-    can't be resolved are reported and skipped — never widened to "all users".
+    - "manual:<email>" (older profile-editor saves, or saves made while M365
+      was not connected) is looked up to get the directory id.
+    - "google:<email>" is a Google-Workspace-only account: it has no M365
+      mailbox/drive and Graph 404s on it. Profiles and older UI selections can
+      contain them, so they are dropped here (the Google scan covers them).
+    Accounts that can't be used are reported and skipped — never widened to
+    "all users".
     """
     resolved, seen = [], set()
+    skipped_google = []
     for u in user_ids:
         uid = u.get("id", "")
+        if uid.startswith(_GOOGLE_PREFIX):
+            skipped_google.append(uid[len(_GOOGLE_PREFIX):])
+            continue
         if uid.startswith(_MANUAL_PREFIX):
             upn = uid[len(_MANUAL_PREFIX):]
             try:
@@ -69,6 +78,12 @@ def _resolve_manual_users(conn, user_ids: list[dict]) -> list[dict]:
             continue
         seen.add(u["id"])
         resolved.append(u)
+    if skipped_google:
+        logger.info("[run_scan] skipped %d Google-only account(s) in M365 scan", len(skipped_google))
+        broadcast("scan_phase", {"phase": LANG.get(
+            "m365_skipped_google_accounts",
+            "Skipped {n} Google Workspace-only account(s) — not in Microsoft 365").replace(
+            "{n}", str(len(skipped_google)))})
     return resolved
 
 
@@ -553,12 +568,6 @@ def run_scan(options: dict):
         if rem < 3600: return f"{int(rem/60)}m"
         return f"{int(rem/3600)}h"
 
-    def _check_abort():
-        if _state._scan_abort.is_set():
-            broadcast("scan_cancelled", {"completed": completed})
-            return True
-        return False
-
     def _broadcast_card(item_meta: dict, cprs: list, pii_counts: dict | None = None):
         card = {
             "id":           item_meta.get("id", ""),
@@ -676,7 +685,7 @@ def run_scan(options: dict):
                                  me_info.get("displayName", ""),
                                  me_info.get("mail") or me_info.get("userPrincipalName", "me"))}]
         else:
-            user_ids = _resolve_manual_users(conn, user_ids)
+            user_ids = _resolve_scan_users(conn, user_ids)
             sample = user_ids[0] if user_ids else None
             logger.info("[run_scan] user_ids: %d entries, type=%s, sample=%s",
                         len(user_ids), type(user_ids).__name__, sample)
@@ -1089,6 +1098,26 @@ def run_scan(options: dict):
     if scanned_ids:
         work_items = [(k, m, f) for k, m, f in work_items if m.get("id", "") not in scanned_ids]
 
+    def _finish_aborted(done: int) -> None:
+        """Stop requested: checkpoint, finalise the DB scan, announce it."""
+        # Save checkpoint so scan can be resumed later
+        _save_checkpoint(ck_key, scanned_ids, _state.flagged_items, _state.scan_meta)
+        # Finalise the DB scan record so items found before the stop stay
+        # visible — the early return otherwise skips finish_scan below,
+        # stranding them (invisible to get_session_items / get_open_items).
+        if _db and _db_scan_id:
+            try:
+                _db.finish_scan(_db_scan_id, done)
+            except Exception as _e:
+                logger.error("[db] finish_scan (aborted) failed: %s", _e)
+        broadcast("scan_cancelled", {"completed": done - resumed_count})
+
+    # Stop pressed during collection: the per-user loops just break out, so
+    # stop here — announcing scan_start/"Scanning…" made Stop look like a restart.
+    if _state._scan_abort.is_set():
+        _finish_aborted(resumed_count)
+        return
+
     total = len(work_items)
     broadcast("scan_start", {
         "total": total + resumed_count,
@@ -1107,17 +1136,8 @@ def run_scan(options: dict):
     _items_since_save = 0
     idx = -1
     while _work_q:
-        if _check_abort():
-            # Save checkpoint so scan can be resumed later
-            _save_checkpoint(ck_key, scanned_ids, _state.flagged_items, _state.scan_meta)
-            # Finalise the DB scan record so items found before the stop stay
-            # visible — this early return otherwise skips finish_scan below,
-            # stranding them (invisible to get_session_items / get_open_items).
-            if _db and _db_scan_id:
-                try:
-                    _db.finish_scan(_db_scan_id, resumed_count + idx + 1)
-                except Exception as _e:
-                    logger.error("[db] finish_scan (aborted) failed: %s", _e)
+        if _state._scan_abort.is_set():
+            _finish_aborted(resumed_count + idx + 1)
             return
         idx += 1
         kind, meta, _ = _work_q.popleft()  # releases this item from the deque immediately

scan_scheduler.py

@@ -351,6 +351,9 @@ class ScanScheduler:
                 )
                 _fs_extra = {k: _profile_opts[k] for k in _FS_OPT_KEYS if k in _profile_opts}
                 for fs in options.get("file_sources", []):
+                    # Stop pressed during an earlier stage — don't start more stages
+                    if _m._scan_abort.is_set():
+                        break
                     # Resolve string IDs to full source dicts
                     if isinstance(fs, str):
                         fs = _all_file_sources.get(fs, {"path": fs, "label": fs})
@@ -374,7 +377,12 @@ class ScanScheduler:
                 # Legacy profiles store everything in sources[]
                 google_sources = [s for s in options.get("sources", [])
                                   if s in ("gmail", "gdrive")]
-            if google_sources and state.google_connector:
+            # POST /api/scan/stop sets both abort events. _scan_abort was cleared
+            # when this job started, so if it is set now the user pressed Stop
+            # during an earlier stage — the Google stage must not start, and its
+            # abort event must not be cleared (that turned Stop into a restart).
+            stopped = _m._scan_abort.is_set()
+            if google_sources and state.google_connector and not stopped:
                 from routes.google_scan import (
                     _run_google_scan as _rgs,
                     _scan_lock       as _gsl,
@@ -383,6 +391,9 @@ class ScanScheduler:
                 if _gsl.acquire(blocking=False):
                     try:
                         _gsa.clear()
+                        # Stop sets _scan_abort first, so re-check after clearing:
+                        # a Stop landing in between must still win.
+                        if not _m._scan_abort.is_set():
                             logger.info("[scheduler] Starting Google scan — sources=%s", google_sources)
                             _rgs({
                                 "sources":     google_sources,
@@ -399,18 +410,21 @@ class ScanScheduler:
 
             run["flagged"] = len(_m.flagged_items)
             run["scanned"] = _m.scan_meta.get("total_scanned", 0)
-            run["status"]  = "completed"
-            logger.info("[scheduler] Job '%s' completed — %d flagged, %d scanned",
-                        job_cfg.get("name", ""), run["flagged"], run["scanned"])
+            stopped = _m._scan_abort.is_set()
+            run["status"]  = "cancelled" if stopped else "completed"
+            logger.info("[scheduler] Job '%s' %s — %d flagged, %d scanned",
+                        job_cfg.get("name", ""), run["status"], run["flagged"], run["scanned"])
 
-            if job_cfg.get("auto_email") and state.flagged_items:
+            # A stopped job's results are partial — don't email them or apply
+            # retention based on them.
+            if not stopped and job_cfg.get("auto_email") and state.flagged_items:
                 try:
                     self._send_email_report(job_cfg)
                     run["emailed"] = 1
                 except Exception as e:
                     run["error"] = f"Scan OK, email failed: {e}"
 
-            if job_cfg.get("auto_retention") and job_cfg.get("retention_years"):
+            if not stopped and job_cfg.get("auto_retention") and job_cfg.get("retention_years"):
                 try:
                     self._run_retention(job_cfg)
                 except Exception as e:
@@ -420,6 +434,7 @@ class ScanScheduler:
             _m.broadcast("scheduler_done", {
                 "flagged": run["flagged"], "scanned": run["scanned"],
                 "emailed": run["emailed"], "job_name": job_cfg.get("name", ""),
+                "cancelled": stopped,
             })
 
         except Exception as e:

sse.py

@@ -19,6 +19,29 @@ logger = logging.getLogger(__name__)
 _sse_queues: list      = []
 _sse_buffer: deque     = deque(maxlen=500)
 _current_scan_id: str  = ""
+# Scans that have ended (done / stopped). Their events stay in the buffer but
+# are never replayed: replaying a stopped scan re-showed the Stop button and
+# progress bar on every reconnect, so Stop looked like a restart.
+_finished_scan_ids: deque = deque(maxlen=20)
+
+# Events that end the scan identified by _current_scan_id.
+# scan_done: M365 finished; scan_cancelled: M365 stopped; file_scan_done:
+# file scan finished or stopped. (Google scans don't set _current_scan_id.)
+_TERMINAL_EVENTS = frozenset({"scan_done", "scan_cancelled", "file_scan_done"})
+
+def replay_messages() -> list[str]:
+    """Buffered messages to replay to a newly connected browser.
+
+    While a scan runs, only that scan's events. Otherwise everything except
+    events of scans that have already ended (done or stopped).
+    """
+    buf = list(_sse_buffer)
+    if _current_scan_id:
+        tag = f'"scan_id": "{_current_scan_id}"'
+        return [m for m in buf if tag in m]
+    finished = [f'"scan_id": "{sid}"' for sid in _finished_scan_ids]
+    return [m for m in buf if not any(tag in m for tag in finished)]
+
 
 def broadcast(event: str, data: dict):
     global _current_scan_id
@@ -31,8 +54,9 @@ def broadcast(event: str, data: dict):
             q.put_nowait(msg)
         except queue.Full:
             pass
-    # Clear scan_id after scan_done so replay knows the scan is finished
-    if event == "scan_done" and _current_scan_id:
+    # Clear scan_id when the scan ends so replay knows it is finished
+    if event in _TERMINAL_EVENTS and _current_scan_id:
+        _finished_scan_ids.append(_current_scan_id)
         _current_scan_id = ""
     # When no browser is watching (e.g. scheduled scan), log key events
     if not _sse_queues:

static/js/CLAUDE.md

@@ -34,6 +34,11 @@ Never revert to `!!window._googleConnected` / `_fileSources.length > 0` — thos
 - **Do not close `S.es` in `scan_done` if other scans are still running** — M365 (`scan_done`), Google (`google_scan_done`), and File (`file_scan_done`) each emit their own done event. Close `S.es` only when all concurrent scans have finished: `scan_done` checks `!S._googleScanRunning && !S._fileScanRunning`; `google_scan_done` checks `!S._m365ScanRunning && !S._fileScanRunning`; `file_scan_done` checks `!S._m365ScanRunning && !S._googleScanRunning`.
 - **Scheduled scans** — `S._userStartedScan` is false for scheduler-triggered runs, so SSE is never closed and future scheduler events continue to arrive.
 - **Two separate abort events** — `state._scan_abort` (M365 + file) and `state._google_scan_abort` (Google). `POST /api/scan/stop` sets **both**. `_check_abort()` inside `_run_google_scan` must use the module-level `_scan_abort` alias (`= state._google_scan_abort`), not `gdpr_scanner._scan_abort`.
+- **Stop must never look like a restart** — four rules, each fixing a way Stop used to appear to restart the scan:
+  - `sse.replay_messages()` never replays a scan that has ended. `scan_done`, `scan_cancelled` and `file_scan_done` move `_current_scan_id` into `_finished_scan_ids`. Do not go back to clearing the id only on `scan_done`: stopped M365 scans and all file scans stayed "current", and every reconnect (page load, watchdog) replayed them, bringing back the Stop button and progress bar.
+  - The `scan_cancelled` handler clears `S._m365ScanRunning` and, like `scan_done`, keeps the Stop button and SSE only while a Google or file scan is still running. `scheduler_done` and `scheduler_error` clear all three running flags.
+  - The Stop button goes through `_setStopBtnDisplay(display, fresh)`; do not set `stopBtn.style.display` directly. `stopScan()` switches it to a disabled "Stopping…" state. Hiding it, or passing `fresh=true` (from `startScan()` and `scheduler_started`), resets it.
+  - Server side: `run_scan` checks for Stop straight after collection, before `scan_start`. The scheduler checks `_scan_abort` between stages and never clears the Google abort flag after a Stop. A stopped job is recorded as `cancelled`, with no email or retention.
 - **`_check_abort()` emits `google_scan_done`, not `scan_cancelled`** — `scan_cancelled` unconditionally closes the SSE; `google_scan_done` checks whether other scans are still running before closing.
 - **`scan_phase` replay sets running flags — handled by `sse_replay_done`** — the `scan_phase` handler sets running flags to `true` whenever all flags are `false` and a source keyword is found in the phase text. On page refresh this fires during SSE replay of a completed scan, temporarily making the scan appear running. The `sse_replay_done` handler retries `loadHistorySession(null)` if no scan is running and `S._historyRefScanId` is still `null` after replay. Do not remove either the flag-setting logic or the retry.
 - **Google Drive uses a lazy generator, not `list()`** — `iter_drive_files()` iterated directly so `_check_abort()` fires between items. Wrapping in `list()` blocks the thread for the entire enumeration.
@@ -86,7 +91,7 @@ Never revert to `!!window._googleConnected` / `_fileSources.length > 0` — thos
   - The profile editor's "+ Tilføj konto" looks the email up via `/api/users/lookup` and stores `{id: <directory id>, displayName, email, manual: true}`. It falls back to `"manual:<email>"` only when the lookup fails. Checkboxes with `data-manual` save as objects; everything else saves as plain id strings.
   - `_applyProfile()` → `_addProfileManualUsers()` pushes manual accounts into `S._allUsers` (`manual: true`, `platform: 'm365'`). Legacy `manual:<email>` entries are looked up and the pending ID is rewritten to the resolved one. Without this the account can never be ticked in the sidebar, so it's never scanned.
   - `_userListFinal()` keys off `S._m365UsersLoaded`, not `S._allUsers.length`, because manual users can be pushed before the directory loads.
-  - Server side, `scan_engine._resolve_manual_users()` resolves any remaining `manual:<email>` (e.g. from scheduled scans) via `conn.lookup_user()`. It skips and reports failures and never widens to "all users".
+  - Server side, `scan_engine._resolve_scan_users()` resolves any remaining `manual:<email>` (e.g. from scheduled scans) via `conn.lookup_user()`, and drops `google:<email>` (Google-only accounts, which Graph 404s on). It skips and reports failures and never widens to "all users".
 - **Pending profile users wait for the Google merge** — `_applyPendingProfileUsers()` keeps `window._pendingProfileUserIds` until every ID is matched or `_userListFinal()` (users loaded, and Google either not connected or `S._googleUsersMerged`). `_mergeGoogleUsers()` re-applies in its `finally`. A saved `google:<email>` also matches an M365 user merged to `platform: 'both'` via `u.googleEmail`. Do not clear the pending IDs unconditionally — Google-only users would stay unticked.
 - **Date presets** — stored as `years * 365` (integer days). Do not use `* 365.25`.
 - **`copyTokenLink` is async** — called from `onclick` as fire-and-forget. Do not make it synchronous.

static/js/profiles.js

@@ -238,7 +238,10 @@ function _applyPendingProfileUsers() {
   if (!ids || !ids.length || !S._allUsers.length) return;
   const wanted = new Set(ids);
   // A saved google:<email> may since have merged onto an M365 user (platform 'both')
-  const matches = u => wanted.has(u.id) || (u.googleEmail && wanted.has('google:' + u.googleEmail));
+  // Must return a real boolean: the sidebar and getSelectedUsers() treat any
+  // selected value other than `false` as ticked, so an `undefined` here (users
+  // without googleEmail) ticked — and scanned — every M365-only/GWS-only user.
+  const matches = u => wanted.has(u.id) || !!(u.googleEmail && wanted.has('google:' + u.googleEmail));
   S._allUsers.forEach(u => { u.selected = matches(u); });
   renderAccountList();
   const found = S._allUsers.filter(matches).length;

static/js/results.js

@@ -779,7 +779,7 @@ function _sseWatchdog() {
       _ensureSSE();
       if (status.running && !S._m365ScanRunning && !S._googleScanRunning && !S._fileScanRunning) {
         document.getElementById('scanBtn').disabled = true;
-        document.getElementById('stopBtn').style.display = 'inline-block';
+        _setStopBtnDisplay('inline-block');
         // status.running reflects the M365 + file lock; treat as an M365 reconnect
         S._m365ScanRunning = true; _renderProgressSegments();
         document.getElementById('progressFile').textContent = t('m365_sse_reconnecting', 'Reconnecting to running scan…');

static/js/scan.js

@@ -317,7 +317,7 @@ function _attachScanListeners(source) {
       else if (phaseSrc === 'file') { S._fileScanRunning   = true; }
       else                          { S._m365ScanRunning   = true; }
       document.getElementById('scanBtn').disabled = true;
-      document.getElementById('stopBtn').style.display = 'inline-block';
+      _setStopBtnDisplay('inline-block');
       _renderProgressSegments();
     }
     _setProgressPhase(d.phase);
@@ -330,9 +330,9 @@ function _attachScanListeners(source) {
             : (d.total > 0 ? Math.round((d.index || d.completed || 0) / d.total * 100) : 0);
     S._srcPct[src] = pct;
     // If reconnecting mid-scan the running flag may not be set yet — ensure segment exists
-    if (src === 'm365'    && !S._m365ScanRunning)   { S._m365ScanRunning   = true; document.getElementById('scanBtn').disabled = true; document.getElementById('stopBtn').style.display = 'inline-block'; _renderProgressSegments(); }
-    if (src === 'google'  && !S._googleScanRunning) { S._googleScanRunning = true; document.getElementById('scanBtn').disabled = true; document.getElementById('stopBtn').style.display = 'inline-block'; _renderProgressSegments(); }
-    if (src === 'file'    && !S._fileScanRunning)   { S._fileScanRunning   = true; document.getElementById('scanBtn').disabled = true; document.getElementById('stopBtn').style.display = 'inline-block'; _renderProgressSegments(); }
+    if (src === 'm365'    && !S._m365ScanRunning)   { S._m365ScanRunning   = true; document.getElementById('scanBtn').disabled = true; _setStopBtnDisplay('inline-block'); _renderProgressSegments(); }
+    if (src === 'google'  && !S._googleScanRunning) { S._googleScanRunning = true; document.getElementById('scanBtn').disabled = true; _setStopBtnDisplay('inline-block'); _renderProgressSegments(); }
+    if (src === 'file'    && !S._fileScanRunning)   { S._fileScanRunning   = true; document.getElementById('scanBtn').disabled = true; _setStopBtnDisplay('inline-block'); _renderProgressSegments(); }
     var fill = document.getElementById('progressFill_' + src);
     if (fill) fill.style.width = pct + '%';
     document.getElementById('progressFile').textContent = d.file || '';
@@ -368,15 +368,20 @@ function _attachScanListeners(source) {
     log((d.file ? d.file + ': ' : '') + d.error, 'err');
   });
   source.addEventListener('scan_cancelled', function() {
-    if (S._userStartedScan) {
+    // scan_cancelled is the M365 engine's "stopped" event. Clear its running
+    // flag (leaving it set made later replays/status polls treat the stopped
+    // scan as live) and, like scan_done, only tear down the UI once no Google
+    // or file scan is still running.
+    S._m365ScanRunning = false;
+    var _anyRunning = S._googleScanRunning || S._fileScanRunning;
+    if (S._userStartedScan && !_anyRunning) {
       S._userStartedScan = false;
       if (S.es) { S.es.close(); S.es = null; }
     }
-    document.getElementById('scanBtn').disabled = false;
-    document.getElementById('stopBtn').style.display = 'none';
-    _clearProgressBar();
-    setLogLive('');
-    log('Scan stopped.', 'warn');
+    document.getElementById('scanBtn').disabled = _anyRunning;
+    _setStopBtnDisplay(_anyRunning ? 'inline-block' : 'none');
+    if (_anyRunning) { _renderProgressSegments(); } else { _clearProgressBar(); setLogLive(''); }
+    log(t('m365_scan_stopped', 'Scan stopped.'), 'warn');
   });
   source.addEventListener('scan_done', function(e) {
     var d = JSON.parse(e.data);
@@ -401,7 +406,7 @@ function _attachScanListeners(source) {
     }
     if (!_anyRunning) setLogLive('');
     document.getElementById('scanBtn').disabled = _anyRunning;
-    document.getElementById('stopBtn').style.display = _anyRunning ? 'inline-block' : 'none';
+    _setStopBtnDisplay(_anyRunning ? 'inline-block' : 'none');
     if (!_anyRunning) _clearProgressBar();
     document.getElementById('statsSection').style.display = 'block';
     document.getElementById('statScanned').textContent = d.total_scanned;
@@ -437,7 +442,7 @@ function _attachScanListeners(source) {
       }
       setLogLive('');
       document.getElementById('scanBtn').disabled = false;
-      document.getElementById('stopBtn').style.display = 'none';
+      _setStopBtnDisplay('none');
       _clearProgressBar();
       document.getElementById('statsSection').style.display = 'block';
       document.getElementById('statsPill').style.display = 'block';
@@ -466,7 +471,7 @@ function _attachScanListeners(source) {
       }
       setLogLive('');
       document.getElementById('scanBtn').disabled = false;
-      document.getElementById('stopBtn').style.display = 'none';
+      _setStopBtnDisplay('none');
       _clearProgressBar();
       document.getElementById('statsSection').style.display = 'block';
       document.getElementById('statsPill').style.display = 'block';
@@ -502,7 +507,7 @@ function _attachSchedulerListeners(source) {
     log('\uD83D\uDD50 ' + t('m365_sched_title','Scheduled scan') + ': ' + (d.job_name||'') + '\u2026');
     // Show progress UI so scan_phase / scan_progress events are visible
     document.getElementById('scanBtn').disabled = true;
-    document.getElementById('stopBtn').style.display = 'inline-block';
+    _setStopBtnDisplay('inline-block', true);
     S._srcPct = { m365: 0, google: 0, file: 0 }; S._m365ScanRunning = true; _renderProgressSegments();
     _setProgressPhase((d.job_name||'') + '\u2026');
     document.getElementById('progressFile').textContent = '';
@@ -512,25 +517,32 @@ function _attachSchedulerListeners(source) {
     // scheduler_started was missed (e.g. browser reconnected mid-scan)
     console.log('[SSE] scan_start received');
     document.getElementById('scanBtn').disabled = true;
-    document.getElementById('stopBtn').style.display = 'inline-block';
+    _setStopBtnDisplay('inline-block');
     // Ensure at least the M365 segment is rendered (scan_start is M365-only)
     if (!S._m365ScanRunning) { S._m365ScanRunning = true; _renderProgressSegments(); }
   });
   source.addEventListener('scheduler_done', function(e) {
     var d = JSON.parse(e.data);
     console.log('[SSE] scheduler_done received:', d);
+    // The job's stages are all over — scheduler_started set the M365 flag
+    S._m365ScanRunning = S._googleScanRunning = S._fileScanRunning = false;
     document.getElementById('scanBtn').disabled = false;
-    document.getElementById('stopBtn').style.display = 'none';
+    _setStopBtnDisplay('none');
     _clearProgressBar();
+    if (d.cancelled) {
+      log('\u23f9 ' + t('m365_sched_title','Scheduled scan') + ' ' + (d.job_name||'') + ' \u2014 ' + t('m365_sched_stopped','stopped') + ' (' + (d.flagged||0) + ' flagged)', 'warn');
+    } else {
       log('\u2713 ' + t('m365_sched_title','Scheduled scan') + ' ' + (d.job_name||'') + ' \u2014 ' + (d.flagged||0) + ' flagged', 'ok');
+    }
     markOverdueCards();
     loadTrend();
   });
   source.addEventListener('scheduler_error', function(e) {
     var d = JSON.parse(e.data);
     console.log('[SSE] scheduler_error received:', d);
+    S._m365ScanRunning = S._googleScanRunning = S._fileScanRunning = false;
     document.getElementById('scanBtn').disabled = false;
-    document.getElementById('stopBtn').style.display = 'none';
+    _setStopBtnDisplay('none');
     _clearProgressBar();
     log('\u26A0 ' + t('m365_sched_title','Scheduled scan') + ' failed: ' + (d.error||''), 'err');
   });
@@ -557,14 +569,20 @@ function startScan(resume) {
   document.getElementById('resumeBanner').style.display = 'none';
   document.getElementById('logPanel').innerHTML = '<div class="log-line log-live" id="logLive" style="display:none"></div>';
   try { sessionStorage.removeItem(_LOG_SESSION_KEY); } catch(e) {}
-  S._m365ScanRunning   = sources.length > 0;
+  // The M365 scan needs explicit accounts — the server treats an empty list as
+  // "every user in the tenant". With only Google accounts ticked, skip it.
+  const runM365 = sources.length > 0 && user_ids.length > 0;
+  if (sources.length && !runM365) {
+    log(t('m365_no_m365_accounts', 'No Microsoft 365 accounts selected — skipping the Microsoft 365 sources.'), 'warn');
+  }
+  S._m365ScanRunning   = runM365;
   S._googleScanRunning = googleSources.length > 0;
   S._fileScanRunning   = fileSources.length > 0;
   S._srcPct = { m365: 0, google: 0, file: 0 };
   S._progressCurrentUser = '';
   _renderProgressSegments();
   document.getElementById('scanBtn').disabled = true;
-  document.getElementById('stopBtn').style.display = 'inline-block';
+  _setStopBtnDisplay('inline-block', true);
   // progress segments rendered by _renderProgressSegments() called above
   document.getElementById('progressFile').textContent = '';
   _setProgressPhase(t('scan_preparing', 'Preparing…'));
@@ -594,15 +612,15 @@ function startScan(resume) {
     if (label === 'google')  S._googleScanRunning  = false;
     if (!S._m365ScanRunning && !S._googleScanRunning && !S._fileScanRunning) {
       document.getElementById('scanBtn').disabled = false;
-      document.getElementById('stopBtn').style.display = 'none';
+      _setStopBtnDisplay('none');
       if (S.es) { S.es.close(); S.es = null; }
       S._userStartedScan = false;
     }
   }
 
   setTimeout(() => {
-    // Fire M365 scan if any M365 sources are selected
-    if (sources.length > 0) {
+    // Fire M365 scan if any M365 sources and accounts are selected
+    if (runM365) {
       fetch('/api/scan/start', {
         method: 'POST', headers: {'Content-Type':'application/json'},
         body: JSON.stringify({sources, user_ids, options, resume: !!resume,
@@ -664,8 +682,30 @@ function startScan(resume) {
 
 }
 
+// Show/hide the Stop button. Hiding — or passing fresh=true when a new scan
+// starts — resets it from its "Stopping…" state, so a new scan always gets a
+// normal, clickable Stop button even if a previous scan never reported its end.
+function _setStopBtnDisplay(display, fresh) {
+  const btn = document.getElementById('stopBtn');
+  if (!btn) return;
+  btn.style.display = display;
+  if (display === 'none' || fresh) {
+    btn.disabled = false;
+    btn.textContent = t('m365_btn_stop', 'Stop');
+  }
+}
+
 function stopScan() {
-  fetch('/api/scan/stop', {method:'POST'});
+  // Immediate feedback: the scan only notices the stop between items, which
+  // can take a while (e.g. OCR on a large PDF). Stays "Stopping…" until the
+  // scan's done/stopped event hides the button.
+  const btn = document.getElementById('stopBtn');
+  if (btn) { btn.disabled = true; btn.textContent = t('m365_btn_stopping', 'Stopping…'); }
+  log(t('m365_scan_stopping', 'Stopping scan — finishing the current item…'), 'warn');
+  fetch('/api/scan/stop', {method:'POST'}).catch(function(e) {
+    if (btn) { btn.disabled = false; btn.textContent = t('m365_btn_stop', 'Stop'); }
+    log('Stop failed: ' + e, 'err');
+  });
 }
 
 // ── Trend sparkline (#7) ──────────────────────────────────────────────────────
@@ -795,6 +835,7 @@ window._attachScanListeners = _attachScanListeners;
 window._attachSchedulerListeners = _attachSchedulerListeners;
 window.startScan = startScan;
 window.stopScan = stopScan;
+window._setStopBtnDisplay = _setStopBtnDisplay;
 window.drawSparkline = drawSparkline;
 window.loadTrend = loadTrend;
 window.updateStats = updateStats;

static/js/scheduler.js

@@ -242,7 +242,8 @@ function schedLoadHistory() {
     var html = '';
     runs.forEach(function(r) {
       var ts = r.started_at ? new Date(r.started_at * 1000).toLocaleString() : '-';
-      var icon = r.status === 'completed' ? '\u2713' : r.status === 'failed' ? '\u2716' : '\u23f3';
+      var icon = r.status === 'completed' ? '\u2713' : r.status === 'failed' ? '\u2716'
+               : r.status === 'cancelled' ? '\u23f9' : '\u23f3';
       var jname = r.job_name ? '<strong>' + _esc(r.job_name) + '</strong> - ' : '';
       html += icon + ' ' + jname + ts + ' - ' + (r.flagged||0) + ' flagged';
       if (r.emailed) html += ' \u2709';

static/js/users.js

@@ -461,8 +461,15 @@ function getSelectedUsers() {
       { id: u.id, displayName: u.displayName, userRole: u.userRole || 'other' },
       u.manual ? { manual: true, email: u.email || '' } : {}));
   }
-  // Fallback to DOM if S._allUsers not yet populated
-  return Array.from(document.querySelectorAll('.account-check:checked')).map(cb => ({
+  // Once the user list is loaded it is authoritative: no ticked M365 users means
+  // none. (Falling back to the DOM here collected every ticked checkbox —
+  // including Google-only "google:<email>" rows — and sent them to the M365
+  // scan, where Graph 404s on them.)
+  if (S._allUsers.length) return [];
+  // Fallback to DOM only while S._allUsers is not yet populated
+  return Array.from(document.querySelectorAll('.account-check:checked'))
+    .filter(cb => !String(cb.dataset.id || '').startsWith('google:'))
+    .map(cb => ({
       id: cb.dataset.id, displayName: cb.dataset.name, userRole: cb.dataset.role || 'other'
     }));
 }

tests/test_manual_users.py

@@ -37,7 +37,7 @@ class TestResolveManualUsers:
     def test_manual_email_resolved_to_directory_id(self, broadcasts):
         conn = _Conn({"ann@school.dk": {"id": "guid-ann", "displayName": "Ann Andersen",
                                         "mail": "ann@school.dk"}})
-        out = scan_engine._resolve_manual_users(conn, [
+        out = scan_engine._resolve_scan_users(conn, [
             {"id": "manual:ann@school.dk", "displayName": "manual:ann@school.dk", "userRole": "other"},
         ])
         assert out == [{"id": "guid-ann", "displayName": "Ann Andersen", "userRole": "other"}]
@@ -48,12 +48,12 @@ class TestResolveManualUsers:
         conn = _Conn({})
         users = [{"id": "guid-1", "displayName": "One"},
                  {"id": "guid-2", "displayName": "Two", "manual": True, "email": "two@school.dk"}]
-        assert scan_engine._resolve_manual_users(conn, users) == users
+        assert scan_engine._resolve_scan_users(conn, users) == users
         assert conn.lookups == []
 
     def test_unknown_manual_account_skipped_and_reported(self, broadcasts):
         conn = _Conn({})
-        out = scan_engine._resolve_manual_users(conn, [
+        out = scan_engine._resolve_scan_users(conn, [
             {"id": "guid-1", "displayName": "One"},
             {"id": "manual:ghost@school.dk", "displayName": "ghost"},
         ])
@@ -63,7 +63,7 @@ class TestResolveManualUsers:
 
     def test_manual_account_already_selected_is_deduplicated(self, broadcasts):
         conn = _Conn({"ann@school.dk": {"id": "guid-ann", "displayName": "Ann"}})
-        out = scan_engine._resolve_manual_users(conn, [
+        out = scan_engine._resolve_scan_users(conn, [
             {"id": "guid-ann", "displayName": "Ann"},
             {"id": "manual:ann@school.dk", "displayName": "ann"},
         ])
@@ -73,10 +73,56 @@ class TestResolveManualUsers:
         # run_scan resolves inside the non-empty branch, so an empty result must
         # stay empty — it must never widen to "scan every tenant user".
         conn = _Conn({})
-        assert scan_engine._resolve_manual_users(
+        assert scan_engine._resolve_scan_users(
             conn, [{"id": "manual:x@school.dk", "displayName": "x"}]) == []
 
 
+class TestGoogleOnlyAccountsDropped:
+    """Regression: google:<email> ids reached the M365 scan and Graph 404'd
+    ("/users/google:anne@school.dk/mailFolders")."""
+
+    def test_google_only_accounts_are_dropped_and_reported(self, broadcasts):
+        conn = _Conn({})
+        out = scan_engine._resolve_scan_users(conn, [
+            {"id": "guid-1", "displayName": "One"},
+            {"id": "google:anne@school.dk", "displayName": "Anne"},
+            {"id": "google:appleadmin@adm.school.dk", "displayName": "Apple Admin"},
+        ])
+        assert out == [{"id": "guid-1", "displayName": "One"}]
+        assert conn.lookups == []
+        phases = [d["phase"] for e, d in broadcasts if e == "scan_phase"]
+        assert phases and "2" in phases[0]
+
+    def test_only_google_accounts_gives_empty_list_not_all_users(self, broadcasts):
+        assert scan_engine._resolve_scan_users(_Conn({}), [
+            {"id": "google:anne@school.dk", "displayName": "Anne"}]) == []
+
+    def test_run_scan_never_calls_graph_for_google_ids(self, broadcasts, monkeypatch):
+        from routes import state
+        monkeypatch.setattr(scan_engine, "DB_OK", False)
+        monkeypatch.setattr(scan_engine, "_load_checkpoint", lambda key, **kw: None)
+        monkeypatch.setattr(scan_engine, "_save_checkpoint", lambda *a, **kw: None)
+        monkeypatch.setattr(scan_engine, "_clear_checkpoint", lambda **kw: None)
+        monkeypatch.setattr(state, "flagged_items", [])
+        conn = MagicMock()
+        conn.is_app_mode = True
+        conn.list_all_mail_folders_for.return_value = []
+        monkeypatch.setattr(state, "connector", conn)
+        import sse
+        saved = sse._current_scan_id
+        try:
+            scan_engine.run_scan({"sources": ["email"], "options": {}, "user_ids": [
+                {"id": "google:anne@school.dk", "displayName": "Anne"},
+                {"id": "guid-1", "displayName": "One"},
+            ]})
+        finally:
+            sse._current_scan_id = saved
+        called_ids = {c.args[0] for c in conn.list_all_mail_folders_for.call_args_list}
+        assert "guid-1" in called_ids
+        assert not any(str(i).startswith("google:") for i in called_ids)
+        conn.list_users.assert_not_called()  # never widened to the whole tenant
+
+
 class TestLookupRoute:
     @pytest.fixture()
     def client(self):

tests/test_stop_scan.py

@@ -0,0 +1,218 @@
+"""
+Stop must stop — regressions for "pressing Stop seems to restart the scan".
+
+  - SSE replay: a stopped/finished scan's buffered events are never replayed to
+    a reconnecting browser (that re-showed the Stop button and progress bar).
+  - run_scan: Stop during collection ends the scan (checkpoint + scan_cancelled)
+    instead of announcing scan_start / "Scanning…".
+  - Scheduler: Stop during one stage prevents later stages — in particular the
+    Google stage no longer clears the Google abort flag and scans everyone.
+"""
+from __future__ import annotations
+from unittest.mock import MagicMock
+
+import pytest
+
+import sse
+
+
+@pytest.fixture(autouse=True)
+def clean_scan_state():
+    """Restore SSE globals and abort flags so tests don't leak into each other."""
+    from routes import state
+    saved_buf = list(sse._sse_buffer)
+    saved_id = sse._current_scan_id
+    saved_finished = list(sse._finished_scan_ids)
+    sse._sse_buffer.clear()
+    sse._current_scan_id = ""
+    sse._finished_scan_ids.clear()
+    yield
+    state._scan_abort.clear()
+    state._google_scan_abort.clear()
+    sse._sse_buffer.clear()
+    sse._sse_buffer.extend(saved_buf)
+    sse._current_scan_id = saved_id
+    sse._finished_scan_ids.clear()
+    sse._finished_scan_ids.extend(saved_finished)
+
+
+def _events(msgs: list[str]) -> list[str]:
+    return [m.split("\n", 1)[0].removeprefix("event: ") for m in msgs]
+
+
+# ---------------------------------------------------------------------------
+# SSE replay
+# ---------------------------------------------------------------------------
+
+class TestReplay:
+    def test_running_scan_is_replayed(self):
+        sse._current_scan_id = "scan_1"
+        sse.broadcast("scan_phase", {"phase": "Collecting…"})
+        sse.broadcast("scan_progress", {"pct": 10})
+        assert _events(sse.replay_messages()) == ["scan_phase", "scan_progress"]
+
+    def test_stopped_scan_is_not_replayed(self):
+        sse._current_scan_id = "scan_1"
+        sse.broadcast("scan_phase", {"phase": "Collecting…"})
+        sse.broadcast("scan_start", {"total": 5})
+        sse.broadcast("scan_progress", {"pct": 40})
+        sse.broadcast("scan_cancelled", {"completed": 2})
+        assert sse._current_scan_id == ""
+        assert sse.replay_messages() == []
+
+    def test_completed_scan_is_not_replayed(self):
+        sse._current_scan_id = "scan_1"
+        sse.broadcast("scan_progress", {"pct": 100})
+        sse.broadcast("scan_done", {"total_scanned": 1, "flagged_count": 0})
+        assert sse.replay_messages() == []
+
+    def test_file_scan_done_ends_the_file_scan(self):
+        # Previously only scan_done cleared the id, so every finished file scan
+        # stayed "current" and was replayed on each page load.
+        sse._current_scan_id = "filescan_1"
+        sse.broadcast("scan_phase", {"phase": "Files — Share"})
+        sse.broadcast("file_scan_done", {"total_scanned": 3, "flagged_count": 0})
+        assert sse._current_scan_id == ""
+        assert sse.replay_messages() == []
+
+    def test_untagged_events_still_replayed_after_scan_ends(self):
+        sse._current_scan_id = "scan_1"
+        sse.broadcast("scan_progress", {"pct": 40})
+        sse.broadcast("scan_cancelled", {"completed": 2})
+        sse.broadcast("google_scan_done", {"total_scanned": 7})  # no scan running → untagged
+        assert _events(sse.replay_messages()) == ["google_scan_done"]
+
+    def test_new_scan_replays_only_its_own_events(self):
+        sse._current_scan_id = "scan_1"
+        sse.broadcast("scan_progress", {"pct": 40})
+        sse.broadcast("scan_cancelled", {"completed": 2})
+        sse._current_scan_id = "scan_2"
+        sse.broadcast("scan_phase", {"phase": "Collecting…"})
+        msgs = sse.replay_messages()
+        assert _events(msgs) == ["scan_phase"]
+        assert '"scan_id": "scan_2"' in msgs[0]
+
+
+# ---------------------------------------------------------------------------
+# run_scan: Stop during collection
+# ---------------------------------------------------------------------------
+
+class TestRunScanStopDuringCollection:
+    @pytest.fixture()
+    def engine(self, monkeypatch):
+        import scan_engine
+        from routes import state
+        sent: list[tuple[str, dict]] = []
+        checkpoints: list = []
+        monkeypatch.setattr(scan_engine, "broadcast", lambda ev, data: sent.append((ev, data)))
+        monkeypatch.setattr(scan_engine, "DB_OK", False)
+        monkeypatch.setattr(scan_engine, "_load_checkpoint", lambda key, **kw: None)
+        monkeypatch.setattr(scan_engine, "_save_checkpoint", lambda *a, **kw: checkpoints.append(a))
+        monkeypatch.setattr(scan_engine, "_clear_checkpoint", lambda **kw: None)
+        conn = MagicMock()
+        conn.is_app_mode = True
+        monkeypatch.setattr(state, "connector", conn)
+        monkeypatch.setattr(state, "flagged_items", [])
+        opts = {"sources": [], "user_ids": [{"id": "u1", "displayName": "User"}], "options": {}}
+        return scan_engine, sent, checkpoints, opts
+
+    def test_stop_before_processing_does_not_announce_scan_start(self, engine):
+        scan_engine, sent, checkpoints, opts = engine
+        from routes import state
+        state._scan_abort.set()
+        scan_engine.run_scan(opts)
+        names = [e for e, _ in sent]
+        assert "scan_cancelled" in names
+        assert "scan_start" not in names
+        assert not any(e == "scan_phase" and "Scanning" in d.get("phase", "") for e, d in sent)
+        assert "scan_done" not in names
+        assert len(checkpoints) == 1  # resumable
+
+    def test_without_stop_scan_runs_to_done(self, engine):
+        scan_engine, sent, _, opts = engine
+        scan_engine.run_scan(opts)
+        names = [e for e, _ in sent]
+        assert "scan_start" in names and "scan_done" in names
+        assert "scan_cancelled" not in names
+
+
+# ---------------------------------------------------------------------------
+# Scheduler: Stop ends the whole job
+# ---------------------------------------------------------------------------
+
+class TestSchedulerStop:
+    JOB = {"id": "j1", "name": "Nightly", "profile_id": "", "enabled": True,
+           "auto_email": True, "auto_retention": True, "retention_years": 5}
+    OPTIONS = {"sources": ["email", "gmail"], "user_ids": [], "options": {},
+               "file_sources": [{"id": "f1", "path": "/srv/share", "label": "Share"}],
+               "google_sources": ["gmail"]}
+
+    @pytest.fixture()
+    def job(self, monkeypatch):
+        import gdpr_scanner
+        import scan_scheduler
+        import routes.google_scan as google_scan
+        from routes import state
+
+        sent: list[tuple[str, dict]] = []
+        monkeypatch.setattr(scan_scheduler, "load_jobs", lambda: [dict(self.JOB)])
+        monkeypatch.setattr(gdpr_scanner, "_get_db", lambda *a, **kw: None)
+        monkeypatch.setattr(gdpr_scanner, "broadcast", lambda ev, data: sent.append((ev, data)))
+        conn = MagicMock()
+        conn.is_authenticated.return_value = True
+        monkeypatch.setattr(state, "connector", conn)
+        monkeypatch.setattr(state, "google_connector", MagicMock())
+        monkeypatch.setattr(state, "flagged_items", [{"id": "found"}])
+
+        mocks = {
+            "run_scan": MagicMock(),
+            "run_file_scan": MagicMock(),
+            "google": MagicMock(),
+        }
+        monkeypatch.setattr(gdpr_scanner, "run_scan", mocks["run_scan"])
+        monkeypatch.setattr(gdpr_scanner, "run_file_scan", mocks["run_file_scan"])
+        monkeypatch.setattr(google_scan, "_run_google_scan", mocks["google"])
+
+        sched = scan_scheduler.ScanScheduler()
+        monkeypatch.setattr(sched, "_build_options", lambda cfg: {
+            k: (list(v) if isinstance(v, list) else dict(v) if isinstance(v, dict) else v)
+            for k, v in self.OPTIONS.items()})
+        mocks["email"] = MagicMock()
+        mocks["retention"] = MagicMock()
+        monkeypatch.setattr(sched, "_send_email_report", mocks["email"])
+        monkeypatch.setattr(sched, "_run_retention", mocks["retention"])
+        return sched, mocks, sent
+
+    def test_stop_during_m365_stage_skips_file_and_google(self, job):
+        from routes import state
+        sched, mocks, sent = job
+
+        def _user_presses_stop(opts):  # what POST /api/scan/stop does mid-scan
+            state._scan_abort.set()
+            state._google_scan_abort.set()
+        mocks["run_scan"].side_effect = _user_presses_stop
+
+        sched._execute_scan("j1")
+
+        mocks["run_scan"].assert_called_once()
+        mocks["run_file_scan"].assert_not_called()
+        mocks["google"].assert_not_called()
+        assert state._google_scan_abort.is_set(), "Google abort must not be cleared after Stop"
+        run = sched._last_runs["j1"]
+        assert run["status"] == "cancelled"
+        mocks["email"].assert_not_called()
+        mocks["retention"].assert_not_called()
+        done = [d for e, d in sent if e == "scheduler_done"]
+        assert done and done[0]["cancelled"] is True
+
+    def test_uninterrupted_job_runs_every_stage(self, job):
+        sched, mocks, sent = job
+        sched._execute_scan("j1")
+        mocks["run_scan"].assert_called_once()
+        mocks["run_file_scan"].assert_called_once()
+        mocks["google"].assert_called_once()
+        assert sched._last_runs["j1"]["status"] == "completed"
+        mocks["email"].assert_called_once()
+        mocks["retention"].assert_called_once()
+        done = [d for e, d in sent if e == "scheduler_done"]
+        assert done and done[0]["cancelled"] is False