release 1.15.5: fix devtesting ladder stdin (ssh ate rungs)

VERSION

@@ -1 +1 @@
-1.15.4
+1.15.5

VERSIONS.md

@@ -17,6 +17,7 @@ Git tags: `vMAJOR.FEATURE.FIX` (e.g. `v1.8.0`). File `VERSION` omits the `v` pre
 
 | Tag | Date (UTC) | Notes |
 |-----|------------|--------|
+| **v1.15.5** | 2026-07-19 | **Bugfix:** devtesting CHF ladder — `ssh` was draining ladder stdin (only rung 1/23 ran → progress 45/98 then snap 52/52); use `ssh -n` + `mapfile`; incomplete ladder is WARN not false complete. |
 | **v1.15.4** | 2026-07-19 | **Bugfix:** French sticky titles — page label *surveillance*, stack summary *public + interne*, SUMMARY verdict/totals via i18n (`tout est clair`, `totaux :`). |
 | **v1.15.3** | 2026-07-19 | **Bugfix:** console language auto-**fr** for `*lefrancpaysan*` domains again — env `TALER_MON_LANG=en` no longer locks English; only `--lang` / `TALER_MON_LANG_SET=1` is explicit. |
 | **v1.15.2** | 2026-07-19 | **Bugfix:** warn/error filter — drop blank log lines from HTML; compact console (no black voids above/mid/below); context skips SUMMARY chrome & pure box frames; tighter filter-gap. |

check_devtesting.sh

@@ -49,19 +49,20 @@ fi
 : "${SSH_CMD_TIMEOUT:=60}"
 
 ssh_dt() {
-  # Prefer Host alias; fall back to explicit user@host if config missing
+  # Prefer Host alias; fall back to explicit user@host if config missing.
+  # Always -n: do not read local stdin (ladder while-read must not be drained by ssh).
   local target="$DEVTESTING_SSH"
   if ! ssh -G "$target" >/dev/null 2>&1; then
     target="devtesting@rusty.taler-ops.ch"
   fi
   if command -v timeout >/dev/null 2>&1; then
-    timeout "${SSH_CMD_TIMEOUT}" ssh \
+    timeout "${SSH_CMD_TIMEOUT}" ssh -n \
       -o BatchMode=yes \
       -o ConnectTimeout="${SSH_CONNECT_TIMEOUT}" \
       -o StrictHostKeyChecking=accept-new \
       "$target" "$@"
   else
-    ssh \
+    ssh -n \
       -o BatchMode=yes \
       -o ConnectTimeout="${SSH_CONNECT_TIMEOUT}" \
       -o StrictHostKeyChecking=accept-new \
@@ -254,7 +255,7 @@ else:
 lines = ["CHF:%s" % fmt(a) for a in amts]
 out.write_text("\n".join(lines) + "\n")
 PY
-  n_rungs=$(grep -cE '^CHF:' "$LADDER_FILE" || echo 0)
+  n_rungs_plan=$(grep -cE '^CHF:' "$LADDER_FILE" || echo 0)
   ladder_sum=$(python3 -c '
 from decimal import Decimal
 s=Decimal(0)
@@ -265,55 +266,68 @@ for ln in open("'"$LADDER_FILE"'"):
 print(s)
 ' 2>/dev/null || echo "?")
 
-  info "ladder plan" "steps=${n_rungs} max=CHF:${DEVTESTING_LADDER_MAX} min=CHF:${DEVTESTING_LADDER_MIN} sum≈CHF:${ladder_sum} (synthetic debit geniban each rung)"
+  info "ladder plan" "steps=${n_rungs_plan} max=CHF:${DEVTESTING_LADDER_MAX} min=CHF:${DEVTESTING_LADDER_MIN} sum≈CHF:${ladder_sum} (synthetic debit geniban each rung)"
   info "ladder funding" "each rung uses geniban debit payto — no real bank withdraw; volume covers max rung CHF:${DEVTESTING_LADDER_MAX}"
 
   LADDER_OK=0
   LADDER_FAIL=0
   LADDER_WARN=0
   rung=0
-  while IFS= read -r amt || [ -n "$amt" ]; do
+  # Load amounts into an array first — never `while read … done <file` around ssh:
-    [ -n "$amt" ] || continue
+  # without ssh -n, OpenSSH drains the ladder file as remote stdin (only rung 1 ran).
-    rung=$((rung + 1))
+  mapfile -t LADDER_AMTS < <(grep -E '^CHF:' "$LADDER_FILE" || true)
-    subject="mon-fake-ladder-${ts_base}-r${rung}-$$"
-    info "rung ${rung}/${n_rungs}" "amount=${amt} subject=${subject}"
-    if run_fake_incoming "$amt" "$subject" "$credit_payto" "$debit_payto"; then
-      case "$FI_STATUS" in
-        ok_bounce)
-          ok "rung ${rung}" "${amt} · nexus IN + bounce (plumbing OK)"
-          LADDER_OK=$((LADDER_OK + 1))
-          ;;
-        ok_in)
-          ok "rung ${rung}" "${amt} · nexus IN recorded"
-          LADDER_OK=$((LADDER_OK + 1))
-          ;;
-        ok_cli)
-          ok "rung ${rung}" "${amt} · CLI ok"
-          LADDER_OK=$((LADDER_OK + 1))
-          ;;
-        *)
-          warn "rung ${rung}" "${amt} · status=${FI_STATUS}"
-          LADDER_WARN=$((LADDER_WARN + 1))
-          ;;
-      esac
-    else
-      fail "rung ${rung}" "${amt} · ${FI_STATUS}" "$(printf '%s' "$FI_FLAT" | head -c 180)"
-      LADDER_FAIL=$((LADDER_FAIL + 1))
-      if [ "${DEVTESTING_LADDER_STOP_ON_FAIL}" = "1" ]; then
-        warn "ladder stop" "DEVTESTING_LADDER_STOP_ON_FAIL=1 after rung ${rung}"
-        break
-      fi
-    fi
-  done <"$LADDER_FILE"
   rm -f "$LADDER_FILE"
+  n_rungs=${#LADDER_AMTS[@]}
+  if [ "$n_rungs" -eq 0 ]; then
+    fail "ladder" "no CHF: amounts generated"
+  else
+    for amt in "${LADDER_AMTS[@]}"; do
+      [ -n "$amt" ] || continue
+      rung=$((rung + 1))
+      subject="mon-fake-ladder-${ts_base}-r${rung}-$$"
+      info "rung ${rung}/${n_rungs}" "amount=${amt} subject=${subject}"
+      if run_fake_incoming "$amt" "$subject" "$credit_payto" "$debit_payto"; then
+        case "$FI_STATUS" in
+          ok_bounce)
+            ok "rung ${rung}" "${amt} · nexus IN + bounce (plumbing OK)"
+            LADDER_OK=$((LADDER_OK + 1))
+            ;;
+          ok_in)
+            ok "rung ${rung}" "${amt} · nexus IN recorded"
+            LADDER_OK=$((LADDER_OK + 1))
+            ;;
+          ok_cli)
+            ok "rung ${rung}" "${amt} · CLI ok"
+            LADDER_OK=$((LADDER_OK + 1))
+            ;;
+          *)
+            warn "rung ${rung}" "${amt} · status=${FI_STATUS}"
+            LADDER_WARN=$((LADDER_WARN + 1))
+            ;;
+        esac
+      else
+        fail "rung ${rung}" "${amt} · ${FI_STATUS}" "$(printf '%s' "$FI_FLAT" | head -c 180)"
+        LADDER_FAIL=$((LADDER_FAIL + 1))
+        if [ "${DEVTESTING_LADDER_STOP_ON_FAIL}" = "1" ]; then
+          warn "ladder stop" "DEVTESTING_LADDER_STOP_ON_FAIL=1 after rung ${rung}/${n_rungs}"
+          break
+        fi
+      fi
+    done
+  fi
 
   info "ladder summary" "ok=${LADDER_OK} warn=${LADDER_WARN} fail=${LADDER_FAIL} / planned=${n_rungs} · max=CHF:${DEVTESTING_LADDER_MAX}"
-  if [ "$LADDER_FAIL" -gt 0 ] && [ "$LADDER_OK" -eq 0 ]; then
+  if [ "$n_rungs" -eq 0 ]; then
+    :
+  elif [ "$LADDER_FAIL" -gt 0 ] && [ "$LADDER_OK" -eq 0 ]; then
     fail "ladder" "all rungs failed"
   elif [ "$LADDER_FAIL" -gt 0 ]; then
-    warn "ladder" "partial failures fail=${LADDER_FAIL} ok=${LADDER_OK}"
+    warn "ladder" "partial failures fail=${LADDER_FAIL} ok=${LADDER_OK}/${n_rungs}"
+  elif [ "$LADDER_OK" -lt "$n_rungs" ]; then
+    # e.g. stdin-eaten loop used to stop after 1 rung with ok=1 fail=0
+    warn "ladder incomplete" "only ${LADDER_OK}/${n_rungs} rungs ran (ok) — not through max CHF:${DEVTESTING_LADDER_MAX}"
   else
-    ok "ladder complete" "ok=${LADDER_OK} through max CHF:${DEVTESTING_LADDER_MAX}"
+    ok "ladder complete" "ok=${LADDER_OK}/${n_rungs} through max CHF:${DEVTESTING_LADDER_MAX}"
   fi
 else
   info "ladder" "skipped (DEVTESTING_LADDER=0)"