Jean-Pierre MartineauandClaude Fable 5
b6fcda0f91
Star the nodes that matter (the roof repeater, the far gateway) and session-long rules watch what the always-on hub already hears: a silence alarm when a starred node goes quiet past its threshold (latched per quiet spell, re-armed — with a recovery note — when it returns), an SNR-sag warning when its receptions' median drops well below the run before it, and a mesh-wide heads-up the first time a never-before-seen node id appears (baselined against the whole stored observation history, announced at most once ever). Nothing transmits. Alerts persist in watchtower.json alongside the watchlist and rules, show as a red ▲ badge in the header, and are read, acknowledged, and configured in a new Mesh-section Watchtower screen. A remote-battery rule was considered and dropped: observations carry no parsed battery telemetry, so there is no honest data source for it yet. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
64 lines
2.7 KiB
Python
64 lines
2.7 KiB
Python
"""Header tests: the one-line status bar's width-filling activity sparkline."""
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from __future__ import annotations
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from types import SimpleNamespace
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from meshterm.ui.menu import _HEADER_ACTIVITY_LEVELS, _header
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def _ctx(histogram=(), unread=0, active=True, alerts=0) -> SimpleNamespace:
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"""A minimal stand-in exposing only what the header reads (simulator path)."""
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return SimpleNamespace(
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mock=True,
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chat=SimpleNamespace(unread_total=lambda: unread),
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events=SimpleNamespace(active=active),
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monitor=SimpleNamespace(activity_histogram=lambda: tuple(histogram)),
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watchtower=SimpleNamespace(unacked_count=lambda: alerts),
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)
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def test_header_shows_the_watchtower_badge() -> None:
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"""Unacknowledged alerts appear as the triangle badge; none means no badge."""
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assert "▲ 2" in _header(_ctx(alerts=2), {}, 80).plain
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assert "▲" not in _header(_ctx(alerts=0), {}, 80).plain
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def test_header_sparkline_fills_the_row_exactly() -> None:
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"""Every cell the fixed segments leave is sparkline — no short rows, no overflow."""
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for width in (60, 100):
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header = _header(_ctx(histogram=(21,) * 360), {}, width)
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assert header.cell_len == width
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assert "⣿" in header.plain # maxed-out cells all the way to the edge
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def test_header_wider_terminal_shows_deeper_history() -> None:
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"""A burst 90 minutes ago is off a narrow header but visible on a wide one.
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One minute per dot column: 90 minutes back needs 45 cells of sparkline, so it
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renders as a lit cell only when the row leaves that much room.
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"""
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histogram = tuple(0 if i != 90 else 21 for i in range(360))
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narrow = _header(_ctx(histogram=histogram), {}, 60).plain
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wide = _header(_ctx(histogram=histogram), {}, 120).plain
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full_bar = chr(0x2800 | 0x47) # a maxed-out lone left dot column
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assert full_bar not in narrow
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assert full_bar in wide
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def test_header_thresholds_step_the_bar_heights() -> None:
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"""The documented 1/3/8/21 shoulders map counts to 1–4 dots."""
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assert _HEADER_ACTIVITY_LEVELS == (1, 3, 8, 21)
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histogram = (1, 0, 3, 0, 8, 0, 21, 0) + (0,) * 352
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header = _header(_ctx(histogram=histogram), {}, 80).plain
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spark = header[header.index("●") + 2 :] # after the live-light and its space
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left = (0x00, 0x40, 0x44, 0x46, 0x47)
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assert [spark[i] for i in range(4)] == [chr(0x2800 | left[h]) for h in (1, 2, 3, 4)]
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def test_header_survives_a_sliver_terminal() -> None:
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"""When the fixed segments already overflow the width, the sparkline just stays out."""
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header = _header(_ctx(histogram=(9,) * 360), {}, 10)
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# No room left: no braille at all, nothing stretched past the edge.
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assert all(not (0x2800 <= ord(ch) <= 0x28FF) for ch in header.plain)
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