Jean-Pierre MartineauandClaude Opus 5
e99e6cf238
The list's question is who is on the mesh right now, and a freshest-first order answers it on sight — an A→Z roll call makes you read every row. Open the Contacts screen (and the CLI's default) on heard, ascending age; the Ctrl+arrows still steer from there. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
624 lines
26 KiB
Python
624 lines
26 KiB
Python
"""Tests for the device-configuration registry, backup/restore, and safety gating.
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All run against :class:`MockDevice` — no hardware required.
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"""
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from __future__ import annotations
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from pathlib import Path
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import pytest
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import typer
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from meshterm.core.config_io import backup_config, plan_restore, read_backup
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from meshterm.core.connection import MockDevice
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from meshterm.core.device_config import (
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RADIO_PRESETS,
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DeviceConfigError,
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build_snapshot,
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effective_maximum,
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format_value,
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get_spec,
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parse_value,
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)
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from meshterm.tools.config import _require_yes
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async def _connected_mock() -> MockDevice:
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"""Return a connected MockDevice."""
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device = MockDevice()
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await device.connect()
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return device
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# -- parsing / formatting ------------------------------------------------------
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def test_parse_value_types() -> None:
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"""Each value type coerces from string correctly."""
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assert parse_value(get_spec("name"), "Node-7") == "Node-7"
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assert parse_value(get_spec("radio_sf"), "9") == 9
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assert parse_value(get_spec("radio_freq"), "868.0") == 868.0
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assert parse_value(get_spec("manual_add_contacts"), "yes") is True
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assert parse_value(get_spec("manual_add_contacts"), "off") is False
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def test_parse_value_range_and_enum_errors() -> None:
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"""Out-of-range and invalid enum values raise DeviceConfigError."""
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with pytest.raises(DeviceConfigError, match="<= 12"):
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parse_value(get_spec("radio_sf"), "99")
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with pytest.raises(DeviceConfigError, match=">= 5"):
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parse_value(get_spec("radio_cr"), "1")
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with pytest.raises(DeviceConfigError, match="one of"):
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parse_value(get_spec("telemetry_mode_base"), "7")
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with pytest.raises(DeviceConfigError, match="boolean"):
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parse_value(get_spec("manual_add_contacts"), "maybe")
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def test_format_value() -> None:
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"""Formatting renders booleans, enums, and unknowns readably."""
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assert format_value(get_spec("manual_add_contacts"), True) == "true"
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assert format_value(get_spec("telemetry_mode_base"), 1) == "1 (always)"
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assert format_value(get_spec("name"), None) == "?"
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def test_path_hash_mode_is_strict_enum() -> None:
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"""path_hash_mode accepts its four modes and rejects anything else."""
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assert parse_value(get_spec("path_hash_mode"), "3") == 3
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assert format_value(get_spec("path_hash_mode"), 0) == "0 (1-byte hashes (default))"
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with pytest.raises(DeviceConfigError, match="one of"):
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parse_value(get_spec("path_hash_mode"), "4")
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def test_highlighted_hash_highlights_path_hash_prefix() -> None:
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"""The full key is shown with only its path-hash prefix bytes highlighted, lit in
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the node's hash-derived palette hue (the same hue the node's name wears)."""
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from meshterm.ui.theme import node_style
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from meshterm.ui.widgets import highlighted_hash
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pub = "aabbccddee" + "00" * 27
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# mode 2 => 3-byte hashes => first 6 hex chars are the addressable prefix.
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text = highlighted_hash(pub, prefix_bytes=3)
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assert text.plain == pub # the full key is shown
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highlighted = [s for s in text.spans if s.style == node_style(pub)]
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assert len(highlighted) == 1
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assert text.plain[highlighted[0].start : highlighted[0].end] == "aabbcc"
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def test_highlighted_hash_truncates_on_a_byte_boundary() -> None:
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"""A key too long for the budget keeps whole leading bytes (an even digit count) plus
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an ellipsis, padding to the exact width — a half-byte digit never shows."""
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from meshterm.ui.widgets import highlighted_hash
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pub = "ab" * 32 # 64 hex digits
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# An even budget: width - 1 is odd, so the last (half-byte) digit is dropped and the
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# freed cell pads out — 14 digits (7 bytes) shown, not 15.
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text = highlighted_hash(pub, prefix_bytes=1, width=16)
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assert len(text.plain) == 16 # the lane still spans the full budget
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visible = text.plain.rstrip().rstrip("…")
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assert visible == "ab" * 7 and len(visible) % 2 == 0
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assert "…" in text.plain
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# An odd budget already lands on a boundary: width - 1 = 14 digits, no padding.
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assert highlighted_hash(pub, prefix_bytes=1, width=15).plain == "ab" * 7 + "…"
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def _contacts_names(counts, sort: str, prefix_bytes: int = 3):
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"""Render a contacts table for ``sort`` and return (table, name-column plain text)."""
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from meshterm.core.models import Contact
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from meshterm.ui.widgets import ContactsSort, contacts_table
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contacts = [
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Contact(name="Bob", public_key="9f1a2b" + "00" * 29, key_prefix="9f1a2b"),
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Contact(name="Alice", public_key="3d63c6" + "00" * 29, key_prefix="3d63c6"),
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]
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group = contacts_table(
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"Homestead", "aabbcc" + "00" * 29, contacts, prefix_bytes, counts, ContactsSort.from_name(sort)
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)
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table = group.renderables[0] # (table, blank line, legend)
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names = [c.plain if hasattr(c, "plain") else str(c) for c in table.columns[1].cells]
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return table, names
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def test_contacts_table_lists_us_first_with_full_keys() -> None:
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"""The contacts table pins our node first, sorts by name, and shows full highlighted keys."""
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counts = {"3d63c6000000": 14} # Alice was overheard; Bob wasn't
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table, names = _contacts_names(counts, sort="name")
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# Column 1 is the name; us first, then contacts alphabetically (Alice before Bob).
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assert names[0].startswith("Homestead")
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assert names[1] == "Alice"
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assert names[2] == "Bob"
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# Packet counts (column 3): Alice shows her tally, Bob shows the em dash.
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pkts = [c.plain if hasattr(c, "plain") else str(c) for c in table.columns[3].cells]
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assert pkts[1] == "14"
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assert pkts[2] == "—"
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# Keys (column 4) are the full key with the path-hash prefix highlighted (no truncation
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# in the model; Rich ellipsizes only at render time when the terminal is too narrow).
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from meshterm.ui.theme import node_style
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keys = list(table.columns[4].cells)
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assert keys[1].plain == "3d63c6" + "00" * 29
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# The prefix is highlighted in the key's own hash-derived hue.
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assert any(s.style == node_style("3d63c6") for s in keys[1].spans)
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def test_contacts_table_sorts_by_heard_and_packets() -> None:
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"""Non-default sorts reorder contacts while keeping our node pinned first."""
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from datetime import timedelta
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from meshterm.core.models import Contact, utcnow
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# Bob was heard more recently than Alice, but Alice has more overheard packets.
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contacts = [
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Contact(
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name="Bob",
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public_key="9f1a2b" + "00" * 29,
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key_prefix="9f1a2b",
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last_seen=utcnow() - timedelta(minutes=5),
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),
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Contact(
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name="Alice",
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public_key="3d63c6" + "00" * 29,
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key_prefix="3d63c6",
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last_seen=utcnow() - timedelta(days=2),
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),
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]
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counts = {"3d63c6000000": 14, "9f1a2b000000": 3}
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from meshterm.ui.widgets import ContactsSort, contacts_table
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def names(sort: ContactsSort):
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group = contacts_table("Us", "aabbcc" + "00" * 29, contacts, 3, counts, sort)
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cells = group.renderables[0].columns[1].cells
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return [c.plain if hasattr(c, "plain") else str(c) for c in cells]
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# Freshest first: Bob (5m) before Alice (2d) under the default (ascending-age) heard sort.
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assert names(ContactsSort.from_name("heard"))[1:] == ["Bob", "Alice"]
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# Most packets first: Alice (14) before Bob (3) under the default (descending) packets sort.
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assert names(ContactsSort.from_name("packets"))[1:] == ["Alice", "Bob"]
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# Descending flips it: oldest-heard first puts Alice (2d) above Bob (5m).
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assert names(ContactsSort(column="heard", ascending=False))[1:] == ["Alice", "Bob"]
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def test_contacts_table_breaks_metric_ties_by_name_ascending() -> None:
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"""Two contacts with the same metric keep an A→Z order in both sort directions (no flip)."""
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from datetime import timedelta
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from meshterm.core.models import Contact, utcnow
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from meshterm.ui.widgets import ContactsSort, _ordered_contacts
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same = utcnow() - timedelta(minutes=5)
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contacts = [
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Contact(name="Charlie", public_key="aa" * 16, last_seen=same),
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Contact(name="Alice", public_key="bb" * 16, last_seen=same),
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Contact(name="Bob", public_key="cc" * 16, last_seen=utcnow() - timedelta(hours=3)),
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]
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def order(ascending: bool) -> list[str]:
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sort = ContactsSort(column="heard", ascending=ascending)
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return [c.name for c in _ordered_contacts(contacts, {}, sort)]
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# Freshest first: the two 5-min contacts lead, ordered Alice→Charlie, then Bob (3h).
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assert order(ascending=True) == ["Alice", "Charlie", "Bob"]
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# Oldest first: Bob leads, but the tie still breaks Alice→Charlie — not Charlie→Alice.
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assert order(ascending=False) == ["Bob", "Alice", "Charlie"]
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async def test_contacts_tool_opens_sorted_by_heard(monkeypatch: pytest.MonkeyPatch) -> None:
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"""The Contacts list opens most-recently-heard first — who's out there now, not a roll call."""
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from meshterm.tools.contacts import ContactsTool
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from meshterm.ui import widgets
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captured: dict = {}
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def fake_table(self_name, self_key, contacts, prefix_bytes, counts, sort):
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captured["sort"] = sort
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return ""
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monkeypatch.setattr(widgets, "contacts_table", fake_table)
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class _Devstate:
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async def self_info(self) -> dict:
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return {"name": "Us", "public_key": "aa" * 32}
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async def contacts(self) -> list:
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return []
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async def path_hash_mode(self) -> int:
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return 0
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class _Ctx:
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devstate = _Devstate()
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repo = type("R", (), {"heard_nodes": staticmethod(lambda: [])})()
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ui = type("U", (), {"show": staticmethod(lambda *r: None)})()
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await ContactsTool().run(_Ctx(), {}) # type: ignore[arg-type]
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assert (captured["sort"].column, captured["sort"].ascending) == ("heard", True)
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def _contacts_sort(name: str = "name"):
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"""The interactive Contacts screen's sort: the shared contact list's four-column ring."""
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from meshterm.ui.contactlist import SORT_COLUMNS, SORT_OPENS_ASCENDING
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from meshterm.ui.widgets import ContactsSort
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return ContactsSort.from_name(name, SORT_COLUMNS, SORT_OPENS_ASCENDING)
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def test_contacts_screen_ctrl_arrows_steer_the_sort() -> None:
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"""Ctrl+←/→ walk the shared four-column ring (wrapping); Ctrl+↑/↓ force the direction —
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the Time Machine picker's keys, now the Contacts screen's too."""
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from meshterm.ui.contacts_screen import ContactsScreen
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screen = ContactsScreen("Us", "aabbcc" + "00" * 29, [], 3, {}, _contacts_sort())
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assert (screen._sort.column, screen._sort.ascending) == ("name", True)
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screen.handle("ctrl_right") # name -> heard, opening in its natural (ascending) direction
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assert (screen._sort.column, screen._sort.ascending) == ("heard", True)
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screen.handle("ctrl_right") # heard -> packets, which opens descending
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assert (screen._sort.column, screen._sort.ascending) == ("packets", False)
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screen.handle("ctrl_up") # force ascending
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assert screen._sort.ascending is True
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screen.handle("ctrl_down") # force descending
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assert screen._sort.ascending is False
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screen.handle("ctrl_right") # packets -> hash, the ring's fourth column
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assert (screen._sort.column, screen._sort.ascending) == ("hash", True)
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screen.handle("ctrl_right") # hash -> wraps back to name
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assert screen._sort.column == "name"
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screen.handle("ctrl_left") # name -> wraps to hash
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assert screen._sort.column == "hash"
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def test_contacts_screen_lists_contacts_in_the_shared_lanes() -> None:
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"""Contacts render in the shared NAME/HEARD/PKTS/KEY lanes, our node pinned first;
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plain arrows only move the highlight, and Enter resolves the highlighted node."""
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import re
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from meshterm.core.models import Contact, utcnow
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from meshterm.ui.contacts_screen import _BACK, _PURGE, YOU, ContactsScreen
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from meshterm.ui.tui.screen import CANCEL
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contacts = [
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Contact(name="Alice", public_key="aa" * 32, last_seen=utcnow()),
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Contact(name="Bob", public_key="bb" * 32),
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]
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counts = {"aa" * 6: 7} # Alice was overheard; Bob never
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screen = ContactsScreen("Us", "cc" * 32, contacts, 1, counts, _contacts_sort())
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body = "\n".join(re.sub(r"\x1b\[[0-9;]*m", "", ln) for ln in screen.render_body(72))
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# The shared column header (recorded sticky, so it pins once scrolled past)...
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assert "NAME" in body and "HEARD" in body and "PKTS" in body and "KEY" in body
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assert screen._sticky_headers
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# ...our own node leading the lanes, then the contacts with their tallies.
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choices = screen._choices()
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assert choices[0].value == YOU
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assert "(you)" in choices[0].label.plain
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assert "Alice" in body and "Bob" in body
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assert f"{7:>5}" in body # Alice's overheard packets, right-aligned in its lane
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assert "never" in body # Bob has no last_seen
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# Each contact row carries the Contact itself, so Enter hands the whole record on; the
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# tail closes the list with the purge action and the Back exit row.
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assert [c.value for c in choices[-2:]] == [_PURGE, _BACK]
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assert all(isinstance(c.value, Contact) for c in choices[1:-2])
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# Plain arrows move the highlight without touching the sort.
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before = (screen._sort.column, screen._sort.ascending)
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screen.handle("down")
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assert (screen._sort.column, screen._sort.ascending) == before
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highlighted = screen._current_choice().value
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assert highlighted != YOU and isinstance(highlighted, Contact)
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# Enter resolves the highlighted contact (open_contacts opens its Node detail);
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# Esc still leaves with CANCEL.
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resolved: list = []
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screen.resolve = lambda value: resolved.append(value) # type: ignore[method-assign]
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screen.handle("enter")
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assert resolved == [highlighted]
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screen.handle("escape")
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assert resolved == [highlighted, CANCEL]
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def test_purge_buckets_split_stale_from_never_heard() -> None:
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"""``stale_past`` counts heard-but-old contacts; never-heard falls only in its own bucket."""
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from datetime import timedelta
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from meshterm.core.models import Contact, utcnow
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from meshterm.ui.contacts_screen import _DAY, never_heard, stale_past
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now = utcnow()
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fresh = Contact(name="Fresh", public_key="aa" * 32, last_seen=now - timedelta(hours=1))
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old = Contact(name="Old", public_key="bb" * 32, last_seen=now - timedelta(days=45))
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ancient = Contact(name="Ancient", public_key="cc" * 32, last_seen=now - timedelta(days=400))
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unheard = Contact(name="Unheard", public_key="dd" * 32) # no last_seen
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contacts = [fresh, old, ancient, unheard]
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# A week catches the two aged ones but not the fresh — and never the never-heard one.
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week = {c.name for c in stale_past(contacts, 7 * _DAY)}
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assert week == {"Old", "Ancient"}
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# A year catches only the truly ancient.
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assert {c.name for c in stale_past(contacts, 365 * _DAY)} == {"Ancient"}
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# The never-heard bucket is exactly the contact with no advert time.
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assert [c.name for c in never_heard(contacts)] == ["Unheard"]
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def test_contacts_screen_tail_offers_purge_only_when_populated() -> None:
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"""A populated list closes with the purge action + Back; an empty one has no tail action."""
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from meshterm.core.models import Contact
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from meshterm.ui.contacts_screen import _BACK, _PURGE, ContactsScreen
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populated = ContactsScreen(
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"Us", "cc" * 32, [Contact(name="Alice", public_key="aa" * 32)], 1, {}, _contacts_sort()
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)
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tail_values = [c.value for c in populated._choices()][-2:]
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assert tail_values == [_PURGE, _BACK]
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empty = ContactsScreen("Us", "cc" * 32, [], 1, {}, _contacts_sort())
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values = [c.value for c in empty._choices()]
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assert _PURGE not in values # nothing to purge — no action row
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def test_non_strict_enum_accepts_unlisted_value() -> None:
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"""multi_acks/adv_loc_policy list common values but still accept other ints."""
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spec = get_spec("multi_acks")
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assert spec.value_type == "enum" and not spec.strict_choices
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assert parse_value(spec, "5") == 5 # not in choices, but >= minimum: accepted
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with pytest.raises(DeviceConfigError, match=">= 0"):
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parse_value(spec, "-1") # still range-checked
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def test_radio_presets_map_to_radio_settings() -> None:
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"""Every preset exposes the four radio fields by their registry keys."""
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assert RADIO_PRESETS, "expected at least one standard radio preset"
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for preset in RADIO_PRESETS:
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settings = preset.as_settings()
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assert set(settings) == {"radio_freq", "radio_bw", "radio_sf", "radio_cr"}
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# Each value parses cleanly through its setting spec.
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for key, value in settings.items():
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assert parse_value(get_spec(key), value) == value
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def test_get_spec_unknown_raises() -> None:
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"""An unknown key produces a helpful error listing valid keys."""
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with pytest.raises(DeviceConfigError, match="unknown setting"):
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get_spec("not_a_setting")
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# -- apply against the mock device ---------------------------------------------
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async def test_apply_simple_setting() -> None:
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"""Setting the node name round-trips through the device."""
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device = await _connected_mock()
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spec = get_spec("name")
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await spec.apply(device, parse_value(spec, "Yagi-Hub"), await build_snapshot(device))
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assert (await device.get_self_info())["name"] == "Yagi-Hub"
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async def test_apply_coupled_radio_field_preserves_others() -> None:
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"""Changing one radio field rebuilds set_radio from the current snapshot."""
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device = await _connected_mock()
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spec = get_spec("radio_sf")
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await spec.apply(device, 9, await build_snapshot(device))
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info = await device.get_self_info()
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assert info["radio_sf"] == 9
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assert info["radio_freq"] == 869.525 # unchanged
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assert info["radio_bw"] == 250.0
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assert info["radio_cr"] == 5
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async def test_apply_telemetry_mode_preserves_siblings() -> None:
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"""Editing one telemetry mode leaves the other two intact."""
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device = await _connected_mock()
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spec = get_spec("telemetry_mode_loc")
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await spec.apply(device, 2, await build_snapshot(device))
|
||
info = await device.get_self_info()
|
||
assert info["telemetry_mode_loc"] == 2
|
||
assert info["telemetry_mode_base"] == 0
|
||
assert info["telemetry_mode_env"] == 0
|
||
|
||
|
||
async def test_custom_var_round_trip() -> None:
|
||
"""Custom variables persist on the device."""
|
||
device = await _connected_mock()
|
||
await device.set_custom_var("exp_flag", "1")
|
||
assert (await device.get_custom_vars())["exp_flag"] == "1"
|
||
|
||
|
||
# -- backup / restore ----------------------------------------------------------
|
||
|
||
|
||
async def test_backup_and_read_round_trip(tmp_path: Path) -> None:
|
||
"""A backup writes all settings, custom vars, and channels and reads back."""
|
||
device = await _connected_mock()
|
||
await device.set_name("Foo")
|
||
await device.set_channel(0, "Public", b"\x01" * 16)
|
||
snapshot = await build_snapshot(device)
|
||
path = backup_config(tmp_path / "cfg.toml", snapshot, {"exp": "1"}, await _channels(device))
|
||
|
||
backup = read_backup(path)
|
||
assert backup.settings["name"] == "Foo"
|
||
assert backup.settings["radio_sf"] == 11
|
||
assert backup.custom["exp"] == "1"
|
||
assert backup.channels[0]["name"] == "Public"
|
||
assert backup.channels[0]["secret"] == ("01" * 16)
|
||
|
||
|
||
async def test_plan_restore_emits_only_differences(tmp_path: Path) -> None:
|
||
"""The restore planner returns ops only for values that differ from the device."""
|
||
source = await _connected_mock()
|
||
await source.set_name("Foo")
|
||
path = backup_config(
|
||
tmp_path / "cfg.toml", await build_snapshot(source), {"exp": "1"}, []
|
||
)
|
||
backup = read_backup(path)
|
||
|
||
target = await _connected_mock() # fresh device: name still "MockCompanion"
|
||
ops = plan_restore(backup, await build_snapshot(target), await target.get_custom_vars())
|
||
|
||
assert ("set", "name", "Foo") in ops
|
||
assert ("set_custom", "exp", "1") in ops
|
||
# Unchanged values (e.g. radio_sf 11 == 11) are not re-applied.
|
||
assert "radio_sf" not in [op[1] for op in ops if op[0] == "set"]
|
||
|
||
|
||
# -- the device-reported TX power ceiling ---------------------------------------
|
||
|
||
|
||
def test_tx_power_capped_by_device_reported_maximum() -> None:
|
||
"""With a snapshot, the board's max_tx_power tightens the static bound."""
|
||
spec = get_spec("tx_power")
|
||
snapshot = {"max_tx_power": 22}
|
||
assert parse_value(spec, "22", snapshot) == 22
|
||
with pytest.raises(DeviceConfigError, match="<= 22"):
|
||
parse_value(spec, "23", snapshot)
|
||
# Without a snapshot only the static ceiling applies.
|
||
assert parse_value(spec, "27") == 27
|
||
assert effective_maximum(spec, snapshot) == 22
|
||
assert effective_maximum(spec, None) == 30
|
||
|
||
|
||
def test_effective_maximum_never_loosens_the_static_bound() -> None:
|
||
"""A device reporting a max above the static ceiling doesn't raise it."""
|
||
spec = get_spec("tx_power")
|
||
assert effective_maximum(spec, {"max_tx_power": 99}) == 30
|
||
assert effective_maximum(spec, {"max_tx_power": "bogus"}) == 30 # unparseable -> static
|
||
|
||
|
||
# -- flood scope / auto-add / TX delays ------------------------------------------
|
||
|
||
|
||
def test_flood_scope_length_limited_and_formats_empty() -> None:
|
||
"""The scope name respects its 31-byte protocol slot; empty renders readably."""
|
||
spec = get_spec("flood_scope")
|
||
assert parse_value(spec, "alpha") == "alpha"
|
||
with pytest.raises(DeviceConfigError, match="at most 30"):
|
||
parse_value(spec, "x" * 31)
|
||
assert format_value(spec, "") == "(not set)"
|
||
assert format_value(spec, "#alpha") == "#alpha"
|
||
|
||
|
||
async def test_flood_scope_round_trips_with_hashtag_normalization() -> None:
|
||
"""Applying a bare scope name stores it with its leading #; empty clears it."""
|
||
device = await _connected_mock()
|
||
spec = get_spec("flood_scope")
|
||
await spec.apply(device, "alpha", await build_snapshot(device))
|
||
assert (await build_snapshot(device))["flood_scope"] == "#alpha"
|
||
await spec.apply(device, "", await build_snapshot(device))
|
||
assert (await build_snapshot(device))["flood_scope"] == ""
|
||
|
||
|
||
async def test_autoadd_config_round_trips() -> None:
|
||
"""The auto-add bitmask reaches the device and reads back into the snapshot."""
|
||
device = await _connected_mock()
|
||
spec = get_spec("autoadd_config")
|
||
await spec.apply(device, parse_value(spec, "5"), await build_snapshot(device))
|
||
assert (await build_snapshot(device))["autoadd_config"] == 5
|
||
|
||
|
||
def test_tuning_fields_are_floats_with_firmware_ranges() -> None:
|
||
"""RX delay and airtime factor take real (unscaled) float values, firmware-bounded.
|
||
|
||
The firmware stores both as floats (rx_delay_base 0–20 s, airtime_factor 0–9) and
|
||
only the *wire* carries them ×1000 — the settings must speak the real units.
|
||
"""
|
||
assert parse_value(get_spec("rx_delay"), "0.5") == 0.5
|
||
assert parse_value(get_spec("airtime_factor"), "2.5") == 2.5
|
||
with pytest.raises(DeviceConfigError, match="<= 20"):
|
||
parse_value(get_spec("rx_delay"), "500") # a raw wire value must be rejected
|
||
with pytest.raises(DeviceConfigError, match="<= 9"):
|
||
parse_value(get_spec("airtime_factor"), "1000")
|
||
|
||
|
||
def test_tx_delay_factors_are_not_companion_settings() -> None:
|
||
"""The repeater-only TX delay factors must not appear as (no-op) device settings.
|
||
|
||
Companion firmware's CMD_SET_TUNING_PARAMS reads exactly rx_delay + airtime_factor
|
||
and ignores trailing bytes, so offering these knobs here would silently do nothing.
|
||
"""
|
||
with pytest.raises(DeviceConfigError, match="unknown setting"):
|
||
get_spec("tx_delay_factor")
|
||
with pytest.raises(DeviceConfigError, match="unknown setting"):
|
||
get_spec("direct_tx_delay_factor")
|
||
|
||
|
||
async def test_apply_tuning_field_preserves_the_other() -> None:
|
||
"""Editing one tuning field resends the pair without clobbering its sibling."""
|
||
device = await _connected_mock()
|
||
await device.set_tuning(0.5, 2.0)
|
||
spec = get_spec("airtime_factor")
|
||
await spec.apply(device, 3.5, await build_snapshot(device))
|
||
assert await device.get_tuning() == {"rx_delay": 0.5, "airtime_factor": 3.5}
|
||
|
||
|
||
# -- clock sync -------------------------------------------------------------------
|
||
|
||
|
||
async def test_mock_clock_drifts_until_set_time_corrects_it() -> None:
|
||
"""The simulator's clock reads behind the host until set_time re-anchors it."""
|
||
import time as _time
|
||
|
||
device = await _connected_mock()
|
||
before = await device.get_time()
|
||
assert before is not None and before < int(_time.time()) # seeded drift
|
||
now = int(_time.time())
|
||
await device.set_time(now)
|
||
after = await device.get_time()
|
||
assert after is not None and abs(after - now) <= 1
|
||
|
||
|
||
# -- the Device info status panel -------------------------------------------------
|
||
|
||
|
||
async def test_status_panel_reports_role_battery_clock_and_stats() -> None:
|
||
"""The info tool's status panel surfaces the read-only device state in one place."""
|
||
import io
|
||
|
||
from rich.console import Console
|
||
|
||
from meshterm.tools.info import _status_panel
|
||
from meshterm.ui.theme import MESH_THEME
|
||
|
||
device = await _connected_mock()
|
||
panel = await _status_panel(device, await build_snapshot(device))
|
||
console = Console(theme=MESH_THEME, file=io.StringIO(), width=100)
|
||
console.print(panel)
|
||
out = console.file.getvalue()
|
||
|
||
assert "companion" in out # adv_type 1 rendered as the node role
|
||
assert "MeshCore Simulator" in out
|
||
assert "4.10 V" in out
|
||
assert "1d 2h 3m" in out # 93784 s of simulated uptime
|
||
assert "s behind" in out # the mock's seeded clock drift
|
||
assert "-110 dBm noise floor" in out
|
||
assert "210 sent" in out and "1234 received" in out
|
||
|
||
|
||
def test_uptime_renders_compact_units() -> None:
|
||
"""Uptime shows seconds only under a minute, then d/h/m parts as needed."""
|
||
from meshterm.tools.info import _uptime
|
||
|
||
assert _uptime(45) == "45 s"
|
||
assert _uptime(3660) == "1h 1m"
|
||
assert _uptime(93784) == "1d 2h 3m"
|
||
assert _uptime(86400) == "1d 0m"
|
||
|
||
|
||
# -- safety gating -------------------------------------------------------------
|
||
|
||
|
||
def test_require_yes_blocks_without_confirmation() -> None:
|
||
"""Destructive CLI commands abort unless --yes is passed."""
|
||
with pytest.raises(typer.Exit):
|
||
_require_yes(False, "factory reset erases all data")
|
||
_require_yes(True, "factory reset erases all data") # does not raise
|
||
|
||
|
||
async def _channels(device: MockDevice) -> list[dict]:
|
||
"""Collect the mock's configured channels for backup."""
|
||
channels = []
|
||
for idx in range(8):
|
||
ch = await device.get_channel(idx)
|
||
if ch:
|
||
channels.append(ch)
|
||
return channels
|