Jean-Pierre MartineauandClaude Fable 5
3fe4e5b4e1
Node labels were coloured by marker type (self yellow, repeater violet, leaf pink); they now carry the app-wide key-derived name hue — MapMarker grows a key field threaded from contacts, stored heard nodes, and self-info — with our own label the pure you-white while the ★ glyph keeps its yellow. Find-filter matches still force full white, non-matches still dim bare. The CLI legend follows suit (and its SEEN column header becomes HEARD, per the lexicon). Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
646 lines
26 KiB
Python
646 lines
26 KiB
Python
"""Tests for the node map: MVT decoding, projection, the braille canvas, and the tool.
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The vector-tile decoder and geometry are exercised against a real cached tile fixture
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(``tests/fixtures/tile_14_4843_5861.mvt``, central Montréal) so the parsing is verified end
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to end without the network; the projection, canvas, and compositor are pure; the tool runs
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against the :class:`MockDevice` simulator with the basemap disabled (no network in tests).
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"""
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from __future__ import annotations
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import io
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import re
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from pathlib import Path
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import pytest
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from rich.console import Console
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from meshterm.core.geo import BBox, Viewport, haversine_km, lonlat_to_world, world_to_lonlat
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from meshterm.core.models import (
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NODE_TYPE_REPEATER,
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Observation,
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utcnow,
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)
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from meshterm.core.mvt import GEOM_LINE, GEOM_POLYGON, decode_tile
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from meshterm.tools.map import MapTool
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from meshterm.ui.mapcanvas import MapCanvas, parse_hex
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_FIXTURE = Path(__file__).parent / "fixtures" / "tile_14_4843_5861.mvt"
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_ANSI = re.compile(r"\x1b\[[0-9;]*m")
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def _plain(lines: list[str]) -> str:
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"""Strip ANSI colour from rendered lines for content assertions."""
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return "\n".join(_ANSI.sub("", line) for line in lines)
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# -- MVT decoding -------------------------------------------------------------
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def test_decode_tile_reads_expected_layers() -> None:
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"""The real fixture decodes into the OpenMapTiles layers the map relies on."""
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layers = {layer.name: layer for layer in decode_tile(_FIXTURE.read_bytes())}
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for expected in ("transportation", "transportation_name", "water", "waterway", "place"):
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assert expected in layers, expected
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assert layers["transportation"].extent == 4096
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assert layers["transportation"].features # roads were decoded
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def test_decode_tile_resolves_names_and_geometry() -> None:
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"""Street and place features carry resolved names and non-trivial geometry."""
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layers = {layer.name: layer for layer in decode_tile(_FIXTURE.read_bytes())}
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streets = [f.name for f in layers["transportation_name"].features if f.name]
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assert any("Rue" in s or "Avenue" in s or "Av." in s for s in streets)
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places = {f.name: f.get("class") for f in layers["place"].features if f.name}
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assert "Montréal" in places and places["Montréal"] == "city"
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# A road is a line with at least two points; water is a polygon.
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assert any(
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f.geom_type == GEOM_LINE and len(f.rings[0]) >= 2
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for f in layers["transportation"].features
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)
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assert any(f.geom_type == GEOM_POLYGON for f in layers["water"].features)
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def test_decode_tile_handles_empty_input() -> None:
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"""An empty byte string decodes to no layers rather than raising."""
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assert decode_tile(b"") == []
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# -- projection / viewport ----------------------------------------------------
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def test_world_projection_round_trips() -> None:
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"""lon/lat -> world pixels -> lon/lat recovers the original coordinate."""
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for lat, lon, z in [(45.5, -73.6, 14), (0.0, 0.0, 3), (-33.9, 151.2, 12)]:
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wx, wy = lonlat_to_world(lat, lon, z)
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rlat, rlon = world_to_lonlat(wx, wy, z)
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assert rlat == pytest.approx(lat, abs=1e-6)
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assert rlon == pytest.approx(lon, abs=1e-6)
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def test_haversine_known_distance() -> None:
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"""One degree of longitude at the equator is ~111 km; identical points are 0."""
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assert haversine_km(0.0, 0.0, 0.0, 1.0) == pytest.approx(111.19, abs=0.5)
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assert haversine_km(45.0, -73.0, 45.0, -73.0) == 0.0
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def test_viewport_center_projects_to_the_middle() -> None:
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"""The viewport's centre lands at the middle dot; north is up."""
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vp = Viewport(45.5, -73.6, 13, 200, 120)
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cx, cy = vp.lonlat_to_dot(45.5, -73.6)
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assert cx == pytest.approx(100, abs=0.5) and cy == pytest.approx(60, abs=0.5)
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# A point due north projects above the centre (smaller y).
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_, ny = vp.lonlat_to_dot(45.6, -73.6)
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assert ny < cy
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def test_viewport_fit_frames_all_points() -> None:
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"""A fitted viewport is centred on the points and zoomed so they share a tile scale."""
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pts = [(45.5019, -73.5674), (45.4768, -73.5990)]
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vp = Viewport.fit(pts, 200, 120, max_zoom=14)
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assert 8 <= vp.zoom <= 14
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for lat, lon in pts:
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x, y = vp.lonlat_to_dot(lat, lon)
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assert 0 <= x < vp.dot_w and 0 <= y < vp.dot_h # every point is on-canvas
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def test_viewport_fit_fraction_ignores_outliers() -> None:
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"""Framing half the nodes zooms to the dense core, letting far outliers fall off-canvas."""
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# A tight downtown cluster of five nodes (~50 m across) plus one distant outlier.
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core = [
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(45.5000, -73.5600), (45.5003, -73.5602), (45.4998, -73.5598),
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(45.5001, -73.5599), (45.4999, -73.5601),
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]
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outlier = (46.80, -71.20)
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pts = core + [outlier]
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full = Viewport.fit(pts, 200, 120, max_zoom=16)
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half = Viewport.fit(pts, 200, 120, max_zoom=16, fraction=0.5)
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# The core-only frame is zoomed in tighter than the frame that must hold the outlier.
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assert half.zoom > full.zoom
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# Every clustered node stays on-canvas; the outlier is pushed off.
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for lat, lon in core:
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x, y = half.lonlat_to_dot(lat, lon)
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assert 0 <= x < half.dot_w and 0 <= y < half.dot_h
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ox, oy = half.lonlat_to_dot(*outlier)
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assert not (0 <= ox < half.dot_w and 0 <= oy < half.dot_h)
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def test_viewport_fit_fraction_keeps_small_sets_whole() -> None:
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"""With only two nodes there is no core to isolate — both are still framed."""
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pts = [(45.5019, -73.5674), (45.4768, -73.5990)]
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half = Viewport.fit(pts, 200, 120, max_zoom=14, fraction=0.5)
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full = Viewport.fit(pts, 200, 120, max_zoom=14)
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assert (half.center_lat, half.center_lon, half.zoom) == (
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full.center_lat, full.center_lon, full.zoom
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)
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def test_viewport_zoom_and_pan() -> None:
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"""Zooming and panning return new viewports; zoom clamps to its bounds."""
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vp = Viewport(45.5, -73.6, 10, 200, 120)
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assert vp.zoomed(2).zoom == 12
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assert vp.zoomed(50, max_zoom=16).zoom == 16 # clamped
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assert vp.zoomed(-50, min_zoom=3).zoom == 3
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east = vp.panned(0.5, 0)
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assert east.center_lon > vp.center_lon # panning east increases longitude
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north = vp.panned(0, -0.5)
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assert north.center_lat > vp.center_lat # panning north increases latitude
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def test_viewport_tiles_cover_the_view() -> None:
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"""The viewport reports the handful of tiles overlapping it at the tile zoom."""
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vp = Viewport(45.5019, -73.5674, 14, 200, 120)
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tiles = vp.tiles(14)
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assert tiles and all(z == 14 for z, _, _ in tiles)
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# The fixture tile for this centre must be among them.
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assert (14, 4843, 5861) in tiles
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# -- braille canvas -----------------------------------------------------------
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def test_canvas_plots_dots_as_braille() -> None:
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"""A single plotted dot renders as a braille glyph in the top-left cell."""
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canvas = MapCanvas(4, 2)
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canvas.plot(0, 0, (255, 0, 0), 1)
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out = _plain(canvas.to_ansi_lines())
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assert out.splitlines()[0][0] == "⠁" # braille dot-1
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def test_canvas_priority_decides_cell_colour() -> None:
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"""When dots from two features share a cell, the higher priority sets its colour."""
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canvas = MapCanvas(1, 1)
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canvas.plot(0, 0, (10, 20, 30), 1) # low priority
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canvas.plot(1, 0, (200, 100, 50), 9) # high priority, same cell
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ansi = "".join(canvas.to_ansi_lines())
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assert "38;2;200;100;50" in ansi # the high-priority colour won
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assert "38;2;10;20;30" not in ansi
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def test_canvas_marker_and_label_do_not_overprint() -> None:
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"""A marker keeps its glyph and places its label in a neighbouring cell."""
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canvas = MapCanvas(20, 3)
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canvas.marker(4, 4, "★", (255, 255, 255))
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assert canvas.marker_label(4, 4, "me", (255, 255, 255))
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out = _plain(canvas.to_ansi_lines())
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assert "★" in out and "me" in out
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row = out.splitlines()[1]
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assert "★me" not in row # a gap sits between the marker and its label
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def test_canvas_label_collision_is_avoided() -> None:
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"""A checked label is skipped when it would overlap an already-placed one."""
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canvas = MapCanvas(20, 1)
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assert canvas.place_label(10, 0, "First", (200, 200, 200))
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assert not canvas.place_label(10, 0, "Second", (200, 200, 200)) # overlaps → skipped
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def test_canvas_labels_keep_a_vertical_gap() -> None:
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"""A checked label is skipped when it would sit flush above/below existing text."""
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canvas = MapCanvas(20, 3)
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assert canvas.place_label(20, 4, "Row1", (200, 200, 200)) # dot y=4 → cell row 1
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# Directly below (cell row 2) with overlapping columns: rejected for lack of a gap.
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assert not canvas.place_label(20, 8, "Row2", (200, 200, 200))
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# Same row but clear of the horizontal span still fits.
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assert canvas.place_label(2, 4, "Far", (200, 200, 200))
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def test_parse_hex() -> None:
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"""Hex colours parse to RGB triples, with or without the leading hash."""
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assert parse_hex("#38bdf8") == (0x38, 0xBD, 0xF8)
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assert parse_hex("ffffff") == (255, 255, 255)
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# -- compositor over a real tile ----------------------------------------------
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def test_render_map_draws_basemap_streets_and_labels() -> None:
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"""Rendering the real fixture yields braille geometry and a place label."""
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from meshterm.ui.map_render import MapMarker, render_map
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vp = Viewport(45.5019, -73.5674, 14, 180, 120)
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layers = decode_tile(_FIXTURE.read_bytes())
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tiles = {(14, 4843, 5861): layers}
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markers = [MapMarker("Yagi", 45.5019, -73.5674, is_repeater=True)]
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out = _plain(render_map(vp, tiles, markers))
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assert any(0x2800 <= ord(ch) <= 0x28FF for ch in out) # braille was drawn
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assert "▲" in out and "Yagi" in out # the repeater marker + label
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assert "Montréal" in out # a place label from the tile
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def test_render_map_prioritises_repeater_glyph() -> None:
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"""A repeater and a node at the same spot resolve to the repeater's marker on top."""
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from meshterm.ui.map_render import MapMarker, render_map
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vp = Viewport(45.50, -73.57, 14, 60, 40)
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markers = [
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MapMarker("node", 45.50, -73.57),
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MapMarker("rptr", 45.50, -73.57, is_repeater=True),
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]
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out = _plain(render_map(vp, {}, markers))
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assert "▲" in out and "●" not in out
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def test_render_map_drops_crowded_labels_favouring_repeaters() -> None:
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"""When labels can't all fit, the repeater's wins and a crowded node's is dropped."""
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from meshterm.ui.map_render import MapMarker, render_map
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# Three nodes stacked on one spot: only the two sides (left/right) can hold a label,
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# so one of the three must show as a bare marker — and the repeater must not be it.
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vp = Viewport(45.50, -73.57, 14, 40, 8)
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markers = [
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MapMarker("NODEONE", 45.50, -73.57),
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MapMarker("NODETWO", 45.50, -73.57),
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MapMarker("REPEATER", 45.50, -73.57, is_repeater=True),
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]
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out = _plain(render_map(vp, {}, markers))
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assert "▲" in out # the repeater's glyph is on top
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assert "REPEATER" in out # and it keeps its label (placed first)
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# Only one of the two leaf nodes could fit a label; the other is a bare marker.
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assert ("NODEONE" in out) != ("NODETWO" in out)
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def _glyph_color(lines: list[str], glyph: str) -> tuple[int, int, int]:
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"""Extract the truecolour ``(r, g, b)`` the given glyph was rendered with."""
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m = re.search(
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r"38;2;(\d+);(\d+);(\d+)m(?:\x1b\[1m)?" + re.escape(glyph), "".join(lines)
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)
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assert m, f"glyph {glyph!r} not found with a colour"
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return int(m.group(1)), int(m.group(2)), int(m.group(3))
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def test_render_map_brightens_piled_markers() -> None:
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"""A cell many nodes share renders its glyph brighter than a lone node's."""
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from meshterm.ui.map_render import _NODE, MapMarker, render_map
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base = parse_hex(_NODE[1])
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vp = Viewport(45.50, -73.57, 14, 60, 40)
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lone = render_map(vp, {}, [MapMarker("solo", 45.50, -73.57)])
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assert _glyph_color(lone, "●") == base # a single node keeps its base colour
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crowd = [MapMarker(f"n{i}", 45.50, -73.57) for i in range(8)]
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piled = _glyph_color(render_map(vp, {}, crowd), "●")
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# Washed toward white: every channel is brighter than the base cyan.
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assert all(p > b for p, b in zip(piled, base))
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assert piled != base
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def test_render_map_works_without_basemap() -> None:
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"""With no tiles the nodes still render on a blank grid (the offline fallback)."""
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from meshterm.ui.map_render import MapMarker, render_map
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vp = Viewport.fit([(45.5, -73.6), (45.4, -73.5)], 120, 80, max_zoom=14)
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markers = [
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MapMarker("A", 45.5, -73.6, is_self=True),
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MapMarker("B", 45.4, -73.5, is_repeater=True),
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]
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out = _plain(render_map(vp, {}, markers))
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assert "★" in out and "▲" in out
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# -- basemap source (offline behaviour) ---------------------------------------
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def test_basemap_source_offline_is_graceful(tmp_path: Path) -> None:
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"""An unreachable source reports unavailable and returns no tiles, never raising."""
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from meshterm.services.basemap import BasemapSource
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src = BasemapSource(tmp_path / "cache", tilejson_url="http://127.0.0.1:1/none", timeout=0.2)
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assert src.available is False
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assert src.max_zoom == 14 # sensible default when the TileJSON can't be fetched
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assert src.load_tile(14, 4843, 5861) is None
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def test_basemap_source_reads_cached_tile(tmp_path: Path) -> None:
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"""A tile already on disk is decoded without any network access."""
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from meshterm.services.basemap import BasemapSource
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cache = tmp_path / "cache"
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dest = cache / "tiles" / "14" / "4843"
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dest.mkdir(parents=True)
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(dest / "5861.pbf").write_bytes(_FIXTURE.read_bytes())
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src = BasemapSource(cache, tilejson_url="http://127.0.0.1:1/none", timeout=0.2)
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layers = src.load_tile(14, 4843, 5861)
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assert layers is not None
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assert any(layer.name == "transportation" for layer in layers)
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# -- the tool -----------------------------------------------------------------
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@pytest.fixture()
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def ctx(tmp_path: Path):
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"""A mock-backed application context with the plain (console) UI surface."""
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from meshterm.context import AppContext
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from meshterm.core.admin_store import AdminStore
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from meshterm.core.config import Settings
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from meshterm.core.device_store import DeviceStore
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from meshterm.persistence.repository import Repository
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from meshterm.ui.theme import MESH_THEME
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settings = Settings(config_dir=tmp_path, db_path=tmp_path / "map.db")
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context = AppContext(
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console=Console(file=io.StringIO(), theme=MESH_THEME),
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settings=settings,
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repo=Repository(settings.db_path),
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device_store=DeviceStore(tmp_path / "devices.json"),
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admin_store=AdminStore(tmp_path / "admin.json"),
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mock=True,
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)
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yield context
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context.repo.close()
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async def test_map_tool_static_render_plots_contacts(ctx) -> None:
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"""The CLI path plots the device's located contacts and reports the breakdown.
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The mock companion's contacts carry two located repeaters and one located leaf node
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(a fourth, Alice, has no fix), so the contact list — not the observation history — is
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what fills the map.
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"""
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# Seed an observation whose key matches a located contact, so its reception detail is
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# merged onto that contact's marker.
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run_id = ctx.repo.start_run("monitor", {})
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ctx.repo.record_observation(
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run_id,
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Observation(node="a1b2c3d4", name="Yagi-Repeater", node_type=NODE_TYPE_REPEATER,
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snr=6.0, observed_at=utcnow()),
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)
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result = await MapTool().run(ctx, {"static": True, "basemap": False})
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assert result.summary["located"] == 3
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assert result.summary["repeaters"] == 2
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assert result.summary["nodes"] == 1
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assert result.summary["self_located"] is False
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out = ctx.console.file.getvalue()
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assert out != ""
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assert "1 pkts" in out # the seeded observation's detail merged onto the contact
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def test_repository_round_trips_map_view(ctx) -> None:
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"""The saved map viewport persists and reads back; absent by default."""
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assert ctx.repo.get_map_view() is None
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ctx.repo.set_map_view(45.51, -73.57, 13)
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lat, lon, zoom = ctx.repo.get_map_view()
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assert (lat, lon) == pytest.approx((45.51, -73.57))
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assert zoom == 13
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# A later save overwrites the single stored view.
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ctx.repo.set_map_view(40.0, -74.0, 9)
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assert ctx.repo.get_map_view() == pytest.approx((40.0, -74.0, 9))
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async def test_map_tool_reports_nothing_to_plot(ctx, monkeypatch) -> None:
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"""With no located contacts and no located history the tool returns cleanly."""
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async def _no_contacts(_ctx):
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return []
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monkeypatch.setattr("meshterm.tools.map._contacts", _no_contacts)
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result = await MapTool().run(ctx, {"static": True, "basemap": False})
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assert result.summary == {"located": 0}
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class _StubSession:
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"""Minimal stand-in for :class:`TuiSession` for driving :class:`MapScreen`."""
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def __init__(self, cols: int, rows: int) -> None:
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self._cols, self._rows = cols, rows
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self.invalidated = 0
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def base_body_size(self) -> tuple[int, int]:
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return self._cols, self._rows
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def invalidate(self) -> None:
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self.invalidated += 1
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class _StubSource:
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"""An always-offline tile source, so the screen renders nodes only (no network)."""
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available = False
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max_zoom = 14
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def load_tile(self, z: int, x: int, y: int):
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return None
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def test_map_screen_renders_pans_zooms_and_resets() -> None:
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"""The interactive screen fills its body, and wasd/zoom/reset move the viewport."""
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from meshterm.core.geo import Viewport
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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session = _StubSession(80, 24)
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markers = [
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MapMarker("A", 45.50, -73.60, is_repeater=True),
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MapMarker("B", 45.40, -73.50),
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]
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screen = MapScreen(session, markers, _StubSource(), 14)
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lines = screen.render_body(80)
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assert len(lines) == 24 # fills the body height reported by the session
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start = screen._viewport
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screen.handle("right") # pan east → longitude increases
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assert screen._viewport.center_lon > start.center_lon
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screen.handle("up") # pan north → latitude increases
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assert screen._viewport.center_lat > start.center_lat
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z = screen._viewport.zoom
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screen.handle("pageup")
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assert screen._viewport.zoom == z + 1
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screen.handle("pagedown")
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assert screen._viewport.zoom == z
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screen.handle("home") # reset refits to the nodes
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refit = Viewport.fit([(m.lat, m.lon) for m in markers], start.dot_w, start.dot_h, max_zoom=14)
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assert screen._viewport.zoom == refit.zoom
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assert screen._viewport.center_lat == pytest.approx(refit.center_lat)
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# Letters never pan or zoom — they feed the find filter instead.
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view = screen._viewport
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screen.handle("text", "d")
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assert screen._viewport is view and screen._filter == "d"
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screen.handle("backspace")
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# Offline source: nodes still render and both markers are present.
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assert "▲" in _plain(screen.render_body(80)) and "●" in _plain(screen.render_body(80))
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assert "offline" in screen.footer_hint
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def test_map_screen_shift_pans_by_a_single_cell() -> None:
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"""Holding Shift with an arrow pans finely, by one character cell."""
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from meshterm.core.geo import lonlat_to_world, world_to_lonlat
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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markers = [MapMarker("A", 45.50, -73.60), MapMarker("B", 45.40, -73.50)]
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screen = MapScreen(_StubSession(80, 24), markers, _StubSource(), 14)
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screen.render_body(80)
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start = screen._viewport
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# A coarse east pan (30% of the view) moves much further than a fine one.
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screen.handle("right")
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coarse = screen._viewport.center_lon - start.center_lon
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screen._viewport = start
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screen.handle("shift_right")
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fine = screen._viewport.center_lon - start.center_lon
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assert 0 < fine < coarse
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# The fine step is exactly one cell (2 dots) east at the current zoom.
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cx, cy = lonlat_to_world(start.center_lat, start.center_lon, start.zoom)
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_, expected_lon = world_to_lonlat(cx + 2, cy, start.zoom)
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assert screen._viewport.center_lon == pytest.approx(expected_lon)
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def test_map_screen_find_filters_frames_and_clears() -> None:
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"""Typing builds the find query; Enter frames matches; Esc peels filter then map."""
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import asyncio
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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markers = [
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MapMarker("YUL-Cartierville", 45.53, -73.71, is_repeater=True),
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MapMarker("Alice", 45.40, -73.50),
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MapMarker("Yagi-North", 45.60, -73.65),
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]
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screen = MapScreen(_StubSession(80, 24), markers, _StubSource(), 14)
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screen.render_body(80)
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for ch in "yu":
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screen.handle("text", ch)
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assert screen._filter == "yu"
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assert [m.label for m in screen._matches()] == ["YUL-Cartierville"]
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screen.render_body(80)
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assert "1 of 3 match" in screen.title
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assert "find: yu" in screen.footer_hint
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# Only the match keeps a label; the others dim to bare context glyphs.
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body = _plain(screen.render_body(80))
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assert "YUL-Cartierville" in body
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assert "Alice" not in body and "Yagi-North" not in body
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# Enter frames the matches: the view centres on YUL.
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screen.handle("enter")
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assert screen._viewport.center_lat == pytest.approx(45.53, abs=0.05)
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assert screen._viewport.center_lon == pytest.approx(-73.71, abs=0.05)
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# Backspace edits; Esc clears the filter first and only then dismisses.
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screen.handle("backspace")
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assert screen._filter == "y"
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async def drive() -> object:
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screen.future = asyncio.get_running_loop().create_future()
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screen.handle("escape")
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assert screen._filter == "" and not screen.future.done()
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screen.handle("escape")
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return await screen.future
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assert asyncio.run(drive()) is None
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def test_map_screen_restores_and_persists_view() -> None:
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"""The screen reopens on a saved view and reports every centre/zoom change."""
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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saved: list[tuple[float, float, int]] = []
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markers = [MapMarker("A", 45.50, -73.60), MapMarker("B", 45.40, -73.50)]
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screen = MapScreen(
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_StubSession(80, 24), markers, _StubSource(), 14,
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saved_view=(46.80, -71.20, 12),
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on_view_change=lambda vp: saved.append(
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(vp.center_lat, vp.center_lon, vp.zoom)
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),
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)
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screen.render_body(80)
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# Restored to the saved centre/zoom, not a fit of the markers.
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assert screen._viewport.zoom == 12
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assert screen._viewport.center_lat == pytest.approx(46.80)
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assert screen._viewport.center_lon == pytest.approx(-71.20)
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assert saved == [] # reopening unchanged doesn't rewrite the stored view
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screen.handle("right") # pan east persists the moved view
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assert saved and saved[-1][2] == 12 # zoom unchanged
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assert saved[-1][1] > -71.20 # centre moved east
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screen.handle("pageup") # zooming in persists too
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assert saved[-1][2] == 13
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def test_map_screen_scrubs_right_edge_after_move() -> None:
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"""A move asks the session to scrub the right edge once, to clear any braille smear."""
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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markers = [MapMarker("A", 45.5, -73.6)]
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braille = MapScreen(_StubSession(80, 24), markers, _StubSource(), 14)
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braille.render_body(80)
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braille.handle("right") # a move flags the edge for a scrub
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assert braille.consume_edge_scrub() == 2 # right padding + border columns
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assert braille.consume_edge_scrub() == 0 # consumed — not repeated without another move
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def test_map_screen_escape_dismisses() -> None:
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"""Esc resolves the screen's future with None (backs out to the menu)."""
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import asyncio
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from meshterm.ui.map_render import MapMarker
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from meshterm.ui.map_screen import MapScreen
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screen = MapScreen(_StubSession(80, 24), [MapMarker("A", 45.5, -73.6)], _StubSource(), 14)
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async def drive() -> object:
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screen.future = asyncio.get_running_loop().create_future()
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screen.handle("escape")
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return await screen.future
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assert asyncio.run(drive()) is None
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def test_map_observation_round_trips_node_type(ctx) -> None:
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"""A stored observation's advert type survives persistence and aggregation."""
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run_id = ctx.repo.start_run("monitor", {})
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ctx.repo.record_observation(
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run_id,
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Observation(node="a1", name="Yagi", node_type=NODE_TYPE_REPEATER, snr=6.0,
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lat=45.5, lon=-73.5),
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)
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node = next(n for n in ctx.repo.heard_nodes() if n.node == "a1")
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assert node.is_repeater and node.node_type == NODE_TYPE_REPEATER
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def test_render_map_labels_take_the_name_hue_ours_white() -> None:
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"""Node labels carry their key-derived hue; our own label is white while the
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★ glyph stays yellow; a keyless label lands on the muted grey."""
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from meshterm.ui.map_render import _SELF, MapMarker, render_map
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from meshterm.ui.widgets import name_rgb
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vp = Viewport.fit([(45.5, -73.6), (45.4, -73.5)], 120, 80, max_zoom=14)
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markers = [
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MapMarker("US", 45.5, -73.6, is_self=True, key="cc" * 32),
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MapMarker("KEYED", 45.4, -73.5, key="d4" * 32),
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MapMarker("BARE", 45.45, -73.55),
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]
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lines = render_map(vp, {}, markers)
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assert _glyph_color(lines, "★") == parse_hex(_SELF[1]) # the glyph keeps its yellow
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assert _glyph_color(lines, "US") == (255, 255, 255) # ...the label goes you-white
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assert _glyph_color(lines, "KEYED") == name_rgb("KEYED", "d4" * 32)
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assert _glyph_color(lines, "BARE") == (148, 163, 184) # no key, the muted grey
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def test_render_map_find_matches_still_label_white() -> None:
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"""An active find filter keeps forcing matching labels to full white."""
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from meshterm.ui.map_render import MapMarker, render_map
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vp = Viewport.fit([(45.5, -73.6), (45.4, -73.5)], 120, 80, max_zoom=14)
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markers = [MapMarker("TARGET", 45.5, -73.6, key="d4" * 32)]
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lines = render_map(vp, {}, markers, find="targ")
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assert _glyph_color(lines, "TARGET") == (255, 255, 255)
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