def test_display_non_verbose(self, capsys):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.format = 'locator'
locs.verbose = False
locs.display('extsquare')
assert capsys.readouterr()[0] == 'IO92va33\nJO02ae40\n'
def test_display_non_verbose(self, stdout):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.format = 'locator'
locs.verbose = False
locs.display('extsquare')
expect(stdout.getvalue()) == 'IO92va33\nJO02ae40\n'
def test_distance_nm(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'],
units='nm')
locations.verbose = False
locations.distance()
# Manually convert to string here to workaround Python 2/3 float
# formatting differences
expect(stdout.getvalue()) == str(13.298957431655218) + '\n'
def test_final_bearing(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.bearing('final_bearing', False)
if PY2:
output = capsys.readouterr()[0].encode('utf-8')
else:
output = capsys.readouterr()[0]
assert output == 'Final bearing from location 1 to 2 is 46°\n'
def test_sunset(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.sun_events('sunset')
lines = capsys.readouterr()[0].splitlines()
assert ellipsis_match('Sunset at ... in location 1', lines[0]) \
== True
assert ellipsis_match('Sunset at ... in location 2', lines[1]) \
== True
def test_destination_locator(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.format = 'locator'
locations.destination(42, 240, 'subsquare')
expect(stdout.getvalue()) == (
'Destination from location 1 is IO91ot\n'
'Destination from location 2 is IO91sx\n'
)
def test_destination_locator(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.format = 'locator'
locations.destination(42, 240, 'subsquare')
assert capsys.readouterr()[0] == (
'Destination from location 1 is IO91ot\n'
'Destination from location 2 is IO91sx\n'
)
def test_sunset(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.sun_events('sunset')
lines = stdout.getvalue().splitlines()
expect(ellipsis_match('Sunset at ... in location 1', lines[0])) \
== True
expect(ellipsis_match('Sunset at ... in location 2', lines[1])) \
== True
def test_range(self, distance, result, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.range(distance)
stdout = capsys.readouterr()[0]
if result is True:
assert 'is within' in stdout
else:
assert 'is not within' in stdout
def test_display_locator(self, capsys):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.format = 'locator'
locs.display('extsquare')
assert capsys.readouterr()[0] == (
'Location Home is IO92va33\n'
'Location 2 is JO02ae40\n'
)
def test_distance_multi(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'51.420;-1.500'])
locations.distance()
expect(stdout.getvalue()) == (
'Location 1 to 2 is 24 kilometres\n'
'Location 2 to 3 is 134 kilometres\n'
'Total distance is 159 kilometres\n'
)
def test_display_locator(self, stdout):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.format = 'locator'
locs.display('extsquare')
expect(stdout.getvalue()) == (
'Location Home is IO92va33\n'
'Location 2 is JO02ae40\n'
)
def test_distance_multi(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'51.420;-1.500'])
locations.distance()
assert capsys.readouterr()[0] == (
'Location 1 to 2 is 24 kilometres\n'
'Location 2 to 3 is 134 kilometres\n'
'Total distance is 159 kilometres\n'
)
def test_destination(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.destination(42, 240, False)
stdout = capsys.readouterr()[0]
if PY2:
stdout = stdout.encode('utf-8')
assert stdout == (
"Destination from location 1 is 52°00.90'N, 000°13.26'W\n"
"Destination from location 2 is 52°10.08'N, 000°02.40'E\n"
)
def test_display(self, capsys):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.display(None)
stdout = capsys.readouterr()[0]
if PY2:
stdout = stdout.encode('utf-8')
assert stdout == (
"Location Home is 52°00.90'N, 000°13.26'W\n"
"Location 2 is 52°10.08'N, 000°02.40'E\n"
)
def test_destination(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.destination(42, 240, False)
if PY2:
expect(stdout.getvalue()) == (
"Destination from location 1 is 52\xc2\xb000.90'N, 000\xc2\xb013.26'W\n"
"Destination from location 2 is 52\xc2\xb010.08'N, 000\xc2\xb002.40'E\n"
)
else:
expect(stdout.getvalue()) == (
"Destination from location 1 is 52°00.90'N, 000°13.26'W\n"
"Destination from location 2 is 52°10.08'N, 000°02.40'E\n"
)
def test_flight_plan(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'52.249;0.130', '52.494;0.654'])
locations.flight_plan(0, 'h')
expect(stdout.getvalue()) == (
'WAYPOINT,BEARING[°],DISTANCE[km],ELAPSED_TIME[h],LATITUDE[d.dd],LONGITUDE[d.dd]\n'
'1,,,,52.015000,-0.221000\n'
'2,46,24.6,,52.168000,0.040000\n'
'3,34,10.9,,52.249000,0.130000\n'
'4,52,44.8,,52.494000,0.654000\n'
'-- OVERALL --#,,80.3,,,\n'
'-- DIRECT --#,47,79.9,,,\n'
)
def test_display(self, stdout):
locs = NumberedPoints(['Home', '52.168;0.040'],
config_locations={'Home': (52.015, -0.221)})
locs.display(None)
if PY2:
expect(stdout.getvalue()) == (
"Location Home is 52\xc2\xb000.90'N, 000\xc2\xb013.26'W\n"
"Location 2 is 52\xc2\xb010.08'N, 000\xc2\xb002.40'E\n"
)
else:
expect(stdout.getvalue()) == (
"Location Home is 52°00.90'N, 000°13.26'W\n"
"Location 2 is 52°10.08'N, 000°02.40'E\n"
)
def test_flight_plan_minute(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'52.249;0.130', '52.494;0.654'],
units='nm')
locations.flight_plan(20, 'm')
expect(stdout.getvalue()) == (
'WAYPOINT,BEARING[°],DISTANCE[nm],ELAPSED_TIME[m],LATITUDE[d.dd],LONGITUDE[d.dd]\n'
'1,,,,52.015000,-0.221000\n'
'2,46,13.3,0.7,52.168000,0.040000\n'
'3,34,5.9,0.3,52.249000,0.130000\n'
'4,52,24.2,1.2,52.494000,0.654000\n'
'-- OVERALL --,,43.4,2.2,,\n'
'-- DIRECT --,47,43.1,2.2,,\n'
)
def test_flight_plan(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'52.249;0.130', '52.494;0.654'])
locations.flight_plan(0, 'h')
if PY2:
output = capsys.readouterr()[0].encode('utf-8')
else:
output = capsys.readouterr()[0]
assert output == (
'WAYPOINT,BEARING[°],DISTANCE[km],ELAPSED_TIME[h],LATITUDE[d.dd],LONGITUDE[d.dd]\n'
'1,,,,52.015000,-0.221000\n'
'2,46,24.6,,52.168000,0.040000\n'
'3,34,10.9,,52.249000,0.130000\n'
'4,52,44.8,,52.494000,0.654000\n'
'-- OVERALL --#,,80.3,,,\n'
'-- DIRECT --#,47,79.9,,,\n'
)
def test_flight_plan_minute(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040',
'52.249;0.130', '52.494;0.654'],
units='nm')
locations.flight_plan(20, 'm')
if PY2:
output = capsys.readouterr()[0].encode('utf-8')
else:
output = capsys.readouterr()[0]
assert output == (
'WAYPOINT,BEARING[°],DISTANCE[nm],ELAPSED_TIME[m],LATITUDE[d.dd],LONGITUDE[d.dd]\n'
'1,,,,52.015000,-0.221000\n'
'2,46,13.3,0.7,52.168000,0.040000\n'
'3,34,5.9,0.3,52.249000,0.130000\n'
'4,52,24.2,1.2,52.494000,0.654000\n'
'-- OVERALL --,,43.4,2.2,,\n'
'-- DIRECT --,47,43.1,2.2,,\n'
)
def test_range_non_verbose(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.verbose = False
locations.range(30)
expect(stdout.getvalue()) == 'True\n'
def test_distance_sm(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'],
units='sm')
locations.distance()
expect(stdout.getvalue()) == 'Location 1 to 2 is 15 miles\n'
def test_destination_locator_non_verbose(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.format = 'locator'
locations.verbose = False
locations.destination(42, 240, 'extsquare')
expect(stdout.getvalue()) == 'IO91ot97\nIO91sx14\n'
def test_destination_locator_non_verbose(self, capsys):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.format = 'locator'
locations.verbose = False
locations.destination(42, 240, 'extsquare')
assert capsys.readouterr()[0] == 'IO91ot97\nIO91sx14\n'
def test_distance(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.distance()
expect(stdout.getvalue()) == 'Location 1 to 2 is 24 kilometres\n'
def test_range2(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.range(30)
expect(stdout.getvalue()) == \
'Location 2 is within 30 kilometres of location 1\n'
def test_final_bearing_non_verbose(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.verbose = False
locations.bearing('final_bearing', True)
expect(stdout.getvalue()) == 'North-east\n'
def test_final_bearing_symbolic(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.bearing('final_bearing', True)
expect(stdout.getvalue()) == \
'Final bearing from location 1 to 2 is North-east\n'
def test_final_bearing(self, stdout):
locations = NumberedPoints(['52.015;-0.221', '52.168;0.040'])
locations.bearing('final_bearing', False)
expect(stdout.getvalue()) == \
'Final bearing from location 1 to 2 is 46°\n'
