Ran black on tests.

Author: theriftlab

tests/test_date.py

@@ -78,7 +78,7 @@ def test_localize_offset(jd):
 
 def test_localize_timezone(jd):
     dt = datetime(2000, 1, 1, 10)
-    aware = date.localize(dt, time_zone='America/Los_Angeles')
+    aware = date.localize(dt, time_zone="America/Los_Angeles")
     assert date.to_jd(aware) == jd
 
 
@@ -100,7 +100,7 @@ def test_to_jd(str_pst_date, gmt_date, pst_date, pst_coords, gmt_coords, jd):
     assert date.to_jd(jd) == jd
     assert date.to_jd(str_pst_date, *pst_coords) == jd
     assert date.to_jd(str_pst_date, *gmt_coords, offset=-8.0) == jd
-    assert date.to_jd(str_pst_date, time_zone='America/Los_Angeles') == jd
+    assert date.to_jd(str_pst_date, time_zone="America/Los_Angeles") == jd
     assert date.to_jd(gmt_date) == jd
     assert date.to_jd(pst_date) == jd
 
@@ -179,7 +179,7 @@ def test_to_datetime_pst(pst_date, str_pst_date, pst_coords, gmt_coords, jd):
     assert dt_from_offset.minute == 0
     assert dt_from_offset.second == 0
 
-    dt_from_time_zone = date.to_datetime(jd, time_zone='America/Los_Angeles')
+    dt_from_time_zone = date.to_datetime(jd, time_zone="America/Los_Angeles")
     assert dt_from_time_zone.year == 2000
     assert dt_from_time_zone.month == 1
     assert dt_from_time_zone.day == 1

tests/test_ephemeris.py

@@ -343,7 +343,9 @@ def test_get_armc_angle(jd, coords, armc, all_angles):
     obliquity = ephemeris.earth_obliquity(jd)
 
     for index in all_angles:
-        angle = ephemeris.get_armc_angle(index, armc, coords[0], obliquity, chart.PLACIDUS)
+        angle = ephemeris.get_armc_angle(
+            index, armc, coords[0], obliquity, chart.PLACIDUS
+        )
         assert angle["index"] == index and angle["type"] == chart.ANGLE
 
     assert ephemeris.get_armc_angle(
@@ -377,7 +379,9 @@ def test_get_armc_house(jd, coords, armc, all_houses):
     obliquity = ephemeris.earth_obliquity(jd)
 
     for index in all_houses:
-        house = ephemeris.get_armc_house(index, armc, coords[0], obliquity, chart.PLACIDUS)
+        house = ephemeris.get_armc_house(
+            index, armc, coords[0], obliquity, chart.PLACIDUS
+        )
         assert house["index"] == index and house["type"] == chart.HOUSE
 
     assert ephemeris.get_armc_house(
@@ -471,8 +475,12 @@ def test_get_data(coords, jd, astro):
         "juno": ephemeris.get_asteroid(chart.JUNO, jd),  # Included with planets
         "lilith": ephemeris.get_asteroid(1181, jd),  # From external file
         "antares": ephemeris.get_fixed_star("Antares", jd),
-        "pre_natal_solar_eclipse": ephemeris.get_eclipse(chart.PRE_NATAL_SOLAR_ECLIPSE, jd),
-        "pre_natal_lunar_eclipse": ephemeris.get_eclipse(chart.PRE_NATAL_LUNAR_ECLIPSE, jd),
+        "pre_natal_solar_eclipse": ephemeris.get_eclipse(
+            chart.PRE_NATAL_SOLAR_ECLIPSE, jd
+        ),
+        "pre_natal_lunar_eclipse": ephemeris.get_eclipse(
+            chart.PRE_NATAL_LUNAR_ECLIPSE, jd
+        ),
         "post_natal_solar_eclipse": ephemeris.get_eclipse(
             chart.POST_NATAL_SOLAR_ECLIPSE, jd
         ),
@@ -540,6 +548,7 @@ def test_armc_get_data(coords, jd, astro, armc):
 --------------------------------------------------------------------------------
 """
 
+
 def test_part_of_fortune_day_formula(day_jd, coords):
     sun, moon, asc = ephemeris.get_objects(
         (chart.SUN, chart.MOON, chart.ASC), day_jd, *coords, chart.PLACIDUS
@@ -638,7 +647,12 @@ def test_is_daytime(day_jd, night_jd, coords):
 
 def test_armc_is_daytime(day_jd, coords, armc):
     # Sun above ascendant in astro.com chart visual
-    assert ephemeris.armc_is_daytime(day_jd, armc, coords[0], ephemeris.earth_obliquity(day_jd)) is True
+    assert (
+        ephemeris.armc_is_daytime(
+            day_jd, armc, coords[0], ephemeris.earth_obliquity(day_jd)
+        )
+        is True
+    )
 
 
 def test_is_daytime_from(day_jd, night_jd, coords):
@@ -657,7 +671,7 @@ def test_moon_phase(jd):
     # Courtesy of https://stardate.org/nightsky/moon
     assert (
         ephemeris.moon_phase(jd) == calc.THIRD_QUARTER
-    ) is True # third quarter = waning crescent
+    ) is True  # third quarter = waning crescent
 
 
 def test_moon_phase_from(jd):
@@ -666,7 +680,7 @@ def test_moon_phase_from(jd):
     moon = ephemeris.get_planet(chart.MOON, jd)
     assert (
         ephemeris.moon_phase_from(sun, moon) == calc.THIRD_QUARTER
-    ) is True # third quarter = waning crescent
+    ) is True  # third quarter = waning crescent
 
 
 def test_earth_obliquity(jd):
@@ -840,6 +854,7 @@ def test_solar_year_length():
 --------------------------------------------------------------------------------
 """
 
+
 def test_previous_aspect(jd, coords):
     # Check for previous Sun / Moon conjunction so we can use the same
     # test date/time as test_previous_new_moon()

tests/test_localization.py

@@ -180,7 +180,8 @@ def teardown_function():
 def test_date_locale(native):
     settings.locale = "pt_BR"
     assert (
-        str(wrap.Subject(native)) == "Sáb Jan 01 2000 10:00:00 America/Los_Angeles em 32N43.0, 117W9.0"
+        str(wrap.Subject(native))
+        == "Sáb Jan 01 2000 10:00:00 America/Los_Angeles em 32N43.0, 117W9.0"
     )
 
 
@@ -531,7 +532,10 @@ def test_formatted_ambiguous_datetime(lat, lon):
     settings.locale = "pt_BR"
     ambiguous_native = charts.Subject("2022-11-06 01:30", lat, lon)
     natal = charts.Natal(ambiguous_native)
-    assert str(natal.native.date_time) == "Dom Nov 06 2022 01:30:00 America/Los_Angeles (ambíguo)"
+    assert (
+        str(natal.native.date_time)
+        == "Dom Nov 06 2022 01:30:00 America/Los_Angeles (ambíguo)"
+    )
 
 
 def test_formatted_aspect(native):
@@ -554,7 +558,10 @@ def test_formatted_object(native):
 def test_formatted_subject(native):
     settings.locale = "pt_BR"
     natal = charts.Natal(native)
-    assert str(natal.native) == "Sáb Jan 01 2000 10:00:00 America/Los_Angeles em 32N43.0, 117W9.0"
+    assert (
+        str(natal.native)
+        == "Sáb Jan 01 2000 10:00:00 America/Los_Angeles em 32N43.0, 117W9.0"
+    )
 
 
 def test_formatted_weightings_elements(native):