@@ -118,10 +118,10 @@ import static com.andyln.Mof.ALL;
118118
119119 @Test
120120 public void success() throws Exception {
121- // Given (Setup Data )
121+ // Given (Setup data )
122122 Food expected = SAMPLE_HOT_FOOD;
123123
124- // Given (Setup Data Processors )
124+ // Given (Setup processors )
125125 mof.when(ALL);
126126
127127 // When (Run the thing that you want to test)
@@ -130,7 +130,7 @@ import static com.andyln.Mof.ALL;
130130 // Then (Asserting what you want to be true, is actually true)
131131 assertEquals(expected, actual);
132132
133- // Verify (Asserting the Data Processors are called in the way you want)
133+ // Verify (Asserting the processors are called in the way you want)
134134 mof.verify(ALL);
135135 }
136136```
@@ -144,22 +144,20 @@ import static com.andyln.Mof.REMAINING;
144144
145145@Test
146146public void whenMotorFails_ThenThrowAnException() throws Exception {
147- // Given (Setup Data )
147+ // Given (Setup data )
148148 // No data to setup
149149
150- // Given (Setup Data Processors )
150+ // Given (Setup processors )
151151 mof.whenBefore(motor);
152152 when(motor.spinTurntable(any(Timer.class))).thenThrow(new RuntimeException(SAMPLE_EXCEPTION_MESSAGE));
153153
154154 // When (Run the thing that you want to test)
155- Exception actualException = assertThrows(Exception.class, () -> {
156- microwave.heatFood(SAMPLE_COLD_FOOD, SAMPLE_SECONDS)
157- });
155+ Exception actualException = assertThrows(Exception.class, () -> microwave.heatFood(SAMPLE_COLD_FOOD, SAMPLE_SECONDS));
158156
159157 // Then (Asserting what you want to be true, is actually true)
160158 assertEquals(SAMPLE_EXCEPTION_MESSAGE, actualException.getMessage());
161159
162- // Verify (Asserting the Data Processors are called in the way you want)
160+ // Verify (Asserting the processors are called in the way you want)
163161 mof.verifyThrough(motor);
164162 mof.verifyNoInteractions(REMAINING);
165163}
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