Remove integration test from code coverage

tests/fractions.rs

@@ -1,94 +1,95 @@
-#![cfg_attr(tarpaulin, skip)]
+#[cfg_attr(tarpaulin, skip)]
+mod tests {
+    use rusty_numbers::frac;
+    use rusty_numbers::rational::Frac;
 
-use rusty_numbers::frac;
+    #[test]
-use rusty_numbers::rational::Frac;
+    fn mul_test() {
+        let frac1 = frac!(1 / 3u8);
+        let frac2 = frac!(2u8 / 3);
 
-#[test]
+        let expected = frac!(2u8 / 9);
-fn mul_test() {
-    let frac1 = frac!(1 / 3u8);
-    let frac2 = frac!(2u8 / 3);
 
-    let expected = frac!(2u8 / 9);
+        assert_eq!(frac1 * frac2, expected);
 
-    assert_eq!(frac1 * frac2, expected);
+        assert_eq!(frac!(0), frac!(0) * frac!(5 / 8));
+    }
 
-    assert_eq!(frac!(0), frac!(0) * frac!(5 / 8));
+    #[test]
-}
+    fn div_test() {
-
+        assert_eq!(frac!(1), frac!(1 / 3) / frac!(1 / 3));
-#[test]
+        assert_eq!(frac!(1 / 9), frac!(1 / 3) / frac!(3));
-fn div_test() {
+    }
-    assert_eq!(frac!(1), frac!(1 / 3) / frac!(1 / 3));
+
-    assert_eq!(frac!(1 / 9), frac!(1 / 3) / frac!(3));
+    #[test]
-}
+    fn add_test() {
-
+        assert_eq!(frac!(5 / 8), frac!(5 / 8) + frac!(0));
-#[test]
+        assert_eq!(frac!(5 / 6), frac!(1 / 3) + frac!(1 / 2), "1/3 + 1/2");
-fn add_test() {
+        assert_eq!(frac!(1 / 3), frac!(2 / 3) + -frac!(1 / 3), "2/3 + -1/3");
-    assert_eq!(frac!(5 / 8), frac!(5 / 8) + frac!(0));
+    }
-    assert_eq!(frac!(5 / 6), frac!(1 / 3) + frac!(1 / 2), "1/3 + 1/2");
+
-    assert_eq!(frac!(1 / 3), frac!(2 / 3) + -frac!(1 / 3), "2/3 + -1/3");
+    #[test]
-}
+    fn sub_test() {
-
+        assert_eq!(frac!(5 / 8), frac!(5 / 8) - frac!(0));
-#[test]
+        assert_eq!(frac!(1 / 6), frac!(1 / 2) - frac!(1 / 3), "1/2 - 1/3");
-fn sub_test() {
+    }
-    assert_eq!(frac!(5 / 8), frac!(5 / 8) - frac!(0));
+
-    assert_eq!(frac!(1 / 6), frac!(1 / 2) - frac!(1 / 3), "1/2 - 1/3");
+    #[test]
-}
+    fn cmp_test() {
-
+        assert!(frac!(1 / 2) <= frac!(1 / 2));
-#[test]
+        assert!(frac!(0) < frac!(1));
-fn cmp_test() {
+        assert!(-frac!(5 / 3) < frac!(1 / 10_000));
-    assert!(frac!(1 / 2) <= frac!(1 / 2));
+        assert!(frac!(1 / 10_000) > -frac!(10));
-    assert!(frac!(0) < frac!(1));
+        assert!(frac!(1 / 3) < frac!(1 / 2));
-    assert!(-frac!(5 / 3) < frac!(1 / 10_000));
+        assert_eq!(frac!(1 / 2), frac!(3 / 6));
-    assert!(frac!(1 / 10_000) > -frac!(10));
+    }
-    assert!(frac!(1 / 3) < frac!(1 / 2));
+
-    assert_eq!(frac!(1 / 2), frac!(3 / 6));
+    #[test]
-}
+    fn negative_fractions() {
-
+        assert_eq!(-frac!(1 / 3), -frac!(2 / 3) + frac!(1 / 3), "-2/3 + 1/3");
-#[test]
+        assert_eq!(frac!(1), frac!(1 / 3) - -frac!(2 / 3), "1/3 - -2/3");
-fn negative_fractions() {
+        assert_eq!(-frac!(1), -frac!(2 / 3) - frac!(1 / 3), "-2/3 - +1/3");
-    assert_eq!(-frac!(1 / 3), -frac!(2 / 3) + frac!(1 / 3), "-2/3 + 1/3");
+        assert_eq!(-frac!(1), -frac!(2 / 3) + -frac!(1 / 3), "-2/3 + -1/3");
-    assert_eq!(frac!(1), frac!(1 / 3) - -frac!(2 / 3), "1/3 - -2/3");
+    }
-    assert_eq!(-frac!(1), -frac!(2 / 3) - frac!(1 / 3), "-2/3 - +1/3");
+
-    assert_eq!(-frac!(1), -frac!(2 / 3) + -frac!(1 / 3), "-2/3 + -1/3");
+    #[test]
-}
+    fn negative_mul_div() {
-
+        assert_eq!(-frac!(1 / 12), -frac!(1 / 3) * frac!(1 / 4));
-#[test]
+        assert_eq!(-frac!(1 / 12), frac!(1 / 3) * -frac!(1 / 4));
-fn negative_mul_div() {
+        assert_eq!(frac!(1 / 12), -frac!(1 / 3) * -frac!(1 / 4));
-    assert_eq!(-frac!(1 / 12), -frac!(1 / 3) * frac!(1 / 4));
+    }
-    assert_eq!(-frac!(1 / 12), frac!(1 / 3) * -frac!(1 / 4));
+
-    assert_eq!(frac!(1 / 12), -frac!(1 / 3) * -frac!(1 / 4));
+    #[test]
-}
+    #[should_panic(expected = "Fraction can not have a zero denominator")]
-
+    fn zero_denom() {
-#[test]
+        frac!(1 / 0);
-#[should_panic(expected = "Fraction can not have a zero denominator")]
+    }
-fn zero_denom() {
+
-    frac!(1 / 0);
+    #[test]
-}
+    fn fraction_reducing() {
-
+        assert_eq!(frac!(1u8 / 2), Frac::new_unreduced(48u8, 96u8).reduce());
-#[test]
+    }
-fn fraction_reducing() {
+
-    assert_eq!(frac!(1u8 / 2), Frac::new_unreduced(48u8, 96u8).reduce());
+    #[test]
-}
+    fn op_assign() {
-
+        // Addition
-#[test]
+        let mut quart = frac!(1 / 4);
-fn op_assign() {
+        quart += frac!(1 / 4);
-    // Addition
+        assert_eq!(frac!(1 / 2), quart);
-    let mut quart = frac!(1 / 4);
+
-    quart += frac!(1 / 4);
+        // Subtraction
-    assert_eq!(frac!(1 / 2), quart);
+        let mut half = frac!(1 / 2);
-
+        half -= frac!(1 / 4);
-    // Subtraction
+        assert_eq!(frac!(1 / 4), half);
-    let mut half = frac!(1 / 2);
+
-    half -= frac!(1 / 4);
+        // Multiplication
-    assert_eq!(frac!(1 / 4), half);
+        let mut half = frac!(1 / 2);
-
+        half *= frac!(1 / 2);
-    // Multiplication
+        assert_eq!(frac!(1 / 4), half);
-    let mut half = frac!(1 / 2);
+
-    half *= frac!(1 / 2);
+        // Division
-    assert_eq!(frac!(1 / 4), half);
+        let mut quart = frac!(1 / 4);
-
+        quart /= frac!(4);
-    // Division
+        assert_eq!(frac!(1 / 16), quart);
-    let mut quart = frac!(1 / 4);
+    }
-    quart /= frac!(4);
-    assert_eq!(frac!(1 / 16), quart);
 }