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120 lines
3.3 KiB
120 lines
3.3 KiB
#ifdef TEST
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#include "unity.h"
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#include "../src/calculatorMultiply.c"
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// Note:
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/* This Function may or may not be implemented in actual program, even if it is merged to the main branch.
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If it is temporarily not included in the main Program, then this has a role in future Development of the Project */
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void setUp(void)
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{
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}
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void tearDown(void)
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{
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}
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void test1_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 26.24;
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num2 = 23.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test2_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 56.24;
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num2 = 233.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test3_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 1226.24;
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num2 = 323.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test4_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 2623.24;
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num2 = 2323.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test5_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 2435.24;
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num2 = 23423.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test6_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 4534.24;
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num2 = 2221.22;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test7_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 26322.24;
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num2 = 2332.222;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test8_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 26132.24;
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num2 = 2331122.222;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test9_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 6322.24;
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num2 = 21232.2322;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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void test10_calculatorMultiply(void)
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{
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float num1, num2, actual ,expected; //Arrange
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num1 = 1234.456;
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num2 = 654.4321;
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expected = num1 * num2;
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actual = calculatorMultiply(num1, num2); //Act
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TEST_ASSERT_EQUAL_FLOAT(expected, actual); //Assert
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}
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#endif // TEST
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