public void If_we_compare_two_diferent_int_we_get_always_false()
{
int?firstInt = 5;
int?secondInt = 0;
Assert.False(ClassCompared.ComparePropertiesResult(firstInt, secondInt));
Assert.False(ClassCompared.AbsoluteCompareResult(firstInt, secondInt));
Assert.False(ClassCompared.ComparePropertiesResult(null, secondInt));
Assert.False(ClassCompared.AbsoluteCompareResult(null, secondInt));
}
public void In_CompareProperties_one_list_initialized_vs_not_initialized_will_get_false()
{
var oneComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "", oneStringList = new List <string>()
};
var twoComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "",
};
Assert.False(ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass));
}
public void In_CompareProperties_one_list_initialized_vs_not_initialized_will_get_false_but_we_can_Exclude_it_and_get_true()
{
var oneComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "", oneStringList = new List <string>()
};
var twoComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "",
};
Assert.True(ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass, new List <string>()
{
"oneStringList"
}));
}
public void In_CompareProperties_we_can_exclude_from_compare_all_properties()
{
var oneComplexClass = new ClassToCompare()
{
ontInt = 9, oneString = "test", otherString = "diff", oneStringList = new List <string>()
{
"one"
}
};
var twoComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "", otherString = "test"
};
Assert.True(ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass, new List <string>()
{
"ontInt", "oneString", "otherString", "oneStringList"
}));
}
public void If_we_compare_two_diferent_list_of_string_with_CompareProperties_only_get_true_if_all_items_are_equal_or_one_is_null_and_other_is_empty()
{
var firstListString = new List <string>()
{
"a", "ei", "ou"
};
var secondListString = new List <string>()
{
"a", "ei", "ou"
};
var firstListStringA = new List <string>()
{
"a", "ei", "ou", string.Empty
};
var secondListStringA = new List <string>()
{
"a", "ei", "ou", null
};
Assert.True(ClassCompared.ComparePropertiesResult(firstListString, secondListString));
Assert.True(ClassCompared.ComparePropertiesResult(firstListStringA, secondListStringA));
}
public void DefaultComplexType_with_diferent_properties_initialiced_can_be_compare_with_both_methods_wiht_diferent_result_if_in_compareproperties_exclude_propertie_that_are_diferent()
{
var oneComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "test"
};
var twoComplexClass = new ClassToCompare()
{
ontInt = 5, otherString = "test"
};
Assert.NotEqual(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass), ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass, new List <string>()
{
"oneString", "otherString"
}));
Assert.False(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass));
}
public void DefaultComplexType_with_diferent_properties_initialiced_can_be_compare_with_both_methods_wiht_same_result()
{
var oneComplexClass = new ClassToCompare()
{
ontInt = 5, oneString = "test"
};
var twoComplexClass = new ClassToCompare()
{
ontInt = 5, otherString = "test"
};
Assert.Equal(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass), ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass));
Assert.False(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass));
}
public void DefaultComplexType_can_be_compare_with_both_methods_wiht_same_result()
{
var oneComplexClass = new ClassToCompare();
var twoComplexClass = new ClassToCompare();
Assert.Equal(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass), ClassCompared.ComparePropertiesResult(oneComplexClass, twoComplexClass));
Assert.True(ClassCompared.AbsoluteCompareResult(oneComplexClass, twoComplexClass));
}
public void If_we_compare_emtpty_vs_null_in_compareproperties_we_have_true()
{
var firstString = string.Empty;
Assert.True(ClassCompared.ComparePropertiesResult(firstString, null));
}