public void BusinessUnit_TwoIdenticalPolymorphs_AreNotEquivilant()
{
//Arrange: Two business identical polymorphic units are created
IDataUnit normal = new MockDataUnit { attrOne = 1, attrTwo = "1", attrThree = 1 };
IDataUnit polymorph = new MockPolymorphicDataUnit { attrOne = 1, attrTwo = "1", attrThree = 1 };
//Act: Compare the two via equivilance
bool equal = normal.Equivilant(polymorph);
//Assert: The two are not equal.
Assert.AreEqual(equal, false);
}
public void DataRepository_UpdatingMalicousSqlHtml_WillConvertToSafe()
{
//Arrange: data repository and data unit with malicous and html code is created.
MockSqlRepository collection = new MockSqlRepository();
string malicious = "<div>Hello, world!</div>');DROP TABLE dbo.Users;--";
MockDataUnit unit = new MockDataUnit { key = 6, attrTwo = malicious, attrThree = 4 };
//Act: an update is requested
collection.Update(unit);
//Assert: The entry that was added no longer contains sql injection code
Assert.AreNotEqual(malicious, unit.attrTwo);
}
public void DataRepository_UpdatingMalicousHtml_WillConvertToSafe()
{
//Arrange: A data repository and malicious entry are created
MockSqlRepository collection = new MockSqlRepository();
string malicious = "<div>Hello, world!</div>";
MockDataUnit unit = new MockDataUnit { key = 5, attrTwo = malicious, attrThree = 3 };
//Act: an update is requested
collection.Update(unit);
//Assert: The entry that was added no longer contains the malicious code.
Assert.AreNotEqual(malicious, unit.attrTwo);
}
public void DataUnit_WithSqlMaliciousMembers_WillConvertToSafe()
{
//Arrange: a data unit with a member who contains an sql injection script
string malicious = "attribute');DROP TABLE dbo.Users;--";
MockDataUnit unit = new MockDataUnit { attrTwo = malicious };
//Act: A scrub is performed
unit.Scrub();
//Assert: the unit no longer has a malicious member
Assert.AreNotEqual(malicious, unit.attrTwo);
}
public void DataUnit_WithHtmlMaliciousMembers_WillConvertToSafe()
{
//Arrange: a data unit with a member who contains an html tag
string malicious = "<div>Hello, world!</div>";
MockDataUnit unit = new MockDataUnit { attrTwo = malicious };
//Act: A scrub is performed
unit.Scrub();
//Assert: the unit no longer has a malicious member
Assert.AreNotEqual(malicious, unit.attrTwo);
}
public void DataRepository_WithCorruptedEntries_WillConvertToSafe()
{
//Arrange: a data repository with corrupt additions made directly to it.
string malicious = "<div>Hello, world!</div>');DROP TABLE dbo.Users;--";
MockDataUnit unit = new MockDataUnit { attrTwo = malicious};
MockSqlRepository collection = new MockSqlRepository();
collection.Add(unit);
//Act: a scrub is performed on the collection
collection.Scrub();
//Assert: the unit contained in the repository no longer has malicious member.
Assert.AreNotEqual(malicious, unit.attrTwo);
}
public void DataUnit_TwoIdentical_AreEquivilant()
{
//Arrange: Create two matching data units
MockDataUnit alpha = new MockDataUnit { key = 1, attrTwo="One", attrThree=3};
MockDataUnit beta = new MockDataUnit { key = 1, attrTwo="One", attrThree=2};
//Act: Compare the two via equivilance
bool equal = alpha.Equivilant(beta);
//Assert: The two are equal
Assert.AreEqual(equal, true);
}
public void DataUnit_TwoDifferent_AreNotEquivilant()
{
//Arrange: Create two different data units
MockDataUnit alpha = new MockDataUnit { key = 1, attrTwo = "One", attrThree = 3 };
MockDataUnit beta = new MockDataUnit { key = 2, attrTwo = "One", attrThree = 3 };
//Act: Compare the two via equivilance
bool equal = alpha.Equivilant(beta);
//Assert: The two are equal
Assert.AreEqual(equal, false);
}
