/**This method returns the number of publication that the author has written
* Note: his SystematicMappingSystem class has a method that returns the list
* of the authorspublications
* **/
public int numberOfPublications(SystematicMappingSystem sms, Author chosenAuthor)
{
int numPublications = 0;
Paper[] publication = sms.searchAuthorPublications(chosenAuthor).ToArray();
foreach (Paper p in publication)
{
numPublications++;
}
return numPublications;
}
public void AuthorPublication_invalidAuthorName_integer()
{
string invalidName = "123";
Paper publication = new Paper("P1");
Author chosenAuthor = new Author(invalidName);
SystematicMappingSystem sms = new SystematicMappingSystem();
sms.AddPaper(publication);
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor);
int actual = 0;
Assert.AreEqual(expected, actual);
}
public void AuthorPublication_invalidAuthorName_controlCharacters()
{
Paper publication = new Paper("P1");
string invalidName = "./(())())()()";
Author chosenAuthor = new Author(invalidName);
SystematicMappingSystem sms = new SystematicMappingSystem();
sms.AddPaper(publication);
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor);
int actual = 0;
Assert.AreEqual(expected, actual);
}
public void AuthorPublication_authorDoesNotExist()
{
Paper publication = new Paper("P1");
string fakeAuthor = "Joe";
Author chosenAuthor = new Author(fakeAuthor);
SystematicMappingSystem sms = new SystematicMappingSystem();
sms.AddPaper(publication);
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor);
int actual = 0;
Assert.AreEqual(expected, actual);
}
public void TestMethod3()
{
//Create Keyword and Paper
Keyword expectedKeyword = new Keyword(null);
Paper expectedPaper = new Paper("Some Paper About Testing");
//Add keyword to paper
expectedPaper.AddKeyword(expectedKeyword);
//A mapping system to store the papers in
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add paper to the system
sms.AddPaper(expectedPaper);
List<Keyword> keyWordsList = sms.GetKeywordsFromPaper("Some Paper About Testing");
Assert.Fail();
}
public void TestMethod1()
{
//Create Keyword and Paper
Keyword expectedKeyword = new Keyword("Testing");
Paper expectedPaper = new Paper("Some Paper About Testing");
//Add keyword to paper
expectedPaper.AddKeyword(expectedKeyword);
//A mapping system to store the papers in
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add paper to the system
sms.AddPaper(expectedPaper);
List<Keyword> keyWordsList = sms.GetKeywordsFromPaper("Some Paper About Testing");
Assert.IsTrue(expectedKeyword.Equals(keyWordsList.First()) && keyWordsList.Count() == 1);
}
public void TestMethod2()
{
//Create Keyword and Paper
Keyword[] expectedKeywords = { new Keyword("Testing1"), new Keyword("Testing2"), new Keyword("Testing3"), new Keyword("Testing4") };
Paper expectedPaper = new Paper("Some Paper About Testing");
//Add keywords to paper
foreach (Keyword keyword in expectedKeywords)
{
expectedPaper.AddKeyword(keyword);
}
//A mapping system to store the papers in
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add paper to the system
sms.AddPaper(expectedPaper);
List<Keyword> keyWordsList = sms.GetKeywordsFromPaper("Some Paper About Testing");
Assert.IsTrue(expectedKeywords[0].Equals(keyWordsList.First()) && keyWordsList.Count() == 4);
}
public void KeywordSearchTest_EmptyString()
{
//The keyword is an empty string
Keyword expectedKeyword = new Keyword("");
//Create other keyword and add to paper
Keyword otherKeyword = new Keyword("Other Keyword");
Paper otherPaper = new Paper("Paper with Keywords");
otherPaper.AddKeyword(otherKeyword);
//Create mapping system for papers
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add otherPaper to system
sms.AddPaper(otherPaper);
//Search through papers with the keyword
int expected = sms.SearchByKeyword(expectedKeyword);
int actual = 0;
//Assert only one paper is found
Assert.AreEqual(expected, actual);
}
public void KeywordSearchTest_KeywordDoesNotExist()
{
//Keyword that does not exist
Keyword expectedKeyword = new Keyword("Does Not Exist");
//Other keyword
Keyword otherKeyword = new Keyword("Other Keyword");
Paper otherPaper = new Paper("Paper With Other Keywords");
//Add otherKeyword to otherPaper
otherPaper.AddKeyword(otherKeyword);
//Create mapping system for papers
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add otherPaper to system
sms.AddPaper(otherPaper);
//Search through papers with keyword - Represent in a list
int expected = sms.SearchByKeyword(expectedKeyword);
int actual = 0;
//Assert only one paper is found
Assert.AreEqual(expected, actual);
}
public void AuthorPublication_mutiplePublications()
{
Paper publication1 = new Paper("P1");
Paper publication2 = new Paper("P2");
Paper publication3 = new Paper("P3");
Author chosenAuthor = new Author("name2");
//add authors to papers
publication1.addAuthor(chosenAuthor);
publication2.addAuthor(chosenAuthor);
publication3.addAuthor(chosenAuthor);
SystematicMappingSystem sms = new SystematicMappingSystem();
//add papers to the system
sms.AddPaper(publication1);
sms.AddPaper(publication2);
sms.AddPaper(publication3);
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor);
int actual = 3; // author has written three papers
Assert.AreEqual(expected, actual);
}
public void AuthorPublication_NormalPath()
{
Paper publication = new Paper("P1");
Author chosenAuthor = new Author("name1");
publication.addAuthor(chosenAuthor); // add author to paper
SystematicMappingSystem sms = new SystematicMappingSystem();
sms.AddPaper(publication); // add paper to the system
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor); // get the number of papers author has wrote
int actual = 1; // only 1 paper should exist
Assert.AreEqual(expected, actual);
}
public void AuthorPublication_noPublications()
{
Paper publication = new Paper("P1");
string noPublicationAuthor = "name";
Author chosenAuthor = new Author(noPublicationAuthor);
SystematicMappingSystem sms = new SystematicMappingSystem();
sms.AddPaper(publication);
int expected = chosenAuthor.numberOfPublications(sms, chosenAuthor);
int actual = 0; // should be no papers
Assert.AreEqual(expected, actual);
}
public void KeywordSearchTest_NormalPath()
{
//Create Keyword and Paper
Keyword expectedKeyword = new Keyword("Testing");
Paper expectedPaper = new Paper("Some Paper About Testing");
//Add keyword to paper
expectedPaper.AddKeyword(expectedKeyword);
//A mapping system to store the papers in
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add paper to the system
sms.AddPaper(expectedPaper);
//Search by keyword for papers with keyword - Represent in a List
int expected = sms.SearchByKeyword(expectedKeyword);
int actual = 1;
//Assert only one paper is found
Assert.AreEqual(expected, actual);
}
public void TestMethod4()
{
//Create Keyword and Paper
Keyword expectedKeyword = new Keyword("abcdefghijklmnopqrstuvwxyznowiknowmyabcsnexttimewontyousingwithme");
Paper expectedPaper = new Paper("Some Paper About Testing");
//Add keyword to paper
expectedPaper.AddKeyword(expectedKeyword);
//A mapping system to store the papers in
SystematicMappingSystem sms = new SystematicMappingSystem();
//Add paper to the system
sms.AddPaper(expectedPaper);
List<Keyword> keyWordsList = sms.GetKeywordsFromPaper("Some Paper About Testing");
Assert.IsTrue(keyWordsList.Count() == 1);
}
