public void RemoveNormalUniqueKeyword()
{
String expectedkeyword = "Testing";
Paper existingpaper = new Paper();
Author a = new Author();
existingpaper.removeKeyword(expectedkeyword);
List<String> keywords = existingpaper.listKeywords();
bool removed = keywords.Contains(expectedkeyword);
Assert.IsFalse(removed);
}
public void FindNoKeywordAuthor()
{
//Create a new author with a keyword
String expectedAuthor = "Nürnberg";
Author a = new Author(expectedAuthor);
//Check if the author names match
List<String> actualAuthorList = a.getAuthors();
String actualAuthor = actualAuthorList.Find(s => s == expectedAuthor);
Assert.AreEqual(actualAuthor, expectedAuthor);
//Returns an error of no keywords
List<String> nonexistingKeywords = a.getAuthorKeywords(expectedAuthor);
Assert.AreEqual(nonexistingKeywords, null);
}
public void AddNormalUniqueKeyword()
{
String expectedkeyword = "Testing";
Paper existingpaper = new Paper();
Author a = new Author();
existingpaper.addKeyword(expectedkeyword);
List<String> keywords = existingpaper.listKeywords();
List<String> authorkeywords = a.listKeywords();
String actual = keywords.Find(s => s == expectedkeyword);
Assert.AreEqual(actual, expectedkeyword);
actual = authorkeywords.Find(s => s == expectedkeyword);
Assert.AreEqual(actual, expectedkeyword);
}
public void FindNonExistingAuthor()
{
//Create a new author with a keyword
String expectedAuthor = "John Smith";
Author a = new Author(expectedAuthor);
String expectedKeyword = "Fusion";
a.addKeyword(expectedKeyword);
//Check if the author names match
List<String> actualAuthorList = a.getAuthors();
String actualAuthor = actualAuthorList.Find(s => s == expectedAuthor);
Assert.AreEqual(actualAuthor, expectedAuthor);
//Raises an error if the author does not exist
String nonExistingAuthor = "Mei Wang";
String invalidAuthor = actualAuthorList.Find(s => s == nonExistingAuthor);
Assert.AreEqual(invalidAuthor, null);
}
public void FindAllNumericalAuthor()
{
//Create a new author with a keyword
String expectedAuthor ="4526123456";
Author a = new Author(expectedAuthor);
String expectedKeyword = "Fusion";
a.addKeyword(expectedKeyword);
//Check if the author names match
List<String> actualAuthorList = a.getAuthors();
String actualAuthor = actualAuthorList.Find(s => s == expectedAuthor);
Assert.AreEqual(actualAuthor, expectedAuthor);
//Check if the keywords from the author match to the inputed keyword
List<String> actualKeywords = a.getAuthorKeywords(expectedAuthor);
String actual = actualKeywords.Find(s => s == expectedKeyword);
Assert.AreEqual(actualKeywords, expectedKeyword);
}
public void UnicodeAuthor()
{
//The input author is unicode symbols
String unicodeAuthor = "╙φ¼╒≥│Θ╛╞";
Author a = new Author(unicodeAuthor);
List<String> keywords = a.listKeywords(unicodeAuthor);
}
public void emptyAuthor()
{
//The input author is a bunch of text symbols
String emptyInputAuthor = "\t \n \t";
Author a = new Author(emptyInputAuthor);
}
public void TabAuthor()
{
//The input author is full of tabs
String tabInputAuthor = " ";
Author a = new Author(tabInputAuthor);
}
public void SpaceAuthor()
{
//The input Author is full if spaces
String spaceInputAuthor = " ";
Author a = new Author(spaceInputAuthor);
}
public void emptyAuthor()
{
//The input author is a empty string
String emptyInputAuthor = "";
Author a = new Author(emptyInputAuthor);
}
public void NullAuthor()
{
//The input author is null
String nullInputAuthor = null;
Author a = new Author(nullInputAuthor);
}
public void FindPartialUnicodeAuthor()
{
//Create a new author with a keyword
String expectedAuthor ="Nürnberg";
Author a = new Author(expectedAuthor);
String expectedKeyword = "Mathematics";
a.addKeyword(expectedKeyword);
//Check if the author names match
List<String> actualAuthorList = a.getAuthors();
String actualAuthor = actualAuthorList.Find(s => s == expectedAuthor);
Assert.AreEqual(actualAuthor, expectedAuthor);
//Check if the keywords from the author match to the inputed keyword
List<String> actualKeywords = a.getAuthorKeywords(expectedAuthor);
String actual = actualKeywords.Find(s => s == expectedKeyword);
Assert.AreEqual(actualKeywords, expectedKeyword);
}
