public void op_MatchWithin_string_whenExactCanonical()
{
const string expected = "Example";
var obj = new LexicalItem(NormalityComparer.Ordinal, expected);
var actual = obj.MatchWithin(expected);
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenBeginsWithCanonical()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "EXAMPLE");
var expected = new LexicalMatch(obj)
{
Suffix = "test case"
};
var actual = obj.MatchWithin("example test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenEndsWithCanonicalTwoWords()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "AN EXAMPLE");
var expected = new LexicalMatch(obj)
{
Prefix = "This is"
};
var actual = obj.MatchWithin("This is an example");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenBadSpellingSynonym()
{
var obj = new LexicalItem(new UnderscoreComparer(), "example");
obj.Synonyms.Add("an example");
var expected = new LexicalMatch(obj)
{
Prefix = "This is an",
Suffix = "test case"
};
var actual = obj.MatchWithin("This is an ex0ample test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenContainsSynonym()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "ignore");
obj.Synonyms.Add("EXAMPLE");
var expected = new LexicalMatch(obj)
{
Prefix = "This is an",
Suffix = "test case"
};
var actual = obj.MatchWithin("This is an example test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenExactCanonical()
{
const string expected = "Example";
var obj = new LexicalItem(NormalityComparer.Ordinal, expected);
var actual = obj.MatchWithin(expected);
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenEndsWithCanonicalTwoWords()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "AN EXAMPLE");
var expected = new LexicalMatch(obj)
{
Prefix = "This is"
};
var actual = obj.MatchWithin("This is an example");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenContainsSynonym()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "ignore");
obj.Synonyms.Add("EXAMPLE");
var expected = new LexicalMatch(obj)
{
Prefix = "This is an",
Suffix = "test case"
};
var actual = obj.MatchWithin("This is an example test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenCaseDiffersCanonical()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Null(obj.MatchWithin("EXAMPLE"));
}
public void op_MatchWithin_string_whenBeginsWithCanonical()
{
var obj = new LexicalItem(NormalityComparer.OrdinalIgnoreCase, "EXAMPLE");
var expected = new LexicalMatch(obj)
{
Suffix = "test case"
};
var actual = obj.MatchWithin("example test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_string_whenBadSpellingSynonym()
{
var obj = new LexicalItem(new UnderscoreComparer(), "example");
obj.Synonyms.Add("an example");
var expected = new LexicalMatch(obj)
{
Prefix = "This is an",
Suffix = "test case"
};
var actual = obj.MatchWithin("This is an ex0ample test case");
Assert.Equal(expected, actual);
}
public void op_MatchWithin_stringNull()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Throws<ArgumentNullException>(() => obj.MatchWithin(null));
}
public void op_MatchWithin_stringEmpty()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Null(obj.MatchWithin(string.Empty));
}
public void op_MatchWithin_string_whenCaseDiffersCanonical()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Null(obj.MatchWithin("EXAMPLE"));
}
public void op_MatchWithin_stringNull()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Throws <ArgumentNullException>(() => obj.MatchWithin(null));
}
public void op_MatchWithin_stringEmpty()
{
var obj = new LexicalItem(NormalityComparer.Ordinal, "Example");
Assert.Null(obj.MatchWithin(string.Empty));
}
