public bool IsInvertAdverb(IWordItem word)
{
if (negating.ContainsKey(word.Text))
{
if (negatingRule.TryGetValue(WordItemType.Invertor, out WordRepairRule rule))
{
var value = new WordRepairRuleEngine(word, rule).Evaluate();
if (value.HasValue)
{
return(value.Value);
}
}
return(true);
}
var evaluationValue = new WordRepairRuleEngine(word, FindRepairRule(word)).Evaluate();
if (evaluationValue.HasValue)
{
return(evaluationValue.Value);
}
return(false);
}
public void TestIsInvertorFail()
{
var engine = new WordRepairRuleEngine(wordItem, repairRule);
var isInvertor = engine.Evaluate();
Assert.IsFalse(isInvertor.Value);
}
public void TestIsInvertorByPosFail()
{
var engine = new WordRepairRuleEngine(wordItem, repairRule);
var rule = new Rule();
repairRule.Set = new[] { new RuleSet() };
repairRule.Set[0].Rules = new[] { rule };
rule.Index = 1;
rule.NextWordPOS = WordType.Noun;
var isInvertor = engine.Evaluate();
Assert.IsFalse(isInvertor.Value);
}
public void TestIsInvertorByPosAndEnding()
{
var engine = new WordRepairRuleEngine(wordItem, repairRule);
var rule = new Rule();
repairRule.Set = new[] { new RuleSet() };
repairRule.Set[0].Rules = new[] { rule };
rule.Index = 1;
rule.NextWordPOS = WordType.Verb;
rule.Ending = "ing";
var isInvertor = engine.Evaluate();
Assert.IsTrue(isInvertor.Value);
}
public void TestIsInvertorMultipleRules()
{
var engine = new WordRepairRuleEngine(wordItem, repairRule);
var rule1 = new Rule();
var rule2 = new Rule();
repairRule.Set = new[] { new RuleSet() };
repairRule.Set[0].Rules = new[] { rule1, rule2 };
rule1.Index = 1;
rule1.NextWordPOS = WordType.Verb;
rule2.Index = 1;
rule2.Word = "working";
var isInvertor = engine.Evaluate();
Assert.IsTrue(isInvertor.Value);
}