private void ShuffleSentence(
Paragraph paragraph, int index, Sentence sentence)
{
ShuffledStateHelper.AddShuffledState(sentence, "Before_Shuffling");
sentence = _adverbUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_ADV");
sentence = _timerUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_TM");
#region not in use
//if (sentence.SentenceHasMultipleOptions)
//{
// ApplySubsequentStrategiesToMultipleSentences(
// sentence);
//}
//else
//{
// sentence = ApplySubsequentStrategiesToSentence(
// sentence);
//}
#endregion
sentence = _mDUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_MD");
sentence = _mdbkUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_MDBK");
sentence = _mdNulThatStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_MDNUL");
sentence = _ddlUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_DDL");
sentence = _pyYoUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_YO");
sentence = _percentUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_Percent");
sentence = _clauserUnitStrategy.ShuffleSentence(sentence);
ShuffledStateHelper.AddShuffledState(sentence, "Shuffle_CS");
sentence = SentenceOrderReSetter.SetPeOrderAsc(sentence);
paragraph.Sentences[index] = sentence;
}
public void GivenSentence_ReApplies_Pe_Order()
{
const int lowestNumber = 1214400;
const int secondLowestNumber = 1214410;
const int thirdLowestNumber = 1214420;
const int secondHighestNumber = 1214430;
const int highestNumber = 1214450;
var sentenceUnordered =
new Sentence
{
Texts = new List <Text>()
};
sentenceUnordered.Texts.AddRange(new List <Text>
{
new Text {
pe_text = "Should be first", pe_order = highestNumber
},
new Text {
pe_text = "Should be second", pe_order = secondHighestNumber
},
new Text {
pe_text = "Should be third", pe_order = thirdLowestNumber
},
new Text {
pe_text = "Should be fourth", pe_order = lowestNumber
},
new Text {
pe_text = "Should be fifth", pe_order = secondLowestNumber
},
});
var sentenceOrdered =
SentenceOrderReSetter.SetPeOrderAsc(sentenceUnordered);
Assert.That(sentenceOrdered.Texts[0].pe_order == lowestNumber &&
sentenceOrdered.Texts[0].pe_text == "Should be first");
Assert.That(sentenceOrdered.Texts[1].pe_order == secondLowestNumber &&
sentenceOrdered.Texts[1].pe_text == "Should be second");
Assert.That(sentenceOrdered.Texts[2].pe_order == thirdLowestNumber &&
sentenceOrdered.Texts[2].pe_text == "Should be third");
Assert.That(sentenceOrdered.Texts[3].pe_order == secondHighestNumber &&
sentenceOrdered.Texts[3].pe_text == "Should be fourth");
Assert.That(sentenceOrdered.Texts[4].pe_order == highestNumber &&
sentenceOrdered.Texts[4].pe_text == "Should be fifth");
}
