public void When_Adverb_And_Two_Timers_Does_Not_Duplicate()
{
// this is a bug fix
var sentence = new Sentence()
{
Texts = new List <Text>()
{
new Text {
pe_tag = "NN", pe_text = "Economic growth"
},
new Text {
pe_tag = "VB", pe_text = "has continued"
},
new Text {
pe_tag = "ADV1", pe_text = "at a moderate rate"
},
new Text {
pe_tag = "TM1", pe_text = "so far"
},
new Text {
pe_tag = "TM2", pe_text = "this year"
},
new Text {
pe_tag = "BKP", pe_text = " . "
}
}
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
Assert.That(
returnedSentence.Texts.Count(text => text.pe_text == "at a moderate rate"), Is.EqualTo(1));
}
public void When_Adverb_Preceeded_By_VB_MoveAdverbBeforeVB()
{
var sentence = new Sentence()
{
Texts = new List <Text>()
{
new Text {
pe_tag = "VB", pe_text = ""
},
new Text {
pe_tag = "NN", pe_text = ""
},
new Text {
pe_tag = "ADV1", pe_text = ""
},
new Text {
pe_tag = "BKP", pe_text = " . "
}
}
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
Assert.That(returnedSentence.Texts[0].pe_tag, Is.EqualTo("ADV1"));
Assert.That(returnedSentence.Texts[1].pe_tag, Is.EqualTo("VB"));
Assert.That(returnedSentence.Texts[2].pe_tag, Is.EqualTo("NN"));
Assert.That(returnedSentence.Texts[3].pe_tag, Is.EqualTo("BKP"));
}
public void When_ADV_before_Verb_Does_Not_Shuffle()
{
var sentence = new Sentence()
{
Texts = new List <Text>
{
new Text()
{
pe_text = " He "
},
new Text()
{
pe_text = " quickly ", pe_tag = "ADV"
},
new Text()
{
pe_text = " recovered ", pe_tag = "PAST"
},
new Text()
{
pe_text = " . "
}
},
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
Assert.That(returnedSentence.Texts[0].pe_text, Is.EqualTo(" He "));
Assert.That(returnedSentence.Texts[1].pe_text, Is.EqualTo(" quickly "));
Assert.That(returnedSentence.Texts[2].pe_text, Is.EqualTo(" recovered "));
Assert.That(returnedSentence.Texts[3].pe_text, Is.EqualTo(" . "));
}
public void When_Adverb_Preceeded_By_VB_PAST_PRES_Move_Adverb_Before_It()
{
// He PASTshouted ADVloudlyNBKP, ADVemotionally BKand ADVnon - stop BKP.
var sentence = new Sentence()
{
Texts = new List <Text>
{
new Text()
{
pe_text = " He ", pe_tag = "NN", pe_tag_revised = "NULL", pe_order = 1663970
},
new Text()
{
pe_text = " shouted ", pe_tag = "PAST", pe_tag_revised = "NULL", pe_order = 1663980
},
new Text()
{
pe_text = " loudly ", pe_tag = "ADV", pe_tag_revised = "ADV1", pe_order = 1663990
},
new Text()
{
pe_text = " , ", pe_tag = "NBKP", pe_tag_revised = "NULL", pe_order = 1664000
},
new Text()
{
pe_text = " emotionally ", pe_tag = "ADV", pe_tag_revised = "NULL", pe_order = 1664010
},
new Text()
{
pe_text = " and ", pe_tag = "DYN2", pe_tag_revised = "BK", pe_order = 1664020
},
new Text()
{
pe_text = " non-stop ", pe_tag = "ADV", pe_tag_revised = "NULL", pe_order = 1664030
},
new Text()
{
pe_text = " . ", pe_tag = "BKP", pe_tag_revised = "NULL", pe_order = 1664040
}
},
pe_para_no = 123
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
// He ADVloudlyNBKP, ADVemotionally BKand ADVnon-stop PASTshouted BKP
Assert.That(returnedSentence.Texts[0].pe_text, Is.EqualTo(" He "));
Assert.That(returnedSentence.Texts[1].pe_text, Is.EqualTo(" loudly "));
Assert.That(returnedSentence.Texts[2].pe_text, Is.EqualTo(" , "));
Assert.That(returnedSentence.Texts[3].pe_text, Is.EqualTo(" emotionally "));
Assert.That(returnedSentence.Texts[4].pe_text, Is.EqualTo(" and "));
Assert.That(returnedSentence.Texts[5].pe_text, Is.EqualTo(" non-stop "));
Assert.That(returnedSentence.Texts[6].pe_text, Is.EqualTo(" shouted "));
Assert.That(returnedSentence.Texts[7].pe_text, Is.EqualTo(" . "));
Assert.That(returnedSentence.pe_para_no == 123);
}
public void Underlines_FromFirstToLastAdverbUnit_IncludingAllUnitsInBetween(
string unShuffledSentence)
{
Paragraph paragraph =
DocumentContentHelper.GetParagraphFromWordDocument(unShuffledSentence);
var clauserUnitStrategy = new AdverbUnitStrategy();
// act
var shufflerParagraph =
clauserUnitStrategy.ShuffleSentenceUnit(paragraph);
// assert
Text[] sentenceArray = shufflerParagraph.Descendants <Text>().ToArray();
int firstAdverbPosition = Array.FindIndex(
sentenceArray, text => text.InnerText == "ADV");
int lastAdverbPosition = Array.FindLastIndex(
sentenceArray, text => text.InnerText == "ADV") + 1;
for (int index = 0; index < sentenceArray.Length; index++)
{
Text t = sentenceArray[index];
if (index >= firstAdverbPosition && index <= lastAdverbPosition)
{
Assert.That(t.Parent.InnerXml.Contains("<w:u w:val=\"single\" />"));
}
}
}
public void When_Adverb_Preceeded_By_PRES_Move_Adverb_Before_PRES()
{
// He is PRESdoing it ADVconsistently and ADVcarefully BKP.
var sentence = new Sentence()
{
Texts = new List <Text>
{
new Text()
{
pe_text = " He ", pe_tag = "NN", pe_tag_revised = "NULL", pe_order = 1663970
},
new Text()
{
pe_text = " is ", pe_tag = "DYN7", pe_tag_revised = "NULL", pe_order = 1663980
},
new Text()
{
pe_text = " doing ", pe_tag = "PRES", pe_tag_revised = "NULL", pe_order = 1663990
},
new Text()
{
pe_text = " it ", pe_tag = "NN", pe_tag_revised = "NULL", pe_order = 1664000
},
new Text()
{
pe_text = " consistently ", pe_tag = "ADV", pe_tag_revised = "ADV1", pe_order = 1664010
},
new Text()
{
pe_text = " and ", pe_tag = "", pe_tag_revised = "NN", pe_order = 1664020
},
new Text()
{
pe_text = " carefully ", pe_tag = "ADV", pe_tag_revised = "ADV2", pe_order = 1664030
},
new Text()
{
pe_text = " . ", pe_tag = "BKP", pe_tag_revised = "NULL", pe_order = 1664040
}
}
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
// He is ADVconsistently and ADVcarefully PRESdoing it BKP.
Assert.That(returnedSentence.Texts[0].pe_text, Is.EqualTo(" He "));
Assert.That(returnedSentence.Texts[1].pe_text, Is.EqualTo(" is "));
Assert.That(returnedSentence.Texts[2].pe_text, Is.EqualTo(" consistently "));
Assert.That(returnedSentence.Texts[3].pe_text, Is.EqualTo(" and "));
Assert.That(returnedSentence.Texts[4].pe_text, Is.EqualTo(" carefully "));
Assert.That(returnedSentence.Texts[5].pe_text, Is.EqualTo(" doing "));
Assert.That(returnedSentence.Texts[6].pe_text, Is.EqualTo(" it "));
Assert.That(returnedSentence.Texts[7].pe_text, Is.EqualTo(" . "));
}
private static void AssertThatUnShuffledSentenceReturnsExpectedSentence(string unShuffledSentence,
string expectedSentence)
{
Paragraph paragraph =
DocumentContentHelper.GetParagraphFromWordDocument(unShuffledSentence);
var clauserUnitStrategy = new AdverbUnitStrategy();
// act
var shufflerParagraph =
clauserUnitStrategy.ShuffleSentenceUnit(paragraph);
// assert
Assert.That(shufflerParagraph.InnerText, Is.EqualTo(
expectedSentence));
}
public void Shuffler_Routines_maintain_FullStop_At_end_of_sentences()
{
var sentence = LargeSentence;
var clauserUnitStrategy = new ClauserUnitStrategy();
sentence = clauserUnitStrategy.ShuffleSentence(sentence);
var adverbUnitStrategy = new AdverbUnitStrategy();
sentence = adverbUnitStrategy.ShuffleSentence(sentence);
var timerUnitStrategy = new TimerUnitStrategy();
sentence = timerUnitStrategy.ShuffleSentence(sentence);
var mDUnitStrategy = new MdUnitStrategy();
sentence = mDUnitStrategy.ShuffleSentence(sentence);
var mdbkUnitStrategy = new MdbkUnitStrategy();
sentence = mdbkUnitStrategy.ShuffleSentence(sentence);
var mdNulThatUnitStrategy = new MdNulThatUnitStrategy();
sentence = mdNulThatUnitStrategy.ShuffleSentence(sentence);
var ddlUnitStrategy = new DdlUnitStrategy();
sentence = ddlUnitStrategy.ShuffleSentence(sentence);
var pyYoUnitStrategy = new PyYoUnitStrategy();
sentence = pyYoUnitStrategy.ShuffleSentence(sentence);
var percentUnitStrategy = new PercentUnitStrategy();
sentence = percentUnitStrategy.ShuffleSentence(sentence);
Assert.That(sentence.Texts.Last().IsSentenceEnd);
}
public void When_ADV_Then_ADJ_Does_Not_Shuffle()
{
var sentence = new Sentence()
{
Texts = new List <Text>
{
new Text()
{
pe_text = " This "
},
new Text()
{
pe_text = " is "
},
new Text()
{
pe_text = " absolutely ", pe_tag = "ADV"
},
new Text()
{
pe_text = " great ", pe_tag = "ADJ"
},
new Text()
{
pe_text = " . "
}
},
};
var adverbUnitStrategy = new AdverbUnitStrategy();
var returnedSentence = adverbUnitStrategy.ShuffleSentence(sentence);
Assert.That(returnedSentence.Texts[0].pe_text, Is.EqualTo(" This "));
Assert.That(returnedSentence.Texts[1].pe_text, Is.EqualTo(" is "));
Assert.That(returnedSentence.Texts[2].pe_text, Is.EqualTo(" absolutely "));
Assert.That(returnedSentence.Texts[3].pe_text, Is.EqualTo(" great "));
Assert.That(returnedSentence.Texts[4].pe_text, Is.EqualTo(" . "));
}
public void When_EconomicGrowth_Sentence_Shuffled_provides_Correct_Output()
{
var sentence = new Sentence()
{
Texts = new List <Text>()
{
new Text {
pe_tag = "ADJ", pe_text = "Economic", pe_order = 10
},
new Text {
pe_tag = "NN", pe_text = "growth", pe_order = 20
},
new Text {
pe_tag = "DYN9", pe_tag_revised = "VBA", pe_text = "has", pe_order = 30
},
new Text {
pe_tag = "PAST", pe_text = "continued", pe_order = 40
},
new Text {
pe_tag = "MD", pe_tag_revised = "MD1", pe_text = "at", pe_order = 50, pe_merge_ahead = 3
},
new Text {
pe_tag = "PREN", pe_text = "a", pe_order = 60, pe_merge_ahead = 2
},
new Text {
pe_tag = "ADJ", pe_text = "moderate", pe_order = 70
},
new Text {
pe_tag = "NN", pe_text = "rate", pe_order = 80
},
new Text {
pe_tag = "TM", pe_tag_revised = "TM1", pe_text = "so far", pe_order = 90
},
new Text {
pe_tag = "TM", pe_tag_revised = "TM2", pe_text = "this year", pe_order = 100
},
new Text {
pe_tag = "BKP", pe_text = " . ", pe_order = 110
},
}
};
var adverbUnitStrategy = new AdverbUnitStrategy();
sentence = adverbUnitStrategy.ShuffleSentence(sentence);
var timerUnitStrategy = new TimerUnitStrategy();
sentence = timerUnitStrategy.ShuffleSentence(sentence);
Assert.That(sentence.Texts[0].pe_text, Is.EqualTo("Economic"));
Assert.That(sentence.Texts[1].pe_text, Is.EqualTo("growth")); //NN
Assert.That(sentence.Texts[2].pe_text, Is.EqualTo("this year")); //TM
Assert.That(sentence.Texts[3].pe_text, Is.EqualTo("so far"));
Assert.That(sentence.Texts[4].pe_text, Is.EqualTo("has")); //VBA
Assert.That(sentence.Texts[5].pe_text, Is.EqualTo("continued")); //PAST
Assert.That(sentence.Texts[6].pe_text, Is.EqualTo("at"));
Assert.That(sentence.Texts[7].pe_text, Is.EqualTo("a"));
Assert.That(sentence.Texts[8].pe_text, Is.EqualTo("moderate"));
Assert.That(sentence.Texts[9].pe_text, Is.EqualTo("rate"));
Assert.That(sentence.Texts[10].pe_text, Is.EqualTo(" . "));
var mDUnitStrategy = new MdUnitStrategy();
sentence = mDUnitStrategy.ShuffleSentence(sentence);
Assert.That(sentence.Texts[0].pe_text, Is.EqualTo("Economic"));
Assert.That(sentence.Texts[1].pe_text, Is.EqualTo("growth"));
Assert.That(sentence.Texts[2].pe_text, Is.EqualTo("this year")); //TM 2 & 1
Assert.That(sentence.Texts[3].pe_text, Is.EqualTo("so far"));
Assert.That(sentence.Texts[4].pe_text, Is.EqualTo("has")); //VBA
Assert.That(sentence.Texts[5].pe_text, Is.EqualTo("at")); //MD1
Assert.That(sentence.Texts[6].pe_text, Is.EqualTo("a"));
Assert.That(sentence.Texts[7].pe_text, Is.EqualTo("moderate"));
Assert.That(sentence.Texts[8].pe_text, Is.EqualTo("rate"));
Assert.That(sentence.Texts[9].pe_text, Is.EqualTo("continued")); //PAST
Assert.That(sentence.Texts[10].pe_text, Is.EqualTo(" . "));
var mdbkUnitStrategy = new MdbkUnitStrategy();
sentence = mdbkUnitStrategy.ShuffleSentence(sentence);
var mdNulThatUnitStrategy = new MdNulThatUnitStrategy();
sentence = mdNulThatUnitStrategy.ShuffleSentence(sentence);
var ddlUnitStrategy = new DdlUnitStrategy();
sentence = ddlUnitStrategy.ShuffleSentence(sentence);
var pyYoUnitStrategy = new PyYoUnitStrategy();
sentence = pyYoUnitStrategy.ShuffleSentence(sentence);
var percentUnitStrategy = new PercentUnitStrategy();
sentence = percentUnitStrategy.ShuffleSentence(sentence);
var clauserUnitStrategy = new ClauserUnitStrategy();
sentence = clauserUnitStrategy.ShuffleSentence(sentence);
Assert.That(sentence.Texts[0].pe_text, Is.EqualTo("Economic"));
Assert.That(sentence.Texts[1].pe_text, Is.EqualTo("growth"));
Assert.That(sentence.Texts[2].pe_text, Is.EqualTo("this year")); //TM 2 & 1
Assert.That(sentence.Texts[3].pe_text, Is.EqualTo("so far"));
Assert.That(sentence.Texts[4].pe_text, Is.EqualTo("has")); //VBA
Assert.That(sentence.Texts[5].pe_text, Is.EqualTo("at")); //MD1
Assert.That(sentence.Texts[6].pe_text, Is.EqualTo("a"));
Assert.That(sentence.Texts[7].pe_text, Is.EqualTo("moderate"));
Assert.That(sentence.Texts[8].pe_text, Is.EqualTo("rate"));
Assert.That(sentence.Texts[9].pe_text, Is.EqualTo("continued")); //PAST
Assert.That(sentence.Texts[10].pe_text, Is.EqualTo(" . "));
}
public void EachStrategyInTurnMaintainsTheSentenceEnding()
{
var realGdpSentence = new Sentence()
{
Texts = new List <Text>()
{
new Text()
{
pe_tag_revised = "ADJ", pe_text = "Real"
},
new Text()
{
pe_tag_revised = "NN", pe_text = "gdp"
},
new Text()
{
pe_tag_revised = "PAST", pe_text = "rose"
},
new Text()
{
pe_tag_revised = "MD2", pe_text = "at"
},
new Text()
{
pe_tag_revised = "PREN1", pe_text = "an"
},
new Text()
{
pe_tag_revised = "NN", pe_text = "annual rate"
},
new Text()
{
pe_tag_revised = "MD2", pe_text = "of "
},
new Text()
{
pe_tag_revised = "PREN2", pe_text = "about"
},
new Text()
{
pe_tag_revised = "DG", pe_text = "2"
},
new Text()
{
pe_tag_revised = "NN", pe_text = "percent"
},
new Text()
{
pe_tag_revised = "MD3", pe_text = "in"
},
new Text()
{
pe_tag_revised = "PREN3", pe_text = "the"
},
new Text()
{
pe_tag_revised = "TM1", pe_text = "first qtr"
},
new Text()
{
pe_tag_revised = "CS", pe_text = "after"
}, //CS 13
new Text()
{
pe_tag_revised = "PRES", pe_text = "increasing"
},
new Text()
{
pe_tag_revised = "MD4", pe_text = "at"
},
new Text()
{
pe_tag_revised = "PREN4", pe_text = "a"
},
new Text()
{
pe_tag_revised = "DG", pe_text = "3"
},
new Text()
{
pe_tag_revised = "NN", pe_text = "percent"
},
new Text()
{
pe_tag_revised = "NN", pe_text = "pace"
},
new Text()
{
pe_tag_revised = "MD5", pe_text = "in"
},
new Text()
{
pe_tag_revised = "PREN5", pe_text = "the"
},
new Text()
{
pe_tag_revised = "TM2", pe_text = "4th qtr"
},
new Text()
{
pe_tag_revised = "MD6", pe_text = " of "
},
new Text()
{
pe_tag_revised = "TMY", pe_text = "2011"
},
new Text()
{
pe_tag_revised = "PY", pe_text = "zhihou"
},
new Text()
{
pe_tag_revised = "BKP", pe_text = " . "
}
}
};
ClauserUnitStrategy clauserUnitStrategy = new ClauserUnitStrategy();
realGdpSentence = clauserUnitStrategy.ShuffleSentence(realGdpSentence);
Assert.That(realGdpSentence.Texts[0].pe_tag_revised == "CS");
Assert.That(realGdpSentence.Texts[realGdpSentence.TextCount - 1].pe_text == " . ");
AdverbUnitStrategy adverbUnitStrategy = new AdverbUnitStrategy();
realGdpSentence = adverbUnitStrategy.ShuffleSentence(realGdpSentence);
Assert.That(realGdpSentence.Texts[realGdpSentence.TextCount - 1].pe_text == " . ");
TimerUnitStrategy timerUnitStrategy = new TimerUnitStrategy();
realGdpSentence = timerUnitStrategy.ShuffleSentence(realGdpSentence);
Assert.That(realGdpSentence.Texts[realGdpSentence.TextCount - 1].pe_text == " . ");
}
