public void GetBestWordDataTestMethod2()
{
#region Arrange
// Unit Test 1
// Arrange test data.
int testRows1 = 2;
int testColumns1 = 3;
String configFileName1 = @"../../../../Test Files/Test S3T1 Configuration.txt";
Configuration config1;
Configuration.TryParse(configFileName1, out config1);
Grid grid1 = new Grid(testRows1, testColumns1, config1);
WordData wordData1_1 = new WordData(Orientation.Row, 1, 1, "ACC", 1);
grid1.Insert(wordData1_1);
String wordlistFileName1 = @"../../../../Test Files/Test S3T1 Wordlist.txt";
WordList sequence1;
WordList.TryParse(wordlistFileName1, config1, out sequence1);
WordDataList wordDataList1 = new WordDataList(testRows1, testColumns1, sequence1.List);
wordDataList1.Remove(wordData1_1);
// Arrange expected results.
int expectedBestWordDataCount1 = 1;
String expectedBestWordDataOrientation1 = Orientation.Column;
int expectedBestWordDataRow1 = 1;
int expectedBestWordDataColumn1 = 1;
String expectedBestWordDataLetters1 = "AB";
// Unit Test 2
// Arrange test data.
int testRows2 = 3;
int testColumns2 = 3;
String configFileName2 = @"../../../../Test Files/Test S3T2 Configuration.txt";
Configuration config2;
Configuration.TryParse(configFileName2, out config2);
Grid grid2 = new Grid(testRows2, testColumns2, config2);
WordData wordData1_2 = new WordData(Orientation.Row, 1, 1, "ACC", 1);
grid2.Insert(wordData1_2);
String wordlistFileName2 = @"../../../../Test Files/Test S3T2 Wordlist.txt";
WordList sequence2;
WordList.TryParse(wordlistFileName2, config2, out sequence2);
WordDataList wordDataList2 = new WordDataList(testRows2, testColumns2, sequence2.List);
wordDataList2.Remove(wordData1_2);
// Arrange expected results.
int expectedBestWordDataCount2 = 1;
String expectedBestWordDataOrientation2 = Orientation.Column;
int expectedBestWordDataRow2 = 1;
int expectedBestWordDataColumn2 = 1;
String expectedBestWordDataLetters2 = "AB";
// Unit Test 3
// Arrange test data.
int testRows3 = 3;
int testColumns3 = 3;
String configFileName3 = @"../../../../Test Files/Test S3T3 Configuration.txt";
Configuration config3;
Configuration.TryParse(configFileName3, out config3);
Grid grid3 = new Grid(testRows3, testColumns3, config3);
WordData wordData1_3 = new WordData(Orientation.Row, 1, 1, "ACC", 1);
WordData wordData2_3 = new WordData(Orientation.Column, 1, 3, "CCZ", 3);
WordData wordData3_3 = new WordData(Orientation.Row, 1, 1, "ZZZ", 2);
grid3.Insert(wordData1_3);
grid3.Insert(wordData2_3);
grid3.Insert(wordData3_3);
String wordlistFileName3 = @"../../../../Test Files/Test S3T3 Wordlist.txt";
WordList sequence3;
WordList.TryParse(wordlistFileName3, config3, out sequence3);
WordDataList wordDataList3 = new WordDataList(testRows3, testColumns3, sequence3.List);
wordDataList3.Remove(wordData1_3);
wordDataList3.Remove(wordData2_3);
wordDataList3.Remove(wordData3_3);
// Arrange expected results.
int expectedBestWordDataCount3 = 0;
// Unit Test 4
// Arrange test data.
int testRows4 = 2;
int testColumns4 = 4;
String configFileName4 = @"../../../../Test Files/Test S3T4 Configuration.txt";
Configuration config4;
Configuration.TryParse(configFileName4, out config4);
Grid grid4 = new Grid(testRows4, testColumns4, config4);
WordData wordData1_4 = new WordData(Orientation.Row, 2, 1, "VAZA", 1);
grid4.Insert(wordData1_4);
String wordlistFileName4 = @"../../../../Test Files/Test S3T4 Wordlist.txt";
WordList sequence4;
WordList.TryParse(wordlistFileName4, config4, out sequence4);
WordDataList wordDataList4 = new WordDataList(testRows4, testColumns4, sequence4.List);
wordDataList4.Remove(wordData1_4);
// Arrange expected results.
int expectedBestWordDataCount4 = 1;
String expectedBestWordDataOrientation4 = Orientation.Column;
int expectedBestWordDataRow4 = 1;
int expectedBestWordDataColumn4 = 3;
String expectedBestWordDataLetters4 = "AZ";
#endregion
#region Act
// Unit Test 1
List <WordData> bestWordData1 = Node.GetBestWordData(grid1, wordDataList1, config1);
// Unit Test 2
List <WordData> bestWordData2 = Node.GetBestWordData(grid2, wordDataList2, config2);
// Unit Test 3
List <WordData> bestWordData3 = Node.GetBestWordData(grid3, wordDataList3, config3);
// Unit Test 4
List <WordData> bestWordData4 = Node.GetBestWordData(grid4, wordDataList4, config4);
#endregion
#region Assert
// Unit Test 1
Assert.AreEqual(expectedBestWordDataCount1, bestWordData1.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData1");
Assert.AreEqual(expectedBestWordDataOrientation1, bestWordData1[0].Orientation.Direction, "orientation in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataRow1, bestWordData1[0].Location.Row, "row in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn1, bestWordData1[0].Location.Column, "column in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters1, bestWordData1[0].Letters, "letters in WordData 1 in bestWordData1 is incorrect");
// Unit Test 2
Assert.AreEqual(expectedBestWordDataCount2, bestWordData2.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData2");
Assert.AreEqual(expectedBestWordDataOrientation2, bestWordData2[0].Orientation.Direction, "orientation in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataRow2, bestWordData2[0].Location.Row, "row in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn2, bestWordData2[0].Location.Column, "column in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters2, bestWordData2[0].Letters, "letters in WordData 1 in bestWordData2 is incorrect");
// Unit Test 3
Assert.AreEqual(expectedBestWordDataCount3, bestWordData3.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData3");
// Unit Test 4
Assert.AreEqual(expectedBestWordDataCount4, bestWordData4.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData4");
Assert.AreEqual(expectedBestWordDataOrientation4, bestWordData4[0].Orientation.Direction, "orientation in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataRow4, bestWordData4[0].Location.Row, "row in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn4, bestWordData4[0].Location.Column, "column in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters4, bestWordData4[0].Letters, "letters in WordData 1 in bestWordData4 is incorrect");
#endregion
}
public void GetBestWordDataTestMethod1()
{
#region Arrange
// Unit Test 1
// Arrange test data.
int testRows1 = 1;
int testColumns1 = 5;
String configFileName1 = @"../../../../Test Files/Test S2T1 Configuration.txt";
Configuration config1;
Configuration.TryParse(configFileName1, out config1);
Grid grid1 = new Grid(testRows1, testColumns1, config1);
String wordlistFileName1 = @"../../../../Test Files/Test S2T1 Wordlist.txt";
WordList sequence1;
WordList.TryParse(wordlistFileName1, config1, out sequence1);
WordDataList wordDataList1 = new WordDataList(testRows1, testColumns1, sequence1.List);
// Arrange expected results.
int expectedBestWordDataCount1 = 1;
String expectedBestWordDataOrientation1_1 = Orientation.Row;
int expectedBestWordDataRow1_1 = 1;
int expectedBestWordDataColumn1_1 = 1;
String expectedBestWordDataLetters1_1 = "ZZZZZ";
// Unit Test 2
// Arrange test data.
int testRows2 = 1;
int testColumns2 = 5;
String configFileName2 = @"../../../../Test Files/Test S2T2 Configuration.txt";
Configuration config2;
Configuration.TryParse(configFileName2, out config2);
Grid grid2 = new Grid(testRows2, testColumns2, config2);
String wordlistFileName2 = @"../../../../Test Files/Test S2T2 Wordlist.txt";
WordList sequence2;
WordList.TryParse(wordlistFileName2, config2, out sequence2);
WordDataList wordDataList2 = new WordDataList(testRows2, testColumns2, sequence2.List);
// Arrange expected results.
int expectedBestWordDataCount2 = 2;
String expectedBestWordDataOrientation1_2 = Orientation.Row;
int expectedBestWordDataRow1_2 = 1;
int expectedBestWordDataColumn1_2 = 1;
String expectedBestWordDataLetters1_2 = "ZZZZ";
String expectedBestWordDataOrientation2_2 = Orientation.Row;
int expectedBestWordDataRow2_2 = 1;
int expectedBestWordDataColumn2_2 = 2;
String expectedBestWordDataLetters2_2 = "ZZZZ";
// Unit Test 3
// Arrange test data.
int testRows3 = 1;
int testColumns3 = 5;
String configFileName3 = @"../../../../Test Files/Test S2T3 Configuration.txt";
Configuration config3;
Configuration.TryParse(configFileName3, out config3);
Grid grid3 = new Grid(testRows3, testColumns3, config3);
String wordlistFileName3 = @"../../../../Test Files/Test S2T3 Wordlist.txt";
WordList sequence3;
WordList.TryParse(wordlistFileName3, config3, out sequence3);
WordDataList wordDataList3 = new WordDataList(testRows3, testColumns3, sequence3.List);
// Arrange expected results.
int expectedBestWordDataCount3 = 3;
String expectedBestWordDataOrientation1_3 = Orientation.Row;
int expectedBestWordDataRow1_3 = 1;
int expectedBestWordDataColumn1_3 = 1;
String expectedBestWordDataLetters1_3 = "ZZZZZ";
String expectedBestWordDataOrientation2_3 = Orientation.Row;
int expectedBestWordDataRow2_3 = 1;
int expectedBestWordDataColumn2_3 = 1;
String expectedBestWordDataLetters2_3 = "AAAAA";
String expectedBestWordDataOrientation3_3 = Orientation.Row;
int expectedBestWordDataRow3_3 = 1;
int expectedBestWordDataColumn3_3 = 1;
String expectedBestWordDataLetters3_3 = "BBBBB";
// Unit Test 4
// Arrange test data.
int testRows4 = 2;
int testColumns4 = 5;
String configFileName4 = @"../../../../Test Files/Test S2T4 Configuration.txt";
Configuration config4;
Configuration.TryParse(configFileName4, out config4);
Grid grid4 = new Grid(testRows4, testColumns4, config4);
String wordlistFileName4 = @"../../../../Test Files/Test S2T4 Wordlist.txt";
WordList sequence4;
WordList.TryParse(wordlistFileName4, config4, out sequence4);
WordDataList wordDataList4 = new WordDataList(testRows4, testColumns4, sequence4.List);
// Arrange expected results.
int expectedBestWordDataCount4 = 4;
String expectedBestWordDataOrientation1_4 = Orientation.Row;
int expectedBestWordDataRow1_4 = 1;
int expectedBestWordDataColumn1_4 = 1;
String expectedBestWordDataLetters1_4 = "ZZZZZ";
String expectedBestWordDataOrientation2_4 = Orientation.Row;
int expectedBestWordDataRow2_4 = 2;
int expectedBestWordDataColumn2_4 = 1;
String expectedBestWordDataLetters2_4 = "ZZZZZ";
String expectedBestWordDataOrientation3_4 = Orientation.Row;
int expectedBestWordDataRow3_4 = 1;
int expectedBestWordDataColumn3_4 = 1;
String expectedBestWordDataLetters3_4 = "AAAAA";
String expectedBestWordDataOrientation4_4 = Orientation.Row;
int expectedBestWordDataRow4_4 = 2;
int expectedBestWordDataColumn4_4 = 1;
String expectedBestWordDataLetters4_4 = "AAAAA";
#endregion
#region Act
// Unit Test 1
List <WordData> bestWordData1 = Node.GetBestWordData(grid1, wordDataList1, config1);
// Unit Test 2
List <WordData> bestWordData2 = Node.GetBestWordData(grid2, wordDataList2, config2);
// Unit Test 3
List <WordData> bestWordData3 = Node.GetBestWordData(grid3, wordDataList3, config3);
// Unit Test 4
List <WordData> bestWordData4 = Node.GetBestWordData(grid4, wordDataList4, config4);
#endregion
#region Assert
// Unit Test 1
Assert.AreEqual(expectedBestWordDataCount1, bestWordData1.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData1");
Assert.AreEqual(expectedBestWordDataOrientation1_1, bestWordData1[0].Orientation.Direction, "orientation in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataRow1_1, bestWordData1[0].Location.Row, "row in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn1_1, bestWordData1[0].Location.Column, "column in WordData 1 in bestWordData1 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters1_1, bestWordData1[0].Letters, "letters in WordData 1 in bestWordData1 is incorrect");
// Unit Test 2
Assert.AreEqual(expectedBestWordDataCount2, bestWordData2.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData2");
Assert.AreEqual(expectedBestWordDataOrientation1_2, bestWordData2[0].Orientation.Direction, "orientation in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataRow1_2, bestWordData2[0].Location.Row, "row in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn1_2, bestWordData2[0].Location.Column, "column in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters1_2, bestWordData2[0].Letters, "letters in WordData 1 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation2_2, bestWordData2[1].Orientation.Direction, "orientation in WordData 2 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataRow2_2, bestWordData2[1].Location.Row, "row in WordData 2 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn2_2, bestWordData2[1].Location.Column, "column in WordData 2 in bestWordData2 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters2_2, bestWordData2[1].Letters, "letters in WordData 2 in bestWordData2 is incorrect");
// Unit Test 3
Assert.AreEqual(expectedBestWordDataCount3, bestWordData3.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData3");
Assert.AreEqual(expectedBestWordDataOrientation1_3, bestWordData3[0].Orientation.Direction, "orientation in WordData 1 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataRow1_3, bestWordData3[0].Location.Row, "row in WordData 1 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn1_3, bestWordData3[0].Location.Column, "column in WordData 1 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters1_3, bestWordData3[0].Letters, "letters in WordData 1 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation2_3, bestWordData3[1].Orientation.Direction, "orientation in WordData 2 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataRow2_3, bestWordData3[1].Location.Row, "row in WordData 2 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn2_3, bestWordData3[1].Location.Column, "column in WordData 2 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters2_3, bestWordData3[1].Letters, "letters in WordData 2 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation3_3, bestWordData3[2].Orientation.Direction, "orientation in WordData 3 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataRow3_3, bestWordData3[2].Location.Row, "row in WordData 3 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn3_3, bestWordData3[2].Location.Column, "column in WordData 3 in bestWordData3 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters3_3, bestWordData3[2].Letters, "letters in WordData 3 in bestWordData3 is incorrect");
// Unit Test 4
Assert.AreEqual(expectedBestWordDataCount4, bestWordData4.Count, "the number of \"best\" words retured by GetBestWordData() is incorrect in bestWordData4");
Assert.AreEqual(expectedBestWordDataOrientation1_4, bestWordData4[0].Orientation.Direction, "orientation in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataRow1_4, bestWordData4[0].Location.Row, "row in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn1_4, bestWordData4[0].Location.Column, "column in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters1_4, bestWordData4[0].Letters, "letters in WordData 1 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation2_4, bestWordData4[1].Orientation.Direction, "orientation in WordData 2 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataRow2_4, bestWordData4[1].Location.Row, "row in WordData 2 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn2_4, bestWordData4[1].Location.Column, "column in WordData 2 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters2_4, bestWordData4[1].Letters, "letters in WordData 2 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation3_4, bestWordData4[2].Orientation.Direction, "orientation in WordData 3 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataRow3_4, bestWordData4[2].Location.Row, "row in WordData 3 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn3_4, bestWordData4[2].Location.Column, "column in WordData 3 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters3_4, bestWordData4[2].Letters, "letters in WordData 3 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataOrientation4_4, bestWordData4[3].Orientation.Direction, "orientation in WordData 4 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataRow4_4, bestWordData4[3].Location.Row, "row in WordData 4 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataColumn4_4, bestWordData4[3].Location.Column, "column in WordData 4 in bestWordData4 is incorrect");
Assert.AreEqual(expectedBestWordDataLetters4_4, bestWordData4[3].Letters, "letters in WordData 4 in bestWordData4 is incorrect");
#endregion
}
