public void WriteBlocks_CallsFuncForEachBlock()
{
Word3Grid grid = new Word3Grid(new Word3("abc"), new Word3("efg"), new Word3("ijk"));
List <string> blocks = new List <string>();
grid.WriteBlock(b => blocks.Add(b));
Assert.Equal(new string[] { "abc", "efg", "ijk" }, blocks.ToArray());
}
public void Transpose_CreatesRowAndColumnSwappedGrid()
{
Word3[] rows = new Word3[] { new Word3("abc"), new Word3("efg"), new Word3("ijk") };
Word3Grid grid = new Word3Grid(rows[0], rows[1], rows[2]);
Word3Grid gridT = grid.Transpose();
Assert.Equal(new Word3("aei"), gridT.Row1);
Assert.Equal(new Word3("bfj"), gridT.Row2);
Assert.Equal(new Word3("cgk"), gridT.Row3);
}
public void Equals_ComparesCorrectly()
{
Word3[] rows = new Word3[] { new Word3("abc"), new Word3("efg"), new Word3("ijk") };
Word3Grid grid1a = new Word3Grid(rows[0], rows[1], rows[2]);
Word3Grid grid1b = new Word3Grid(rows[0], rows[1], rows[2]);
Word3Grid grid2 = new Word3Grid(rows[0], rows[1], rows[1]);
Assert.True(grid1a.Equals(grid1b));
Assert.True(grid1b.Equals(grid1a));
Assert.False(grid1b.Equals(grid2));
Assert.False(grid2.Equals(grid1a));
}
public void Crunch_FirstColumnAndRowEqualButSecondColumnGreater_ReturnsRowIndexesFirst()
{
Word3Grid grid = new Word3Grid(new Word3("abc"), new Word3("baa"), new Word3("cza"));
SortedTable <Word3> table = new SortedTable <Word3>();
table.Add(new Word3("abc"));
table.Add(new Word3("baa"));
table.Add(new Word3("baz"));
table.Add(new Word3("caa"));
table.Add(new Word3("cza"));
Word3GridCruncher cruncher = new Word3GridCruncher(table);
CrunchedWord3Grid crunchedGrid = cruncher.Crunch(grid);
CrunchedWord3Grid expectedGrid = new CrunchedWord3Grid(Idx(1), Idx(2), Idx(5), Idx(1), Idx(3), Idx(4));
Assert.Equal(expectedGrid, crunchedGrid);
}
public void Crunch_ColumnsLessThanRows_ReturnsColumnIndexesFirst()
{
Word3Grid grid = new Word3Grid(new Word3("zbc"), new Word3("aef"), new Word3("ahi"));
SortedTable <Word3> table = new SortedTable <Word3>();
table.Add(new Word3("aef"));
table.Add(new Word3("ahi"));
table.Add(new Word3("beh"));
table.Add(new Word3("cfi"));
table.Add(new Word3("zaa"));
table.Add(new Word3("zbc"));
Word3GridCruncher cruncher = new Word3GridCruncher(table);
CrunchedWord3Grid crunchedGrid = cruncher.Crunch(grid);
CrunchedWord3Grid expectedGrid = new CrunchedWord3Grid(Idx(5), Idx(3), Idx(4), Idx(6), Idx(1), Idx(2));
Assert.Equal(expectedGrid, crunchedGrid);
}
public void Construct_FromRows_SetsPropertyValues()
{
Word3[] rows = new Word3[] { new Word3("abc"), new Word3("efg"), new Word3("ijk") };
Word3Grid grid = new Word3Grid(rows[0], rows[1], rows[2]);
Assert.Equal('a', grid.A00);
Assert.Equal('b', grid.A01);
Assert.Equal('c', grid.A02);
Assert.Equal('e', grid.A10);
Assert.Equal('f', grid.A11);
Assert.Equal('g', grid.A12);
Assert.Equal('i', grid.A20);
Assert.Equal('j', grid.A21);
Assert.Equal('k', grid.A22);
Assert.Equal(rows[0], grid.Row1);
Assert.Equal(rows[1], grid.Row2);
Assert.Equal(rows[2], grid.Row3);
Assert.Equal(new Word3("aei"), grid.Column1);
Assert.Equal(new Word3("bfj"), grid.Column2);
Assert.Equal(new Word3("cgk"), grid.Column3);
}
public void ToString_OutputsRowsToString()
{
Word3Grid grid = new Word3Grid(new Word3("abc"), new Word3("efg"), new Word3("ijk"));
Assert.Equal("abc\r\nefg\r\nijk", grid.ToString());
}
