public TableCellContent Copy()
{
TableCellContent ToReturn = new TableCellContent();
ToReturn.Text = Text;
ToReturn.ForegroundColor = ForegroundColor;
ToReturn.Alignment = Alignment;
return(ToReturn);
}
public void AddRow(params string[] content)
{
List <TableCellContent> TCCs = new List <TableCellContent>();
foreach (string s in content)
{
TableCellContent tcc = new TableCellContent();
tcc.Text = s;
tcc.ForegroundColor = Console.ForegroundColor;
tcc.Alignment = CellContentAlignment.Center;
TCCs.Add(tcc);
}
AddRow(TCCs.ToArray());
}
public void WriteTable(bool include_text_buffer = false)
{
if (ColumnTitles.Length == 0)
{
throw new Exception("Unable to create a table with 0 columns.");
}
//Create a new list to print from
List <TableCellContent[]> ToPrint = new List <TableCellContent[]>();
foreach (TableCellContent[] tccs in Rows)
{
List <TableCellContent> ThisRow = new List <TableCellContent>();
foreach (TableCellContent tcc in tccs)
{
ThisRow.Add(tcc.Copy());
}
ToPrint.Add(ThisRow.ToArray());
}
//Add the header to the rows to print
List <TableCellContent> HeaderRow = new List <TableCellContent>();
foreach (string s in ColumnTitles)
{
HeaderRow.Add(new TableCellContent {
Text = s, ForegroundColor = Console.ForegroundColor, Alignment = CellContentAlignment.Center
});
}
ToPrint.Insert(0, HeaderRow.ToArray());
//If it is set to include text buffer, add it now
foreach (TableCellContent[] tccs in ToPrint)
{
foreach (TableCellContent tcc in tccs)
{
tcc.Text = " " + tcc.Text + " ";
}
}
//Get length for each
List <int> ColumnMaxWidths = new List <int>();
int t = 0;
for (t = 0; t < ColumnTitles.Length; t++)
{
int MaxWidth = 0;
foreach (TableCellContent[] row_content in ToPrint)
{
if (row_content[t].Text.Length > MaxWidth)
{
MaxWidth = row_content[t].Text.Length;
}
}
ColumnMaxWidths.Add(MaxWidth);
}
//Write the top table line
int NumberOfVerticalDividers = ColumnTitles.Length + 1;
Console.WriteLine("┌" + new string('─', ColumnMaxWidths.Sum() + NumberOfVerticalDividers - 2) + "┐");
//Write the rows
t = 0;
for (t = 0; t < ToPrint.Count; t++)
{
int c = 0;
for (c = 0; c < ToPrint[t].Length; c++)
{
TableCellContent tcc = ToPrint[t][c];
//Write the divider
Console.Write("│");
//Record the current color
ConsoleColor CurrentColor = Console.ForegroundColor;
//Change the color to what is desired
Console.ForegroundColor = tcc.ForegroundColor;
if (tcc.Alignment == CellContentAlignment.Left)
{
Console.Write(tcc.Text);
if (ColumnMaxWidths[c] > tcc.Text.Length)
{
Console.Write(new string(' ', ColumnMaxWidths[c] - tcc.Text.Length));
}
}
else if (tcc.Alignment == CellContentAlignment.Center)
{
int CharGap = ColumnMaxWidths[c] - tcc.Text.Length;
float EachSide = (float)CharGap / (float)2;
int FirstGap = Convert.ToInt32(Math.Floor(EachSide));
int SecondGap = CharGap - FirstGap;
string ToWriteForThisCell = new string(' ', FirstGap) + tcc.Text + new string(' ', SecondGap);
Console.Write(ToWriteForThisCell);
}
//Change the color to what it was previously
Console.ForegroundColor = CurrentColor;
}
//Write the last vertical divider for the last cell
Console.Write("│");
//Write the next row divider
Console.WriteLine();
if (t != ToPrint.Count - 1) //Print a straight line if it is not the last row
{
//Console.WriteLine(new string('─', ColumnMaxWidths.Sum() + NumberOfVerticalDividers));
Console.WriteLine("├" + new string('─', ColumnMaxWidths.Sum() + NumberOfVerticalDividers - 2) + "┤");
}
else //Print a straight line with edges if it is the last row
{
Console.WriteLine("└" + new string('─', ColumnMaxWidths.Sum() + NumberOfVerticalDividers - 2) + "┘");
}
}
}