pub fn new<T: Into<String>>(data: Vec<Vec<T>>, space: usize) -> Self {
        let mut table = Table::default();
        let mut converted_data = vec![];
        for row in data {
            converted_data.push(row.into_iter().map(|x| x.into()).collect())
        }
        table.data = converted_data;
        table.space = space;
        table
    }
/// Create new table with data and space.
///
/// `data` is organized into rows, and then within those rows, there are columns.
///
/// If you are creating a blank table, you may need to specify the type that you wish to give
/// to the table in future. This is usually a `String`.
/// Example:
/// ```
/// use alinio::table::Table;
/// let table = Table::new::<String>(vec![], 10);
/// ```
Create new table with data and space.
`data` is organized into rows, and then within those rows, there are columns.

If you are creating a blank table, you may need to specify the type that you wish to give
to the table in future. This is usually a `String`.
Create new table with data and space . ` data ` is organized into rows and then within those rows there are columns . If you are creating a blank table you may need to specify the type that you wish to give to the table in future . This is usually a ` String ` .
pub fn new<T: Into<String>>(data: Vec<Vec<T>>, space: usize) -> Self {
        let mut table = Table::default();
        let mut converted_data = vec![];
        for row in data {
            converted_data.push(row.into_iter().map(|x| x.into()).collect())
        }
        table.data = converted_data;
        table.space = space;
        table
    }
pub fn new < T : Into < String > > ( data : Vec < Vec < T > > , space : usize ) -> Self { let mut table = Table :: default ( ) ; let mut converted_data = vec ! [ ] ; for row in data { converted_data . push ( row . into_iter ( ) . map ( | x | x . into ( ) ) . collect ( ) ) } table . data = converted_data ; table . space = space ; table }
Create new table with data and space.
Create new table with data and space .
data
Vec<Vec<T>>
space
usize