I. To compile an abstract template class AbstractCell - a descriptor of a cell;
Articles (protected):
int m_row; // order
int m_col; // column
T m_value; // value of any type
Construction:
- Understandable
-Explicity
Virtual Features:
-Accessor / value mutant of any type
virtual T getValue () const = 0;
virtual void setValue (const T & value) = 0;
II. To create a template class CCellDescr - descriptor of a table cell of any type,
successor to AbstractCell.
Public members:
Construction:
- Understandable
-Explicity
-Copping
Features:
getRow, getCol, T getValue ()
void setValue (const T & value)
Operator:
-To discharge into a stream;
III. To compile a template class CColumn, a successor to CCellDescr for
a description of a column of data of any type;
Private members:
column name
vector from CCellDescr
Public member:
static int m_iCounter - static variable consecutive counter
Construction:
- Understandable
-Explicible (column name)
Features:
- Add a cell to the specified row
- returns the value in the specified order
- returns the vector size
- returns the column name
- static function to generate consecutive numbers
Exceptions:
When trying to access (add / read) beyond the dimension
IV.Main function:
1. Create 2 CColumn objects for two types of data: string and int
2. Initializes the data in objects with random values ​​of both types
3. Outputs information from the console output objects using the output operator.
4. Handles access errors