Table.addCol()

Table addCol( int col = 0 , int datatype = 0 )

Parameters

col	The index at which to insert the column.
datatype	The datatype of the new column.

Returns

Table

The table.

Description

Adds a column to the table.

table.addCol(2);

If no column index is specified the column will be added at the end. If no datatype is specified the new column will copy the datatype of the previous column.

Table.addIndex()

addIndex( Variant keyCol , int indexType = Table.IndexType.Unordered )

Parameters

keyCol	A column name or number
indexType	The type of index desired. Can be either Table.IndexType.Unordered or Table.IndexType.Ordered. Generally the default unordered value is sufficient. Table.IndexType.Ordered can be useful if you are querying the table with Table.query() with a WHERE filter that uses a >, <, >=, or <= comparison on the column.

Description

Adds an index to the specified column.

An index can significantly improve the performance of the following operations:

• Using the Table.getRowByKey() method with the indexed column
• Using the Table.getValueByKey() method with the indexed column
• Finding a value from the indexed column in a query (e.g. WHERE IndexedCol = SomeValue

An index can significantly slow performance to operations that change the table. If a table changes frequently during the model run, an index is not recommended. You can only add an index to a column in a Bundle table.

Table.addRow()

Table addRow( int row = 0 , int datatype = 0 )

Parameters

row	The index at which to insert the row.
datatype	The datatype of the new row.

Returns

Table

The table.

Description

Adds a row to the table.

table.addRow(2);

If no row index is specified the row will be added at the end. If no datatype is specified the cells will copy the datatype of the cells in the previous row.

Table.cell()

treenode cell( Variant row , Variant col )

Parameters

row	The row index.
col	The column index.

Returns

treenode

The cell's node in the tree.

Description

Returns a specific table cell.

table.cell(2,"Row 3").value = 4;

This will throw an exception for bundles.

Table.clear()

Table clear( int recursive = 0 )

Parameters

recursive

If set to 1, clear will be called on cells with bundle data, array data and on cells that have node tables.

Returns

Table

The table.

Description

Sets all cells to empty values.

table.clear();
table.clear(1);

Number cells will be set to 0, string cells to an empty string, and pointer cells will be set to a null pointer.

Table.clone()

Array clone( )

Returns

Array

A copy of the table in an array.

Description

Creates an array copy of the table.

Array myArray = Table("Parts").clone();
      		

Table.cloneTo()

Table cloneTo( Table target )

Parameters

target

The target table. This must be a tree-bound table, such as a bundle or tree table.

Returns

Table

The resulting table. This is the same table as the target.

Description

Copies all values from this table to the target table, returning the target table.

Table.query("SELECT * FROM Customers ORDER BY Name").cloneTo(Table("QueryDump"));

Table.deleteCol()

Table deleteCol( int col )

Parameters

col	The index of the column to delete.

Returns

Table

The table.

Description

Deletes a table column.

table.deleteCol(3);

Will throw an exception if no column is specified or the column doesn't exist.

Table.deleteRow()

Table deleteRow( int row )

Parameters

row	The index of the row to delete.

Returns

Table

The table.

Description

Deletes a table row.

table.deleteRow(3);

Will throw an exception if no row is specified or the row doesn't exist.

Table.executeCell()

Variant executeCell( Variant row , Variant col )

Parameters

row	The row index.
col	The column index.

Returns

Variant

The return value of the executed function.

Description

Executes the text on the cell as FlexScript.

Variant result = table.executeCell(2, "Row 3");

Table.getColHeader()

string getColHeader( int colNum )

Parameters

colNum

The column index.

Returns

string

The text in the column header.

Description

Gets a table column header.

string header = table.getColHeader(2);

Table.getRowByKey()

int getRowByKey( Variant key , Variant keyCol = nullvar )

Parameters

key	The value to use as the key
keyCol	The column to search for the key value.

Returns

int	The row number containing the key value in the specified column. If no match was found, returns 0.

Description

Searches a column for the specified key value.

If the keyCol is not specified, the first indexed column in the table will be searched. If there is no indexed column, the first column (column 1) will be searched.
If the column to search has an index, then the index will be used to look up the correct row, rather than searching row by row.

Table.getRowHeader()

string getRowHeader( int rowNum )

Parameters

rowNum

The row index.

Returns

string

The text in the row header.

Description

Gets a table row header.

string header = table.getRowHeader(2);

Table.getValueByKey()

Variant getValueByKey( Variant key , Variant valueCol , Variant keyCol = nullvar )

Parameters

key	The value to use as the key
valueCol	A column (name or number) to retrieve data from.
keyCol	The column to search for the key value.

Returns

Variant

The value in the valueCol in the matching row.

Description

Searches a column for the specified key value, and returns one or more values from the matching row.

If the keyCol is not specified, the first indexed column in the table will be searched. If there is no indexed column, the first column (column 1) will be searched.
If the column to search has an index, then the index will be used to look up the correct row, rather than searching row by row.
Once the matching row is found, the value in valueCol on that row is retrieved. If valueCol is an array, the values from each specified column will be retrieved, and returned as an array.

Table.hasIndex()

int hasIndex( Variant keyCol )

Parameters

keyCol

A column name or number

Returns

int	If the specified column has an index, returns either Table.IndexType.Ordered or Table.IndexType.Unordered.

Description

Returns the index type of the specified column if it has an index, otherwise 0.

An index can be added using the Table.addIndex() method.

Table.moveCol()

Table moveCol( int col , int newCol )

Parameters

col	The index of the column to move.
newCol	The index where the column will be moved.

Returns

Table

The table.

Description

Moves a column to a new index.

table.moveCol(2, 5);

Table.moveRow()

Table moveRow( int row , int newRow )

Parameters

row	The index of the row to move.
newRow	The index where the row will be moved.

Returns

Table

The table.

Description

Moves a row to a new index.

table.moveRow(2, 5);

Table.removeIndex()

removeIndex( Variant keyCol )

Parameters

keyCol

A column name or number.

Description

Removes an index from the specified column

An index can be added using the Table.addIndex() method. If the specified column does not have an index, this method does nothing.

Table.setColHeader()

Table setColHeader( int colNum , string name )

Parameters

colNum	The column index.
name	The new column header name.

Returns

Table

The table.

Description

Renames a column header.

table.setColHeader(2, "Orders");

Table.setRowHeader()

Table setRowHeader( int rowNum , string name )

Parameters

rowNum	The row index.
name	The new row header name.

Returns

Table

The table.

Description

Renames a row header.

table.setRowHeader(2, "Order 2");

Table.setSize()

Table setSize( int rows , int cols , int datatype = 0 , int overwrite = 0 )

Parameters

rows	The new number of rows.
cols	The new number of columns.
datatype	The datatype of new cells.
overwrite	If old cells should have their values reset.

Returns

Table

The table.

Description

Resizes the table.

table.setSize(5, 3);

Table.sort()

Table sort( Variant columns , Variant sortDirections = 0 )

Parameters

columns	The column or columns to sort.
sortDirections	The directions each column should be sorted. 0 is Descending and 1 is Ascending.

Returns

Table

The table.

Description

Sorts table columns.

table.sort(1);table.sort([1, 2, 3], [1, 0, 1]);

Table.swapCols()

Table swapCols( int col , int col2 )

Parameters

col	The index of the first column.
col2	The index of the ssecond column.

Returns

Table

The table.

Description

Swaps indexes of the two columns.

table.swapCols(2, 4);

Table.swapRows()

Table swapRows( int row , int row2 )

Parameters

row	The index of the first row.
row2	The index of the second row.

Returns

Table

The table.

Description

Swaps indexes of the two rows.

table.swapRows(2, 4);

Table Constructor

Table( string name )

Parameters

name	The name of the global table.

Description

Creates a reference to a global table.

Table parts = Table("Parts");int numParts = Table("Parts")[3][4];

Table.query()

static Table query( string queryStr , lambda p1 ... p9 = 0 )

Parameters

queryStr

The sql query.

p1-p9

Only used if you include $ syntax in the query. This defines additional, dynamically evaluated parameters associated with the query. The value is a "lambda", a type that simply signifies that the parameter is evaluated as-needed, not immediately when the method is called. You will usually either pass a reference to a table node here, defining the table to query, or you will use the $iter() command in a FlexScript expression to dynamically determine the value of a cell in a "virtual table." If this parameter defines a table, it must be a tree-bound table or a direct reference to a node. In other words, it cannot be the result Table of another call to Table.query(), unless you clone that result to a tree-bound table with Table.cloneTo(). See Sql Query Examples for more information.

Returns

Table

The resulting table. This is a read-only in-memory table (it is not stored on a node in the tree). Use Table.cloneTo() to copy the result to a tree-bound table.

Description

Executes an SQL query, returning the result as a Table.

Table result = Table.query("SELECT * FROM Customers ORDER BY Name");

See Sql Query Examples for more information.