Row class

Represents a table row. To learn more, visit the Working with Tables documentation article.

Remarks

Row can only be a child of a Table.

Row can contain one or more Cell nodes.

A minimal valid row needs to have at least one Cell.

Inheritance: Row → CompositeNode → Node

Constructors

Name	Description
Row(doc)	Initializes a new instance of the Row class.

Properties

Name	Description
cells	Provides typed access to the Cell child nodes of the row.
count	Gets the number of immediate children of this node. (Inherited from CompositeNode)
custom_node_id	Specifies custom node identifier. (Inherited from Node)
document	Gets the document to which this node belongs. (Inherited from Node)
first_cell	Returns the first Cell in the row.
first_child	Gets the first child of the node. (Inherited from CompositeNode)
has_child_nodes	Returns `True` if this node has any child nodes. (Inherited from CompositeNode)
is_composite	Returns `True` if this node can contain other nodes. (Inherited from Node)
is_first_row	True if this is the first row in a table; false otherwise.
is_last_row	True if this is the last row in a table; false otherwise.
last_cell	Returns the last Cell in the row.
last_child	Gets the last child of the node. (Inherited from CompositeNode)
next_row	Gets the next Row node.
next_sibling	Gets the node immediately following this node. (Inherited from Node)
node_type	Returns NodeType.ROW.
parent_node	Gets the immediate parent of this node. (Inherited from Node)
parent_table	Returns the immediate parent table of the row.
previous_row	Gets the previous Row node.
previous_sibling	Gets the node immediately preceding this node. (Inherited from Node)
range	Returns a Range object that represents the portion of a document that is contained in this node. (Inherited from Node)
row_format	Provides access to the formatting properties of the row.

Methods

Name	Description
accept(visitor)	Accepts a visitor.
accept_end(visitor)	Accepts a visitor for visiting the end of the row.
accept_start(visitor)	Accepts a visitor for visiting the start of the row.
append_child(new_child)	Adds the specified node to the end of the list of child nodes for this node. (Inherited from CompositeNode)
clone(is_clone_children)	Creates a duplicate of the node. (Inherited from Node)
ensure_minimum()	If the Row has no cells, creates and appends one Cell.
get_ancestor(ancestor_type)	Gets the first ancestor of the specified object type. (Inherited from Node)
get_ancestor(ancestor_type)	Gets the first ancestor of the specified NodeType. (Inherited from Node)
get_child(node_type, index, is_deep)	Returns an Nth child node that matches the specified type. (Inherited from CompositeNode)
get_child_nodes(node_type, is_deep)	Returns a live collection of child nodes that match the specified type. (Inherited from CompositeNode)
get_text()	Gets the text of all cells in this row including the end of row character.
index_of(child)	Returns the index of the specified child node in the child node array. (Inherited from CompositeNode)
insert_after(new_child, ref_child)	Inserts the specified node immediately after the specified reference node. (Inherited from CompositeNode)
insert_before(new_child, ref_child)	Inserts the specified node immediately before the specified reference node. (Inherited from CompositeNode)
next_pre_order(root_node)	Gets next node according to the pre-order tree traversal algorithm. (Inherited from Node)
node_type_to_string(node_type)	A utility method that converts a node type enum value into a user friendly string. (Inherited from Node)
prepend_child(new_child)	Adds the specified node to the beginning of the list of child nodes for this node. (Inherited from CompositeNode)
previous_pre_order(root_node)	Gets the previous node according to the pre-order tree traversal algorithm. (Inherited from Node)
remove()	Removes itself from the parent. (Inherited from Node)
remove_all_children()	Removes all the child nodes of the current node. (Inherited from CompositeNode)
remove_child(old_child)	Removes the specified child node. (Inherited from CompositeNode)
remove_smart_tags()	Removes all SmartTag descendant nodes of the current node. (Inherited from CompositeNode)
select_nodes(xpath)	Selects a list of nodes matching the XPath expression. (Inherited from CompositeNode)
select_single_node(xpath)	Selects the first Node that matches the XPath expression. (Inherited from CompositeNode)
to_string(save_format)	Exports the content of the node into a string in the specified format. (Inherited from Node)
to_string(save_options)	Exports the content of the node into a string using the specified save options. (Inherited from Node)

Examples

Shows how to create a table.

doc = aw.Document()
table = aw.tables.Table(doc)
doc.first_section.body.append_child(table)
# Tables contain rows, which contain cells, which may have paragraphs
# with typical elements such as runs, shapes, and even other tables.
# Calling the "EnsureMinimum" method on a table will ensure that
# the table has at least one row, cell, and paragraph.
first_row = aw.tables.Row(doc)
table.append_child(first_row)
first_cell = aw.tables.Cell(doc)
first_row.append_child(first_cell)
paragraph = aw.Paragraph(doc)
first_cell.append_child(paragraph)
# Add text to the first cell in the first row of the table.
run = aw.Run(doc=doc, text='Hello world!')
paragraph.append_child(run)
doc.save(file_name=ARTIFACTS_DIR + 'Table.CreateTable.docx')

Shows how to iterate through all tables in the document and print the contents of each cell.

doc = aw.Document(file_name=MY_DIR + 'Tables.docx')
tables = doc.first_section.body.tables
self.assertEqual(2, len(list(tables)))
i = 0
while i < tables.count:
    print(f'Start of Table {i}')
    rows = tables[i].rows
    # We can use the "ToArray" method on a row collection to clone it into an array.
    self.assertSequenceEqual(list(rows), list(rows))
    self.assertNotEqual(rows, list(rows))
    j = 0
    while j < rows.count:
        print(f'\tStart of Row {j}')
        cells = rows[j].cells
        # We can use the "ToArray" method on a cell collection to clone it into an array.
        self.assertSequenceEqual(list(cells), list(cells))
        self.assertNotEqual(cells, list(cells))
        k = 0
        while k < cells.count:
            cell_text = cells[k].to_string(save_format=aw.SaveFormat.TEXT).strip()
            print(f'\t\tContents of Cell:{k} = "{cell_text}"')
            k += 1
        print(f'\tEnd of Row {j}')
        j += 1
    print(f'End of Table {i}\n')
    i += 1

Shows how to build a nested table without using a document builder.

def create_nested_table():
    doc = aw.Document()
    # Create the outer table with three rows and four columns, and then add it to the document.
    outer_table = create_table(doc, 3, 4, 'Outer Table')
    doc.first_section.body.append_child(outer_table)
    # Create another table with two rows and two columns and then insert it into the first table's first cell.
    inner_table = create_table(doc, 2, 2, 'Inner Table')
    outer_table.first_row.first_cell.append_child(inner_table)
    doc.save(ARTIFACTS_DIR + 'Table.create_nested_table.docx')

def create_table(doc: aw.Document, row_count: int, cell_count: int, cell_text: str) -> aw.tables.Table:
    """Creates a new table in the document with the given dimensions and text in each cell."""
    table = aw.tables.Table(doc)
    for row_id in range(1, row_count + 1):
        row = aw.tables.Row(doc)
        table.append_child(row)
        for cell_id in range(1, cell_count + 1):
            cell = aw.tables.Cell(doc)
            cell.append_child(aw.Paragraph(doc))
            cell.first_paragraph.append_child(aw.Run(doc, cell_text))
            row.append_child(cell)
    # You can use the "title" and "description" properties to add a title and description respectively to your table.
    # The table must have at least one row before we can use these properties.
    # These properties are meaningful for ISO / IEC 29500 compliant .docx documents (see the OoxmlCompliance class).
    # If we save the document to pre-ISO/IEC 29500 formats, Microsoft Word ignores these properties.
    table.title = 'Aspose table title'
    table.description = 'Aspose table description'
    return table

Row class

Row class

Remarks

Constructors

Properties

Methods

Examples

See Also