Cell class

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

Remarks

Cell can only be a child of a Row.

Cell can contain block-level nodes Paragraph and Table.

A minimal valid cell needs to have at least one Paragraph.

Inheritance: Cell → CompositeNode → Node

Constructors

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

Properties

Name	Description
cell_format	Provides access to the formatting properties of the cell.
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_child	Gets the first child of the node. (Inherited from CompositeNode)
first_paragraph	Gets the first paragraph among the immediate children.
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_cell	True if this is the first cell inside a row; false otherwise.
is_last_cell	True if this is the last cell inside a row; false otherwise.
last_child	Gets the last child of the node. (Inherited from CompositeNode)
last_paragraph	Gets the last paragraph among the immediate children.
next_cell	Gets the next Cell node.
next_sibling	Gets the node immediately following this node. (Inherited from Node)
node_type	Returns NodeType.CELL.
paragraphs	Gets a collection of paragraphs that are immediate children of the cell.
parent_node	Gets the immediate parent of this node. (Inherited from Node)
parent_row	Returns the parent row of the cell.
previous_cell	Gets the previous Cell 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)
tables	Gets a collection of tables that are immediate children of the cell.

Methods

Name	Description
accept(visitor)	Accepts a visitor.
accept_end(visitor)	Accepts a visitor for visiting the end of the cell.
accept_start(visitor)	Accepts a visitor for visiting the start of the cell.
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 last child is not a paragraph, creates and appends one empty paragraph.
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 this node and of all its children. (Inherited from Node)
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(MY_DIR + 'Tables.docx')
tables = doc.first_section.body.tables
self.assertEqual(2, len(tables.to_array()))
for i in range(tables.count):
    print('Start of Table', i)
    rows = tables[i].rows
    # We can use the "to_array" method on a row collection to clone it into an array.
    self.assertSequenceEqual(list(rows), rows.to_array())
    #Assert.are_not_same(rows, rows.to_array())
    for j in range(rows.count):
        print('\tStart of Row', j)
        cells = rows[j].cells
        # We can use the "to_array" method on a cell collection to clone it into an array.
        self.assertSequenceEqual(list(cells), cells.to_array())
        #Assert.are_not_same(cells, cells.to_array())
        for k in range(cells.count):
            cell_text = cells[k].to_string(aw.SaveFormat.TEXT).strip()
            print(f'\t\tContents of Cell:{k} = "{cell_text}"')
        print(f'\tEnd of Row {j}')
    print(f'End of Table {i}\n')

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

Cell class

Cell class

Remarks

Constructors

Properties

Methods

Examples

See Also