def test_get_item_by_content(self):
# Create the items
spam = odf_create_list_item(u"spam")
ham = odf_create_list_item(u"ham")
eggs = odf_create_list_item(u"eggs")
# Create the corresponding lists
spam_list = odf_create_list()
ham_list = odf_create_list()
eggs_list = odf_create_list()
# Fill the lists
spam_list.append_item(spam)
ham_list.append_item(ham)
eggs_list.append_item(eggs)
# Create the final nested list (spam_list)
spam.append_element(ham_list)
ham.append_element(eggs_list)
item = spam_list.get_item_by_content(ur"spam")
expected = (
"<text:list-item>\n"
" <text:p>spam</text:p>\n"
" <text:list>\n"
" <text:list-item>\n"
" <text:p>ham</text:p>\n"
" <text:list>\n"
" <text:list-item>\n"
" <text:p>eggs</text:p>\n"
" </text:list-item>\n"
" </text:list>\n"
" </text:list-item>\n"
" </text:list>\n"
"</text:list-item>\n"
)
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item_by_content(ur"ham")
expected = (
"<text:list-item>\n"
" <text:p>ham</text:p>\n"
" <text:list>\n"
" <text:list-item>\n"
" <text:p>eggs</text:p>\n"
" </text:list-item>\n"
" </text:list>\n"
"</text:list-item>\n"
)
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item_by_content(ur"eggs")
expected = "<text:list-item>\n" " <text:p>eggs</text:p>\n" "</text:list-item>\n"
self.assertEqual(item.serialize(pretty=True), expected)
def convert_list(node, context, list_type):
# Predefined styles
if list_type == "enumerated":
style_name = "Numbering_20_1"
else:
style_name = "List_20_1"
odf_list = odf_create_list(style=style_name)
context["top"].append_element(odf_list)
# Save the current top
old_top = context["top"]
for item in node:
if item.tagname != "list_item":
warn("node not supported: %s" % item.tagname)
continue
# Create a new item
odf_item = odf_create_list_item()
odf_list.append_element(odf_item)
# A new top
context["top"] = odf_item
for child in item:
convert_node(child, context)
# And restore the top
context["top"] = old_top
def test_create_list(self):
item = odf_create_list_item()
a_list = odf_create_list([u"你好 Zoé"])
expected = (
"<text:list>" "<text:list-item>" "<text:p>%s</text:p>" "</text:list-item>" "</text:list>"
) % convert_unicode(u"你好 Zoé")
self.assertEqual(a_list.serialize(), expected)
def test_get_item_by_content(self):
# Create the items
spam = odf_create_list_item(u'spam')
ham = odf_create_list_item(u'ham')
eggs = odf_create_list_item(u'eggs')
# Create the corresponding lists
spam_list = odf_create_list()
ham_list = odf_create_list()
eggs_list = odf_create_list()
# Fill the lists
spam_list.append_item(spam)
ham_list.append_item(ham)
eggs_list.append_item(eggs)
# Create the final nested list (spam_list)
spam.append(ham_list)
ham.append(eggs_list)
item = spam_list.get_item(content=ur'spam')
expected = ('<text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' </text:list>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item(content=ur'ham')
expected = ('<text:list-item>\n'
' <text:p>ham</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item(content=ur'eggs')
expected = ('<text:list-item>\n'
' <text:p>eggs</text:p>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
def test_get_item_by_content(self):
# Create the items
spam = odf_create_list_item('spam')
ham = odf_create_list_item('ham')
eggs = odf_create_list_item('eggs')
# Create the corresponding lists
spam_list = odf_create_list()
ham_list = odf_create_list()
eggs_list = odf_create_list()
# Fill the lists
spam_list.append_item(spam)
ham_list.append_item(ham)
eggs_list.append_item(eggs)
# Create the final nested list (spam_list)
spam.append(ham_list)
ham.append(eggs_list)
item = spam_list.get_item(content=r'spam')
expected = ('<text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' </text:list>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item(content=r'ham')
expected = ('<text:list-item>\n'
' <text:p>ham</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
item = spam_list.get_item(content=r'eggs')
expected = ('<text:list-item>\n'
' <text:p>eggs</text:p>\n'
'</text:list-item>\n')
self.assertEqual(item.serialize(pretty=True), expected)
def test_create_list(self):
item = odf_create_list_item()
a_list = odf_create_list(['你好 Zoé'])
expected = (('<text:list>'
'<text:list-item>'
'<text:p>%s</text:p>'
'</text:list-item>'
'</text:list>') % convert_unicode('你好 Zoé'))
self.assertEqual(a_list.serialize(), expected)
def test_create_list(self):
item = odf_create_list_item()
a_list = odf_create_list([u'你好 Zoé'])
expected = (('<text:list>'
'<text:list-item>'
'<text:p>%s</text:p>'
'</text:list-item>'
'</text:list>') % convert_unicode(u'你好 Zoé'))
self.assertEqual(a_list.serialize(), expected)
def test_insert_list(self):
content = self.content
clone = content.clone()
item = odf_create_list_item()
a_list = odf_create_list(style="a_style")
a_list.append_element(item)
body = clone.get_body()
body.append_element(a_list)
expected = '<text:list text:style-name="a_style">' "<text:list-item/>" "</text:list>"
self.assertEqual(a_list.serialize(), expected)
def test_insert_list(self):
content = self.content
clone = content.clone()
item = odf_create_list_item()
a_list = odf_create_list(style='a_style')
a_list.append(item)
body = clone.get_body()
body.append(a_list)
expected = ('<text:list text:style-name="a_style">'
'<text:list-item/>'
'</text:list>')
self.assertEqual(a_list.serialize(), expected)
def test_insert_after(self):
breakfast = odf_create_list()
breakfast.append_item('spam')
ham = odf_create_list_item('ham')
breakfast.append_item(ham)
eggs = odf_create_list_item('eggs')
breakfast.insert_item(eggs, after=ham)
expected = ('<text:list>'
'<text:list-item>'
'<text:p>spam</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>ham</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>eggs</text:p>'
'</text:list-item>'
'</text:list>')
# TODO use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_insert_after(self):
breakfast = odf_create_list()
breakfast.append_item(u'spam')
ham = odf_create_list_item(u'ham')
breakfast.append_item(ham)
eggs = odf_create_list_item(u'eggs')
breakfast.insert_item(eggs, after=ham)
expected = ('<text:list>'
'<text:list-item>'
'<text:p>spam</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>ham</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>eggs</text:p>'
'</text:list-item>'
'</text:list>')
# TODO use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_insert_before(self):
breakfast = odf_create_list()
breakfast.append_item(u"spam")
eggs = odf_create_list_item(u"eggs")
breakfast.append_item(eggs)
ham = odf_create_list_item(u"ham")
breakfast.insert_item(ham, before=eggs)
expected = (
"<text:list>"
"<text:list-item>"
"<text:p>spam</text:p>"
"</text:list-item>"
"<text:list-item>"
"<text:p>ham</text:p>"
"</text:list-item>"
"<text:list-item>"
"<text:p>eggs</text:p>"
"</text:list-item>"
"</text:list>"
)
# TODO use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_get_formatted_text(self):
# Create the items
spam = odf_create_list_item('In this picture, there are 47 people;\n'
'none of them can be seen.')
ham = odf_create_list_item('In this film, we hope to show you the\n'
'value of not being seen.\n')
eggs = odf_create_list_item('Here is Mr. Bagthorpe of London, '
'SE14.\n')
foo = odf_create_list_item('He cannot be seen.')
bar = odf_create_list_item('Now I am going to ask him to stand up.')
baz = odf_create_list_item('Mr. Bagthorpe, will you stand up please?')
# Create the lists
how_not_to_be_seen1 = odf_create_list()
how_not_to_be_seen2 = odf_create_list()
how_not_to_be_seen3 = odf_create_list()
# Fill the lists
# First list
how_not_to_be_seen1.append_item(spam)
# Second list
how_not_to_be_seen2.append_item(ham)
how_not_to_be_seen2.append_item(eggs)
how_not_to_be_seen2.append_item(foo)
# Third list
how_not_to_be_seen3.append_item(bar)
how_not_to_be_seen3.append_item(baz)
# Create the final nested list (how_not_to_be_seen1)
spam.append(how_not_to_be_seen2)
foo.append(how_not_to_be_seen3)
# Initialize an empty fake context
context = {
'document': None,
'footnotes': [],
'endnotes': [],
'annotations': [],
'rst_mode': False
}
expected = ('- In this picture, there are 47 people;\n'
' none of them can be seen.\n'
' \n'
' - In this film, we hope to show you the\n'
' value of not being seen.\n'
' - Here is Mr. Bagthorpe of London, SE14.\n'
' - He cannot be seen.\n'
' \n'
' - Now I am going to ask him to stand up.\n'
' - Mr. Bagthorpe, will you stand up please?\n')
self.assertEqual(how_not_to_be_seen1.get_formatted_text(context),
expected)
def test_insert_item(self):
breakfast = odf_create_list()
breakfast.insert_item('spam', 1)
breakfast.insert_item('eggs', 2)
item = odf_create_list_item('ham')
breakfast.insert_item(item, -1)
expected = ('<text:list>'
'<text:list-item>'
'<text:p>spam</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>ham</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>eggs</text:p>'
'</text:list-item>'
'</text:list>')
# TODO Use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_insert_item(self):
breakfast = odf_create_list()
breakfast.insert_item(u'spam', 1)
breakfast.insert_item(u'eggs', 2)
item = odf_create_list_item(u'ham')
breakfast.insert_item(item, -1)
expected = ('<text:list>'
'<text:list-item>'
'<text:p>spam</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>ham</text:p>'
'</text:list-item>'
'<text:list-item>'
'<text:p>eggs</text:p>'
'</text:list-item>'
'</text:list>')
# TODO Use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_get_formatted_text(self):
# Create the items
spam = odf_create_list_item(u'In this picture, there are 47 people;\n'
u'none of them can be seen.')
ham = odf_create_list_item(u'In this film, we hope to show you the\n'
u'value of not being seen.\n')
eggs = odf_create_list_item(u'Here is Mr. Bagthorpe of London, '
u'SE14.\n')
foo = odf_create_list_item(u'He cannot be seen.')
bar = odf_create_list_item(u'Now I am going to ask him to stand up.')
baz = odf_create_list_item(u'Mr. Bagthorpe, will you stand up please?')
# Create the lists
how_not_to_be_seen1 = odf_create_list()
how_not_to_be_seen2 = odf_create_list()
how_not_to_be_seen3 = odf_create_list()
# Fill the lists
# First list
how_not_to_be_seen1.append_item(spam)
# Second list
how_not_to_be_seen2.append_item(ham)
how_not_to_be_seen2.append_item(eggs)
how_not_to_be_seen2.append_item(foo)
# Third list
how_not_to_be_seen3.append_item(bar)
how_not_to_be_seen3.append_item(baz)
# Create the final nested list (how_not_to_be_seen1)
spam.append(how_not_to_be_seen2)
foo.append(how_not_to_be_seen3)
# Initialize an empty fake context
context = {'document': None,
'footnotes': [],
'endnotes': [],
'annotations': [],
'rst_mode': False}
expected = (u'- In this picture, there are 47 people;\n'
u' none of them can be seen.\n'
u' \n'
u' - In this film, we hope to show you the\n'
u' value of not being seen.\n'
u' - Here is Mr. Bagthorpe of London, SE14.\n'
u' - He cannot be seen.\n'
u' \n'
u' - Now I am going to ask him to stand up.\n'
u' - Mr. Bagthorpe, will you stand up please?\n')
self.assertEqual(how_not_to_be_seen1.get_formatted_text(context),
expected)
def test_insert_item(self):
breakfast = odf_create_list()
breakfast.insert_item(u"spam", 1)
breakfast.insert_item(u"eggs", 2)
item = odf_create_list_item(u"ham")
breakfast.insert_item(item, -1)
expected = (
"<text:list>"
"<text:list-item>"
"<text:p>spam</text:p>"
"</text:list-item>"
"<text:list-item>"
"<text:p>ham</text:p>"
"</text:list-item>"
"<text:list-item>"
"<text:p>eggs</text:p>"
"</text:list-item>"
"</text:list>"
)
# TODO Use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(), expected)
def test_get_formatted_text(self):
# Create the items
spam = odf_create_list_item(u"In this picture, there are 47 people;\n" u"none of them can be seen.")
ham = odf_create_list_item(u"In this film, we hope to show you the\n" u"value of not being seen.\n")
eggs = odf_create_list_item(u"Here is Mr. Bagthorpe of London, " u"SE14.\n")
foo = odf_create_list_item(u"He cannot be seen.")
bar = odf_create_list_item(u"Now I am going to ask him to stand up.")
baz = odf_create_list_item(u"Mr. Bagthorpe, will you stand up please?")
# Create the lists
how_not_to_be_seen1 = odf_create_list()
how_not_to_be_seen2 = odf_create_list()
how_not_to_be_seen3 = odf_create_list()
# Fill the lists
# First list
how_not_to_be_seen1.append_item(spam)
# Second list
how_not_to_be_seen2.append_item(ham)
how_not_to_be_seen2.append_item(eggs)
how_not_to_be_seen2.append_item(foo)
# Third list
how_not_to_be_seen3.append_item(bar)
how_not_to_be_seen3.append_item(baz)
# Create the final nested list (how_not_to_be_seen1)
spam.append_element(how_not_to_be_seen2)
foo.append_element(how_not_to_be_seen3)
# Initialize an empty fake context
context = {"document": None, "footnotes": [], "endnotes": [], "annotations": [], "rst_mode": False}
expected = (
u"- In this picture, there are 47 people;\n"
u" none of them can be seen.\n"
u" - In this film, we hope to show you the\n"
u" value of not being seen.\n"
u" - Here is Mr. Bagthorpe of London, SE14.\n"
u" - He cannot be seen.\n"
u" - Now I am going to ask him to stand up.\n"
u" - Mr. Bagthorpe, will you stand up please?\n"
)
self.assertEqual(how_not_to_be_seen1.get_formatted_text(context), expected)
def test_nested_list(self):
breakfast = odf_create_list()
spam = odf_create_list_item(u'spam')
ham = odf_create_list_item(u'ham')
eggs = odf_create_list_item(u'eggs')
# First way: a list in an item, right next to a paragraph
spam.append(odf_create_list([u'thé', u'café', u'chocolat']))
breakfast.append_item(spam)
breakfast.append_item(ham)
breakfast.append_item(eggs)
# Second way: a list as an item
breakfast.append_item(breakfast.clone())
expected = ('<text:list>\n'
' <text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>thé</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>café</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>chocolat</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>thé</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>café</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>chocolat</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
'</text:list>\n')
# TODO Use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(pretty=True), expected)
body.append(toc) # Add Paragraph paragraph = odf_create_paragraph(u'lpOD generated Document') body.append(paragraph) # Add Heading heading = odf_create_heading(1, text=u'Lists') body.append(heading) # # A list # my_list = odf_create_list([u'chocolat', u'café']) item = odf_create_list_item(u'Du thé') item.append(odf_create_list([u'thé vert', u'thé rouge'])) my_list.append_item(item) # insert item by position my_list.insert_item(u'Chicorée', position=1) # insert item by relative position the = my_list.get_item(content=u'thé') my_list.insert_item(u'Chicorée', before=the) my_list.insert_item(u'Chicorée', after=the) body.append(my_list) # # Footnote with odf_create_note of class "footnote" and insert_note
commercial = odf_new_document('text')
body = commercial.get_body()
catalog = make_catalog()
title1 = odf_create_heading(1, u"Basic commercial document")
body.append(title1)
title11 = odf_create_heading(2, u"Available products")
body.append(title11)
paragraph = odf_create_paragraph(u"Here the list:")
body.append(paragraph)
# List of products in a list :
product_list = odf_create_list()
body.append(product_list)
for product in catalog:
item = odf_create_list_item(u"%-10s, price: %.2f €" % (
product.name, product.price))
product_list.append(item)
title12 = odf_create_heading(2, u"Your command")
body.append(title12)
command = {0 : 1, 1 : 12, 2 : 3, 4 : 5 }
# A table in the text document :
table = odf_create_table(u"Table")
body.append(table)
row = odf_create_row()
row.set_values([u"Product", u"Price", u"Quantity", u"Amount"])
table.set_row("A1", row)
# or: table.set_row(0, row)
row_number = 0
# -*- coding: UTF-8 -*-
from lpod.document import odf_new_document
from lpod.list import odf_create_list
document = odf_new_document('text')
body = document.get_body()
my_list = odf_create_list([u'chocolat', u'café'])
body.append(my_list)
from lpod.list import odf_create_list_item
item = odf_create_list_item(u"thé")
my_list.append(item)
#A sublist is simply a list as an item of another list
item.append( odf_create_list( [u"thé vert", u"thé rouge"] ) )
print body.serialize(True)
def test_create_item(self):
item = odf_create_list_item()
expected = '<text:list-item/>'
self.assertEqual(item.serialize(), expected)
def test_create_item(self):
item = odf_create_list_item()
expected = '<text:list-item/>'
self.assertEqual(item.serialize(), expected)
# Import the list item factory module
from lpod.list import odf_create_list_item
# Create the document
my_document = odf_new_document('text')
body = my_document.get_body()
# Adding List
my_list = odf_create_list([u'Arthur', u'Ford', u'Trillian'])
# The list factory accepts a Python list of unicode strings and list items.
# The list can be written even though we will modify it afterwards:
body.append(my_list)
# Adding more List Item to the list, using the factory
item = odf_create_list_item(u'Marvin')
my_list.append_item(item)
if not os.path.exists('test_output'):
os.mkdir('test_output')
output = os.path.join('test_output', 'my_document_with_list.odt')
# And finally save the document.
my_document.save(target=output, pretty=True)
# it should contain only :
print my_document.get_formatted_text()
# - Arthur
# - Ford
def list_item(self, text):
item = odf_create_list_item()
for elem in wrap_spans(text.get()):
item.append(elem)
return ODFPartialTree.from_metrics_provider([item], self)
# -*- coding: UTF-8 -*-
from lpod.document import odf_new_document
from lpod.list import odf_create_list
document = odf_new_document('text')
body = document.get_body()
my_list = odf_create_list([u'chocolat', u'café'])
body.append(my_list)
from lpod.list import odf_create_list_item
item = odf_create_list_item(u"thé")
my_list.append(item)
#A sublist is simply a list as an item of another list
item.append(odf_create_list([u"thé vert", u"thé rouge"]))
print body.serialize(True)
def test_nested_list(self):
breakfast = odf_create_list()
spam = odf_create_list_item('spam')
ham = odf_create_list_item('ham')
eggs = odf_create_list_item('eggs')
# First way: a list in an item, right next to a paragraph
spam.append(odf_create_list(['thé', 'café', 'chocolat']))
breakfast.append_item(spam)
breakfast.append_item(ham)
breakfast.append_item(eggs)
# Second way: a list as an item
breakfast.append_item(breakfast.clone())
expected = ('<text:list>\n'
' <text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>thé</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>café</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>chocolat</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>spam</text:p>\n'
' <text:list>\n'
' <text:list-item>\n'
' <text:p>thé</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>café</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>chocolat</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>ham</text:p>\n'
' </text:list-item>\n'
' <text:list-item>\n'
' <text:p>eggs</text:p>\n'
' </text:list-item>\n'
' </text:list>\n'
' </text:list-item>\n'
'</text:list>\n')
# TODO Use the true list element in the body of the document instead of
# the element just created.
self.assertEqual(breakfast.serialize(pretty=True), expected)
def list_item(self, text):
item = odf_create_list_item()
for elem in wrap_spans(text.get()):
item.append(elem)
return ODFPartialTree.from_metrics_provider([item], self)
body.append(toc) # Add Paragraph paragraph = odf_create_paragraph(u'lpOD generated Document') body.append(paragraph) # Add Heading heading = odf_create_heading(1, text=u'Lists') body.append(heading) # # A list # my_list = odf_create_list([u'chocolat', u'café']) item = odf_create_list_item(u'Du thé') item.append(odf_create_list([u'thé vert', u'thé rouge'])) my_list.append_item(item) # insert item by position my_list.insert_item(u'Chicorée', position=1) # insert item by relative position the = my_list.get_item(content=u'thé') my_list.insert_item(u'Chicorée', before=the) my_list.insert_item(u'Chicorée', after=the) body.append(my_list) # # Footnote with odf_create_note of class "footnote" and insert_note
