def simpledoc(noimagecopy=False):
"""Make a docx (document, relationships) for use in other docx tests"""
relationships = relationshiplist()
imagefiledict = {}
document = newdocument()
docbody = document.xpath('/w:document/w:body', namespaces=nsprefixes)[0]
docbody.append(heading('Heading 1', 1))
docbody.append(heading('Heading 2', 2))
docbody.append(paragraph('Paragraph 1'))
for point in ['List Item 1', 'List Item 2', 'List Item 3']:
docbody.append(paragraph(point, style='ListNumber'))
docbody.append(pagebreak(type='page'))
docbody.append(paragraph('Paragraph 2'))
docbody.append(
table([['A1', 'A2', 'A3'], ['B1', 'B2', 'B3'], ['C1', 'C2', 'C3']]))
docbody.append(pagebreak(type='section', orient='portrait'))
if noimagecopy:
relationships, picpara, imagefiledict = picture(
relationships,
IMAGE1_FILE,
'This is a test description',
imagefiledict=imagefiledict)
else:
relationships, picpara = picture(relationships, IMAGE1_FILE,
'This is a test description')
docbody.append(picpara)
docbody.append(pagebreak(type='section', orient='landscape'))
docbody.append(paragraph('Paragraph 3'))
if noimagecopy:
return (document, docbody, relationships, imagefiledict)
else:
return (document, docbody, relationships)
def append_paragraph(self,
string,
style='BodyText',
breakbefore=False,
jc='left',
spacing={
'before': 0,
'after': 6
},
font_size=12):
self.body.append(
docx.paragraph(string, style, breakbefore, jc, spacing, font_size))
def output_docx_glossary(glos, docxfilename):
import docx # requires https://github.com/mikemaccana/python-docx
items = glos.items()
items.sort()
relationships = docx.relationshiplist()
document = docx.newdocument()
docbody = document.xpath('/w:document/w:body', namespaces=docx.nsprefixes)[0]
docbody.append(docx.heading("ONTORULE glossary", 1))
for k,v in items:
docbody.append(docx.heading(k, 2))
docbody.append(docx.paragraph(to_docx(v)))
coreprops = docx.coreproperties(title='ONTORULE glossary', subject="", creator='ONTORULE', keywords=[])
appprops = docx.appproperties()
contenttypes = docx.contenttypes()
websettings = docx.websettings()
wordrelationships = docx.wordrelationships(relationships)
docx.savedocx(document,coreprops,appprops,contenttypes,websettings,wordrelationships, docxfilename)
def generate_docx_resume():
relationships = docx.relationshiplist()
document = docx.newdocument()
body = document.xpath('/w:document/w:body', namespaces=docx.nsprefixes)[0]
data = resume_dict()
body.append(docx.heading('Resume of', 3))
body.append(docx.heading(data['resume'].name, 1))
body.append(docx.heading(data['resume'].email, 2))
body.append(docx.heading(data['resume'].url, 2))
body.append(docx.heading('PROFILE SUMMARY', 2))
for entry in data['profile_entries']:
body.append(docx.paragraph(entry.entry, style='ListBullet'))
body.append(docx.heading('LINKS', 2))
for link in data['important_links']:
body.append(docx.paragraph('%s - %s' % (
link.description,
link.url,
), style='ListBullet'))
body.append(docx.heading('EXPERTISE', 2))
for entry in data['expertise_entries']:
body.append(docx.paragraph(entry.entry, style='ListBullet'))
# experience
ret += 'EXPERIENCE'.ljust(text_width, '.') + '\n'
ret += '\n'
for entry in data['work_history_entries']:
ret += ' ' + entry.client_name.upper() + '\n'
ret += ' ' + entry.location + '\n'
ret += ' ' + entry.timespan + '\n'
ret += ' ' + entry.title + '\n'
ret += '\n'
for achievement in entry.workachievement_set.all():
wrapped = textwrap.fill(
achievement.description,
text_width-6,
subsequent_indent=' ',
)
ret += ' ' + wrapped + '\n'
ret += '\n'
ret += '\n\n'
# contributions
ret += 'COMMUNITY CONTRIBUTIONS'.ljust(text_width, '.') + '\n'
ret += '\n'
for project in data['projects']:
ret += ' ' + project.name.upper() + '\n'
wrapped = textwrap.fill(
strip_tags(project.short_description),
text_width-3,
subsequent_indent=' ',
)
ret += ' ' + wrapped + '\n'
wrapped = textwrap.fill(
strip_tags(project.long_description),
text_width-3,
subsequent_indent=' ',
)
ret += ' ' + wrapped + '\n\n'
if project.deployment_url:
ret += ' Project Page: %s\n' % project.deployment_url
ret += ' Source Code: %s\n' % project.src_url
ret += '\n\n'
tag_line_top = "This is my plain text resume generator"
tag_line_middle = "Outputting at %s columns" % text_width
tag_line_bottom = "http://github.com/ben174/bugben"
ret += '-' * text_width + '\n'
ret += tag_line_top.center(text_width) + '\n'
ret += tag_line_middle.center(text_width) + '\n'
ret += tag_line_bottom.center(text_width) + '\n'
ret += '-' * text_width + '\n'
# Create our properties, contenttypes, and other support files
title = 'Resume of %s' % data['resume'].name
subject = 'My awesome resume!'
creator = data['resume'].name
keywords = []
coreprops = docx.coreproperties(
title=title,
subject=subject,
creator=creator,
keywords=keywords,
)
appprops = docx.appproperties()
contenttypes = docx.contenttypes()
websettings = docx.websettings()
wordrelationships = docx.wordrelationships(relationships)
data = None
with tempfile.NamedTemporaryFile() as temp:
docx.savedocx(
document,
coreprops,
appprops,
contenttypes,
websettings,
wordrelationships,
temp.name
)
data = open(temp.name).read()
return data
def get_document_docx(filename, doc_id, start_index=1):
"""filename is a file like object (like an HttpResponse)"""
doc = get_doc_copy_with_references(doc_id, start_index=1)
H1 = partial(docx.heading,headinglevel=1)
H2 = partial(docx.heading,headinglevel=2)
N = partial(docx.paragraph,style='')
### Followed the example of the author of the library
relationships = docx.relationshiplist()
document = docx.newdocument()
docbody = document.xpath('/w:document/w:body', namespaces=docx.nsprefixes)[0]
docbody.append(docx.paragraph([('CERN - European Organisation for Nuclear Research','b')],jc='center'))
docbody.append(docx.paragraph([('1211 Geneva 23, Switzerland', 'b')],jc='center'))
### Unable to center the table, commending it for no
# docbody.append(docx.table(
# [[docx.paragraph([('Invitation to tender %s' % doc_id,'b')],jc='center')]],
# heading=False,
# borders={'all':{'color':'auto', 'size':'1', 'val':'single'}},
#
# ))
story = docbody
story.append(N(''))
story.append(N(''))
story.append(docx.paragraph([('Invitation to tender %s' % doc_id,'bu')],jc='center'))
story.append(N(''))
story.append(docx.paragraph([('Technical Specifications','bi')],jc='center'))
story.append(N(''))
if doc.get('intro', None):
story.append(H1(doc['intro_header'] or 'Scope of the invitaion to Tender'))
story.append(N(doc['intro']))
for sys in range(len(doc.get('systems',[]))):
system = doc['systems'][sys]
bt = "%d" % (start_index + sys)
story.append(N('\n\n'))
story.append(H1('%s. %s' % (bt, system['name'])))
if system['description']:
story.append(N(system['description']))
for sec in range(len(system.get('sections',[]))):
section=system['sections'][sec]
bt = '%d.%d' % (start_index + sys, sec+1)
story.append(
H2('%s. %s' % (bt, section['header']))
)
if section['description']:
story.append(N(section['description']))
for q in range(len(section.get('questions',[]))):
question = section['questions'][q]
bt = "%d.%d.%d" % (start_index + sys, sec+1, q+1)
story.append(N('\t%s. %s' % (bt, question['tech_spec'])))
if doc.get('contacts', None):
contacts_per_row=3
_cs = copy.deepcopy(doc.get('contacts',[]))
table_data = []
# let's pad the table
while len(_cs) % contacts_per_row != 0:
_cs.append(dict({u'type_':'', u'name':'', u'address':'',u'tel':'',u'fax':'', u'email':''}))
stack = []
for ci in range(len(_cs)):
stack.append(_cs[ci])
if len(stack) == contacts_per_row:
table_data.append([ u''] + [c['type_']+':' if c['type_'] else '' for c in stack])
table_data.append([u'Name'] + [c['name'] for c in stack])
table_data.append([u'Address'] + [c['address'].replace('\r','') for c in stack])
table_data.append([u'Tel'] + [c['tel'] for c in stack])
table_data.append([u'Fax'] + [c['fax'] for c in stack])
table_data.append([u'E-mail'] + [c['email'] for c in stack])
table_data.append([u'']*(contacts_per_row+1))
stack=[]
story.append(docx.pagebreak())
story.append(H1('Contacts'))
story.append(docx.table(table_data, heading=False))
# Create our properties, contenttypes, and other support files
coreprops = docx.coreproperties(title='Invitation to tender %s' % doc_id,subject='IT %s Technical Specifications',creator='Elisiano Petrini',keywords=['tender','Office Open XML','Word','%s' % doc_id])
appprops = docx.appproperties()
contenttypes = docx.contenttypes()
websettings = docx.websettings()
wordrelationships = docx.wordrelationships(relationships)
f = tempfile.NamedTemporaryFile(delete=False)
docx.savedocx(document,coreprops,appprops,contenttypes,websettings,wordrelationships, f.name)
f.close()
with open(f.name, 'rb') as f:
filename.write(f.read())
os.unlink(f.name)
return document
# Default set of relationshipships - these are the minimum components of a document
relationships = dx.getRelationships()
# Make a new document tree - this is the main part of a Word document
document = dx.newdocument()
# This xpath location is where most interesting content lives
docbody = document.xpath('/w:document/w:body', namespaces=dx.nsprefixes)[0]
# Append two headings and a paragraph
docbody.append(dx.heading('''Welcome to Python's docx module''', 1))
docbody.append(
dx.heading('Make and edit docx in 200 lines of pure Python', 2))
docbody.append(
dx.paragraph(
'The module was created when I was looking for a Python support for MS Word .doc files on PyPI and Stackoverflow. Unfortunately, the only solutions I could find used:'
))
# Add a numbered list
for point in [
'''COM automation''', '''.net or Java''',
'''Automating OpenOffice or MS Office'''
]:
docbody.append(dx.paragraph(point, style='ListNumber'))
docbody.append(
dx.paragraph(
'''For those of us who prefer something simpler, I made docx.'''))
docbody.append(dx.heading('Making documents', 2))
docbody.append(
dx.paragraph('''The docx module has the following features:''',
def append_paragraph(self, string, style='BodyText', breakbefore=False, jc='left', spacing={'before':0, 'after':6}, font_size=12):
self.body.append(docx.paragraph(string, style, breakbefore, jc, spacing, font_size))
<h1>PDF Demo</h1>
<p>lala</p>
<h2>h2</h2>
</body>
</html>
"""
result = StringIO.StringIO()
pdf = pisa.CreatePDF(StringIO.StringIO(html), result)
f = open('generated.pdf', 'w')
f.write(result.getvalue())
import odf.opendocument
import odf.text
textdoc = odf.opendocument.OpenDocumentText()
p = odf.text.P(text="Hello World!")
textdoc.text.addElement(p)
textdoc.save("generated", True)
import docx
document = docx.newdocument()
docbody = document.xpath('/w:document/w:body', namespaces=docx.nsprefixes)[0]
docbody.append(docx.heading('''Welcome to Python's docx module''',1) )
docbody.append(docx.heading('Make and edit docx in 200 lines of pure Python',2))
docbody.append(docx.paragraph('The module was created when I was looking for a Python support for MS Word .doc files'))
coreprops = docx.coreproperties(title='Python docx demo',subject='A practical example of making docx from Python',creator='stas',keywords=['python','Office Open XML','Word'])
appprops = docx.appproperties()
contenttypes = docx.contenttypes()
websettings = docx.websettings()
wordrelationships = docx.wordrelationships(docx.relationshiplist())
docx.savedocx(document, coreprops, appprops, contenttypes, websettings, wordrelationships, 'generated.docx')
def makeref(doc_body, row):
refid = None
try:
refid = int(row["ID"])
except ValueError:
pass
authors = None
if row[authorskey] and row[authorskey] not in ["", " "]:
authors = ", ".join([(", ".join([aa.strip() for aa in a.split(",")]))
for a in row[authorskey].split(";")])
cit_a = ((authors + " " if authors else "") +
("(" + row[yrkey] + ")" if row[yrkey] else "") + ". " if authors
else "") + (row[titlekey] + ". " if row[titlekey] else "")
cit_ab = ""
cit_b = (row[jfullkey]
if row[jfullkey] and row[jfullkey] not in ["", " "] else "")
if cit_b == "":
sauthors = None
if row[sauthorskey] and row[sauthorskey] not in ["", " "]:
sauthors = ", ".join([
(", ".join([aa.strip() for aa in a.split(",")]))
for a in row[sauthorskey].split(";")
])
cit_ab = ("In " + sauthors + " (Eds.)" if sauthors else "")
cit_b = (row[stitlekey]
if row[stitlekey] and row[stitlekey] not in ["", " "] else "")
if cit_ab != "":
cit_a += cit_ab + (", " if cit_b != "" else "")
cit_c = (row[volumekey]
if row[volumekey] and row[volumekey] not in ["", " "] else "") + (
(" " if row[volumekey] and row[volumekey] not in ["", " "]
else "") + "(" + row[issuekey] + ")"
if row[issuekey] and row[issuekey] not in ["", " "] else "")
cit_c = (cit_c + ", " if cit_c != "" else "") + (
row[startpagekey] + ("-" + row[otherpagekey] if row[otherpagekey]
and row[otherpagekey] not in ["", " "] else "")
if row[startpagekey] and row[startpagekey] not in ["", " "] else "")
cit_c = (cit_c + "." if cit_c != "" else "")
cit_d = ""
if not (row[jfullkey] and row[jfullkey] not in ["", " "]):
cit_d = (row[placekey] if row[placekey]
and row[placekey] not in ["", " "] else "") + (
": " if row[placekey] and row[placekey] not in ["", " "]
and row[publisherkey]
and row[publisherkey] not in ["", " "] else
"") + (row[publisherkey] if row[publisherkey]
and row[publisherkey] not in ["", " "] else "")
par_list = [(cit_a, '')]
if cit_b != "":
par_list.append((cit_b, 'i'))
par_list.append((((", " if cit_b != "" or cit_ab != "" else "") +
cit_c if cit_c != "" else "."), ''))
if cit_d != "":
par_list.append((" " + cit_d + ".", ''))
p = docx.paragraph(par_list)
# from https://github.com/python-openxml/python-docx/issues/74
if row[linkskey] and row[linkskey] != "":
run = docx.makeelement('r')
rPr = docx.makeelement('rPr')
run.append(rPr)
t = docx.makeelement('t', tagtext=" ")
t.set('{http://www.w3.org/XML/1998/namespace}space', 'preserve')
run.append(t)
p.append(run)
add_hyperlink(p, row[linkskey])
if row[pidkey] and row[pidkey] != "":
run = docx.makeelement('r')
rPr = docx.makeelement('rPr')
run.append(rPr)
t = docx.makeelement('t', tagtext=" ")
t.set('{http://www.w3.org/XML/1998/namespace}space', 'preserve')
run.append(t)
p.append(run)
add_hyperlink(p, doralinkprefix + row[pidkey])
run = docx.makeelement('r')
rPr = docx.makeelement('rPr')
run.append(rPr)
t = docx.makeelement('t', tagtext=" ")
t.set('{http://www.w3.org/XML/1998/namespace}space', 'preserve')
run.append(t)
p.append(run)
add_hyperlink(p, (refworksreportlinkprefix if
(refid and refid < 10000) else refworkslinkprefix) +
row["ID"])
doc_body.append(p)
return p
doc_body.append(p)
return p
doc = docx.newdocument()
doc_body = None
for el in doc.iter():
if el.tag == '{' + docx.nsprefixes['w'] + '}body':
doc_body = el
break
doc_body.append(docx.heading(title + " (" + str(len(outvals)) + ")", 1))
doc_body.append(
docx.paragraph([
"This report contains all publication types except for \"" +
(excludegenres[0] if len(excludegenres) <= 1 else "\"; \"".join(
[excludegenres[k] for k in range(len(excludegenres) - 1)]) +
"\" and \"" + excludegenres[len(excludegenres) - 1]) + "\"" +
(", as well as publications published before " +
str(yearmin) if yearmin else "") + ".", ''
]))
doc_body.append(docx.heading("Statistics", 2))
stats_table = []
stats_table.append([
"", "Articles" + u" \u2013 " + rkey, "Articles" + u" \u2013 " + nrkey,
"Others", "TOTAL"
])
for key in orgunits:
n_rarts = len(ouarticles[key][rkey] if key in ouarticles else [])
n_nrarts = len(ouarticles[key][nrkey] if key in ouarticles else [])
n_oths = len(ouothers[key] if key in ouothers else [])
n_tot = n_rarts + n_nrarts + n_oths
stats_table.append(
def testparagraph():
"""Ensure paragraph creates p elements"""
testpara = paragraph('paratext', style='BodyText')
assert testpara.tag == (
'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}p')
pass
import docx
if __name__ == '__main__':
# Default set of relationshipships - these are the minimum components of a document
relationships = docx.relationshiplist()
# Make a new document tree - this is the main part of a Word document
document = docx.newdocument()
# This xpath location is where most interesting content lives
docbody = document.xpath( '/w:document/w:body', namespaces = docx.nsprefixes )[0]
# Append two headings and a paragraph
docbody.append( docx.heading( '''Welcome to Python's docx module''', 1 ) )
docbody.append( docx.heading( 'Make and edit docx in 200 lines of pure Python', 2 ) )
docbody.append( docx.paragraph( 'The module was created when I was looking for a Python support for MS Word .doc files on PyPI and Stackoverflow. Unfortunately, the only solutions I could find used:' ) )
# Add a numbered list
for point in ['''COM automation''', '''.net or Java''', '''Automating OpenOffice or MS Office''']:
docbody.append( docx.paragraph( point, style = 'ListNumber' ) )
docbody.append( docx.paragraph( '''For those of us who prefer something simpler, I made docx.''' ) )
docbody.append( docx.heading( 'Making documents', 2 ) )
docbody.append( docx.paragraph( '''The docx module has the following features:''' ) )
# Add some bullets
for point in ['Paragraphs', 'Bullets', 'Numbered lists', 'Multiple levels of headings', 'Tables', 'Document Properties']:
docbody.append( docx.paragraph( point, style = 'ListBullet' ) )
docbody.append( docx.paragraph( 'Tables are just lists of lists, like this:' ) )
# Append a table
import docx as dx
if __name__ == '__main__':
# Default set of relationshipships - these are the minimum components of a document
relationships = dx.getRelationships()
# Make a new document tree - this is the main part of a Word document
document = dx.newdocument()
# This xpath location is where most interesting content lives
docbody = document.xpath('/w:document/w:body', namespaces=dx.nsprefixes)[0]
# Append two headings and a paragraph
docbody.append(dx.heading('''Welcome to Python's docx module''',1) )
docbody.append(dx.heading('Make and edit docx in 200 lines of pure Python',2))
docbody.append(dx.paragraph('The module was created when I was looking for a Python support for MS Word .doc files on PyPI and Stackoverflow. Unfortunately, the only solutions I could find used:'))
# Add a numbered list
for point in ['''COM automation''','''.net or Java''','''Automating OpenOffice or MS Office''']:
docbody.append(dx.paragraph(point,style='ListNumber'))
docbody.append(dx.paragraph('''For those of us who prefer something simpler, I made docx.'''))
docbody.append(dx.heading('Making documents',2))
docbody.append(dx.paragraph('''The docx module has the following features:''', font='Arial', fontsize=10))
# Add some bullets
for point in ['Paragraphs','Bullets','Numbered lists','Multiple levels of headings','Tables','Document Properties']:
docbody.append(dx.paragraph(point,style='ListBullet'))
docbody.append(dx.paragraph('Tables are just lists of lists, like this:'))
# Append a table
def depart_list_item(self, node):
dprint()
text = ''.join(self.states.pop())
self.docbody.append(
docx.paragraph(text, self.list_style[-1], breakbefore=True))
def testparagraph():
"""Ensure paragraph creates p elements"""
testpara = paragraph("paratext", style="BodyText")
assert testpara.tag == ("{http://schemas.openxmlformats.org/wordprocessingml/2006/main}p")
pass
# Create and insert basic table containing input info
Table_Basic=[]
for i in range(n+1):
Table_Basic.append([])
for j in range(n+1):
Table_Basic[i].append("")
for i in range(1,n+1):
Table_Basic[0][i] = "x"+str(i)
Table_Basic[i][0] = "x"+str(i)
for i in range(1,n+1):
for j in range(1, n+1):
Table_Basic[i][j]=str(A[i-1][j-1])
docbody.append(table(Table_Basic,False,borders={'all':{'color':'auto','space':1,'sz':1}}))
docbody.append(heading(u'Решение:',2))
docbody.append(paragraph(u'Согласно отношениям смежности, изобразим граф:'))
# Insert an image of graph
relationships,picpara = picture(relationships,'graph.png','',200,200)
docbody.append(picpara)
docbody.append(heading(u'1. Количество вершин n = %i'%(n),2))
docbody.append(heading(u'2. Количество ребер r = %i'%(r),2))
f = 2-n+r
docbody.append(heading(u'3. Количество граней f = %i'%(f),2))
docbody.append(paragraph('n-r+f = 2'))
docbody.append(paragraph('f = 2-n+r = 2-6+11 = 7'))
def ensure_state(self):
if self.states and self.states[-1]:
result = self.states[-1]
self.states[-1] = []
self.docbody.append(
docx.paragraph(''.join(result), breakbefore=True))
def simpledoc(noimagecopy=False):
"""Make a docx (document, relationships) for use in other docx tests"""
relationships = relationshiplist()
imagefiledict = {}
document = newdocument()
docbody = document.xpath("/w:document/w:body", namespaces=nsprefixes)[0]
docbody.append(heading("Heading 1", 1))
docbody.append(heading("Heading 2", 2))
docbody.append(paragraph("Paragraph 1"))
for point in ["List Item 1", "List Item 2", "List Item 3"]:
docbody.append(paragraph(point, style="ListNumber"))
docbody.append(pagebreak(type="page"))
docbody.append(paragraph("Paragraph 2"))
docbody.append(table([["A1", "A2", "A3"], ["B1", "B2", "B3"], ["C1", "C2", "C3"]]))
docbody.append(pagebreak(type="section", orient="portrait"))
if noimagecopy:
relationships, picpara, imagefiledict = picture(
relationships, IMAGE1_FILE, "This is a test description", imagefiledict=imagefiledict
)
else:
relationships, picpara = picture(relationships, IMAGE1_FILE, "This is a test description")
docbody.append(picpara)
docbody.append(pagebreak(type="section", orient="landscape"))
docbody.append(paragraph("Paragraph 3"))
if noimagecopy:
return (document, docbody, relationships, imagefiledict)
else:
return (document, docbody, relationships)
