def make_tableMarginInCell():
doc, section, styles = RTFTestCase.initializeDoc()
cell_margins0 = MarginsPropertySet(top=0, right=0, bottom=0, left=0)
cell_margins1 = MarginsPropertySet(top=500,
right=500,
bottom=500,
left=500)
cell_margins2 = MarginsPropertySet(top=1000,
right=1000,
bottom=1000,
left=1000)
section.append('Table with Margin in Cells')
table = Table(TableTestCase.col1, TableTestCase.col2,
TableTestCase.col3)
table.AddRow(Cell(cell_margins0, 'Marign 0'),
Cell(
cell_margins1,
'Margin 500',
), Cell(cell_margins2, 'Margin 1000'))
table.AddRow(Cell(cell_margins0, 'Marign 0'),
Cell(
cell_margins1,
'Margin 500',
), Cell(cell_margins2, 'Margin 1000'))
table.AddRow(Cell(cell_margins0, 'Marign 0'),
Cell(
cell_margins1,
'Margin 500',
), Cell(cell_margins2, 'Margin 1000'))
section.append(table)
return doc
def make_tableVerticalCellMerge():
doc, section, styles = RTFTestCase.initializeDoc()
section.append('Table with Vertical Cells Merged')
table = Table(TableTestCase.col1, TableTestCase.col2,
TableTestCase.col3)
table.AddRow(Cell('A-one'), Cell('A-two', vertical_merge=True),
Cell('A-three'))
table.AddRow(Cell('A-one'), Cell(vertical_merge=True), Cell('A-three'))
table.AddRow(Cell('A-one'), Cell('A-two', start_vertical_merge=True),
Cell('A-three'))
table.AddRow(Cell('A-one'), Cell(vertical_merge=True), Cell('A-three'))
table.AddRow(
Cell(Paragraph(
ParagraphPropertySet(alignment=ParagraphPropertySet.CENTER),
'SPREAD'),
span=3))
table.AddRow(Cell('A-one'), Cell('A-two', vertical_merge=True),
Cell('A-three'))
table.AddRow(Cell('A-one'), Cell(vertical_merge=True), Cell('A-three'))
table.AddRow(Cell('A-one'), Cell('A-two', start_vertical_merge=True),
Cell('A-three'))
table.AddRow(Cell('A-one'), Cell(vertical_merge=True), Cell('A-three'))
section.append(table)
return doc
def addConsultationBox(self, section, document):
""" Add the consultation box that needs to be signed by the employer
and workers.
"""
ss = document.StyleSheet
styles = document.StyleSheet.ParagraphStyles
thin_edge = BorderPropertySet(width=20, style=BorderPropertySet.SINGLE)
t = lambda txt: "".join([
"\u%s?" % str(ord(e)) for e in translate(txt, context=self.request)
])
table = Table(9500)
thin_edge = BorderPropertySet(width=20, style=BorderPropertySet.SINGLE)
no_edge = BorderPropertySet(width=0, colour=ss.Colours.White)
p = Paragraph(
styles.Heading3,
ParagraphPropertySet(alignment=ParagraphPropertySet.CENTER),
t(
_("header_oira_report_consultation",
default="Consultation of workers")))
c = Cell(p, FramePropertySet(thin_edge, thin_edge, no_edge, thin_edge))
table.AddRow(c)
p = Paragraph(
styles.Normal,
ParagraphPropertySet(alignment=ParagraphPropertySet.LEFT),
t(
_("paragraph_oira_consultation_of_workers",
default="The undersigned hereby declare that the workers "
"have been consulted on the content of this "
"document.")), LINE)
c = Cell(p, FramePropertySet(no_edge, thin_edge, no_edge, thin_edge))
table.AddRow(c)
p = Paragraph(
styles.Normal,
ParagraphPropertySet(alignment=ParagraphPropertySet.LEFT),
)
employer = t(
_("oira_consultation_employer",
default="On behalf of the employer:"))
workers = t(
_("oira_consultation_workers",
default="On behalf of the workers:"))
p.append(employer, TAB, TAB, TAB, TAB, workers, LINE, LINE)
c = Cell(p, FramePropertySet(no_edge, thin_edge, no_edge, thin_edge))
table.AddRow(c)
p = Paragraph(
ParagraphPropertySet(alignment=ParagraphPropertySet.LEFT),
t(_("oira_survey_date", default="Date:")), LINE, LINE)
c = Cell(p, FramePropertySet(no_edge, thin_edge, thin_edge, thin_edge))
table.AddRow(c)
section.append(table)
def test_tableAddRow(self):
table = Table(1000)
self.assertRaises(Exception, table.AddRow) # no params at all
table.AddRow(Cell('1')) # one cell, ok
self.assertRaises(Exception, table.AddRow, Cell('1'),
Cell('1')) # 2 cells, error
self.assertRaises(Exception, table.AddRow,
1) # height but no cell, error
table.AddRow(1, Cell('1')) # height plus one cell, ok
self.assertRaises(Exception, table.AddRow, 1, Cell('1'),
Cell('1')) # height with 2 cells, error
def make_tableHorizontalCellMerge():
doc, section, styles = RTFTestCase.initializeDoc()
section.append( 'Table with Horizontal Cells Merged' )
table = Table( TableTestCase.col1, TableTestCase.col2, TableTestCase.col3 )
table.AddRow( Cell( 'A-one' ), Cell( 'A-two' ), Cell( 'A-three' ) )
table.AddRow( Cell( 'A-one' ), Cell( 'A-two', span=2 ) )
table.AddRow( Cell( 'A-one', span=3 ) )
table.AddRow( Cell( 'A-one' ), Cell( 'A-two' ), Cell( 'A-three' ) )
table.AddRow( Cell( 'A-one', span=2 ), Cell( 'A-two' ) )
section.append( table )
return doc
def make_tableFlowRightToLeft():
doc, section, styles = RTFTestCase.initializeDoc()
section.append( 'Table with content flowing right to left' )
table = Table( TableTestCase.col4, TableTestCase.col1, TableTestCase.col2, TableTestCase.col3 )
table.AddRow( Cell( 'one' ), Cell( 'two' ), Cell( 'three' ),
Cell( 'This is pretty amazing', flow=Cell.FLOW_RL_TB, start_vertical_merge=True ) )
for i in range( 10 ) :
table.AddRow( Cell( 'one' ), Cell( 'two' ), Cell( 'three' ),
Cell( vertical_merge=True ))
section.append( table )
return doc
def add_sentences_table(self, section):
global LANGS
p = Paragraph( self.ss.ParagraphStyles.Heading1 )
p.append(TEXT('Example Sentences ({0})'.format(LANGS[self.lang]),bold=True))
section.append( p )
table = Table(TabPropertySet.DEFAULT_WIDTH * 1,
TabPropertySet.DEFAULT_WIDTH * 9,
TabPropertySet.DEFAULT_WIDTH * 3)
thin_edge = BorderPropertySet( width=10, style=BorderPropertySet.SINGLE )
thick_edge = BorderPropertySet( width=80, style=BorderPropertySet.SINGLE )
thin_frame = FramePropertySet( thin_edge, thin_edge, thin_edge, thin_edge )
thick_frame = FramePropertySet( thick_edge, thick_edge, thick_edge, thick_edge )
mixed_frame = FramePropertySet( thin_edge, thick_edge, thin_edge, thick_edge )
h1 = self.cell("CM#",True)
h2 = self.cell("Sentence",True)
h3 = self.cell("Fragment",True)
table.AddRow(h1,h2,h3)
for (id, sent, frag, trans) in sorted(self.sentences,key=lambda key: float(key[0])):
color=None
# if there is a previous log, color new things red
if self.plog:
color=self.ss.Colours.Red
if 'sentences' in self.plog:
for (lid, lsent, lfrag) in self.plog['sentences']:
if (rtf_encode(id)==lid) and (rtf_encode(sent)==lsent) and (rtf_encode(frag)==lfrag):
color=None
break
c1 = self.cell(id, False, color)
c2 = self.cell(sent, False, color)
c3 = self.cell(frag, False, color)
table.AddRow(c1,c2,c3)
# put sentence translation on next line for non-EN and if trans is present
if (self.lang != "en") and trans:
c1 = self.cell("", False, color)
c2 = self.cell(trans, False, color)
c3 = self.cell("", False, color)
table.AddRow(c1,c2,c3)
section.append(table)
def add_subdimensions_table(self, section):
global LANGS
p = Paragraph( self.ss.ParagraphStyles.Heading1 )
p.append(TEXT('Proposed Common Program Sources and Source Sub-dimensions ({0})'.format(LANGS[self.lang]),bold=True))
section.append( p )
table = Table(TabPropertySet.DEFAULT_WIDTH * 1,
TabPropertySet.DEFAULT_WIDTH * 2,
TabPropertySet.DEFAULT_WIDTH * 3,
TabPropertySet.DEFAULT_WIDTH * 4,
TabPropertySet.DEFAULT_WIDTH * 3 )
h1 = self.cell("CM#",True)
h2 = self.cell("Target",True)
h3 = self.cell("Semantic Clusters",True)
h4 = self.cell("Source Sub-dimensions",True)
h5 = self.cell("Source",True)
table.AddRow(h1,h2,h3,h4,h5)
for id in sorted(self.subdimensions, key=lambda key: float(key)):
color=None
# if there is a previous log, color new things red
if self.plog:
color=self.ss.Colours.Red
if 'subdimensions' in self.plog:
if id in self.plog['subdimensions']:
color=None
c1 = self.cell(id,False,color)
c2 = self.cell(self.subdimensions[id][0],False,color)
c3 = self.cell(self.subdimensions[id][1],False,color)
c4 = self.cell(self.subdimensions[id][2],False,color)
c5 = self.cell(self.subdimensions[id][3],False,color)
table.AddRow(c1,c2,c3,c4,c5)
if (self.lang=='fa') and (id in self.subdim_glosses):
t1 = self.cell('',False,color)
t2 = self.cell(self.subdim_glosses[id][0],False,color)
t3 = self.cell(self.subdim_glosses[id][1],False,color)
t4 = self.cell(self.subdim_glosses[id][2],False,color)
t5 = self.cell(self.subdim_glosses[id][3],False,color)
table.AddRow(t1,t2,t3,t4,t5)
section.append(table)
def createSection(document, survey, request, first_page_number=1):
t = lambda txt: "".join(
["\u%s?" % str(ord(e)) for e in translate(txt, context=request)])
section = Section(break_type=Section.PAGE,
first_page_number=first_page_number)
footer_txt = t(
_("report_survey_revision",
default=u"This report was based on the OiRA Tool '${title}' "\
u"of revision date ${date}.",
mapping={"title": survey.published[1],
"date": formatDate(request, survey.published[2])}))
header = Table(4750, 4750)
c1 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer,
survey.published[1]))
pp = ParagraphPropertySet
header_props = pp(alignment=pp.RIGHT)
c2 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer, header_props,
formatDate(request, datetime.today())))
header.AddRow(c1, c2)
section.Header.append(header)
footer = Table(9000, 500)
# rtfng does not like unicode footers
c1 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer,
pp(alignment=pp.LEFT), footer_txt))
c2 = Cell(Paragraph(pp(alignment=pp.RIGHT), PAGE_NUMBER))
footer.AddRow(c1, c2)
section.Footer.append(footer)
document.Sections.append(section)
return section
def createIdentificationReportSection(document, survey, request):
t = lambda txt: "".join(
["\u%s?" % str(ord(e)) for e in translate(txt, context=request)])
section = Section()
footer_txt = t(
_("report_identification_revision",
default=u"This document was based on the OiRA Tool '${title}' of "
u"revision date ${date}.",
mapping={
"title": survey.published[1],
"date": formatDate(request, survey.published[2])
}))
header = Table(4750, 4750)
c1 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer,
SessionManager.session.title))
pp = ParagraphPropertySet
header_props = pp(alignment=pp.RIGHT)
c2 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer, header_props,
formatDate(request, datetime.today())))
header.AddRow(c1, c2)
section.Header.append(header)
footer = Table(9000, 500)
c1 = Cell(
Paragraph(document.StyleSheet.ParagraphStyles.Footer,
pp(alignment=pp.LEFT), footer_txt))
c2 = Cell(Paragraph(pp(alignment=pp.RIGHT), PAGE_NUMBER))
footer.AddRow(c1, c2)
section.Footer.append(footer)
section.SetBreakType(section.PAGE)
document.Sections.append(section)
return section
def test_tableAddRow(self):
table = Table(1000)
with pytest.raises(Exception):
table.AddRow() # no params at all
table.AddRow(Cell('1')) # one cell, ok
with pytest.raises(Exception):
table.AddRow(Cell('1'), Cell('1')) # 2 cells, error
with pytest.raises(Exception):
table.AddRow(1) # height but no cell, error
table.AddRow(1, Cell('1')) # height plus one cell, ok
with pytest.raises(Exception):
table.AddRow(1, Cell('1'),
Cell('1')) # height with 2 cells, error
def make_tables():
doc, section, styles = RTFTestCase.initializeDoc()
p = Paragraph( styles.ParagraphStyles.Heading1 )
p.append( 'Example 3' )
section.append( p )
# changes what is now the default style of Heading1 back to Normal
p = Paragraph( styles.ParagraphStyles.Normal )
p.append( 'Example 3 demonstrates tables, tables represent one of the '
'harder things to control in RTF as they offer alot of '
'flexibility in formatting and layout.' )
section.append( p )
section.append( 'Table columns are specified in widths, the following example '
'consists of a table with 3 columns, the first column is '
'7 tab widths wide, the next two are 3 tab widths wide. '
'The widths chosen are arbitrary, they do not have to be '
'multiples of tab widths.' )
table = Table( TabPropertySet.DEFAULT_WIDTH * 7,
TabPropertySet.DEFAULT_WIDTH * 3,
TabPropertySet.DEFAULT_WIDTH * 3 )
c1 = Cell( Paragraph( 'Row One, Cell One' ) )
c2 = Cell( Paragraph( 'Row One, Cell Two' ) )
c3 = Cell( Paragraph( 'Row One, Cell Three' ) )
table.AddRow( c1, c2, c3 )
c1 = Cell( Paragraph( styles.ParagraphStyles.Heading2, 'Heading2 Style' ) )
c2 = Cell( Paragraph( styles.ParagraphStyles.Normal, 'Back to Normal Style' ) )
c3 = Cell( Paragraph( 'More Normal Style' ) )
table.AddRow( c1, c2, c3 )
c1 = Cell( Paragraph( styles.ParagraphStyles.Heading2, 'Heading2 Style' ) )
c2 = Cell( Paragraph( styles.ParagraphStyles.Normal, 'Back to Normal Style' ) )
c3 = Cell( Paragraph( 'More Normal Style' ) )
table.AddRow( c1, c2, c3 )
section.append( table )
section.append( 'Different frames can also be specified for each cell in the table '
'and each frame can have a different width and style for each border.' )
thin_edge = BorderPropertySet( width=20, style=BorderPropertySet.SINGLE )
thick_edge = BorderPropertySet( width=80, style=BorderPropertySet.SINGLE )
thin_frame = FramePropertySet( thin_edge, thin_edge, thin_edge, thin_edge )
thick_frame = FramePropertySet( thick_edge, thick_edge, thick_edge, thick_edge )
mixed_frame = FramePropertySet( thin_edge, thick_edge, thin_edge, thick_edge )
table = Table( TabPropertySet.DEFAULT_WIDTH * 3, TabPropertySet.DEFAULT_WIDTH * 3, TabPropertySet.DEFAULT_WIDTH * 3 )
c1 = Cell( Paragraph( 'R1C1' ), thin_frame )
c2 = Cell( Paragraph( 'R1C2' ) )
c3 = Cell( Paragraph( 'R1C3' ), thick_frame )
table.AddRow( c1, c2, c3 )
c1 = Cell( Paragraph( 'R2C1' ) )
c2 = Cell( Paragraph( 'R2C2' ) )
c3 = Cell( Paragraph( 'R2C3' ) )
table.AddRow( c1, c2, c3 )
c1 = Cell( Paragraph( 'R3C1' ), mixed_frame )
c2 = Cell( Paragraph( 'R3C2' ) )
c3 = Cell( Paragraph( 'R3C3' ), mixed_frame )
table.AddRow( c1, c2, c3 )
section.append( table )
section.append( 'In fact frames can be applied to paragraphs too, not just cells.' )
p = Paragraph( styles.ParagraphStyles.Normal, thin_frame )
p.append( 'This whole paragraph is in a frame.' )
section.append( p )
return doc
"Biographical Sketch Format Page")
section.Footer.append(p)
# Put in the top table
table = Table(5310, 270, 1170, 1440, 2610)
p1 = Paragraph(ss.ParagraphStyles.Title, "BIOGRAPHICAL SKETCH")
p2 = Paragraph(ss.ParagraphStyles.Subtitle)
p2.append('Provide the following information for the Senior/key personnel ' \
'and other significant contributors in the order listed on Form Page 2.')
p3 = Paragraph(ss.ParagraphStyles.Subtitle)
p3.append("Follow this format for each person. ",
B("DO NOT EXCEED FOUR PAGES."))
c = Cell(p1, p2, p3, topBottom, span=5)
table.AddRow(c)
c = Cell(Paragraph(ss.ParagraphStyles.Subtitle, ' '), bottom_frame, span=5)
table.AddRow(c)
p1 = Paragraph(ss.ParagraphStyles.SubtitleLeft, 'NAME')
p2 = Paragraph(ss.ParagraphStyles.Normal, person['first_name'], ' ',
person['last_name'])
c1 = Cell(p1, p2, bottom_right_frame, span=2)
c2 = Cell(Paragraph(ss.ParagraphStyles.SubtitleLeft, 'POSITION TITLE'), span=3)
table.AddRow(c1, c2)
p1 = Paragraph(ss.ParagraphStyles.SubtitleLeft,
'eRA COMMONS USER NAME (credential, e.g., agency login)')
p2 = Paragraph(ss.ParagraphStyles.Normal, person['era_commons'])
c1 = Cell(p1, p2, bottom_right_frame, span=2)
def generateReport(window, plot, evals, lagranges):
"""Save session report to rtf document
"""
fileName = Qt.QFileDialog.getSaveFileName(window, u'Сохранить отчет', '.',
'Word (*.doc)')
if not fileName.isNull():
doc = Document()
#ss = doc.StyleSheet
section = Section()
doc.Sections.append(section)
minX, maxX, minY, maxY = plot.getBounds()
section.append(u'Полотно растеризации:')
section.append('')
table = Table(TabPropertySet.DEFAULT_WIDTH, \
TabPropertySet.DEFAULT_WIDTH * 3, \
TabPropertySet.DEFAULT_WIDTH * 3)
table.AddRow(Cell(Paragraph(u'ось')), Cell(Paragraph(u'от')),
Cell(Paragraph(u'до')))
table.AddRow(Cell(Paragraph('x')), Cell(Paragraph(str(minX))),
Cell(Paragraph(str(maxX))))
table.AddRow(Cell(Paragraph('y')), Cell(Paragraph(str(minY))),
Cell(Paragraph(str(maxY))))
section.append(table)
section.append(u'Детализация: %d %s на график' %
(plot.width(),
langMorph(plot.width(),
(u'точек', u'точка', u'точки'))))
section.append(Paragraph(getPlotImage(plot)))
section.append('')
section.append(u'%d %s:' %
(len(evals),
langMorph(len(evals),
(u'функций', u'функция', u'функции'))))
#for s in evals:
# section.append('f(x) = %s' % s)
for i in evals:
section.append('f(x) = %s' % i.getExpression())
section.append('')
section.append(u'%d %s Лагранжа' %
(len(lagranges),
langMorph(len(lagranges),
(u'полиномов', u'полином', u'полинома'))))
for i in lagranges:
points = i.count()
section.append(ur'\u2014' * 30)
section.append(
u'%d %s:' %
(points, langMorph(points, (u'точек', u'точка', u'точки'))))
table = Table(TabPropertySet.DEFAULT_WIDTH / 2, \
TabPropertySet.DEFAULT_WIDTH * 3, \
TabPropertySet.DEFAULT_WIDTH * 3)
for j in xrange(points):
table.AddRow(Cell(Paragraph('%d' % j)),
Cell(Paragraph('%g' % i.pointX[j])),
Cell(Paragraph('%g' % i.pointY[j])))
section.append(table)
section.append(u'L(x) = %s' % i.toString())
Renderer().Write(doc, file(unicode(fileName), 'w'))
def addMeasure(self, document, heading, section, measure):
""" Requirements for how the measure section should be displayed are
in #2611
"""
t = lambda txt: "".join([
"\u%s?" % str(ord(e)) for e in translate(txt, context=self.request)
])
ss = document.StyleSheet
styles = ss.ParagraphStyles
table = Table(9500)
thin_edge = BorderPropertySet(width=20, style=BorderPropertySet.SINGLE)
no_edge = BorderPropertySet(width=0, colour=ss.Colours.White)
p = Paragraph(styles.MeasureHeading,
ParagraphPropertySet(left_indent=300, right_indent=300),
t(_("header_measure_single", default=u"Measure")))
c = Cell(p, FramePropertySet(thin_edge, thin_edge, no_edge, thin_edge))
table.AddRow(c)
ss = document.StyleSheet
styles = document.StyleSheet.ParagraphStyles
headings = [
t(
_("label_measure_action_plan",
default=u"General approach (to "
u"eliminate or reduce the risk)")),
t(
_("label_measure_prevention_plan",
default=u"Specific action(s) "
u"required to implement this approach")),
t(
_("label_measure_requirements",
default=u"Level of expertise "
u"and/or requirements needed")),
t(
_("label_action_plan_responsible",
default=u"Who is "
u"responsible?")),
t(_("label_action_plan_budget", default=u"Budget")),
t(_("label_action_plan_start", default=u"Planning start")),
t(_("label_action_plan_end", default=u"Planning end")),
]
m = measure
values = [
m.action_plan,
m.prevention_plan,
m.requirements,
m.responsible,
m.budget and str(m.budget) or '',
m.planning_start and formatDate(self.request, m.planning_start)
or '',
m.planning_end and formatDate(self.request, m.planning_end) or '',
]
for heading, value in zip(headings, values):
p = Paragraph(styles.MeasureField, heading)
c = Cell(p, FramePropertySet(no_edge, thin_edge, no_edge,
thin_edge))
table.AddRow(c)
if headings.index(heading) == len(headings) - 1:
frame = FramePropertySet(no_edge, thin_edge, thin_edge,
thin_edge)
else:
frame = FramePropertySet(no_edge, thin_edge, no_edge,
thin_edge)
p = Paragraph(
styles.Normal,
ParagraphPropertySet(left_indent=600, right_indent=600), value)
c = Cell(p, frame)
table.AddRow(c)
section.append(table)
def createItalianIntro(document, survey, request):
t = lambda txt: "".join(
["\u%s?" % str(ord(e)) for e in translate(txt, context=request)])
ss = document.StyleSheet
pp = ParagraphPropertySet
section = Section(break_type=Section.PAGE, first_page_number=1)
footer_txt = t(
u"1) Il documento deve essere munito di “data certa” o attestata dalla "
"sottoscrizione del documento, ai soli fini della prova della data, "
"da parte del RSPP, RLS o RLST, e del medico competente, ove nominato. In "
"assenza di MC o RLS o RLST, la data certa va documentata con PEC o altra "
"forma prevista dalla legge.")
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(
Paragraph(
ss.ParagraphStyles.ITTitle,
pp(alignment=pp.CENTER),
t(u"Azienda ....................."),
))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
dots = u"……………………………………"
section.append(
Paragraph(
ss.ParagraphStyles.ITSubtitle,
pp(alignment=pp.CENTER),
t(u"DOCUMENTO DI VALUTAZIONE DEI RISCHI"),
))
section.append(Paragraph(LINE))
section.append(
Paragraph(
ss.ParagraphStyles.ITSubSubtitle,
pp(alignment=pp.CENTER),
t(u"(artt. 17, 28 D.Lgs. 81/08)"),
))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
section.append(Paragraph(LINE))
data1 = Table(4750, 4750)
c1 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"Data (1), {}".format(dots))))
c2 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"")))
data1.AddRow(c1, c2)
c1 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"Datore di lavoro:")))
c2 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(dots)))
data1.AddRow(c1, c2)
section.append(data1)
section.append(Paragraph(LINE))
section.append(
Paragraph(
ss.ParagraphStyles.ITNormalBold,
pp(alignment=pp.CENTER),
t(u"Se necessario, ai soli fini della prova della data:"),
))
section.append(Paragraph(LINE))
data2 = Table(4750, 4750)
c1 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"RSPP")))
c2 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(dots)))
data2.AddRow(c1, c2)
c1 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"Medico Competente (ove nominato)")))
c2 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(dots)))
data2.AddRow(c1, c2)
c1 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(u"RLS/RLST")))
c2 = Cell(
Paragraph(ss.ParagraphStyles.ITNormalBold, pp(alignment=pp.LEFT),
t(dots)))
data2.AddRow(c1, c2)
section.append(data2)
footer = Table(9500)
# rtfng does not like unicode footers
c1 = Cell(
Paragraph(ss.ParagraphStyles.Footer, pp(alignment=pp.LEFT),
footer_txt))
# c2 = Cell(Paragraph(pp(alignment=pp.RIGHT), PAGE_NUMBER))
footer.AddRow(c1)
section.Footer.append(footer)
document.Sections.append(section)
return section
