def gather_elements(self, client, node, style):
# Either use the figure style or the class
# selected by the user
st_name = 'figure'
if node.get('classes'):
st_name = node.get('classes')[0]
style=client.styles[st_name]
cmd=getattr(style,'commands',[])
image=node.children[0]
if len(node.children) > 1:
caption = node.children[1]
else:
caption=None
if len(node.children) > 2:
legend = node.children[2:]
else:
legend=[]
w=node.get('width',client.styles['figure'].colWidths[0])
cw=[w,]
sub_elems = client.gather_elements(node, style=None)
t_style=TableStyle(cmd)
table = DelayedTable([[e,] for e in sub_elems],style=t_style,
colWidths=cw)
table.hAlign = node.get('align','CENTER').upper()
return [MySpacer(0, style.spaceBefore),table,
MySpacer(0, style.spaceAfter)]
def gather_elements(self, client, node, style):
# Either use the figure style or the class
# selected by the user
if node.get('classes'):
style = client.styles[node.get('classes')[0]]
cmd = getattr(style, 'commands', [])
align = node.get('align', 'XXX')
if align != 'XXX':
for n in node.children:
n['align'] = align
cmd.append(['ALIGN', [0, 0], [-1, -1], align.upper()])
else:
# Figures are centered by default.
cmd.append(['ALIGN', [0, 0], [-1, -1], 'CENTER'])
cw = [
client.styles.adjustUnits(x)
for x in client.styles['figure'].colWidths
]
sub_elems = client.gather_elements(node, style=None)
t_style = TableStyle(cmd)
return [
DelayedTable([[
e,
] for e in sub_elems],
style=t_style,
colWidths=cw)
]
def gather_elements(self, client, node, style):
rows = [client.gen_elements(n) for n in node.children]
t = []
for r in rows:
if not r:
continue
t.append(r)
t_style = TableStyle(client.styles['table'].commands)
colWidths = client.styles['table'].colWidths
return [DelayedTable(t, style=t_style, colWidths=colWidths)]
def gather_elements(self, client, node, style):
# It seems a footnote contains a label and a series of elements
ltext = client.gather_pdftext(node.children[0])
label = None
ids = ''
for i in node.get('ids', []):
ids += '<a name="%s"/>' % (i)
client.targets.extend(node.get('ids', [ltext]))
if len(node['backrefs']) > 1 and client.footnote_backlinks:
backrefs = []
i = 1
for r in node['backrefs']:
backrefs.append('<a href="#%s" color="%s">%d</a>' %
(r, client.styles.linkColor, i))
i += 1
backrefs = '(%s)' % ', '.join(backrefs)
if ltext not in client.targets:
label = Paragraph(ids + '%s' % (ltext + backrefs),
client.styles["endnote"])
client.targets.append(ltext)
elif len(node['backrefs']) == 1 and client.footnote_backlinks:
if ltext not in client.targets:
label = Paragraph(
ids + '<a href="%s" color="%s">%s</a>' %
(node['backrefs'][0], client.styles.linkColor, ltext),
client.styles["endnote"])
client.targets.append(ltext)
else:
if ltext not in client.targets:
label = Paragraph(ids + ltext, client.styles["endnote"])
client.targets.append(ltext)
if not label:
label = Paragraph(ids + ltext, client.styles["endnote"])
contents = client.gather_elements(node, client.styles["endnote"])[1:]
if client.inline_footnotes:
st = client.styles['endnote']
t_style = TableStyle(st.commands)
colWidths = client.styles['endnote'].colWidths
node.elements = [
MySpacer(0, st.spaceBefore),
DelayedTable([[label, contents]],
style=t_style,
colWidths=colWidths),
MySpacer(0, st.spaceAfter)
]
if client.real_footnotes:
client.mustMultiBuild = True
for e in node.elements:
e.isFootnote = True
else:
client.decoration['endnotes'].append([label, contents])
node.elements = []
return node.elements
def gather_elements(self, client, node, style):
# Multiple authors. Create a two-column table.
# Author references on the right.
t_style = TableStyle(client.styles['field-list'].commands)
colWidths = client.styles['field-list'].colWidths
td = [[
Paragraph(client.text_for_label("authors", style) + ":",
style=client.styles['fieldname']),
client.gather_elements(node, style=style)
]]
return [DelayedTable(td, style=t_style, colWidths=colWidths)]
def gather_elements(self, client, node, style):
# A field has two child elements, a field_name and a field_body.
# We render as a two-column table, left-column is right-aligned,
# bold, and much smaller
fn = Paragraph(client.gather_pdftext(node.children[0]) + ":",
style=client.styles['fieldname'])
fb = client.gen_elements(node.children[1],
style=client.styles['fieldvalue'])
t_style = TableStyle(client.styles['field-list'].commands)
return [
DelayedTable([[fn, fb]],
style=t_style,
colWidths=client.styles['field-list'].colWidths)
]
def gather_elements(self, client, node, style):
# Either use the figure style or the class
# selected by the user
st_name = 'figure'
if node.get('classes'):
st_name = node.get('classes')[0]
style = client.styles[st_name]
cmd = getattr(style, 'commands', [])
image = node.children[0]
if len(node.children) > 1:
caption = node.children[1]
else:
caption = None
if len(node.children) > 2:
legend = node.children[2:]
else:
legend = []
w = node.get('width', client.styles['figure'].colWidths[0])
cw = [
w,
]
sub_elems = client.gather_elements(node, style=None)
t_style = TableStyle(cmd)
table = DelayedTable([[
e,
] for e in sub_elems],
style=t_style,
colWidths=cw)
table.hAlign = node.get('align', 'CENTER').upper()
return [
MySpacer(0, style.spaceBefore), table,
MySpacer(0, style.spaceAfter)
]
def gather_elements(self, client, node, style):
optext = ', '.join([
client.gather_pdftext(child) for child in node.children[0].children
])
desc = client.gather_elements(node.children[1], style)
t_style = TableStyle(client.styles['option-list'].commands)
colWidths = client.styles['option-list'].colWidths
node.elements = [
DelayedTable([[
client.PreformattedFit(optext, client.styles["literal"]), desc
]],
style=t_style,
colWidths=colWidths)
]
return node.elements
def gather_elements(self, client, node, style):
# It seems a footnote contains a label and a series of elements
ltext = client.gather_pdftext(node.children[0])
if len(node['backrefs']) > 1 and client.footnote_backlinks:
backrefs = []
i = 1
for r in node['backrefs']:
backrefs.append('<a href="#%s" color="%s">%d</a>' %
(r, client.styles.linkColor, i))
i += 1
backrefs = '(%s)' % ', '.join(backrefs)
if ltext not in client.targets:
label = Paragraph(
'<a name="%s"/>%s' % (ltext, ltext + backrefs),
client.styles["normal"])
client.targets.append(ltext)
elif len(node['backrefs']) == 1 and client.footnote_backlinks:
if ltext not in client.targets:
label = Paragraph('<a name="%s"/>'\
'<a href="%s" color="%s">%s</a>' % (
ltext,
node['backrefs'][0],
client.styles.linkColor,
ltext), client.styles["normal"])
client.targets.append(ltext)
else:
if ltext not in client.targets:
label = Paragraph('<a name="%s"/>%s' % (ltext, ltext),
client.styles["normal"])
client.targets.append(ltext)
contents = client.gather_elements(node, style)[1:]
if client.inline_footnotes:
st = client.styles['endnote']
t_style = TableStyle(st.commands)
colWidths = client.styles['endnote'].colWidths
node.elements = [
Spacer(0, st.spaceBefore),
DelayedTable([[label, contents]],
style=t_style,
colWidths=colWidths),
Spacer(0, st.spaceAfter)
]
else:
client.decoration['endnotes'].append([label, contents])
node.elements = []
return node.elements
def gather_elements(self, client, node, style):
# This should work, but doesn't look good inside of
# table cells (see Issue 173)
#node.elements = [MyIndenter(left=client.styles['blockquote'].leftIndent)]\
#+ client.gather_elements( node, style) + \
#[MyIndenter(left=-client.styles['blockquote'].leftIndent)]
# Workaround for Issue 173 using tables
leftIndent = client.styles['blockquote'].leftIndent
rightIndent = client.styles['blockquote'].rightIndent
spaceBefore = client.styles['blockquote'].spaceBefore
spaceAfter = client.styles['blockquote'].spaceAfter
s = copy(client.styles['blockquote'])
s.leftIndent = style.leftIndent
data = [['', client.gather_elements(node, s)]]
if client.splittables:
node.elements = [
MySpacer(0, spaceBefore),
SplitTable(data,
colWidths=[leftIndent, None],
style=TableStyle([
["TOPPADDING", [0, 0], [-1, -1], 0],
["LEFTPADDING", [0, 0], [-1, -1], 0],
["RIGHTPADDING", [0, 0], [-1, -1], rightIndent],
["BOTTOMPADDING", [0, 0], [-1, -1], 0],
])),
MySpacer(0, spaceAfter)
]
else:
node.elements = [
MySpacer(0, spaceBefore),
DelayedTable(
data,
colWidths=[leftIndent, None],
style=TableStyle([
["TOPPADDING", [0, 0], [-1, -1], 0],
["LEFTPADDING", [0, 0], [-1, -1], 0],
["RIGHTPADDING", [0, 0], [-1, -1], rightIndent],
["BOTTOMPADDING", [0, 0], [-1, -1], 0],
])),
MySpacer(0, spaceAfter)
]
return node.elements
def gather_elements(self, client, node, style):
# Each child is a hlistcol and represents a column.
# Each grandchild is a bullet list that's the contents
# of the column
# Represent it as a N-column, 1-row table, each cell containing
# a list.
cells = [[
client.gather_elements(child, style) for child in node.children
]]
t_style = TableStyle(client.styles['hlist'].commands)
cw = 100. / len(node.children)
return [
DelayedTable(cells,
colWidths=[
"%s%%" % cw,
] * len(cells),
style=t_style)
]
def gather_elements(self, client, node, style):
# I need to catch the classifiers here
tt = []
dt = []
ids = []
for n in node.children:
if isinstance(n, docutils.nodes.term):
for i in n['ids']: # Used by sphinx glossary lists
if i not in client.targets:
ids.append('<a name="%s"/>' % i)
client.targets.append(i)
tt.append(
client.styleToFont("definition_list_term") +
client.gather_pdftext(n) + "</font>")
elif isinstance(n, docutils.nodes.classifier):
tt.append(
client.styleToFont("definition_list_classifier") +
client.gather_pdftext(n) + "</font>")
else:
dt.extend(client.gen_elements(n, style))
# FIXME: make this configurable from the stylesheet
node.elements = [
DelayedTable([[
Paragraph(''.join(ids) + ' : '.join(tt),
client.styles['definition_list_term']), ''
], ['', dt]],
splitByRow=0,
colWidths=[10, None],
style=[
['SPAN', [0, 0], [1, 0]],
['VALIGN', [0, 0], [-1, -1], 'TOP'],
['LEFTPADDING', [0, 0], [-1, -1], 0],
['BOTTOMPADDING', [0, 0], [-1, -1], 0],
['RIGHTPADDING', [0, 0], [-1, -1], 0],
])
]
#node.elements = [Paragraph(''.join(ids)+' : '.join(tt),
#client.styles['definition_list_term']),
#MyIndenter(left=10)] + dt + [MyIndenter(left=-10)]
return node.elements
def gather_elements(self, client, node, style):
if node.children and isinstance(node.children[0],
docutils.nodes.title):
title = []
else:
title = [
Paragraph(client.text_for_label(node.tagname, style),
style=client.styles['%s-heading' % node.tagname])
]
rows = title + client.gather_elements(node, style=style)
st = client.styles[node.tagname]
if 'commands' in dir(st):
t_style = TableStyle(st.commands)
else:
t_style = TableStyle()
t_style.add("ROWBACKGROUNDS", [0, 0], [-1, -1], [st.backColor])
t_style.add("BOX", [0, 0], [-1, -1], st.borderWidth, st.borderColor)
if client.splittables:
node.elements = [
MySpacer(0, st.spaceBefore),
SplitTable([['', rows]],
style=t_style,
colWidths=[0, None],
padding=st.borderPadding),
MySpacer(0, st.spaceAfter)
]
else:
padding, p1, p2, p3, p4 = tablepadding(padding=st.borderPadding)
t_style.add(*p1)
t_style.add(*p2)
t_style.add(*p3)
t_style.add(*p4)
node.elements = [
MySpacer(0, st.spaceBefore),
DelayedTable([['', rows]], style=t_style, colWidths=[0, None]),
MySpacer(0, st.spaceAfter)
]
return node.elements
def gather_elements(self, client, node, style):
# I need to catch the classifiers here
tt = []
dt = []
ids = []
for n in node.children:
if isinstance(n, docutils.nodes.term):
for i in n['ids']: # Used by sphinx glossary lists
if i not in client.targets:
ids.append('<a name="%s"/>' % i)
client.targets.append(i)
o, c = client.styleToTags("definition-list-term")
tt.append(o + client.gather_pdftext(n) + c)
elif isinstance(n, docutils.nodes.classifier):
o, c = client.styleToTags("definition-list-classifier")
tt.append(o + client.gather_pdftext(n) + c)
else:
dt.extend(client.gen_elements(n, style))
# FIXME: make this configurable from the stylesheet
t_style = TableStyle(client.styles['definition'].commands)
cw = getattr(client.styles['definition'], 'colWidths', [])
if client.splittables:
node.elements = [
Paragraph(''.join(ids) + ' : '.join(tt),
client.styles['definition-list-term']),
SplitTable([['', dt]], colWidths=cw, style=t_style)
]
else:
node.elements = [
Paragraph(''.join(ids) + ' : '.join(tt),
client.styles['definition-list-term']),
DelayedTable([['', dt]], colWidths=[10, None], style=t_style)
]
return node.elements
def gather_elements(self, client, node, style):
b, t = client.bullet_for_node(node)
bStyle = copy(style)
bStyle.alignment = 2
# FIXME: use different unicode bullets depending on b
if b and b in "*+-":
b = getattr(bStyle, 'bulletText', u'\u2022')
# The style has information about the bullet:
#
# bulletFontSize
# bulletFont
# This is so the baselines of the bullet and the text align
extra_space = bStyle.bulletFontSize - bStyle.fontSize
bStyle.fontSize = bStyle.bulletFontSize
bStyle.fontName = bStyle.bulletFontName
if t == 'bullet':
item_st = client.styles['bullet-list-item']
else:
item_st = client.styles['item-list-item']
el = client.gather_elements(node, item_st)
# FIXME: this is really really not good code
if not el:
el = [Paragraph(u"<nobr>\xa0</nobr>", item_st)]
idx = node.parent.children.index(node)
if idx == 0:
# The first item in the list, so doesn't need
# separation (it's provided by the list itself)
sb = 0
# It also doesn't need a first-line-indent
fli = 0
else:
# Not the first item, so need to separate from
# previous item. Account for space provided by
# the item's content, too.
sb = item_st.spaceBefore - item_st.spaceAfter
fli = item_st.firstLineIndent
bStyle.spaceBefore = 0
t_style = TableStyle(style.commands)
# The -3 here is to compensate for padding, 0 doesn't work :-(
t_style._cmds.extend([
#["GRID", [ 0, 0 ], [ -1, -1 ], .25, "black" ],
["BOTTOMPADDING", [0, 0], [-1, -1], -3]
])
if extra_space > 0:
# The bullet is larger, move down the item text
sb += extra_space
sbb = 0
else:
# The bullet is smaller, move down the bullet
sbb = -extra_space
#colWidths = map(client.styles.adjustUnits,
#client.styles['item_list'].colWidths)
colWidths = getattr(style, 'colWidths', [])
while len(colWidths) < 2:
colWidths.append(
client.styles['item_list'].colWidths[len(colWidths)])
if client.splittables:
node.elements = [
MySpacer(0, sb),
SplitTable([[Paragraph(b, style=bStyle), el]],
style=t_style,
colWidths=colWidths)
]
else:
node.elements = [
MySpacer(0, sb),
DelayedTable([[Paragraph(b, style=bStyle), el]],
style=t_style,
colWidths=colWidths)
]
return node.elements
def gather_elements(self, client, node, style):
# Take the style from the parent "table" node
# because sometimes it's not passed down.
if node.parent['classes']:
style = client.styles.combinedStyle(['table']+node.parent['classes'])
else:
style = client.styles['table']
rows = []
colWidths = []
hasHead = False
headRows = 0
for n in node.children:
if isinstance(n, docutils.nodes.thead):
hasHead = True
for row in n.children:
r = []
for cell in row.children:
r.append(cell)
rows.append(r)
headRows = len(rows)
elif isinstance(n, docutils.nodes.tbody):
for row in n.children:
r = []
for cell in row.children:
r.append(cell)
rows.append(r)
elif isinstance(n, docutils.nodes.colspec):
colWidths.append(int(n['colwidth']))
# colWidths are in no specific unit, really. Maybe ems.
# Convert them to %
colWidths=map(int, colWidths)
tot=sum(colWidths)
colWidths=["%s%%"%((100.*w)/tot) for w in colWidths]
if 'colWidths' in style.__dict__:
colWidths[:len(style.colWidths)]=style.colWidths
spans = client.filltable(rows)
data = []
cellStyles = []
rowids = range(0, len(rows))
for row, i in zip(rows, rowids):
r = []
j = 0
for cell in row:
if isinstance(cell, str):
r.append("")
else:
if i < headRows:
st = client.styles['table-heading']
else:
st = client.styles['table-body']
ell = client.gather_elements(cell, style=st)
r.append(ell)
j += 1
data.append(r)
st = TableStyle(spans)
if 'commands' in style.__dict__:
for cmd in style.commands:
st.add(*cmd)
else:
# Only use the commands from "table" if the
# specified class has no commands.
for cmd in client.styles['table'].commands:
st.add(*cmd)
if hasHead:
for cmd in client.styles.tstyleHead(headRows):
st.add(*cmd)
rtr = client.repeat_table_rows
t=DelayedTable(data, colWidths, st, rtr)
if style.alignment == TA_LEFT:
t.hAlign='LEFT'
elif style.alignment == TA_CENTER:
t.hAlign='CENTER'
elif style.alignment == TA_RIGHT:
t.hAlign='RIGHT'
return [t]
def gather_elements(self, client, node, style):
# Take the style from the parent "table" node
# because sometimes it's not passed down.
if node.parent['classes']:
style = client.styles.combinedStyle(['table'] +
node.parent['classes'])
else:
style = client.styles['table']
rows = []
colWidths = []
hasHead = False
headRows = 0
for n in node.children:
if isinstance(n, docutils.nodes.thead):
hasHead = True
for row in n.children:
r = []
for cell in row.children:
r.append(cell)
rows.append(r)
headRows = len(rows)
elif isinstance(n, docutils.nodes.tbody):
for row in n.children:
r = []
for cell in row.children:
r.append(cell)
rows.append(r)
elif isinstance(n, docutils.nodes.colspec):
colWidths.append(int(n['colwidth']))
# colWidths are in no specific unit, really. Maybe ems.
# Convert them to %
colWidths = map(int, colWidths)
tot = sum(colWidths)
colWidths = ["%s%%" % ((100. * w) / tot) for w in colWidths]
if 'colWidths' in style.__dict__:
colWidths[:len(style.colWidths)] = style.colWidths
spans = client.filltable(rows)
data = []
cellStyles = []
rowids = range(0, len(rows))
for row, i in zip(rows, rowids):
r = []
j = 0
for cell in row:
if isinstance(cell, str):
r.append("")
else:
if i < headRows:
st = client.styles['table-heading']
else:
st = client.styles['table-body']
ell = client.gather_elements(cell, style=st)
r.append(ell)
j += 1
data.append(r)
st = TableStyle(spans)
if 'commands' in style.__dict__:
for cmd in style.commands:
st.add(*cmd)
else:
# Only use the commands from "table" if the
# specified class has no commands.
for cmd in client.styles['table'].commands:
st.add(*cmd)
if hasHead:
for cmd in client.styles.tstyleHead(headRows):
st.add(*cmd)
rtr = client.repeat_table_rows
t = DelayedTable(data, colWidths, st, rtr)
if style.alignment == TA_LEFT:
t.hAlign = 'LEFT'
elif style.alignment == TA_CENTER:
t.hAlign = 'CENTER'
elif style.alignment == TA_RIGHT:
t.hAlign = 'RIGHT'
return [t]
def gather_elements(self, client, node, style):
el = client.gather_elements(node, style=client.styles["bodytext"])
b, t = client.bullet_for_node(node)
# FIXME: this is really really not good code
if not el:
el = [Paragraph(u"<nobr>\xa0</nobr>", client.styles["bodytext"])]
bStyle = copy(style)
bStyle.alignment = 2
# FIXME: use different unicode bullets depending on b
if b and b in "*+-":
b = getattr(bStyle, 'bulletText', u'\u2022')
# The style has information about the bullet:
#
# bulletFontSize
# bulletFont
# This is so the baselines of the bullet and the text align
extra_space = bStyle.bulletFontSize - bStyle.fontSize
bStyle.fontSize = bStyle.bulletFontSize
bStyle.fontName = bStyle.bulletFontName
if t == 'bullet':
item_st = client.styles['bullet_list_item']
else:
item_st = client.styles['item_list_item']
idx = node.parent.children.index(node)
if idx == 0:
# The first item in the list, so doesn't need
# separation (it's provided by the list itself)
sb = 0
else:
# Not the first item, so need to separate from
# previous item. Account for space provided by
# the item's content, too.
sb = item_st.spaceBefore - style.spaceBefore
if extra_space > 0:
# The bullet is larger, move down the item text
sb += extra_space
sbb = 0
else:
# The bullet is smaller, move down the bullet
sbb = -extra_space
bStyle.spaceBefore = 0
if (idx + 1) == len(node.parent.children): #Not the last item
# The last item in the list, so doesn't need
# separation (it's provided by the list itself)
sa = 0
else:
sa = item_st.spaceAfter - style.spaceAfter
t_style = TableStyle(style.commands)
#colWidths = map(client.styles.adjustUnits,
#client.styles['item_list'].colWidths)
colWidths = style.colWidths
if client.splittables:
node.elements = [
Spacer(0, sb),
SplitTable([[Paragraph(b, style=bStyle), el]],
style=t_style,
colWidths=colWidths),
Spacer(0, sa)
]
else:
node.elements = [
Spacer(0, sb),
DelayedTable([[Paragraph(b, style=bStyle), el]],
style=t_style,
colWidths=colWidths),
Spacer(0, sa)
]
return node.elements
