def new_row(man, match):
# build the row
table = doc.Table()
row_kind = doc.TAB_HEADER
row_node = doc.Row(row_kind)
table.content.append(row_node)
use_par_style(row_node, match.group(1))
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_ROW, table))
row = match.group("row")
while row:
# scan the cell
cell_node = doc.Cell(doc.TAB_NORMAL)
while row:
kind = doc.TAB_NORMAL
if row[0] == '_':
cell_node.kind = doc.TAB_HEADER
kind = doc.TAB_HEADER
row = row[1:]
continue
elif len(row) >= 2:
if row[0] == '\\' and row[1] >= '0' and row[1] <= '9':
cell_node.setInfo(doc.INFO_HSPAN, int(row[1]))
row = row[2:]
continue
elif row[0] == '/' and row[1] >= '0' and row[1] <= '9':
cell_node.setInfo(doc.INFO_VSPAN, int(row[1]))
row = row[2:]
continue
new_row = consume_par_style(cell_node, row)
if row == new_row:
break
row = new_row
# find end
pref = ""
match = TABLE_SEP.search(row)
while match and match.group() == "==":
p = row.find("))", match.end())
if p < 0:
pref = pref + row[:match.end()]
row = row[match.end():]
else:
pref = pref + row[:p + 2]
row = row[p + 2:]
match = TABLE_SEP.search(row)
if match:
cell = pref + row[:match.start()]
row = row[match.start() + 1:]
else:
cell = pref + row
row = ''
# dump object if required
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_CELL, cell_node))
tparser.handleText(man, cell)
if cell_node.kind == doc.TAB_NORMAL:
row_node.kind = doc.TAB_NORMAL
def handle_header(man, match):
level = len(match.group("level"))
title = match.group("title")
if title[-level:] == match.group("level"):
title = title[:-level]
man.send(doc.ObjectEvent(doc.L_HEAD, doc.ID_NEW, doc.Header(level)))
tparser.handleText(man, title)
man.send(doc.Event(doc.L_HEAD, doc.ID_TITLE))
def handle_def(man, match):
depth = computeDepth(match.group(1))
man.send(doc.DefEvent(doc.ID_NEW_DEF, depth))
#print "DEBUG: NEW_DEF: handleText(%s)" % match.group(3)
tparser.handleText(man, match.group(3))
#print "DEBUG: END_TERM: handleTex(%s)" % match.group(4)
man.send(doc.DefEvent(doc.ID_END_TERM))
tparser.handleText(man, match.group(4))
def new_header(man, match):
level = int(match.group(1))
header = doc.Header(level)
use_par_style(header, match.group(2))
title = match.group("text")
man.send(doc.ObjectEvent(doc.L_HEAD, doc.ID_NEW, header))
tparser.handleText(man, title)
man.send(doc.Event(doc.L_HEAD, doc.ID_TITLE))
def new_style(man, match, style, id): text = match.group(id) if style: man.send(doc.StyleEvent(style)) text = use_text_style(man.get(), text) tparser.handleText(man, text, '') if style: man.send(doc.StyleEvent(style))
def handle_def(man, match): depth = computeDepth(match.group(1)) man.send(doc.DefEvent(doc.ID_NEW_DEF, depth)) #print "DEBUG: NEW_DEF: handleText(%s)" % match.group(3) tparser.handleText(man, match.group(3)) #print "DEBUG: END_TERM: handleTex(%s)" % match.group(4) man.send(doc.DefEvent(doc.ID_END_TERM)) tparser.handleText(man, match.group(4))
def new_list_item(man, match):
pref = match.group("dots")
if pref[-1] == '*':
kind = doc.LIST_ITEM
elif pref[-1] == '#':
kind = doc.LIST_NUMBER
depth = len(pref)
man.send(doc.ItemEvent(kind, depth))
tparser.handleText(man, match.group("text"))
def handleRow(man, match):
table = doc.Table()
if match.group(4) == '^':
kind = doc.TAB_HEADER
else:
kind = doc.TAB_NORMAL
row = doc.Row(kind)
table.content.append(row)
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_ROW, table))
row = match.group(1)
object = None
while row:
# look kind
if row[0] == '^':
kind = doc.TAB_HEADER
else:
kind = doc.TAB_NORMAL
row = row[1:]
# find end
pref = ""
match = TABLE_SEP.search(row)
while match and match.group() == "%%":
p = row.find("%%", match.end())
if p < 0:
pref = pref + row[:match.end()]
row = row[match.end():]
else:
pref = pref + row[:p + 2]
row = row[p + 2:]
match = TABLE_SEP.search(row)
if match:
last = match.start()
else:
last = len(row)
cell = pref + row[:last]
row = row[last:]
# dump object if required
if cell == '' and object:
#object.span += 1
object.setInfo(doc.INFO_HSPAN,
object.getInfo(doc.INFO_HSPAN, 0) + 1)
continue
if object:
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_CELL, object))
tparser.handleText(man, text)
# strip and find align
total = len(cell)
cell = cell.lstrip()
left = total - len(cell)
total = len(cell)
cell = cell.rstrip()
right = total - len(cell)
if left < right:
align = doc.TAB_LEFT
elif left > right:
align = doc.TAB_RIGHT
else:
align = doc.TAB_CENTER
# generate cell
object = doc.Cell(kind, align, 1)
text = cell
# dump final object
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_CELL, object))
tparser.handleText(man, text)
def handleList(man, kind, match):
depth = computeDepth(match.group(1))
man.send(doc.ItemEvent(kind, depth))
tparser.handleText(man, match.group(3))
def handleHeader(man, match):
level = 6 - len(match.group(1))
title = match.group(2)
man.send(doc.ObjectEvent(doc.L_HEAD, doc.ID_NEW, doc.Header(level)))
tparser.handleText(man, title)
man.send(doc.Event(doc.L_HEAD, doc.ID_TITLE))
def handleRow(man, match):
table = doc.Table()
if match.group(4) == '^':
kind = doc.TAB_HEADER
else:
kind = doc.TAB_NORMAL
row = doc.Row(kind)
table.content.append(row)
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_ROW, table))
row = match.group(1)
object = None
while row:
# look kind
if row[0] == '^':
kind = doc.TAB_HEADER
else:
kind = doc.TAB_NORMAL
row = row[1:]
# find end
pref = ""
match = TABLE_SEP.search(row)
while match and match.group() == "%%":
p = row.find("%%", match.end())
if p < 0:
pref = pref + row[:match.end()]
row = row[match.end():]
else:
pref = pref + row[:p + 2]
row = row[p + 2:]
match = TABLE_SEP.search(row)
if match:
last = match.start()
else:
last = len(row)
cell = pref + row[:last]
row = row[last:]
# dump object if required
if cell == '' and object:
#object.span += 1
object.setInfo(doc.INFO_HSPAN, object.getInfo(doc.INFO_HSPAN, 0) + 1)
continue
if object:
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_CELL, object))
tparser.handleText(man, text)
# strip and find align
total = len(cell)
cell = cell.lstrip()
left = total - len(cell)
total = len(cell)
cell = cell.rstrip()
right = total - len(cell)
if left < right:
align = doc.TAB_LEFT
elif left > right:
align = doc.TAB_RIGHT
else:
align = doc.TAB_CENTER
# generate cell
object = doc.Cell(kind, align, 1)
text = cell
# dump final object
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_NEW_CELL, object))
tparser.handleText(man, text)
def handleList(man, kind, match): depth = computeDepth(match.group(1)) man.send(doc.ItemEvent(kind, depth)) tparser.handleText(man, match.group(3))
def new_definition(man, match): man.send(doc.DefEvent(doc.ID_NEW_DEF, 0)) tparser.handleText(man, match.group(1), '') man.send(doc.DefEvent(doc.ID_END_TERM, 0)) tparser.handleText(man, match.group(3), '')
def new_multi_blockquote(man, match):
bq = BlockQuote()
use_par_style(bq, match.group(1))
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_END, bq))
tparser.handleText(man, match.group("text"))
def new_par_ext(man, match):
man.send(doc.ObjectEvent(doc.L_PAR, doc.ID_END, doc.Par()))
use_par_style(man.get(), match.group(1))
tparser.handleText(man, match.group('text'))
def new_squote(man, match):
text = match.group("sqtext")
t = i18n.getTranslator(man.doc)
man.send(doc.ObjectEvent(doc.L_WORD, doc.ID_NEW, doc.Word(t.get(i18n.GLYPH_OPEN_SQUOTE))))
tparser.handleText(man, text, '')
man.send(doc.ObjectEvent(doc.L_WORD, doc.ID_NEW, doc.Word(t.get(i18n.GLYPH_CLOSE_SQUOTE))))
def handleQuote(man, match):
man.send(doc.QuoteEvent(len(match.group(1))))
tparser.handleText(man, match.group(2))
def handleHeader(man, match): level = 6 - len(match.group(1)) title = match.group(2) man.send(doc.ObjectEvent(doc.L_HEAD, doc.ID_NEW, doc.Header(level))) tparser.handleText(man, title) man.send(doc.Event(doc.L_HEAD, doc.ID_TITLE))
def new_multi_def(man, match): man.send(MyDefEvent(doc.ID_NEW_DEF, 1)) tparser.handleText(man, match.group(1), '')
def handle_item_list(man, match):
man.send(doc.ItemEvent(doc.LIST_ITEM, 1))
tparser.handleText(man, match.group("text"))
def new_footnote_multi(man, match):
fn = doc.FootNote(doc.FOOTNOTE_DEF, match.group(1))
use_par_style(fn, match.group(2))
man.send(doc.ObjectEvent(doc.L_WORD, doc.ID_NEW_STYLE, fn))
tparser.handleText(man, match.group("text"))
def handleQuote(man, match): man.send(doc.QuoteEvent(len(match.group(1)))) tparser.handleText(man, match.group(2))
def handle_number_list(man, match):
man.send(doc.ItemEvent(doc.LIST_NUMBER, 1))
tparser.handleText(man, match.group("text"))
