def splitListItems(t):
nt = t.copy()
nt.children = []
for r in t.children:
nr = Row()
cols = []
maxItems = 0
for cell in r:
items = []
for c in cell.children:
if c.__class__ == ItemList:
items.extend(c.children)
cols.append(items)
maxItems = max(maxItems,len(items))
for i in range(maxItems):
for (j,col) in enumerate(cols):
try:
item = cols[j][i]
il = ItemList()
il.appendChild(item)
nc = Cell()
nc.appendChild(il)
nr.appendChild(nc)
except IndexError:
nr.appendChild(Cell())
nt.appendChild(nr)
nr = Row()
return nt
def setup():
# WARNING, ALTERING THIS'll PROPABLY BREAK ALL TESTS! EDIT WITH CARE
t = [Article(),
[Section(), [PreFormatted(), [Text("bla blub"), ImageLink()]]],
[Table(), [Row(), [Cell(), PreFormatted(), [Text("jo")]], ImageLink()]],
[Section(), [Section(), [Strong()]]],
[Text("bla")],
]
# WARNING, ALTERING THE ABOVE PROPABLY BREAK ALL TESTS! EDIT WITH CARE
def rec(elements, parent):
last = None
for c in elements:
if type(c) == type([]):
assert last
rec(c, last)
else:
if parent:
parent.children.append(c)
last = c
rec(t, None)
t = t[0]
buildAdvancedTree(t)
#import mwlib.parser, sys; mwlib.parser.show(sys.stderr, t, 0)
return t
def splitListItems(t):
nt = t.copy()
nt.children = []
for r in t.children:
nr = Row()
cols = []
maxItems = 0
for cell in r:
items = []
for c in cell.children:
if c.__class__ == ItemList:
items.extend(c.children)
cols.append(items)
maxItems = max(maxItems,len(items))
for i in range(maxItems):
for (j,col) in enumerate(cols):
try:
item = cols[j][i]
il = ItemList()
il.appendChild(item)
nc = Cell()
nc.appendChild(il)
nr.appendChild(nc)
except IndexError:
nr.appendChild(Cell())
nt.appendChild(nr)
nr = Row()
return nt
def reduceCols(t, colnum=2):
nt = t.copy()
nt.children = []
for r in t.children:
nr = Row()
for c in r:
nc = c.copy()
if len(nr.children) == colnum:
nt.appendChild(nr)
nr=Row()
nr.appendChild(nc)
if len(nr.children)>0:
while len(nr.children) < colnum:
nr.appendChild(Cell())
nt.appendChild(nr)
return nt
def reduceCols(t, colnum=2):
nt = t.copy()
nt.children = []
for r in t.children:
nr = Row()
for c in r:
nc = c.copy()
if len(nr.children) == colnum:
nt.appendChild(nr)
nr=Row()
nr.appendChild(nc)
if len(nr.children)>0:
while len(nr.children) < colnum:
nr.appendChild(Cell())
nt.appendChild(nr)
return nt
