local s
local pt=node_type(p.id)
local base = debug_depth .. string.format('%X', has_attr(p,attr_icflag) or 0)
- .. ' ' .. string.format('%X', has_attr(p, attr_uniqid) or 0)
- .. ' ' .. node.type(p.id) .. ' ' .. tostring(p.subtype )
+ .. ' ' .. tostring(p)
if pt == 'glyph' then
s = base .. ' ' .. utf.char(p.char) .. ' ' .. tostring(p.font)
.. ' (' .. print_scaled(p.height) .. '+'
s = base .. '(' .. print_scaled(p.height) .. '+'
.. print_scaled(p.depth) .. ')x' .. print_scaled(p.width) .. p.dir
if p.shift~=0 then
- s = s .. ', shifted ' .. print_scaled(p.shift)
+ s = s .. ', shifted ' .. print_scaled(p.shift)
end
if p.glue_sign >= 1 then
- s = s .. ' glue set '
- if p.glue_sign == 2 then s = s .. '-' end
- s = s .. tostring(floor(p.glue_set*10000)/10000)
- if p.glue_order == 0 then
- s = s .. 'pt'
- else
- s = s .. 'fi'
- for i = 2, p.glue_order do s = s .. 'l' end
- end
+ s = s .. ' glue set '
+ if p.glue_sign == 2 then s = s .. '-' end
+ s = s .. tostring(floor(p.glue_set*10000)/10000)
+ if p.glue_order == 0 then
+ s = s .. 'pt'
+ else
+ s = s .. 'fi'
+ for i = 2, p.glue_order do s = s .. 'l' end
+ end
end
if has_attr(p, attr_icflag, PACKED) then
- s = s .. ' (packed)'
+ s = s .. ' (packed)'
end
print_fn(s)
local q = p.head
debug_depth=debug_depth.. '.'
while q do
- debug_show_node_X(q, print_fn); q = node_next(q)
+ debug_show_node_X(q, print_fn); q = node_next(q)
end
debug_depth=k
elseif pt == 'glue' then
s = base .. ' ' .. print_spec(p.spec)
if has_attr(p, attr_icflag)==FROM_JFM then
- s = s .. ' (from JFM)'
+ s = s .. ' (from JFM)'
elseif has_attr(p, attr_icflag)==KANJI_SKIP then
s = s .. ' (kanjiskip)'
elseif has_attr(p, attr_icflag)==XKANJI_SKIP then
s = s .. ' (for accent)'
elseif has_attr(p, attr_icflag)==IC_PROCESSED then
s = s .. ' (italic correction)'
- -- elseif has_attr(p, attr_icflag)==ITALIC then
- -- s = s .. ' (italic correction)'
+ -- elseif has_attr(p, attr_icflag)==ITALIC then
+ -- s = s .. ' (italic correction)'
elseif has_attr(p, attr_icflag)==FROM_JFM then
s = s .. ' (from JFM)'
elseif has_attr(p, attr_icflag)==LINE_END then
if p.subtype==sid_user then
if p.type ~= 110 then
s = s .. ' user_id: ' .. p.user_id .. ' ' .. p.value
+ print_fn(s)
else
s = s .. ' user_id: ' .. p.user_id .. ' (node list)'
+ print_fn(s)
+ local q = p.value
+ debug_depth=debug_depth.. '.'
+ while q do
+ debug_show_node_X(q, print_fn); q = node_next(q)
+ end
+ debug_depth=k
end
else
- s = s .. node.subtype(p.subtype)
+ s = s .. node.subtype(p.subtype); print_fn(s)
end
- print_fn(s)
-------- math node --------
elseif pt=='noad' then
s = base ; print_fn(s)
if p.nucleus then
- debug_depth = k .. 'N'; debug_show_node_X(p.nucleus, print_fn);
+ debug_depth = k .. 'N'; debug_show_node_X(p.nucleus, print_fn);
end
if p.sup then
- debug_depth = k .. '^'; debug_show_node_X(p.sup, print_fn);
+ debug_depth = k .. '^'; debug_show_node_X(p.sup, print_fn);
end
if p.sub then
- debug_depth = k .. '_'; debug_show_node_X(p.sub, print_fn);
+ debug_depth = k .. '_'; debug_show_node_X(p.sub, print_fn);
end
debug_depth = k;
elseif pt=='math_char' then
elseif pt=='sub_box' then
print_fn(base)
if p.head then
- debug_depth = k .. '.'; debug_show_node_X(p.head, print_fn);
+ debug_depth = k .. '.'; debug_show_node_X(p.head, print_fn);
end
else
print_fn(base)
debug_depth = depth
if head then
while head do
- debug_show_node_X(head, print_fn); head = node_next(head)
+ debug_show_node_X(head, print_fn); head = node_next(head)
end
else
print_fn(debug_depth .. ' (null list)')