reSPLIT = re.compile(r',\s*')
+# This hashes store webber.File instances
_childs = {}
_parent = {}
-def memorize_links(title, links):
+def memorize_links(thisfile, links):
global _childs
if not links:
return
order = 100
for link in reSPLIT.split(links):
- #print title, link
- if not _childs.has_key(title):
- _childs[title] = []
- _childs[title].append( (order,link))
+ linked = get_file_for(link)
+ if not _childs.has_key(thisfile):
+ _childs[thisfile] = []
+ _childs[thisfile].append( (order, linked))
order += 100
- _parent[link] = title
+ #print "memorize_links:", thisfile, "->", linked
+ _parent[linked] = thisfile
-def memorize_parent(title, parent, order=100):
- #print "memorize_parent:", title, parent
- #print " parent:", _parent
- #print " childs:", _childs
- #print "order:", title, order
+def memorize_parent(thisfile, parent, order=100):
+ # Convert titles or linktitle to entries of webber.File
+ if not isinstance(parent, webber.File):
+ parent = get_file_for(parent)
+
if not _childs.has_key(parent):
_childs[parent] = []
- _childs[parent].append( (order, title) )
- _parent[title] = parent
-
+ _childs[parent].append( (order, thisfile) )
+ #print "memorize_parent:", thisfile, "->", parent
+ _parent[thisfile] = parent
+
#
# The "scan" plugins should scan for meta-data, mostly for links.
@set_hook("scan")
def scan(params):
file = params["file"]
+
+ # Ignore hidden pages
+ if file.has_key("hide") and file.hide:
+ return
+
if file.has_key("links"):
- memorize_links(file.linktitle, file.links)
+ memorize_links(file, file.links)
if file.has_key("parent"):
if file.has_key("order"):
order = int(file.order)
else:
order = 100
- memorize_parent(file.linktitle, file.parent, order)
+ memorize_parent(file, file.parent, order)
@set_hook("scan_done")
in ascending order."""
for c in _childs:
- _childs[c].sort()
- return
+ # Sort by linktitle
+ _childs[c].sort(key = lambda x: x[1].linktitle)
+ # And now sort by priority. Since Python 2.2 and upwards has stable-sort,
+ # this effectively makes a two-dimensional sort.
+ _childs[c].sort(key = lambda x: x[0])
+
+ visited = {}
+ visited[get_file_for("Home")] = True
+ for f in _parent:
+ visited[f] = True
+ for f in files:
+ file = files[f]
+ if not file.has_key("linktitle"):
+ continue
+ if not visited.has_key(file ):
+ warning("orphan file '%s'" % f)
+ return
print "_parent:"
for c in _parent:
print " ", c, _parent[c]
print "_childs:"
- for c in _childs: print " ", c,_childs[c]
+ for c in _childs:
+ print " ", c,_childs[c]
@set_function("get_breadcrumbs")
orig_page = get_current_file()
res = [(orig_page, get_link_from(orig_page, orig_page))]
page = orig_page
- #print "orig_page:", orig_page
- while _parent.has_key(page.linktitle):
- page = get_file_for(_parent[page.linktitle])
+ while _parent.has_key(page):
+ page = _parent[page]
link = get_link_from(orig_page, page)
- #print " page, link:", page, link
res.insert(0, (page, link))
- #print res
return res
@set_function("get_sidemenu")
def get_sidemenu(root="Home", level=1):
+ """Returns (level, part_of_path, is_current, page, link) tuples, where
+ page is a class File object and link is a relative link from the current
+ page to page."""
page = get_current_file()
if not isinstance(root, webber.File):
root = get_file_for(root)
- bread = get_breadcrumbs()
- #print "Menu for:", page
- #print "Bread:", bread
-
res = [(0, 1, int(root==page), root, get_link_from(page, root))]
+ bread = get_breadcrumbs()
+
def do_menu(pg, level):
- #print "pg, has_key:", pg, _childs.has_key(pg)
- if _childs.has_key(pg.linktitle):
- for p in _childs[pg.linktitle]:
- subpage = get_file_for(p[1])
+ if _childs.has_key(pg):
+ for p in _childs[pg]:
+ subpage = p[1]
in_bread = False
for b in bread:
if b[0] == subpage:
break
go_deeper = in_bread or (subpage==page)
- #print "subpage:", subpage, "in bread:", in_bread, "go deeper:", go_deeper
link = get_link_from(page, subpage)
res.append((level, in_bread, int(subpage==page), subpage, link))
if go_deeper:
# TODO: make this configurable, e.g. cfg.rootpage, otherwise a page
# that is outside of the menu won't show a menu
do_menu(root, level)
+
+ # print "-" * 77
+ # import pprint
+ # pprint.pprint(res)
+ # print "-" * 77
return res
-@set_function("get_sitemap")
-def get_sitemap(root="Home", show_orphans=False, level=1):
+@set_function("get_hierarchical_sitemap")
+def get_hierarchical_sitemap(root="Home"):
+ page = get_current_file()
+ if not isinstance(root, webber.File):
+ root = get_file_for(root)
+
+ def do_menu(pg):
+ res = []
+ if _childs.has_key(pg):
+ for p in _childs[pg]:
+ subpage = p[1]
+ res.append( do_menu(subpage) )
+ return (pg, get_link_from(root, pg), res)
+
+ res = do_menu(root)
+
+ #import pprint
+ #pprint.pprint(res, indent=4)
+ return res
+
+
+@set_function("get_linear_sitemap")
+def get_linear_sitemap(root="Home", level=1):
page = get_current_file()
if not isinstance(root, webber.File):
root = get_file_for(root)
res = [(0, root, get_link_from(page, root))]
- visited = {root: None}
def do_menu(pg, level):
#print "pg:", pg
- #, _childs.has_key(pg.linktitle)
- if _childs.has_key(pg.linktitle):
- for p in _childs[pg.linktitle]:
- subpage = get_file_for(p[1])
+ #, _childs.has_key(pg.title)
+ if _childs.has_key(pg):
+ for p in _childs[pg]:
+ subpage = p[1]
#print "subpage:", subpage
link = get_link_from(page, subpage)
res.append((level, subpage, link))
- visited[subpage] = None
do_menu(subpage, level+1)
do_menu(root, level)
- #print "visited:", visited
- if show_orphans:
- for f in files:
- #print f
- file = files[f]
- if not file.has_key("linktitle"):
- continue
- try:
- if file in visited:
- #print "found", file.linktitle
- continue
- except KeyError:
- continue
- #print "not found:", file.linktitle
- res.append( (0, file, get_link_from(page, file.linktitle)))
- #for t in res: print t
+ #import pprint
+ #pprint.pprint(res)
return res
orig_page = page
def addPage(res, page):
+ #print "page:", page
res.append( (page, get_link_from(orig_page, page)) )
- if _childs.has_key(page.linktitle):
- for c in _childs[page.linktitle]:
- if len(res) < max_items:
- addPage(res, get_file_for(c[1]))
+ if _childs.has_key(page):
+ for c in _childs[page]:
+ addPage(res, c[1])
addPage(res, orig_page)
res.sort(cmp = lambda x,y: cmp(y[0].mtime, x[0].mtime))
- return res
+ return res[:max_items]
projects / webber.git / blobdiff