def location_breadcrumbs(self, fqname):
"""
Assemble the location using breadcrumbs (was: title)
:rtype: list
:returns: location breadcrumbs items in tuple (segment_name, fq_name, exists)
"""
breadcrumbs = []
current_item = ''
if not isinstance(fqname, CompositeName):
fqname = split_fqname(fqname)
if fqname.field != NAME_EXACT:
return [(fqname, fqname,
bool(self.storage.get_item(**fqname.query)))]
namespace = fqname.namespace
fq_current = CompositeName(u'', NAME_EXACT, namespace)
fq_segment = CompositeName(u'', NAME_EXACT, namespace or '~')
breadcrumbs.append((fq_segment, fq_current, False))
item_name = fqname.value
if not item_name:
return breadcrumbs
for segment in item_name.split('/'):
current_item += segment
fq_current = CompositeName(namespace, NAME_EXACT, current_item)
fq_segment = CompositeName(namespace, NAME_EXACT, segment)
breadcrumbs.append(
(fq_segment, fq_current,
bool(self.storage.get_item(**fq_current.query))))
current_item += '/'
return breadcrumbs
def location_breadcrumbs(self, fqname):
"""
Split the incoming fqname into segments. Reassemble into a list of tuples.
If the fqname has a namespace, the first tuple's segment_name will have the
namespace as a prefix.
:rtype: list
:returns: location breadcrumbs items in tuple (segment_name, fq_name, exists)
"""
breadcrumbs = []
current_item = ''
if not isinstance(fqname, CompositeName):
fqname = split_fqname(fqname)
if fqname.field != NAME_EXACT:
return [
(fqname, fqname, bool(self.storage.get_item(**fqname.query)))
] # flaskg.unprotected_storage.get_item(**fqname.query)
namespace = segment1_namespace = fqname.namespace
item_name = fqname.value
if not item_name:
return breadcrumbs
for segment in item_name.split('/'):
current_item += segment
fq_current = CompositeName(namespace, NAME_EXACT, current_item)
fq_segment = CompositeName(segment1_namespace, NAME_EXACT, segment)
breadcrumbs.append(
(fq_segment, fq_current,
bool(self.storage.get_item(**fq_current.query))))
current_item += '/'
segment1_namespace = u''
return breadcrumbs
def make_flat_index(self, subitems, isglobalindex=False):
"""
Create two IndexEntry lists - ``dirs`` and ``files`` - from a list of
subitems.
Direct subitems are added to the ``files`` list.
For indirect subitems, its ancestor which is a direct subitem is added
to the ``dirs`` list. Supposing current index root is 'foo' and when
'foo/bar/la' is encountered, 'foo/bar' is added to ``dirs``.
The direct subitem need not exist.
When both a subitem itself and some of its subitems are in the subitems
list, it appears in both ``files`` and ``dirs``.
:param isglobalindex: True if the query is for global indexes.
"""
prefixes = [u''] if isglobalindex else self.subitem_prefixes
# IndexEntry instances of "file" subitems
files = []
# IndexEntry instances of "directory" subitems
dirs = []
added_dir_relnames = set()
for rev in subitems:
fullnames = rev.meta[NAME]
for fullname in fullnames:
prefix = self.get_prefix_match(fullname, prefixes)
fullname_fqname = CompositeName(rev.meta[NAMESPACE],
NAME_EXACT, fullname)
if prefix is not None:
relname = fullname[len(prefix):]
if '/' in relname:
# Find the *direct* subitem that is the ancestor of current
# (indirect) subitem. e.g. suppose when the index root is
# 'foo', and current item (`rev`) is 'foo/bar/lorem/ipsum',
# 'foo/bar' will be found.
direct_relname = relname.partition('/')[0]
direct_relname_fqname = CompositeName(
rev.meta[NAMESPACE], NAME_EXACT, direct_relname)
if direct_relname_fqname not in added_dir_relnames:
added_dir_relnames.add(direct_relname_fqname)
direct_fullname = prefix + direct_relname
direct_fullname_fqname = CompositeName(
rev.meta[NAMESPACE], NAME_EXACT,
direct_fullname)
fqname = CompositeName(rev.meta[NAMESPACE],
NAME_EXACT, direct_fullname)
direct_rev = get_storage_revision(fqname)
dirs.append(
IndexEntry(direct_relname,
direct_fullname_fqname,
direct_rev.meta))
else:
files.append(
IndexEntry(relname, fullname_fqname, rev.meta))
return dirs, files
def get_namespaces(self, ns):
"""
Return the list of tuples (composite name, namespace) referring to namespaces other
than the current namespace.
"""
ns = u'' if ns.value == '~' else ns.value
namespace_root_mapping = []
for namespace, _ in app.cfg.namespace_mapping:
namespace = namespace.rstrip('/')
if namespace != ns:
fq_namespace = CompositeName(namespace, NAME_EXACT, u'')
namespace_root_mapping.append((namespace or '~', fq_namespace.get_root_fqname()))
return namespace_root_mapping
def get_namespaces(self, ns=None):
"""
Return the list of tuples (composite name, namespace) referring to namespaces other
than the current namespace.
"""
if ns is not None and ns.value == '~':
ns = u''
namespace_root_mapping = []
for namespace, _ in app.cfg.namespace_mapping:
namespace = namespace.rstrip('/')
if ns is None or namespace != ns:
fq_namespace = CompositeName(namespace, NAME_EXACT, u'')
namespace_root_mapping.append((namespace or '~', fq_namespace.get_root_fqname()))
return namespace_root_mapping
def get_namespaces(self, ns=None):
"""
Return the list of tuples (composite name, namespace) referring to namespaces other
than the current namespace.
"""
if ns is not None and ns.value == "~":
ns = u""
namespace_root_mapping = []
for namespace, _ in app.cfg.namespace_mapping:
namespace = namespace.rstrip("/")
if ns is None or namespace != ns:
fq_namespace = CompositeName(namespace, NAME_EXACT, u"")
namespace_root_mapping.append((namespace or "~", fq_namespace.get_root_fqname()))
return namespace_root_mapping
def item_acl_report():
"""
Return a list of all items in the wiki along with the ACL Meta-data
"""
all_items = flaskg.storage.documents(wikiname=app.cfg.interwikiname)
items_acls = []
for item in all_items:
item_namespace = item.meta.get(NAMESPACE)
item_id = item.meta.get(ITEMID)
item_name = item.meta.get(NAME)
item_acl = item.meta.get(ACL)
acl_default = item_acl is None
fqname = CompositeName(item_namespace, u'itemid', item_id)
if acl_default:
for namespace, acl_config in app.cfg.acl_mapping:
if item_namespace == namespace[:-1]:
item_acl = acl_config['default']
items_acls.append({
'name': item_name,
'itemid': item_id,
'fqname': fqname,
'acl': item_acl,
'acl_default': acl_default
})
return render_template('admin/item_acl_report.html',
title_name=_('Item ACL Report'),
items_acls=items_acls)
def userbrowser():
"""
User Account Browser
"""
groups = flaskg.groups
revs = user.search_users() # all users
user_accounts = []
for rev in revs:
user_groups = []
user_names = rev.meta[NAME]
for groupname in groups:
group = groups[groupname]
for name in user_names:
if name in group:
user_groups.append(groupname)
user_accounts.append(
dict(uid=rev.meta[ITEMID],
name=user_names,
fqname=CompositeName(NAMESPACE_USERPROFILES, NAME_EXACT,
rev.name),
email=rev.meta[EMAIL]
if EMAIL in rev.meta else rev.meta[EMAIL_UNVALIDATED],
disabled=rev.meta[DISABLED],
groups=user_groups))
return render_template('admin/userbrowser.html',
user_accounts=user_accounts,
title_name=_(u"Users"))
def _rename(self, name, comment, action, delete=False):
self._save(self.meta,
self.content.data,
name=name,
action=action,
comment=comment,
delete=delete)
old_prefix = self.subitem_prefixes[0]
old_prefixlen = len(old_prefix)
if not delete:
new_prefix = name + '/'
for child in self.get_subitem_revs():
for child_oldname in child.meta[NAME]:
if child_oldname.startswith(old_prefix):
if delete:
child_newname = None
else: # rename
child_newname = new_prefix + child_oldname[
old_prefixlen:]
old_fqname = CompositeName(self.fqname.namespace,
self.fqname.field,
child_oldname)
item = Item.create(old_fqname.fullname)
item._save(item.meta,
item.content.data,
name=child_newname,
action=action,
comment=comment,
delete=delete)
def userbrowser():
"""
User Account Browser
"""
groups = flaskg.groups
member_groups = {} # {username: [list of groups], ...}
for groupname in groups:
group = groups[groupname]
for member in group.members:
member_groups[member] = member_groups.get(member, []) + [group.name]
revs = user.search_users() # all users
user_accounts = []
for rev in revs:
user_names = rev.meta[NAME]
user_groups = member_groups.get(user_names[0], [])
for name in user_names[1:]:
user_groups = user_groups + member_groups.get(name, [])
user_accounts.append(dict(uid=rev.meta[ITEMID],
name=user_names,
fqname=CompositeName(NAMESPACE_USERS, NAME_EXACT, rev.name),
email=rev.meta[EMAIL] if EMAIL in rev.meta else rev.meta[EMAIL_UNVALIDATED],
disabled=rev.meta[DISABLED],
groups=user_groups))
return render_template('admin/userbrowser.html', user_accounts=user_accounts, title_name=_(u"Users"))
def group_acl_report(group_name):
"""
Display a 2-column table of items and ACLs, where the ACL rule specifies any
WikiGroup or ConfigGroup name.
"""
group = search_group(group_name)
all_items = flaskg.storage.documents(wikiname=app.cfg.interwikiname)
group_items = []
for item in all_items:
acl_iterator = ACLStringIterator(ACL_RIGHTS_CONTENTS,
item.meta.get(ACL, ''))
for modifier, entries, rights in acl_iterator:
if group_name in entries:
item_id = item.meta.get(ITEMID)
fqname = CompositeName(item.meta.get(NAMESPACE), u'itemid',
item_id)
group_items.append(
dict(name=item.meta.get(NAME),
itemid=item_id,
fqname=fqname,
rights=rights))
return render_template('admin/group_acl_report.html',
title_name=_(u'Group ACL Report'),
group_items=group_items,
group_name=group_name)
def test_user(self):
meta = {
keys.ITEMID:
make_uuid(),
keys.REVID:
make_uuid(),
keys.NAME: [
u"user name",
],
keys.NAMESPACE:
u"userprofiles",
keys.EMAIL:
u"*****@*****.**",
keys.SUBSCRIPTIONS: [
u"{0}:{1}".format(keys.ITEMID, make_uuid()),
u"{0}::foo".format(keys.NAME),
u"{0}::bar".format(keys.TAGS),
u"{0}::".format(keys.NAMERE),
u"{0}:userprofiles:a".format(keys.NAMEPREFIX),
]
}
invalid_meta = {
keys.SUBSCRIPTIONS: [
u"",
u"unknown_tag:123",
u"{0}:123".format(keys.ITEMID),
u"{0}:foo".format(keys.NAME),
]
}
state = {
'trusted':
False, # True for loading a serialized representation or other trusted sources
keys.NAME: u'somename', # name we decoded from URL path
keys.ACTION: keys.ACTION_SAVE,
keys.HOSTNAME: u'localhost',
keys.ADDRESS: u'127.0.0.1',
keys.WIKINAME: u'ThisWiki',
keys.NAMESPACE: u'',
keys.FQNAME: CompositeName(u'', u'', u'somename')
}
m = UserMetaSchema(meta)
valid = m.validate(state)
assert m[keys.CONTENTTYPE].value == CONTENTTYPE_USER
if not valid:
for e in m.children:
print e.valid, e
print m.valid, m
assert valid
m = UserMetaSchema(invalid_meta)
valid = m.validate(state)
assert not valid
for e in m.children:
if e.name in (keys.SUBSCRIPTIONS, ):
for value in e:
assert not value.valid
def rename(self, name, comment=u''):
"""
rename this item to item <name> (replace current name by another name in the NAME list)
"""
fqname = CompositeName(self.fqname.namespace, self.fqname.field, name)
if flaskg.storage.get_item(**fqname.query):
raise NameNotUniqueError(L_("An item named %s already exists in the namespace %s." % (name, fqname.namespace)))
return self._rename(name, comment, action=ACTION_RENAME)
def build_index(basename, relnames):
"""
Build a list of IndexEntry by hand, useful as a test helper.
"""
return [(IndexEntry(
relname,
CompositeName(NAMESPACE_DEFAULT, NAME_EXACT, '/'.join(
(basename, relname))),
Item.create('/'.join((basename, relname))).meta))
for relname in relnames]
def split_navilink(self, text):
"""
Split navibar links into pagename, link to page
Admin or user might want to use shorter navibar items by using
the [[page|title]] or [[url|title]] syntax.
Supported syntax:
* PageName
* WikiName:PageName
* wiki:WikiName:PageName
* url
* all targets as seen above with title: [[target|title]]
:param text: the text used in config or user preferences
:rtype: tuple
:returns: pagename or url, link to page or url
"""
title = None
wiki_local = '' # means local wiki
# Handle [[pagename|title]] or [[url|title]] formats
if text.startswith('[[') and text.endswith(']]'):
text = text[2:-2]
try:
target, title = text.split('|', 1)
target = target.strip()
title = title.strip()
except (ValueError, TypeError):
# Just use the text as is.
target = text.strip()
else:
target = text
if wikiutil.is_URL(target):
if not title:
title = target
return target, title, wiki_local
# remove wiki: url prefix
if target.startswith("wiki:"):
target = target[5:]
wiki_name, namespace, field, item_name = split_interwiki(target)
if wiki_name == 'Self':
wiki_name = ''
href = url_for_item(item_name,
namespace=namespace,
wiki_name=wiki_name,
field=field)
if not title:
title = shorten_fqname(CompositeName(namespace, field, item_name))
return href, title, wiki_name
def build_mixed_index(basename, spec):
"""
Build a list of MixedIndexEntry by hand, useful as a test helper.
:spec is a list of (relname, hassubitem) tuples.
"""
return [(MixedIndexEntry(
relname,
CompositeName(NAMESPACE_DEFAULT, NAME_EXACT, '/'.join(
(basename, relname))),
Item.create('/'.join((basename, relname))).meta, hassubitem))
for relname, hassubitem in spec]
def do_modify(self):
is_new = isinstance(self.content, NonExistentContent)
closed = self.meta.get('closed')
Form = TicketSubmitForm if is_new else TicketUpdateForm
if request.method in ['GET', 'HEAD']:
form = Form.from_item(self)
elif request.method == 'POST':
form = Form.from_request(request)
if form.validate():
meta, data, message, data_file = form._dump(self)
try:
if not is_new and message:
create_comment(self.meta, message)
self.modify(meta, data)
if data_file:
file_upload(self, data_file)
except AccessDenied:
abort(403)
else:
try:
fqname = CompositeName(self.meta[NAMESPACE], ITEMID,
self.meta[ITEMID])
except KeyError:
fqname = self.fqname
return redirect(url_for('.show_item', item_name=fqname))
# XXX When creating new item, suppress the "foo doesn't exist. Create it?" dummy content
data_rendered = None if is_new else Markup(self.content._render_data())
files = get_files(self)
comments, roots = get_comments(self)
suggested_tags = get_itemtype_specific_tags(ITEMTYPE_TICKET)
return render_template(
self.submit_template if is_new else self.modify_template,
is_new=is_new,
closed=closed,
item_name=self.name,
data_rendered=data_rendered,
form=form,
suggested_tags=suggested_tags,
item=self,
files=files,
comments=comments,
Markup=Markup,
datetime=datetime,
roots=roots,
build_tree=build_tree,
)
def _verify_parents(self, new_name, namespace, old_name=''):
"""
If this is a subitem, verify all parent items exist. Return None if OK, raise error if not OK.
"""
name_segments = new_name.split('/')
for idx in range(len(name_segments) - 1):
root_name = '/'.join(name_segments[:idx + 1])
fqname = CompositeName(namespace, NAME_EXACT, root_name)
parent_item = flaskg.unprotected_storage.get_item(**fqname.query)
if parent_item.itemid is None:
raise MissingParentError(
_("Cannot create or rename item '%(new_name)s' because parent '%(parent_name)s' is missing.",
new_name=new_name,
parent_name=name_segments[idx]))
def test_content(self):
class REV(dict):
""" fake rev """
rev = REV()
rev[keys.ITEMID] = make_uuid()
rev[keys.REVID] = make_uuid()
rev[keys.ACL] = u"All:read"
meta = {
keys.REVID: make_uuid(),
keys.PARENTID: make_uuid(),
keys.NAME: [
u"a",
],
keys.NAMESPACE: u"",
keys.ACL: u"All:read",
keys.TAGS: [u"foo", u"bar"],
}
state = {
'trusted':
False, # True for loading a serialized representation or other trusted sources
keys.NAME: u'somename', # name we decoded from URL path
keys.ACTION: keys.ACTION_SAVE,
keys.HOSTNAME: u'localhost',
keys.ADDRESS: u'127.0.0.1',
keys.USERID: make_uuid(),
keys.HASH_ALGORITHM: u'b9064b9a5efd8c6cef2d38a8169a0e1cbfdb41ba',
keys.SIZE: 0,
keys.WIKINAME: u'ThisWiki',
keys.NAMESPACE: u'',
'rev_parent': rev,
'acl_parent': u"All:read",
'contenttype_current': u'text/x.moin.wiki;charset=utf-8',
'contenttype_guessed': u'text/plain;charset=utf-8',
keys.FQNAME: CompositeName(u'', u'', u'somename'),
}
m = ContentMetaSchema(meta)
valid = m.validate(state)
assert m[keys.CONTENTTYPE].value == u'text/x.moin.wiki;charset=utf-8'
if not valid:
for e in m.children:
print e.valid, e
print m.valid, m
assert valid
def test_validjson():
"""
Tests for changes to metadata when modifying an item.
Does not apply to usersettings form.
"""
app.cfg.namespace_mapping = [(u'', 'default_backend'),
(u'ns1/', 'default_backend'),
(u'ns1/ns2/', 'other_backend')]
item = Item.create(u'ns1/ns2/existingname')
meta = {NAMESPACE: u'ns1/ns2', CONTENTTYPE: u'text/plain;charset=utf-8'}
become_trusted()
item._save(meta, data='This is a valid Item.')
valid_itemid = 'a1924e3d0a34497eab18563299d32178'
# ('names', 'namespace', 'field', 'value', 'result')
tests = [
([u'somename', u'@revid'], '', '', 'somename',
False), # item names cannot begin with @
# TODO for above? - create item @x, get error message, change name in meta to xx, get an item with names @40x and alias of xx
([u'bar', u'ns1'], '', '', 'bar', False
), # item names cannot match namespace names
([u'foo', u'foo', u'bar'], '', '', 'foo',
False), # names in the name list must be unique.
(
[u'ns1ns2ns3', u'ns1/subitem'], '', '', 'valid', False
), # Item names must not match with existing namespaces; items cannot be in 2 namespaces
(
[u'foobar', u'validname'], '', ITEMID, valid_itemid + '8080', False
), # attempts to change itemid in meta result in "Item(s) named foobar, validname already exist."
([u'barfoo', u'validname'], '', ITEMID, valid_itemid.replace('a', 'y'),
False), # similar to above
(
[], '', 'itemid', valid_itemid, True
), # deleting all names from the metadata of an existing item will make it nameless, succeeds
([u'existingname'], 'ns1/ns2', '', 'existingname',
False), # item already exists
]
for name, namespace, field, value, result in tests:
meta = {NAME: name, NAMESPACE: namespace}
x = JSON(json.dumps(meta))
y = Names(name)
state = dict(fqname=CompositeName(namespace, field, value),
itemid=None,
meta=meta)
value = x.validate(state) and y.validate(state)
assert value == result
def get_subscribers(**meta):
""" Get all users that are subscribed to the item
:param meta: key/value pairs from item metadata - itemid, name, namespace, tags keys
:return: a set of Subscriber objects
"""
itemid = meta.get(ITEMID)
name = meta.get(NAME)
namespace = meta.get(NAMESPACE)
fqname = CompositeName(namespace, ITEMID, itemid)
tags = meta.get(TAGS)
terms = []
if itemid is not None:
terms.extend(
[Term(SUBSCRIPTION_IDS, u"{0}:{1}".format(ITEMID, itemid))])
if namespace is not None:
if name is not None:
terms.extend(
Term(SUBSCRIPTION_IDS, u"{0}:{1}:{2}".format(
NAME, namespace, name_)) for name_ in name)
if tags is not None:
terms.extend(
Term(SUBSCRIPTION_IDS, u"{0}:{1}:{2}".format(
TAGS, namespace, tag)) for tag in tags)
query = Or(terms)
with flaskg.storage.indexer.ix[LATEST_REVS].searcher() as searcher:
result_iterators = [
searcher.search(query, limit=None),
]
subscription_patterns = searcher.lexicon(SUBSCRIPTION_PATTERNS)
patterns = get_matched_subscription_patterns(subscription_patterns,
**meta)
result_iterators.extend(
searcher.documents(subscription_patterns=pattern)
for pattern in patterns)
subscribers = set()
for user in chain.from_iterable(result_iterators):
email = user.get(EMAIL)
if email:
from MoinMoin.user import User
u = User(uid=user.get(ITEMID))
if u.may.read(fqname):
locale = user.get(LOCALE, DEFAULT_LOCALE)
subscribers.add(
Subscriber(user[ITEMID], user[NAME][0], email, locale))
return subscribers
def user_acl_report(uid):
all_items = flaskg.storage.documents(wikiname=app.cfg.interwikiname)
groups = flaskg.groups
theuser = user.User(uid=uid)
itemwise_acl = []
for item in all_items:
fqname = CompositeName(item.meta.get(NAMESPACE), u'itemid', item.meta.get(ITEMID))
itemwise_acl.append({'name': item.meta.get(NAME),
'itemid': item.meta.get(ITEMID),
'fqname': fqname,
'read': theuser.may.read(fqname),
'write': theuser.may.write(fqname),
'create': theuser.may.create(fqname),
'admin': theuser.may.admin(fqname),
'destroy': theuser.may.destroy(fqname)})
return render_template('admin/user_acl_report.html',
title_name=_(u'User ACL Report'),
user_names=theuser.name,
itemwise_acl=itemwise_acl)
def path_breadcrumbs(self):
"""
Assemble the path breadcrumbs (a.k.a.: trail)
:rtype: list
:returns: path breadcrumbs items in tuple (wiki_name, item_name, url, exists, err)
"""
user = self.user
breadcrumbs = []
trail = user.get_trail()
for interwiki_item_name in trail:
wiki_name, namespace, field, item_name = split_interwiki(interwiki_item_name)
fqname = CompositeName(namespace, field, item_name)
err = not is_known_wiki(wiki_name)
href = url_for_item(wiki_name=wiki_name, **fqname.split)
if is_local_wiki(wiki_name):
exists = bool(self.storage.get_item(**fqname.query))
wiki_name = '' # means "this wiki" for the theme code
else:
exists = True # we can't detect existance of remote items
if item_name:
breadcrumbs.append((wiki_name, fqname, href, exists, err))
return breadcrumbs
def get_files(self):
check_itemid(self)
if self.meta.get(ITEMID) and self.meta.get(NAME):
refers_to = self.meta[ITEMID]
prefix = self.meta[ITEMID] + '/'
else:
refers_to = self.fqname.value
prefix = self.fqname.value + '/'
query = And([
Term(WIKINAME, app.cfg.interwikiname),
Term(REFERS_TO, refers_to),
Term(ELEMENT, u'file')
])
revs = flaskg.storage.search(query, limit=None)
files = []
for rev in revs:
names = rev.meta[NAME]
for name in names:
relname = name[len(prefix):]
file_fqname = CompositeName(rev.meta[NAMESPACE], ITEMID,
rev.meta[ITEMID])
files.append(IndexEntry(relname, file_fqname, rev.meta))
return files
def do_modify(self):
"""
Process new ticket, changes to ticket meta data, and/or a new comment against original ticket description.
User has clicked "Submit ticket" or "Update ticket" button to get here. If user clicks Save button to
add a comment to a prior comment it is not processed here - see /+comment in views.py.
"""
is_new = isinstance(self.content, NonExistentContent)
closed = self.meta.get('closed')
Form = TicketSubmitForm if is_new else TicketUpdateForm
if request.method in ['GET', 'HEAD']:
form = Form.from_item(self)
elif request.method == 'POST':
form = Form.from_request(request)
if form.validate():
meta, data, message, data_file = form._dump(
self
) # saves new ticket revision if ticket meta has changed
try:
if not is_new and message:
# user created a new comment
create_comment(self.meta, message)
if is_new:
self.modify(meta, data)
if data_file:
file_upload(self, data_file)
except AccessDenied:
abort(403)
else:
try:
fqname = CompositeName(self.meta[NAMESPACE], ITEMID,
self.meta[ITEMID])
except KeyError:
fqname = self.fqname
return redirect(url_for('.show_item', item_name=fqname))
if is_new:
data_rendered = None
files = {}
roots = []
comments = {}
else:
data_rendered = Markup(self.content._render_data())
files = get_files(self)
comments, roots = get_comments(self)
suggested_tags = get_itemtype_specific_tags(ITEMTYPE_TICKET)
ordered_comments = [] # list of tuples [(comment, indent),,, ]
for root in roots:
ordered_comments += [
(root, 0),
] + build_tree(comments, root, [], 0)
return render_template(
self.submit_template if is_new else self.modify_template,
is_new=is_new,
closed=closed,
item_name=self.name,
data_rendered=data_rendered,
form=form,
suggested_tags=suggested_tags,
item=self,
files=files,
datetime=datetime.datetime,
ordered_comments=ordered_comments,
render_comment_data=render_comment_data,
)