def test_autolist_macro ( self ):
'''test autolist macro'''
data = [ "Item %s" % _i for _i in range ( 1,9 ) ]
template = (
macro ( 'AutoList', lambda data:
data and (
T.ul ( class_='autolist' ) [
[ T.li [ _i ] for _i in data ]
]
) or ''
),
T.html [
T.head [ T.title [ my_name ( ) ] ],
T.body [ AutoList ( data ) ]
]
)
output = flatten ( template )
self.assertEqual (
output,
( u'<html><head><title>test_autolist_macro</title></head>'
u'<body><ul class="autolist"><li>Item 1</li><li>Item 2</li>'
u'<li>Item 3</li><li>Item 4</li><li>Item 5</li><li>Item 6</li>'
u'<li>Item 7</li><li>Item 8</li></ul></body></html>' )
)
def build_tree(facet, root_url, category_path):
ul_by_path = {}
root = T.ul()
ul_by_path[''] = root
cats = list(facet['category'])
cats.sort(lambda x, y: cmp(len(x['path'].split('.')), len(y['path'].split('.'))))
for c in cats:
u = T.ul()
ul_by_path[c['path']] = u
if c['path'] == category_path:
class_ = 'selected'
else:
class_ = ''
link = T.a(href=root_url.child(c['path']))[c['data']['label']]
link.attrs['class'] = class_
li_link = T.li()[link]
parent = get_parent(c['path'])
ul_by_path[ parent ][ li_link, u ]
return flatten(root)
def build_tree(facet, root_url, category_path):
ul_by_path = {}
root = T.ul()
ul_by_path[''] = root
cats = list(facet['category'])
cats.sort(
lambda x, y: cmp(len(x['path'].split('.')), len(y['path'].split('.'))))
for c in cats:
u = T.ul()
ul_by_path[c['path']] = u
if c['path'] == category_path:
class_ = 'selected'
else:
class_ = ''
link = T.a(href=root_url.child(c['path']))[c['data']['label']]
link.attrs['class'] = class_
li_link = T.li()[link]
parent = get_parent(c['path'])
ul_by_path[parent][li_link, u]
return flatten(root)
def test_autolist_macro ( self ):
'''test autolist macro'''
sublist1 = [ "List 1:%s" % _i for _i in range ( 3 ) ]
sublist2 = [ "List 2:%s" % _i for _i in range ( 3, 6 ) ]
sublist3 = [ "List 3:%s" % _i for _i in range ( 6, 9 ) ]
sublist3.append ( sublist2 )
data = [
'Item A', 'Item B', 'Item C',
sublist1,
'Item D', 'Item E', 'Item F',
sublist3,
]
template = (
macro ( 'AutoList', lambda data, level=0:
data and (
T.ul ( class_='autolist level-%s' % level ) [
[ T.li [
[ lambda _i, _j: _i, AutoList ]
[ isinstance ( _i, list ) ]( _i, level + 1 )
]
for _i in data ]
]
) or ''
),
T.html [
T.head [ T.title [ my_name ( ) ] ],
T.body [ AutoList ( data ) ]
]
)
output = flatten ( template )
self.assertEqual (
output,
( u'<html><head><title>test_autolist_macro</title></head>'
u'<body><ul class="autolist level-0"><li>Item A</li>'
u'<li>Item B</li><li>Item C</li><li><ul class="autolist level-1">'
u'<li>List 1:0</li><li>List 1:1</li><li>List 1:2</li></ul></li>'
u'<li>Item D</li><li>Item E</li><li>Item F</li><li>'
u'<ul class="autolist level-1"><li>List 3:6</li>'
u'<li>List 3:7</li><li>List 3:8</li><li><ul class="autolist level-2">'
u'<li>List 2:3</li><li>List 2:4</li><li>List 2:5</li></ul>'
u'</li></ul></li></ul></body></html>' )
)
def renderModuleNav(self, tag, data):
"""
:type data: (werkzeug.routing.MapAdapter, None)
"""
(url, unused) = data
currentEndpoint = url.match()[0]
currentModule = [x for x in self.modules if currentEndpoint in x.endpoints][0]
html = (
T.ul(class_='nav nav-pills nav-stacked')[
[
T.li(class_='active' if currentEndpoint == page.endpoint else None)[
T.a(href=page.url)[page.name]
]
for page in currentModule.publicPages
]
]
)
return tag[html]
def test_autolist_macro1():
"""test autolist macro"""
data = ["Item %s" % _i for _i in range(1, 9)]
template = (
macro('AutoList', lambda data:
data and (
T.ul(class_='autolist')[
[T.li[_i] for _i in data]
]
) or ''
),
T.html[
T.head[T.title[my_name()]],
T.body[AutoList(data)] # @UndefinedVariable
]
)
output = flatten(template)
assert output == ('<html><head><title>test_autolist_macro1</title></head>'
'<body><ul class="autolist"><li>Item 1</li><li>Item 2</li>'
'<li>Item 3</li><li>Item 4</li><li>Item 5</li><li>Item 6</li>'
'<li>Item 7</li><li>Item 8</li></ul></body></html>')
def _add_child_menus(tag, node, urlpath):
nodepath = node.path.split('.')
nodedepth = len(nodepath)
label = node.label
# If we're not showing submenus (apart from the selected item)
# then loop through our urlpath and check that the node matches each segment.
# If it doesn't then return our result so far
if not self.openall:
for n, segment in enumerate(urlpath[:self.openallbelow]):
if n+1>=nodedepth or segment != nodepath[n+1]:
return
t = T.li()[T.a(href=self.urlfactory(node))[label]]
tag[t]
# Mark selected item
if request_path == nodepath:
add_class(t, 'selected')
elif request_path[:nodedepth] == nodepath[:nodedepth]:
add_class(t, 'selectedpath')
if self.item_id == 'name':
t.attrs['id'] = 'nav-%s'%node.name
# only show up to a set depth
if self.maxdepth is not None and nodedepth > self.maxdepth:
return
# If we have more children and we're showing them all or we're considered to be in the right location - then add them
if node.children and (self.openall or force_url_path[:nodedepth] == nodepath[:nodedepth]):
s = T.ul()
t[s]
_add_children(s, node, urlpath,is_root=False)
def renderNavbar(self, tag, data):
"""
:type data: (werkzeug.routing.MapAdapter, None)
"""
(url, unused) = data
currentEndpoint = url.match()[0]
burgerToggle = lambda targetId: (
T.button(class_='navbar-toggle', **{'data-toggle': 'collapse', 'data-target': '#%s' % targetId})[
T.span(class_='sr-only')['Toggle navigation'],
T.span(class_='icon-bar'),
T.span(class_='icon-bar'),
T.span(class_='icon-bar'),
]
)
mainNavigation = lambda: (
forEach(self.modules, lambda mod: (
T.li(class_='active' if currentEndpoint in mod.endpoints else None)[
T.a(href=url.build(mod.pages[0].endpoint))[mod.name]
]
))
)
html = (
T.nav(class_='navbar navbar-default', role='navigation')[
T.div(class_='container-fluid')[
T.div(class_='navbar-header')[
burgerToggle('mainNavCollapse'),
T.span(class_='navbar-brand')['Rudykocur Maxwell']
],
T.div(class_='collapse navbar-collapse', id='mainNavCollapse')[
T.ul(class_="nav navbar-nav")[
mainNavigation()
],
T.ul(class_="nav navbar-nav navbar-right")[
T.li(class_='dropdown')[
T.a(href='#', class_='dropdown-toggle', **{'data-toggle': 'dropdown'})[
'Characters', ' ',
T.span(class_='caret')
],
T.ul(class_='dropdown-menu', role='menu')[
T.li(role='presentation', class_='dropdown-header')['Account: Rudykocur'],
T.li[T.a(href='#')['Rudykocur Maxwell']],
T.li[T.a(href='#')['Imaginary Profile']],
T.li(role='presentation', class_='divider'),
T.li(role='presentation', class_='dropdown-header')['Account: Generic'],
T.li[T.a(href='#')['All Skills V']],
],
],
T.li[
T.a(href=url.build('logout'))['Logout']
]
]
]
]
]
)
return tag[html]
def build_menu(self, sitemap, request):
# Highlighting of navigation is driven by the request.
request_path = self.current_path_segments(request)
# Filter out empty segments
request_path = [ r for r in request_path if r ]
if self.force_url_path is not None:
force_url_path = [ r for r in self.force_url_path if r ]
else:
force_url_path = request_path
def _add_root_menu(tag):
nodepath = node.path.split('.')
nodedepth = len(nodepath)
label = node.label
t = T.li()[T.a(href=self.urlfactory(node))[label]]
tag[t]
if request_path == nodepath:
add_class(t, 'selected')
if self.item_id == 'name':
t.attrs['id'] = 'nav-%s'%node.name
def _add_child_menus(tag, node, urlpath):
nodepath = node.path.split('.')
nodedepth = len(nodepath)
label = node.label
# If we're not showing submenus (apart from the selected item)
# then loop through our urlpath and check that the node matches each segment.
# If it doesn't then return our result so far
if not self.openall:
for n, segment in enumerate(urlpath[:self.openallbelow]):
if n+1>=nodedepth or segment != nodepath[n+1]:
return
t = T.li()[T.a(href=self.urlfactory(node))[label]]
tag[t]
# Mark selected item
if request_path == nodepath:
add_class(t, 'selected')
elif request_path[:nodedepth] == nodepath[:nodedepth]:
add_class(t, 'selectedpath')
if self.item_id == 'name':
t.attrs['id'] = 'nav-%s'%node.name
# only show up to a set depth
if self.maxdepth is not None and nodedepth > self.maxdepth:
return
# If we have more children and we're showing them all or we're considered to be in the right location - then add them
if node.children and (self.openall or force_url_path[:nodedepth] == nodepath[:nodedepth]):
s = T.ul()
t[s]
_add_children(s, node, urlpath,is_root=False)
def _add_children(tag, node, urlpath, is_root=True):
""" The root node is the top level segment (e.g. for an absolute url
/a/b/c, root node is 'a'
node is the sitemap root node (with path 'root')
"""
# if this is the root node of our tree, and we have 'showroot' set
# then add this as a top level list item
if node is not None and is_root is True and self.showroot is True:
_add_root_menu(tag)
if node is None or node.children is None:
return tag
# for each child of the node, (i.e. for each top level menu item)
for child in node.children:
# as long as a group is defined, otherwise continue
if self.navigation_type is not None and child.group != self.navigation_type:
continue
_add_child_menus(tag, child, urlpath)
return tag
def _menu_built(tag):
if 'firstlast' in self.item_class:
try:
add_class(tag.children[0], 'first-child')
add_class(tag.children[-1], 'last-child')
except IndexError:
pass
if 'number' in self.item_class:
for n,child in enumerate(tag.children):
add_class(tag.children[n], 'item-%s'%(n+1))
return tag
# Render from the root of the sitemap by default
node = sitemap
# Adjust the root node for the start depth.
urlpath = request.url.path_segments
if urlpath == ['']:
urlpath = []
if len(urlpath) < self.startdepth:
# We've not reached this section of the site yet.
node = None
else:
# Traverse the sitemap to find the root node at the given start depth.
for segment in urlpath[:self.startdepth]:
node = node.child_by_name(segment)
# We always start with a menu
tag = T.ul()
if self.css_class is not None:
add_class(tag, self.css_class)
# Take the rootnode and add children given the navigation group as
# context (navgroup is primary secondary but coded as integers)
tag = _add_children(tag, node, urlpath)
return _menu_built(tag)