def links(self, request, tag):
ds = self.root.edits(self.ob)
therange = range(len(ds))
rev = therange[self.rev]
ul = tags.ul()
for i in therange:
li = tags.li()
if i:
u = URLPath.fromRequest(request)
u = u.sibling('diff')
u.query = urllib.urlencode({
'ob': self.ob.fullName(),
'revA': i-1,
'revB': i,
})
li(tags.a(href=str(u))("(diff)"))
else:
li("(diff)")
li(" - ")
if i == len(ds) - 1:
label = "Latest"
else:
label = str(i)
if i == rev:
li(label)
else:
u = URLPath.fromRequest(request)
u.query = urllib.urlencode({
'rev': str(i),
'ob': self.ob.fullName(),
})
li(tags.a(href=str(u))(label))
li(' - ' + ds[i].user + '/' + ds[i].time)
ul(li)
return tag(ul)
def generateTabsAndContent(results):
"""
results is a dictionary whose keys are normalized ASCII chars and
whose values are the original (possible unicode) chars that map to
the ASCII ones.
"""
tabs = []
contents = []
for asciiLetter in sorted(results.keys()):
if not asciiLetter:
continue
for letter in sorted(results[asciiLetter]):
tab = tags.li(
tags.a(letter.upper(),
href="#l%s" % letter,
**{"data-toggle": "tab"}))
tabs.append(tab)
content = tags.div(tags.p("holding content"),
class_="tab-pane",
id="l%s" % letter)
contents.append(content)
return tags.div(tags.ul(tabs, class_="nav nav-tabs"),
tags.div(contents, class_="tab-content"),
class_="tabbable tabs-left")
def names(self, request, tag):
def link(obj: model.Documentable) -> Tag:
# The "data-type" attribute helps doc2dash figure out what
# category (class, method, etc.) an object belongs to.
attributes = {}
if obj.kind:
attributes["data-type"] = epydoc2stan.format_kind(obj.kind)
tag: Tag = tags.code(
epydoc2stan.taglink(obj, NameIndexPage.filename), **attributes)
return tag
name2obs = {}
for obj in self.initials[self.my_letter]:
name2obs.setdefault(obj.name, []).append(obj)
r = []
for name in sorted(name2obs, key=lambda x: (x.lower(), x)):
item = tag.clone()(name)
obs = name2obs[name]
if all(isPrivate(ob) for ob in obs):
item(class_='private')
if len(obs) == 1:
item(' - ', link(obs[0]))
else:
ul = tags.ul()
for ob in sorted(obs, key=_lckey):
subitem = tags.li(link(ob))
if isPrivate(ob):
subitem(class_='private')
ul(subitem)
item(ul)
r.append(item)
return r
def generateTabsAndContent(results):
"""
results is a dictionary whose keys are normalized ASCII chars and
whose values are the original (possible unicode) chars that map to
the ASCII ones.
"""
tabs = []
contents = []
for asciiLetter in sorted(results.keys()):
if not asciiLetter:
continue
for letter in sorted(results[asciiLetter]):
tab = tags.li(
tags.a(
letter.upper(),
href="#l%s" % letter,
**{"data-toggle": "tab"})
)
tabs.append(tab)
content = tags.div(
tags.p("holding content"),
class_="tab-pane",
id="l%s" % letter)
contents.append(content)
return tags.div(
tags.ul(tabs, class_="nav nav-tabs"),
tags.div(contents, class_="tab-content"),
class_="tabbable tabs-left")
def _showDirectory(self, request, dirinfo):
children = dirinfo[1]['children']
body = tags.ul(*[
tags.li(tags.a(name + ('/' if info[0] == 'dirnode' else ''),
href='/' + info[1]['ro_uri']))
for name, info in children.iteritems()
])
renderElement(request, body)
def plugin(self, request, tag):
plugins = []
for name in self.plugins.keys():
plugins.append(
tags.li(
tags.a(name.title(),
href='%s/%s' % (self.factory.name, name))))
return tag(tags.h2("Plugins"), tags.ul(*plugins))
def problems(self, req, tag):
problems = self._retrieve_status.get_problems()
if not problems:
return ""
ul = tags.ul()
for peerid in sorted(problems.keys()):
peerid_s = idlib.shortnodeid_b2a(peerid)
ul(tags.li("[%s]: %s" % (peerid_s, problems[peerid])))
return tag("Server Problems:", ul)
def problems(self, req, tag):
problems = self._update_status.problems
if not problems:
return tag
l = tags.ul()
for peerid in sorted(problems.keys()):
peerid_s = idlib.shortnodeid_b2a(peerid)
l(tags.li("[%s]: %s" % (peerid_s, problems[peerid])))
return tag("Server Problems:", l)
def _showDirectory(self, request, dirinfo):
children = dirinfo[1]['children']
body = tags.ul(*[
tags.li(
tags.a(name + ('/' if info[0] == 'dirnode' else ''),
href='/' + info[1]['ro_uri']))
for name, info in children.iteritems()
])
renderElement(request, body)
def _describe_connection_status(self, cs):
"""Return a dict containing some connection stats."""
others = cs.non_connected_statuses
if cs.connected:
summary = cs.summary
if others:
hints = "\n".join([
"* %s: %s\n" % (which, others[which])
for which in sorted(others)
])
details = "Other hints:\n" + hints
else:
details = "(no other hints)"
else:
details = tags.ul()
for which in sorted(others):
details(tags.li("%s: %s" % (which, others[which])))
summary = [cs.summary, details]
connected = "yes" if cs.connected else "no"
connected_alt = self._connectedalts[connected]
since = cs.last_connection_time
if since is not None:
service_connection_status_rel_time = render_time_delta(
since, self._now_fn())
service_connection_status_abs_time = render_time_attr(since)
else:
service_connection_status_rel_time = "N/A"
service_connection_status_abs_time = "N/A"
last_received_data_time = cs.last_received_time
if last_received_data_time is not None:
last_received_data_abs_time = render_time_attr(
last_received_data_time)
last_received_data_rel_time = render_time_delta(
last_received_data_time, self._now_fn())
else:
last_received_data_abs_time = "N/A"
last_received_data_rel_time = "N/A"
return {
"summary": summary,
"details": details,
"service_connection_status": connected,
"service_connection_status_alt": connected_alt,
"service_connection_status_abs_time":
service_connection_status_abs_time,
"service_connection_status_rel_time":
service_connection_status_rel_time,
"last_received_data_abs_time": last_received_data_abs_time,
"last_received_data_rel_time": last_received_data_rel_time,
}
def server_timings(self, req, tag):
per_server = self._publish_status.timings.get("send_per_server")
if not per_server:
return tag()
l = tags.ul()
for server in sorted(per_server.keys(), key=lambda s: s.get_name()):
times_s = ", ".join(
[abbreviate_time(t) for t in per_server[server]])
l(tags.li("[%s]: %s" % (server.get_name(), times_s)))
return tags.li("Per-Server Response Times: ", l)
def problems(self, req, tag):
problems = self._publish_status.get_problems()
if not problems:
return tag()
l = tags.ul()
# XXX: is this exercised? I don't think PublishStatus.problems is
# ever populated
for peerid in sorted(problems.keys()):
peerid_s = idlib.shortnodeid_b2a(peerid)
l(tags.li("[%s]: %s" % (peerid_s, problems[peerid])))
return tag(tags.li("Server Problems:", l))
def render_GET(self, request):
applications = []
for app in self.registry.applications.values():
link = tags.a(tags.tt(app.name), ' at ', tags.tt(app.path.path),
href=app.name)
applications.append(tags.li(link))
body = tags.body(
tags.p('Here are your applications:'),
tags.ul(*applications))
return renderElement(request, body)
def moduleSummary(modorpack):
r = tags.li(util.taglink(modorpack), ' - ', epydoc2stan.doc2stan(modorpack, summary=True)[0])
if not isinstance(modorpack, model.Package):
return r
contents = [m for m in modorpack.orderedcontents
if m.isVisible and m.name != '__init__']
if not contents:
return r
ul = tags.ul()
for m in sorted(contents, key=lambda m:m.fullName()):
ul(moduleSummary(m))
return r(ul)
def moduleSummary(modorpack):
r = tags.li(taglink(modorpack), ' - ', epydoc2stan.doc2stan(modorpack, summary=True)[0])
if not isinstance(modorpack, model.Package):
return r
contents = [m for m in modorpack.orderedcontents
if m.isVisible and m.name != '__init__']
if not contents:
return r
ul = tags.ul()
for m in sorted(contents, key=lambda m:m.fullName()):
ul(moduleSummary(m))
return r(ul)
def render_GET(self, request):
applications = []
for app in self.registry.applications.values():
link = tags.a(tags.tt(app.name),
' at ',
tags.tt(app.path.path),
href=app.name)
applications.append(tags.li(link))
body = tags.body(tags.p('Here are your applications:'),
tags.ul(*applications))
return renderElement(request, body)
def service(self, request, tag):
l = []
services = []
for name, service in self.services.iteritems():
factory = service.args[1]
if isinstance(factory, BravoFactory):
services.append(self.bravofactory(request, tags.div, factory))
else:
l.append(
tags.li("%s (%s)" % (name, self.services[name].__class__)))
ul = tags.ul(*l)
div = tags.div(*services)
return tag(ul, div)
def test_render_list(self):
"""
The C{:list} renderer suffix will render the slot named by the renderer
as a list, filling each slot.
"""
@page.routed(self.app.route("/"),
tags.ul(tags.li(slot("item"),
render="subplating:list")))
def rsrc(request):
return {"subplating": [1, 2, 3]}
request, written = self.get(b"/")
self.assertIn(b'<ul><li>1</li><li>2</li><li>3</li></ul>', written)
self.assertIn(b'<title>default title unchanged</title>', written)
def test_render_list(self):
"""
The C{:list} renderer suffix will render the slot named by the renderer
as a list, filling each slot.
"""
@page.routed(self.app.route("/"),
tags.ul(tags.li(slot("item"), render="subplating:list")))
def rsrc(request):
return {"subplating": [1, 2, 3]}
request, written = self.get(b"/")
self.assertIn(b'<ul><li>1</li><li>2</li><li>3</li></ul>', written)
self.assertIn(b'<title>default title unchanged</title>', written)
def service(self, request, tag):
l = []
services = []
for name, service in self.services.iteritems():
factory = service.args[1]
if isinstance(factory, BravoFactory):
services.append(self.bravofactory(request, tags.div, factory))
else:
l.append(tags.li("%s (%s)" %
(name, self.services[name].__class__)))
ul = tags.ul(*l)
div = tags.div(*services)
return tag(ul, div)
def lease_last_cycle_results(self, req, tag):
lc = self._storage.lease_checker
h = lc.get_state()["history"]
if not h:
return ""
biggest = str(max(int(k) for k in h.keys()))
last = h[biggest]
start, end = last["cycle-start-finish-times"]
tag(
"Last complete cycle (which took %s and finished %s ago)"
" recovered: " %
(abbreviate_time(end - start), abbreviate_time(time.time() - end)),
self.format_recovered(last["space-recovered"], "actual"))
p = T.ul()
def add(*pieces):
p(T.li(pieces))
saw = self.format_recovered(last["space-recovered"], "examined")
add("and saw a total of ", saw)
if not last["expiration-enabled"]:
rec = self.format_recovered(last["space-recovered"], "configured")
add(
"but expiration was not enabled. If it had been, "
"it would have recovered: ", rec)
if last["corrupt-shares"]:
add(
"Corrupt shares:",
T.ul((T.li([
"SI %s shnum %d" % (si, shnum)
for si, shnum in last["corrupt-shares"]
]))))
return tag(p)
def sharemap(self, req, tag):
servermap = self._publish_status.get_servermap()
if servermap is None:
return tag("None")
l = tags.ul()
sharemap = servermap.make_sharemap()
for shnum in sorted(sharemap.keys()):
l(
tags.li(
"%d -> Placed on " % shnum, ", ".join([
"[%s]" % server.get_name()
for server in sharemap[shnum]
])))
return tag("Sharemap:", l)
def names(self, request, tag):
name2obs = {}
for obj in self.initials[self.my_letter]:
name2obs.setdefault(obj.name, []).append(obj)
r = []
for name in sorted(name2obs, key=lambda x:(x.lower(), x)):
obs = name2obs[name]
if len(obs) == 1:
r.append(tag.clone()(name, ' - ', taglink(obs[0])))
else:
ul = tags.ul()
for ob in sorted(obs, key=_lckey):
ul(tags.li(taglink(ob)))
r.append(tag.clone()(name, ul))
return r
def stuff(self, request, tag):
t = tag
anchors = set()
for b, o in findRootClasses(self.system):
if isinstance(o, model.Class):
t(subclassesFrom(self.system, o, anchors))
else:
item = tags.li(tags.code(b))
if o:
ul = tags.ul()
for sc in sorted(o, key=_lckey):
ul(subclassesFrom(self.system, sc, anchors))
item(ul)
t(item)
return t
def stuff(self, request, tag):
t = tag
anchors = set()
for b, o in findRootClasses(self.system):
if isinstance(o, model.Class):
t(subclassesFrom(self.system, o, anchors))
else:
item = tags.li(tags.code(b))
if o:
ul = tags.ul()
for sc in sorted(o, key=_lckey):
ul(subclassesFrom(self.system, sc, anchors))
item(ul)
t(item)
return t
def subclassesFrom(hostsystem, cls, anchors):
r = tags.li()
name = cls.fullName()
if name not in anchors:
r(tags.a(name=name))
anchors.add(name)
r(taglink(cls), ' - ', epydoc2stan.doc2stan(cls, summary=True)[0])
scs = [sc for sc in cls.subclasses if sc.system is hostsystem and ' ' not in sc.fullName()
and sc.isVisible]
if len(scs) > 0:
ul = tags.ul()
for sc in sorted(scs, key=_lckey):
ul(subclassesFrom(hostsystem, sc, anchors))
r(ul)
return r
def subclassesFrom(hostsystem, cls, anchors):
r = tags.li()
name = cls.fullName()
if name not in anchors:
r(tags.a(name=name))
anchors.add(name)
r(util.taglink(cls), ' - ', epydoc2stan.doc2stan(cls, summary=True)[0])
scs = [sc for sc in cls.subclasses if sc.system is hostsystem and ' ' not in sc.fullName()
and sc.isVisible]
if len(scs) > 0:
ul = tags.ul()
for sc in sorted(scs, key=_lckey):
ul(subclassesFrom(hostsystem, sc, anchors))
r(ul)
return r
def names(self, request, tag):
name2obs = {}
for obj in self.initials[self.my_letter]:
name2obs.setdefault(obj.name, []).append(obj)
r = []
for name in sorted(name2obs, key=lambda x: (x.lower(), x)):
obs = name2obs[name]
if len(obs) == 1:
r.append(tag.clone()(name, ' - ', util.taglink(obs[0])))
else:
ul = tags.ul()
for ob in sorted(obs, key=_lckey):
ul(tags.li(util.taglink(ob)))
r.append(tag.clone()(name, ul))
return r
def status(self, request, tag):
world = self.factory.world
l = []
total = 0 + len(world._cache._dirty) + len(world._pending_chunks)
l.append(tags.li("Total chunks: %d" % total))
l.append(tags.li("Clean chunks: %d" % 0))
l.append(tags.li("Dirty chunks: %d" % len(world._cache._dirty)))
l.append(tags.li("Chunks being generated: %d" %
len(world._pending_chunks)))
if world._cache._perm:
l.append(tags.li("Permanent cache: enabled, %d chunks" %
len(world._cache._perm)))
else:
l.append(tags.li("Permanent cache: disabled"))
status = tags.ul(*l)
return tag(tags.h2("Status"), status)
def world(self, request, tag, world):
l = []
total = (len(world.chunk_cache) + len(world.dirty_chunk_cache) +
len(world._pending_chunks))
l.append(tags.li("Total chunks: %d" % total))
l.append(tags.li("Clean chunks: %d" % len(world.chunk_cache)))
l.append(tags.li("Dirty chunks: %d" % len(world.dirty_chunk_cache)))
l.append(tags.li("Chunks being generated: %d" %
len(world._pending_chunks)))
if world.permanent_cache:
l.append(tags.li("Permanent cache: enabled, %d chunks" %
len(world.permanent_cache)))
else:
l.append(tags.li("Permanent cache: disabled"))
status = tags.ul(*l)
return tag(tags.h3("World status"), status)
def moduleSummary(modorpack, page_url):
r = tags.li(tags.code(epydoc2stan.taglink(modorpack, page_url)), ' - ',
epydoc2stan.format_summary(modorpack))
if modorpack.isPrivate:
r(class_='private')
if not isinstance(modorpack, model.Package):
return r
contents = [
m for m in modorpack.contents.values()
if m.isVisible and m.name != '__init__'
]
if not contents:
return r
ul = tags.ul()
for m in sorted(contents, key=lambda m: m.fullName()):
ul(moduleSummary(m, page_url))
return r(ul)
def status(self, request, tag):
world = self.factory.world
l = []
total = (len(world.chunk_cache) + len(world.dirty_chunk_cache) +
len(world._pending_chunks))
l.append(tags.li("Total chunks: %d" % total))
l.append(tags.li("Clean chunks: %d" % len(world.chunk_cache)))
l.append(tags.li("Dirty chunks: %d" % len(world.dirty_chunk_cache)))
l.append(tags.li("Chunks being generated: %d" %
len(world._pending_chunks)))
if world.permanent_cache:
l.append(tags.li("Permanent cache: enabled, %d chunks" %
len(world.permanent_cache)))
else:
l.append(tags.li("Permanent cache: disabled"))
status = tags.ul(*l)
return tag(tags.h2("Status"), status)
def subclassesFrom(hostsystem, cls, anchors, page_url):
r = tags.li()
if isClassNodePrivate(cls):
r(class_='private')
name = cls.fullName()
if name not in anchors:
r(tags.a(name=name))
anchors.add(name)
r(tags.code(epydoc2stan.taglink(cls, page_url)), ' - ',
epydoc2stan.format_summary(cls))
scs = [sc for sc in cls.subclasses if sc.system is hostsystem and ' ' not in sc.fullName()
and sc.isVisible]
if len(scs) > 0:
ul = tags.ul()
for sc in sorted(scs, key=_lckey):
ul(subclassesFrom(hostsystem, sc, anchors, page_url))
r(ul)
return r
def getDropdown(self, title, url, cssClass):
elements = []
if title == "About":
links = urls.aboutDropDown
for text, url, type in links:
if type == const.DIVIDER:
element = tags.li(class_="divider")
elif type == const.HEADER:
element = tags.li(text, class_="nav-header")
else:
element = tags.li(tags.a(text, href=url))
elements.append(element)
return tags.li(
tags.a(
title, tags.b(class_="caret"),
href="#", class_="dropdown-toggle",
**{"data-toggle": "dropdown"}),
tags.ul(elements, class_="dropdown-menu"),
class_=cssClass)
def stuff(self, request: object, tag: Tag) -> Tag:
t = tag
anchors: MutableSet[str] = set()
for b, o in findRootClasses(self.system):
if isinstance(o, model.Class):
t(subclassesFrom(self.system, o, anchors, self.filename))
else:
item = tags.li(tags.code(b))
if all(isClassNodePrivate(sc) for sc in o):
# This is an external class used only by private API;
# mark the whole node private.
item(class_='private')
if o:
ul = tags.ul()
for sc in sorted(o, key=_lckey):
ul(subclassesFrom(self.system, sc, anchors, self.filename))
item(ul)
t(item)
return t
def getDropdown(self, title, url, cssClass):
elements = []
if title == "About":
links = urls.aboutDropDown
for text, url, type in links:
if type == const.DIVIDER:
element = tags.li(class_="divider")
elif type == const.HEADER:
element = tags.li(text, class_="nav-header")
else:
element = tags.li(tags.a(text, href=url))
elements.append(element)
return tags.li(tags.a(title,
tags.b(class_="caret"),
href="#",
class_="dropdown-toggle",
**{"data-toggle": "dropdown"}),
tags.ul(elements, class_="dropdown-menu"),
class_=cssClass)
def moduleSummary(module: model.Module, page_url: str) -> Tag:
r: Tag = tags.li(
tags.code(epydoc2stan.taglink(module, page_url)), ' - ',
epydoc2stan.format_summary(module)
)
if module.isPrivate:
r(class_='private')
if not isinstance(module, model.Package):
return r
contents = [m for m in module.contents.values()
if isinstance(m, model.Module) and m.isVisible]
if not contents:
return r
ul = tags.ul()
def fullName(obj: model.Documentable) -> str:
return obj.fullName()
for m in sorted(contents, key=fullName):
ul(moduleSummary(m, page_url))
r(ul)
return r
def main(self, request, tag):
retval = []
for automaton in factory.automatons:
title = tags.h2(automaton.name)
stats = []
# Discover tracked information.
if hasattr(automaton, "tracked"):
t = automaton.tracked
if isinstance(t, dict):
l = sum(len(i) for i in t.values())
else:
l = len(t)
stats.append(tags.li("Currently tracking %d blocks" % l))
if hasattr(automaton, "step"):
stats.append(tags.li("Currently processing every %f seconds" %
automaton.step))
retval.append(tags.div(title, tags.ul(stats)))
return tags.div(*retval)
def server_timings(self, req, tag):
per_server = self._update_status.timings.get("per_server")
if not per_server:
return tag("")
l = tags.ul()
for server in sorted(per_server.keys(), key=lambda s: s.get_name()):
times = []
for op, started, t in per_server[server]:
#times.append("%s/%.4fs/%s/%s" % (op,
# started,
# self.render_time(None, started - self.update_status.get_started()),
# self.render_time(None,t)))
if op == "query":
times.append(abbreviate_time(t))
elif op == "late":
times.append("late(" + abbreviate_time(t) + ")")
else:
times.append("privkey(" + abbreviate_time(t) + ")")
times_s = ", ".join(times)
l(tags.li("[%s]: %s" % (server.get_name(), times_s)))
return tags.li("Per-Server Response Times: ", l)
def names(self, request, tag):
name2obs = {}
for obj in self.initials[self.my_letter]:
name2obs.setdefault(obj.name, []).append(obj)
r = []
for name in sorted(name2obs, key=lambda x: (x.lower(), x)):
item = tag.clone()(name)
obs = name2obs[name]
if all(isPrivate(ob) for ob in obs):
item(class_='private')
if len(obs) == 1:
item(' - ', util.taglink(obs[0]))
else:
ul = tags.ul()
for ob in sorted(obs, key=_lckey):
subitem = tags.li(util.taglink(ob))
if isPrivate(ob):
subitem(class_='private')
ul(subitem)
item(ul)
r.append(item)
return r
def preview(self, request, tag):
docstring = parse_str(self.docstring)
stan, errors = epydoc2stan.doc2stan(
self.ob, docstring=docstring)
if self.isPreview or errors:
if errors:
#print stan, errors
#assert isinstance(stan, tags.pre)
[text] = stan.children
lines = text.replace('\r\n', '\n').split('\n')
line2err = {}
for err in errors:
if isinstance(err, str):
ln = None
else:
ln = err.linenum()
line2err.setdefault(ln, []).append(err)
w = len(str(len(lines)))
for i, line in enumerate(lines):
i += 1
cls = "preview"
if i in line2err:
cls += " error"
tag(tags.pre(class_=cls)("%*s"%(w, i), ' ', line))
for err in line2err.get(i, []):
tag(tags.p(class_="errormessage")(err.descr()))
i += 1
for err in line2err.get(i, []):
tag(tags.p(class_="errormessage")(err.descr()))
items = []
for err in line2err.get(None, []):
items.append(tags.li(str(err)))
if items:
tag(tags.ul(items))
else:
tag = tag(stan)
return tag(tags.h2("Edit"))
else:
return ()
def services(self, req, tag):
ul = tags.ul()
try:
ss = self._client.getServiceNamed("storage")
stats = ss.get_stats()
if stats["storage_server.accepting_immutable_shares"]:
msg = "accepting new shares"
else:
msg = "not accepting new shares (read-only)"
available = stats.get("storage_server.disk_avail")
if available is not None:
msg += ", %s available" % abbreviate_size(available)
ul(tags.li(tags.a("Storage Server", href="storage"), ": ", msg))
except KeyError:
ul(tags.li("Not running storage server"))
if self._client.helper:
stats = self._client.helper.get_stats()
active_uploads = stats["chk_upload_helper.active_uploads"]
ul(tags.li("Helper: %d active uploads" % (active_uploads,)))
else:
ul(tags.li("Not running helper"))
return tag(ul)
def bravofactory(self, request, tag, factory):
g = (tags.li(username) for username in factory.protocols)
users = tags.div(tags.h3("Users"), tags.ul(*g))
world = self.world(request, tags.div, factory.world)
return tag(tags.h2("Bravo world %s" % factory.name), users, world)
def boards(self, request, tag):
boards = self.store.query(Board)
l = tags.ul(board.tags(tags.li) for board in boards)
return tag(l)
app = Klein()
myStyle = Plating(
tags=tags.html(
tags.head(tags.title(slot("pageTitle"))),
tags.body(tags.h1(slot("pageTitle"), Class="titleHeading"),
tags.div(slot(Plating.CONTENT)))
),
defaults={"pageTitle": "Places & Foods"}
)
@myStyle.routed(
app.route("/"),
tags.div(
tags.h2("Sample Places:"),
tags.ul([tags.li(tags.a(href=["/places/", place])(place))
for place in ["new york", "san francisco", "shanghai"]]),
tags.h2("Sample Foods:"),
tags.ul([tags.li(tags.a(href=["/foods/", food])(food))
for food in ["hamburgers", "cheeseburgers", "hot dogs"]]),
))
def root(request):
return {}
@myStyle.routed(app.route("/foods/<food>"),
tags.table(border="2", style="color: blue")(
tags.tr(tags.td("Name:"), tags.td(slot("name"))),
tags.tr(tags.td("Deliciousness:"),
tags.td(slot("rating"), " stars")),
tags.tr(tags.td("Carbs:"),
tags.td(slot("carbohydrates")))))
def one_food(request, food):
def user(self, request, tag):
users = (tags.li(username) for username in self.factory.protocols)
return tag(tags.h2("Users"), tags.ul(*users))
def world(self, request, tag):
worlds = []
for name in self.worlds.keys():
worlds.append(tags.li(tags.a(name.title(), href=name)))
return tag(tags.h2("Worlds"), tags.ul(*worlds))
def service(self, request, tag):
services = []
for name, factory in self.services.iteritems():
services.append(tags.li("%s (%s)" % (name, factory.__class__)))
return tag(tags.h2("Services"), tags.ul(*services))
def plugin(self, request, tag):
plugins = []
for name in self.plugins.keys():
plugins.append(tags.li(tags.a(name.title(),
href='%s/%s' % (self.factory.name, name))))
return tag(tags.h2("Plugins"), tags.ul(*plugins))