def render_POST(self, request):
uri = request.args.get('uri', [])
if not uri or not tahoeRegex.match(uri[0]):
return self.render_GET(request)
ext = request.args.get('ext', [])
b64uri = base64.urlsafe_b64encode(uri[0])
extension = ''
if ext and ext[0]:
extension = '.' + ext[0].lstrip('.')
if uri[0] not in self.shortdb:
while True:
short = crockford.b32encode(os.urandom(9)).lower()
if short not in self.shortdb:
break
self.shortdb[short] = uri[0]
self.shortdb[uri[0]] = short
self.shortdb.sync()
else:
short = self.shortdb[uri[0]]
if request.args.get('api', []):
return '/' + short + extension
body = tags.p(tags.a('long url', href=b64uri + extension), '; ',
tags.a('medium url', href='/' + uri[0] + extension),
'; ', tags.a('short url', href=short + extension))
return renderElement(request, body)
def render_POST(self, request):
uri = request.args.get('uri', [])
if not uri or not tahoeRegex.match(uri[0]):
return self.render_GET(request)
ext = request.args.get('ext', [])
b64uri = base64.urlsafe_b64encode(uri[0])
extension = ''
if ext and ext[0]:
extension = '.' + ext[0].lstrip('.')
if uri[0] not in self.shortdb:
while True:
short = crockford.b32encode(os.urandom(9)).lower()
if short not in self.shortdb:
break
self.shortdb[short] = uri[0]
self.shortdb[uri[0]] = short
self.shortdb.sync()
else:
short = self.shortdb[uri[0]]
if request.args.get('api', []):
return '/' + short + extension
body = tags.p(
tags.a('long url', href=b64uri + extension), '; ',
tags.a('medium url', href='/' + uri[0] + extension), '; ',
tags.a('short url', href=short + extension))
return renderElement(request, body)
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 render_feed(feed):
feed_title = feed[u'feed'][u'title']
feed_link = feed[u'feed'][u'link']
return tags.table(
tags.tr(tags.th(tags.a(feed_title, href=feed_link))))([
tags.tr(
tags.td(tags.a(entry[u'title'], href=entry[u'link'])))
for entry in feed[u'entries']
])
def builder_row(self, bn, req, branches, num_builds):
status = self.getStatus(req)
builder = status.getBuilder(bn)
state = builder.getState()[0]
if state == 'building':
state = 'idle'
row = tags.tr()
builderLink = path_to_builder(req, builder)
row(tags.td(class_="box %s" % (state, ))(tags.a(href=builderLink)(bn)))
builds = sorted([
build for build in builder.getCurrentBuilds()
if set(map_branches(branches)) & builder._getBuildBranches(build)
],
key=lambda build: build.getNumber(),
reverse=True)
builds.extend(
builder.generateFinishedBuilds(map_branches(branches),
num_builds=num_builds))
if builds:
for b in builds:
url = path_to_build(req, b)
try:
label = b.getProperty("got_revision")
except KeyError:
label = None
# Label should never be "None", but sometimes
# buildbot has disgusting bugs.
if not label or label == "None" or len(str(label)) > 20:
label = "#%d" % b.getNumber()
if b.isFinished():
text = b.getText()
else:
when = b.getETA()
if when:
text = [
"%s" % (formatInterval(when), ),
"%s" % (time.strftime(
"%H:%M:%S",
time.localtime(time.time() + when)), )
]
else:
text = []
row(
tags.td(align="center",
bgcolor=_backgroundColors[b.getResults()],
class_=("LastBuild box ", build_get_class(b)))([
(element, tags.br)
for element in [tags.a(href=url)(label)] + text
]))
else:
row(tags.td(class_="LastBuild box")("no build"))
return row
def getAuthedLink(self, account):
return tags.span(tags.a(tags.span(account.getDisplayName(),
class_="persona-link-text"),
href="/members/account",
class_="account-link"),
" | ",
tags.a(tags.span("Sign out",
class_="persona-link-text"),
href="#logout",
id="persona-logout-link"),
id="member-links")
def getAuthedLink(self, account):
return tags.span(
tags.a(
tags.span(
account.getDisplayName(), class_="persona-link-text"),
href="/members/account", class_="account-link"),
" | ",
tags.a(
tags.span("Sign out", class_="persona-link-text"),
href="#logout", id="persona-logout-link"),
id="member-links")
def builder_row(self, bn, req, branches, num_builds):
status = self.getStatus(req)
builder = status.getBuilder(bn)
state = builder.getState()[0]
if state == 'building':
state = 'idle'
row = tags.tr()
builderLink = path_to_builder(req, builder)
row(tags.td(class_="box %s" % (state,))
(tags.a(href=builderLink)(bn)))
builds = sorted([
build for build in builder.getCurrentBuilds()
if set(map_branches(branches)) & builder._getBuildBranches(build)
], key=lambda build: build.getNumber(), reverse=True)
builds.extend(builder.generateFinishedBuilds(
map_branches(branches), num_builds=num_builds))
if builds:
for b in builds:
url = path_to_build(req, b)
try:
label = b.getProperty("got_revision")
except KeyError:
label = None
# Label should never be "None", but sometimes
# buildbot has disgusting bugs.
if not label or label == "None" or len(str(label)) > 20:
label = "#%d" % b.getNumber()
if b.isFinished():
text = b.getText()
else:
when = b.getETA()
if when:
text = [
"%s" % (formatInterval(when),),
"%s" % (time.strftime(
"%H:%M:%S",
time.localtime(time.time() + when)),)
]
else:
text = []
row(tags.td(
align="center",
bgcolor=_backgroundColors[b.getResults()],
class_=("LastBuild box ", build_get_class(b)))([
(element, tags.br)
for element
in [tags.a(href=url)(label)] + text]))
else:
row(tags.td(class_="LastBuild box")("no build"))
return row
def footer_right(self, request, tag):
"""
'(c) 2014-2016 ',
tags.a('Open Hive', href='http://open-hive.org/'), ' and ',
tags.a('Hiveeyes', href='https://hiveeyes.org/docs/system/'), '. ',
"""
return tag(tags.p(
'Powered by ',
tags.a('Kotori', href='https://getkotori.org/'), ', ',
tags.a('InfluxDB', href='https://github.com/influxdata/influxdb'), ', ',
tags.a('dygraphs', href='http://dygraphs.com/'), ' and ',
tags.a('DataTables', href='https://datatables.net/'), '.'
))
def maybeShortenList(system, label, lst, idbase):
lst2 = []
for name in lst:
o = system.allobjects.get(name)
if o is None or o.isVisible:
lst2.append(name)
lst = lst2
if not lst:
return None
def one(item):
if item in system.allobjects:
return taglink(system.allobjects[item])
else:
return item
def commasep(items):
r = []
for item in items:
r.append(one(item))
r.append(', ')
del r[-1]
return r
p = [label]
if len(lst) <= 5 or not system.options.htmlshortenlists:
p.extend(commasep(lst))
else:
p.extend(commasep(lst[:3]))
q = [', ']
q.extend(commasep(lst[3:]))
q.append(
tags.span(class_='showIfJS')
[' ',
tags.a(href="#",
onclick="showAndHide('%s');" % idbase,
class_="jslink")['(hide last %d again)' % len(lst[3:])]])
p.append(tags.span(id=idbase, class_='hideIfJS')[q])
p.append(
tags.span(
id=idbase + 'Link',
class_='showIfJS')[' ',
tags.a(href="#",
onclick="hideAndShow('%s');" %
idbase,
class_="jslink")['... and %d more' %
len(lst[3:])]])
return p
def getSignInLink(self):
return tags.span(tags.a(tags.span("Persona Sign-in",
class_="persona-link-text"),
href="#login",
id="persona-login-link",
class_="persona-button dark"),
id="persona-login")
def checkTagAttributeSerialization(
self, wrapTag: Callable[[Tag], Flattenable]) -> None:
"""
Common implementation of L{test_serializedAttributeWithTag} and
L{test_serializedAttributeWithDeferredTag}.
@param wrapTag: A 1-argument callable that wraps around the attribute's
value so other tests can customize it.
@type wrapTag: callable taking L{Tag} and returning something
flattenable
"""
innerTag = tags.a('<>&"')
outerTag = tags.img(src=wrapTag(innerTag))
outer = self.assertFlattensImmediately(
outerTag,
b'<img src="<a>&lt;&gt;&amp;"</a>" />',
)
inner = self.assertFlattensImmediately(innerTag,
b'<a><>&"</a>')
# Since the above quoting is somewhat tricky, validate it by making sure
# that the main use-case for tag-within-attribute is supported here: if
# we serialize a tag, it is quoted *such that it can be parsed out again
# as a tag*.
self.assertXMLEqual(XML(outer).attrib["src"], inner)
def getSignInLink(self):
return tags.span(
tags.a(
tags.span("Persona Sign-in", class_="persona-link-text"),
href="#login", id="persona-login-link",
class_="persona-button dark"),
id="persona-login")
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 getCopyright(self):
year = meta.startingYear
thisYear = datetime.now().year
mailTo = "mailto:%s" % config.salesEmail
if thisYear > year:
year = "%s - %s" % (year, thisYear)
return ("© %s " % year, tags.a(meta.author, href=mailTo))
async def _events(self,
request: IRequest,
tag: Tag,
reverse_order: bool = False) -> KleinRenderable:
if reverse_order:
def order(i: Iterable) -> Iterable:
return reversed(sorted(i))
else:
def order(i: Iterable) -> Iterable:
return sorted(i)
authorizationsForUser = partial(
self.config.authProvider.authorizationsForUser, request.user)
relevantAuthorizations = (Authorization.readIncidents
| Authorization.writeIncidentReports)
eventIDs = order([
event.id for event in await self.config.store.events()
if relevantAuthorizations & await authorizationsForUser(event)
])
if eventIDs:
eventPage = self.config.urls.viewEvent.asText()
return (tag.clone()(tags.a(eventID,
href=eventPage.replace(
"<eventID>", eventID)))
for eventID in eventIDs)
else:
return tag("No events found.")
def getCopyright(self):
year = meta.startingYear
thisYear = datetime.now().year
mailTo = "mailto:%s" % config.salesEmail
if thisYear > year:
year = "%s - %s" % (year, thisYear)
return ("© %s " % year, tags.a(meta.author, href=mailTo))
def extras(self) -> List["Flattenable"]:
r = super().extras()
sourceHref = util.srclink(self.ob)
source: "Flattenable"
if sourceHref:
source = (" ",
tags.a("(source)", href=sourceHref, class_="sourceLink"))
else:
source = tags.transparent
r.append(
tags.p(
tags.code(tags.span("class", class_='py-keyword'), " ",
tags.span(self.ob.name, class_='py-defname'),
self.classSignature(), ":", source)))
scs = sorted(self.ob.subclasses, key=objects_order)
if not scs:
return r
p = assembleList(self.ob.system, "Known subclasses: ",
[o.fullName() for o in scs], "moreSubclasses",
self.page_url)
if p is not None:
r.append(tags.p(p))
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 formatPrincipals(principals):
"""
Format a list of principals into some twisted.web.template DOM objects.
"""
def recordKey(principal):
try:
record = principal.record
except AttributeError:
try:
record = principal.parent.record
except:
return None
return (record.recordType, record.shortNames[0])
def describe(principal):
if hasattr(principal, "record"):
return " - %s" % (principal.record.fullName,)
else:
return ""
return formatList(
tags.a(href=principal.principalURL())(
str(principal), describe(principal)
)
for principal in sorted(principals, key=recordKey)
)
def formatPrincipals(principals):
"""
Format a list of principals into some twisted.web.template DOM objects.
"""
def recordKey(principal):
try:
record = principal.record
except AttributeError:
try:
record = principal.parent.record
except:
return None
try:
shortName = record.shortNames[0]
except AttributeError:
shortName = u""
return (record.recordType, shortName)
def describe(principal):
if hasattr(principal, "record"):
return " - %s" % (principal.record.displayName, )
else:
return ""
return formatList(
tags.a(
href=principal.principalURL())(str(principal), describe(principal))
for principal in sorted(principals, key=recordKey))
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 hist(self, data, request):
u = URLPath.fromRequest(request)
u = u.sibling('diff')
u.query = urllib.urlencode({
'ob': data.obj.fullName(),
'rev': data.rev,
})
return tags.a(href=str(u))("(hist)")
def _render_si_link(self, req, storage_index):
si_s = base32.b2a(storage_index)
ophandle = req.prepath[-1]
target = "%s/operations/%s/%s" % (get_root(req), ophandle, si_s)
output = get_arg(req, "output")
if output:
target = target + "?output=%s" % output
return tags.a(si_s, href=target)
def extras(self):
r = super().extras()
sourceHref = util.srclink(self.ob)
if sourceHref:
r.append(tags.a("(source)", href=sourceHref, class_="sourceLink"))
return r
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 _render_si_link(self, req, storage_index):
si_s = str(base32.b2a(storage_index), "utf-8")
ophandle = str(req.prepath[-1], "utf-8")
target = "%s/operations/%s/%s" % (get_root(req), ophandle, si_s)
output = get_arg(req, "output")
if output:
target = target + "?output=" + str(output, "utf-8")
return tags.a(si_s, href=target)
def mirror(self, request, tag):
if 'mirror' in request.var and request.var['mirror'] != '':
url = "https://%s.%s%s" % (request.var['onion'],
request.var['mirror'],
request.var['path'])
return [
"This page is accessible also on the following random mirror: "
], tags.a(href=url, title=url)(request.var['mirror'])
return ""
def stanForOb(self, ob, summary=False):
current_docstring = self.currentDocstringForObject(ob)
if summary:
return epydoc2stan.doc2stan(
ob.doctarget, summary=True,
docstring=current_docstring)[0]
r = [tags.div(epydoc2stan.doc2stan(ob.doctarget,
docstring=current_docstring)[0]),
tags.a(href="edit?ob="+ob.fullName())("Edit"),
" "]
if ob.doctarget in self.editsbyob:
r.append(tags.a(href="history?ob="+ob.fullName())(
"View docstring history (",
str(len(self.editsbyob[ob.doctarget])),
" versions)"))
else:
r.append(tags.span(class_='undocumented')("No edits yet."))
return r
def filename_link(f):
if len(f) > 0:
t = tags.a(f)
t.attributes[
'href'] = 'http://www.scewpt.com/' + self.broadcast_dict[
'file_dest'] + "_" + f
return t
else:
return f
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 _handle_name(self, identifier: str) -> Tag:
url = self.linker.resolve_identifier(identifier)
tag: Tag
if url is None:
tag = tags.transparent(identifier)
else:
tag = tags.a(identifier, href=url, class_='code')
return tag
def lineno(self, request, tag):
if not self.has_lineno_col:
return ()
if hasattr(self.child, 'linenumber'):
line = str(self.child.linenumber)
if self.child.sourceHref:
line = tags.a(href=self.child.sourceHref)(line)
return tag.clear()(line)
else:
return ()
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 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 dictionaries(self, request, tag):
"""
"""
elements = []
for dictionary in const.dictionaries:
name = utils.getDictionaryName(dictionary)
url = const.urls["dictionary"].replace(
const.urlParams["dictionary"], dictionary)
elements.append(tags.li(tags.a(name, href=url)))
return tag(elements)
def linkTag(self, time, arrowDirection, hidden=False):
style = LINK_STYLE
if hidden:
style += ' visibility: hidden;'
return tags.a(style=style,
href="?time=%s" %
(time.asDatetime().strftime('%Y-%m-%d'), ))(tags.img(
border="0",
src="static/%s-arrow.png" % (arrowDirection, ),
))
def lineno(self, request, tag):
if not self.has_lineno_col:
return ()
if hasattr(self.child, 'linenumber'):
line = str(self.child.linenumber)
if self.child.sourceHref:
line = tags.a(href=self.child.sourceHref)(line)
return tag.clear()(line)
else:
return ()
def from_dashboard(cls, dashboard):
url = '/%s' % (dashboard.config['name'])
if 'share_id' in dashboard.config:
shared_url = '/shared/%s' % dashboard.config['share_id']
shared_url_tag = tags.a(shared_url, href=shared_url)
else:
shared_url_tag = ''
return cls(dashboard.config['title'], url, shared_url_tag)
def maybeShortenList(system, label, lst, idbase):
lst2 = []
for name in lst:
o = system.allobjects.get(name)
if o is None or o.isVisible:
lst2.append(name)
lst = lst2
if not lst:
return None
def one(item):
if item in system.allobjects:
return taglink(system.allobjects[item])
else:
return item
def commasep(items):
r = []
for item in items:
r.append(one(item))
r.append(', ')
del r[-1]
return r
p = [label]
if len(lst) <= 5 or not system.options.htmlshortenlists:
p.extend(commasep(lst))
else:
p.extend(commasep(lst[:3]))
q = [', ']
q.extend(commasep(lst[3:]))
q.append(tags.span(class_='showIfJS')[
' ',
tags.a(href="#",
onclick="showAndHide('%s');"%idbase,
class_="jslink")
['(hide last %d again)'%len(lst[3:])]])
p.append(tags.span(id=idbase, class_='hideIfJS')[q])
p.append(tags.span(id=idbase+'Link', class_='showIfJS')[
' ',
tags.a(href="#",
onclick="hideAndShow('%s');"%idbase,
class_="jslink")
['... and %d more'%len(lst[3:])]])
return p
def taglink(o: model.Documentable, label: Optional[str] = None) -> Tag:
if not o.isVisible:
o.system.msg("html", "don't link to %s" % o.fullName())
if label is None:
label = o.fullName()
# Create a link to the object, with a "data-type" attribute which says what
# kind of object it is (class, etc). This helps doc2dash figure out what it
# is.
ret: Tag = tags.a(href=o.url, class_="code", **{"data-type":
o.kind})(label)
return ret
def dictionaries(self, request, tag):
"""
"""
elements = []
for dictionary in const.dictionaries:
name = utils.getDictionaryName(dictionary)
url = const.urls["dictionary"].replace(
const.urlParams["dictionary"], dictionary)
elements.append(
tags.li(tags.a(name, href=url)))
return tag(elements)
def letterlinks(self, request, tag):
letterlinks = []
for initial in sorted(self.initials):
if initial == self.my_letter:
letterlinks.append(initial)
else:
letterlinks.append(tags.a(href='#' + initial)(initial))
letterlinks.append(' - ')
if letterlinks:
del letterlinks[-1]
return tag(letterlinks)
def letterlinks(self, request, tag):
letterlinks = []
for initial in sorted(self.initials):
if initial == self.my_letter:
letterlinks.append(initial)
else:
letterlinks.append(tags.a(href='#'+initial)(initial))
letterlinks.append(' - ')
if letterlinks:
del letterlinks[-1]
return tag(letterlinks)
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 getLinks(self, request):
elements = []
for text, url, type in self.navLinks:
cssClass = ""
if self.isInSection(request, url):
cssClass = "active"
if type == const.DROPDOWN:
cssClass += " dropdown"
element = self.getDropdown(text, url, cssClass)
else:
element = tags.li(tags.a(text, href=url), class_=cssClass)
elements.append(element)
return elements
def test_serializedAttributeWithTagWithAttribute(self):
"""
Similar to L{test_serializedAttributeWithTag}, but for the additional
complexity where the tag which is the attribute value itself has an
attribute value which contains bytes which require substitution.
"""
flattened = self.assertFlattensImmediately(
tags.img(src=tags.a(href='<>&"')),
'<img src="<a href=' ""&lt;&gt;&amp;&quot;">" '</a>" />',
)
# As in checkTagAttributeSerialization, belt-and-suspenders:
self.assertXMLEqual(XML(flattened).attrib["src"], '<a href="<>&""></a>')
def navLinks(self, request, tag):
"""
"""
currentPath = request.path
links = const.topNavLinks
elements = []
for text, url in links:
cssClass = ""
if url == currentPath:
cssClass = "active"
elements.append(
tags.li(tags.a(text, href=url), class_=cssClass),
)
return tag(elements)
def getLinks(self, request):
elements = []
for text, url, type in self.sidebarLinks:
if type == const.DIVIDER:
continue
if type == const.HEADER:
elements.append(
tags.li(text, class_="nav-header"))
continue
cssClass = ""
if self.isInSubSection(request, url):
cssClass = "active"
elements.append(
tags.li(tags.a(text, href=url), class_=cssClass))
return elements
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 taglink(o, label=None):
if not o.isVisible:
o.system.warning("html", "don't link to %s"%o.fullName())
if label is None:
label = o.fullName()
if o.documentation_location == model.DocLocation.PARENT_PAGE:
p = o.parent
if isinstance(p, model.Module) and p.name == '__init__':
p = p.parent
linktext = link(p) + '#' + urllib.quote(o.name)
elif o.documentation_location == model.DocLocation.OWN_PAGE:
linktext = link(o)
else:
raise AssertionError(
"Unknown documentation_location: %s" % o.documentation_location)
return tags.a(href=linktext)(label)
def taglink(o, label=None):
if not o.isVisible:
o.system.warning("html", "don't link to %s"%o.fullName())
if label is None:
label = o.fullName()
if o.documentation_location == model.DocLocation.PARENT_PAGE:
p = o.parent
if isinstance(p, model.Module) and p.name == '__init__':
p = p.parent
linktext = link(p) + '#' + urllib.quote(o.name)
elif o.documentation_location == model.DocLocation.OWN_PAGE:
linktext = link(o)
else:
raise AssertionError(
"Unknown documentation_location: %s" % o.documentation_location)
# Create a link to the object, with a "data-type" attribute which says what
# kind of object it is (class, etc). This helps doc2dash figure out what it
# is.
return tags.a(href=linktext, class_="code", **{"data-type":o.kind})(label)
def tags(self, tag):
first = self.store.findFirst(Post, Post.thread == self)
if first is None:
return tag(u"Empty thread")
else:
subject = u"%s - %s [" % (first.author, self.subject)
link = tags.a("Reply", href="#")
header = tags.header(subject, link, "]")
post = first.tags(tags.div)
# Retrieve posts and reverse them twice, to avoid having to get
# the length of the table.
others = self.store.query(Post, Post.thread == self, limit=4,
sort=Post.number.descending)
posts = [p.tags(tags.div) for p in others if p is not first]
posts.reverse()
return tag(header, post, *posts)
def checkTagAttributeSerialization(self, wrapTag):
"""
Common implementation of L{test_serializedAttributeWithTag} and
L{test_serializedAttributeWithDeferredTag}.
@param wrapTag: A 1-argument callable that wraps around the attribute's
value so other tests can customize it.
@param wrapTag: callable taking L{Tag} and returning something
flattenable
"""
innerTag = tags.a('<>&"')
outerTag = tags.img(src=wrapTag(innerTag))
outer = self.assertFlattensImmediately(
outerTag, '<img src="<a>&lt;&gt;&amp;"</a>" />'
)
inner = self.assertFlattensImmediately(innerTag, '<a><>&"</a>')
# Since the above quoting is somewhat tricky, validate it by making sure
# that the main use-case for tag-within-attribute is supported here: if
# we serialize a tag, it is quoted *such that it can be parsed out again
# as a tag*.
self.assertXMLEqual(XML(outer).attrib["src"], inner)
def renderHTML(self, details, organizer, attendees, canceled):
"""
Render HTML message part based on invitation details and a flag
indicating whether the message is a cancellation.
@return: html text (C{str}, representing utf-8 encoded bytes)).
"""
orgCN, orgEmail = organizer
# TODO: htmlAttendees needs to be a separate element with a separate
# template fragment. Luckily that fragment is the same regardless
# of the rest of the template.
htmlAttendees = []
first = True
for cn, mailto in attendees:
if not first:
htmlAttendees.append(u", ")
else:
first = False
if mailto:
if not cn:
cn = mailto
htmlAttendees.append(
tags.a(href="mailto:%s" % (mailto,))(cn)
)
else:
htmlAttendees.append(cn)
details['htmlAttendees'] = htmlAttendees
# TODO: htmlOrganizer is also some HTML that requires additional
# template stuff, and once again, it's just a 'mailto:'.
# tags.a(href="mailto:"+email)[cn]
if orgEmail:
details['htmlOrganizer'] = tags.a(href="mailto:%s" % (orgEmail,))(
orgCN)
else:
details['htmlOrganizer'] = orgCN
templateDir = config.Scheduling.iMIP.MailTemplatesDirectory.rstrip("/")
templateName = "cancel.html" if canceled else "invite.html"
templatePath = os.path.join(templateDir, templateName)
if not os.path.exists(templatePath):
# Fall back to built-in simple templates:
if canceled:
htmlTemplate = htmlCancelTemplate
else:
htmlTemplate = htmlInviteTemplate
else: # HTML template file exists
with open(templatePath) as templateFile:
htmlTemplate = templateFile.read()
class EmailElement(Element):
loader = StringFormatTemplateLoader(lambda : StringIO(htmlTemplate),
"email")
@renderer
def email(self, request, tag):
return tag.fillSlots(**details)
textCollector = []
flattenString(None, EmailElement()).addCallback(textCollector.append)
htmlText = textCollector[0]
return htmlText
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")))))
