def getData(self, ctx):
rows = []
for cmdN3, d in [
('cmd:BabyKick', {
'label': 'kick',
'marker': T.raw('⬖')
}),
('cmd:BabyStart', {
'label': 'start',
'marker': T.raw('+')
}),
('cmd:BabyStop', {
'label': 'stop',
'marker': T.raw('-')
}),
]:
for row in self.graph.queryd("""
SELECT DISTINCT ?t WHERE {
[ cl:command %s;
dcterms:created ?t ;
a cl:IssuedCommand ]
} ORDER BY ?t""" % cmdN3):
t = time.mktime(parse(row['t']).timetuple())
rows.append((t, None, d))
print "found rows", rows
return stripchart.Events(rows)
def render_tempSection(self, ctx, data):
try:
temps = dict.fromkeys(["ariBedroom", "downstairs", "livingRoom", "bedroom", "KSQL"])
temps.update(getAllTemps())
return T.raw(render.tempsection(temps=temps))
except Exception, e:
return T.div["Error creating temperature graph: %s" % e]
class WebInterface(athena.LivePage):
docFactory = loaders.stan([tags.raw(xhtml_header),
tags.html(xmlns="http://www.w3.org/1999/xhtml")[
tags.head(render=tags.directive('liveglue')),
tags.body[
tags.div[
tags.div( render = tags.directive( "MainPage" ))
]]]])
MainPage = MainPage()
PLCHMI = PLCHMI
def __init__(self, plcState=False, *a, **kw):
super(WebInterface, self).__init__(*a, **kw)
self.jsModules.mapping[u'WebInterface'] = util.sibpath(__file__, 'webinterface.js')
self.plcState = plcState
self.MainPage.setPLCState(plcState)
def getHMI(self):
return self.MainPage.getHMI()
def LoadHMI(self, hmi, jsmodules):
for name, path in jsmodules.iteritems():
self.jsModules.mapping[name] = os.path.join(WorkingDir, path)
self.MainPage.setPLCStartedHMI(hmi)
def UnLoadHMI(self):
self.MainPage.resetPLCStartedHMI()
def PLCStarted(self):
self.plcState = True
self.MainPage.setPLCState(True)
def PLCStopped(self):
self.plcState = False
self.MainPage.setPLCState(False)
def renderHTTP(self, ctx):
"""
Force content type to fit with SVG
"""
req = inevow.IRequest(ctx)
req.setHeader('Content-type', 'application/xhtml+xml')
return super(WebInterface, self).renderHTTP(ctx)
def render_MainPage(self, ctx, data):
f = self.MainPage
f.setFragmentParent(self)
return ctx.tag[f]
def child_(self, ctx):
self.MainPage.detachFragmentChildren()
return WebInterface(plcState=self.plcState)
def beforeRender(self, ctx):
d = self.notifyOnDisconnect()
d.addErrback(self.disconnected)
def disconnected(self, reason):
self.MainPage.resetHMI()
def render_pics(self, ctx, data):
rows = []
d = URIRef(ctx.arg('dir'))
for i, (pic, filename) in enumerate(sorted(picsInDirectory(self.graph, d))[:]):
img = T.img(src=[localSite(pic), '?size=thumb'],
# look these up in the graph
width=75, height=56,
onclick='javascript:photo.showLarge("%s")' %
(localSite(pic) + "?size=large"))
tableRow = T.table(class_="picRow")[T.tr[
T.td[T.a(href=localSite(pic))[filename]],
T.td[img],
T.td[
T.div["Depicts: ", T.input(type="text", class_="tags")],
T.div["Comment: ", T.input(type="text")],
],
]]
toCopy = "protoSectionSplitter"
if i ==0:
toCopy = "protoSectionBreak"
rows.append([T.raw('<script type="text/javascript">document.write(document.getElementById("%s").innerHTML);</script>' % toCopy),
tableRow])
return rows
def render_tempSection(self, ctx, data):
try:
temps = dict.fromkeys(
['ariBedroom', 'downstairs', 'livingRoom', 'bedroom', 'KSQL'])
temps.update(getAllTemps())
return T.raw(render.tempsection(temps=temps))
except Exception, e:
return T.div["Error creating temperature graph: %s" % e]
def divBar(text, width, fraction, barColor):
fraction = min(1, max(0, fraction))
sp = T.raw(" ")
return T.div(class_="bar", style="width: %spx;" % width)[
T.div(class_="fill", style="width: %dpx; background: %s" % (width * fraction, barColor))[sp],
T.div(class_="txt")[text],
sp,
]
def render_liveglue(self, ctx):
return [
tags.script(type='text/javascript')[tags.raw("""
var nevow_livepageId = '%s';
""" % self.clientID)],
tags.script(type='text/javascript', src=url.here.child("mochikit.js")),
tags.script(type='text/javascript', src=url.here.child("athena.js")),
]
def __init__(self, *files):
s = ""
for f in files:
try:
s += open(f).read() + '\n'
except:
print "failed to open file: %s" % f
self.docFactory = loaders.stan(tags.raw(s))
def divBar(text, width, fraction, barColor):
fraction = min(1, max(0, fraction))
sp = T.raw(' ')
return T.div(class_="bar", style="width: %spx;" %
width)[T.div(class_="fill",
style="width: %dpx; background: %s" %
(width * fraction, barColor))[sp],
T.div(class_="txt")[text], sp]
def test_attributeRaw(self):
"""
An instance of L{raw} is flattened with " quoting if C{True} is passed
for C{inAttribute}. L{raw} instances are expected to have already had
&, <, and > quoted. L{raw} support is primarily for backwards
compatibility.
"""
self.assertStringEqual("".join(flatten(None, raw('"&<>'), True, True)),
'"&<>')
def test_attributeRaw(self):
"""
An instance of L{raw} is flattened with " quoting if C{True} is passed
for C{inAttribute}. L{raw} instances are expected to have already had
&, <, and > quoted. L{raw} support is primarily for backwards
compatibility.
"""
self.assertStringEqual(
"".join(flatten(None, raw('"&<>'), True, True)), '"&<>')
def getImportStan(self, moduleName):
var = ''
if '.' not in moduleName:
var = 'var '
moduleDef = '%s%s = {};' % (var, moduleName)
return [
tags.script(type='text/javascript')[tags.raw(moduleDef)],
tags.script(type='text/javascript',
src=self.getJSModuleURL(moduleName))
]
def iterflatten(stan, ctx, writer, shouldYieldItem=None):
"""This is the main meat of the nevow renderer. End-user programmers should
instead use either flatten or precompile.
"""
# 'rest' is a list of generators.
# initialize as one-element list of a one-element generator of
rest = [ iter([partialflatten(ctx, stan)]) ]
straccum = []
while rest:
gen = rest.pop()
for item in gen:
if isinstance(item, bytes):
straccum.append(item)
elif isinstance(item, str):
straccum.append(item.encode('utf8'))
elif isinstance(item, (list, types.GeneratorType)):
# stop iterating this generator and put it back on the stack
# and start iterating the new item instead.
rest.append(gen)
rest.append(iter(item))
break
else:
if straccum:
writer(util.toBytes(tags.raw(b''.join(straccum))))
straccum=[]
if shouldYieldItem is not None and shouldYieldItem(item):
replacement = []
yield item, replacement.append
rest.append(gen)
rest.append(iter([replacement]))
break
else:
if ctx.precompile:
## We're precompiling and this is an item which can't be calculated until render time
## add it to the list in 'precompile'
writer(item)
else:
rest.append(gen)
rest.append(iter([partialflatten(ctx, item)]))
break
if straccum:
writer(tags.raw(b''.join([i for i in straccum])))
def iterflatten(stan, ctx, writer, shouldYieldItem=None):
"""This is the main meat of the nevow renderer. End-user programmers should
instead use either flatten or precompile.
"""
# 'rest' is a list of generators.
# initialize as one-element list of a one-element generator of
rest = [iter([partialflatten(ctx, stan)])]
straccum = []
while rest:
gen = rest.pop()
for item in gen:
if isinstance(item, str):
straccum.append(item)
elif isinstance(item, unicode):
straccum.append(item.encode('utf8'))
elif isinstance(item, (list, types.GeneratorType)):
# stop iterating this generator and put it back on the stack
# and start iterating the new item instead.
rest.append(gen)
rest.append(iter(item))
break
else:
if straccum:
writer(tags.raw(''.join(straccum)))
del straccum[:]
if shouldYieldItem is not None and shouldYieldItem(item):
replacement = []
yield item, replacement.append
rest.append(gen)
rest.append(iter([replacement]))
break
else:
if ctx.precompile:
## We're precompiling and this is an item which can't be calculated until render time
## add it to the list in 'precompile'
writer(item)
else:
rest.append(gen)
rest.append(iter([partialflatten(ctx, item)]))
break
if straccum:
writer(tags.raw(''.join(straccum)))
def render(self):
defs = []
elements = []
for maker in [
self.makeSpeedGrid,
self.makePosGrid,
self.makeSpeedCurves,
self.makeDirections,
]:
d, e = maker()
defs.extend(d)
elements.append(T.Tag('g')[e])
return flat.flatten(T.Tag('svg')(xmlns="http://www.w3.org/2000/svg",
style="background: #ddd;",
width=self.width, height=self.height,
**{'xmlns:xlink':"http://www.w3.org/1999/xlink"})[
T.Tag('style')[T.raw(self.style)],
T.Tag('defs')[defs, T.raw(self.staticDefs)],
elements])
def flatten(stan, ctx=None):
"""Given the stan and the optional context, return a string containing the
representation of the tree in the given context.
"""
if ctx is None:
from nevow.context import RequestContext, PageContext
ctx = PageContext(tag=None, parent=RequestContext(tag=testutil.FakeRequest()))
ctx.remember(None, inevow.IData)
result = []
list(iterflatten(stan, ctx, result.append))
return tags.raw(''.join(result))
def render_pastebin(self, ctx, data):
p = lambda s: ctx.tag.onePattern(s)()
ctx.tag.fillSlots('sheetTemplate', CHARSHEET_T)
if self.doc is not None:
displayDoc = p("displayDoc")
displayDoc.fillSlots('displayDoc', T.raw(self.body.encode('utf-8')))
return ctx.tag[p("miniTitle"), p("form"), displayDoc]
else:
return ctx.tag[p("mainTitle"), p("form")]
def flatten(stan, ctx=None):
"""Given the stan and the optional context, return a string containing the
representation of the tree in the given context.
"""
if ctx is None:
from nevow.context import RequestContext, PageContext
from nevow.testutil import FakeRequest
ctx = PageContext(tag=None, parent=RequestContext(tag=FakeRequest()))
ctx.remember(None, inevow.IData)
result = []
list(iterflatten(stan, ctx, result.append))
return tags.raw(''.join(result))
def mapHtml():
width = 600
height = 900
dots = []
for measurement in UpdatingMeasurements().measurements:
try:
speed = float(measurement['speed'])
except ValueError:
print "no speed", measurement
continue
color = "#%02x%02x%02x" % (interp(speed, 50, 0, 0, 255),
interp(speed, 40, 80, 0, 255),
0)
pos = (interp(float(measurement['longitude']), -122.72, -121.50, 0, width),
interp(float(measurement['latitude']), 38.41, 36.93, 0, height))
dotText = u'\u2739'
if random.random() > .9:
dotText += ' %d' % speed
dots.append(
T.div(style="color: %s; position: absolute; left: %spx; top: %spx" %
(color, pos[0], pos[1]))[dotText])
page = [T.raw('''<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"
"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'''),
T.html(xmlns="http://www.w3.org/1999/xhtml")[
T.head[T.style[T.raw('''
* {
font-size: 90%;
}
''')]],
T.body[
T.div(style="width: %spx; height: %spx" % (width, height))[
dots
]]]]
return flat.flatten(page)
def getData(self, ctx):
rows = []
for cmdN3, d in [
("cmd:BabyKick", {"label": "kick", "marker": T.raw("⬖")}),
("cmd:BabyStart", {"label": "start", "marker": T.raw("+")}),
("cmd:BabyStop", {"label": "stop", "marker": T.raw("-")}),
]:
for row in self.graph.queryd(
"""
SELECT DISTINCT ?t WHERE {
[ cl:command %s;
dcterms:created ?t ;
a cl:IssuedCommand ]
} ORDER BY ?t"""
% cmdN3
):
t = time.mktime(parse(row["t"]).timetuple())
rows.append((t, None, d))
print "found rows", rows
return stripchart.Events(rows)
def mapHtml():
width = 600
height = 900
dots = []
for measurement in UpdatingMeasurements().measurements:
try:
speed = float(measurement['speed'])
except ValueError:
print "no speed", measurement
continue
color = "#%02x%02x%02x" % (interp(
speed, 50, 0, 0, 255), interp(speed, 40, 80, 0, 255), 0)
pos = (interp(float(measurement['longitude']), -122.72, -121.50, 0,
width),
interp(float(measurement['latitude']), 38.41, 36.93, 0, height))
dotText = u'\u2739'
if random.random() > .9:
dotText += ' %d' % speed
dots.append(
T.div(
style="color: %s; position: absolute; left: %spx; top: %spx" %
(color, pos[0], pos[1]))[dotText])
page = [
T.raw('''<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"
"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'''),
T.html(xmlns="http://www.w3.org/1999/xhtml")[T.head[T.style[T.raw('''
* {
font-size: 90%;
}
''')]], T.body[T.div(style="width: %spx; height: %spx" %
(width, height))[dots]]]
]
return flat.flatten(page)
def render(self):
defs = []
elements = []
for maker in [
self.makeSpeedGrid,
self.makePosGrid,
self.makeSpeedCurves,
self.makeDirections,
]:
d, e = maker()
defs.extend(d)
elements.append(T.Tag('g')[e])
return flat.flatten(
T.Tag('svg')(xmlns="http://www.w3.org/2000/svg",
style="background: #ddd;",
width=self.width,
height=self.height,
**{
'xmlns:xlink': "http://www.w3.org/1999/xlink"
})[T.Tag('style')[T.raw(self.style)],
T.Tag('defs')[defs, T.raw(self.staticDefs)],
elements])
def iterflatten(stan, ctx, writer, shouldYieldItem=None):
"""This is the main meat of the nevow renderer. End-user programmers should
instead use either flatten or precompile.
"""
rest = [ iter([partialflatten(ctx, stan)]) ]
straccum = []
while rest:
gen = rest.pop()
for item in gen:
if isinstance(item, str):
straccum.append(item)
elif isinstance(item, unicode):
straccum.append(item.encode('utf8'))
elif isinstance(item, (list, types.GeneratorType)):
rest.append(gen)
rest.append(iter(item))
break
else:
if straccum:
writer(tags.raw(''.join(straccum)))
del straccum[:]
if shouldYieldItem is not None and shouldYieldItem(item):
replacement = []
yield item, replacement.append
rest.append(gen)
rest.append(iter([replacement]))
break
else:
if ctx.precompile:
writer(item)
else:
rest.append(gen)
rest.append(iter([partialflatten(ctx, item)]))
break
if straccum:
writer(tags.raw(''.join(straccum)))
def render_liveglue(self, ctx, data):
return ctx.tag[
# Hit jsDeps.getModuleForName to force it to load some plugins :/
# This really needs to be redesigned.
[
self.getImportStan(jsDeps.getModuleForName(name).name)
for name in self.BOOTSTRAP_MODULES
],
tags.script(type='text/javascript')[tags.raw(
"""
Divmod._location = '%(baseURL)s';
Nevow.Athena.livepageId = '%(clientID)s';
""" % {
'clientID': self.clientID,
'baseURL': flat.flatten(self.transportRoot, ctx)
})]]
def render_followup_uri(self, ctx, data):
request = inevow.IRequest(ctx)
if request.args.has_key('followupuri'):
followup = '"%s"' % request.args['followupuri'][0]
else:
followup = 'null'
if request.args.has_key('quick'):
quick = '1'
else:
quick = '0'
tmp = 'activation_followup_uri = %s;\n' % followup
tmp += 'activation_is_quick = %s;\n' % quick
str = textwrap.dedent("""
// <![CDATA[
%s
// ]]>
""") % tmp
# raw string required for JS CDATA hack
ctx.tag[T.raw(str)]
return ctx.tag
def render_followup_uri(self, ctx, data):
request = inevow.IRequest(ctx)
if request.args.has_key('followupuri'):
followup = '"%s"' % request.args['followupuri'][0]
else:
followup = 'null'
if request.args.has_key('quick'):
quick = '1'
else:
quick = '0'
tmp = 'activation_followup_uri = %s;\n' % followup
tmp += 'activation_is_quick = %s;\n' % quick
str = textwrap.dedent("""
// <![CDATA[
%s
// ]]>
""") % tmp
# raw string required for JS CDATA hack
ctx.tag[T.raw(str)]
return ctx.tag
errs = [e.__class__.__name__ + ': ' + str(e)]
if errs:
reportErrors(source, errs)
return boringDocstring(doc, summary), errs
pdoc, fields = pdoc.split_fields()
if pdoc is not None:
try:
crap = de_p(
pdoc.to_html(_EpydocLinker(getattr(obj, 'docsource', obj))))
except Exception, e:
reportErrors(source, [e.__class__.__name__ + ': ' + str(e)])
return (boringDocstring(doc, summary),
[e.__class__.__name__ + ': ' + str(e)])
else:
crap = ''
if isinstance(crap, unicode):
crap = crap.encode('utf-8')
if summary:
if not crap:
return (), []
s = tags.span()[tags.raw(crap)]
else:
if not crap and not fields:
return (), []
s = tags.div()[tags.raw(crap)]
fh = FieldHandler(obj)
for field in fields:
fh.handle(Field(field, obj))
s[fh.format()]
return s, []
def test_raw(self):
"""
An instance of L{raw} is flattened to itself.
"""
self.assertStringEqual(
self.flatten(raw('bytes<>^&"\0')), 'bytes<>^&"\0')
new = JavascriptContext(ctx, tags.invisible[theJS])
return flat.serialize(theJS._children, new)
flat.registerFlattener(flattenJS, _js)
js = _js()
document = _js('document')
get = document.getElementById
window = _js('window')
this = _js('this')
self = _js('self')
server = _js('server')
alert = _js('alert')
stop = _js('; return false;')
eol = tags.raw('\n')
set = js.nevow_setNode
append = js.nevow_appendNode
prepend = js.nevow_prependNode
insert = js.nevow_insertNode
def assign(where, what):
"""Assign what to where. Equivalent to
where = what;
"""
return _js([where, stan.raw(" = "), what])
setq = assign # hee
class BabyTable(rend.Page):
addSlash = True
docFactory = loaders.stan(T.html[T.head[
T.title["Baby event table"],
T.style(type="text/css")[T.raw('''
body {
width: 1000px;
font-family: sans-serif;
color: #333;
}
table { border-collapse: collapse; }
td {
white-space: nowrap;
padding: 0 3px;
}
div.bar {
position: relative;
background: #eee;
}
div.bar .fill {
position:absolute;
}
div.bar .txt {
position:absolute;
}
''')],
T.
meta(name="viewport",
content=
"width=500; initial-scale=1.0; minimum-scale: .01; user-scalable=yes"
), ], T.body[T.h1['Baby events'],
T.directive('table')]])
def __init__(self, graph):
self.graph = graph
rend.Page.__init__(self)
def render_table(self, ctx, data):
rows = []
for row in self.graph.queryd("""
SELECT DISTINCT ?cmd ?t WHERE {
{
?iss cl:command cmd:BabyStart .
} UNION {
?iss cl:command cmd:BabyStop .
}
?iss
dcterms:created ?t ;
cl:command ?cmd ;
a cl:IssuedCommand .
FILTER ( ?t > "2009-07-25T00:00:00Z"^^xs:dateTime )
} ORDER BY ?t"""):
t = time.mktime(parse(row['t']).timetuple())
rows.append((t, row['cmd'], row['t']))
label = {CMD.BabyStart: 'start', CMD.BabyStop: 'stop'}
def cleanTime(isot):
m = re.match(r"^(....-..-..)T(..:..:..)", isot)
return "%s %s" % (m.group(1), m.group(2))
def prettyElapsed(sec):
return "%.1f min" % (sec / 60)
trs = []
lastStart = None
lastStop = None
for row in rows:
t, cmd, isot = row
if cmd == CMD.BabyStart:
if lastStart is not None:
period = t - lastStart[0]
cols = [
T.td[cleanTime(isot)],
T.td[divBar("%s since prev" % prettyElapsed(period),
200, period / 600, "#f88")],
]
if lastStop is not None:
dur = lastStop[0] - lastStart[0]
cols.append(T.td[divBar(
"duration %s" % prettyElapsed(dur), 150, dur / 200,
"#8c3")])
trs.append(T.tr[cols])
lastStart = row
lastStop = None
if cmd == CMD.BabyStop:
lastStop = row
return T.table[trs]
def flattenJS(theJS, ctx):
new = JavascriptContext(ctx, tags.invisible[theJS])
return flat.serialize(theJS._children, new)
flat.registerFlattener(flattenJS, _js)
js = _js()
document = _js('document')
get = document.getElementById
window = _js('window')
this = _js('this')
self = _js('self')
server = _js('server')
alert = _js('alert')
stop = _js('; return false;')
eol = tags.raw('\n')
set = js.nevow_setNode
append = js.nevow_appendNode
prepend = js.nevow_prependNode
insert = js.nevow_insertNode
def assign(where, what):
"""Assign what to where. Equivalent to
where = what;
"""
return _js([where, stan.raw(" = "), what])
setq = assign # hee
class Main(rend.Page):
docFactory = loaders.stan([
T.raw('''<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"
"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'''),
T.html(xmlns="http://www.w3.org/1999/xhtml")[T.head[T.style[T.raw('''
* { font-family: sans-serif; }
table {
border-collapse: collapse;
}
table, td, th {
border: 1px solid gray;
padding: 3px;
}
.timing {
margin-top: 1em;
border: 1px solid #ccc;
width: 30em;
}
.timing table, .timing td {
border: 0;
}
.credit {
margin-top: 1em;
border: 1px solid #ccc;
padding: .3em;
background: #eee;
}
.dir-N { background: #cfc; }
.dir-S { background: #fcf; }
''')]], T.body[
#T.directive('table'),
T.directive('hist'),
T.directive('timing'),
T.div(class_="credit")[T.a(href="http://pems.dot.ca.gov/"
)["Data from PeMS, Caltrans"]], ]]
])
def renderHTTP(self, ctx):
req = inevow.IRequest(ctx)
req.setHeader('Content-type', 'application/xhtml+xml')
return rend.Page.renderHTTP(self, ctx)
def render_table(self, ctx, data):
import segment_report
reload(segment_report)
return segment_report.table(latestMeas)
def render_timing(self, ctx, data):
return T.div(class_="timing")[T.table[
T.tr[T.td["Data timestamp says "],
T.td[datetime.datetime.fromtimestamp(latestMeas.lastDataTime).
isoformat()]],
T.tr[T.td["Last fetched at "],
T.td[datetime.datetime.fromtimestamp(latestMeas.lastFtpTime).
isoformat()]],
T.tr[T.td["Page generated at "],
T.td[datetime.datetime.fromtimestamp(int(time.time())).
isoformat()]], ]]
def render_hist(self, ctx, data):
import route_history_report
reload(route_history_report)
D = route_history_report.Diagram
shadows = True
if ctx.arg('shadow') == 'off':
shadows = False
return [
T.div[T.h2['Southbound'],
D(shadows=shadows, freewayDir='S').render()],
T.div[T.h2['Northbound'],
D(shadows=shadows, freewayDir='N').render()],
T.div[T.a(href="?shadow=off")["(turn off shadows)"]]
]
def test_raw(self):
"""
An instance of L{raw} is flattened to itself.
"""
self.assertStringEqual(self.flatten(raw('bytes<>^&"\0')),
'bytes<>^&"\0')
def coder(data): if data: return T.raw(data) return ""
def render_loadtree(self,ctx,data):
return T.script(type='text/javascript')[T.raw("""
addLoadEvent(function() { Numbler.apidoc.loadTree('%s'); });
""" % json.serialize(list(self.stripfiles(self.displayTree))))]
except Exception, e:
errs = [e.__class__.__name__ +': ' + str(e)]
if errs:
reportErrors(source, errs)
return boringDocstring(doc, summary), errs
pdoc, fields = pdoc.split_fields()
if pdoc is not None:
try:
crap = de_p(pdoc.to_html(_EpydocLinker(getattr(obj, 'docsource', obj))))
except Exception, e:
reportErrors(source, [e.__class__.__name__ +': ' + str(e)])
return (boringDocstring(doc, summary),
[e.__class__.__name__ +': ' + str(e)])
else:
crap = ''
if isinstance(crap, unicode):
crap = crap.encode('utf-8')
if summary:
if not crap:
return (), []
s = tags.span()[tags.raw(crap)]
else:
if not crap and not fields:
return (), []
s = tags.div()[tags.raw(crap)]
fh = FieldHandler(obj)
for field in fields:
fh.handle(Field(field, obj))
s[fh.format()]
return s, []
def __init__(self, field, obj):
self.tag = field.tag()
self.arg = field.arg()
self.body = tags.raw(de_p(field.body().to_html(_EpydocLinker(obj))))
def __init__(self, field, obj):
self.tag = field.tag()
self.arg = field.arg()
self.body = tags.raw(de_p(field.body().to_html(_EpydocLinker(obj))))
