def render_form_select(self, data):
"""Use to automatically render a select widget.
Pass in a dictionary with keys:
name: name of the select widget
choices: list of 2-tuples (value, text)
selected: value of selected choice (if any)
editmode: False if element should be disabled
"""
#print 'start', data
name = data['name']
#print 'rendering select ', name, data
_id = name
choices = data['choices']
selected = data.get('selected', '')
editmode = data.get('editmode', True)
if not choices:
return 'No choices available.'
import types
if type(choices[0]) in types.StringTypes:
options = self.form_options(choices, selected)
else:
options = self.form_options2(choices, selected)
if editmode:
select = T.select(name=name, _id=_id)[options]
else:
select = T.select(name=name, _id=_id, disabled="disabled")[options]
return select
def render_genericCommand(self, ctx: WovenContext, data):
startTime = tags.input(id='startTime', type='text', class_='IDateTime', placeholder='Start Time')
endTime = tags.input(id='hours', type='number', step='0.5', placeholder='Hours')
se = ISolomonEmployee(self.employee)
s = tags.select(id="sub", style='display:none')[self.getSubs(se)]
w = tags.select(id='wloc', style='display:none')[self.getWLocs(se)]
typ = tags.select(id='type')[
tags.option(value='Vacation')['Vacation'],
tags.option(value='Illness')['Sick Leave'],
#tags.option(value='Personal')['Personal']
]
submit = tags.input(type='button', value='Schedule Time Off')[tags.Tag('athena:handler')(event='onclick', handler='scheduleTimeOff')]
return self.preprocess([startTime, endTime, s, w, typ, submit])
def render_genericCommand(self, ctx: WovenContext, data):
ret = [
tags.select(id='subAccount', style='display:block')[
[self.getSubs(),
tags.Tag('athena:handler')(handler='selectSubAccount', event='onchange')]
],
tags.select(id='workLocation', style='display:block')[
[self.getLocs(),
tags.Tag('athena:handler')(handler='selectWorkLocation', event='onchange')]
],
tags.br(),
tags.input(id='password', type='password', placeholder='password'),
tags.input(id='clockInOut', type='button', value='ClockInOut')[tags.Tag('athena:handler')(event='onclick', handler='clockInOut')]
]
return self.preprocess(ret)
def _renderTag(self, ctx, key, value, converter, disabled):
def renderOptions(ctx, data):
if self.noneOption is not None:
yield T.option(
value=iformal.IKey(self.noneOption).key())[iformal.ILabel(
self.noneOption).label()]
if data is None:
return
for item in data:
optValue = iformal.IKey(item).key()
optLabel = iformal.ILabel(item).label()
optValue = converter.fromType(optValue)
option = T.option(value=optValue)[optLabel]
if value and optValue in value:
option = option(selected='selected')
yield option
tag = T.select(name=key,
id=render_cssid(key),
data=self.options,
multiple="multiple")[renderOptions]
if disabled:
tag(class_='disabled', disabled='disabled')
return tag
def render_genericCommand(self, ctx: WovenContext, data):
employees = []
self.l1 = l1 = List(employees, ["Employee ID", "Name"])
self.l2 = l2 = List([], ["Entry Type", "Work Location", "Sub Account", "Start Time", "End Time", "Shift Duration", "Daily Total", "Approved", "Denied"])
self.ltl = ltl = ListToListSelector(l1, l2)
ltl.mappingReturnsNewElements = True
ltl.prepare(self)
ltl.visible = True
ltl.closeable = False
ltl.getMappingFor = self.getMappingFor
ltl.setMappingFor = self.setMappingFor
l2.setSelectable(False)
startTime = tags.input(id='startTime', placeholder='Start Time')#[tags.Tag('athena:handler')(event='onchange', handler='timeWindowChanged')]
endTime = tags.input(id='endTime', placeholder='End Time')
addTime = [
tags.input(id='addTime', type='button', value='Add Time Entry')[
tags.Tag('athena:handler')(event='onclick', handler='addTime')],
tags.select(id='newTimeType')[
[tags.option(id=et.getTypeName())[et.getTypeName()] for et in self.entryTypes]
]
]
if not IAdministrator(self.employee, None):
addTime = ''
self.preprocess([startTime, endTime, addTime])
return [startTime, endTime, tags.br(), addTime, ltl]
def _renderTag(self, ctx, tparser, tvalue, namer, readonly):
tag = T.invisible()
if len(self.parsers) > 1:
tp = T.select(name=namer('tparser'),
id=render_cssid(namer('tparser')))
if readonly:
tp(class_='disabled', disabled='disabled')
for k, v in self.parsers:
if k == tparser:
tp[T.option(selected='selected', value=k)[v]]
else:
tp[T.option(value=k)[v]]
else:
tp = T.input(type='hidden',
name=namer('tparser'),
id=render_cssid(namer('tparser')),
value=self.parsers[0][0])
ta = T.textarea(name=namer('tvalue'),
id=render_cssid(namer('tvalue')),
cols=self.cols,
rows=self.rows)[tvalue or '']
if readonly:
ta(class_='readonly', readonly='readonly')
tag[tp, T.br, ta]
return tag
def _renderTag(self, ctx, key, value, converter, disabled): if not isinstance(value, (list, tuple)): value = [value] # unfortunately, I need to copy all that code from formal to let # me keep multiple selections def renderOptions(ctx, data): if self.noneOption is not None: noneVal = iformal.IKey(self.noneOption).key() option = T.option(value=noneVal)[ iformal.ILabel(self.noneOption).label()] if value is None or value==noneVal: option = option(selected='selected') yield option if data is None: return for item in data: optValue = iformal.IKey(item).key() optLabel = iformal.ILabel(item).label() optValue = converter.fromType(optValue) option = T.option(value=optValue)[optLabel] if optValue in value: option = option(selected='selected') yield option tag = T.select(name=key, id=render_cssid(key), data=self.options)[ renderOptions] if disabled: tag(class_='disabled', disabled='disabled') return T.span(style="white-space:nowrap")[ tag(size=str(self.size), multiple="multiple"), " ", T.span(class_="fieldlegend")[ "No selection matches all, multiple values legal."]]
def _renderTag(self, ctx, key, value, readonly):
html = []
tag = T.textarea(name=key,
id=render_cssid(key),
cols=self.cols,
rows=self.rows)[value or '']
if readonly:
tag(class_='readonly', readonly='readonly')
html.append(tag)
if self.values is None:
return html
def renderOptions(ctx, options):
for value, label in options:
yield T.option(value=value)[label]
selecttrigger = T.select(name='%s__selecttrigger' % key,
data=self.values)[renderOptions]
form = iformal.IForm(ctx)
js = T.xml(
"var x = document.getElementById('%(form)s');x.%(key)s.value += x.%(key)s__selecttrigger.options[x.%(key)s__selecttrigger.options.selectedIndex].value + "\\n";"
% {
'key': key,
'form': form.name
})
aonclick = T.a(onclick=js)['add']
html.append(T.div(class_="add")[selecttrigger, aonclick])
return html
def _renderTag(self, ctx, tparser, tvalue, namer, readonly):
tag=T.invisible()
if len(self.parsers) > 1:
tp = T.select(name=namer('tparser'),id=render_cssid(namer('tparser')))
if readonly:
tp(class_='disabled', disabled='disabled')
for k,v in self.parsers:
if k == tparser:
tp[T.option(selected='selected',value=k)[ v ]]
else:
tp[T.option(value=k)[ v ]]
else:
tp = T.input(type='hidden',name=namer('tparser'),id=render_cssid(namer('tparser')),value=self.parsers[0][0])
tag[tp]
if self.itemTypes is not None:
tag[ T.input(type='hidden',class_="itemTypes",name=namer('itemTypes'),id=render_cssid(namer('itemTypes')),value=encodeTypes(self.itemTypes)) ]
if self.itemTemplates is not None:
tag[ T.input(type='hidden',class_="itemTemplates",name=namer('itemTemplates'),id=render_cssid(namer('itemTemplates')),value=','.join(self.itemTemplates)) ]
ta=T.textarea(name=namer('tvalue'), id=render_cssid(namer('tvalue')), cols=self.cols, rows=self.rows)[tvalue or '']
if readonly:
ta(class_='readonly', readonly='readonly')
tag[ [T.br,ta ]]
return tag
def _renderTag(self, ctx, year, month, day, namer, readonly):
years = [(v,v) for v in xrange(self.yearFrom,self.yearTo)]
months = self.months
days = self.days
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in years:
if str(value[0]) == str(year):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
yearTag = T.select(name=namer('year'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in months:
if str(value[0]) == str(month):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
monthTag = T.select(name=namer('month'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in days:
if str(value[0]) == str(day):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
dayTag = T.select(name=namer('day'))[ options ]
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def _renderTag(self, ctx, year, month, day, namer, readonly):
years = [(v,v) for v in xrange(self.yearFrom,self.yearTo)]
months = self.months
days = self.days
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in years:
if str(value[0]) == str(year):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
yearTag = T.select(name=namer('year'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in months:
if str(value[0]) == str(month):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
monthTag = T.select(name=namer('month'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in days:
if str(value[0]) == str(day):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
dayTag = T.select(name=namer('day'))[ options ]
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def render_selectProfile(self, ctx, data):
# Renderer for the form (because formal rendering sucks piles)
profiles = []
for il in os.listdir('/usr/local/tcs/tums/profiles/'):
if il[-3:] == '.py':
name = il[:-3].replace('_', ' ').capitalize()
profiles.append((il, name))
return ctx.tag[tags.select(
id="selectProfile-profile",
name="profile")[[tags.option(value=k)[v] for k, v in profiles]]]
def getWidgetDocument(self):
# XXX No support for rendering these yet!
f = liveform.LiveForm(self.submit,
[liveform.Parameter('argument', None, unicode)])
f.docFactory = loaders.stan(
tags.form(render=tags.directive('liveElement'))
[tags.select(
name="argument")[tags.option(value="apples")["apples"],
tags.option(value="oranges")["oranges"]],
tags.input(type='submit', render=tags.directive('submitbutton'))])
f.setFragmentParent(self)
return f
def getWidgetDocument(self):
# XXX No support for rendering these yet!
f = liveform.LiveForm(
self.submit,
[liveform.Parameter('argument', None, unicode)])
f.docFactory = loaders.stan(tags.form(render=tags.directive('liveElement'))[
tags.select(name="argument")[
tags.option(value="apples")["apples"],
tags.option(value="oranges")["oranges"]],
tags.input(type='submit', render=tags.directive('submitbutton'))])
f.setFragmentParent(self)
return f
def render_genericCommand(self, ctx: WovenContext, data):
se = ISolomonEmployee(self._employee)
s = tags.select(id="sub")[self.getSubs(se)]
w = tags.select(id='wloc')[self.getWLocs(se)]
sub = tags.input(type='button', value='Clock In')[
tags.Tag('athena:handler')(event='onclick', handler='doClockIn')
]
out = tags.input(type='button', value='Clock Out', id='clockout')[
tags.Tag('athena:handler')(event='onclick', handler='doClockOut')
]
d = tags.div(id='clockin')[s, w, sub]
if self._employee.timeEntry:
d(style='display:none')
else:
out(style='display:none')
return self.preprocess([d, out])
def get_and_set(name, options, default=None, astype=int):
current_value = getarg(name, astype)
i_select = T.select(name=name)
for (count, description) in options:
count = astype(count)
if ((current_value is not None and count == current_value) or
(current_value is None and count == default)):
o = T.option(value=str(count), selected="true")[description]
else:
o = T.option(value=str(count))[description]
i_select = i_select[o]
if current_value is None:
current_value = default
return current_value, i_select
def get_and_set(name, options, default=None, astype=int):
current_value = getarg(name, astype)
i_select = T.select(name=name)
for (count, description) in options:
count = astype(count)
if ((current_value is not None and count == current_value) or
(current_value is None and count == default)):
o = T.option(value=str(count), selected="true")[description]
else:
o = T.option(value=str(count))[description]
i_select = i_select[o]
if current_value is None:
current_value = default
return current_value, i_select
def _renderTag(self, ctx, key, values, converter, disabled):
def renderOptions(ctx, options):
# loops through checkbox options and renders
for item in options:
optValue = converter.fromType(iformal.IKey(item).key())
optLabel = iformal.ILabel(item).label()
option = T.option(value=optValue)[optLabel]
if optValue in values:
option = option(selected='selected')
yield option
tag=T.select(name=key, id=render_cssid(key), data=self.options, multiple='multiple', size=self.size)[renderOptions]
if disabled:
tag(class_='disabled', disabled='disabled')
return tag
def render_manifest_form(self, ctx, data):
ophandle = base32.b2a(os.urandom(16))
manifest = T.form(
action=".", method="post",
enctype="multipart/form-data")[T.fieldset[
T.input(type="hidden", name="t", value="start-manifest"),
T.legend(class_="freeform-form-label"
)["Run a manifest operation (EXPENSIVE)"],
T.div["Output Format: ",
T.select(name="output")[
T.option(value="html", selected="true")["HTML"],
T.option(value="text")["text"],
T.option(value="json")["JSON"], ], ],
T.input(type="hidden", name="ophandle", value=ophandle),
T.input(type="submit", value="Manifest"), ]]
return ctx.tag[manifest]
def render_manifest_form(self, ctx, data):
ophandle = base32.b2a(os.urandom(16))
manifest = T.form(action=".", method="post",
enctype="multipart/form-data")[
T.fieldset[
T.input(type="hidden", name="t", value="start-manifest"),
T.legend(class_="freeform-form-label")["Run a manifest operation (EXPENSIVE)"],
T.div["Output Format: ",
T.select(name="output")
[ T.option(value="html", selected="true")["HTML"],
T.option(value="text")["text"],
T.option(value="json")["JSON"],
],
],
T.input(type="hidden", name="ophandle", value=ophandle),
T.input(type="submit", value="Manifest"),
]]
return ctx.tag[manifest]
def _renderTag(self, ctx, tparser, tvalue, namer, readonly):
tag=T.invisible()
if len(self.parsers) > 1:
tp = T.select(name=namer('tparser'),id=render_cssid(namer('tparser')))
if readonly:
tp(class_='disabled', disabled='disabled')
for k,v in self.parsers:
if k == tparser:
tp[T.option(selected='selected',value=k)[ v ]]
else:
tp[T.option(value=k)[ v ]]
else:
tp = T.input(type='hidden',name=namer('tparser'),id=render_cssid(namer('tparser')),value=self.parsers[0][0])
ta=T.textarea(name=namer('tvalue'), id=render_cssid(namer('tvalue')), cols=self.cols, rows=self.rows)[tvalue or '']
if readonly:
ta(class_='readonly', readonly='readonly')
tag[tp,T.br,ta]
return tag
def _renderTag(self, ctx, key, value, converter, disabled):
def renderOptions(ctx, data):
if self.noneOption is not None:
yield T.option(value=iformal.IKey(self.noneOption).key())[iformal.ILabel(self.noneOption).label()]
if data is None:
return
for item in data:
optValue = iformal.IKey(item).key()
optLabel = iformal.ILabel(item).label()
optValue = converter.fromType(optValue)
option = T.option(value=optValue)[optLabel]
if optValue == value:
option = option(selected='selected')
yield option
tag=T.select(name=key, id=render_cssid(key), data=self.options)[renderOptions]
if disabled:
tag(class_='disabled', disabled='disabled')
return tag
class ChoiceRenderer(BaseInputRenderer):
default_select = tags.select(
id=slot('id'), name=slot('name'),
render=tags.directive('sequence'))[tags.option(
pattern="item", value=valToKey,
render=isSelected)[lambda c, d: iformless.ITyped(c).stringify(d)]]
def input(self, context, slot, data, name, value):
tv = data.typedValue
choices = tv.choices
if value:
context.remember(value, csv)
else:
context.remember('', csv)
try:
selector = context.tag.patternGenerator('selector')
except NodeNotFound:
selector = self.default_select
return selector(data=choices)
def _renderTag(self, ctx, key, value, readonly):
html = []
tag=T.textarea(name=key, id=render_cssid(key), cols=self.cols, rows=self.rows)[value or '']
if readonly:
tag(class_='readonly', readonly='readonly')
html.append(tag)
if self.values is None:
return html
def renderOptions(ctx,options):
for value,label in options:
yield T.option(value=value)[label]
selecttrigger = T.select(name='%s__selecttrigger'%key, data=self.values)[ renderOptions ]
form = iformal.IForm( ctx )
js = T.xml("var x = document.getElementById('%(form)s');x.%(key)s.value += x.%(key)s__selecttrigger.options[x.%(key)s__selecttrigger.options.selectedIndex].value + "\\n";"%{'key':key,'form':form.name})
aonclick = T.a(onclick=js)[ 'add' ]
html.append(T.div(class_="add")[selecttrigger,aonclick])
return html
class CommandWidget(athena.LiveElement, results.NotifierParent):
jsClass = u'ControllerModule.CommandWidget'
docFactory = loaders.stan(tags.div(render=tags.directive('liveElement'))[
tags.table(id="commandWidget", hidden=True)[
tags.tr[tags.td["cmd"],tags.td["targets"], tags.td["args"]],
tags.tr[tags.form(id="cmdform",
action="""javascript:
var w = Nevow.Athena.Widget.get(document.getElementById('cmdform'));
var cmd = document.getElementById('cmd');
cmd = cmd.options[cmd.selectedIndex].value;
var targets = document.getElementById('targets').value;
var args = document.getElementById('args').value;
w.submitCommand(cmd, targets, args);""")[
tags.td[tags.select(id="cmd", name="cmd",
onchange="Nevow.Athena.Widget.get(this).changeCmd(this.options[cmd.selectedIndex].value);")[
tags.option(value="execute")["execute"],
tags.option(value="executeFile")["execute file"],
tags.option(value="pull")["pull"],
tags.option(value="reset")["reset"],
tags.option(value="kill")["kill"],
]],
tags.td[tags.input(type="text", id="targets", name="targets")],
tags.td[tags.input(type="text", id="args", name="args")],
tags.td[tags.input(type="submit", value="exec")]
]],
tags.tr[tags.td(colspan='4', style="text-align: center;")[tags.div(id="commandOut")]]
]
])
def __init__(self, controller):
self.controller = controller
reactor.callLater(.1, self.callRemote, 'getIDs')
def execute(self, targets, lines):
idlist = parseTargets(targets)
if idlist is False:
return self.fail(None)
d = self.controller.execute(idlist, str(lines))
self.notify(None)
return d.addCallbacks(self.executeOK, self.fail)
athena.expose(execute)
def executeOK(self, resultList):
s = ''
for r in resultList:
s += resultToHTML(r)
self.finish(unicode(s))
def executeFile(self, targets, f):
print f
athena.expose(executeFile)
def pull(self, targets, keystr):
keys = map(str, keystr.split(','))
idlist = parseTargets(targets)
if not idlist or not keys:
return self.fail(None)
d = self.controller.pullNamespace(idlist, *keys)
self.notify(None)
return d.addCallbacks(self.pullOK, self.fail)
athena.expose(pull)
def pullOK(self, resultList):
s = ''
# print resultList
for r in resultList:
s += dictToHTML(r)
return self.finish(s)
def reset(self, targets, _):
idlist = parseTargets(targets)
if not idlist:
return self.fail(None)
d = self.controller.reset(idlist)
return d.addCallbacks(self.resetOK, self.fail)
athena.expose(reset)
def resetOK(self, r):
return self.finish('')
def kill(self, targets, _):
idlist = parseTargets(targets)
if not idlist:
return self.fail(None)
d = self.controller.kill(idlist)
return d.addCallbacks(self.killOK, self.fail)
athena.expose(kill)
def killOK(self, r):
return self.finish('')
def finish(self, s):
self.notify(None)
return self.callRemote('commandOutput', unicode(s))
def fail(self, f=None):
return self.finish('Failure')
def render_choiceOption(self, ctx, choice):
return T.select(name=choice.getName())[[
T.option(value=x)[x] for x in choice.getChoices()]]
def render_listRow(self, ctx: WovenContext, data=None):
IEventBus("Web").register(self, ITimeEntryChangedEvent)
listCell = inevow.IQ(ctx).patternGenerator("listCell")
original = self._timeEntry.original
self.expanded = False
st = self._timeEntry.period.startTime()
et = self._timeEntry.period.endTime(False)
ctx.fillSlots('index', self._timeEntry.storeID)
approved = T.input(id='approved', type='checkbox', checked=self._timeEntry.approved)[
T.Tag('athena-handler')(event='onchange', handler='approvedClicked')
]
te_type = T.input(id='entryType', type='text', disabled=True, value=self._timeEntry.type.name)
if self._timeEntry.workLocation:
WLs = self._timeEntry.getEmployee().getWorkLocations()
missing = False
if self._timeEntry.workLocation not in WLs:
WLs.append(self._timeEntry.workLocation)
missing = True
workLocationID = T.select(id='workLocation', value=self._timeEntry.workLocation.workLocationID)[
[T.option(value=i.workLocationID, selected=self._timeEntry.workLocation == i)[i.description] for i in
WLs]
]
if missing:
workLocationID(style='background-color:red')
else:
workLocationID = T.input(id='workLocation', disabled=True, value='None')
if self._timeEntry.subAccount:
SAs = list(self._timeEntry.getEmployee().getSubAccounts())
missing = False
if self._timeEntry.subAccount not in SAs:
SAs.append(self._timeEntry.subAccount)
missing = True
subAccount = T.select(id='subAccount', value=self._timeEntry.subAccount.sub)[
[T.option(value=i.sub, selected=self._timeEntry.subAccount==i)[i.name] for i in SAs]
]
if missing:
subAccount(style='background-color:red')
else:
subAccount = T.input(id='subAccount', disabled=True, value="None")
duration = T.input(id='duration', value=formatTimeDelta(self._timeEntry.period.duration()))
if self._timeEntry.type == IEntryType("Work"):
ET = T.input(id='endTime', value=et.strftime('%Y-%m-%d %H:%M:%S %Z') if et else 'None')
et = listCell(data=dict(listItem=ET))
reject = T.input(id='denied', type='checkbox', checked=self._timeEntry.denied)[
T.Tag('athena-handler')(event='onchange', handler='deniedClicked')
]
rj = listCell(data=dict(listItem=reject))
duration(disabled=True)
else:
ET = T.input(style='display:none', id='entryType', value=self._timeEntry.type.getTypeName())
et = listCell(data=dict(listItem=ET))
reject = T.input(id='denied', type='checkbox', checked=self._timeEntry.denied)
rj = listCell(data=dict(listItem=reject))
startTime = T.input(id='startTime', value=st.strftime('%Y-%m-%d %H:%M:%S %Z') if st else 'None')
if self._timeEntry.employee.timeEntry is self._timeEntry:
ET(disabled=True)
if not self.employee.isAdministrator() or self.parent.selectable or self.employee is self._timeEntry.employee:
workLocationID(disabled=True)
subAccount(disabled=True)
startTime(disabled=True)
ET(disabled=True)
duration(disabled=True)
if self._timeEntry.denied or \
self._timeEntry.approved or \
not self.employee.isSupervisor() or \
self._timeEntry.employee not in ISupervisor(self.employee).getEmployees() or \
self._timeEntry.subAccount not in ISupervisor(self.employee).getSubAccounts() or \
self.parent.selectable or \
self.employee is self._timeEntry.employee:
reject(disabled=True)
approved(disabled=True)
startday = self._timeEntry.startTime().date()
endday = startday.replace(hours=23, minutes=59, seconds=59)
store = self._timeEntry.store
q = AND(
TimeEntry.period==TimePeriod.storeID,
TimeEntry.employee==self._timeEntry.employee,
TimeEntry.denied==False,
TimePeriod._startTime <= endday,
OR(TimePeriod._endTime >= startday,
TimePeriod._endTime==None
)
)
if store:
entries = ICalendarData([i[0] for i in store.query((TimeEntry, TimePeriod), q)]).between(startday, endday)
else:
entries = ICalendarData([])
lastEntryOfDay = entries.entries and entries.entries[-1].startTime() == self._timeEntry.startTime()
if lastEntryOfDay:
total = T.input(id='total', value=formatTimeDelta(entries.sumBetween(startday, endday)))
total(disabled=True)
total = listCell(data=dict(listItem=total))
else:
total = listCell(data=dict(listItem=""))(style='opacity: 0')
self.preprocess([approved, workLocationID, subAccount, startTime, ET, duration, reject, total])
r = [listCell(data=dict(listItem=te_type)),
listCell(data=dict(listItem=workLocationID if not self._showEmployee else T.input(disabled=True, value=self._timeEntry.employee.name))),
listCell(data=dict(listItem=subAccount)),
listCell(data=dict(listItem=startTime)),
et,
listCell(data=dict(listItem=duration)),
total,
listCell(data=dict(listItem=approved)),
rj]
if original and original.period:
workLocationID(title=original.workLocation.description)
subAccount(title=original.subAccount.name)
startTime(title=original.startTime().strftime('%Y-%m-%d %H:%M:%S %Z'))
ET(title=original.endTime(False).strftime('%Y-%m-%d %H:%M:%S %Z') if original.endTime(False) else 'None')
return r
def render_locations(self, ctx, data):
return ctx.tag[tags.select(id="location", name="interface")[[
tags.option(value=i)[j] for i, j in self.getLocations()
]]]
