def process(self, format=None, user=None):
if user is None:
user = self.context.get('user')
qs = self.get_queryset()
qs = qs.published(user=user)
return date_format(self.get_date(qs), format)
def __str__(self):
if self.message:
subject = " - '%s'" % self.message.strip().split('\n')[0]
else:
subject = ''
date = date_format(self.created_at, 'DATETIME_FORMAT')
return '#%s %s%s' % (self.id, date, subject)
def timestamp_(self, instance):
url = reverse('admin:%s_%s_change' %
(instance._meta.app_label, instance._meta.module_name),
args=(instance.id, ))
return format_html(
u'<a href="{}">{}</a>', url,
date_format(instance.timestamp, settings.DATETIME_FORMAT))
def __unicode__(self):
if self.message:
subject = " - '%s'" % self.message.strip().split('\n')[0]
else:
subject = ''
date = date_format(self.created_at, 'DATETIME_FORMAT')
return '#%s %s%s' % (self.id, date, subject)
def __str__(self):
log = ''
if self.display:
log = '{} {} at {}'.format(
self.text,
self.display_status,
date_format(self.date).capitalize(),
)
return log
def json_dict(self, selfurl):
ts = dict()
ts['timeslot_id'] = self.id
ts['room'] = slugify(self.location)
ts['roomtype'] = self.type.slug
ts["time"] = date_format(self.time, 'Hi')
ts["date"] = time_format(self.time, 'Y-m-d')
ts["domid"] = self.js_identifier
return ts
def json_dict(self, selfurl):
ts = dict()
ts['timeslot_id'] = self.id
ts['room'] = slugify(self.location)
ts['roomtype'] = self.type.slug
ts["time"] = date_format(self.time, 'Hi')
ts["date"] = time_format(self.time, 'Y-m-d')
ts["domid"] = self.js_identifier
return ts
def frontend_message(self):
try:
type_object = self.type_object
except ValueError:
type_object = ''
return '{} {} on {}'.format(
type_object,
self.display_status,
date_format(self.date).capitalize(),
)
def timestamp_(self, instance):
url = reverse(
'admin:%s_%s_change' % (
instance._meta.app_label,
instance._meta.module_name
),
args=(instance.id,)
)
return format_html(
u'<a href="{}">{}</a>',
url, date_format(instance.timestamp, settings.DATETIME_FORMAT)
)
def to_representation(self, instance):
ret = super(
BankTransactionDetailSerializer, self).to_representation(instance)
ret['date_view'] = date_format(instance.date, 'SHORT_DATE_FORMAT')
ret['amount_localized'] = localize_signed_amount(instance.amount)
ret['amount_currency'] = localize_signed_amount_currency(
instance.amount, instance.currency)
ret['payment_method_display'] = instance.get_payment_method_display()
ret['status_display'] = instance.get_status_display()
return ret
def json_dict(self, selfurl):
ss = dict()
ss['assignment_id'] = self.id
#ss['href'] = self.url(sitefqdn)
ss['empty'] = self.empty_str
ss['timeslot_id'] = self.timeslot.id
if self.session:
ss['session_id'] = self.session.id
ss['room'] = slugify(self.timeslot.location)
ss['roomtype'] = self.timeslot.type.slug
ss["time"] = date_format(self.timeslot.time, 'Hi')
ss["date"] = time_format(self.timeslot.time, 'Y-m-d')
ss["domid"] = self.timeslot.js_identifier
return ss
def json_dict(self, selfurl):
ss = dict()
ss['scheduledsession_id'] = self.id
#ss['href'] = self.url(sitefqdn)
ss['empty'] = self.empty_str
ss['timeslot_id'] = self.timeslot.id
if self.session:
ss['session_id'] = self.session.id
ss['room'] = slugify(self.timeslot.location)
ss['roomtype'] = self.timeslot.type.slug
ss["time"] = date_format(self.timeslot.time, 'Hi')
ss["date"] = time_format(self.timeslot.time, 'Y-m-d')
ss["domid"] = self.timeslot.js_identifier
return ss
def json_dict(self, host_scheme):
ts = dict()
ts['timeslot_id'] = self.id
ts['href'] = urljoin(host_scheme, self.json_url())
ts['room'] = self.get_location()
ts['roomtype'] = self.type.slug
if self.location is not None:
ts['capacity'] = self.location.capacity
ts["time"] = date_format(self.time, 'Hi')
ts["date"] = fmt_date(self.time)
ts["domid"] = self.js_identifier
following = self.slot_to_the_right
if following is not None:
ts["following_timeslot_id"] = following.id
return ts
def json_dict(self, host_scheme):
ts = dict()
ts['timeslot_id'] = self.id
ts['href'] = urljoin(host_scheme, self.json_url())
ts['room'] = self.get_location()
ts['roomtype'] = self.type.slug
if self.location is not None:
ts['capacity'] = self.location.capacity
ts["time"] = date_format(self.time, 'Hi')
ts["date"] = fmt_date(self.time)
ts["domid"] = self.js_identifier
following = self.slot_to_the_right
if following is not None:
ts["following_timeslot_id"] = following.id
return ts
def get_comment_action_text(comment):
user_frag = '<a href="{url}">{user}</a>'
date_frag = '<span title="{title}">{date}</span>'
text_frag = ACTIONS.get(comment.action, "{user} unknown action {time_ago}")
if comment.is_removed:
text_frag = _("{user}'s comment was removed {time_ago}")
return format_html(
text_frag,
user=format_html(
user_frag,
url=comment.user.st.get_absolute_url(),
user=comment.user.st.nickname),
time_ago=format_html(
date_frag,
title=date_format(comment.date, "DATETIME_FORMAT"),
date=humanize.naturaltime(comment.date)))
def user_log_export(request):
lists = get_user_log_lists(request)
lists = lists[:1000]
lists2 = [[
_(u'序号'),
_(u'时间'),
_(u'用户名'),
_(u'真实姓名'),
_(u'邮箱'),
_(u'手机号'),
_(u'微信昵称'),
_(u'头像'),
_(u'操作类型'),
_(u'模块动作'),
_(u'结果'),
_(u'详情'),
_(u'客户端IP'),
]]
current_row = 1
for d in lists:
name, realname, mailbox, tel_mobile, nickname, img = "", "", "", "", "", ""
# d,mailbox 可能为None
m = d.mailbox if hasattr(d, "mailbox") else None
if m:
name, mailbox = m.name, m.username
u = m.user
if u:
realname, tel_mobile = u.realname, u.tel_mobile
w = d.wxuser
if w:
nickname, img = w.nickname, w.img
lists2.append([
current_row,
date_format(d.datetime, 'Y-m-d H:i'), name, realname, mailbox,
tel_mobile, nickname, img,
d.get_classify_display(), d.action,
d.get_result_display(), d.description, d.clientip
])
current_row += 1
return ExcelResponse(lists2, "user_log", encoding='gbk')
def log(request,
template_name=TEMPLATE_NAME,
template_name_ajax=TEMPLATE_NAME_AJAX):
"""Get log entries. Serves both non-AJAX and AJAX driven requests.
Since we have a breakdown of entries per day per entry and we have an AJAX
driven infinite scroll and we want to avoid having duplicated date headers,
we always pass a variable named "last_date" when making another request
to our main AJAX-driven view. So... this is our case scenario:
Initial timeline rendered as a normal HTML (non AJAX request) (from a list
of log entries). We send date of last element as "last_date" to the context
too, which will be used an an initial value for a global JavaScript
variable. Later on that date will be used to send it to the AJAX driven
view and used in rendering ("render_to_string" method). After we have
rendered the HTML to send back, we get the last date of the last element
and send it along with the HTML rendered to our view in JSON response.
When receiving the JSON response, we update the above mentioned global
JavaScript variable with the value given.
:param request: django.http.HttpRequest
:param template_name: str
:param template_name_ajax: str
:return: django.http.HttpResponse
This view accepts the following POST variables (all optional).
:param page: int - Page number to get.
:param user_id: int - If set, used to filter the user by.
:param last_date: str - Example value "2012-05-24".
:param start_date: str - If set, used as a start date to filter the actions
with. Example value "2012-05-24".
:param end_date: str - If set, used as an end date to filter the actions
with. Example value "2012-05-24".
NOTE: If it gets too complicatd with filtering, we need to have forms to
validate and process the POST data.
"""
def _get_date_from_string(val):
"""Get date from a string given.
:param str val: - date in string format
:return: datetime.datetime
"""
try:
return datetime.date(*map(lambda x: int(x), val.split("-")))
except Exception as err:
return ""
try:
page = int(request.POST.get('page', 1))
if page < 1:
page = 1
except Exception as err:
page = 1
users = []
content_types = []
filter_form = None
if 'POST' == request.method:
post = dict(request.POST)
if 'users[]' in post:
post['users'] = post.pop('users[]')
elif 'users' in post:
post['users'] = post.pop('users')
if SIMPLE_FILTER_FORM:
if 'users' in post and post['users']:
post['users'] = post['users'][0]
if 'content_types[]' in post:
post['content_types'] = post.pop('content_types[]')
elif 'content_types' in post:
post['content_types'] = post.pop('content_types')
if SIMPLE_FILTER_FORM:
if 'content_types' in post and post['content_types']:
post['content_types'] = post['content_types'][0]
filter_form = FilterForm(post)
if filter_form.is_valid():
users = filter_form.cleaned_data['users']
content_types = filter_form.cleaned_data['content_types']
if SIMPLE_FILTER_FORM:
if users:
users = [
int(_u.strip()) for _u in users.split(',')
if _u.strip()
]
else:
users = []
if content_types:
content_types = [
int(_c.strip()) for _c in content_types.split(',')
if _c.strip()
]
else:
content_types = []
else:
pass # Anything to do here?
else:
filter_form = FilterForm()
# Some kind of a pagination
start = (page - 1) * NUMBER_OF_ENTRIES_PER_PAGE
end = page * NUMBER_OF_ENTRIES_PER_PAGE
# Getting admin log entries taking page number into consideration.
log_entries = LogEntry.objects.all().select_related('content_type', 'user')
start_date = _get_date_from_string(request.POST.get('start_date'))
end_date = _get_date_from_string(request.POST.get('end_date'))
if start_date:
log_entries = log_entries.filter(action_time__gte=start_date) # TODO
if end_date:
log_entries = log_entries.filter(action_time__lte=end_date) # TODO
# If users given, filtering by users
if users:
log_entries = log_entries.filter(user__id__in=users)
# If content types given, filtering by content types
if content_types:
log_entries = log_entries.filter(content_type__id__in=content_types)
# Applying limits / freezing the queryset
log_entries = log_entries[start:end]
if log_entries:
last_date = date_format(log_entries[len(log_entries) - 1].action_time,
"Y-m-d")
else:
last_date = request.POST.get('last_date', None)
# Using different template for AJAX driven requests
if request.is_ajax():
# Context to render the AJAX driven HTML with
context = {
'admin_log':
log_entries,
'number_of_entries_per_page':
NUMBER_OF_ENTRIES_PER_PAGE,
'page':
page,
'last_date':
request.POST.get('last_date', None),
'SINGLE_LOG_ENTRY_DATE_FORMAT':
SINGLE_LOG_ENTRY_DATE_FORMAT,
'LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT':
LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT
}
# Rendering HTML for an AJAX driven request
if versions.DJANGO_GTE_1_10:
html = render_to_string(template_name_ajax,
context,
request=request)
else:
html = render_to_string(template_name_ajax,
context,
context_instance=RequestContext(request))
# Context to send back to user in a JSON response
context = {
'html': html,
'last_date': last_date,
'success': 1 if len(log_entries) else 0
}
return HttpResponse(json.dumps(context))
# Context for a non-AJAX request
context = {
'admin_log': log_entries,
'number_of_entries_per_page': NUMBER_OF_ENTRIES_PER_PAGE,
'page': page,
'last_date': last_date,
'start_date': date_format(start_date, "Y-m-d") if start_date else "",
'end_date': date_format(end_date, "Y-m-d") if end_date else "",
'users': [int(u) for u in users],
'content_types': [int(ct) for ct in content_types],
'filter_form': filter_form,
'SINGLE_LOG_ENTRY_DATE_FORMAT': SINGLE_LOG_ENTRY_DATE_FORMAT,
'LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT':
LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT,
'title': _("Timeline") # For template breadcrumbs, etc.
}
if versions.DJANGO_GTE_1_10:
return render(request, template_name, context)
else:
return render_to_response(template_name,
context,
context_instance=RequestContext(request))
if end_date:
log_entries = log_entries.filter(action_time__lte=end_date) # TODO
# If users given, filtering by users
if users:
log_entries = log_entries.filter(user__id__in=users)
# If content types given, filtering by content types
if content_types:
log_entries = log_entries.filter(content_type__id__in=content_types)
# Applying limits / freezing the queryset
log_entries = log_entries[start:end]
if log_entries:
last_date = date_format(log_entries[len(log_entries) - 1].action_time, "Y-m-d")
else:
last_date = request.POST.get('last_date', None)
# Using different template for AJAX driven requests
if request.is_ajax():
# Context to render the AJAX driven HTML with
context = {
'admin_log': log_entries,
'number_of_entries_per_page': NUMBER_OF_ENTRIES_PER_PAGE,
'page': page,
'last_date': request.POST.get('last_date', None),
'SINGLE_LOG_ENTRY_DATE_FORMAT': SINGLE_LOG_ENTRY_DATE_FORMAT,
'LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT': LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT
}
def get_history_data(queryset):
resources = {}
needs_aggregation = False
for rdata in queryset:
resource = rdata.resource
try:
(options, aggregation) = resources[resource]
except KeyError:
aggregation = resource.aggregation_instance
options = {
'aggregation': str(aggregation.verbose_name),
'aggregated_history': aggregation.aggregated_history,
'content_type': rdata.content_type.model,
'content_object': rdata.content_object_repr,
'unit': resource.unit,
'scale': resource.get_scale(),
'verbose_name': str(resource.verbose_name),
'dates': set() if aggregation.aggregated_history else None,
'objects': [],
}
resources[resource] = (options, aggregation)
if aggregation.aggregated_history:
needs_aggregation = True
monitors = []
scale = options['scale']
all_dates = options['dates']
for monitor_name, dataset in rdata.get_monitor_datasets():
datasets = {}
for content_object, datas in aggregation.aggregate_history(
dataset):
if aggregation.aggregated_history:
serie = {}
for data in datas:
value = round(float(data.value) / scale,
3) if data.value is not None else None
all_dates.add(data.date)
serie[data.date] = value
else:
serie = []
for data in datas:
date = data.created_at.timestamp()
date = int(str(date).split('.')[0] + '000')
value = round(float(data.value) / scale,
3) if data.value is not None else None
serie.append((date, value))
datasets[content_object] = serie
monitors.append({
'name': monitor_name,
'datasets': datasets,
})
options['objects'].append({
'object_name':
rdata.content_object_repr,
'current':
round(float(rdata.used or 0), 3),
'allocated':
float(rdata.allocated) if rdata.allocated is not None else None,
'updated_at':
rdata.updated_at.isoformat() if rdata.updated_at else None,
'monitors':
monitors,
})
if needs_aggregation:
result = []
for options, aggregation in resources.values():
if aggregation.aggregated_history:
all_dates = sorted(options['dates'])
options['dates'] = [date_format(date) for date in all_dates]
for obj in options['objects']:
for monitor in obj['monitors']:
series = []
for content_object, dataset in monitor[
'datasets'].items():
data = []
for date in all_dates:
data.append(dataset.get(date, 0.0))
series.append({
'name': content_object,
'data': data,
})
monitor['datasets'] = series
result.append(options)
else:
result = [resource[0] for resource in resources.values()]
return result
def log(request, template_name=TEMPLATE_NAME, \
template_name_ajax=TEMPLATE_NAME_AJAX):
"""
Get number of log entires. Serves both non-AJAX and AJAX driven requests.
Since we have a breakdown of entries per day per entry and we have an AJAX
driven infinite scroll and we want to avoid having duplicated date headers,
we always pass a variable named "last_date" when making another request
to our main AJAX-driven view. So... this is our case scenario:
Initial timeline rendered as a normal HTML (non AJAX request) (from a list
of log entries). We send date of last element as "last_date" to the context
too, which will be used an an initial value for a global JavaScript
variable. Later on that date will be used to send it to the AJAX driven
view and used in rendering ("render_to_string" method). After we have
rendered the HTML to send back, we get the last date of the last element
and send it along with the HTML rendered to our view in JSON response.
When receiving the JSON response, we update the above mentioned global
JavaScript variable with the value given.
:param request: django.http.HttpRequest
:param template_name: str
:param template_name_ajax: str
:return: django.http.HttpResponse
This view accepts the following POST variables (all optional).
:param page: int - Page number to get.
:param user_id: int - If set, used to filter the user by.
:param last_date: str - Example value "2012-05-24".
:param start_date: str - If set, used as a start date to filter the actions
with. Example value "2012-05-24".
:param end_date: str - If set, used as an end date to filter the actions
with. Example value "2012-05-24".
NOTE: If it gets too complicatd with filtering, we need to have forms to
validate and process the POST data.
"""
def _get_date_from_string(s):
"""
Gets date from a string given.
:param s: str - date in string format
:return: datetime.datetime
"""
try:
return datetime.date(*map(lambda x: int(x), s.split("-")))
except Exception as e:
return ""
try:
page = int(request.POST.get('page', 1))
if page < 1:
page = 1
except Exception as e:
page = 1
users = []
content_types = []
filter_form = None
if 'POST' == request.method:
post = dict(request.POST)
if 'users[]' in post:
post['users'] = post.pop('users[]')
if 'content_types[]' in post:
post['content_types'] = post.pop('content_types[]')
filter_form = FilterForm(post)
if filter_form.is_valid():
users = filter_form.cleaned_data['users']
content_types = filter_form.cleaned_data['content_types']
else:
pass # Anything to do here?
else:
filter_form = FilterForm()
# Some kind of a pagination
start = (page - 1) * NUMBER_OF_ENTRIES_PER_PAGE
end = page * NUMBER_OF_ENTRIES_PER_PAGE
# Getting admin log entires taking page number into consideration.
log_entries = LogEntry.objects.all().select_related('content_type', 'user')
start_date = _get_date_from_string(request.POST.get('start_date'))
end_date = _get_date_from_string(request.POST.get('end_date'))
if start_date:
log_entries = log_entries.filter(action_time__gte=start_date) # TODO
if end_date:
log_entries = log_entries.filter(action_time__lte=end_date) # TODO
# If users given, filtering by users
if users:
log_entries = log_entries.filter(user__id__in=users)
# If content types given, filtering by content types
if content_types:
log_entries = log_entries.filter(content_type__id__in=content_types)
# Applying limits / freezing the queryset
log_entries = log_entries[start:end]
if log_entries:
last_date = date_format(
log_entries[len(log_entries) - 1].action_time, "Y-m-d"
)
else:
last_date = request.POST.get('last_date', None)
# Using different template for AJAX driven requests
if request.is_ajax():
# Context to render the AJAX driven HTML with
context = {
'admin_log': log_entries,
'number_of_entries_per_page': NUMBER_OF_ENTRIES_PER_PAGE,
'page': page,
'last_date': request.POST.get('last_date', None),
'SINGLE_LOG_ENTRY_DATE_FORMAT': SINGLE_LOG_ENTRY_DATE_FORMAT,
'LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT': \
LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT
}
# Rendering HTML for an AJAX driven request
html = render_to_string(
template_name_ajax,
context,
context_instance=RequestContext(request)
)
# Context to send back to user in a JSON response
context = {
'html': html,
'last_date': last_date,
'success': 1 if len(log_entries) else 0
}
return HttpResponse(json.dumps(context))
# Context for a non-AJAX request
context = {
'admin_log': log_entries,
'number_of_entries_per_page': NUMBER_OF_ENTRIES_PER_PAGE,
'page': page,
'last_date': last_date,
'start_date': date_format(start_date, "Y-m-d") if start_date else "",
'end_date': date_format(end_date, "Y-m-d") if end_date else "",
'users': [int(u) for u in users],
'content_types': [int(ct) for ct in content_types],
'filter_form': filter_form,
'SINGLE_LOG_ENTRY_DATE_FORMAT': SINGLE_LOG_ENTRY_DATE_FORMAT,
'LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT': \
LOG_ENTRIES_DAY_HEADINGS_DATE_FORMAT,
'title': _("Timeline") # For template breadcrumbs, etc.
}
return render_to_response(
template_name, context, context_instance=RequestContext(request)
)
def __unicode__(self):
return u'%s: %s (%s)' % (self.category.name, self.score, date_format(self.edition.date, 'N d, Y'))
def date_range(start_date, end_date): if start_date.precision != end_date.precision: return "%s - %s" % (start_date.explicit_format(), end_date.explicit_format()) elif start_date.precision == 'y': if start_date.date.year != end_date.date.year: return "%s - %s" % (date_format(start_date.date, arg="Y"), date_format(end_date.date, arg="Y")) else: return date_format(start_date.date, arg="Y") elif start_date.precision == 'm': if start_date.date.year != end_date.date.year: return "%s - %s" % (date_format(start_date.date, arg="F Y"), date_format(end_date.date, arg="F Y")) elif start_date.date.month != end_date.date.month: return "%s - %s" % (date_format(start_date.date, arg="F"), date_format(end_date.date, arg="F Y")) else: return date_format(start_date.date, arg="F Y") else: if start_date.date.year != end_date.date.year: return "%s - %s" % (date_format(start_date.date, arg="jS F Y"), date_format(end_date.date, arg="jS F Y")) elif start_date.date.month != end_date.date.month: return "%s - %s" % (date_format(start_date.date, arg="jS F"), date_format(end_date.date, arg="jS F Y")) elif start_date.date.day != end_date.date.day: return "%s - %s" % (date_format(start_date.date, arg="jS"), date_format(end_date.date, arg="jS F Y")) else: return date_format(start_date.date, arg="jS F Y")
def date_range(start_date, end_date):
if start_date.precision != end_date.precision:
return "%s - %s" % (start_date.explicit_format(),
end_date.explicit_format())
elif start_date.precision == 'y':
if start_date.date.year != end_date.date.year:
return "%s - %s" % (date_format(
start_date.date, arg="Y"), date_format(end_date.date, arg="Y"))
else:
return date_format(start_date.date, arg="Y")
elif start_date.precision == 'm':
if start_date.date.year != end_date.date.year:
return "%s - %s" % (date_format(start_date.date, arg="F Y"),
date_format(end_date.date, arg="F Y"))
elif start_date.date.month != end_date.date.month:
return "%s - %s" % (date_format(start_date.date, arg="F"),
date_format(end_date.date, arg="F Y"))
else:
return date_format(start_date.date, arg="F Y")
else:
if start_date.date.year != end_date.date.year:
return "%s - %s" % (date_format(start_date.date, arg="jS F Y"),
date_format(end_date.date, arg="jS F Y"))
elif start_date.date.month != end_date.date.month:
return "%s - %s" % (date_format(start_date.date, arg="jS F"),
date_format(end_date.date, arg="jS F Y"))
elif start_date.date.day != end_date.date.day:
return "%s - %s" % (date_format(start_date.date, arg="jS"),
date_format(end_date.date, arg="jS F Y"))
else:
return date_format(start_date.date, arg="jS F Y")
def get_week_day(self, sale):
if not sale.purchase_date:
return "-"
return date_format(sale.purchase_date, "l")
def get_history_data(queryset):
resources = {}
needs_aggregation = False
for rdata in queryset:
resource = rdata.resource
try:
(options, aggregation) = resources[resource]
except KeyError:
aggregation = resource.aggregation_instance
options = {
'aggregation': str(aggregation.verbose_name),
'aggregated_history': aggregation.aggregated_history,
'content_type': rdata.content_type.model,
'content_object': rdata.content_object_repr,
'unit': resource.unit,
'scale': resource.get_scale(),
'verbose_name': str(resource.verbose_name),
'dates': set() if aggregation.aggregated_history else None,
'objects': [],
}
resources[resource] = (options, aggregation)
monitors = []
scale = options['scale']
all_dates = options['dates']
for monitor_name, dataset in rdata.get_monitor_datasets():
datasets = {}
for content_object, datas in aggregation.aggregate_history(dataset):
if aggregation.aggregated_history:
needs_aggregation = True
serie = {}
for data in datas:
value = round(float(data.value)/scale, 3) if data.value is not None else None
all_dates.add(data.date)
serie[data.date] = value
else:
serie = []
for data in datas:
date = data.created_at.timestamp()
date = int(str(date).split('.')[0] + '000')
value = round(float(data.value)/scale, 3) if data.value is not None else None
serie.append(
(date, value)
)
datasets[content_object] = serie
monitors.append({
'name': monitor_name,
'datasets': datasets,
})
options['objects'].append({
'object_name': rdata.content_object_repr,
'current': round(float(rdata.used), 3),
'allocated': float(rdata.allocated) if rdata.allocated is not None else None,
'updated_at': rdata.updated_at.isoformat(),
'monitors': monitors,
})
if needs_aggregation:
result = []
for options, aggregation in resources.values():
if aggregation.aggregated_history:
all_dates = sorted(options['dates'])
options['dates'] = [date_format(date) for date in all_dates]
for obj in options['objects']:
for monitor in obj['monitors']:
series = []
for content_object, dataset in monitor['datasets'].items():
data = []
for date in all_dates:
data.append(dataset.get(date, 0.0))
series.append({
'name': content_object,
'data': data,
})
monitor['datasets'] = series
result.append(options)
else:
result = [resource[0] for resource in resources.values()]
return result
if end_date:
log_entries = log_entries.filter(action_time__lte=end_date) # TODO
# If users given, filtering by users
if users:
log_entries = log_entries.filter(user__id__in=users)
# If content types given, filtering by content types
if content_types:
log_entries = log_entries.filter(content_type__id__in=content_types)
# Applying limits / freezing the queryset
log_entries = log_entries[start:end]
if log_entries:
last_date = date_format(log_entries[len(log_entries) - 1].action_time,
"Y-m-d")
else:
last_date = request.POST.get('last_date', None)
# Using different template for AJAX driven requests
if request.is_ajax():
# Context to render the AJAX driven HTML with
context = {
'admin_log':
log_entries,
'number_of_entries_per_page':
NUMBER_OF_ENTRIES_PER_PAGE,
'page':
page,
'last_date':
request.POST.get('last_date', None),
