def is_field_number(report, field_name):
model = loads(report.model)
classobj = model.get_class_object()
field = classobj._meta.get_field_by_name(field_name)[0]
if number_field_regex.match(field.get_internal_type()):
return True
return False
def is_field_number(report, field_name):
model = loads(report.model)
classobj = model.get_class_object()
field = classobj._meta.get_field_by_name(field_name)[0]
if number_field_regex.match(field.get_internal_type()):
return True
return False
def _get_report_content(report, request=None):
model = loads(report.model)
object = model.name
object = object.split('.')
module_name = object[0] + '.' + object[1] + '.' + object[2]
import_name = object[3]
module = __import__(module_name, globals(), locals(), [import_name], -1)
classobj = getattr(module, import_name)
if request:
unfiltered_set = Object.filter_by_request(request, classobj.objects)
else:
unfiltered_set = classobj.objects.exclude(trash=True)
# construct filter
filters = {}
excludes = {}
for field in model.fields:
for filter in field.filters:
if filter['operand'] == 'is':
filters.setdefault(field.name + '__in', []).append(filter['choice'])
elif filter['operand'] == 'not':
excludes.setdefault(field.name + '__in', []).append(filter['choice'])
elif filter['operand'] == 'beforedate':
filters[field.name + '__gte'] = datetime.date(datetime.strptime(filter['choice'], '%m/%d/%Y'))
elif filter['operand'] == 'afterdate':
filters[field.name + '__lte'] = datetime.date(datetime.strptime(filter['choice'], '%m/%d/%Y'))
elif filter['operand'] == 'beforedatetime':
filters[field.name + '__gte'] = datetime.strptime(filter['choice'], '%m/%d/%Y %H:%M')
elif filter['operand'] == 'afterdatetime':
filters[field.name + '__lte'] = datetime.strptime(filter['choice'], '%m/%d/%Y %H:%M')
elif filter['operand'] == 'on':
filters.setdefault(field.name + '__in', []).append(datetime.strptime(filter['choice'], '%m/%d/%Y'))
set = unfiltered_set.filter(**filters).exclude(**excludes)
# Check for group
groupname = None
groups = None
for field in model.fields:
if field.groupby == 1:
groupname = field.name
if groupname:
xfield = classobj._meta.get_field_by_name(groupname)[0]
xtype = xfield.get_internal_type()
if xtype == 'ManyToManyField':
set = sorted(set, key=lambda item: (
", ".join([unicode(i) for i in getattr(item, groupname).all()])), reverse=True)
groups, groupnames = [], []
for obj in set:
for n in getattr(obj, groupname).all():
if n not in groupnames:
groupnames.append(n)
for n in groupnames:
l = []
for obj in set:
if n in getattr(obj, groupname).all():
l.append(obj)
groups.append((unicode(n), l))
elif xtype == ('DateTimeField' or 'DateField'):
set = set.order_by(groupname)
#set = sorted(set, key = lambda item: getattr(item,groupname))
# TODO: Fix this sort
groups, groupnames, l, ng = [], [], [], []
n = None
if xtype == 'DateTimeField':
def dt(ob):
return getattr(ob, groupname).date()
else:
def dt(ob):
return getattr(ob, groupname)
for x in set:
n = dt(x)
if n:
break
if n:
for obj in set:
if getattr(obj, groupname):
if dt(obj) == n:
l.append(obj)
else:
groups.append((unicode(n), l))
l = []
n = dt(obj)
l.append(obj)
else:
ng.append(obj)
if ng:
groups.append(('None', ng))
else:
set = sorted(set, key=lambda item: unicode(
item.get_field_value(groupname)), reverse=True)
groups = []
for g, ks in groupby(set, key=lambda item: unicode(item.get_field_value(groupname))):
groups.append((g, list(ks)))
xfield = set[0]._meta.get_field_by_name(groupname)[0]
# Count aggregate functions
agg_funcs = {}
for field in model.fields: # get fields and aggregate functions for them
if field.display and getattr(field, 'aggregation', None):
xfield = classobj._meta.get_field_by_name(field.name)[0]
if number_field_regex.match(xfield.get_internal_type()) \
and aggregate_functions.has_key(field.aggregation):
agg_funcs[field.name] = aggregate_functions[
field.aggregation]['function']
aggregations = {}
if agg_funcs:
for grouper, ls in groups if groups else (('set', set),):
data = {}
for s in ls:
for key in agg_funcs:
data.setdefault(key, []).append(getattr(s, key, 0))
aggrs = {}
for key, func in agg_funcs.items():
aggrs[key] = func(data.get(key, [0, ]))
aggregations[grouper] = aggrs
return {'model': model,
'set': set,
'groups': groups,
'groupname': groupname,
'aggregations': aggregations}
def _get_report_content(report, request=None):
model = loads(report.model)
object = model.name
object = object.split('.')
module_name = object[0] + '.' + object[1] + '.' + object[2]
import_name = object[3]
module = __import__(module_name, globals(), locals(), [import_name], -1)
classobj = getattr(module, import_name)
if request:
unfiltered_set = Object.filter_by_request(request, classobj.objects)
else:
unfiltered_set = classobj.objects.exclude(trash=True)
# construct filter
filters = {}
excludes = {}
for field in model.fields:
for filter in field.filters:
if filter['operand'] == 'is':
filters.setdefault(field.name + '__in',
[]).append(filter['choice'])
elif filter['operand'] == 'not':
excludes.setdefault(field.name + '__in',
[]).append(filter['choice'])
elif filter['operand'] == 'beforedate':
filters[field.name + '__gte'] = datetime.date(
datetime.strptime(filter['choice'], '%m/%d/%Y'))
elif filter['operand'] == 'afterdate':
filters[field.name + '__lte'] = datetime.date(
datetime.strptime(filter['choice'], '%m/%d/%Y'))
elif filter['operand'] == 'beforedatetime':
filters[field.name + '__gte'] = datetime.strptime(
filter['choice'], '%m/%d/%Y %H:%M')
elif filter['operand'] == 'afterdatetime':
filters[field.name + '__lte'] = datetime.strptime(
filter['choice'], '%m/%d/%Y %H:%M')
elif filter['operand'] == 'on':
filters.setdefault(field.name + '__in', []).append(
datetime.strptime(filter['choice'], '%m/%d/%Y'))
set = unfiltered_set.filter(**filters).exclude(**excludes)
# Check for group
groupname = None
groups = None
for field in model.fields:
if field.groupby == 1:
groupname = field.name
if groupname:
xfield = classobj._meta.get_field_by_name(groupname)[0]
xtype = xfield.get_internal_type()
if xtype == 'ManyToManyField':
set = sorted(
set,
key=lambda item: (", ".join(
[unicode(i) for i in getattr(item, groupname).all()])),
reverse=True)
groups, groupnames = [], []
for obj in set:
for n in getattr(obj, groupname).all():
if n not in groupnames:
groupnames.append(n)
for n in groupnames:
l = []
for obj in set:
if n in getattr(obj, groupname).all():
l.append(obj)
groups.append((unicode(n), l))
elif xtype == ('DateTimeField' or 'DateField'):
set = set.order_by(groupname)
#set = sorted(set, key = lambda item: getattr(item,groupname))
# TODO: Fix this sort
groups, groupnames, l, ng = [], [], [], []
n = None
if xtype == 'DateTimeField':
def dt(ob):
return getattr(ob, groupname).date()
else:
def dt(ob):
return getattr(ob, groupname)
for x in set:
n = dt(x)
if n:
break
if n:
for obj in set:
if getattr(obj, groupname):
if dt(obj) == n:
l.append(obj)
else:
groups.append((unicode(n), l))
l = []
n = dt(obj)
l.append(obj)
else:
ng.append(obj)
if ng:
groups.append(('None', ng))
else:
set = sorted(
set,
key=lambda item: unicode(item.get_field_value(groupname)),
reverse=True)
groups = []
for g, ks in groupby(
set,
key=lambda item: unicode(item.get_field_value(groupname))):
groups.append((g, list(ks)))
xfield = set[0]._meta.get_field_by_name(groupname)[0]
# Count aggregate functions
agg_funcs = {}
for field in model.fields: # get fields and aggregate functions for them
if field.display and getattr(field, 'aggregation', None):
xfield = classobj._meta.get_field_by_name(field.name)[0]
if number_field_regex.match(xfield.get_internal_type()) \
and aggregate_functions.has_key(field.aggregation):
agg_funcs[field.name] = aggregate_functions[
field.aggregation]['function']
aggregations = {}
if agg_funcs:
for grouper, ls in groups if groups else (('set', set), ):
data = {}
for s in ls:
for key in agg_funcs:
data.setdefault(key, []).append(getattr(s, key, 0))
aggrs = {}
for key, func in agg_funcs.items():
aggrs[key] = func(data.get(key, [
0,
]))
aggregations[grouper] = aggrs
return {
'model': model,
'set': set,
'groups': groups,
'groupname': groupname,
'aggregations': aggregations
}