def handle(self, *args, **options):
using = options.get('database', DEFAULT_DB_ALIAS)
conn = connections[using]
lst = get_models(include_auto_created=True)
cursor = conn.cursor()
for sql in conn.ops.sequence_reset_sql(no_style(), lst):
cursor.execute(sql)
def handle(self, *args, **options):
using = options.get('database', DEFAULT_DB_ALIAS)
conn = connections[using]
lst = get_models(include_auto_created=True)
cursor = conn.cursor()
for sql in conn.ops.sequence_reset_sql(no_style(), lst):
cursor.execute(sql)
def show_database_structure(self):
"""Show a bullet list of all models and their fields."""
self.analyze()
items = []
for model in get_models():
names = []
# for f, m in model._meta.get_fields_with_model():
for f in model._meta.concrete_fields:
names.append(f.name)
items.append("{0} : {1}".format(fmn(model), ', '.join(names)))
items = sorted(items)
return rstgen.ul(items)
def show_database_structure(self):
"""Show a bullet list of all models and their fields."""
self.analyze()
items = []
for model in get_models():
names = []
# for f, m in model._meta.get_fields_with_model():
for f in model._meta.concrete_fields:
names.append(f.name)
items.append(
"{0} : {1}".format(fmn(model), ', '.join(names)))
items = sorted(items)
return rstgen.ul(items)
def show_complexity_factors(self):
self.analyze()
items = []
items.append("{0} plugins".format(len(dd.plugins)))
items.append("{0} models".format(len(get_models())))
items.append("{0} views".format(len(actors.actors_list)))
items.append("{0} user types".format(len(UserTypes.objects())))
dialog_actions = [
ba for ba in analyzer.custom_actions + analyzer.window_actions
if ba.action.parameters
]
items.append("{0} dialog actions".format(len(dialog_actions)))
return rstgen.ul(items)
def get_data_rows(cls, ar):
if ar.quick_search is None or len(ar.quick_search) < 2:
return
user_type = ar.get_user().user_type
# for model in rt.models_by_base(Searchable):
for model in get_models():
# if model not in cls.disabled_models:
if model.show_in_site_search:
t = model.get_default_table()
# for t in cls._site_search_tables:
if not t.get_view_permission(user_type):
continue
sar = t.request(parent=ar, quick_search=ar.quick_search)
for obj in sar:
yield obj
def get_complexity_factors(self, today=None):
self.analyze()
yield "{0} plugins".format(len(dd.plugins))
yield "{0} models".format(len(get_models()))
User = settings.SITE.user_model
if today and User:
qs = User.objects.filter(username__isnull=False)
qs = PeriodEvents.active.add_filter(qs, today)
yield "{0} users".format(qs.count())
yield "{0} user roles".format(len(settings.SITE.user_roles))
yield "{0} user types".format(len(UserTypes.objects()))
yield "{0} views".format(len(
[a for a in actors.actors_list if not a.abstract]))
dialog_actions = [ba for ba in analyzer.custom_actions +
analyzer.window_actions if
ba.action.parameters]
yield "{0} dialog actions".format(len(dialog_actions))
def get_data_rows(cls, ar):
if ar.quick_search is None or len(ar.quick_search) < 2:
return
user_type = ar.get_user().user_type
# for model in rt.models_by_base(Searchable):
for model in get_models():
# if model not in cls.disabled_models:
if model.show_in_site_search:
t = model.get_default_table()
# for t in cls._site_search_tables:
if not t.get_view_permission(user_type):
continue
sar = t.request(
parent=ar, quick_search=ar.quick_search)
for obj in sar:
yield obj
def get_data_rows(cls, ar):
if ar.quick_search is None or len(ar.quick_search) < 2:
return
user_type = ar.get_user().user_type
# for model in rt.models_by_base(Searchable):
for model in get_models():
if model._meta.app_label in cls.private_apps:
continue
if model.show_in_site_search:
t = model.get_default_table()
# for t in cls._site_search_tables:
if not t.get_view_permission(user_type):
continue
sar = t.request(parent=ar, quick_search=ar.quick_search)
for obj in sar:
if obj.show_in_site_search: # don't show calview.HeaderRow
yield obj
def show_foreign_keys(self):
"""Return a list that shows how database objects are being referred to
by some other database object. This information is important
(1) before deleting objects and (2) when merging them.
For every model we see a list of "delete handlers" and a list
of fields from other models that point to this model using
that delete handler.
Delete handlers are:
- PROTECT : refuse to delete when other objects refer to this object
- CASCADE : delete objects refering to this object
- set_on_delete : make other objects point to something else (or set
their pointer to None)
"""
self.analyze()
tdp = dict() # target model -> delete handler -> pointer list
for target in get_models():
dp = tdp.setdefault(target, dict())
for m, fk in target._lino_ddh.fklist:
k = fk.remote_field.on_delete
p = dp.setdefault(k, [])
p.append((m, fk))
def fk2str(mfk):
return "{0}.{1}".format(fmn(mfk[0]), mfk[1].name)
items1 = []
for target, dp in list(tdp.items()):
items2 = []
for dh, pl in list(dp.items()):
items2.append(
"{0} : {1}".format(
dh.__name__, ', '.join([fk2str(mfk) for mfk in pl])))
if len(items2):
items2 = sorted(items2)
items1.append("{0} :\n{1}".format(
fmn(target), rstgen.ul(items2)))
items1 = sorted(items1)
return rstgen.ul(items1)
def show_foreign_keys(self):
"""Return a list that shows how database objects are being referred to
by some other database object. This information is important
(1) before deleting objects and (2) when merging them.
For every model we see a list of "delete handlers" and a list
of fields from other models that point to this model using
that delete handler.
Delete handlers are:
- PROTECT : refuse to delete when other objects refer to this object
- CASCADE : delete objects refering to this object
- set_on_delete : make other objects point to something else (or set
their pointer to None)
"""
self.analyze()
tdp = dict() # target model -> delete handler -> pointer list
for target in get_models():
dp = tdp.setdefault(target, dict())
for m, fk in target._lino_ddh.fklist:
k = fk.rel.on_delete
p = dp.setdefault(k, [])
p.append((m, fk))
def fk2str(mfk):
return "{0}.{1}".format(fmn(mfk[0]), mfk[1].name)
items1 = []
for target, dp in list(tdp.items()):
items2 = []
for dh, pl in list(dp.items()):
items2.append(
"{0} : {1}".format(
dh.__name__, ', '.join([fk2str(mfk) for mfk in pl])))
if len(items2):
items2 = sorted(items2)
items1.append("{0} :\n{1}".format(
fmn(target), rstgen.ul(items2)))
items1 = sorted(items1)
return rstgen.ul(items1)
def get_complexity_factors(self, today=None):
"""
Yield a series of plain text lines that describe the complexity factors of this application.
"""
self.analyze()
yield "{0} plugins".format(len(dd.plugins))
yield "{0} models".format(len(get_models()))
User = settings.SITE.user_model
if today and User:
qs = User.objects.filter(username__isnull=False)
qs = PeriodEvents.active.add_filter(qs, today)
yield "{0} users".format(qs.count())
# yield "{0} user roles".format(len(settings.SITE.user_roles))
yield "{0} user types".format(len(UserTypes.objects()))
yield "{0} views".format(
len([a for a in actors.actors_list if not a.abstract]))
dialog_actions = [
ba for ba in analyzer.custom_actions + analyzer.window_actions
if ba.action.parameters and not ba.action.no_params_window
]
yield "{0} dialog actions".format(len(dialog_actions))
def get_data_rows(self, ar):
f = settings.SITE.kernel.get_broken_generic_related
for model in get_models(include_auto_created=True):
for obj in f(model):
yield obj
def get_data_rows(self, ar):
# user_type = ar.get_user().user_type
for model in get_models():
if True:
# print model
yield model
def get_data_rows(self, ar):
f = settings.SITE.kernel.get_broken_generic_related
for model in get_models(include_auto_created=True):
for obj in f(model):
yield obj
def get_data_rows(self, ar):
# user_type = ar.get_user().user_type
for model in get_models():
if True:
# print model
yield model
