def _do_product_add(self, prefix, owner, name):
product = Product(self.env)
product._data.update({'prefix': prefix, 'name': name, 'owner': owner})
try:
product.insert()
except TracError, exc:
raise AdminCommandError(to_unicode(exc))
def test_delete(self):
"""test that we are able to delete Products"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product.delete()
post = list(Product.select(self.env, where={'prefix':'tp'}))
self.assertEqual(0, len(post))
def test_delete(self):
"""test that we are able to delete Products"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product.delete()
post = list(Product.select(self.env, where={'prefix':'tp'}))
self.assertEqual(0, len(post))
def _do_product_add(self, prefix, owner, name):
product = Product(self.env)
product._data.update({'prefix':prefix, 'name':name, 'owner':owner})
try:
product.insert()
except TracError, exc:
raise AdminCommandError(to_unicode(exc))
def test_get_tickets(self):
for pdata in (
{'prefix': 'p2', 'name':'product, too', 'description': ''},
{'prefix': 'p3', 'name':'strike three', 'description': ''},
):
num_tickets = 5
product = Product(self.global_env)
product._data.update(pdata)
product.insert()
self.env = ProductEnvironment(self.global_env, product)
for i in range(num_tickets):
ticket = Ticket(self.env)
ticket['summary'] = 'hello ticket #%s-%d' % (product.prefix, i)
ticket['reporter'] = 'admin'
tid = ticket.insert()
# retrieve tickets using both global and product scope
tickets_from_global = [(t['product'], t['id']) for t in
Product.get_tickets(self.global_env, product.prefix)]
self.assertEqual(len(tickets_from_global), num_tickets)
tickets_from_product = [(t['product'], t['id']) for t in
Product.get_tickets(self.env)]
self.assertEqual(len(tickets_from_product), num_tickets)
# both lists should contain same elements
intersection = set(tickets_from_global) & set(tickets_from_product)
self.assertEqual(len(intersection), num_tickets)
def _do_save(self, req, product):
"""common processing for product save events"""
req.perm.require('PRODUCT_VIEW')
name = req.args.get('name')
prefix = req.args.get('prefix')
description = req.args.get('description', '')
owner = req.args.get('owner') or req.authname
keys = {'prefix': prefix}
field_data = {'name': name,
'description': description,
'owner': owner,
}
warnings = []
def warn(msg):
add_warning(req, msg)
warnings.append(msg)
if product._exists:
if name != product.name and Product.select(self.env,
where={'name': name}):
warn(_('A product with name "%(name)s" already exists, please '
'choose a different name.', name=name))
elif not name:
warn(_('You must provide a name for the product.'))
else:
req.perm.require('PRODUCT_MODIFY')
product.update_field_dict(field_data)
product.update(req.authname)
add_notice(req, _('Your changes have been saved.'))
else:
req.perm.require('PRODUCT_CREATE')
if not prefix:
warn(_('You must provide a prefix for the product.'))
elif Product.select(self.env, where={'prefix': prefix}):
warn(_('Product "%(id)s" already exists, please choose another '
'prefix.', id=prefix))
if not name:
warn(_('You must provide a name for the product.'))
elif Product.select(self.env, where={'name': name}):
warn(_('A product with name "%(name)s" already exists, please '
'choose a different name.', name=name))
if not warnings:
prod = Product(self.env)
prod.update_field_dict(keys)
prod.update_field_dict(field_data)
prod.insert()
add_notice(req, _('The product "%(id)s" has been added.',
id=prefix))
if warnings:
product.update_field_dict(keys)
product.update_field_dict(field_data)
return self._render_editor(req, product)
req.redirect(req.href.products(prefix))
def _load_product_from_data(cls, env, prefix):
r"""Ensure test product with prefix is loaded
"""
# TODO: Use fixtures implemented in #314
product_data = cls.PRODUCT_DATA[prefix]
prefix = to_unicode(prefix)
product = Product(env)
product._data.update(product_data)
product.insert()
def _load_product_from_data(cls, env, prefix):
r"""Ensure test product with prefix is loaded
"""
# TODO: Use fixtures implemented in #314
product_data = cls.PRODUCT_DATA[prefix]
prefix = to_unicode(prefix)
product = Product(env)
product._data.update(product_data)
product.insert()
def test_creating_new_product_calls_environment_created(self):
self._enable_component(DummyPlugin)
self._enable_multiproduct()
self.env.upgrade()
prod = Product(self.env)
prod.update_field_dict(dict(prefix='p1'))
ProductEnvironment(self.env, prod, create=True)
with self.env.db_direct_transaction as db:
db('SELECT * FROM "p1_dummy_table"')
def test_creating_new_product_calls_environment_created(self):
self._enable_component(DummyPlugin)
self._enable_multiproduct()
self.env.upgrade()
prod = Product(self.env)
prod.update_field_dict(dict(prefix='p1'))
ProductEnvironment(self.env, prod, create=True)
with self.env.db_direct_transaction as db:
db('SELECT * FROM "p1_dummy_table"')
def test_select(self):
"""tests that select can search Products by fields"""
p2_data = {'prefix':'tp2',
'name':'test project 2',
'description':'a different test project'}
p3_data = {'prefix':'tp3',
'name':'test project 3',
'description':'test project'}
product2 = Product(self.env)
product2._data.update(p2_data)
product3 = Product(self.env)
product3._data.update(p3_data)
product2.insert()
product3.insert()
products = list(Product.select(self.env, where={'prefix':'tp'}))
self.assertEqual(1, len(products))
products = list(Product.select(self.env,
where={'name':'test project'}))
self.assertEqual(1, len(products))
products = list(Product.select(self.env,
where={'prefix':'tp3', 'name':'test project 3'}))
self.assertEqual(1, len(products))
def test_insert(self):
"""test saving new Product"""
data = {'prefix':'new', 'name':'new', 'description':'new'}
product = Product(self.env)
product._data.update(data)
product.insert()
check_products = list(Product.select(self.env, where={'prefix':'new'}))
self.assertEqual(product._data['prefix'],
check_products[0]._data['prefix'])
self.assertEqual(1, len(check_products))
def test_insert(self):
"""test saving new Product"""
data = {'prefix':'new', 'name':'new', 'description':'new'}
product = Product(self.env)
product._data.update(data)
product.insert()
check_products = list(Product.select(self.env, where={'prefix':'new'}))
self.assertEqual(product._data['prefix'],
check_products[0]._data['prefix'])
self.assertEqual(1, len(check_products))
def test_update(self):
"""tests that we can use update to push data to the database"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('test project', product._data['name'])
new_data = {'prefix':'tp',
'name':'updated',
'description':'nothing'}
product._data.update(new_data)
product.update()
comp_product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('updated', comp_product._data['name'])
def test_update(self):
"""tests that we can use update to push data to the database"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('test project', product._data['name'])
new_data = {'prefix':'tp',
'name':'updated',
'description':'nothing'}
product._data.update(new_data)
product.update()
comp_product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('updated', comp_product._data['name'])
def process_request(self, req):
"""process request handler"""
req.perm.require('PRODUCT_VIEW')
pid = req.args.get('productid', None)
if pid:
req.perm('product', pid).require('PRODUCT_VIEW')
try:
product = Product(self.env, {'prefix': pid})
except ResourceNotFound:
product = Product(self.env)
path_info = req.args.get('pathinfo')
if path_info and path_info != '/':
if not product._exists:
# bh:ticket:561 - Display product list and warning message
if pid:
add_warning(req, _("Product %(pid)s not found", pid=pid))
return self._render_list(req)
else:
raise HTTPNotFound(
_('Unable to render product page. Wrong setup?'))
if pid:
add_link(req, 'up', req.href.products(), _('Products'))
action = req.args.get('action', 'view')
if req.method == 'POST':
if 'cancel' in req.args:
req.redirect(req.href.products(product.prefix))
elif action == 'edit':
return self._do_save(req, product)
elif action == 'delete':
raise TracError(_('Product removal is not allowed!'))
elif action in ('new', 'edit'):
return self._render_editor(req, product)
elif action == 'delete':
raise TracError(_('Product removal is not allowed!'))
if not product._exists:
if pid:
# bh:ticket:561 - Display product list and warning message
add_warning(req, _("Product %(pid)s not found", pid=pid))
return self._render_list(req)
data = {
'product': product,
'context': web_context(req, product.resource)
}
return 'product_view.html', data, None
def lookup_env(cls, env, prefix=None, name=None):
"""Instantiate environment according to product prefix or name
@throws LookupError if no product matches neither prefix nor name
"""
if isinstance(env, ProductEnvironment):
global_env = env.parent
else:
global_env = env
# FIXME: Update if multiproduct.dbcursor.GLOBAL_PRODUCT != ''
if not prefix and not name:
return global_env
elif isinstance(env, ProductEnvironment) and \
env.product.prefix == prefix:
return env
if prefix:
try:
return ProductEnvironment(global_env, prefix)
except LookupError:
if not name:
raise
if name:
# Lookup product by name
products = Product.select(global_env, where={'name' : name})
if products:
return ProductEnvironment(global_env, products[0])
else:
raise LookupError("Missing product '%s'" % (name,))
else:
raise LookupError("Mising product '%s'" % (prefix or name,))
def test_product_edit(self):
spy = self.global_env[TestRequestSpy]
self.assertIsNot(None, spy)
# HTTP GET
req = self._get_request_obj(self.global_env)
req.authname = 'testuser'
req.environ['PATH_INFO'] = '/products/%s' % (self.default_product, )
req.environ['QUERY_STRING'] = 'action=edit'
real_prefix = self.default_product
def assert_product_edit(req, template, data, content_type):
self.assertEquals('product_edit.html', template)
self.assertIs(None, content_type)
self.assertFalse('products' in data)
self.assertTrue('context' in data)
ctx = data['context']
self.assertEquals('product', ctx.resource.realm)
self.assertEquals(real_prefix, ctx.resource.id)
self.assertTrue('product' in data)
self.assertEquals(real_prefix, data['product'].prefix)
spy.testProcessing = assert_product_edit
self.expectedPrefix = self.default_product
self.expectedPathInfo = ''
with self.assertRaises(RequestDone):
self._dispatch(req, self.global_env)
# HTTP POST
req = self._get_request_obj(self.global_env)
req.authname = 'testuser'
req.environ['REQUEST_METHOD'] = 'POST'
req.environ['PATH_INFO'] = '/products/%s' % (self.default_product, )
req.args = dict(action='edit',
description='New description',
prefix=self.default_product,
name=self.env.product.name)
spy.testProcessing = assert_product_edit
self.expectedPrefix = self.default_product
self.expectedPathInfo = ''
self.record_response = True
with self.assertRaises(RequestDone):
self._dispatch(req, self.global_env)
try:
product = Product(self.global_env,
{'prefix': self.env.product.prefix})
except ResourceNotFound:
self.fail('Default test product deleted ?')
else:
self.assertEquals('New description', product.description)
product_url = Href(req.base_path).products(self.default_product)
self.assertRedirect(req, product_url)
def find_ticket(self, ticket_spec):
ticket = None
m = re.match(r'#?(?P<tid>\d+)', ticket_spec)
if m:
tid = m.group('tid')
try:
ticket = Ticket(self.env, tid)
except ResourceNotFound:
# ticket not found in current product, try all other products
for p in Product.select(self.env):
if p.prefix != self.env.product.prefix:
# TODO: check for PRODUCT_VIEW permissions
penv = ProductEnvironment(self.env.parent, p.prefix)
try:
ticket = Ticket(penv, tid)
except ResourceNotFound:
pass
else:
break
# ticket still not found, use fallback for <prefix>:ticket:<id> syntax
if ticket is None:
try:
resource = ResourceIdSerializer.get_resource_by_id(ticket_spec)
ticket = self._create_ticket_by_full_id(resource)
except:
raise NoSuchTicketError
return ticket
def lookup_env(cls, env, prefix=None, name=None):
"""Instantiate environment according to product prefix or name
@throws LookupError if no product matches neither prefix nor name
"""
if isinstance(env, ProductEnvironment):
global_env = env.parent
else:
global_env = env
# FIXME: Update if multiproduct.dbcursor.GLOBAL_PRODUCT != ''
if not prefix and not name:
return global_env
elif isinstance(env, ProductEnvironment) and \
env.product.prefix == prefix:
return env
if prefix:
try:
return ProductEnvironment(global_env, prefix)
except LookupError:
if not name:
raise
if name:
# Lookup product by name
products = Product.select(global_env, where={'name': name})
if products:
return ProductEnvironment(global_env, products[0])
else:
raise LookupError("Missing product '%s'" % (name, ))
else:
raise LookupError("Mising product '%s'" % (prefix or name, ))
def test_set_table_field(self):
"""tests that table.field style update works"""
test = {'prefix': 'td',
'name': 'test field access',
'description': 'product to test field setting'}
product = Product(self.env)
# attempt to set the fields from the data
product.prefix = test['prefix']
product.name = test['name']
product.description = test['description']
self.assertEqual(product._data['prefix'], test['prefix'])
self.assertEqual(product._data['name'], test['name'])
self.assertEqual(product._data['description'], test['description'])
def find_ticket(self, ticket_spec):
ticket = None
m = re.match(r'#?(?P<tid>\d+)', ticket_spec)
if m:
tid = m.group('tid')
try:
ticket = Ticket(self.env, tid)
except ResourceNotFound:
# ticket not found in current product, try all other products
for p in Product.select(self.env):
if p.prefix != self.env.product.prefix:
# TODO: check for PRODUCT_VIEW permissions
penv = ProductEnvironment(self.env.parent, p.prefix)
try:
ticket = Ticket(penv, tid)
except ResourceNotFound:
pass
else:
break
# ticket still not found, use fallback for <prefix>:ticket:<id> syntax
if ticket is None:
try:
resource = ResourceIdSerializer.get_resource_by_id(ticket_spec)
ticket = self._create_ticket_by_full_id(resource)
except:
raise NoSuchTicketError
return ticket
def test_insert_duplicate_key(self):
"""test attempted saving of Product with existing key fails"""
dupe_key_data = {'prefix':'tp',
'name':'dupe',
'description':'dupe primary key'}
product2 = Product(self.env)
product2._data.update(dupe_key_data)
self.assertRaises(TracError, product2.insert)
def test_field_set(self):
"""tests that we can use table.field = something to set field data"""
prefix = self.default_data['prefix']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
new_description = 'test change of description'
product.description = new_description
self.assertEqual(new_description, product.description)
def test_update_key_change(self):
"""tests that we raise an error for attempting to update key fields"""
bad_data = {'prefix':'tp0',
'name':'update',
'description':'nothing'}
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product._data.update(bad_data)
self.assertRaises(TracError, product.update)
def test_field_set(self):
"""tests that we can use table.field = something to set field data"""
prefix = self.default_data['prefix']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
new_description = 'test change of description'
product.description = new_description
self.assertEqual(new_description, product.description)
def test_update_key_change(self):
"""tests that we raise an error for attempting to update key fields"""
bad_data = {'prefix':'tp0',
'name':'update',
'description':'nothing'}
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product._data.update(bad_data)
self.assertRaises(TracError, product.update)
def _render_list(self, req):
"""products list"""
products = [p for p in Product.select(self.env)
if 'PRODUCT_VIEW' in req.perm(Neighborhood('product',
p.prefix))]
data = {'products': products,
'context': web_context(req, Resource('product', None))}
return 'product_list.html', data, None
def test_insert_into_multiple_products(self):
# UIDs are global, autoincremented
# IDs are product-scoped, incremented in the SQL translator
self.env = ProductEnvironment(self.global_env, self.default_product)
tid = self._insert_ticket('hello kitty', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 1)
self.assertEqual(self._get_ticket_uid(tid), 1)
self.assertEqual(ticket.id, tid)
tid = self._insert_ticket('hello kitteh', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 2)
self.assertEqual(self._get_ticket_uid(tid), 2)
self.assertEqual(ticket.id, tid)
p2 = Product(self.global_env)
p2.prefix = 'p2'
p2.name = 'product, too'
p2.owner = 'admin'
p2.insert()
self.env = ProductEnvironment(self.global_env, p2)
tid = self._insert_ticket('hello catty', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 1)
self.assertEqual(self._get_ticket_uid(tid), 3)
self.assertEqual(ticket.id, tid)
tid = self._insert_ticket('hello ocelot', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 2)
self.assertEqual(self._get_ticket_uid(tid), 4)
self.assertEqual(ticket.id, tid)
def setUp(self):
self.env = EnvironmentStub(enable=['trac.*', 'multiproduct.*'])
self.env.path = tempfile.mkdtemp('bh-product-tempenv')
self.envprovider = MultiProductEnvironmentProvider(self.env)
try:
self.envprovider.upgrade_environment(self.env.db_transaction)
except OperationalError:
# table remains but database version is deleted
pass
self.default_data = {'prefix':'tp',
'name':'test project',
'description':'a test project'}
product = Product(self.env)
product._data.update(self.default_data)
product.insert()
def test_set_table_field(self):
"""tests that table.field style update works"""
test = {
'prefix': 'td',
'name': 'test field access',
'description': 'product to test field setting'
}
product = Product(self.env)
# attempt to set the fields from the data
product.prefix = test['prefix']
product.name = test['name']
product.description = test['description']
self.assertEqual(product._data['prefix'], test['prefix'])
self.assertEqual(product._data['name'], test['name'])
self.assertEqual(product._data['description'], test['description'])
def test_field_data_get(self):
"""tests that we can use table.field syntax to get to the field data"""
prefix = self.default_data['prefix']
name = self.default_data['name']
description = self.default_data['description']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
self.assertEqual(prefix, product.prefix)
self.assertEqual(name, product.name)
self.assertEqual(description, product.description)
def test_field_data_get(self):
"""tests that we can use table.field syntax to get to the field data"""
prefix = self.default_data['prefix']
name = self.default_data['name']
description = self.default_data['description']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
self.assertEqual(prefix, product.prefix)
self.assertEqual(name, product.name)
self.assertEqual(description, product.description)
def test_migrating_to_multiproduct_with_custom_default_prefix(self):
ticket = self.insert_ticket('ticket')
self.env.config.set('multiproduct', 'default_product_prefix', 'xxx')
self._enable_multiproduct()
self.env.upgrade()
products = Product.select(self.env)
self.assertEqual(len(products), 1)
self.assertEqual(products[0].prefix, 'xxx')
def test_migrating_to_multiproduct_with_custom_default_prefix(self):
ticket = self.insert_ticket('ticket')
self.env.config.set('multiproduct', 'default_product_prefix', 'xxx')
self._enable_multiproduct()
self.env.upgrade()
products = Product.select(self.env)
self.assertEqual(len(products), 1)
self.assertEqual(products[0].prefix, 'xxx')
def _render_list(self, req):
"""products list"""
products = [p for p in Product.select(self.env)
if 'PRODUCT_VIEW' in req.perm(Neighborhood('product',
p.prefix))]
map(lambda p: setattr(p, 'href', resolve_product_href(
lookup_product_env(self.env, p.prefix), self.env)), products)
data = {'products': products,
'context': web_context(req, Resource('product', None))}
return 'product_list.html', data, None
def _render_list(self, req):
"""products list"""
products = [
p for p in Product.select(self.env)
if 'PRODUCT_VIEW' in req.perm(Neighborhood('product', p.prefix))
]
data = {
'products': products,
'context': web_context(req, Resource('product', None))
}
return 'product_list.html', data, None
def test_insert_into_multiple_products(self):
# UIDs are global, autoincremented
# IDs are product-scoped, incremented in the SQL translator
self.env = ProductEnvironment(self.global_env, self.default_product)
tid = self._insert_ticket('hello kitty', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 1)
self.assertEqual(self._get_ticket_uid(tid), 1)
self.assertEqual(ticket.id, tid)
tid = self._insert_ticket('hello kitteh', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 2)
self.assertEqual(self._get_ticket_uid(tid), 2)
self.assertEqual(ticket.id, tid)
p2 = Product(self.global_env)
p2.prefix = 'p2'
p2.name = 'product, too'
p2.owner = 'admin'
p2.insert()
self.env = ProductEnvironment(self.global_env, p2)
tid = self._insert_ticket('hello catty', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 1)
self.assertEqual(self._get_ticket_uid(tid), 3)
self.assertEqual(ticket.id, tid)
tid = self._insert_ticket('hello ocelot', reporter='admin')
ticket = Ticket(self.env, tid)
self.assertEqual(tid, 2)
self.assertEqual(self._get_ticket_uid(tid), 4)
self.assertEqual(ticket.id, tid)
def get_product_list(cls, env, req, href_fcn=None):
"""Returns a list of products as (prefix, name, url) tuples
"""
if href_fcn is None:
href_fcn = req.href.products
product_list = []
for product in Product.select(env):
if 'PRODUCT_VIEW' in req.perm(Neighborhood('product',
product.prefix).
child(product.resource)):
product_list.append((product.prefix, product.name,
href_fcn(product.prefix)))
return product_list
def manager_exists(self, neighborhood):
"""Check whether the target environment exists physically.
"""
if neighborhood._realm == 'global':
# Global environment
return isinstance(self.env, (Environment, ProductEnvironment))
elif neighborhood._realm == 'product':
prefix = neighborhood._id
if not prefix:
# Global environment
return True
return Product(lookup_product_env(self.env, GLOBAL_PRODUCT),
{'prefix' : prefix})._exists
def get_product_list(cls, env, req, href_fcn=None):
"""Returns a list of products as (prefix, name, url) tuples
"""
if href_fcn is None:
href_fcn = req.href.products
product_list = []
for product in Product.select(env):
if 'PRODUCT_VIEW' in req.perm(
Neighborhood('product',
product.prefix).child(product.resource)):
product_list.append(
(product.prefix, product.name, href_fcn(product.prefix)))
return product_list
def setUp(self):
self.env = EnvironmentStub(enable=['trac.*', 'multiproduct.*'])
self.env.path = tempfile.mkdtemp(prefix='bh-product-tempenv-')
self.mpsystem = MultiProductSystem(self.env)
try:
self.mpsystem.upgrade_environment(self.env.db_transaction)
except self.env.db_exc.OperationalError:
# table remains but database version is deleted
pass
self.listener = self._enable_resource_change_listener()
self.default_data = {
'prefix': self.INITIAL_PREFIX,
'name': self.INITIAL_NAME,
'description': self.INITIAL_DESCRIPTION
}
self.global_env = self.env
self.product = Product(self.env)
self.product._data.update(self.default_data)
self.product.insert()
def _render_list(self, req):
"""products list"""
products = [
p for p in Product.select(self.env)
if 'PRODUCT_VIEW' in req.perm(Neighborhood('product', p.prefix))
]
map(
lambda p: setattr(
p, 'href',
resolve_product_href(lookup_product_env(self.env, p.prefix),
self.env)), products)
data = {
'products': products,
'context': web_context(req, Resource('product', None))
}
return 'product_list.html', data, None
def pre_process_request(self, req, handler):
"""pre process request filter"""
pid = None
match = PRODUCT_RE.match(req.path_info)
if match:
dispatcher = self.env[RequestDispatcher]
if dispatcher is None:
raise TracError('Unable to load RequestDispatcher.')
pid = match.group('pid')
if pid:
products = Product.select(self.env, where={'prefix': pid})
if pid and len(products) == 1:
req.args['productid'] = pid
req.args['product'] = products[0].name
if handler is self and match.group('pathinfo') not in ('',
'/'):
# select a new handler
environ = req.environ.copy()
pathinfo = environ['PATH_INFO'].split('/')
pathinfo = '/'.join(pathinfo[:1] + pathinfo[3:])
environ['PATH_INFO'] = pathinfo
newreq = Request(environ, lambda *args, **kwds: None)
new_handler = None
for hndlr in dispatcher.handlers:
if hndlr is not self and hndlr.match_request(newreq):
new_handler = hndlr
req.args.update(newreq.args)
break
if new_handler is None:
if req.path_info.endswith('/'):
target = req.path_info.rstrip('/').encode('utf-8')
if req.query_string:
target += '?' + req.query_string
req.redirect(req.href + target, permanent=True)
raise HTTPNotFound('No handler matched request to %s',
req.path_info)
handler = new_handler
else:
raise ResourceNotFound(
_("Product %(id)s does not exist.", id=pid),
_("Invalid product id"))
return handler
def pre_process_request(self, req, handler):
"""pre process request filter"""
pid = None
match = PRODUCT_RE.match(req.path_info)
if match:
dispatcher = self.env[RequestDispatcher]
if dispatcher is None:
raise TracError('Unable to load RequestDispatcher.')
pid = match.group('pid')
if pid:
products = Product.select(self.env, where={'prefix': pid})
if pid and len(products) == 1:
req.args['productid'] = pid
req.args['product'] = products[0].name
if handler is self and match.group('pathinfo') not in ('', '/'):
# select a new handler
environ = req.environ.copy()
pathinfo = environ['PATH_INFO'].split('/')
pathinfo = '/'.join(pathinfo[:1] + pathinfo[3:])
environ['PATH_INFO'] = pathinfo
newreq = Request(environ, lambda *args, **kwds: None)
new_handler = None
for hndlr in dispatcher.handlers:
if hndlr is not self and hndlr.match_request(newreq):
new_handler = hndlr
req.args.update(newreq.args)
break
if new_handler is None:
if req.path_info.endswith('/'):
target = req.path_info.rstrip('/').encode('utf-8')
if req.query_string:
target += '?' + req.query_string
req.redirect(req.href + target, permanent=True)
raise HTTPNotFound('No handler matched request to %s',
req.path_info)
handler = new_handler
else:
raise ResourceNotFound(_("Product %(id)s does not exist.",
id=pid), _("Invalid product id"))
return handler
def setUp(self):
self.env = EnvironmentStub(enable=['trac.*', 'multiproduct.*'])
self.env.path = tempfile.mkdtemp('bh-product-tempenv')
self.mpsystem = MultiProductSystem(self.env)
try:
self.mpsystem.upgrade_environment(self.env.db_transaction)
except OperationalError:
# table remains but database version is deleted
pass
self.listener = self._enable_resource_change_listener()
self.default_data = {'prefix':self.INITIAL_PREFIX,
'name':self.INITIAL_NAME,
'description':self.INITIAL_DESCRIPTION}
self.product = Product(self.env)
self.product._data.update(self.default_data)
self.product.insert()
def process_request(self, req):
"""Override for TicketModule process_request"""
ticketid = req.args.get('id')
productid = req.args.get('productid', '')
if not ticketid:
# if /newticket is executed in global scope (from QCT), redirect
# the request to /products/<first_product_in_DB>/newticket
if not productid and \
not isinstance(self.env, ProductEnvironment):
default_product = self.env.config.get('ticket',
'default_product')
products = Product.select(self.env, {'fields': ['prefix']})
prefixes = [prod.prefix for prod in products]
if not default_product or default_product not in prefixes:
default_product = products[0].prefix
req.redirect(req.href.products(default_product, 'newticket'))
return self._process_newticket_request(req)
if req.path_info in ('/newticket', '/products'):
raise TracError(_("id can't be set for a new ticket request."))
if isinstance(self.env, ProductEnvironment):
ticket = Ticket(self.env, ticketid)
if productid and ticket['product'] != productid:
msg = "Ticket %(id)s in product '%(prod)s' does not exist."
raise ResourceNotFound(_(msg, id=ticketid, prod=productid),
_("Invalid ticket number"))
return self._process_ticket_request(req)
# executed in global scope -> assume ticketid=UID, redirect to product
with self.env.db_direct_query as db:
rows = db("""SELECT id,product FROM ticket WHERE uid=%s""",
(ticketid, ))
if not rows:
msg = "Ticket with uid %(uid)s does not exist."
raise ResourceNotFound(_(msg, uid=ticketid),
_("Invalid ticket number"))
tid, prefix = rows[0]
req.redirect(req.href.products(prefix, 'ticket', tid))
def process_request(self, req):
"""Override for TicketModule process_request"""
ticketid = req.args.get('id')
productid = req.args.get('productid', '')
if not ticketid:
# if /newticket is executed in global scope (from QCT), redirect
# the request to /products/<first_product_in_DB>/newticket
if not productid and \
not isinstance(self.env, ProductEnvironment):
default_product = self.env.config.get('ticket',
'default_product')
products = Product.select(self.env, {'fields': ['prefix']})
prefixes = [prod.prefix for prod in products]
if not default_product or default_product not in prefixes:
default_product = products[0].prefix
req.redirect(req.href.products(default_product, 'newticket'))
return self._process_newticket_request(req)
if req.path_info in ('/newticket', '/products'):
raise TracError(_("id can't be set for a new ticket request."))
if isinstance(self.env, ProductEnvironment):
ticket = Ticket(self.env, ticketid)
if productid and ticket['product'] != productid:
msg = "Ticket %(id)s in product '%(prod)s' does not exist."
raise ResourceNotFound(_(msg, id=ticketid, prod=productid),
_("Invalid ticket number"))
return self._process_ticket_request(req)
# executed in global scope -> assume ticketid=UID, redirect to product
with self.env.db_direct_query as db:
rows = db("""SELECT id,product FROM ticket WHERE uid=%s""",
(ticketid,))
if not rows:
msg = "Ticket with uid %(uid)s does not exist."
raise ResourceNotFound(_(msg, uid=ticketid),
_("Invalid ticket number"))
tid, prefix = rows[0]
req.redirect(req.href.products(prefix, 'ticket', tid))
def _render_link(self, context, name, label, extra='', prefix=None):
"""Render link to product page.
"""
product_env = product = None
env = self.env
if isinstance(env, ProductEnvironment):
if (prefix is not None and env.product.prefix == prefix) \
or (prefix is None and env.name == name):
product_env = env
env = env.parent
try:
if product_env is None:
if prefix is not None:
product_env = ProductEnvironment(env, to_unicode(prefix))
else:
product = Product.select(env,
where={'name' : to_unicode(name)})
if not product:
raise LookupError("Missing product")
product_env = ProductEnvironment(env,
to_unicode(product[0]))
except LookupError:
pass
if product_env is not None:
product = product_env.product
href = resolve_product_href(to_env=product_env, at_env=self.env)
if 'PRODUCT_VIEW' in context.perm(product.resource):
return tag.a(label, class_='product', href=href() + extra,
title=product.name)
if 'PRODUCT_CREATE' in context.perm('product', name):
params = [('action', 'new')]
if prefix:
params.append( ('prefix', prefix) )
if name:
params.append( ('name', name) )
return tag.a(label, class_='missing product',
href=env.href('products', params),
rel='nofollow')
return tag.a(label, class_='missing product')
def _render_link(self, context, name, label, extra='', prefix=None):
"""Render link to product page.
"""
product_env = product = None
env = self.env
if isinstance(env, ProductEnvironment):
if (prefix is not None and env.product.prefix == prefix) \
or (prefix is None and env.name == name):
product_env = env
env = env.parent
try:
if product_env is None:
if prefix is not None:
product_env = ProductEnvironment(env, to_unicode(prefix))
else:
product = Product.select(env,
where={'name' : to_unicode(name)})
if not product:
raise LookupError("Missing product")
product_env = ProductEnvironment(env,
to_unicode(product[0]))
except LookupError:
pass
if product_env is not None:
product = product_env.product
href = resolve_product_href(to_env=product_env, at_env=self.env)
if 'PRODUCT_VIEW' in context.perm(product.resource):
return tag.a(label, class_='product', href=href() + extra,
title=product.name)
if 'PRODUCT_CREATE' in context.perm('product', name):
params = [('action', 'new')]
if prefix:
params.append( ('prefix', prefix) )
if name:
params.append( ('name', name) )
return tag.a(label, class_='missing product',
href=env.href('products', params),
rel='nofollow')
return tag.a(label, class_='missing product')
def __init__(self, env, product, create=False):
"""Initialize the product environment.
:param env: the global Trac environment
:param product: product prefix or an instance of
multiproduct.model.Product
"""
if not isinstance(env, trac.env.Environment):
cls = self.__class__
raise TypeError("Initializer must be called with " \
"trac.env.Environment instance as first argument " \
"(got %s instance instead)" %
(cls.__module__ + '.' + cls.__name__, ))
ComponentManager.__init__(self)
if isinstance(product, Product):
if product._env is not env:
raise ValueError("Product's environment mismatch")
elif isinstance(product, basestring):
products = Product.select(env, where={'prefix': product})
if len(products) == 1 :
product = products[0]
else:
env.log.debug("Products for '%s' : %s",
product, products)
raise LookupError("Missing product %s" % (product,))
self.parent = env
self.product = product
self.systeminfo = []
self.setup_config()
# when creating product environment, invoke `IEnvironmentSetupParticipant.environment_created`
# for all setup participants that don't support multi product environments
if create:
for participant in self.product_setup_participants:
with ComponentEnvironmentContext(self, participant):
participant.environment_created()
def __init__(self, env, product, create=False):
"""Initialize the product environment.
:param env: the global Trac environment
:param product: product prefix or an instance of
multiproduct.model.Product
"""
if not isinstance(env, trac.env.Environment):
cls = self.__class__
raise TypeError("Initializer must be called with " \
"trac.env.Environment instance as first argument " \
"(got %s instance instead)" %
(cls.__module__ + '.' + cls.__name__, ))
ComponentManager.__init__(self)
if isinstance(product, Product):
if product._env is not env:
raise ValueError("Product's environment mismatch")
elif isinstance(product, basestring):
products = Product.select(env, where={'prefix': product})
if len(products) == 1:
product = products[0]
else:
env.log.debug("Products for '%s' : %s", product, products)
raise LookupError("Missing product %s" % (product, ))
self.parent = env
self.product = product
self.systeminfo = []
self.setup_config()
# when creating product environment, invoke `IEnvironmentSetupParticipant.environment_created`
# for all setup participants that don't support multi product environments
if create:
for participant in self.product_setup_participants:
with ComponentEnvironmentContext(self, participant):
participant.environment_created()
def _upgrade_system_tables(self, db, create_temp_table):
# migrate system table (except wiki which is handled separately)
# to a new schema
# - create tables with the new schema
# - populate system tables with global configuration for each product
# - exception is permission table where permissions
# are also populated in global scope
#
# permission table specifics: 'anonymous' and 'authenticated' users
# should by default have a PRODUCT_VIEW permission for all products
self.log.info("Migrating system tables to a new schema")
for table in self.MIGRATE_TABLES:
if table == 'wiki':
continue
temp_table_name, cols = create_temp_table(table)
for product in Product.select(self.env):
self.log.info("Populating table '%s' for product '%s' ('%s')",
table, product.name, product.prefix)
db("""INSERT INTO %s (%s, product) SELECT %s,'%s' FROM %s""" %
(table, cols, cols, product.prefix, temp_table_name))
if table == 'permission':
db.executemany(
"""INSERT INTO permission (username, action, product)
VALUES (%s, %s, %s)""",
[('anonymous', 'PRODUCT_VIEW', product.prefix),
('authenticated', 'PRODUCT_VIEW', product.prefix)])
if table == 'permission':
self.log.info("Populating table '%s' for global scope", table)
db("""INSERT INTO %s (%s, product) SELECT %s,'%s' FROM %s""" %
(table, cols, cols, '', temp_table_name))
self._drop_temp_table(db, temp_table_name)
db.executemany(
"""INSERT INTO permission (username, action, product)
VALUES (%s, %s, %s)""",
[('anonymous', 'PRODUCT_VIEW', ''),
('authenticated', 'PRODUCT_VIEW', '')])
def _upgrade_system_tables(self, db, create_temp_table):
# migrate system table (except wiki which is handled separately)
# to a new schema
# - create tables with the new schema
# - populate system tables with global configuration for each product
# - exception is permission table where permissions
# are also populated in global scope
#
# permission table specifics: 'anonymous' and 'authenticated' users
# should by default have a PRODUCT_VIEW permission for all products
self.log.info("Migrating system tables to a new schema")
for table in self.MIGRATE_TABLES:
if table == 'wiki':
continue
temp_table_name, cols = create_temp_table(table)
for product in Product.select(self.env):
self.log.info("Populating table '%s' for product '%s' ('%s')",
table, product.name, product.prefix)
db("""INSERT INTO %s (%s, product) SELECT %s,'%s' FROM %s""" %
(table, cols, cols, product.prefix, temp_table_name))
if table == 'permission':
db.executemany(
"""INSERT INTO permission (username, action, product)
VALUES (%s, %s, %s)""",
[('anonymous', 'PRODUCT_VIEW', product.prefix),
('authenticated', 'PRODUCT_VIEW', product.prefix)])
if table == 'permission':
self.log.info("Populating table '%s' for global scope", table)
db("""INSERT INTO %s (%s, product) SELECT %s,'%s' FROM %s""" %
(table, cols, cols, '', temp_table_name))
self._drop_temp_table(db, temp_table_name)
db.executemany(
"""INSERT INTO permission (username, action, product)
VALUES (%s, %s, %s)""",
[('anonymous', 'PRODUCT_VIEW', ''),
('authenticated', 'PRODUCT_VIEW', '')])
def test_new_product_perm(self):
"""Only product owner and TRAC_ADMIN will access new product
"""
newproduct = Product(self.global_env)
newproduct.prefix = 'NEW'
newproduct.name = 'New product'
newproduct.owner = 'owneruser'
newproduct.insert()
env = ProductEnvironment(self.global_env, newproduct)
self.global_perm_admin._do_add('adminuser', 'TRAC_ADMIN')
admin_perm = perm.PermissionCache(env, 'adminuser')
owner_perm = perm.PermissionCache(env, 'owneruser')
user_perm = perm.PermissionCache(env, 'testuser')
global_permsys = perm.PermissionSystem(self.global_env)
permsys = perm.PermissionSystem(env)
self.assertEquals({'EMAIL_VIEW': True, 'TEST_ADMIN': True,
'TEST_CREATE': True, 'TEST_DELETE': True,
'TEST_MODIFY': True, 'TRAC_ADMIN' : True},
global_permsys.get_user_permissions('adminuser'))
self.assertEquals({}, global_permsys.get_user_permissions('owneruser'))
self.assertEquals({}, global_permsys.get_user_permissions('testuser'))
self.assertEquals({}, permsys.get_user_permissions('adminuser'))
self.assertEquals({}, permsys.get_user_permissions('owneruser'))
self.assertEquals({}, permsys.get_user_permissions('testuser'))
all_actions = self.permsys.get_actions()
all_actions.remove('TRAC_ADMIN')
for action in all_actions:
self.assertTrue(admin_perm.has_permission(action))
self.assertTrue(owner_perm.has_permission(action))
self.assertFalse(user_perm.has_permission(action))
self.assertTrue(admin_perm.has_permission('TRAC_ADMIN'))
self.assertFalse(owner_perm.has_permission('TRAC_ADMIN'))
self.assertFalse(user_perm.has_permission('TRAC_ADMIN'))
def test_new_product_perm(self):
"""Only product owner and TRAC_ADMIN will access new product
"""
newproduct = Product(self.global_env)
newproduct.prefix = 'NEW'
newproduct.name = 'New product'
newproduct.owner = 'owneruser'
newproduct.insert()
env = ProductEnvironment(self.global_env, newproduct)
self.global_perm_admin._do_add('adminuser', 'TRAC_ADMIN')
admin_perm = perm.PermissionCache(env, 'adminuser')
owner_perm = perm.PermissionCache(env, 'owneruser')
user_perm = perm.PermissionCache(env, 'testuser')
global_permsys = perm.PermissionSystem(self.global_env)
permsys = perm.PermissionSystem(env)
self.assertEquals({'EMAIL_VIEW': True, 'TEST_ADMIN': True,
'TEST_CREATE': True, 'TEST_DELETE': True,
'TEST_MODIFY': True, 'TRAC_ADMIN' : True},
global_permsys.get_user_permissions('adminuser'))
self.assertEquals({}, global_permsys.get_user_permissions('owneruser'))
self.assertEquals({}, global_permsys.get_user_permissions('testuser'))
self.assertEquals({}, permsys.get_user_permissions('adminuser'))
self.assertEquals({}, permsys.get_user_permissions('owneruser'))
self.assertEquals({}, permsys.get_user_permissions('testuser'))
all_actions = self.permsys.get_actions()
all_actions.remove('TRAC_ADMIN')
for action in all_actions:
self.assertTrue(admin_perm.has_permission(action))
self.assertTrue(owner_perm.has_permission(action))
self.assertFalse(user_perm.has_permission(action))
self.assertTrue(admin_perm.has_permission('TRAC_ADMIN'))
self.assertFalse(owner_perm.has_permission('TRAC_ADMIN'))
self.assertFalse(user_perm.has_permission('TRAC_ADMIN'))
def test_get_tickets(self):
for pdata in (
{
'prefix': 'p2',
'name': 'product, too',
'description': ''
},
{
'prefix': 'p3',
'name': 'strike three',
'description': ''
},
):
num_tickets = 5
product = Product(self.global_env)
product._data.update(pdata)
product.insert()
self.env = ProductEnvironment(self.global_env, product)
for i in range(num_tickets):
ticket = Ticket(self.env)
ticket['summary'] = 'hello ticket #%s-%d' % (product.prefix, i)
ticket['reporter'] = 'admin'
tid = ticket.insert()
# retrieve tickets using both global and product scope
tickets_from_global = [
(t['product'], t['id'])
for t in Product.get_tickets(self.global_env, product.prefix)
]
self.assertEqual(len(tickets_from_global), num_tickets)
tickets_from_product = [(t['product'], t['id'])
for t in Product.get_tickets(self.env)]
self.assertEqual(len(tickets_from_product), num_tickets)
# both lists should contain same elements
intersection = set(tickets_from_global) & set(tickets_from_product)
self.assertEqual(len(intersection), num_tickets)
class ProductTestCase(unittest.TestCase):
"""Unit tests covering the Product model"""
INITIAL_PREFIX = 'tp'
INITIAL_NAME = 'test project'
INITIAL_DESCRIPTION = 'a test project'
def setUp(self):
self.env = EnvironmentStub(enable=['trac.*', 'multiproduct.*'])
self.env.path = tempfile.mkdtemp(prefix='bh-product-tempenv-')
self.mpsystem = MultiProductSystem(self.env)
try:
self.mpsystem.upgrade_environment(self.env.db_transaction)
except self.env.db_exc.OperationalError:
# table remains but database version is deleted
pass
self.listener = self._enable_resource_change_listener()
self.default_data = {'prefix':self.INITIAL_PREFIX,
'name':self.INITIAL_NAME,
'description':self.INITIAL_DESCRIPTION}
self.global_env = self.env
self.product = Product(self.env)
self.product._data.update(self.default_data)
self.product.insert()
def tearDown(self):
shutil.rmtree(self.env.path)
self.env.reset_db()
def _enable_resource_change_listener(self):
listener = TestResourceChangeListener(self.env)
listener.resource_type = Product
listener.callback = self.listener_callback
return listener
def listener_callback(self, action, resource, context, old_values = None):
# pylint: disable=unused-argument
# pylint: disable=attribute-defined-outside-init
self.prefix = resource.prefix
self.name = resource.name
self.description = resource.description
def test_set_table_field(self):
"""tests that table.field style update works"""
test = {'prefix': 'td',
'name': 'test field access',
'description': 'product to test field setting'}
product = Product(self.env)
# attempt to set the fields from the data
product.prefix = test['prefix']
product.name = test['name']
product.description = test['description']
self.assertEqual(product._data['prefix'], test['prefix'])
self.assertEqual(product._data['name'], test['name'])
self.assertEqual(product._data['description'], test['description'])
def test_select(self):
"""tests that select can search Products by fields"""
p2_data = {'prefix':'tp2',
'name':'test project 2',
'description':'a different test project'}
p3_data = {'prefix':'tp3',
'name':'test project 3',
'description':'test project'}
product2 = Product(self.env)
product2._data.update(p2_data)
product3 = Product(self.env)
product3._data.update(p3_data)
product2.insert()
product3.insert()
products = list(Product.select(self.env, where={'prefix':'tp'}))
self.assertEqual(1, len(products))
products = list(Product.select(self.env,
where={'name':'test project'}))
self.assertEqual(1, len(products))
products = list(Product.select(self.env,
where={'prefix':'tp3', 'name':'test project 3'}))
self.assertEqual(1, len(products))
def test_update(self):
"""tests that we can use update to push data to the database"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('test project', product._data['name'])
new_data = {'prefix':'tp',
'name':'updated',
'description':'nothing'}
product._data.update(new_data)
product.update()
comp_product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
self.assertEqual('updated', comp_product._data['name'])
def test_update_key_change(self):
"""tests that we raise an error for attempting to update key fields"""
bad_data = {'prefix':'tp0',
'name':'update',
'description':'nothing'}
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product._data.update(bad_data)
self.assertRaises(TracError, product.update)
def test_insert(self):
"""test saving new Product"""
data = {'prefix':'new', 'name':'new', 'description':'new'}
product = Product(self.env)
product._data.update(data)
product.insert()
check_products = list(Product.select(self.env, where={'prefix':'new'}))
self.assertEqual(product._data['prefix'],
check_products[0]._data['prefix'])
self.assertEqual(1, len(check_products))
def test_insert_duplicate_key(self):
"""test attempted saving of Product with existing key fails"""
dupe_key_data = {'prefix':'tp',
'name':'dupe',
'description':'dupe primary key'}
product2 = Product(self.env)
product2._data.update(dupe_key_data)
self.assertRaises(TracError, product2.insert)
def test_delete(self):
"""test that we are able to delete Products"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product.delete()
post = list(Product.select(self.env, where={'prefix':'tp'}))
self.assertEqual(0, len(post))
def test_delete_twice(self):
"""test that we error when deleting twice on the same key"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product.delete()
self.assertRaises(TracError, product.delete)
def test_field_data_get(self):
"""tests that we can use table.field syntax to get to the field data"""
prefix = self.default_data['prefix']
name = self.default_data['name']
description = self.default_data['description']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
self.assertEqual(prefix, product.prefix)
self.assertEqual(name, product.name)
self.assertEqual(description, product.description)
def test_field_set(self):
"""tests that we can use table.field = something to set field data"""
prefix = self.default_data['prefix']
product = list(Product.select(self.env, where={'prefix':prefix}))[0]
new_description = 'test change of description'
product.description = new_description
self.assertEqual(new_description, product.description)
def test_missing_unique_fields(self):
"""ensure that that insert method works when _meta does not specify
unique fields when inserting more than one ProductResourceMap instances
"""
class TestModel(ModelBase):
"""A test model with no unique_fields"""
_meta = {'table_name': 'bloodhound_testmodel',
'object_name': 'TestModelObject',
'key_fields': ['id',],
'non_key_fields': ['value'],
'unique_fields': [],}
from trac.db import DatabaseManager
schema = [TestModel._get_schema(), ]
with self.env.db_transaction as db:
db_connector, dummy = DatabaseManager(self.env)._get_connector()
for table in schema:
for statement in db_connector.to_sql(table):
db(statement)
structure = dict([(table.name, [col.name for col in table.columns])
for table in schema])
tm1 = TestModel(self.env)
tm1._data.update({'id':1, 'value':'value1'})
tm1.insert()
tm2 = TestModel(self.env)
tm2._data.update({'id':2, 'value':'value2'})
tm2.insert()
def test_change_listener_created(self):
self.assertEqual('created', self.listener.action)
self.assertIsInstance(self.listener.resource, Product)
self.assertEqual(self.INITIAL_PREFIX, self.prefix)
self.assertEqual(self.INITIAL_NAME, self.name)
self.assertEqual(self.INITIAL_DESCRIPTION, self.description)
def test_change_listener_changed(self):
CHANGED_NAME = "changed name"
self.product.name = CHANGED_NAME
self.product.update()
self.assertEqual('changed', self.listener.action)
self.assertIsInstance(self.listener.resource, Product)
self.assertEqual(CHANGED_NAME, self.name)
self.assertEqual({"name":self.INITIAL_NAME}, self.listener.old_values)
def test_change_listener_deleted(self):
self.product.delete()
self.assertEqual('deleted', self.listener.action)
self.assertIsInstance(self.listener.resource, Product)
self.assertEqual(self.INITIAL_PREFIX, self.prefix)
def test_get_tickets(self):
for pdata in (
{'prefix': 'p2', 'name':'product, too', 'description': ''},
{'prefix': 'p3', 'name':'strike three', 'description': ''},
):
num_tickets = 5
product = Product(self.global_env)
product._data.update(pdata)
product.insert()
self.env = ProductEnvironment(self.global_env, product)
for i in range(num_tickets):
ticket = Ticket(self.env)
ticket['summary'] = 'hello ticket #%s-%d' % (product.prefix, i)
ticket['reporter'] = 'admin'
tid = ticket.insert()
# retrieve tickets using both global and product scope
tickets_from_global = [(t['product'], t['id']) for t in
Product.get_tickets(self.global_env, product.prefix)]
self.assertEqual(len(tickets_from_global), num_tickets)
tickets_from_product = [(t['product'], t['id']) for t in
Product.get_tickets(self.env)]
self.assertEqual(len(tickets_from_product), num_tickets)
# both lists should contain same elements
intersection = set(tickets_from_global) & set(tickets_from_product)
self.assertEqual(len(intersection), num_tickets)
def resource_exists(self, resource):
"""Check whether product exists physically.
"""
products = Product.select(self.env, where={'name' : resource.id})
return bool(products)
def test_delete_twice(self):
"""test that we error when deleting twice on the same key"""
product = list(Product.select(self.env, where={'prefix':'tp'}))[0]
product.delete()
self.assertRaises(TracError, product.delete)