def test_load_components():
loaded = ctx.load_components([Implementation1, Implementation2, Implementation3])
eq_(len(loaded), 3)
assert_true(Implementation1 in loaded)
assert_true(Implementation2 in loaded)
assert_true(Implementation3 in loaded)
assert_false(Interface1 in loaded)
assert_false(Interface2 in loaded)
assert_false(Interface3 in loaded)
eq_(len(ctx.get_implementations(Interface1)), 2)
eq_(len(ctx.get_implementations(Interface2)), 2)
def test_load_components():
loaded = ctx.load_components(
[Implementation1, Implementation2, Implementation3])
eq_(len(loaded), 3)
assert_true(Implementation1 in loaded)
assert_true(Implementation2 in loaded)
assert_true(Implementation3 in loaded)
assert_false(Interface1 in loaded)
assert_false(Interface2 in loaded)
assert_false(Interface3 in loaded)
eq_(len(ctx.get_implementations(Interface1)), 2)
eq_(len(ctx.get_implementations(Interface2)), 2)
def by_object_type(cls, object_type):
"""
Return all subscription types with the object type matching the given
``object_type``.
"""
return [c for c in ctx.get_implementations(cls)
if c.object_type is object_type]
def by_name(cls, name):
"""
Return the subscription type with the given name.
"""
for c in ctx.get_implementations(cls):
if c.name == name:
return c
def by_action(cls, action=None):
"""
Return all subscription types which implement the given action.
"""
if not isinstance(action, basestring):
action = action.name
return [c for c in ctx.get_implementations(cls) if action in c.actions]
def by_name(cls, name):
"""
Return the subscription type with the given name.
"""
for c in ctx.get_implementations(cls):
if c.name == name:
return c
raise Exception('Found no action with name %r. actions: %r' % (name, [x.name for x in ctx.get_implementations(cls)]))
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from sqlalchemy_schemadisplay import create_uml_graph, create_schema_graph
from sqlalchemy.orm import class_mapper
from sqlalchemy.orm.exc import UnmappedClassError
from inyoka.core.api import db, ctx, IResource
from inyoka.utils import flatten_iterator
models = list(
flatten_iterator(
x.models for x in ctx.get_implementations(IResource, instances=True)))
# lets find all the mappers in our model
mappers = []
tables = []
for model in models:
try:
mappers.append(class_mapper(model))
tables.extend(mappers[-1].tables)
except UnmappedClassError:
continue
# pass them to the function and set some formatting options
uml = create_uml_graph(
mappers,
show_operations=False, # not necessary in this case
show_multiplicity_one=False # some people like to see the ones, some don't
)
uml.write_png('uml.png') # write out the file
schema = create_schema_graph(list(set(tables)))
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from sqlalchemy_schemadisplay import create_uml_graph, create_schema_graph
from sqlalchemy.orm import class_mapper
from sqlalchemy.orm.exc import UnmappedClassError
from inyoka.core.api import db, ctx, IResource
from inyoka.utils import flatten_iterator
models = list(flatten_iterator(x.models for x in ctx.get_implementations(IResource, instances=True)))
# lets find all the mappers in our model
mappers = []
tables = []
for model in models:
try:
mappers.append(class_mapper(model))
tables.extend(mappers[-1].tables)
except UnmappedClassError:
continue
# pass them to the function and set some formatting options
uml = create_uml_graph(mappers,
show_operations=False, # not necessary in this case
show_multiplicity_one=False # some people like to see the ones, some don't
)
uml.write_png('uml.png') # write out the file
schema = create_schema_graph(list(set(tables)))
schema.write_png('schema.png')
