def update(self, obj, path, protocol=None, **kwds):
project = obj
default_metadata = kwds.pop('default_metadata',
project.DEFAULT_METADATA)
default_categories = kwds.pop('default_categories',
project.DEFAULT_CATEGORIES)
config_filename = kwds.pop('config_filename', 'oaproject.cfg')
config = ConfigObj(path / config_filename)
if 'metadata' in config:
for info in config["metadata"].keys():
if info == 'name':
info = 'alias'
value = config['metadata']['name']
elif info == 'author':
info = 'authors'
value = config['metadata']['author']
elif info == 'author_email':
continue
else:
value = config['metadata'][info]
if interface_name(
default_metadata[info].interface) == 'ISequence':
if isinstance(value, basestring):
value = value.split(',')
setattr(project, info, value)
if 'manifest' in config:
# Load file names in right place (dict.keys()) but don't load entire object:
# ie. load keys but not values
for category in config["manifest"].keys():
# Backward compatibility
if category == 'src':
category = 'model'
old_category = 'src'
else:
old_category = category
if category in default_categories:
filenames = config["manifest"][old_category]
if not isinstance(filenames, list):
filenames = [filenames]
for filename in filenames:
section = '%s.path' % category
if section in config:
if filename in config[section]:
project._add_item(
category,
path=config[section][filename],
mode=project.MODE_LINK)
else:
project._add_item(category,
filename=filename,
mode=project.MODE_COPY)
else:
project._add_item(category,
filename=filename,
mode=project.MODE_COPY)
return project
def qt_editor_class(iname, shape=None, preferred=None):
iname = interface_name(iname)
# Get all widget plugin for "iname" interface
widget_plugins = qt_widget_plugins(iname)
# If preferred widget(s) is/are specified, try to find it
if isinstance(preferred, str):
preferred_widgets = [preferred]
else:
preferred_widgets = preferred
if preferred_widgets:
for preferred in preferred_widgets:
# Load widget specified with control
for plugin in widget_plugins:
if preferred == plugin.name:
widget_class = plugin.implementation
return widget_class
# No preferred widget specified or preferred widget not found.
# We try to find a widget corresponding to shapes
if shape is None:
shapes = ['hline', 'large', 'small']
elif isinstance(shape, str):
shapes = [shape]
else:
shapes = list(shape)
for shape in shapes:
for plugin in widget_plugins:
if shape in plugin.edit_shape or 'responsive' in plugin.edit_shape:
widget_class = plugin.implementation
widget_class.shape = shape
return widget_class
return None
def qt_editor_class(iname, shape=None, preferred=None):
iname = interface_name(iname)
# Get all widget plugin for "iname" interface
widget_plugins = qt_widget_plugins(iname)
# If preferred widget(s) is/are specified, try to find it
if isinstance(preferred, str):
preferred_widgets = [preferred]
else:
preferred_widgets = preferred
if preferred_widgets:
for preferred in preferred_widgets:
# Load widget specified with control
for plugin in widget_plugins:
if preferred == plugin.name:
widget_class = plugin.load()
return widget_class
# No preferred widget specified or preferred widget not found.
# We try to find a widget corresponding to shapes
if shape is None:
shapes = ['hline', 'large', 'small']
elif isinstance(shape, str):
shapes = [shape]
else:
shapes = list(shape)
for shape in shapes:
for plugin in widget_plugins:
if shape in plugin.edit_shape or 'responsive' in plugin.edit_shape:
widget_class = plugin.load()
widget_class.shape = shape
return widget_class
return None
def update(self, obj, path, protocol=None, **kwds):
project = obj
default_metadata = kwds.pop('default_metadata', project.DEFAULT_METADATA)
default_categories = kwds.pop('default_categories', project.categories)
config_filename = kwds.pop('config_filename', 'oaproject.cfg')
config = ConfigObj(path / config_filename)
if 'metadata' in config:
for info in config["metadata"].keys():
if info == 'name':
info = 'alias'
value = config['metadata']['name']
elif info == 'author':
info = 'authors'
value = config['metadata']['author']
elif info == 'author_email':
continue
else:
value = config['metadata'][info]
if interface_name(default_metadata[info].interface) == 'ISequence':
if isinstance(value, basestring):
value = value.split(',')
setattr(project, info, value)
if 'manifest' in config:
# Load file names in right place (dict.keys()) but don't load entire object:
# ie. load keys but not values
for category in config["manifest"].keys():
# Backward compatibility
if category == 'src':
category = 'model'
old_category = 'src'
else:
old_category = category
if category in default_categories:
filenames = config["manifest"][old_category]
if not isinstance(filenames, list):
filenames = [filenames]
for filename in filenames:
section = '%s.path' % category
try:
if section in config:
if filename in config[section]:
project._add_item(category, path=config[section][filename], mode=project.MODE_LINK)
else:
project._add_item(category, filename=filename, mode=project.MODE_COPY)
else:
project._add_item(category, filename=filename, mode=project.MODE_COPY)
except ErrorInvalidItem:
pass
return project
def test_new_and_get_class():
iclass1 = interface_class('IInt')
assert interface_class(iclass1) == iclass1
assert issubclass(iclass1, IInterface)
iname0 = 'IInt'
iname1 = interface_name(iname0)
iname2 = interface_name(iclass1)
iname3 = interface_name(iclass1())
iname4 = interface_name(int)
iname5 = interface_name('int')
assert iname1 == iname0
assert iname2 == iname0
assert iname3 == iname0
assert iname4 == iname0
assert iname5 == iname0
interface1 = new_interface(iname1, min=1, max=1)
interface2 = new_interface(iclass1, min=1, max=2)
interface3 = new_interface(interface2, min=1, max=3)
interface4 = new_interface(iname1, 1, min=1, max=4)
interface5 = new_interface(value=1, min=1, max=5)
assert isinstance(interface1, iclass1)
assert isinstance(interface2, iclass1)
assert isinstance(interface3, iclass1)
assert isinstance(interface4, iclass1)
assert isinstance(interface5, iclass1)
# Warning, normal behaviour is to keep interface unchanged if interface is yet an instance
assert(interface3.max == 2)
assert(interface1.max == 1)
assert(interface2.max == 2)
assert(interface4.max == 4)
assert(interface5.max == 5)
def notebook_editor(control, shape=None, preferred=None, preferences=None):
iname = interface_name(control.interface)
notebookclass = None
if preferred:
notebookclass = preferred
elif preferences and iname in preferences:
notebookclass = preferences[iname].value
elif iname in preferred_widgets:
notebookclass = preferred_widgets[iname].values()[0]
if notebookclass:
widget = NotebookControlWidget(notebookclass=notebookclass)
widget.set(control)
return widget
def notebook_editor(control, shape=None, preferred=None, preferences=None):
iname = interface_name(control.interface)
notebookclass = None
if preferred:
notebookclass = preferred
elif preferences and iname in preferences:
notebookclass = preferences[iname].value
elif iname in preferred_widgets:
notebookclass = preferred_widgets[iname].values()[0]
if notebookclass:
widget = NotebookControlWidget(notebookclass=notebookclass)
widget.set(control)
return widget
def namespace(self, interface=None):
"""
Returns namespace (dict control name -> value).
:param tag: returns namespace corresponding to given tag.
Default, returns global namespace
"""
ns = {}
for control in self.controls():
if interface is None:
ns[control.name] = copy.deepcopy(control.value)
else:
from openalea.core.service.interface import interface_name
if interface_name(control.interface) == interface:
ns[control.name] = copy.deepcopy(control.value)
return ns
def namespace(self, interface=None):
"""
Returns namespace (dict control name -> value).
:param tag: returns namespace corresponding to given tag.
Default, returns global namespace
"""
ns = {}
for control in self.controls():
if interface is None:
ns[control.name] = copy.deepcopy(control.value)
else:
from openalea.core.service.interface import interface_name
if interface_name(control.interface) == interface:
ns[control.name] = copy.deepcopy(control.value)
return ns
