def construct(self, options=None, **kwargs):
options = options or self.getDefaultOptions()
if isinstance(options, dict):
options = self.setDependentOptions(self.getDefaultOptions(), **options)
self._verifyOptions(options)
defaultFields = FieldContainer(options=options, **kwargs)
initOrder = toposort_flatten(self.componentGraph.getComponentGraph())
for name in initOrder:
isEnabled = getattr(options, 'use'+name)
if isEnabled:
self.initComponent(name, defaultFields)
fields = self._joinFields([defaultFields] + self.componentFields.values())
return fields
def construct(self, options=None, **kwargs):
options = options or self.getDefaultOptions()
if isinstance(options, dict):
options = self.setDependentOptions(self.getDefaultOptions(), **options)
self._verifyOptions(options)
defaultFields = FieldContainer(options=options, **kwargs)
initOrder = toposort_flatten(self.componentGraph.getComponentGraph())
for name in initOrder:
isEnabled = getattr(options, "use" + name)
if isEnabled:
self.initComponent(name, defaultFields)
fields = self._joinFields([defaultFields] + self.componentFields.values())
return fields
def construct(self, options=None, **kwargs):
options = options or self.getDefaultOptions()
if isinstance(options, dict):
options = self.setDependentOptions(self.getDefaultOptions(), **options)
self._verifyOptions(options)
componentGraph = self.componentGraph
for name in componentGraph.getComponentNames():
if 'use'+name not in options.__dict__:
raise Exception('Missing use option: ' + 'use'+name)
if 'init'+name not in dir(self):
raise Exception('Missing init function: ' + 'init'+name)
initOrder = toposort_flatten(componentGraph._graph)
componentFields = OrderedDict()
defaultFields = FieldContainer(options=options, **kwargs)
for name in initOrder:
initFunction = getattr(self, 'init'+name)
isEnabled = getattr(options, 'use'+name)
if isEnabled:
dependencies = componentGraph.getComponentDependencies(name)
inputFields = self._joinFields([defaultFields] + [componentFields[dep] for dep in dependencies])
newFields = initFunction(inputFields)
if not newFields:
newFields = FieldContainer()
componentFields[name] = newFields
# for componentName, componentFields in app.iteritems():
# print componentName, 'exports fields:'
# for name in componentFields._fields:
# print ' ', name
fields = self._joinFields([defaultFields] + componentFields.values())
return fields
def construct(self, options=None, **kwargs):
options = options or self.getDefaultOptions()
if isinstance(options, dict):
options = self.setDependentOptions(self.getDefaultOptions(), **options)
self._verifyOptions(options)
componentGraph = self.componentGraph
for name in componentGraph.getComponentNames():
if 'use'+name not in options.__dict__:
raise Exception('Missing use option: ' + 'use'+name)
if 'init'+name not in dir(self):
raise Exception('Missing init function: ' + 'init'+name)
initOrder = toposort_flatten(componentGraph._graph)
componentFields = OrderedDict()
defaultFields = FieldContainer(options=options, **kwargs)
for name in initOrder:
initFunction = getattr(self, 'init'+name)
isEnabled = getattr(options, 'use'+name)
if isEnabled:
dependencies = componentGraph.getComponentDependencies(name)
inputFields = self._joinFields([defaultFields] + [componentFields[dep] for dep in dependencies])
newFields = initFunction(inputFields)
if not newFields:
newFields = FieldContainer()
componentFields[name] = newFields
#for k, v in componentFields.iteritems():
# print k, 'exports fields:'
# for name in v._fields:
# print ' ', name
fields = self._joinFields([defaultFields] + componentFields.values())
return fields