def __init__(self, *args, **kargs):
"""
CompositeNodeFactory accept more optional parameters:
- inputs: list of dict(name = '', interface='', value='')
- outputs: list of dict(name = '', interface='', value='')
- doc: documentation
- elt_factory: map of elements with its corresponding factory
- elt_connections: map of ( dst_id , input_port ):(src_id,output_port)
- elt_data: Dictionary containing associated data
- elt_value: Dictionary containing Lists of 2-uples (port, value)
"""
# Init parent (name, description, category, doc, node, widget=None)
AbstractFactory.__init__(self, *args, **kargs)
# A CompositeNode is composed by a set of element indexed by an elt_id
# Each element is associated to NodeFactory
# Each element will generate an node instance in the real CompositeNode
# Dict mapping elt_id with its corresponding factory
# the factory is identified by its unique id (package_id, factory_id)
self.elt_factory = kargs.get("elt_factory", {})
# Dictionnary which contains tuples describing connection
# ( source_vid , source_port ) : ( target_vid, target_port )
self.connections = kargs.get("elt_connections", {})
self.elt_data = kargs.get("elt_data", {})
self.elt_value = kargs.get("elt_value", {})
self.elt_ad_hoc = kargs.get("elt_ad_hoc", {})
from openalea.core.algo.dataflow_evaluation import DefaultEvaluation
self.eval_algo = kargs.get("eval_algo", DefaultEvaluation.__name__)
# Documentation
self.doc = kargs.get('doc', "")
self.__doc__ = self.doc
def __init__(self, *args, **kargs):
"""
CompositeNodeFactory accept more optional parameters:
- inputs: list of dict(name = '', interface='', value='')
- outputs: list of dict(name = '', interface='', value='')
- doc: documentation
- elt_factory: map of elements with its corresponding factory
- elt_connections: map of ( dst_id , input_port ):(src_id,output_port)
- elt_data: Dictionary containing associated data
- elt_value: Dictionary containing Lists of 2-uples (port, value)
"""
# Init parent (name, description, category, doc, node, widget=None)
AbstractFactory.__init__(self, *args, **kargs)
# A CompositeNode is composed by a set of element indexed by an elt_id
# Each element is associated to NodeFactory
# Each element will generate an node instance in the real CompositeNode
# Dict mapping elt_id with its corresponding factory
# the factory is identified by its unique id (package_id, factory_id)
self.elt_factory = kargs.get("elt_factory", {})
# Dictionnary which contains tuples describing connection
# ( source_vid , source_port ) : ( target_vid, target_port )
self.connections = kargs.get("elt_connections", {})
self.elt_data = kargs.get("elt_data", {})
self.elt_value = kargs.get("elt_value", {})
self.elt_ad_hoc = kargs.get("elt_ad_hoc", {})
from openalea.core.algo.dataflow_evaluation import DefaultEvaluation
self.eval_algo = kargs.get("eval_algo", DefaultEvaluation.__name__)
# Documentation
self.doc = kargs.get('doc', "")
self.__doc__ = self.doc
def __init__(self,
name,
description='',
editors=None,
includes=None,
**kargs):
"""
name : filename
description : file description
editors : dictionnary listing external command to execute
includes : List of data files that are included in the file.
"""
AbstractFactory.__init__(self, name, description,
category='data', **kargs)
self.pkgdata_cache = None
self.editors = editors
self.includes = includes
def copy(self, **args):
"""
Copy factory.
:param path: new search path
:param replace_pkg: old and new package names.
When replace package is set, change the package id for all the
elt factories.
"""
ret = AbstractFactory.copy(self, **args)
# Replace old pkg name to new pkg name
(old_pkg, new_pkg) = args['replace_pkg']
for k, v in ret.elt_factory.iteritems():
pkg_id, factory_id = v
if(pkg_id == old_pkg.get_id()):
pkg_id = new_pkg.get_id()
ret.elt_factory[k] = pkg_id, factory_id
return ret
def copy(self, **args):
"""
Copy factory.
:param path: new search path
:param replace_pkg: old and new package names.
When replace package is set, change the package id for all the
elt factories.
"""
ret = AbstractFactory.copy(self, **args)
# Replace old pkg name to new pkg name
(old_pkg, new_pkg) = args['replace_pkg']
for k, v in ret.elt_factory.iteritems():
pkg_id, factory_id = v
if (pkg_id == old_pkg.get_id()):
pkg_id = new_pkg.get_id()
ret.elt_factory[k] = pkg_id, factory_id
return ret
