def walk(fmap, ipset, dpset):
for k, v in fmap.iteritems():
# if not an 'arg_#' or intermediate 'non-parameter' - add to dpset
if 'arg' not in k:
if k.startswith('<') and k.endswith('>'):
ipset.add(k[1:-1])
elif k.startswith('[') and k.endswith(
']'): # Intermediate 'non parameter' - continue
pass
else:
# dependent parameter
dpset.add(AbstractFunction._parse_map_name(k)[1])
if v is None:
continue
elif isinstance(v, dict):
walk(v, ipset, dpset)
elif v.startswith('<') and v.endswith('>'):
# independent parameter
ipset.add(AbstractFunction._parse_map_name(v[1:-1])[1])
elif k.startswith('[') and k.endswith(
']'): # Intermediate 'non parameter' - continue
continue
else:
# dependent parameter
dpset.add(AbstractFunction._parse_map_name(v)[1])
def get_pfunc(self,pfid):
if pfid not in self.resource_objs:
raise KeyError('Function %s was not loaded' % pfid)
func_dump = self.resource_objs[pfid].parameter_function
pfunc = AbstractFunction.load(func_dump)
return pfunc
def get_pfunc(self, pfid):
if pfid not in self.resource_objs:
raise KeyError('Function %s was not loaded' % pfid)
func_dump = self.resource_objs[pfid].parameter_function
pfunc = AbstractFunction.load(func_dump)
return pfunc
def find_function(self, name):
res_obj, _ = Container.instance.resource_registry.find_resources(
name=name, restype=RT.ParameterFunction, id_only=False)
if res_obj:
return res_obj[0]._id, AbstractFunction.load(
res_obj[0].parameter_function)
else:
raise KeyError('%s was never loaded' % name)
def get_parameter_function(cls, parameter_function_id=''):
'''
Preferred client-side class method for constructing a parameter function
'''
dms_cli = DatasetManagementServiceClient()
pf_res = dms_cli.read_parameter_function(parameter_function_id=parameter_function_id)
pf = AbstractFunction.load(pf_res.parameter_function)
pf._identifier = pf._id
return pf
def get_parameter_function(cls, parameter_function_id=''):
'''
Preferred client-side class method for constructing a parameter function
'''
dms_cli = DatasetManagementServiceClient()
pf_res = dms_cli.read_parameter_function(
parameter_function_id=parameter_function_id)
pf = AbstractFunction.load(pf_res.parameter_function)
pf._identifier = pf._id
return pf
def walk(fmap, ipset, dpset):
for k, v in fmap.iteritems():
# if not an 'arg_#' or intermediate 'non-parameter' - add to dpset
if 'arg' not in k:
if k.startswith('<') and k.endswith('>'):
ipset.add(k[1:-1])
elif k.startswith('[') and k.endswith(']'): # Intermediate 'non parameter' - continue
pass
else:
# dependent parameter
dpset.add(AbstractFunction._parse_map_name(k)[1])
if v is None:
continue
elif isinstance(v, dict):
walk(v, ipset, dpset)
elif v.startswith('<') and v.endswith('>'):
# independent parameter
ipset.add(AbstractFunction._parse_map_name(v[1:-1])[1])
elif k.startswith('[') and k.endswith(']'): # Intermediate 'non parameter' - continue
continue
else:
# dependent parameter
dpset.add(AbstractFunction._parse_map_name(v)[1])
def _add_graph_node(self, graph, name):
if name.startswith('<') and name.endswith('>'):
n = name[1:-1]
c = 'forestgreen'
elif name.startswith('[') and name.endswith(']'):
n = name[1:-1]
c = 'blue'
elif name.startswith('!') and name.endswith('!'):
n = name[1:-1]
c = 'red'
else:
n = name
c = 'black'
if ':|:' in n:
a, n = AbstractFunction._parse_map_name(n)
else:
a = ''
graph.add_node(n, color=c, fontcolor=c)
return a, n
def _add_graph_node(self, graph, name):
if name.startswith('<') and name.endswith('>'):
n = name[1:-1]
c = 'forestgreen'
elif name.startswith('[') and name.endswith(']'):
n = name[1:-1]
c = 'blue'
elif name.startswith('!') and name.endswith('!'):
n = name[1:-1]
c = 'red'
else:
n = name
c = 'black'
if ':|:' in n:
a, n = AbstractFunction._parse_map_name(n)
else:
a = ''
graph.add_node(n, color=c, fontcolor=c)
return a, n
def find_function(self,name):
res_obj, _ = Container.instance.resource_registry.find_resources(name=name, restype=RT.ParameterFunction, id_only=False)
if res_obj:
return res_obj[0]._id, AbstractFunction.load(res_obj[0].parameter_function)
else:
raise KeyError('%s was never loaded' % name)