def load_project(element, target_envs, build_target="build", load_nets=True):
target_env = utils.xml_str(element, "target_env")
if target_env not in target_envs:
raise utils.PtpException("Unknown target environment")
description = element.find("description").text
name = utils.xml_str(element, "name")
root_directory = utils.xml_str(element, "root-directory")
p = Project(name,
root_directory,
target_envs[target_env],
description)
p.build_target = build_target
p.library_rpc = utils.xml_bool(element, "library-rpc", False)
p.library_octave = utils.xml_bool(element, "library-octave", False)
p.tracing = utils.xml_bool(element, "tracing", False)
load_configuration(element.find("configuration"), p)
if not load_nets:
return p
nets = [ (e, load_net(e, p)) for e in element.findall("net") ]
p.nets = [ net for e, net in nets ]
for e, net in nets:
load_net_content(e, p, net)
return p
def load_parameter(element, project):
name = utils.xml_str(element, "name")
default = utils.xml_str(element, "default")
description = utils.xml_str(element, "description")
typename = element.get("type")
project.parse_typename(typename, None)
policy = utils.xml_str(element, "policy")
return Parameter(name, typename, default, description, policy)
def load_build_option(element, project):
name = utils.xml_str(element, "name")
value = element.text
project.build_options[name] = value
def load_net(element, project):
net = Net(project, utils.xml_int(element, "id"), utils.xml_str(element, "name"))
return net
