def includes1Visit(self, obj):
"""
Defined to generate includes within a file.
Usually used for the base classes but also for Port types
@parms args: the instance of the concrete element to operation on.
"""
relative_path = self.relativePath()
#
DEBUG.debug("Relative path: %s", relative_path)
#
c = includes1TopologyH.includes1TopologyH()
temp = obj.get_comp_list()
# Only generate port connections
c.connect_only = False
if obj.connect_only:
c.connect_only = True
# Generate Components as pointers
c.is_ptr = False
if obj.is_ptr:
c.is_ptr = True
else:
if not obj.connect_only:
c.is_ptr = True
obj.is_ptr = True
c.component_header_list = []
for component in temp:
#
# Hack to fix the include file so it is consistent...
if self.__config.get("component", "XMLDefaultFileName") == "False":
namespace = ""
else:
namespace = component.get_namespace()
#
# Added configurable override for includes for testing
if self.__config.get("includes", "comp_include_path") == "None":
if relative_path is not None:
path = relative_path
else:
path = component.get_namespace()
else:
path = self.__config.get("includes", "comp_include_path")
c.path = path
c.component_header_list.append(
(path, namespace, component.get_kind()))
#
# Build list of unique component types here...
comp_types = [k[2] for k in c.component_header_list]
comp_types = self.__model_parser.uniqueList(comp_types)
comp_headers = c.component_header_list
#
# Recreate component_header_list here with only unique types...
c.component_header_list = []
for k in comp_types:
for comp in comp_headers:
if k == comp[2]:
c.component_header_list.append(comp)
break
#
## Create Component Declarations
component_list = []
for component in temp:
d = {
"ns": component.get_namespace(),
"name": component.get_name(),
"kind": component.get_kind(),
}
component_list.append(dict(d))
c.component_import_list = []
for xml_name in obj.get_instance_header_dict():
if obj.get_instance_header_dict()[xml_name] is not None:
xml_path = obj.get_instance_header_dict()[xml_name]
else:
xml_path = xml_name
xml_path = xml_path.strip()
xml_path = xml_path.replace("i.xml", "")
xml_path += "c.hpp"
c.component_import_list.append(xml_path)
c.component_declarations = []
for component in component_list:
if obj.is_ptr:
declaration_template = """{ns}::{kind}Impl* {name}_ptr = 0;""".format(
**component)
else:
declaration_template = """{ns}::{kind}Impl {name}("{name}");""".format(
**component)
c.component_declarations.append(declaration_template)
self._writeTmpl(c, "includes1Visit")
def includes1Visit(self, obj):
"""
Defined to generate includes within a file.
Usually used for the base classes but also for Port types
@parms args: the instance of the concrete element to operation on.
"""
# If BUILD_ROOT is set get me the relative path to current execution location
relative_path = None
path = os.getcwd()
# normalize path to Linux separators - TKC
path = path.replace("\\", "/")
if ModelParser.BUILD_ROOT != None:
path = os.path.normpath(os.path.realpath(path))
build_root = os.path.normpath(
os.path.realpath(ModelParser.BUILD_ROOT))
if path[:len(build_root)].lower() == build_root.lower():
relative_path = path[len(build_root + '/'):]
else:
PRINT.info(
"ERROR: BUILD_ROOT (%s) and current execution path (%s) not consistent!"
% (ModelParser.BUILD_ROOT, path))
sys.exit(-1)
#
DEBUG.debug("Relative path: %s", relative_path)
#
c = includes1TopologyH.includes1TopologyH()
temp = obj.get_comp_list()
# Only generate port connections
c.connect_only = False
if obj.connect_only:
c.connect_only = True
# Generate Components as pointers
c.is_ptr = False
if obj.is_ptr:
c.is_ptr = True
else:
if not obj.connect_only:
c.is_ptr = True
obj.is_ptr = True
#
# Hack to fix the include file so it is consistent...
if self.__config.get("component", "XMLDefaultFileName") == "False":
namespace_flag = ""
#
c.component_header_list = []
for component in temp:
#
# Hack to fix the include file so it is consistent...
if self.__config.get("component", "XMLDefaultFileName") == "False":
namespace = ""
else:
namespace = component.get_namespace()
#
# Added configurable override for includes for testing
if self.__config.get("includes", "comp_include_path") == "None":
if relative_path != None:
path = relative_path
else:
path = component.get_namespace()
else:
path = self.__config.get("includes", "comp_include_path")
c.path = path
c.component_header_list.append(
(path, namespace, component.get_kind()))
#
# Build list of unique component types here...
comp_types = [k[2] for k in c.component_header_list]
comp_types = self.__model_parser.uniqueList(comp_types)
comp_headers = c.component_header_list
#
# Recreate component_header_list here with only unique types...
c.component_header_list = []
for k in comp_types:
for comp in comp_headers:
if k == comp[2]:
c.component_header_list.append(comp)
break
#
## Create Component Declarations
component_list = []
for component in temp:
d = {
'ns': component.get_namespace(),
'name': component.get_name(),
'kind': component.get_kind()
}
component_list.append(dict(d))
c.component_import_list = []
for xml_name in obj.get_instance_header_dict():
if obj.get_instance_header_dict()[xml_name] != None:
xml_path = obj.get_instance_header_dict()[xml_name]
else:
xml_path = xml_name
xml_path = xml_path.strip()
xml_path = xml_path.replace("i.xml", '')
xml_path = xml_path.replace(ModelParser.BUILD_ROOT, '')
xml_path += "c.hpp"
c.component_import_list.append(xml_path)
c.component_declarations = []
for component in component_list:
if obj.is_ptr:
declaration_template = """{ns}::{kind}Impl* {name}_ptr = 0;""".format(
**component)
else:
declaration_template = """{ns}::{kind}Impl {name}("{name}");""".format(
**component)
c.component_declarations.append(declaration_template)
self._writeTmpl(c, "includes1Visit")
