def __init__(self, var_name, arg_element, connection_names):
self.element = arg_element
self.type = self.element.get("type")
self.value = None
self.name = None
self.preprocess = None
log.debug("Making GArg")
log.debug(etree.dump(self.element))
log.debug("End tree")
log.debug("Type:", self.type)
if self.type == "const":
self.value = self.element.get("const")
elif self.type == "DigitalWireInterface" \
or self.type == "SPIInterface" \
or self.type == "PWMInterface" \
or self.type == "SerialInterface":
literal = get_net_literal(self.element.get("net"), DIGITAL, connection_names)
if literal == "None":
literal = get_net_literal(self.element.get("net"), ANALOG, connection_names)
self.name = (var_name + "_" + self.element.get("net")).upper()
self.value = literal
self.preprocess = "define"
elif self.type == "AnalogWireInterface":
self.name = (var_name + "_" + self.element.get("net")).upper()
self.value = get_net_literal(self.element.get("net"), ANALOG, connection_names)
assert self.value is not None
self.preprocess = "define"
elif self.type == "pointer" or self.type == "object":
self.name = (var_name + "_" + self.element.get("class")).upper()
self.class_name = self.element.get("class")
self.factory_method = self.element.get("factory")
self.preprocess = "factory"
self.sub_args = []
sub_arg_elements = self.element.findall("arg")
for a in sub_arg_elements:
self.sub_args.append(GArg(var_name, a, connection_names))
else:
assert False, "Unknown GArg type: " + str(self.type)
log.debug(self.type is not None)
assert (self.type is not None) and (self.name is not None) and (self.value is not None) and (
self.preprocess is not None), str(self)
def get_net_literal(arg_name, digital_or_analog, connection_names):
log.debug("Getting net literal for " + arg_name)
log.debug("connection_names:", connection_names)
for c in connection_names:
if c.get("arg") == arg_name: # find the right connection for the arg
if digital_or_analog == DIGITAL:
return c.get("digitalliteral")
elif digital_or_analog == ANALOG:
return c.get("analogliteral")
else:
assert False, "Digital or analog error: " + str(arg_name) + ", " + str(digital_or_analog) + ", " + str(
connection_names)
else:
# this happens when we don't have the right one
continue
# assert False, "Could not get net literal: " + str(arg_name) + " not equal to " + str(c.get("arg"))
assert False, "Could not find sutable connections: " + str(connection_names)
def create_header_file(header_name, g_components, test_name):
log.debug("Creating header file")
file_text = generate_header_codes(header_name, g_components)
if test_name is not None:
test_header_name = os.path.join(test_name, header_name)
log.debug("Saving test header as", test_header_name)
test_file = open(test_header_name, 'w')
test_file.write(file_text)
test_file.close()
# link_header_file(test_header_name)
log.debug("Opening header")
file_handler = open(header_name, 'w')
file_handler.write(file_text)
file_handler.close()
def main():
parser = argparse.ArgumentParser(description="Tool for generating .h file for Arduino given .gspec file")
parser.add_argument("-n", "--header", dest="header_name", required=True, help="The name of the header should be")
parser.add_argument("-g", "--gspec", dest="gspec", required=True, help="The path to the gspec file")
parser.add_argument("-c", "--catalog", dest="catalog", required=True, help="The path to the catalog file")
parser.add_argument("-t", "--test", dest="test", action="store_true", help="Generate test .ino file")
args = parser.parse_args()
gspec_path = args.gspec
catalog_path = args.catalog
header_name = args.header_name
tree = etree.parse(gspec_path)
gspec_root = tree.getroot()
g_components = []
log.debug("Making catalog")
catalog = Gadgetron.ComponentCatalog.ComponentCatalog(catalog_path)
log.debug("api gspec:", )
log.debug("G Components:", gspec_path)
for component_element in gspec_root.iter("component"):
Gadgetron.ComponentCatalog.ET.dump(component_element)
g_components.append(GComponent(component_element, catalog))
if g_components[-1].is_class:
log.debug("component:", g_components[-1].var_name)
test_name = os.path.splitext(header_name)[0] + '_test'
log.debug("Making test program")
if args.test:
log.debug("Generating test program")
generate_test_file(header_name, g_components, test_name=test_name)
create_header_file(header_name, g_components, test_name=test_name)
def __init__(self, component_element, catalog):
log.debug("Making new GComponent")
self.is_class = True
self.var_name = component_element.get("progname")
self.type = component_element.get("type")
self.linked_as = ""
self.path = ""
# self.link_path = ""
self.include_files = []
self.required_files = []
self.example_code = None
catalog_element = catalog.find_component(self.type)
class_element = catalog_element.et.find("API/arduino/class")
if class_element is not None:
# print self.type
self.class_name = class_element.get("name")
log.debug("name:", self.class_name)
log.debug("Connecting args for " + self.var_name)
connection_names = component_element.findall("api/arg")
assert len(connection_names) > 0, "No api args for {} '{}'".format(self.type, self.var_name)
Gadgetron.ComponentCatalog.ET.dump(component_element)
log.debug("Connection names:", connection_names)
# print
# print etree.dump(catalog_element)
# print
self.args = get_args(self.var_name, catalog_element, connection_names)
log.debug("Args:")
for a in self.args:
log.debug(str(a))
self.include_files = [include.get("file") for include in catalog_element.et.findall("API/arduino/include")]
log.debug("Include files:", self.include_files)
libdir = catalog_element.et.findall("API/arduino/libdirectory")
log.debug("libdir:", libdir)
if len(libdir) > 0:
self.linked_as = catalog_element.et.findall("API/arduino/libdirectory")[0].get("link-as")
self.path = catalog_element.et.findall("API/arduino/libdirectory")[0].get("path")
log.debug("Finding example code for", self.type)
if len(catalog_element.et.findall("API/arduino/example")) > 0:
log.debug(self.type, "example code:", catalog_element.et.findall("API/arduino/example")[0].text)
self.example_code = Template(catalog_element.et.findall("API/arduino/example")[0].text)
self.required_files = [r.get("file") for r in catalog_element.et.findall("API/arduino/required")]
else:
self.is_class = False
log.debug("No class")
def generate_header_codes(header_name, g_components):
log.debug("Generating header codes")
log.debug("\tLoading template")
header_template = Template(
filename=os.path.join(os.path.dirname(os.path.realpath(__file__)), "templates", library_template_name))
flatten_include_files = []
log.debug("Components:")
for c in g_components:
log.debug(c.__dict__)
for component in g_components:
if component.is_class:
for include in component.include_files:
# Check if the file exists
flatten_include_files.append(include)
flatten_include_files = list(set(flatten_include_files))
real_components = []
for component in g_components:
if component.is_class:
real_components.append(component)
log.debug("Real components:", [c.var_name for c in real_components])
file_text = header_template.render(header_name=os.path.splitext(header_name)[0].upper() + "_H",
include_files=flatten_include_files,
components=real_components)
log.debug(file_text)
# exit(-1)
return file_text
