def build_job(self, board_type, sheets, meta) :
if board_type is None :
self.__messages.put(("status", (("build", False, "board_type_not_set"), {})))
return None
board_info = build.get_board_types()[board_type]
variant = board_info["build.variant"] if "build.variant" in board_info else "standard"
self.__messages.put(("status", (("build", True, "build_started"), {})))
w_data = serializer.get_workbench_data(self)#TODO refac build invocation
out_fobj = StringIO()
try :
w = Workbench(passive=True, do_create_block_factory=False,
blockfactory=self.blockfactory)
local_lib = core.BasicBlocksFactory(load_basic_blocks=False)
local_lib.load_standalone_workbench_lib(None, "<local>",
library=w.blockfactory,
w_data=w_data)
library = core.SuperLibrary([w.blockfactory, local_lib])
serializer.restore_workbench(w_data, w,
use_cached_proto=False,
library=library)
libs_used, = implement.implement_workbench(w, w.sheets, w.get_meta(),
ccodegen, core.KNOWN_TYPES, library, out_fobj)
except Exception as e:
print(here(), traceback.format_exc())
self.__messages.put(("status", (("build", False, str(e)), {})))
return None
if out_fobj.tell() < 1 :
self.__messages.put(("status", (("build", False, "no_code_generated"), {})))
return None
source = out_fobj.getvalue()
print(source)
all_in_one_arduino_dir = self.config.get("Path", "all_in_one_arduino_dir")
libc_dir, tools_dir, boards_txt, target_files_dir = build.get_avr_arduino_paths(
all_in_one_arduino_dir=all_in_one_arduino_dir)
source_dirs = set()
for l in library.libs :
if l.name in libs_used :
for src_file in l.source_files :
source_dirs.add(os.path.dirname(src_file))
install_path = os.getcwd()#XXX replace os.getcwd() with path to dir with executable file
blob_stream = StringIO()
# term_stream = StringIO()
# term_stream = sys.stdout
term_stream = Workbench.TermStream(self.__messages)
try :
rc, = build.build_source(board_type, source,
aux_src_dirs=(
(os.path.join(target_files_dir, "cores", "arduino"), False),
(os.path.join(target_files_dir, "variants", variant), False),
# (os.path.join(install_path, "library", "arduino"), False),
) + tuple( (path, True) for path in source_dirs ),#TODO derive from libraries used
aux_idirs=[ os.path.join(install_path, "target", "arduino", "include") ],
boards_txt=boards_txt,
libc_dir=libc_dir,
# board_db={},
ignore_file=None,#"amkignore",
# ignore_lines=( "*.cpp", "*.hpp", "*" + os.path.sep + "main.cpp", ), #TODO remove this filter with adding cpp support to build.py
ignore_lines=( "*" + os.path.sep + "main.cpp", ),
# prog_port=None,
# prog_driver="avrdude", # or "dfu-programmer"
# prog_adapter="arduino", #None for dfu-programmer
optimization="-Os",
verbose=False,
skip_programming=True,#False,
# dry_run=False,
blob_stream=blob_stream,
term=term_stream)
except Exception as e :
self.__messages.put(("status", (("build", False, "compilation_failed"), {"term_stream":str(e)})))
return None
msg_info = {}
# if term_stream != sys.stdout :
# msg_info["term_stream"] = term_stream
if rc :
self.__blob = blob_stream.getvalue()
self.__blob_time = time.time()
else :
self.__messages.put(("status", (("build", False, "compilation_failed"), msg_info)))
return None
# return (False, "build_failed")
self.__messages.put(("status", (("build", True, ""), msg_info)))
def main() :
started = time.time()
files = get_files("./examples")
# print here(), files
main_lib = core.create_block_factory(scan_dir=os.path.join(os.getcwd(), "library"))
# all_in_one_arduino_dir = self.config.get("Path", "all_in_one_arduino_dir")
libc_dir, tools_dir, boards_txt, target_files_dir = build.get_avr_arduino_paths()
failed = []
succeeded = []
for fname in files :
print here(), "loading:", fname
local_lib = core.BasicBlocksFactory(load_basic_blocks=False)
try :
local_lib.load_standalone_workbench_lib(fname, "<local>")
except Exception :
print(here())
traceback.print_exc()
failed.append((fname, "loading_as_library"))
continue
library = core.SuperLibrary([main_lib, local_lib])
w = dfs.Workbench(passive=True)
try :
with open(fname, "rb") as f :
serializer.unpickle_workbench(f, w, use_cached_proto=False, library=library)
except Exception :
print(here())
traceback.print_exc()
failed.append((fname, "loading_worbench"))
continue
sheets = w.sheets
global_meta = w.get_meta()
out_fobj = StringIO()
try :
libs_used, = implement.implement_workbench(w, sheets, global_meta,
ccodegen, core.KNOWN_TYPES, library, out_fobj)#sys.stdout)
except Exception :
print(here())
traceback.print_exc()
failed.append((fname, "implementing"))
continue
if out_fobj.tell() < 1 :
print(here())
failed.append((fname, "no_code_generated"))
continue
source = out_fobj.getvalue()
source_dirs = set()
for l in library.libs :
if l.name in libs_used :
for src_file in l.source_files :
source_dirs.add(os.path.dirname(src_file))
install_path = os.getcwd()
blob_stream = StringIO()
term_stream = StringIO()
board_type = w.get_board()
try :
board_info = build.get_board_types()[board_type]
variant = board_info["build.variant"] if "build.variant" in board_info else "standard"
except Exception :
print(here())
traceback.print_exc()
failed.append((fname, "get_target_info"))
continue
try :
rc, = build.build_source(board_type, source,
aux_src_dirs=(
(os.path.join(target_files_dir, "cores", "arduino"), False),
(os.path.join(target_files_dir, "variants", variant), False),
# (os.path.join(install_path, "library", "arduino"), False),
) + tuple( (path, True) for path in source_dirs ),#TODO derive from libraries used
aux_idirs=[ os.path.join(install_path, "target", "arduino", "include") ],
boards_txt=boards_txt,
libc_dir=libc_dir,
# board_db={},
ignore_file=None,#"amkignore",
# ignore_lines=( "*.cpp", "*.hpp", "*" + os.path.sep + "main.cpp", ), #TODO remove this filter with adding cpp support to build.py
ignore_lines=( "*" + os.path.sep + "main.cpp", ),
# prog_port=None,
# prog_driver="avrdude", # or "dfu-programmer"
# prog_adapter="arduino", #None for dfu-programmer
optimization="-Os",
verbose=False,
skip_programming=True,#False,
# dry_run=False,
blob_stream=blob_stream,
term=term_stream)
except Exception :
print(here())
failed.append((fname, "build_failed"))
continue
succeeded.append((fname, ))
finished = time.time()
assert(len(failed) + len(succeeded) == len(files))
print("")
print("done in {:.3}s, {} of {} failed".format(finished - started, len(failed), len(files)))
print("")
print("failed files:")
pprint(failed)