def main() -> None:
"""Main function run from the cli"""
args = parse_args()
try:
# Compile all specified (possibly glob patterned) targets.
compilations = compile_all(**vars(args))
# Perform relevant tasks for each compilation
# print(compilations[0].compilation_units)
for compilation in compilations:
# Print the filename of each contract (no duplicates).
if args.print_filename:
_print_filenames(compilation)
if args.export_format:
compilation.export(**vars(args))
if args.export_formats:
for export_format in args.export_formats.split(","):
args.export_format = export_format
compilation.export(**vars(args))
if args.export_to_zip:
save_to_zip(compilations, args.export_to_zip, args.export_to_zip_type)
except InvalidCompilation as exception:
LOGGER.error(exception)
sys.exit(-1)
def main():
"""
Main function run from the cli
:return:
"""
args = parse_args()
try:
# Compile all specified (possibly glob patterned) targets.
compilations = compile_all(**vars(args))
# Perform relevant tasks for each compilation
printed_filenames = set()
for compilation in compilations:
# Print the filename of each contract (no duplicates).
if args.print_filename:
for contract in compilation.contracts_names:
filename = compilation.filename_of_contract(contract)
unique_id = f"{contract} - {filename}"
if unique_id not in printed_filenames:
print(
f"{contract} -> \n\tAbsolute: {filename.absolute}")
print(f"\tRelative: {filename.relative}")
print(f"\tShort: {filename.short}")
print(f"\tUsed: {filename.used}")
printed_filenames.add(unique_id)
if args.export_format:
compilation.export(**vars(args))
if args.export_formats:
for export_format in args.export_formats.split(","):
args.export_format = export_format
compilation.export(**vars(args))
if args.export_to_zip:
save_to_zip(compilations, args.export_to_zip,
args.export_to_zip_type)
except InvalidCompilation as exception:
LOGGER.error(exception)
sys.exit(-1)