def _build_contract_data(compilation_unit: "CompilationUnit") -> Dict:
contracts = {}
for filename, contract_names in compilation_unit.filename_to_contracts.items(
):
for contract_name in contract_names:
abi = str(compilation_unit.abi(contract_name))
abi = abi.replace("'", '"')
abi = abi.replace("True", "true")
abi = abi.replace("False", "false")
abi = abi.replace(" ", "")
exported_name = combine_filename_name(filename.absolute,
contract_name)
contracts[exported_name] = {
"srcmap":
";".join(compilation_unit.srcmap_init(contract_name)),
"srcmap-runtime":
";".join(compilation_unit.srcmap_runtime(contract_name)),
"abi":
abi,
"bin":
compilation_unit.bytecode_init(contract_name),
"bin-runtime":
compilation_unit.bytecode_runtime(contract_name),
"userdoc":
compilation_unit.natspec[contract_name].userdoc.export(),
"devdoc":
compilation_unit.natspec[contract_name].devdoc.export(),
}
return contracts
def export(crytic_compile: "CryticCompile", **kwargs: str) -> Union[str, None]:
"""
Export the project to the solc format
:param crytic_compile:
:param kwargs:
:return:
"""
# Obtain objects to represent each contract
contracts = dict()
for contract_name in crytic_compile.contracts_names:
abi = str(crytic_compile.abi(contract_name))
abi = abi.replace("'", '"')
abi = abi.replace("True", "true")
abi = abi.replace("False", "false")
abi = abi.replace(" ", "")
exported_name = combine_filename_name(
crytic_compile.contracts_filenames[contract_name].absolute,
contract_name)
contracts[exported_name] = {
"srcmap":
";".join(crytic_compile.srcmap_init(contract_name)),
"srcmap-runtime":
";".join(crytic_compile.srcmap_runtime(contract_name)),
"abi":
abi,
"bin":
crytic_compile.bytecode_init(contract_name),
"bin-runtime":
crytic_compile.bytecode_runtime(contract_name),
}
# Create additional informational objects.
sources = {
filename: {
"AST": ast
}
for (filename, ast) in crytic_compile.asts.items()
}
source_list = [x.absolute for x in crytic_compile.filenames]
# Create our root object to contain the contracts and other information.
output = {
"sources": sources,
"sourceList": source_list,
"contracts": contracts
}
# If we have an export directory specified, we output the JSON.
export_dir = kwargs.get("export_dir", None)
if export_dir:
if not os.path.exists(export_dir):
os.makedirs(export_dir)
path = os.path.join(export_dir, "combined_solc.json")
with open(path, "w", encoding="utf8") as file_desc:
json.dump(output, file_desc)
return path
return None
def export_to_solc_from_compilation_unit(compilation_unit: "CompilationUnit",
key: str,
export_dir: str) -> Optional[str]:
contracts = dict()
for contract_name in compilation_unit.contracts_names:
abi = str(compilation_unit.abi(contract_name))
abi = abi.replace("'", '"')
abi = abi.replace("True", "true")
abi = abi.replace("False", "false")
abi = abi.replace(" ", "")
exported_name = combine_filename_name(
compilation_unit.contracts_filenames[contract_name].absolute,
contract_name)
contracts[exported_name] = {
"srcmap":
";".join(compilation_unit.srcmap_init(contract_name)),
"srcmap-runtime":
";".join(compilation_unit.srcmap_runtime(contract_name)),
"abi":
abi,
"bin":
compilation_unit.bytecode_init(contract_name),
"bin-runtime":
compilation_unit.bytecode_runtime(contract_name),
"userdoc":
compilation_unit.natspec[contract_name].userdoc.export(),
"devdoc":
compilation_unit.natspec[contract_name].devdoc.export(),
}
# Create additional informational objects.
sources = {
filename: {
"AST": ast
}
for (filename, ast) in compilation_unit.asts.items()
}
source_list = [
x.absolute for x in compilation_unit.crytic_compile.filenames
]
# needed for Echidna, see https://github.com/crytic/crytic-compile/issues/112
first_source_list = list(filter(lambda f: "@" in f, source_list))
second_source_list = list(filter(lambda f: "@" not in f, source_list))
first_source_list.sort()
second_source_list.sort()
source_list = first_source_list + second_source_list
# Create our root object to contain the contracts and other information.
output = {
"sources": sources,
"sourceList": source_list,
"contracts": contracts
}
# If we have an export directory specified, we output the JSON.
if export_dir:
if not os.path.exists(export_dir):
os.makedirs(export_dir)
path = os.path.join(export_dir, f"{key}.json")
with open(path, "w", encoding="utf8") as file_desc:
json.dump(output, file_desc)
return path
return None
