def parse_tree_to_lll(code, origcode, runtime_only=False, interface_codes=None):
global_ctx = GlobalContext.get_global_context(code, interface_codes=interface_codes)
_names_def = [_def.name for _def in global_ctx._defs]
# Checks for duplicate function names
if len(set(_names_def)) < len(_names_def):
raise FunctionDeclarationException(
"Duplicate function name: %s" % (
[name for name in _names_def if _names_def.count(name) > 1][0]
)
)
_names_events = [_event.target.id for _event in global_ctx._events]
# Checks for duplicate event names
if len(set(_names_events)) < len(_names_events):
raise EventDeclarationException(
"Duplicate event name: %s" % (
[name for name in _names_events if _names_events.count(name) > 1][0]
)
)
# Initialization function
initfunc = [_def for _def in global_ctx._defs if is_initializer(_def)]
# Default function
defaultfunc = [_def for _def in global_ctx._defs if is_default_func(_def)]
# Regular functions
otherfuncs = [
_def
for _def
in global_ctx._defs
if not is_initializer(_def) and not is_default_func(_def)
]
sigs = {}
external_contracts = {}
# Create the main statement
o = ['seq']
if global_ctx._events:
sigs = parse_events(sigs, global_ctx)
if global_ctx._contracts or global_ctx._interfaces:
external_contracts = parse_external_contracts(external_contracts, global_ctx)
# If there is an init func...
if initfunc:
o.append(INITIALIZER_LLL)
o.append(
parse_function(
initfunc[0],
{**{'self': sigs}, **external_contracts},
origcode,
global_ctx,
)
)
# If there are regular functions...
if otherfuncs or defaultfunc:
o = parse_other_functions(
o, otherfuncs, sigs, external_contracts, origcode, global_ctx, defaultfunc, runtime_only
)
# Check if interface of contract is correct.
check_valid_contract_interface(global_ctx, sigs)
return LLLnode.from_list(o, typ=None)
def parse_tree_to_lll(source_code: str, global_ctx: GlobalContext) -> Tuple[LLLnode, LLLnode]:
_names_def = [_def.name for _def in global_ctx._defs]
# Checks for duplicate function names
if len(set(_names_def)) < len(_names_def):
raise FunctionDeclarationException(
"Duplicate function name: "
f"{[name for name in _names_def if _names_def.count(name) > 1][0]}"
)
_names_events = [_event.name for _event in global_ctx._events]
# Checks for duplicate event names
if len(set(_names_events)) < len(_names_events):
raise EventDeclarationException(
f"""Duplicate event name:
{[name for name in _names_events if _names_events.count(name) > 1][0]}"""
)
# Initialization function
initfunc = [_def for _def in global_ctx._defs if is_initializer(_def)]
# Default function
defaultfunc = [_def for _def in global_ctx._defs if is_default_func(_def)]
# Regular functions
otherfuncs = [
_def for _def in global_ctx._defs if not is_initializer(_def) and not is_default_func(_def)
]
sigs: dict = {}
external_interfaces: dict = {}
# Create the main statement
o = ["seq"]
if global_ctx._events:
sigs = parse_events(sigs, global_ctx)
if global_ctx._contracts or global_ctx._interfaces:
external_interfaces = parse_external_interfaces(external_interfaces, global_ctx)
# If there is an init func...
if initfunc:
o.append(init_func_init_lll())
o.append(
parse_function(
initfunc[0], {**{"self": sigs}, **external_interfaces}, source_code, global_ctx,
)
)
# If there are regular functions...
if otherfuncs or defaultfunc:
o, runtime = parse_other_functions(
o, otherfuncs, sigs, external_interfaces, source_code, global_ctx, defaultfunc
)
else:
runtime = o.copy()
# Check if interface of contract is correct.
check_valid_contract_interface(global_ctx, sigs)
return LLLnode.from_list(o, typ=None), LLLnode.from_list(runtime, typ=None)
def parse_tree_to_lll(source_code: str,
global_ctx: GlobalContext) -> Tuple[LLLnode, LLLnode]:
_names_def = [_def.name for _def in global_ctx._defs]
# Checks for duplicate function names
if len(set(_names_def)) < len(_names_def):
raise FunctionDeclarationException(
"Duplicate function name: "
f"{[name for name in _names_def if _names_def.count(name) > 1][0]}"
)
_names_events = [_event.name for _event in global_ctx._events]
# Checks for duplicate event names
if len(set(_names_events)) < len(_names_events):
raise EventDeclarationException(f"""Duplicate event name:
{[name for name in _names_events if _names_events.count(name) > 1][0]}"""
)
# Initialization function
initfunc = [_def for _def in global_ctx._defs if is_initializer(_def)]
# Default function
defaultfunc = [_def for _def in global_ctx._defs if is_default_func(_def)]
# Regular functions
otherfuncs = [
_def for _def in global_ctx._defs
if not is_initializer(_def) and not is_default_func(_def)
]
# check if any functions in the contract are payable - if not, we do a single
# ASSERT CALLVALUE ISZERO at the start of the bytecode rather than at the start
# of each function
is_contract_payable = next(
(True for i in global_ctx._defs if FunctionSignature.from_definition(
i, custom_structs=global_ctx._structs).mutability == "payable"),
False,
)
sigs: dict = {}
external_interfaces: dict = {}
# Create the main statement
o = ["seq"]
if global_ctx._events:
sigs = parse_events(sigs, global_ctx)
if global_ctx._contracts or global_ctx._interfaces:
external_interfaces = parse_external_interfaces(
external_interfaces, global_ctx)
# If there is an init func...
if initfunc:
o.append(init_func_init_lll())
o.append(
parse_function(
initfunc[0],
{
**{
"self": sigs
},
**external_interfaces
},
source_code,
global_ctx,
False,
))
# If there are regular functions...
if otherfuncs or defaultfunc:
o, runtime = parse_other_functions(
o,
otherfuncs,
sigs,
external_interfaces,
source_code,
global_ctx,
defaultfunc,
is_contract_payable,
)
else:
runtime = o.copy()
if not is_contract_payable:
# if no functions in the contract are payable, assert that callvalue is
# zero at the beginning of the bytecode
runtime.insert(1, ["assert", ["iszero", "callvalue"]])
# Check if interface of contract is correct.
check_valid_contract_interface(global_ctx, sigs)
return LLLnode.from_list(o, typ=None), LLLnode.from_list(runtime, typ=None)
