Static Analyzer for Solidity
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slither/tests/test_function.py

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"""
tests for `slither.core.declarations.Function`.
tests that `tests/test_function.sol` gets translated into correct
`slither.core.declarations.Function` objects or its subclasses
and that these objects behave correctly.
"""
from solc_select import solc_select
from slither import Slither
from slither.core.declarations.function import FunctionType
from slither.core.solidity_types.elementary_type import ElementaryType
def test_functions():
# pylint: disable=too-many-statements
solc_select.switch_global_version("0.6.12", always_install=True)
slither = Slither("tests/test_function.sol")
compilation_unit = slither.compilation_units[0]
functions = compilation_unit.get_contract_from_name("TestFunction")[
0
].available_functions_as_dict()
f = functions["external_payable(uint256)"]
assert f.name == "external_payable"
assert f.full_name == "external_payable(uint256)"
assert f.canonical_name == "TestFunction.external_payable(uint256)"
assert f.solidity_signature == "external_payable(uint256)"
assert f.signature_str == "external_payable(uint256) returns(uint256)"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is True
assert f.visibility == "external"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters[0].name == "_a"
assert f.parameters[0].type == ElementaryType("uint256")
assert f.return_type[0] == ElementaryType("uint256")
f = functions["public_reenter()"]
assert f.name == "public_reenter"
assert f.full_name == "public_reenter()"
assert f.canonical_name == "TestFunction.public_reenter()"
assert f.solidity_signature == "public_reenter()"
assert f.signature_str == "public_reenter() returns()"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is True
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "public"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters == []
assert f.return_type is None
f = functions["public_payable_reenter_send(bool)"]
assert f.name == "public_payable_reenter_send"
assert f.full_name == "public_payable_reenter_send(bool)"
assert f.canonical_name == "TestFunction.public_payable_reenter_send(bool)"
assert f.solidity_signature == "public_payable_reenter_send(bool)"
assert f.signature_str == "public_payable_reenter_send(bool) returns()"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is True
assert f.can_send_eth() is True
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is True
assert f.visibility == "public"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters[0].name == "_b"
assert f.parameters[0].type == ElementaryType("bool")
assert f.return_type is None
f = functions["external_send(uint8)"]
assert f.name == "external_send"
assert f.full_name == "external_send(uint8)"
assert f.canonical_name == "TestFunction.external_send(uint8)"
assert f.solidity_signature == "external_send(uint8)"
assert f.signature_str == "external_send(uint8) returns()"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is True
assert f.can_send_eth() is True
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "external"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters[0].name == "_c"
assert f.parameters[0].type == ElementaryType("uint8")
assert f.return_type is None
f = functions["internal_assembly(bytes)"]
assert f.name == "internal_assembly"
assert f.full_name == "internal_assembly(bytes)"
assert f.canonical_name == "TestFunction.internal_assembly(bytes)"
assert f.solidity_signature == "internal_assembly(bytes)"
assert f.signature_str == "internal_assembly(bytes) returns(uint256)"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is True
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "internal"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters[0].name == "_d"
assert f.parameters[0].type == ElementaryType("bytes")
assert f.return_type[0] == ElementaryType("uint256")
f = functions["fallback()"]
assert f.name == "fallback"
assert f.full_name == "fallback()"
assert f.canonical_name == "TestFunction.fallback()"
assert f.solidity_signature == "fallback()"
assert f.signature_str == "fallback() returns()"
assert f.function_type == FunctionType.FALLBACK
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is True
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "external"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is True
assert f.parameters == []
assert f.return_type is None
f = functions["receive()"]
assert f.name == "receive"
assert f.full_name == "receive()"
assert f.canonical_name == "TestFunction.receive()"
assert f.solidity_signature == "receive()"
assert f.signature_str == "receive() returns()"
assert f.function_type == FunctionType.RECEIVE
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is True
assert f.payable is True
assert f.visibility == "external"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is True
assert f.parameters == []
assert f.return_type is None
f = functions["constructor(address)"]
assert f.name == "constructor"
assert f.full_name == "constructor(address)"
assert f.canonical_name == "TestFunction.constructor(address)"
assert f.solidity_signature == "constructor(address)"
assert f.signature_str == "constructor(address) returns()"
assert f.function_type == FunctionType.CONSTRUCTOR
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is True
assert f.visibility == "public"
assert f.view is False
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is True
assert f.parameters[0].name == "_e"
assert f.parameters[0].type == ElementaryType("address")
assert f.return_type is None
f = functions["private_view()"]
assert f.name == "private_view"
assert f.full_name == "private_view()"
assert f.canonical_name == "TestFunction.private_view()"
assert f.solidity_signature == "private_view()"
assert f.signature_str == "private_view() returns(bool)"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "private"
assert f.view is True
assert f.pure is False
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters == []
assert f.return_type[0] == ElementaryType("bool")
f = functions["public_pure()"]
assert f.name == "public_pure"
assert f.full_name == "public_pure()"
assert f.canonical_name == "TestFunction.public_pure()"
assert f.solidity_signature == "public_pure()"
assert f.signature_str == "public_pure() returns(bool)"
assert f.function_type == FunctionType.NORMAL
assert f.contains_assembly is False
assert f.can_reenter() is False
assert f.can_send_eth() is False
assert f.is_constructor is False
assert f.is_fallback is False
assert f.is_receive is False
assert f.payable is False
assert f.visibility == "public"
assert f.view is True
assert f.pure is True
assert f.is_implemented is True
assert f.is_empty is False
assert f.parameters == []
assert f.return_type[0] == ElementaryType("bool")
def test_function_can_send_eth():
slither = Slither("tests/test_function.sol")
compilation_unit = slither.compilation_units[0]
functions = compilation_unit.get_contract_from_name("TestFunctionCanSendEth")[
0
].available_functions_as_dict()
assert functions["send_direct()"].can_send_eth() is True
assert functions["transfer_direct()"].can_send_eth() is True
assert functions["call_direct()"].can_send_eth() is True
assert functions["highlevel_call_direct()"].can_send_eth() is True
assert functions["send_via_internal()"].can_send_eth() is True
assert functions["transfer_via_internal()"].can_send_eth() is True
assert functions["call_via_internal()"].can_send_eth() is True
assert functions["highlevel_call_via_internal()"].can_send_eth() is True
assert functions["send_via_external()"].can_send_eth() is False
assert functions["transfer_via_external()"].can_send_eth() is False
assert functions["call_via_external()"].can_send_eth() is False
assert functions["highlevel_call_via_external()"].can_send_eth() is False