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solidity/test/solc/CommandLineInterfaceAllowPaths.cpp

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/*
This file is part of solidity.
solidity is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
solidity is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with solidity. If not, see <http://www.gnu.org/licenses/>.
*/
// SPDX-License-Identifier: GPL-3.0
/// Unit tests for solc/CommandLineInterface.h
#include <solc/CommandLineInterface.h>
#include <test/solc/Common.h>
#include <test/Common.h>
#include <test/FilesystemUtils.h>
#include <test/libsolidity/util/SoltestErrors.h>
#include <libsolutil/TemporaryDirectory.h>
#include <boost/algorithm/string/predicate.hpp>
#include <fstream>
#include <regex>
#include <string>
#include <vector>
using namespace std;
using namespace solidity::frontend;
using namespace solidity::util;
using namespace solidity::test;
#define TEST_CASE_NAME (boost::unit_test::framework::current_test_case().p_name)
namespace
{
struct ImportCheck
{
enum class Result
{
Unknown, ///< Status is unknown due to a failure of the status check.
OK, ///< Passed compilation without errors.
FileNotFound, ///< Error was reported: file not found.
PathDisallowed, ///< Error was reported: file not allowed paths.
};
bool operator==(ImportCheck const& _other) const { return result == _other.result && message == _other.message; }
bool operator!=(ImportCheck const& _other) const { return !(*this == _other); }
operator bool() const { return this->result == Result::OK; }
static ImportCheck const OK() { return {Result::OK, ""}; }
static ImportCheck const FileNotFound() { return {Result::FileNotFound, ""}; }
static ImportCheck const PathDisallowed() { return {Result::PathDisallowed, ""}; }
static ImportCheck const Unknown(const string& _message) { return {Result::Unknown, _message}; }
Result result;
std::string message;
};
ImportCheck checkImport(
string const& _import,
vector<string> const& _cliOptions
)
{
soltestAssert(regex_match(_import, regex{R"(import '[^']*')"}), "");
for (string const& option: _cliOptions)
soltestAssert(
boost::starts_with(option, "--base-path") ||
boost::starts_with(option, "--include-path") ||
boost::starts_with(option, "--allow-paths") ||
!boost::starts_with(option, "--"),
""
);
vector<string> commandLine = {
"solc",
"-",
"--no-color",
"--error-codes",
};
commandLine += _cliOptions;
string standardInputContent =
"// SPDX-License-Identifier: GPL-3.0\n"
"pragma solidity >=0.0;\n" +
_import + ";";
test::OptionsReaderAndMessages cliResult = test::runCLI(commandLine, standardInputContent);
if (cliResult.success)
return ImportCheck::OK();
static regex const sourceNotFoundErrorRegex{
R"(^Error \(6275\): Source "[^"]+" not found: (.*)\.\n)"
R"(\s*--> .*<stdin>:\d+:\d+:\n)"
R"(\s*\|\n)"
R"(\d+\s*\| import '.+';\n)"
R"(\s*\| \^+\n\s*$)"
};
smatch submatches;
if (!regex_match(cliResult.stderrContent, submatches, sourceNotFoundErrorRegex))
return ImportCheck::Unknown("Unexpected stderr content: '" + cliResult.stderrContent + "'");
if (submatches[1] != "File not found" && !boost::starts_with(string(submatches[1]), "File outside of allowed directories"))
return ImportCheck::Unknown("Unexpected error message: '" + cliResult.stderrContent + "'");
if (submatches[1] == "File not found")
return ImportCheck::FileNotFound();
else if (boost::starts_with(string(submatches[1]), "File outside of allowed directories"))
return ImportCheck::PathDisallowed();
else
return ImportCheck::Unknown("Unexpected error message '" + submatches[1].str() + "'");
}
class AllowPathsFixture
{
protected:
AllowPathsFixture():
m_tempDir({"code/", "work/"}, TEST_CASE_NAME),
m_tempWorkDir(m_tempDir.path() / "work"),
m_codeDir(m_tempDir.path() / "code"),
m_workDir(m_tempDir.path() / "work"),
m_portablePrefix(("/" / boost::filesystem::canonical(m_codeDir).relative_path()).generic_string())
{
createFilesWithParentDirs(
{
m_codeDir / "a/b/c/d.sol",
m_codeDir / "a/b/c.sol",
m_codeDir / "a/b/X.sol",
m_codeDir / "a/X/c.sol",
m_codeDir / "X/b/c.sol",
m_codeDir / "a/bc/d.sol",
m_codeDir / "X/bc/d.sol",
m_codeDir / "x/y/z.sol",
m_codeDir / "1/2/3.sol",
m_codeDir / "contract.sol",
m_workDir / "a/b/c/d.sol",
m_workDir / "a/b/c.sol",
m_workDir / "a/b/X.sol",
m_workDir / "a/X/c.sol",
m_workDir / "X/b/c.sol",
m_workDir / "contract.sol",
},
"// SPDX-License-Identifier: GPL-3.0\npragma solidity >=0.0;"
);
if (
!createSymlinkIfSupportedByFilesystem("b", m_codeDir / "a/b_sym", true) ||
!createSymlinkIfSupportedByFilesystem("../x/y", m_codeDir / "a/y_sym", true) ||
!createSymlinkIfSupportedByFilesystem("../../a/b/c.sol", m_codeDir / "a/b/c_sym.sol", false) ||
!createSymlinkIfSupportedByFilesystem("../../x/y/z.sol", m_codeDir / "a/b/z_sym.sol", false)
)
return;
m_caseSensitiveFilesystem = boost::filesystem::create_directories(m_codeDir / "A/B/C");
soltestAssert(boost::filesystem::equivalent(m_codeDir / "a/b/c", m_codeDir / "A/B/C") != m_caseSensitiveFilesystem, "");
}
TemporaryDirectory m_tempDir;
TemporaryWorkingDirectory m_tempWorkDir;
boost::filesystem::path const m_codeDir;
boost::filesystem::path const m_workDir;
string m_portablePrefix;
bool m_caseSensitiveFilesystem = true;
};
ostream& operator<<(ostream& _out, ImportCheck const& _value)
{
switch (_value.result)
{
case ImportCheck::Result::Unknown: _out << "Unknown"; break;
case ImportCheck::Result::OK: _out << "OK"; break;
case ImportCheck::Result::FileNotFound: _out << "FileNotFound"; break;
case ImportCheck::Result::PathDisallowed: _out << "PathDisallowed"; break;
}
if (_value.message != "")
_out << "(" << _value.message << ")";
return _out;
}
} // namespace
namespace boost::test_tools::tt_detail
{
// Boost won't find the << operator unless we put it in the std namespace which is illegal.
// The recommended solution is to overload print_log_value<> struct and make it use our operator.
template<>
struct print_log_value<ImportCheck>
{
void operator()(std::ostream& _out, ImportCheck const& _value) { ::operator<<(_out, _value); }
};
} // namespace boost::test_tools::tt_detail
namespace solidity::frontend::test
{
BOOST_AUTO_TEST_SUITE(CommandLineInterfaceAllowPathsTest)
BOOST_FIXTURE_TEST_CASE(allow_path_multiple_paths, AllowPathsFixture)
{
string allowedPaths =
m_codeDir.generic_string() + "/a/b/X.sol," +
m_codeDir.generic_string() + "/X/," +
m_codeDir.generic_string() + "/z," +
m_codeDir.generic_string() + "/a/b";
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", allowedPaths}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"--allow-paths", allowedPaths}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"--allow-paths", allowedPaths}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"--allow-paths", allowedPaths}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_should_work_with_various_path_forms, AllowPathsFixture)
{
string import = "import '" + m_portablePrefix + "/a/b/c.sol'";
// Without --allow-path
BOOST_TEST(checkImport(import, {}) == ImportCheck::PathDisallowed());
// Absolute paths allowed
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string()}));
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string() + "/a/"}));
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string() + "/a/b"}));
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string() + "/a/b/c.sol"}));
// Relative paths allowed
BOOST_TEST(checkImport(import, {"--allow-paths=../code/a"}));
BOOST_TEST(checkImport(import, {"--allow-paths=../code/a/"}));
BOOST_TEST(checkImport(import, {"--allow-paths=../code/a/b"}));
BOOST_TEST(checkImport(import, {"--allow-paths=../code/a/b/c.sol"}));
// Non-normalized paths allowed
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/."}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/./"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/.."}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/../"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/b"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/./b"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/../a/b"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a///b"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/b//"}));
BOOST_TEST(checkImport(import, {"--allow-paths", "./../code/a/b///"}));
// Root path allowed
BOOST_TEST(checkImport(import, {"--allow-paths=/"}));
BOOST_TEST(checkImport(import, {"--allow-paths=///"}));
// UNC paths should be treated differently from normal paths
soltestAssert(FileReader::isUNCPath("/" + m_portablePrefix), "");
BOOST_TEST(checkImport(import, {"--allow-paths=//"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport(import, {"--allow-paths=/" + m_portablePrefix}) == ImportCheck::PathDisallowed());
// Paths going beyond root allowed
BOOST_TEST(checkImport(import, {"--allow-paths=/../../"}));
BOOST_TEST(checkImport(import, {"--allow-paths=/../.."}));
BOOST_TEST(checkImport(import, {"--allow-paths=/../../a/../"}));
BOOST_TEST(checkImport(import, {"--allow-paths=/../../" + m_portablePrefix}));
// File named like a directory
BOOST_TEST(checkImport(import, {"--allow-paths", m_codeDir.string() + "/a/b/c.sol/"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_should_handle_empty_paths, AllowPathsFixture)
{
// Work dir is base path
BOOST_TEST(checkImport("import 'a/../../work/a/b/c.sol'", {"--allow-paths", ""}));
BOOST_TEST(checkImport("import 'a/../../work/a/b/c.sol'", {"--allow-paths", "x,,y"}));
BOOST_TEST(checkImport("import 'a/../../code/a/b/c.sol'", {"--allow-paths", ""}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'a/../../code/a/b/c.sol'", {"--allow-paths", "x,,y"}) == ImportCheck::PathDisallowed());
// Work dir is not base path
BOOST_TEST(checkImport("import 'a/../../work/a/b/c.sol'", {"--allow-paths", "", "--base-path=../code/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'a/../../work/a/b/c.sol'", {"--allow-paths", "x,,y", "--base-path=../code/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'a/../../code/a/b/c.sol'", {"--allow-paths", "", "--base-path=../code/"}));
BOOST_TEST(checkImport("import 'a/../../code/a/b/c.sol'", {"--allow-paths", "x,,y", "--base-path=../code/"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_case_sensitive, AllowPathsFixture)
{
// Allowed paths are case-sensitive even on case-insensitive filesystems
BOOST_TEST(
checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", m_codeDir.string() + "/A/B/"}) ==
ImportCheck::PathDisallowed()
);
}
BOOST_FIXTURE_TEST_CASE(allow_path_should_work_with_various_import_forms, AllowPathsFixture)
{
// Absolute import paths
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"--allow-paths", "../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", "../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"--allow-paths", "../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"--allow-paths", "../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"--allow-paths", "../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", "../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"--allow-paths", "../code/a/b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"--allow-paths", "../code/a/b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"--allow-paths", "../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths", "../code/a"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"--allow-paths", "../code/a"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"--allow-paths", "../code/a"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"--allow-paths", "../code/a"}));
// Relative import paths
// NOTE: Base path is whitelisted by default so we need the 'a/../../code/' part to get
// outside of it. And it can't be just '../code/' because that would not be a direct import.
BOOST_TEST(checkImport("import 'a/../../code/a/b/c.sol'", {"--allow-paths", "../code/a/b"}));
BOOST_TEST(checkImport("import 'a/../../code/X/b/c.sol'", {"--allow-paths", "../code/a/b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'a/../../code/a/X/c.sol'", {"--allow-paths", "../code/a/b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'a/../../code/a/b/X.sol'", {"--allow-paths", "../code/a/b"}));
// Non-normalized relative import paths
BOOST_TEST(checkImport("import 'a/../../code/a/./b/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import 'a/../../code/a/../a/b/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import 'a/../../code/a///b/c.sol'", {"--allow-paths", "../code/a/b/c.sol"}));
#if !defined(_WIN32)
// UNC paths in imports.
// Unfortunately can't test it on Windows without having an existing UNC path. On Linux we can
// at least rely on the fact that `//` works like `/`.
string uncImportPath = "/" + m_portablePrefix + "/a/b/c.sol";
soltestAssert(FileReader::isUNCPath(uncImportPath), "");
BOOST_TEST(checkImport("import '" + uncImportPath + "'", {"--allow-paths", "../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
#endif
}
BOOST_FIXTURE_TEST_CASE(allow_path_automatic_whitelisting_input_files, AllowPathsFixture)
{
// By default none of the files is whitelisted
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c/d.sol'", {}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {}) == ImportCheck::PathDisallowed());
// Compiling a file whitelists its directory and subdirectories
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {m_codeDir.string() + "/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c/d.sol'", {m_codeDir.string() + "/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {m_codeDir.string() + "/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {m_codeDir.string() + "/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {m_codeDir.string() + "/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {m_codeDir.string() + "/a/b/c.sol"}) == ImportCheck::PathDisallowed());
// If only file name is specified, its parent dir path is empty. This should be equivalent to
// whitelisting the work dir.
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/contract.sol'", {"contract.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'contract.sol'", {"contract.sol"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_automatic_whitelisting_remappings, AllowPathsFixture)
{
// Adding a remapping whitelists target's parent directory and subdirectories
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c/d.sol'", {"x=../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"x=../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {"x=../code/a/b/c.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=/contract.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=/contract.sol/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {m_portablePrefix + "/a/b=../code/X/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {m_portablePrefix + "/a/b/=../code/X/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {m_portablePrefix + "/a/b=../code/X/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {m_portablePrefix + "/a/b/=../code/X/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {m_portablePrefix + "/a/b:y/z=x/w"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {m_portablePrefix + "/a/b:y/z=x/w"}) == ImportCheck::PathDisallowed());
// Adding a remapping whitelists the target and subdirectories when the target is a directory
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c/d.sol'", {"x=../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"x=../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {"x=../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {"x=../code/a/c/"}) == ImportCheck::PathDisallowed());
// Adding a remapping whitelists target's parent directory and subdirectories when the target
// is a directory but does not have a trailing slash
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c/d.sol'", {"x=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/X.sol'", {"x=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {"x=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/bc/d.sol'", {"x=../code/a/c"}));
// Adding a remapping to a relative target at VFS root whitelists the work dir
BOOST_TEST(checkImport("import '/../../x/y/z.sol'", {"x=contract.sol", "--base-path=../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '/../../../work/a/b/c.sol'", {"x=contract.sol", "--base-path=../code/a/b/"}));
BOOST_TEST(checkImport("import '/../../x/y/z.sol'", {"x=contract.sol/", "--base-path=../code/a/b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '/../../../work/a/b/c.sol'", {"x=contract.sol/", "--base-path=../code/a/b/"}) == ImportCheck::PathDisallowed());
// Adding a remapping with an empty target does not whitelist anything
BOOST_TEST(checkImport("import '" + m_portablePrefix + m_portablePrefix + "/a/b/c.sol'", {m_portablePrefix + "="}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"../code/="}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '/../work/a/b/c.sol'", {"../code/=", "--base-path", m_portablePrefix}) == ImportCheck::PathDisallowed());
// Adding a remapping that includes .. or . segments whitelists the parent dir and subdirectories
// of the resolved target
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=."}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=."}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=./"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=./"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=.."}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=.."}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/./.."}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/./.."}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/./.."}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/./../"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/./../"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/./../"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/./../b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/./../b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/./../b"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"x=../code/a/b/./../b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/X/c.sol'", {"x=../code/a/b/./../b/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/X/b/c.sol'", {"x=../code/a/b/./../b/"}) == ImportCheck::PathDisallowed());
// If the target is just a file name, its parent dir path is empty. This should be equivalent to
// whitelisting the work dir.
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/contract.sol'", {"x=contract.sol"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import 'contract.sol'", {"x=contract.sol"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_automatic_whitelisting_base_path, AllowPathsFixture)
{
// Relative base path whitelists its content
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path=../code/a"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=../code/a/"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path=../code/a/"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path=../code/a/"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path=../code/a/"}));
BOOST_TEST(checkImport("import 'a/b/c.sol'", {"--base-path=../code/."}));
BOOST_TEST(checkImport("import 'a/b/c.sol'", {"--base-path=../code/./"}));
BOOST_TEST(checkImport("import 'code/a/b/c.sol'", {"--base-path=.."}));
BOOST_TEST(checkImport("import 'code/a/b/c.sol'", {"--base-path=../"}));
// Absolute base path whitelists its content
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path", m_codeDir.string() + "/a"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_automatic_whitelisting_work_dir, AllowPathsFixture)
{
// Work dir is only automatically whitelisted if it matches base path
BOOST_TEST(checkImport("import 'b/../../../work/a/b/c.sol'", {"--base-path=../code/a/"}) == ImportCheck::PathDisallowed());
// Compiling a file in the work dir whitelists it even if it's not in base path
BOOST_TEST(checkImport("import 'b/../../../work/a/b/c.sol'", {"--base-path", "../code/a/", "a/b/c.sol"}));
// Work dir can also be whitelisted manually
BOOST_TEST(checkImport("import 'b/../../../work/a/b/c.sol'", {"--base-path", "../code/a/", "--allow-paths=."}));
// Not setting base path whitelists the working directory
BOOST_TEST(checkImport("import 'a/b/c.sol'", {}));
BOOST_TEST(checkImport("import 'a/b/c/d.sol'", {}));
BOOST_TEST(checkImport("import 'a/b/X.sol'", {}));
BOOST_TEST(checkImport("import 'a/X/c.sol'", {}));
// Setting base path to an empty value whitelists the working directory
BOOST_TEST(checkImport("import 'a/b/c.sol'", {"--base-path", ""}));
BOOST_TEST(checkImport("import 'a/b/c/d.sol'", {"--base-path", ""}));
BOOST_TEST(checkImport("import 'a/b/X.sol'", {"--base-path", ""}));
BOOST_TEST(checkImport("import 'a/X/c.sol'", {"--base-path", ""}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_automatic_whitelisting_include_paths, AllowPathsFixture)
{
// Relative include path whitelists its content
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path=a/b/c", "--include-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path=a/b/c", "--include-path=../code/a"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path=a/b/c", "--include-path=../code/a"}));
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/a/"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path=a/b/c", "--include-path=../code/a/"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path=a/b/c", "--include-path=../code/a/"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path=a/b/c", "--include-path=../code/a/"}));
BOOST_TEST(checkImport("import 'a/b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/."}));
BOOST_TEST(checkImport("import 'a/b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/./"}));
BOOST_TEST(checkImport("import 'code/a/b/c.sol'", {"--base-path=a/b/c", "--include-path=.."}));
BOOST_TEST(checkImport("import 'code/a/b/c.sol'", {"--base-path=a/b/c", "--include-path=../"}));
// Absolute include path whitelists its content
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=a/b/c", "--include-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'b/c/d.sol'", {"--base-path=a/b/c", "--include-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'b/X.sol'", {"--base-path=a/b/c", "--include-path", m_codeDir.string() + "/a"}));
BOOST_TEST(checkImport("import 'X/c.sol'", {"--base-path=a/b/c", "--include-path", m_codeDir.string() + "/a"}));
// If there are multiple include paths, all of them get whitelisted
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/a", "--include-path=../code/1"}));
BOOST_TEST(checkImport("import '2/3.sol'", {"--base-path=a/b/c", "--include-path=../code/a", "--include-path=../code/1"}));
BOOST_TEST(checkImport("import 'b/c.sol'", {"--base-path=a/b/c", "--include-path=../code/1", "--include-path=../code/a"}));
BOOST_TEST(checkImport("import '2/3.sol'", {"--base-path=a/b/c", "--include-path=../code/1", "--include-path=../code/a"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_symlinks_within_whitelisted_dir, AllowPathsFixture)
{
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b_sym/c.sol'", {"--allow-paths=../code/a/b/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths=../code/a/b_sym/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b_sym/c.sol'", {"--allow-paths=../code/a/b_sym/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b_sym/c.sol'", {"--allow-paths=../code/a/b"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths=../code/a/b_sym"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b_sym/c.sol'", {"--allow-paths=../code/a/b_sym"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c_sym.sol'", {"--allow-paths=../code/a/b/c.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c.sol'", {"--allow-paths=../code/a/b/c_sym.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/c_sym.sol'", {"--allow-paths=../code/a/b/c_sym.sol"}));
}
BOOST_FIXTURE_TEST_CASE(allow_path_symlinks_outside_whitelisted_dir, AllowPathsFixture)
{
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/y_sym/z.sol'", {"--allow-paths=../code/a/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/y_sym/z.sol'", {"--allow-paths=../code/x/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/z_sym.sol'", {"--allow-paths=../code/a/"}) == ImportCheck::PathDisallowed());
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/z_sym.sol'", {"--allow-paths=../code/x/"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/z_sym.sol'", {"--allow-paths=../code/a/b/z_sym.sol"}));
BOOST_TEST(checkImport("import '" + m_portablePrefix + "/a/b/z_sym.sol'", {"--allow-paths=../code/x/y/z.sol"}));
}
BOOST_AUTO_TEST_SUITE_END()
} // namespace solidity::frontend::test
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