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/*
* Copyright 2009- ECMWF.
*
* This software is licensed under the terms of the Apache Licence version 2.0
* which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
* In applying this licence, ECMWF does not waive the privileges and immunities
* granted to it by virtue of its status as an intergovernmental organisation
* nor does it submit to any jurisdiction.
*/
#include <string>
#include <vector>
#include <boost/test/unit_test.hpp>
#include "ecflow/core/File.hpp"
#include "ecflow/core/WhiteListFile.hpp"
#include "ecflow/test/scaffold/Naming.hpp"
using namespace ecf;
// #define DEBUG_ME 1
BOOST_AUTO_TEST_SUITE(U_Core)
BOOST_AUTO_TEST_SUITE(T_WhiteListFile)
void test_white_list_files(const std::string& directory, bool pass) {
auto full_path = fs::absolute(directory);
BOOST_CHECK(fs::exists(full_path));
BOOST_CHECK(fs::is_directory(full_path));
// std::cout << "\nIn directory: " << full_path.directory_string() << "\n\n";
fs::directory_iterator end_iter;
for (fs::directory_iterator dir_itr(full_path); dir_itr != end_iter; ++dir_itr) {
try {
fs::path relPath(directory + "/" + dir_itr->path().filename().string());
// recurse down directories
if (fs::is_directory(dir_itr->status())) {
test_white_list_files(relPath.string(), pass);
continue;
}
#if DEBUG_ME
std::cout << "......Parsing file " << relPath.string() << "\n";
#endif
WhiteListFile theFile;
std::string errorMsg;
bool parsedOk = theFile.load(relPath.string(), false /*debug*/, errorMsg);
if (pass) {
// Test expected to pass
BOOST_CHECK_MESSAGE(parsedOk,
"Failed to parse file " << relPath << "\n"
<< errorMsg << "\n"
<< theFile.dump_valid_users());
}
else {
// test expected to fail
BOOST_CHECK_MESSAGE(!parsedOk,
"Parse expected to fail for " << relPath << "\n"
<< errorMsg << "\n"
<< theFile.dump_valid_users());
#if DEBUG_ME
cout << "\n" << errorMsg << "\n";
#endif
}
}
catch (const std::exception& ex) {
std::cout << dir_itr->path().filename() << " " << ex.what() << std::endl;
}
}
}
BOOST_AUTO_TEST_CASE(test_parsing_for_good_white_list_files) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles", "libs/core");
// All the files in this directory are expected to pass
test_white_list_files(path, true);
}
BOOST_AUTO_TEST_CASE(test_parsing_for_bad_white_list_files) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/badWhiteListFiles", "libs/core");
// All the files in this directory are expected to fail
test_white_list_files(path, false);
}
BOOST_AUTO_TEST_CASE(test_white_list_default) {
ECF_NAME_THIS_TEST();
WhiteListFile theFile;
BOOST_REQUIRE_MESSAGE(0 == theFile.read_access_size(),
"expected 0 users with read access but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(0 == theFile.write_access_size(),
"expected 0 users with write access but found " << theFile.write_access_size());
// test random user
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxtt", "/x"), "Expected user xxtt to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxtt", paths), "Expected user xxtt to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("yyyy"), "Expected user yyyy to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzz", "/y"), "Expected user zzzz to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzz", paths), "Expected user zzzz to have write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_empty_file) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles/empty.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
BOOST_REQUIRE_MESSAGE(0 == theFile.read_access_size(),
"expected 0 users with read access but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(0 == theFile.write_access_size(),
"expected 0 users with write access but found " << theFile.write_access_size());
// test random user
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxtt", "/x"), "Expected user xxtt to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxtt", paths), "Expected user xxtt to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("yyyy"), "Expected user yyyy to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzz", "/y"), "Expected user zzzz to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzz", paths), "Expected user zzzz to have write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles/good1.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// make sure we find all the users and the access right are correct
// uid1 # a comment
// uid2 # a comment
// cog # a comment
//
// #
// # Read only uisers
// #
// -fred # a comment
// -bill # a comment
// -jake # a comment
// avi /suite/write
// -avi /suite/read
std::vector<std::string> expected_users_with_read_access;
expected_users_with_read_access.emplace_back("fred");
expected_users_with_read_access.emplace_back("bill");
expected_users_with_read_access.emplace_back("jake");
expected_users_with_read_access.emplace_back("uid1"); // users with write access also have read access
expected_users_with_read_access.emplace_back("uid2"); // users with write access also have read access
expected_users_with_read_access.emplace_back("cog"); // users with write access also have read access
std::vector<std::string> expected_users_with_read_write_access;
expected_users_with_read_write_access.emplace_back("uid1");
expected_users_with_read_write_access.emplace_back("uid2");
expected_users_with_read_write_access.emplace_back("cog");
std::vector<std::string> expected_users_with_read_access_to_paths_only;
expected_users_with_read_access_to_paths_only.emplace_back("avi");
std::vector<std::string> expected_users_with_write_access_to_paths_only;
expected_users_with_write_access_to_paths_only.emplace_back("avi");
BOOST_REQUIRE_MESSAGE(
expected_users_with_read_access.size() + expected_users_with_read_access_to_paths_only.size() ==
theFile.read_access_size(),
" expected " << expected_users_with_read_access.size() + expected_users_with_write_access_to_paths_only.size()
<< " users with read access but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(expected_users_with_read_write_access.size() +
expected_users_with_write_access_to_paths_only.size() ==
theFile.write_access_size(),
" expected " << expected_users_with_read_write_access.size() +
expected_users_with_write_access_to_paths_only.size()
<< " users with write access but found " << theFile.write_access_size());
// Users who have read access, to all including paths
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
std::vector<std::string>::const_iterator i;
for (i = expected_users_with_read_access.begin(); i != expected_users_with_read_access.end(); ++i) {
BOOST_CHECK_MESSAGE(theFile.verify_read_access(*i), "Expected user " << *i << " to have read access ");
BOOST_CHECK_MESSAGE(theFile.verify_read_access(*i, "/x"), "Expected user " << *i << " to have read access ");
BOOST_CHECK_MESSAGE(theFile.verify_read_access(*i, paths), "Expected user " << *i << " to have read access ");
}
for (i = expected_users_with_read_write_access.begin(); i != expected_users_with_read_write_access.end(); ++i) {
BOOST_CHECK_MESSAGE(theFile.verify_write_access(*i), "Expected user " << *i << " to have write access ");
BOOST_CHECK_MESSAGE(theFile.verify_write_access(*i, "/x"), "Expected user " << *i << " to have write access ");
BOOST_CHECK_MESSAGE(theFile.verify_write_access(*i, paths), "Expected user " << *i << " to have write access ");
}
// Users who have restricted read/write access to certain paths only.
std::vector<std::string> read_paths;
read_paths.emplace_back("/suite/read");
read_paths.emplace_back("/suite/read/f1");
read_paths.emplace_back("/suite/read/f1/t1");
for (i = expected_users_with_read_access_to_paths_only.begin();
i != expected_users_with_read_access_to_paths_only.end();
++i) {
BOOST_CHECK_MESSAGE(theFile.verify_read_access(*i), "Expected user " << *i << " to have read access ");
BOOST_CHECK_MESSAGE(theFile.verify_read_access(*i, read_paths),
"Expected user " << *i << " to have read access to paths");
BOOST_CHECK_MESSAGE(!theFile.verify_read_access(*i, paths),
"Expected user " << *i << " to NOT have read access to paths /a, /b , /c");
BOOST_CHECK_MESSAGE(!theFile.verify_read_access(*i, "/suite"),
"Expected user " << *i << " to NOT have read access to paths /suite only /suite/read");
BOOST_CHECK_MESSAGE(!theFile.verify_read_access(*i, "/suite/read_me"),
"Expected user "
<< *i << " with path '/suite/read_me' to NOT have read access to path /suite/read");
}
std::vector<std::string> write_paths;
write_paths.emplace_back("/suite/write");
write_paths.emplace_back("/suite/write/f1");
write_paths.emplace_back("/suite/write/f1/t1");
for (i = expected_users_with_write_access_to_paths_only.begin();
i != expected_users_with_write_access_to_paths_only.end();
++i) {
BOOST_CHECK_MESSAGE(!theFile.verify_write_access(*i),
"Expected user " << *i << " to NOT have generic write access ");
BOOST_CHECK_MESSAGE(theFile.verify_write_access(*i, write_paths),
"Expected user " << *i << " to have write access to paths");
BOOST_CHECK_MESSAGE(!theFile.verify_write_access(*i, paths),
"Expected user " << *i << " to have NOT has write access to paths /a, /b , /c");
BOOST_CHECK_MESSAGE(!theFile.verify_write_access(*i, "/suite"),
"Expected user " << *i << " to NOT have write access to paths /suite only /suite/write");
BOOST_CHECK_MESSAGE(!theFile.verify_write_access(*i, "/suite/write_me"),
"Expected user "
<< *i << " with path '/suite/write_me' to NOT have write access to paths /suite/write");
}
// test random user
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("xxxx"), "Expected user xxxx to NOT have read access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("xxxx", "/x"), "Expected user xxxx to NOT have read access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("xxxx", paths), "Expected user xxxx to NOT have read access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("*"), "Expected user * to NOT have read access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("yyyy"), "Expected user yyyy to NOT have write access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("zzzz", "/x"), "Expected user zzzz to NOT have write access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("zzzz", paths), "Expected user zzzz to NOT have write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_all_users_have_read_access) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles/all_read_access.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// make sure we find all the users and the access right are correct
// # These user have read and write access to the server
// uid1 # a comment
// uid2 # a comment
// cog # a comment
//
//
// # Read only users
//-*
//-fred # a comment
//-bill # a comment
//-jake # a comment
std::vector<std::string> expected_users_with_read_write_access;
expected_users_with_read_write_access.emplace_back("uid1");
expected_users_with_read_write_access.emplace_back("uid2");
expected_users_with_read_write_access.emplace_back("cog");
// When all users have read access, the read access size should be empty
BOOST_REQUIRE_MESSAGE(theFile.read_access_size() == 0, " expected 0 but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(expected_users_with_read_write_access.size() == theFile.write_access_size(),
" expected " << expected_users_with_read_write_access.size()
<< " users with write access but found " << theFile.write_access_size());
// Any user should have read access
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", "/x"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("bill"), "Expected user bill to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("uid1"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("uid2"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("cog"), "Expected user xxxx to have read access ");
std::vector<std::string>::const_iterator i;
for (i = expected_users_with_read_write_access.begin(); i != expected_users_with_read_write_access.end(); ++i) {
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access(*i), "Expected user " << *i << " to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access(*i, "/x"),
"Expected user " << *i << " to have write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access(*i, paths),
"Expected user " << *i << " to have write access ");
}
// test random user for write access
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("yyyy"), "Expected user yyyy to NOT have write access ");
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("zzzz"), "Expected user zzzz to NOT have write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_all_users_have_write_access) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles/all_write_access.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// make sure we find all the users and the access right are correct
// uid1 # a comment
// uid2 # a comment
// cog # a comment
// *
//
// # Read only users
// -*
// -fred # a comment
// -bill # a comment
// -jake # a comment
// When all users have read access, the read access size should be empty
BOOST_REQUIRE_MESSAGE(theFile.read_access_size() == 0, " expected 0 but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(theFile.write_access_size() == 0, " expected 0 but found " << theFile.read_access_size());
// Any user should have read access
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", "/x"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("bill"), "Expected user bill to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx", "/x"), "Expected user xxxx to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx", paths), "Expected user xxxx to have read access ");
// Any user should have read write access
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred"), "Expected user fred to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzzzz"), "Expected user zzzzzz to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzzzz", "/x"),
"Expected user zzzzzz to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("zzzzzz", paths),
"Expected user zzzzzz to have read/write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_all_path_users_have_write_access) {
ECF_NAME_THIS_TEST();
std::string path =
File::test_data("libs/core/test/data/goodWhiteListFiles/all_path_write_access.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// 4.4.14
// * / # same as '*'
// When all users have read/write access, the read/write access size should be empty
BOOST_REQUIRE_MESSAGE(theFile.read_access_size() == 0, " expected 0 but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(theFile.write_access_size() == 0, " expected 0 but found " << theFile.write_access_size());
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
std::vector<std::string> paths1;
paths1.emplace_back("/a");
paths1.emplace_back("/b");
// Any user should have read/write access
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", "/x"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths1), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred"), "Expected user fred to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred", "/x"), "Expected user fred to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred", paths), "Expected user fred to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred", paths1),
"Expected user fred to have read/write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_all_path_users_have_read_access) {
ECF_NAME_THIS_TEST();
std::string path =
File::test_data("libs/core/test/data/goodWhiteListFiles/all_path_read_access.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// 4.4.14
// -* / # same as '*'
// When all users have read/write access, the size should be empty
BOOST_REQUIRE_MESSAGE(theFile.read_access_size() == 0, " expected 0 but found " << theFile.read_access_size());
BOOST_REQUIRE_MESSAGE(theFile.write_access_size() == 0, " expected 0 but found " << theFile.write_access_size());
// When no write access specified all user have write access
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
std::vector<std::string> paths1;
paths1.emplace_back("/a");
paths1.emplace_back("/b");
// Any user should have read/write access
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred"), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("fred", paths1), "Expected user fred to have read access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred", paths), "Expected user fred to have read/write access ");
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("fred", paths1),
"Expected user fred to have read/write access ");
}
BOOST_AUTO_TEST_CASE(test_white_list_path_access_list) {
ECF_NAME_THIS_TEST();
std::string path = File::test_data("libs/core/test/data/goodWhiteListFiles/path_access.lists", "libs/core");
WhiteListFile theFile;
std::string errorMsg;
BOOST_CHECK_MESSAGE(theFile.load(path, false, errorMsg), "Failed to parse file " << path << "\n" << errorMsg);
// 4.4.14
//
// user1 /a,/b,/c # user1 has read write access to suite /a /b /c
// user2 /a
// user2 /b
// user2 /c # user2 has read write access to suite /a /b /c
// user3 /a /b /c # user3 has read write access to suite /a /b /c
//
// /a /b /c userx # userx has read write access to suite /a /b /c
// /a,/b,/c usery # userx has read write access to suite /a /b /c
//
// /a userz
// /b userz
// /c userz
//
// -user4 /a,/b,/c # user4 has read access to suite /a /b /c
// -user5 /a
// -user5 /b
// -user5 /c # user5 has read access to suite /a /b /c
// -user6 /a /b /c # user6 has read access to suite /a /b /c
//
// /a /b /c -userxx # userxx has read access to suite /a /b /c
// /a,/b,/c -useryy # userxy has read access to suite /a /b /c
//
// /a -userzz
// /b -userzz
// /c -userzz
//
// ##################################
//* /x /y # all user have read/write access suites /x /y
//-* /w /z # all user have read access to suite /w /z
// When all users have read access, the read access size should be empty
BOOST_REQUIRE_MESSAGE(theFile.read_access_size() == 7,
" expected 7 but found " << theFile.read_access_size() << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.write_access_size() == 7,
" expected 7 but found " << theFile.write_access_size() << theFile.dump_valid_users());
// When no write access specified all user have write access
std::vector<std::string> paths;
paths.emplace_back("/a");
paths.emplace_back("/b");
paths.emplace_back("/c");
std::vector<std::string> partial_paths;
partial_paths.emplace_back("/a");
partial_paths.emplace_back("/b");
// read/write
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user1", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user1", partial_paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user1", paths),
"Expected user to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user1", partial_paths),
"Expected user to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user2", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user2", paths),
"Expected user to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user3", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user3", paths),
"Expected user to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userx", paths),
"Expected userx to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("userx", paths),
"Expected userx to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("usery", paths),
"Expected userx to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("usery", paths),
"Expected userx to have read/write access to /a,/b,/c" << theFile.dump_valid_users());
// read only
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user4", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user5", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user6", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userxx", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("useryy", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userzz", paths),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
// single path, read/write
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user1", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user1", "/a"),
"Expected user to have read/write access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user2", "/a"),
"Expected user to have read access to /a,/b,/c" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user2", "/a"),
"Expected user to have read/write access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user3", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("user3", "/a"),
"Expected user to have read/write access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userx", "/a"),
"Expected userx to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("userx", "/a"),
"Expected userx to have read/write access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("usery", "/a"),
"Expected userx to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("usery", "/a"),
"Expected userx to have read/write access to /a" << theFile.dump_valid_users());
// single path, read
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user4", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user5", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user6", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userxx", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("useryy", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("userzz", "/a"),
"Expected user to have read access to /a" << theFile.dump_valid_users());
// ============================================================================================
// test * user, * means all users
//* /x /y # all user have read/write access suites /x /y
//-* /w /z # all user have read access to suite /w /z
std::vector<std::string> single_pathx;
single_pathx.emplace_back("/x");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx"),
"Expected *ALL* user to have read access" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx", single_pathx),
"Expected *ALL* user to have read access to /x" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("xxxx", single_pathx),
"Expected *ALL* user to have read/write access to /x" << theFile.dump_valid_users());
std::vector<std::string> single_pathw;
single_pathw.emplace_back("/w");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx", single_pathw),
"Expected *ALL* user to have read access to /w" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("xxxx", single_pathw),
"Expected failure for write access to /w" << theFile.dump_valid_users());
std::vector<std::string> multiple_pathsxy;
multiple_pathsxy.emplace_back("/x");
multiple_pathsxy.emplace_back("/y");
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("xxxx", multiple_pathsxy),
"Expected *ALL* user to have read access to /x,/y" << theFile.dump_valid_users());
// ============================================================================================
// Failure
// ============================================================================================
// single path failure
// user1 /a,/b,/c # user1 has read write access to suite /a /b /c
std::vector<std::string> single_path_failure;
single_path_failure.emplace_back("/fail");
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("user1", "/fail"),
"Expected user to not have read access to /fail" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("user1", single_path_failure),
"Expected user to not have read access to /fail" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1", "/fail"),
"Expected user to not have read/write access to /fail" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1", single_path_failure),
"Expected user to not have read/write access to /fail" << theFile.dump_valid_users());
// multi path failure
// user1 /a,/b,/c # user1 has read write access to suite /a /b /c
std::vector<std::string> multiple_paths_failure;
multiple_paths_failure.emplace_back("/a");
multiple_paths_failure.emplace_back("/b");
multiple_paths_failure.emplace_back("/fail");
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("user1", multiple_paths_failure),
"Expected user to not have read access to /fail\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1", multiple_paths_failure),
"Expected user to not have read/write access to /fail\n"
<< theFile.dump_valid_users());
// Presence of *, should allow read access to all including unknown users
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("unknown"),
"Expected unknown user to pass due to presence of *\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("unknown", "/x"),
"Expected pass \n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("unknown", "/y"), "Expected pass\n" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("unknown", "/w"), "Expected pass\n" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("unknown", "/z"), "Expected pass\n" << theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("unknown", "/x"),
"Expected pass\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(theFile.verify_write_access("unknown", "/y"),
"Expected pass\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("unknown", "/a"),
"Expected failure for unknown user for path /a\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("unknown", "/a"),
"Expected failure for unknown user for path /a\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("unknown", paths),
"Expected failure for unknown user\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("unknown", paths),
"Expected failure for unknown user\n"
<< theFile.dump_valid_users());
// user1 /a,/b,/c # user1 has read write access to suite /a /b /c
BOOST_REQUIRE_MESSAGE(theFile.verify_read_access("user1"),
"Expected user1 to not have read access, EVEN if no paths specified, --news has no paths\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("user1", std::vector<std::string>()),
"Expected user to not have read access if no paths specified\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_read_access("user1", ""),
"Expected user to not have read access if no paths specified\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1"),
"Expected user to not have read/write if no paths specified\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1", ""),
"Expected user to not have read/write if no paths specified\n"
<< theFile.dump_valid_users());
BOOST_REQUIRE_MESSAGE(!theFile.verify_write_access("user1", std::vector<std::string>()),
"Expected user to not have read/write if no paths specified\n"
<< theFile.dump_valid_users());
}
BOOST_AUTO_TEST_SUITE_END()
BOOST_AUTO_TEST_SUITE_END()
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