RepoRole RepoBSONFactory::makeRepoRole(
const std::string &roleName,
const std::string &database,
const std::vector<RepoPermission> &permissions,
const RepoRole &oldRole
)
{
RepoRole updatedOldRole = oldRole.cloneAndUpdatePermissions(permissions);
return _makeRepoRole(roleName,
database,
updatedOldRole.getPrivileges(),
updatedOldRole.getInheritedRoles());
}
TEST(RepoBSONTest, MakeRepoRoleTest2)
{
std::string roleName = "repoRole";
std::string databaseName = "admin";
std::vector<RepoPrivilege> privileges;
std::vector <std::pair<std::string, std::string>> inheritedRoles;
privileges.push_back({ "db1", "col1", {DBActions::FIND} });
privileges.push_back({ "db2", "col2", { DBActions::INSERT, DBActions::CREATE_USER } });
privileges.push_back({ "db1", "col2", { DBActions::FIND, DBActions::DROP_ROLE } });
inheritedRoles.push_back(std::pair < std::string, std::string > {"orange", "superUser"});
RepoRole role = RepoBSONFactory::_makeRepoRole(roleName, databaseName, privileges, inheritedRoles);
EXPECT_EQ(databaseName, role.getDatabase());
EXPECT_EQ(roleName, role.getName());
auto inheritedRolesOut = role.getInheritedRoles();
ASSERT_EQ(inheritedRoles.size(), inheritedRolesOut.size());
for (int i = 0; i < inheritedRolesOut.size(); ++i)
{
EXPECT_EQ(inheritedRolesOut[i].first, inheritedRoles[i].first);
EXPECT_EQ(inheritedRolesOut[i].second, inheritedRoles[i].second);
}
auto privOut = role.getPrivileges();
ASSERT_EQ(privOut.size(), privileges.size());
for (int i = 0; i < privOut.size(); ++i)
{
EXPECT_EQ(privOut[i].database, privileges[i].database);
EXPECT_EQ(privOut[i].collection, privileges[i].collection);
EXPECT_EQ(privOut[i].actions.size(), privileges[i].actions.size());
}
}
