path: root/jstests/sharding/authCommands.js

/**
 * This tests using DB commands with authentication enabled when sharded.
 */
(function() {
    'use strict';

    var st = new ShardingTest({
        shards: 2,
        rs: {oplogSize: 10, useHostname: false},
        other:
            {keyFile: 'jstests/libs/key1', useHostname: false, chunkSize: 2, enableAutoSplit: true},
    });

    var mongos = st.s;
    var adminDB = mongos.getDB('admin');
    var configDB = mongos.getDB('config');
    var testDB = mongos.getDB('test');

    jsTestLog('Setting up initial users');
    var rwUser = 'rwUser';
    var roUser = 'roUser';
    var password = 'password';
    var expectedDocs = 1000;

    adminDB.createUser({user: rwUser, pwd: password, roles: jsTest.adminUserRoles});

    assert(adminDB.auth(rwUser, password));

    // Secondaries should be up here, since we awaitReplication in the ShardingTest, but we *don't*
    // wait for the mongos to explicitly detect them.
    ReplSetTest.awaitRSClientHosts(mongos, st.rs0.getSecondaries(), {ok: true, secondary: true});
    ReplSetTest.awaitRSClientHosts(mongos, st.rs1.getSecondaries(), {ok: true, secondary: true});

    testDB.createUser({user: rwUser, pwd: password, roles: jsTest.basicUserRoles});
    testDB.createUser({user: roUser, pwd: password, roles: jsTest.readOnlyUserRoles});

    var authenticatedConn = new Mongo(mongos.host);
    authenticatedConn.getDB('admin').auth(rwUser, password);

    // Add user to shards to prevent localhost connections from having automatic full access
    st.rs0.getPrimary().getDB('admin').createUser(
        {user: 'user', pwd: 'password', roles: jsTest.basicUserRoles}, {w: 3, wtimeout: 30000});
    st.rs1.getPrimary().getDB('admin').createUser(
        {user: 'user', pwd: 'password', roles: jsTest.basicUserRoles}, {w: 3, wtimeout: 30000});

    jsTestLog('Creating initial data');

    st.adminCommand({enablesharding: "test"});
    st.ensurePrimaryShard('test', 'test-rs0');
    st.adminCommand({shardcollection: "test.foo", key: {i: 1, j: 1}});

    // Balancer is stopped by default, so no moveChunks will interfere with the splits we're testing

    var str = 'a';
    while (str.length < 8000) {
        str += str;
    }

    var bulk = testDB.foo.initializeUnorderedBulkOp();
    for (var i = 0; i < 100; i++) {
        for (var j = 0; j < 10; j++) {
            bulk.insert({i: i, j: j, str: str});
        }
    }
    assert.writeOK(bulk.execute({w: "majority"}));

    assert.eq(expectedDocs, testDB.foo.count());

    // Wait for the balancer to start back up
    assert.writeOK(
        configDB.settings.update({_id: 'balancer'}, {$set: {_waitForDelete: true}}, true));
    st.startBalancer();

    // Make sure we've done at least some splitting, so the balancer will work
    assert.gt(configDB.chunks.find({ns: 'test.foo'}).count(), 2);

    // Make sure we eventually balance all the chunks we've created
    assert.soon(function() {
        var x = st.chunkDiff("foo", "test");
        print("chunk diff: " + x);
        return x < 2 && configDB.locks.findOne({_id: 'test.foo'}).state == 0;
    }, "no balance happened", 5 * 60 * 1000);

    var map = function() {
        emit(this.i, this.j);
    };

    var reduce = function(key, values) {
        var jCount = 0;
        values.forEach(function(j) {
            jCount += j;
        });
        return jCount;
    };

    var checkCommandSucceeded = function(db, cmdObj) {
        print("Running command that should succeed: ");
        printjson(cmdObj);
        var resultObj = db.runCommand(cmdObj);
        printjson(resultObj);
        assert(resultObj.ok);
        return resultObj;
    };

    var checkCommandFailed = function(db, cmdObj) {
        print("Running command that should fail: ");
        printjson(cmdObj);
        var resultObj = db.runCommand(cmdObj);
        printjson(resultObj);
        assert(!resultObj.ok);
        return resultObj;
    };

    var checkReadOps = function(hasReadAuth) {
        if (hasReadAuth) {
            print("Checking read operations, should work");
            assert.eq(expectedDocs, testDB.foo.find().itcount());
            assert.eq(expectedDocs, testDB.foo.count());
            // NOTE: This is an explicit check that GLE can be run with read prefs, not the result
            // of
            // above.
            assert.eq(null, testDB.runCommand({getlasterror: 1}).err);
            checkCommandSucceeded(testDB, {dbstats: 1});
            checkCommandSucceeded(testDB, {collstats: 'foo'});

            // inline map-reduce works read-only
            var res = checkCommandSucceeded(
                testDB, {mapreduce: 'foo', map: map, reduce: reduce, out: {inline: 1}});
            assert.eq(100, res.results.length);
            assert.eq(45, res.results[0].value);

            res = checkCommandSucceeded(testDB, {
                aggregate: 'foo',
                pipeline: [{$project: {j: 1}}, {$group: {_id: 'j', sum: {$sum: '$j'}}}]
            });
            assert.eq(4500, res.result[0].sum);
        } else {
            print("Checking read operations, should fail");
            assert.throws(function() {
                testDB.foo.find().itcount();
            });
            checkCommandFailed(testDB, {dbstats: 1});
            checkCommandFailed(testDB, {collstats: 'foo'});
            checkCommandFailed(testDB,
                               {mapreduce: 'foo', map: map, reduce: reduce, out: {inline: 1}});
            checkCommandFailed(testDB, {
                aggregate: 'foo',
                pipeline: [{$project: {j: 1}}, {$group: {_id: 'j', sum: {$sum: '$j'}}}]
            });
        }
    };

    var checkWriteOps = function(hasWriteAuth) {
        if (hasWriteAuth) {
            print("Checking write operations, should work");
            testDB.foo.insert({a: 1, i: 1, j: 1});
            var res = checkCommandSucceeded(
                testDB, {findAndModify: "foo", query: {a: 1, i: 1, j: 1}, update: {$set: {b: 1}}});
            assert.eq(1, res.value.a);
            assert.eq(null, res.value.b);
            assert.eq(1, testDB.foo.findOne({a: 1}).b);
            testDB.foo.remove({a: 1});
            assert.eq(null, testDB.runCommand({getlasterror: 1}).err);
            checkCommandSucceeded(testDB, {reIndex: 'foo'});
            checkCommandSucceeded(testDB, {repairDatabase: 1});
            checkCommandSucceeded(testDB,
                                  {mapreduce: 'foo', map: map, reduce: reduce, out: 'mrOutput'});
            assert.eq(100, testDB.mrOutput.count());
            assert.eq(45, testDB.mrOutput.findOne().value);

            checkCommandSucceeded(testDB, {drop: 'foo'});
            assert.eq(0, testDB.foo.count());
            testDB.foo.insert({a: 1});
            assert.eq(1, testDB.foo.count());
            checkCommandSucceeded(testDB, {dropDatabase: 1});
            assert.eq(0, testDB.foo.count());
            checkCommandSucceeded(testDB, {create: 'baz'});
        } else {
            print("Checking write operations, should fail");
            testDB.foo.insert({a: 1, i: 1, j: 1});
            assert.eq(0, authenticatedConn.getDB('test').foo.count({a: 1, i: 1, j: 1}));
            checkCommandFailed(
                testDB, {findAndModify: "foo", query: {a: 1, i: 1, j: 1}, update: {$set: {b: 1}}});
            checkCommandFailed(testDB, {reIndex: 'foo'});
            checkCommandFailed(testDB, {repairDatabase: 1});
            checkCommandFailed(testDB,
                               {mapreduce: 'foo', map: map, reduce: reduce, out: 'mrOutput'});
            checkCommandFailed(testDB, {drop: 'foo'});
            checkCommandFailed(testDB, {dropDatabase: 1});
            var passed = true;
            try {
                // For some reason when create fails it throws an exception instead of just
                // returning ok:0
                var res = testDB.runCommand({create: 'baz'});
                if (!res.ok) {
                    passed = false;
                }
            } catch (e) {
                // expected
                printjson(e);
                passed = false;
            }
            assert(!passed);
        }
    };

    var checkAdminOps = function(hasAuth) {
        if (hasAuth) {
            checkCommandSucceeded(adminDB, {getCmdLineOpts: 1});
            checkCommandSucceeded(adminDB, {serverStatus: 1});
            checkCommandSucceeded(adminDB, {listShards: 1});
            checkCommandSucceeded(adminDB, {whatsmyuri: 1});
            checkCommandSucceeded(adminDB, {isdbgrid: 1});
            checkCommandSucceeded(adminDB, {ismaster: 1});
            checkCommandSucceeded(adminDB, {split: 'test.foo', find: {i: 1, j: 1}});
            var chunk = configDB.chunks.findOne({shard: st.rs0.name});
            checkCommandSucceeded(
                adminDB,
                {moveChunk: 'test.foo', find: chunk.min, to: st.rs1.name, _waitForDelete: true});
        } else {
            checkCommandFailed(adminDB, {getCmdLineOpts: 1});
            checkCommandFailed(adminDB, {serverStatus: 1});
            checkCommandFailed(adminDB, {listShards: 1});
            // whatsmyuri, isdbgrid, and ismaster don't require any auth
            checkCommandSucceeded(adminDB, {whatsmyuri: 1});
            checkCommandSucceeded(adminDB, {isdbgrid: 1});
            checkCommandSucceeded(adminDB, {ismaster: 1});
            checkCommandFailed(adminDB, {split: 'test.foo', find: {i: 1, j: 1}});
            var chunkKey = {i: {$minKey: 1}, j: {$minKey: 1}};
            checkCommandFailed(
                adminDB,
                {moveChunk: 'test.foo', find: chunkKey, to: st.rs1.name, _waitForDelete: true});
        }
    };

    var checkRemoveShard = function(hasWriteAuth) {
        if (hasWriteAuth) {
            // start draining
            checkCommandSucceeded(adminDB, {removeshard: st.rs1.name});
            // Wait for shard to be completely removed
            checkRemoveShard = function() {
                var res = checkCommandSucceeded(adminDB, {removeshard: st.rs1.name});
                return res.msg == 'removeshard completed successfully';
            };
            assert.soon(checkRemoveShard, "failed to remove shard");
        } else {
            checkCommandFailed(adminDB, {removeshard: st.rs1.name});
        }
    };

    var checkAddShard = function(hasWriteAuth) {
        if (hasWriteAuth) {
            checkCommandSucceeded(adminDB, {addshard: st.rs1.getURL()});
        } else {
            checkCommandFailed(adminDB, {addshard: st.rs1.getURL()});
        }
    };

    st.stopBalancer();

    jsTestLog("Checking admin commands with admin auth credentials");
    checkAdminOps(true);
    assert(adminDB.logout().ok);

    jsTestLog("Checking admin commands with no auth credentials");
    checkAdminOps(false);

    jsTestLog("Checking commands with no auth credentials");
    checkReadOps(false);
    checkWriteOps(false);

    // Authenticate as read-only user
    jsTestLog("Checking commands with read-only auth credentials");
    assert(testDB.auth(roUser, password));
    checkReadOps(true);
    checkWriteOps(false);

    // Authenticate as read-write user
    jsTestLog("Checking commands with read-write auth credentials");
    assert(testDB.auth(rwUser, password));
    checkReadOps(true);
    checkWriteOps(true);

    jsTestLog("Check drainging/removing a shard");
    assert(testDB.logout().ok);
    checkRemoveShard(false);
    assert(adminDB.auth(rwUser, password));
    assert(testDB.dropDatabase().ok);
    checkRemoveShard(true);
    st.printShardingStatus();

    jsTestLog("Check adding a shard");
    assert(adminDB.logout().ok);
    checkAddShard(false);
    assert(adminDB.auth(rwUser, password));
    checkAddShard(true);
    st.printShardingStatus();

    st.stop();
})();