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adminUser = {
db : "admin",
username : "foo",
password : "bar"
};
testUser = {
db : "test",
username : "bar",
password : "baz"
};
testUserReadOnly = {
db : "test",
username : "sad",
password : "bat"
};
function login(userObj , thingToUse ) {
if ( ! thingToUse )
thingToUse = s;
var n = thingToUse.getDB(userObj.db).runCommand({getnonce: 1});
var a = thingToUse.getDB(userObj.db).runCommand({authenticate: 1, user: userObj.username, nonce: n.nonce, key: thingToUse.getDB("admin").__pwHash(n.nonce, userObj.username, userObj.password)});
printjson(a);
}
function logout(userObj, thingToUse ) {
if ( ! thingToUse )
thingToUse = s;
s.getDB(userObj.db).runCommand({logout:1});
}
function getShardName(rsTest) {
var master = rsTest.getMaster();
var config = master.getDB("local").system.replset.findOne();
var members = config.members.map(function(elem) { return elem.host; });
return config._id+"/"+members.join(",");
}
var s = new ShardingTest( "auth1", 0 , 0 , 1 , {rs: true, extraOptions : {"keyFile" : "jstests/libs/key1"}, noChunkSize : true});
print("logging in first, if there was an unclean shutdown the user might already exist");
login(adminUser);
var user = s.getDB("admin").system.users.findOne();
if (user) {
print("user already exists");
printjson(user);
}
else {
print("adding user");
s.getDB(adminUser.db).createUser({user: adminUser.username,
pwd: adminUser.password,
roles: jsTest.adminUserRoles});
}
login(adminUser);
assert.writeOK(s.getDB( "config" ).settings.update({ _id: "chunksize" },
{ $set: { value : 1 }}, true ));
printjson(s.getDB("config").settings.find().toArray());
print("restart mongos");
stopMongoProgram(31000);
var opts = { port : 31000, v : 2, configdb : s._configDB, keyFile : "jstests/libs/key1", chunkSize : 1 };
var conn = startMongos( opts );
s.s = s._mongos[0] = s["s0"] = conn;
login(adminUser);
d1 = new ReplSetTest({name : "d1", nodes : 3, startPort : 31100, useHostName : true });
d1.startSet({keyFile : "jstests/libs/key2", verbose : 0});
d1.initiate();
print("initiated");
var shardName = getShardName(d1);
print("adding shard w/out auth "+shardName);
logout(adminUser);
var result = s.getDB("admin").runCommand({addShard : shardName});
printjson(result);
assert.eq(result.code, 13);
login(adminUser);
print("adding shard w/wrong key "+shardName);
var thrown = false;
try {
result = s.adminCommand({addShard : shardName});
}
catch(e) {
thrown = true;
printjson(e);
}
assert(thrown);
print("start rs w/correct key");
d1.stopSet();
d1.startSet({keyFile : "jstests/libs/key1", verbose : 0});
d1.initiate();
var master = d1.getMaster();
print("adding shard w/auth "+shardName);
result = s.getDB("admin").runCommand({addShard : shardName});
assert.eq(result.ok, 1, tojson(result));
s.getDB("admin").runCommand({enableSharding : "test"});
s.getDB("admin").runCommand({shardCollection : "test.foo", key : {x : 1}});
d1.waitForState( d1.getSecondaries(), d1.SECONDARY, 5 * 60 * 1000 )
s.getDB(testUser.db).createUser({user: testUser.username,
pwd: testUser.password,
roles: jsTest.basicUserRoles})
s.getDB(testUserReadOnly.db).createUser({user: testUserReadOnly.username,
pwd: testUserReadOnly.password,
roles: jsTest.readOnlyUserRoles});
logout(adminUser);
print("query try");
var e = assert.throws(function() {
conn.getDB("foo").bar.findOne();
});
printjson(e);
print("cmd try");
assert.eq( 0, conn.getDB("foo").runCommand({listDatabases:1}).ok );
print("insert try 1");
s.getDB("test").foo.insert({x:1});
login(testUser);
assert.eq(s.getDB("test").foo.findOne(), null);
print("insert try 2");
assert.writeOK(s.getDB("test").foo.insert({ x: 1 }));
assert.eq( 1 , s.getDB( "test" ).foo.find().itcount() , tojson(result) );
logout(testUser);
d2 = new ReplSetTest({name : "d2", nodes : 3, startPort : 31200, useHostName : true });
d2.startSet({keyFile : "jstests/libs/key1", verbose : 0});
d2.initiate();
d2.awaitSecondaryNodes();
shardName = getShardName(d2);
print("adding shard "+shardName);
login(adminUser);
print("logged in");
result = s.getDB("admin").runCommand({addShard : shardName})
ReplSetTest.awaitRSClientHosts(s.s, d1.nodes, {ok: true });
ReplSetTest.awaitRSClientHosts(s.s, d2.nodes, {ok: true });
s.getDB("test").foo.remove({})
var num = 100000;
var bulk = s.getDB("test").foo.initializeUnorderedBulkOp();
for (i=0; i<num; i++) {
bulk.insert({ _id: i, x: i, abc: "defg", date: new Date(), str: "all the talk on the market" });
}
assert.writeOK(bulk.execute());
var d1Chunks;
var d2Chunks;
var totalChunks;
assert.soon(function() {
d1Chunks = s.getDB("config").chunks.count({shard : "d1"});
d2Chunks = s.getDB("config").chunks.count({shard : "d2"});
totalChunks = s.getDB("config").chunks.count({ns : "test.foo"});
print("chunks: " + d1Chunks+" "+d2Chunks+" "+totalChunks);
return d1Chunks > 0 && d2Chunks > 0 && d1Chunks+d2Chunks == totalChunks;
}, "Chunks failed to balance: " + d1Chunks+" "+d2Chunks+" "+totalChunks,
60000,
5000);
//SERVER-3645
//assert.eq(s.getDB("test").foo.count(), num+1);
var numDocs = s.getDB("test").foo.find().itcount()
if (numDocs != num) {
// Missing documents. At this point we're already in a failure mode, the code in this statement
// is to get a better idea how/why it's failing.
var numDocsSeen = 0;
var lastDocNumber = -1;
var missingDocNumbers = [];
var docs = s.getDB("test").foo.find().sort({x:1}).toArray();
for (var i = 0; i < docs.length; i++) {
if (docs[i].x != lastDocNumber + 1) {
for (var missing = lastDocNumber + 1; missing < docs[i].x; missing++) {
missingDocNumbers.push(missing);
}
}
lastDocNumber = docs[i].x;
numDocsSeen++;
}
assert.eq(numDocs, numDocsSeen, "More docs discovered on second find()")
assert.eq(num - numDocs, missingDocNumbers.length);
load('jstests/libs/trace_missing_docs.js');
for ( var i = 0; i < missingDocNumbers.length; i++ ) {
jsTest.log( "Tracing doc: " + missingDocNumbers[i] );
traceMissingDoc( s.getDB( "test" ).foo, { _id : missingDocNumbers[i],
x : missingDocNumbers[i] } );
}
assert(false, "Number of docs found does not equal the number inserted. Missing docs: " + missingDocNumbers);
}
//SERVER-4031
/*
s.s.setSlaveOk();
// We're only sure we aren't duplicating documents iff there's no balancing going on here
// This call also waits for any ongoing balancing to stop
s.stopBalancer()
*/
var cursor = s.getDB("test").foo.find({x:{$lt : 500}});
var count = 0;
while (cursor.hasNext()) {
cursor.next();
count++;
}
assert.eq(count, 500);
logout(adminUser);
d2.waitForState( d2.getSecondaries(), d2.SECONDARY, 5 * 60 * 1000 )
// add admin on shard itself, hack to prevent localhost auth bypass
d1.getMaster().getDB(adminUser.db).createUser({user: adminUser.username,
pwd: adminUser.password,
roles: jsTest.adminUserRoles},
{w: 3, wtimeout: 60000});
d2.getMaster().getDB(adminUser.db).createUser({user: adminUser.username,
pwd: adminUser.password,
roles: jsTest.adminUserRoles},
{w: 3, wtimeout: 60000});
login(testUser);
print( "testing map reduce" );
/* sharded map reduce can be tricky since all components talk to each other.
for example SERVER-4114 is triggered when 1 mongod connects to another for final reduce
it's not properly tested here since addresses are localhost, which is more permissive */
var res = s.getDB("test").runCommand(
{mapreduce : "foo",
map : function() { emit(this.x, 1); },
reduce : function(key, values) { return values.length; },
out:"mrout"
});
printjson(res);
assert.commandWorked(res);
// check that dump doesn't get stuck with auth
var x = runMongoProgram( "mongodump", "--host", "127.0.0.1:31000", "-d", testUser.db, "-u", testUser.username, "-p", testUser.password);
print("result: "+x);
// test read only users
print( "starting read only tests" );
readOnlyS = new Mongo( s.getDB( "test" ).getMongo().host )
readOnlyDB = readOnlyS.getDB( "test" );
print( " testing find that should fail" );
assert.throws( function(){ readOnlyDB.foo.findOne(); } )
print( " logging in" );
login( testUserReadOnly , readOnlyS );
print( " testing find that should work" );
readOnlyDB.foo.findOne();
print( " testing write that should fail" );
assert.writeError(readOnlyDB.foo.insert({ eliot: 1 }));
print( " testing read command (should succeed)" );
assert.commandWorked(readOnlyDB.runCommand({count : "foo"}));
print("make sure currentOp/killOp fail");
assert.throws(function() {
printjson(readOnlyDB.currentOp());
});
assert.throws(function() {
printjson(readOnlyDB.killOp(123));
});
// fsyncUnlock doesn't work in mongos anyway, so no need check authorization for it
/*
broken because of SERVER-4156
print( " testing write command (should fail)" );
assert.commandFailed(readOnlyDB.runCommand(
{mapreduce : "foo",
map : function() { emit(this.y, 1); },
reduce : function(key, values) { return values.length; },
out:"blarg"
}));
*/
print( " testing logout (should succeed)" );
assert.commandWorked(readOnlyDB.runCommand({logout : 1}));
print("make sure currentOp/killOp fail again");
assert.throws(function() {
printjson(readOnlyDB.currentOp());
});
assert.throws(function() {
printjson(readOnlyDB.killOp(123));
});
// fsyncUnlock doesn't work in mongos anyway, so no need check authorization for it
s.stop();
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