print("BEGIN currentop.js"); // test basic currentop functionality + querying of nested documents t = db.jstests_currentop; t.drop(); for (i = 0; i < 100; i++) { t.save({"num": i}); } print("count:" + t.count()); function ops(q) { printjson(db.currentOp().inprog); return db.currentOp(q).inprog; } print("start shell"); // sleep for a second for each (of 100) documents; can be killed in between documents & test should // complete before 100 seconds s1 = startParallelShell("db.jstests_currentop.count( { '$where': function() { sleep(1000); } } )"); print("sleep"); sleep(1000); print("inprog:"); printjson(db.currentOp().inprog); print(); sleep(1); print("inprog:"); printjson(db.currentOp().inprog); print(); // need to wait for read to start print("wait have some ops"); assert.soon(function() { return ops({"locks.Collection": "r", "ns": "test.jstests_currentop"}).length + ops({"locks.Collection": "R", "ns": "test.jstests_currentop"}).length >= 1; }, "have_some_ops"); print("ok"); s2 = startParallelShell("db.jstests_currentop.update({ '$where': function() { sleep(150); } }," + " { '$inc': {num: 1} }, false, true );"); o = []; function f() { o = ops({"ns": "test.jstests_currentop"}); printjson(o); var writes = ops({"locks.Collection": "w", "ns": "test.jstests_currentop"}).length; var readops = ops({"locks.Collection": "r", "ns": "test.jstests_currentop"}); print("readops:"); printjson(readops); var reads = readops.length; print("total: " + o.length + " w: " + writes + " r:" + reads); return o.length > writes && o.length > reads; } print("go"); assert.soon(f, "f"); // avoid waiting for the operations to complete (if soon succeeded) for (var i in o) { db.killOp(o[i].opid); } start = new Date(); // The operations running in the parallel shells may or may not have been killed. s1({checkExitSuccess: false}); s2({checkExitSuccess: false}); // don't want to pass if timeout killed the js function assert((new Date()) - start < 30000);