51 lines
1.6 KiB
JavaScript
51 lines
1.6 KiB
JavaScript
/*
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* Test that a well timed abortShardSplit command does not abort an already committed split.
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*
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* @tags: [requires_fcv_62, serverless]
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*/
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import {assertMigrationState, ShardSplitTest} from "jstests/serverless/libs/shard_split_test.js";
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load("jstests/libs/fail_point_util.js");
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const failpoints = ["pauseShardSplitAfterUpdatingToCommittedState"];
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function testAbortAfterSplitIsAppliedStillsCommits(failpoint) {
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"use strict";
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const tenantIds = [ObjectId(), ObjectId()];
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const test = new ShardSplitTest({quickGarbageCollection: true});
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test.addRecipientNodes();
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const donorPrimary = test.getDonorPrimary();
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const operation = test.createSplitOperation(tenantIds);
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let blockFp = configureFailPoint(donorPrimary, failpoint);
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let splitThread = operation.commitAsync();
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blockFp.wait();
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// abortCmd expects to have the decisionPromise fullfilled which would be blocked by the
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// `failpoint` already blocking from returning the promise.
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let ranAbortFp = configureFailPoint(donorPrimary, "pauseShardSplitAfterReceivingAbortCmd");
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let abortThread = operation.abortAsync();
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ranAbortFp.wait();
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blockFp.off();
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assert.commandWorked(splitThread.returnData());
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// now that the decisionPromise is fullfilled we can remove the failpoint.
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ranAbortFp.off();
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assert.commandFailed(abortThread.returnData());
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assertMigrationState(donorPrimary, operation.migrationId, "committed");
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operation.forget();
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test.waitForGarbageCollection(operation.migrationId, tenantIds);
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test.stop();
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}
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failpoints.forEach(fp => {
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testAbortAfterSplitIsAppliedStillsCommits(fp);
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});
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