Examples of TestStep

com.eviware.soapui.model.testsuite.TestStep
A TestStep in a TestCase @author Ole.Matzura
com.hamburgsud.log4testing.core.data.TestStep
This class stores all the data which corresponds to a test step. Which data is to be stored in a test step is to be decided by test writers themselves. That means that test writers can decide if they want log technical or domain driven commands or for instance which messages will be provided by their implementations of their commands after execution. The usual case is that every test step has the following information:
- The starting time when the execution of a test step was started (see {@link #start()})
- The finishing time when the execution of a test step was finished (see {@link #finish()})
- Which command was executed, if it was successful (the status) and if their are some additional information related to the execution of this test step
The starting time of a test step will be automatically set when a new instance of this test step is created.
In addition to all the mentioned information every test step has its unique id which is unique in the context of the JVM, but not between two executions. This means that the id of a test step can change with the next execution.
@author
net.thucydides.core.model.TestStep
An acceptance test run is made up of test steps. Test steps can be either concrete steps or groups of steps. Each concrete step should represent an action by the user, and (generally) an expected outcome. A test step is described by a narrative-style phrase (e.g. "the user clicks on the 'Search' button', "the user fills in the registration form', etc.). A screenshot is stored for each step. @author johnsmart
org.helidb.test.support.concurrent.TestStep
A test step that should be run before waiting on a latch. @author Karl Gustafsson

Examples of org.helidb.test.support.concurrent.TestStep

      populateDb(db);
      Map<String, Object> m = new HashMap<String, Object>();
      m.put("db", db);
      m.put("latch1", new CountDownLatch(2));
      m.put("flag1", new AtomicBoolean(false));
      new ConcurrentTestRunner(new TestStep[][] { new TestStep[] { new TestStep() {
        public void runStep(Map<String, Object> mp) throws Exception
        {
          CountDownLatch l1 = (CountDownLatch) mp.get("latch1");
          try
          {
            TransactionalDatabase<?, ?> tdb = (TransactionalDatabase<?, ?>) mp.get("db");
            // Start a transaction and count down the latch
            Transaction txn = Transaction.startTransaction(false);
            try
            {
              // Let the database join the transaction
              tdb.joinTransaction(false);
              l1.countDown();
              l1.await();
              l1 = null;


              // Sleep awhile to give the other thread plenty of
              // time to set the flag
              Thread.sleep(1000);
              // Still not set
              assertFalse(((AtomicBoolean) mp.get("flag1")).get());
            }
            finally
            {
              txn.rollback();
            }
          }
          finally
          {
            if (l1 != null)
            {
              l1.countDown();
            }
          }
        }
      } }, new TestStep[] { new TestStep() {
        public void runStep(Map<String, Object> mp) throws Exception
        {
          CountDownLatch l1 = (CountDownLatch) mp.get("latch1");
          try
          {

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Examples of org.helidb.test.support.concurrent.TestStep

        Map<String, Object> m = new HashMap<String, Object>();
        m.put("db1", db1);
        m.put("db2", db2);
        m.put("latch1", new CountDownLatch(2));
        m.put("flag1", new AtomicBoolean(false));
        new ConcurrentTestRunner(new TestStep[][] { new TestStep[] { new TestStep() {
          public void runStep(Map<String, Object> mp) throws Exception
          {
            CountDownLatch l1 = (CountDownLatch) mp.get("latch1");
            try
            {
              TransactionalDatabase<?, ?> tdb1 = (TransactionalDatabase<?, ?>) mp.get("db1");
              TransactionalDatabase<?, ?> tdb2 = (TransactionalDatabase<?, ?>) mp.get("db2");
              // Start a transaction and count down the latch
              Transaction txn = Transaction.startTransaction(false);
              try
              {
                // Let the databases join the transaction
                tdb1.joinTransaction(false);
                tdb2.joinTransaction(false);
                l1.countDown();
                l1.await();
                l1 = null;


                // Sleep awhile to give the other thread plenty
                // of time to
                // set the flag
                Thread.sleep(1000);
                // Still not set
                assertFalse(((AtomicBoolean) mp.get("flag1")).get());
              }
              finally
              {
                txn.rollback();
              }
            }
            finally
            {
              if (l1 != null)
              {
                l1.countDown();
              }
            }
          }
        } }, new TestStep[] { new TestStep() {
          public void runStep(Map<String, Object> mp) throws Exception
          {
            CountDownLatch l1 = (CountDownLatch) mp.get("latch1");
            try
            {

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