/*

* Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of "Eclipse Public License v1.0"

* which accompanies this distribution, and is available

* at the URL "http://www.eclipse.org/legal/epl-v10.html".

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description:

*

*/

package com.nokia.mj.impl.storage;

import com.nokia.mj.test.storage.utils.StorageSessionTestUtils;

import com.nokia.mj.impl.installer.utils.InstallerMain;

import j2meunit.framework.Test;

import j2meunit.framework.TestCase;

import j2meunit.framework.TestMethod;

import j2meunit.framework.TestSuite;

/**

 * StorageAttirubte test cases. See test methods for test case details.

 */

public class TestStorageAttribute extends TestCase

        implements InstallerMain, StorageNames

{

    /**

     * Directory for JavaStorage tests.

     */

    private static final String iTestRoot = "./jstest";

    /**

     * Directory for JavaStorage journal and temp files.

     */

    private static final String iIsRoot = iTestRoot + "/js";

    private StorageSession iSession = null;

    private StorageSessionTestUtils iJtu = null;

    public void installerMain(String[] args)

    {

        TestSuite suite = new TestSuite(this.getClass().getName());

        suite.addTest(new TestStorageAttribute("testNameValueConstructor", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testNameValueConstructor();

            }

        }));

        suite.addTest(new TestStorageAttribute("testNameValueTypeConstructor", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testNameValueTypeConstructor();

            }

        }));

        suite.addTest(new TestStorageAttribute("testAttribute", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testAttribute();

            }

        }));

        suite.addTest(new TestStorageAttribute("testtoString", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testtoString();

            }

        }));

        suite.addTest(new TestStorageAttribute("testEscape", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testEscape();

            }

        }));

        suite.addTest(new TestStorageAttribute("testEscapeToStorage", new TestMethod()

        {

            public void run(TestCase tc)

            {

                ((TestStorageAttribute)tc).testEscapeToStorage();

            }

        }));

        com.nokia.mj.impl.utils.OmjTestRunner.run(suite);

    }

    public TestStorageAttribute()

    {

    }

    public TestStorageAttribute(String aTestName, TestMethod aTestMethod)

    {

        super(aTestName, aTestMethod);

    }

    protected void setUp()

    {

        iSession = StorageFactory.createSession();

        iJtu = new StorageSessionTestUtils();

    }

    protected void tearDown()

    {

        if (iSession != null)

        {

            try

            {

                iSession.destroySession();

            }

            catch (StorageException se)

            {

                // No can do

                System.out.println("TearDown failed: " + se.toString());

            }

        }

    }

    /**

     * Test constructor with name and value.

     * 2. Test with Name and Value.

     * 3. Test Name null throws StorageException

     * 4. Test Name "" throws StorageException

     * 6. Test value "".

     * 7. Test one len name and value.

     */

    public void testNameValueConstructor()

    {

        StorageAttribute sa = new StorageAttribute("N/A", "N/A");

        // 2. Test with Name and Value

        try

        {

            String name = "AttrName";

            String value = "AttrValue";

            sa = new StorageAttribute(name, value);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            // Default value is set if not defined.

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 3. Test null name

        try

        {

            String name = null;

            String value = "AttrValue";

            sa = new StorageAttribute(name, value);

            assertTrue("Null name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 4. Test empty name

        try

        {

            String name = "";

            String value = "AttrValue";

            sa = new StorageAttribute(name, value);

            assertTrue("Empty name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 5. Test null value.

        try

        {

            String name = "AttrName";

            String value = null;

            sa = new StorageAttribute(name, value);

        }

        catch (StorageException se)

        {

        }

        catch (Throwable t)

        {

            assertTrue("Wrong exp thrown: " + t.toString(), false);

        }

        // 6. Test empty value

        try

        {

            String name = "AttrName";

            String value = "";

            sa = new StorageAttribute(name, value);

            assertTrue(name.equals(sa.getName()));

            assertTrue(sa.getValue() == "");

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 7. Test one len arguments

        try

        {

            String name = "A";

            String value = "V";

            sa = new StorageAttribute(name, value);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            // Default value is set if not defined.

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 8. Test value null, type STRING throws StorageException.

        try

        {

            String name = "A";

            String value = null;

            sa = new StorageAttribute(name, value);

        }

        catch (StorageException se)

        {

        }

        catch (Throwable t)

        {

            assertTrue("Wrong exception thrown: " + t.toString(), false);

        }

    }

    /**

     * Test constructor with name, value and type.

     * 1. Test with Name, Value and Type.

     * 2. Test Name null throws StorageException

     * 3. Test Name "" throws StorageException

     * 4. Test value null. If value is not set null is returned.

     * 5. Test value "".

     * 6. Test TYPE is set.

     * 7. Test one len arguments.

     * 8. Test not supported type throws StorageException.

     */

    public void testNameValueTypeConstructor()

    {

        StorageAttribute sa = null;

        // 1. Test with Name, Value and Type.

        try

        {

            String name = "AttrName";

            String value = "AttrValue";

            sa = new StorageAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            assertTrue(sa.getType() == StorageAttribute.INT_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 2. Test null name

        try

        {

            String name = null;

            String value = "AttrValue";

            sa = new StorageAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue("Null name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 3. Test empty name

        try

        {

            String name = "";

            String value = "AttrValue";

            sa = new StorageAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue("Empty name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 4. Test null value.

        try

        {

            String name = "AttrName";

            String value = null;

            sa = new StorageAttribute(name, value, StorageAttribute.NULL_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(sa.getValue() == null);

            assertTrue(sa.getType() == StorageAttribute.NULL_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 5. Test empty value

        try

        {

            String name = "AttrName";

            String value = "";

            sa = new StorageAttribute(name, value, StorageAttribute.STRING_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(sa.getValue() == "");

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 6. and 7. Test one len arguments.

        try

        {

            String name = "A";

            String value = "V";

            sa = new StorageAttribute(

                name, value, StorageAttribute.STRING_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            // Default value is set if not defined.

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute creation failed: " + se.getMessage(), false);

        }

        // 8. Test not supported type throws StorageException.

        try

        {

            String name = NAME;

            String value = "AttrValue";

            sa = new StorageAttribute(name, value, 8);

            assertTrue("Not defined type do not throw exp", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

    }

    /**

     * Test constructor with name, value and type.

     * Getters are used to verify values.

     *

     * 1. Test with Name, Value and Type.

     * 2. Test Name null throws StorageException

     * 3. Test Name "" throws StorageException

     * 4. Test value null. If value is not set null is returned.

     * 5. Test value "".

     * 6. Test one len arguments.

     */

    public void testAttribute()

    {

        StorageAttribute sa = new StorageAttribute("N/A", "N/A");

        // 1. Test with Name, Value and Type.

        try

        {

            String name = "AttrName";

            String value = "AttrValue";

            sa.setAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            assertTrue(sa.getType() == StorageAttribute.INT_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute set failed: " + se.getMessage(), false);

        }

        // 2. Test null name

        try

        {

            String name = null;

            String value = "AttrValue";

            sa.setAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue("Null name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 3. Test empty name

        try

        {

            String name = "";

            String value = "AttrValue";

            sa.setAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue("Empty name does not throw exception", false);

        }

        catch (StorageException se)

        {

            // PASSED

        }

        // 4. Test null value.

        try

        {

            String name = "AttrName";

            String value = null;

            sa.setAttribute(name, value, StorageAttribute.NULL_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(sa.getValue() == null);

            assertTrue(sa.getType() == StorageAttribute.NULL_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute set failed: " + se.getMessage(), false);

        }

        // 5. Test empty value.

        try

        {

            String name = "AttrName";

            String value = "";

            sa.setAttribute(name, value, StorageAttribute.INT_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(sa.getValue() == "");

            assertTrue(sa.getType() == StorageAttribute.INT_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute set failed: " + se.getMessage(), false);

        }

        // 6. Test one len arguments

        try

        {

            String name = "N";

            String value = "V";

            sa.setAttribute(name, value, StorageAttribute.STRING_TYPE);

            assertTrue(name.equals(sa.getName()));

            assertTrue(value.equals(sa.getValue()));

            assertTrue(sa.getType() == StorageAttribute.STRING_TYPE);

        }

        catch (StorageException se)

        {

            assertTrue("Attribute set failed: " + se.getMessage(), false);

        }

    }

    /**

     * Test toString method.

     * 1. Test with Name, Value and Type.

     * 2. Test value null.

     * 3. Test value "".

     */

    public void testtoString()

    {

        try

        {

            // 1. Test with Name, Value and Type.

            String name = "AttrName";

            String value = "AttrValue";

            StorageAttribute sa =

                new StorageAttribute(name, value, StorageAttribute.INT_TYPE);

            String refString = "AttrName='AttrValue' Type: 1";

            assertTrue(sa.toString().equals(refString));

            // 2. Test value null

            value = null;

            sa.setAttribute(name, value, StorageAttribute.NULL_TYPE);

            refString = "AttrName='NULL' Type: 3";

            assertTrue(sa.toString().equals(refString));

            // 3. Test value empty

            value = "";

            sa.setAttribute(name, value, StorageAttribute.INT_TYPE);

            refString = "AttrName='' Type: 1";

            assertTrue(sa.toString().equals(refString));

        }

        catch (Throwable t)

        {

            assertTrue("Unexpected exp: " + t.toString(), false);

        }