/*

 * Copyright (c) 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:

 * This is the source file for testing Wlan Wizard library.

 */

// System includes

#include <QtCore>

#include <QTest>

// User includes

#include "testwlanwizard.h"

#include "wlanwizardutils.h"

// External function prototypes

// Local constants

// ======== LOCAL FUNCTIONS ========

// ======== MEMBER FUNCTIONS ========

// ---------------------------------------------------------

// FRAMEWORK FUNCTIONS

// ---------------------------------------------------------

/**

 * This function will be called before the first test function is executed.

 */

void TestWlanWizard::initTestCase()

{

}

/**

 * This function will be called after the last test function was executed.

 */

void TestWlanWizard::cleanupTestCase()

{

}

/**

 * This function will be called before each test function is executed.

 */

void TestWlanWizard::init()

{

}

/**

 * This function will be called after each test function is executed.

 */

void TestWlanWizard::cleanup()

{

}

// ---------------------------------------------------------

// TEST CASES

// ---------------------------------------------------------

void TestWlanWizard::testWepHex64Valid()

{

    QString key("a0cd9fACDF");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWepHex128Valid()

{

    QString key("ABCDEFabcdef0123456789AAAA");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWepHexInvalidCharacters()

{

    QString key("wlanwizard");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testWepAscii64Valid()

{

    QString key("testi");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWepAscii128Valid()

{

    QString key("wlanwizardjee");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWepAsciiInvalidCharacters()

{

    QString key("wlanwizardje");

    key.append(QChar(31));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testWepLength9Invalid()

{

    QString key("123456789");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength11Invalid()

{

    QString key("12345678901");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength25Invalid()

{

    QString key("1234567890123456789012345");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength27Invalid()

{

    QString key("123456789012345678901234567");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength4Invalid()

{

    QString key("1234");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength6Invalid()

{

    QString key("123456");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength12Invalid()

{

    QString key("123456789012");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

void TestWlanWizard::testWepLength14Invalid()

{

    QString key("12345678901234");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWepKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWepInvalidLength);

}

// ----------------------------------------------------------------------------

// WPA test cases

// ----------------------------------------------------------------------------

void TestWlanWizard::testWpaHexValid()

{

    QString key("1234567890123456789012345678abcdefabcdefabcdefABCDEFABCDEFABCDEF");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWpaHexInvalidCharacters()

{

    QString key("abcdefabcdefabcdefABCDEFABCDEFABCDEF123456789012345678901234567G");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testWpaAsciiLength8Valid()

{

    QString key("ictsucks");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWpaAsciiLength63Valid()

{

    QString key("zxcvbnm,.-asdfghjkl'qwertyuiop1234567890qwertyuiopzxcvbnm,.-123");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testWpaAsciiLength64Invalid()

{

    QString key("zxcvbnm,.-asdfghjkl'qwertyuiop1234567890qwertyuiopzxcvbnm,.-1234");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);  

}

void TestWlanWizard::testWpaAsciiInvalidCharacters()

{

    QString key("wizardrules");

    key.append(QChar(127));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testWpaLength7Invalid()

{

    QString key("wizards");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWpaTooShort);

}

void TestWlanWizard::testWpaLength65Invalid()

{

    QString key("zxcvbnm,.-asdfghjkl'qwertyuiop1234567890qwertyuiopzxcvbnm,.-12345");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::validateWpaKey(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusWpaTooLong);  

}

// ----------------------------------------------------------------------------

// ASCII test cases

// ----------------------------------------------------------------------------

void TestWlanWizard::testAsciiValidCharacters()

{

    QString key;

    for (int i = 32 ; i <= 126 ; i++){

        key.append(QChar(i));

    }

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isAscii(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);

}

void TestWlanWizard::testAsciiInvalidCharactersLower()

{

    QString key("wizardrules");

    key.append(QChar(31));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isAscii(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testAsciiInvalidCharactersUpper()

{

    QString key("wizardrules");

    key.append(QChar(127));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isAscii(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

// ----------------------------------------------------------------------------

// HEX test cases

// ----------------------------------------------------------------------------

void TestWlanWizard::testHexValidCharacters()

{

    QString key("abcdefABCDEF1234567890");

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusOk);   

}

void TestWlanWizard::testHexInvalidCharactersDigitLower()

{

    QString key("afAF09");

    key.append(QChar(47));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);   

}

void TestWlanWizard::testHexInvalidCharactersDigitUpper()

{

    QString key("abc");

    key.append(QChar(58));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testHexInvalidCharacters_a_Lower()

{

    QString key("abc");

    key.append(QChar(96));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testHexInvalidCharacters_f_Upper()

{

    QString key("abc");

    key.append(QChar(103));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testHexInvalidCharacters_A_Lower()

{

    QString key("abc");

    key.append(QChar(64));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}

void TestWlanWizard::testHexInvalidCharacters_F_Upper()

{

    QString key("abc");

    key.append(QChar(71));

    WlanWizardUtils::KeyStatus status = WlanWizardUtils::isHex(key);

    QCOMPARE(status, WlanWizardUtils::KeyStatusIllegalCharacters);

}