/**
* Test Case Name: Verify multiple Windows Servers can be added and modeled correctly
*
* <p>Summary: This test case verifies the ability to add and model multiple Server Window targets
* simultaneously to discover the windows device components.
*
* <p>Pre-requisites: Zenoss instance is running Python Collector ZenPack is installed Microsoft
* Windows ZenPack is installed
*
* <p>Post-requisites: The added devices must be deleted
*
* <p>Author Alexander Sanchez
*
* @param testCaseId The id of the test case
* @param username User name of the application to test
* @param password User password of the application to test
* @param deviceName Name of the win 2008 device to add
* @param windowsUser the windows user credential needed to model the windows 2003 device
* @param windowsPassword the windows password credential needed to model the device
* @param zenPackName the zenpack name
* @param expectedComponents The list of components that need to be checked
* @throws Exception Exception
*/
@Test(groups = {"tc_32428"})
@Parameters({
"tc_32428_testcaseid",
"tc_32428_username",
"tc_32428_password",
"tc_ps_win_devicename",
"tc_32428_windowsuser",
"tc_32428_windowspassword",
"zenpack_microsoftwindowsname",
"tc_win2008_expected_components"
})
public void verifyAddMultipleDevicesFunctionalityForWindowsZenpack(
String testCaseId,
String username,
String password,
String deviceName,
String windowsUser,
String windowsPassword,
String zenPackName,
String expectedComponents) {
// ***Pre-Test
setTestCaseSection(TEST_CASE_SECTION_PRETEST);
TestlinkCommands.addStepDescription(TEST_CASE_SECTION_PRETEST_LABEL);
TestlinkCommands.setTestCaseID(testCaseId);
CommonPage commonPage = new CommonPage();
String endPoint = getEndPoint();
String targetNameSpace = getTargetNameSpace();
String host = getHostName();
Autoinstall autoinstall = new Autoinstall();
ZenPacksCommon.validateZenpackInstalledCompleteWorkFlow(username, password, zenPackName);
Utilities.waitTime(ConstantsClass.TIMEOUT_2_SECONDS);
DevicesPage devicesPage =
(DevicesPage) commonPage.navigateTo(ConstantsClass.INFRASTRUCTURE_PAGE);
Assert.assertTrue(devicesPage.checkPage(), "Infrastructure page is not displayed");
if (DevicesCommon.selectDeviceInList(devicesPage, deviceName, ConstantsClass.DEVICE_FILTER))
Assert.assertTrue(
autoinstall.deleteDevice(endPoint, targetNameSpace, host, deviceName),
String.format("Device can't be deleted"));
// ***Test
setTestCaseSection(TEST_CASE_SECTION_TEST);
Assert.assertTrue(
devicesPage.clickOnAddDeviceButton(),
"The list with options to add device is not displayed");
devicesPage.clickOnAddDeviceOption(ConstantsClass.ADD_MULTIPLE_DEVICES_OPTION_NAME);
// These parameters are quite cumbersome, but are needed for the following method. Said method
// will need to be optimized in the future
String parameters =
ConstantsClass.ADD_INFRASTRUCTURE_CATEGORY_SERVER
+ ","
+ ConstantsClass.ADD_INFRASTRUCTURE_TYPE_WIN_SERVER_RM
+ ","
+ deviceName
+ ","
+ windowsUser
+ ","
+ windowsPassword;
DevicesCommon.addMultipleDevices(new AddMultipleDevicesPage(), parameters);
devicesPage = (DevicesPage) commonPage.navigateTo(ConstantsClass.INFRASTRUCTURE_PAGE);
Assert.assertTrue(devicesPage.checkPage(), "Infrastructure page is not displayed");
Utilities.waitTime(TIMEOUT_5_SECONDS);
OverviewPage overviewPage = devicesPage.clickDeviceLink(deviceName);
String[] components = expectedComponents.split(",");
Assert.assertTrue(
overviewPage.areExpectedComponentsDisplayed(components),
"After manually changing the creds, the components were not modeled correctly");
// Post Test
setTestCaseSection(TEST_CASE_SECTION_POSTTEST);
// Delete the device
Assert.assertTrue(
autoinstall.deleteDevice(endPoint, targetNameSpace, host, deviceName),
String.format("Device [%s] can't be deleted", deviceName));
}
