def setUp(self):
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("SystemStatusDBTest", "./SystemStatusDBTest.sql")
dbConfigurator.addUser("website", "cygnuscloud", "SystemStatusDBTest", False)
dbConfigurator.addUser("statusDBUpdater", "cygnuscloud", "SystemStatusDBTest", True)
self.__reader = SystemStatusDatabaseReader("website", "cygnuscloud", "SystemStatusDBTest")
self.__reader.connect()
self.__writer = SystemStatusDatabaseWriter("statusDBUpdater", "cygnuscloud", "SystemStatusDBTest")
self.__writer.connect()
def setUp(self):
'''
This method will be ran before EVERY unit test.
'''
# Create the database
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("ClusterServerDBTest", "./ClusterServerDBTest.sql")
# Add a user to it
dbConfigurator.addUser("cygnuscloud", "cygnuscloud", "ClusterServerDBTest")
self.__connector = ClusterServerDatabaseConnector("cygnuscloud", "cygnuscloud", "ClusterServerDBTest")
def setUp(self):
'''
This method will be ran before EVERY unit test.
'''
# Create the database
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("ImageRepositoryDBTest", "./ImageRepositoryDBTest.sql")
# Add a user to it
dbConfigurator.addUser("cygnuscloud", "cygnuscloud", "ImageRepositoryDBTest")
self.__connector = ImageRepositoryDBConnector("cygnuscloud", "cygnuscloud", "ImageRepositoryDBTest")
self.__connector.connect()
class CommandsDBTests(unittest.TestCase):
def setUp(self):
# Create the database
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("CommandsDBTest",
"./CommandsDBTest.sql")
# Add a user to it
self.__dbConfigurator.addUser("cygnuscloud", "cygnuscloud",
"CommandsDBTest")
self.__connector = CommandsDatabaseConnector("cygnuscloud",
"cygnuscloud",
"CommandsDBTest", 1)
self.__connector.connect()
def tearDown(self):
self.__connector.disconnect()
self.__dbConfigurator.dropDatabase("CommandsDBTest")
def test_addAndRemoveCommands(self):
self.__connector.addCommand(1, 0, "command arguments")
result = self.__connector.popCommand()
expectedResult = (1, 0, 'command arguments')
self.assertEquals(result[0][0], expectedResult[0],
"either addCommand or popCommand does not work")
self.assertEquals(result[1], expectedResult[1],
"either addCommand or popCommand does not work")
self.assertEquals(result[2], expectedResult[2],
"either addCommand or popCommand does not work")
result = self.__connector.addCommand(1, 1, "command2 arguments")
self.assertEquals(result, None, "addCommand does not work")
self.__connector.addCommand(2, 2, "command4 arguments")
self.__connector.addCommand(3, 3, "command5 arguments")
expectedResults = [(2, 2, "command4 arguments"),
(3, 3, "command5 arguments")]
for expectedResult in expectedResults:
result = self.__connector.popCommand()
self.assertEquals(result[0][0], expectedResult[0],
"either addCommand or popCommand does not work")
self.assertEquals(result[1], expectedResult[1],
"either addCommand or popCommand does not work")
self.assertEquals(result[2], expectedResult[2],
"either addCommand or popCommand does not work")
def test_addAndRemoveCommandOutputs(self):
commandID = self.__connector.addCommand(1, 0, "command arguments")
self.__connector.popCommand()
self.__connector.addCommandOutput(commandID, 0, "commandOutput")
result = self.__connector.getCommandOutput(commandID)
expectedResult = (0, "commandOutput")
self.assertEquals(
result, expectedResult,
"either addCommandOutput or getCommandOutput does not work")
def setUp(self):
'''
This method will be ran before EVERY unit test.
'''
# Create the database
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("ClusterServerDBTest",
"./ClusterServerDBTest.sql")
# Add a user to it
dbConfigurator.addUser("cygnuscloud", "cygnuscloud",
"ClusterServerDBTest")
self.__connector = ClusterServerDatabaseConnector(
"cygnuscloud", "cygnuscloud", "ClusterServerDBTest")
def setUp(self):
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("SystemStatusDBTest",
"./SystemStatusDBTest.sql")
dbConfigurator.addUser("website", "cygnuscloud", "SystemStatusDBTest",
False)
dbConfigurator.addUser("statusDBUpdater", "cygnuscloud",
"SystemStatusDBTest", True)
self.__reader = SystemStatusDatabaseReader("website", "cygnuscloud",
"SystemStatusDBTest")
self.__reader.connect()
self.__writer = SystemStatusDatabaseWriter("statusDBUpdater",
"cygnuscloud",
"SystemStatusDBTest")
self.__writer.connect()
def connectToDatabase(self, rootsPassword, databaseName, websiteUser, websiteUserPassword, updateUser, updateUserPassword):
# Create the status database
self.__rootsPassword = rootsPassword
self.__databaseName = databaseName
configurator = DBConfigurator(rootsPassword)
configurator.runSQLScript(databaseName, "../../database/SystemStatusDB.sql")
# Register the website and the update users
configurator.addUser(websiteUser, websiteUserPassword, databaseName, False)
configurator.addUser(updateUser, updateUserPassword, databaseName, True)
# Create the database connectors
self.__reader = SystemStatusDatabaseReader(websiteUser, websiteUserPassword, databaseName)
self.__writer = SystemStatusDatabaseWriter(updateUser, updateUserPassword, databaseName)
# Connect to the database
self.__reader.connect()
self.__writer.connect()
def setUp(self):
'''
This method will be ran before EVERY unit test.
'''
# Create the database
dbConfigurator = DBConfigurator("")
dbConfigurator.runSQLScript("ImageRepositoryDBTest",
"./ImageRepositoryDBTest.sql")
# Add a user to it
dbConfigurator.addUser("cygnuscloud", "cygnuscloud",
"ImageRepositoryDBTest")
self.__connector = ImageRepositoryDBConnector("cygnuscloud",
"cygnuscloud",
"ImageRepositoryDBTest")
self.__connector.connect()
def connectToDatabase(self, mysqlRootsPassword, dbName, dbUser, dbPassword, scriptPath):
"""
Establishes a connection with the cluster server database.
Args:
mysqlRootsPassword: MySQL root's password
dbName: the cluster server database's name
dbUser: the cluster server database's user name
dbPassword: the cluster server database's user password
scriptPath: the cluster server database's initialization script path
"""
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(dbName, scriptPath)
configurator.addUser(dbUser, dbPassword, dbName, True)
self.__dbConnector = ClusterServerDatabaseConnector(dbUser, dbPassword, dbName)
self.__dbConnector.connect()
self.__dbConnector.resetVMServersStatus()
def connectToDatabase(self, mysqlRootsPassword, dbName, dbUser, dbPassword,
scriptPath):
"""
Establishes a connection with the cluster server database.
Args:
mysqlRootsPassword: MySQL root's password
dbName: the cluster server database's name
dbUser: the cluster server database's user name
dbPassword: the cluster server database's user password
scriptPath: the cluster server database's initialization script path
"""
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(dbName, scriptPath)
configurator.addUser(dbUser, dbPassword, dbName, True)
self.__dbConnector = ClusterServerDatabaseConnector(
dbUser, dbPassword, dbName)
self.__dbConnector.connect()
self.__dbConnector.resetVMServersStatus()
class CommandsDBTests(unittest.TestCase):
def setUp(self):
# Create the database
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("CommandsDBTest", "./CommandsDBTest.sql")
# Add a user to it
self.__dbConfigurator.addUser("cygnuscloud", "cygnuscloud", "CommandsDBTest")
self.__connector = CommandsDatabaseConnector("cygnuscloud", "cygnuscloud", "CommandsDBTest", 1)
self.__connector.connect()
def tearDown(self):
self.__connector.disconnect()
self.__dbConfigurator.dropDatabase("CommandsDBTest")
def test_addAndRemoveCommands(self):
self.__connector.addCommand(1, 0, "command arguments")
result = self.__connector.popCommand()
expectedResult = (1, 0, 'command arguments')
self.assertEquals(result[0][0], expectedResult[0], "either addCommand or popCommand does not work")
self.assertEquals(result[1], expectedResult[1], "either addCommand or popCommand does not work")
self.assertEquals(result[2], expectedResult[2], "either addCommand or popCommand does not work")
result = self.__connector.addCommand(1, 1, "command2 arguments")
self.assertEquals(result, None, "addCommand does not work")
self.__connector.addCommand(2, 2, "command4 arguments")
self.__connector.addCommand(3, 3, "command5 arguments")
expectedResults = [(2, 2, "command4 arguments"), (3, 3, "command5 arguments")]
for expectedResult in expectedResults :
result = self.__connector.popCommand()
self.assertEquals(result[0][0], expectedResult[0], "either addCommand or popCommand does not work")
self.assertEquals(result[1], expectedResult[1], "either addCommand or popCommand does not work")
self.assertEquals(result[2], expectedResult[2], "either addCommand or popCommand does not work")
def test_addAndRemoveCommandOutputs(self):
commandID = self.__connector.addCommand(1, 0, "command arguments")
self.__connector.popCommand()
self.__connector.addCommandOutput(commandID, 0, "commandOutput")
result = self.__connector.getCommandOutput(commandID)
expectedResult = (0, "commandOutput")
self.assertEquals(result, expectedResult, "either addCommandOutput or getCommandOutput does not work")
def connectToDatabases(self, mysqlRootsPassword, statusDBName, commandsDBName, statusdbSQLFilePath, commandsDBSQLFilePath,
websiteUser, websiteUserPassword, endpointUser, endpointUserPassword):
"""
Establishes a connection with the system status database.
Args:
mysqlRootsPassword: MySQL root's password
statusDBName: the status database name
statusdbSQLFilePath: the database schema definition SQL file path
websiteUser: the website user's name.
websiteUserPassword: the website user's password
endpointUser: the update user's name. This user will have ALL privileges on the status database.
endpointUserPassword: the update user's password.
"""
# Create the status database
self.__rootsPassword = mysqlRootsPassword
self.__statusDatabaseName = statusDBName
self.__commandsDatabaseName = commandsDBName
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(statusDBName, statusdbSQLFilePath)
configurator.runSQLScript(commandsDBName, commandsDBSQLFilePath)
# Register the website and the endpoint users
configurator.addUser(websiteUser, websiteUserPassword, statusDBName, False)
configurator.addUser(endpointUser, endpointUserPassword, statusDBName, True)
configurator.addUser(websiteUser, websiteUserPassword, commandsDBName, True)
configurator.addUser(endpointUser, endpointUserPassword, commandsDBName, True)
# Create the database connectors
self.__commandsDBConnector = CommandsDatabaseConnector(endpointUser, endpointUserPassword,
commandsDBName, 1)
self.__writer = SystemStatusDatabaseWriter(endpointUser, endpointUserPassword, statusDBName)
# Connect to the database
self.__writer.connect()
self.__commandsDBConnector.connect()
def connectToDatabases(self, mysqlRootsPassword, statusDBName, commandsDBName, statusdbSQLFilePath, commandsDBSQLFilePath,
websiteUser, websiteUserPassword, endpointUser, endpointUserPassword, minCommandInterval):
"""
Establece la conexión con la base de datos de estado y con la base de datos de comandos.
Argumentos:
mysqlRootsPassword: la contraseña de root de MySQL
statusDBName: el nombre de la base de datos de estado
statusdbSQLFilePath: la ruta del script que crea la base de datos de estado
websiteUser: nombre de usuario que usará la web para manipular las bases de datos
websiteUserPassword: contraseña del usuario de la web
endpointUser: usuario que utilizará en eldpoint para manipular las bases de datos de estado. Será el único
que puede escribir en la base de datos de estado.
endpointUserPassword: contraseña del usuario del endpoint
"""
# Crear las bases de datos
self.__rootsPassword = mysqlRootsPassword
self.__statusDatabaseName = statusDBName
self.__commandsDatabaseName = commandsDBName
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(statusDBName, statusdbSQLFilePath)
configurator.runSQLScript(commandsDBName, commandsDBSQLFilePath)
# Registrar en ellas los usuarios
configurator.addUser(websiteUser, websiteUserPassword, statusDBName, False)
configurator.addUser(endpointUser, endpointUserPassword, statusDBName, True)
configurator.addUser(websiteUser, websiteUserPassword, commandsDBName, True)
configurator.addUser(endpointUser, endpointUserPassword, commandsDBName, True)
# Crear los conectores
self.__commandsDBConnector = CommandsDatabaseConnector(endpointUser, endpointUserPassword,
commandsDBName, minCommandInterval)
self.__endpointDBConnector = ClusterEndpointDBConnector(endpointUser, endpointUserPassword, statusDBName)
def connectToDatabase(self, rootsPassword, databaseName, websiteUser,
websiteUserPassword, updateUser, updateUserPassword):
# Create the status database
self.__rootsPassword = rootsPassword
self.__databaseName = databaseName
configurator = DBConfigurator(rootsPassword)
configurator.runSQLScript(databaseName,
"../../database/SystemStatusDB.sql")
# Register the website and the update users
configurator.addUser(websiteUser, websiteUserPassword, databaseName,
False)
configurator.addUser(updateUser, updateUserPassword, databaseName,
True)
# Create the database connectors
self.__reader = SystemStatusDatabaseReader(websiteUser,
websiteUserPassword,
databaseName)
self.__writer = SystemStatusDatabaseWriter(updateUser,
updateUserPassword,
databaseName)
# Connect to the database
self.__reader.connect()
self.__writer.connect()
def connectToDatabases(self, mysqlRootsPassword, statusDBName,
commandsDBName, statusdbSQLFilePath,
commandsDBSQLFilePath, websiteUser,
websiteUserPassword, endpointUser,
endpointUserPassword):
"""
Establishes a connection with the system status database.
Args:
mysqlRootsPassword: MySQL root's password
statusDBName: the status database name
statusdbSQLFilePath: the database schema definition SQL file path
websiteUser: the website user's name.
websiteUserPassword: the website user's password
endpointUser: the update user's name. This user will have ALL privileges on the status database.
endpointUserPassword: the update user's password.
"""
# Create the status database
self.__rootsPassword = mysqlRootsPassword
self.__statusDatabaseName = statusDBName
self.__commandsDatabaseName = commandsDBName
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(statusDBName, statusdbSQLFilePath)
configurator.runSQLScript(commandsDBName, commandsDBSQLFilePath)
# Register the website and the endpoint users
configurator.addUser(websiteUser, websiteUserPassword, statusDBName,
False)
configurator.addUser(endpointUser, endpointUserPassword, statusDBName,
True)
configurator.addUser(websiteUser, websiteUserPassword, commandsDBName,
True)
configurator.addUser(endpointUser, endpointUserPassword,
commandsDBName, True)
# Create the database connectors
self.__commandsDBConnector = CommandsDatabaseConnector(
endpointUser, endpointUserPassword, commandsDBName, 1)
self.__writer = SystemStatusDatabaseWriter(endpointUser,
endpointUserPassword,
statusDBName)
# Connect to the database
self.__writer.connect()
self.__commandsDBConnector.connect()
def connectToDatabases(self, mysqlRootsPassword, statusDBName,
commandsDBName, statusdbSQLFilePath,
commandsDBSQLFilePath, websiteUser,
websiteUserPassword, endpointUser,
endpointUserPassword, minCommandInterval):
"""
Establece la conexión con la base de datos de estado y con la base de datos de comandos.
Argumentos:
mysqlRootsPassword: la contraseña de root de MySQL
statusDBName: el nombre de la base de datos de estado
statusdbSQLFilePath: la ruta del script que crea la base de datos de estado
websiteUser: nombre de usuario que usará la web para manipular las bases de datos
websiteUserPassword: contraseña del usuario de la web
endpointUser: usuario que utilizará en eldpoint para manipular las bases de datos de estado. Será el único
que puede escribir en la base de datos de estado.
endpointUserPassword: contraseña del usuario del endpoint
"""
# Crear las bases de datos
self.__rootsPassword = mysqlRootsPassword
self.__statusDatabaseName = statusDBName
self.__commandsDatabaseName = commandsDBName
configurator = DBConfigurator(mysqlRootsPassword)
configurator.runSQLScript(statusDBName, statusdbSQLFilePath)
configurator.runSQLScript(commandsDBName, commandsDBSQLFilePath)
# Registrar en ellas los usuarios
configurator.addUser(websiteUser, websiteUserPassword, statusDBName,
False)
configurator.addUser(endpointUser, endpointUserPassword, statusDBName,
True)
configurator.addUser(websiteUser, websiteUserPassword, commandsDBName,
True)
configurator.addUser(endpointUser, endpointUserPassword,
commandsDBName, True)
# Crear los conectores
self.__commandsDBConnector = CommandsDatabaseConnector(
endpointUser, endpointUserPassword, commandsDBName,
minCommandInterval)
self.__endpointDBConnector = ClusterEndpointDBConnector(
endpointUser, endpointUserPassword, statusDBName)
self.assertEquals(l1, l2, "Not All VM deleted")
def test_createType(self):
userM = UserManagement("CygnusCloud","cygnuscloud2012","WebServerDBTest",1)
typeId = userM.createType("TypeTest")
self.assertTrue(userM.isTypeExists(typeId), "type not created")
def test_deleteType(self):
userM = UserManagement("CygnusCloud","cygnuscloud2012","WebServerDBTest",1)
userM.deleteType(4)
self.assertFalse(userM.isTypeExists(4), "type not deleted")
def test_groupIds(self):
userM = UserManagement("CygnusCloud","cygnuscloud2012","WebServerDBTest",1)
l1 = userM.getGroupId("VMName1")
l2 = [1]
self.assertEquals(l1, l2, "Not Same groups")
def test_userIds(self):
userM = UserManagement("CygnusCloud","cygnuscloud2012","WebServerDBTest",1)
l1 = userM.getUsersId(1)
l2 = [2,3,5]
self.assertEquals(l1, l2, "Not Same users")
if __name__ == "__main__":
#Cargamos el script de prueba
dbUtils = DBConfigurator("")
dbUtils.runSQLScript("WebServerDBTest", "./WebServerDBTest.sql")
dbUtils.addUser("CygnusCloud","cygnuscloud2012", "WebServerDBTest")
unittest.main()
class DBWebServerTests(unittest.TestCase):
'''
Clase encargada de realizar los test unitarios asociados
'''
def setUp(self):
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("VMServerDBTest",
"./VMServerDBTest.sql")
self.__dbConfigurator.addUser("CygnusCloud", "cygnuscloud2012",
"VMServerDBTest", True)
self.__dbConnector = VMServerDBConnector("CygnusCloud",
"cygnuscloud2012",
"VMServerDBTest")
def tearDown(self):
self.__dbConnector.disconnect()
self.__dbConfigurator.dropDatabase("VMServerDBTest")
def test_getImages(self):
# Instanciamos la clase
l1 = self.__dbConnector.getImages()
l2 = [1, 2, 3, 4]
self.assertEquals(l1, l2, "The image ID lists do not match")
def test_getName(self):
# Instanciamos la clase
n1 = self.__dbConnector.getName(1)
n2 = "VMName1"
self.assertEquals(n1, n2, "Not same image name")
def test_getImagePath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getImagePath(1)
n2 = "./VMName1/"
self.assertEquals(n1, n2, "Not same image path")
def test_getFileConfigPath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getFileConfigPath(1)
n2 = "./VMName1/"
self.assertEquals(n1, n2, "Not same image path")
def test_setImageDataPath(self):
# Instanciamos la clase
self.__dbConnector.setImageDataPath(1, "./VMName1Test/")
n1 = self.__dbConnector.getImagePath(1)
n2 = "./VMName1Test/"
self.assertEquals(n1, n2, "Not change image path")
def test_createImage(self):
# Instanciamos la clase
imageId = self.__dbConnector.createImage(123, "VMNameTest",
"./VMNameTest/",
"./OSImagePath1",
"./VMNameTest/")
self.assertTrue(self.__dbConnector.doesImageExist(imageId),
"Not image regist")
self.__dbConnector.deleteImage(imageId)
def test_getRunningPorts(self):
# Instanciamos la clase
l1 = self.__dbConnector.getRunningPorts()
l2 = [1, 2, 3, 4]
self.assertEquals(l1, l2, "Not same ports")
def test_getUsers(self):
# Instanciamos la clase
l1 = self.__dbConnector.getUsers()
l2 = [1, 2, 3]
self.assertEquals(l1, l2, "Not same users")
def test_getAssignedVM(self):
# Instanciamos la clase
n1 = self.__dbConnector.getAssignedVM(1)
n2 = 1
self.assertEquals(n1, n2, "Not same VM")
def test_getAssignedVMNameInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getAssignedVMNameInDomain(2)
n2 = "VMName1"
self.assertEquals(n1, n2, "Not same VM Name")
def test_getMachineDataPath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getMachineDataPath(2)
n2 = "./VMNameCopy1"
self.assertEquals(n1, n2, "Not same VM path")
def test_getMACAddressInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getMACAddress(3)
n2 = "2C:00:00:00:00:02"
self.assertEquals(n1, n2, "Not same VM MAC")
def test_getPasswordInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getPassword(3)
n2 = "1234567890Test"
self.assertEquals(n1, n2, "Not same VM Pass")
def test_registerVMResources(self):
# Instanciamos la clase
portId = self.__dbConnector.registerVMResources(
"VMName123", 2, 23, "testPass", 3, 100, "./VMNameCopyTest",
"./OSImagePath1", "testMac", "testUUID")
self.assertTrue(self.__dbConnector.doesVMExist(portId),
"Not VM register")
self.__dbConnector.unregisterVMResources("VMName123")
self.assertFalse(self.__dbConnector.doesVMExist(23),
"Not VM unregisted")
def test_extractFreeMACandUUID(self):
# Instanciamos la clase
(_uuid1, mac1) = self.__dbConnector.extractFreeMACAndUUID()
(_uuid2, mac2) = ("9a47c734-5e5f-11e2-981b-001f16b99e1d",
"2C:00:00:00:00:00")
self.assertEquals(mac1, mac2, "Not same MAC")
def test_extractFreeVNCPort(self):
# Instanciamos la clase
vncPort1 = self.__dbConnector.extractFreeVNCPort()
vncPort2 = (15000)
self.assertEquals(vncPort1, vncPort2, "Not same VNCPort")
def test_getVMsConnectionData(self):
result = self.__dbConnector.getVMsConnectionData()
expectedResult = [{
"UserID": 1,
"VMID": 1,
"VMName": "VMName11",
"VNCPort": 1,
"VNCPass": "******"
}, {
"UserID": 1,
"VMID": 1,
"VMName": "VMName22",
"VNCPort": 2,
"VNCPass": "******"
}, {
"UserID": 2,
"VMID": 1,
"VMName": "VMName33",
"VNCPort": 3,
"VNCPass": "******"
}, {
"UserID": 3,
"VMID": 1,
"VMName": "VMName44",
"VNCPort": 4,
"VNCPass": "******"
}]
self.assertEquals(result, expectedResult,
"getVMsConnectionData does not work")
def test_getVMBootCommand(self):
result = self.__dbConnector.getVMBootCommand("VMName44")
expectedResult = "123"
self.assertEquals(result, expectedResult,
"getVMBootCommand does not work")
result = self.__dbConnector.getVMBootCommand("VMName33")
self.assertEquals(result, None, "getVMBootCommand does not work")
def test_addVMBootCommand(self):
self.__dbConnector.addVMBootCommand("VMName33", "1234")
result = self.__dbConnector.getVMBootCommand("VMName33")
self.assertEquals(result, "1234", "addVMBootCommand does not work")
def test_getDomainImageDataPath(self):
result = self.__dbConnector.getDomainImageDataPath("VMName33")
expectedResult = "./VMNameCopy2"
self.assertEquals(result, expectedResult,
"getDomainImageDataPath does not work")
def test_getOSImagePath(self):
result = self.__dbConnector.getOsImagePath(1)
expectedResult = "./VMName1/"
self.assertEquals(result, expectedResult,
"getOSImageDataPath does not work")
def test_getRegisteredDomainNames(self):
result = self.__dbConnector.getRegisteredDomainNames()
expectedResult = ["VMName11", "VMName22", "VMName33", "VMName44"]
self.assertEquals(result, expectedResult,
"getActiveDomainNames() does not work")
class DBWebServerTests(unittest.TestCase):
'''
Clase encargada de realizar los test unitarios asociados
'''
def setUp(self):
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("VMServerDBTest", "./VMServerDBTest.sql")
self.__dbConfigurator.addUser("CygnusCloud", "cygnuscloud2012", "VMServerDBTest", True)
self.__dbConnector = VMServerDBConnector("CygnusCloud", "cygnuscloud2012", "VMServerDBTest")
def tearDown(self):
self.__dbConnector.disconnect()
self.__dbConfigurator.dropDatabase("VMServerDBTest")
def test_getImages(self):
# Instanciamos la clase
l1 = self.__dbConnector.getImages()
l2 = [1, 2, 3, 4]
self.assertEquals(l1, l2, "The image ID lists do not match")
def test_getName(self):
# Instanciamos la clase
n1 = self.__dbConnector.getName(1)
n2 = "VMName1"
self.assertEquals(n1, n2, "Not same image name")
def test_getImagePath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getImagePath(1)
n2 = "./VMName1/"
self.assertEquals(n1, n2, "Not same image path")
def test_getFileConfigPath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getFileConfigPath(1)
n2 = "./VMName1/"
self.assertEquals(n1, n2, "Not same image path")
def test_setImageDataPath(self):
# Instanciamos la clase
self.__dbConnector.setImageDataPath(1, "./VMName1Test/")
n1 = self.__dbConnector.getImagePath(1)
n2 = "./VMName1Test/"
self.assertEquals(n1, n2, "Not change image path")
def test_createImage(self):
# Instanciamos la clase
imageId = self.__dbConnector.createImage(123, "VMNameTest", "./VMNameTest/", "./OSImagePath1", "./VMNameTest/")
self.assertTrue(self.__dbConnector.doesImageExist(imageId), "Not image regist")
self.__dbConnector.deleteImage(imageId)
def test_getRunningPorts(self):
# Instanciamos la clase
l1 = self.__dbConnector.getRunningPorts()
l2 = [1, 2, 3, 4]
self.assertEquals(l1, l2, "Not same ports")
def test_getUsers(self):
# Instanciamos la clase
l1 = self.__dbConnector.getUsers()
l2 = [1, 2, 3]
self.assertEquals(l1, l2, "Not same users")
def test_getAssignedVM(self):
# Instanciamos la clase
n1 = self.__dbConnector.getAssignedVM(1)
n2 = 1
self.assertEquals(n1, n2, "Not same VM")
def test_getAssignedVMNameInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getAssignedVMNameInDomain(2)
n2 = "VMName1"
self.assertEquals(n1, n2, "Not same VM Name")
def test_getMachineDataPath(self):
# Instanciamos la clase
n1 = self.__dbConnector.getMachineDataPath(2)
n2 = "./VMNameCopy1"
self.assertEquals(n1, n2, "Not same VM path")
def test_getMACAddressInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getMACAddress(3)
n2 = "2C:00:00:00:00:02"
self.assertEquals(n1, n2, "Not same VM MAC")
def test_getPasswordInDomain(self):
# Instanciamos la clase
n1 = self.__dbConnector.getPassword(3)
n2 = "1234567890Test"
self.assertEquals(n1, n2, "Not same VM Pass")
def test_registerVMResources(self):
# Instanciamos la clase
portId = self.__dbConnector.registerVMResources("VMName123", 2,
23, "testPass", 3, 100, "./VMNameCopyTest", "./OSImagePath1", "testMac", "testUUID")
self.assertTrue(self.__dbConnector.doesVMExist(portId), "Not VM register")
self.__dbConnector.unregisterVMResources("VMName123")
self.assertFalse(self.__dbConnector.doesVMExist(23), "Not VM unregisted")
def test_extractFreeMACandUUID(self):
# Instanciamos la clase
(_uuid1, mac1) = self.__dbConnector.extractFreeMACAndUUID()
(_uuid2, mac2) = ("9a47c734-5e5f-11e2-981b-001f16b99e1d", "2C:00:00:00:00:00")
self.assertEquals(mac1, mac2, "Not same MAC")
def test_extractFreeVNCPort(self):
# Instanciamos la clase
vncPort1 = self.__dbConnector.extractFreeVNCPort()
vncPort2 = (15000)
self.assertEquals(vncPort1, vncPort2, "Not same VNCPort")
def test_getVMsConnectionData(self):
result = self.__dbConnector.getVMsConnectionData()
expectedResult = [
{"UserID": 1, "VMID": 1, "VMName" :"VMName11", "VNCPort" : 1, "VNCPass" : "1234567890"},
{"UserID": 1, "VMID": 1, "VMName" :"VMName22", "VNCPort" : 2, "VNCPass" : "1234567890"},
{"UserID": 2, "VMID": 1, "VMName" :"VMName33", "VNCPort" : 3, "VNCPass" : "1234567890Test"},
{"UserID": 3, "VMID": 1, "VMName" :"VMName44", "VNCPort" : 4, "VNCPass" : "1234567890"}
]
self.assertEquals(result, expectedResult, "getVMsConnectionData does not work")
def test_getVMBootCommand(self):
result = self.__dbConnector.getVMBootCommand("VMName44")
expectedResult = "123"
self.assertEquals(result, expectedResult, "getVMBootCommand does not work")
result = self.__dbConnector.getVMBootCommand("VMName33")
self.assertEquals(result, None, "getVMBootCommand does not work")
def test_addVMBootCommand(self):
self.__dbConnector.addVMBootCommand("VMName33", "1234")
result = self.__dbConnector.getVMBootCommand("VMName33")
self.assertEquals(result, "1234", "addVMBootCommand does not work")
def test_getDomainImageDataPath(self):
result = self.__dbConnector.getDomainImageDataPath("VMName33")
expectedResult = "./VMNameCopy2"
self.assertEquals(result, expectedResult, "getDomainImageDataPath does not work")
def test_getOSImagePath(self):
result = self.__dbConnector.getOsImagePath(1)
expectedResult = "./VMName1/"
self.assertEquals(result, expectedResult, "getOSImageDataPath does not work")
def test_getRegisteredDomainNames(self):
result = self.__dbConnector.getRegisteredDomainNames()
expectedResult = ["VMName11", "VMName22", "VMName33", "VMName44"]
self.assertEquals(result, expectedResult, "getActiveDomainNames() does not work")
typeId = userM.createType("TypeTest")
self.assertTrue(userM.isTypeExists(typeId), "type not created")
def test_deleteType(self):
userM = UserManagement("CygnusCloud", "cygnuscloud2012",
"WebServerDBTest", 1)
userM.deleteType(4)
self.assertFalse(userM.isTypeExists(4), "type not deleted")
def test_groupIds(self):
userM = UserManagement("CygnusCloud", "cygnuscloud2012",
"WebServerDBTest", 1)
l1 = userM.getGroupId("VMName1")
l2 = [1]
self.assertEquals(l1, l2, "Not Same groups")
def test_userIds(self):
userM = UserManagement("CygnusCloud", "cygnuscloud2012",
"WebServerDBTest", 1)
l1 = userM.getUsersId(1)
l2 = [2, 3, 5]
self.assertEquals(l1, l2, "Not Same users")
if __name__ == "__main__":
#Cargamos el script de prueba
dbUtils = DBConfigurator("")
dbUtils.runSQLScript("WebServerDBTest", "./WebServerDBTest.sql")
dbUtils.addUser("CygnusCloud", "cygnuscloud2012", "WebServerDBTest")
unittest.main()
class DBWebServerTests(unittest.TestCase):
'''
Clase con las pruebas unitarias de la base de datos del servidor de máquinas
virtuales
'''
def setUp(self):
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("VMServerDBTest", "./VMServerDBTest.sql")
self.__dbConfigurator.addUser("CygnusCloud", "cygnuscloud2012", "VMServerDBTest", True)
self.__dbConnector = VMServerDBConnector("CygnusCloud", "cygnuscloud2012", "VMServerDBTest")
def tearDown(self):
self.__dbConnector.disconnect()
self.__dbConfigurator.dropDatabase("VMServerDBTest")
def test_getImages(self):
result = self.__dbConnector.getImageIDs()
expectedResult = [1, 2, 3, 4]
self.assertEquals(result, expectedResult, "getImageIDs() error")
def test_getDataImagePath(self):
result = self.__dbConnector.getDataImagePath(1)
expectedResult = "./VMName1/Data.qcow2"
self.assertEquals(result, expectedResult, "getDataImagePath() error")
def test_getOSImagePath(self):
result = self.__dbConnector.getOSImagePath(1)
expectedResult = "./VMName1/OS.qcow2"
self.assertEquals(result, expectedResult, "getOSImagePath() error")
def test_getDefinitionFilePath(self):
result = self.__dbConnector.getDefinitionFilePath(1)
expectedResult = "./VMName1/Definition.xml"
self.assertEquals(result, expectedResult, "getDefinitionFilePath() error")
def test_createImage(self):
self.__dbConnector.createImage(123, "Image/OS.qcow2", "Image/Data.qcow2", "Image/Definition.xml", 0)
result = self.__dbConnector.getOSImagePath(123)
expectedResult = "Image/OS.qcow2"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getDataImagePath(123)
expectedResult = "Image/Data.qcow2"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getDefinitionFilePath(123)
expectedResult = "Image/Definition.xml"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getBootableFlag(123)
expectedResult = False
self.assertEquals(result, expectedResult, "createImage() error")
def test_deleteImage(self):
self.__dbConnector.deleteImage(1)
result = self.__dbConnector.getOSImagePath(1)
expectedResult = None
self.assertEquals(result, expectedResult, "deleteImage() error")
def test_getDomainImageID(self):
result = self.__dbConnector.getDomainImageID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult, "getDomainImageID() error")
def test_getDomainDataImagePath(self):
result = self.__dbConnector.getDomainDataImagePath("1_1")
expectedResult = "./DataImagePath1"
self.assertEquals(result, expectedResult, "getDomainDataImagePath() error")
def test_getDomainOSImagePath(self):
result = self.__dbConnector.getDomainOSImagePath("1_1")
expectedResult = "./OSImagePath1"
self.assertEquals(result, expectedResult, "getDomainOSImagePath() error")
def test_getDomainMACAddress(self):
result = self.__dbConnector.getDomainMACAddress("1_1")
expectedResult = "2C:00:00:00:00:00"
self.assertEquals(result, expectedResult, "getDomainMACAddress() error")
def test_getDomainUUID(self):
result = self.__dbConnector.getDomainUUID("1_1")
expectedResult = "fce02cff-5d6d-11e2-a3f0-001f16b99e1d"
self.assertEquals(result, expectedResult, "getDomainUUID() error")
def test_getDomainVNCPassword(self):
result = self.__dbConnector.getDomainVNCPassword("1_1")
expectedResult = "12134567890"
self.assertEquals(result, expectedResult, "getDomainVNCPassword() error")
def test_getWebsockifyDaemonPID(self):
result = self.__dbConnector.getWebsockifyDaemonPID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult, "getWebsockifyDaemonPID() error")
def test_getDomainNameFromVNCPort(self):
result = self.__dbConnector.getDomainNameFromVNCPort(1)
expectedResult = "1_1"
self.assertEquals(result, expectedResult, "getDomainNameFromVNCPort() error")
def test_registerVMResources(self):
self.__dbConnector.registerVMResources("1_20", 1, 2000, "aaa", 1, 2, "OS_20.qcow2", "Data_20.qcow2", "MAC_20", "UUID_20")
result = self.__dbConnector.getDomainNameFromVNCPort(2000)
expectedResult = "1_20"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainVNCPassword("1_20")
expectedResult = "aaa"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainOwnerID("1_20")
expectedResult = 1
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getWebsockifyDaemonPID("1_20")
expectedResult = 2
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainOSImagePath("1_20")
expectedResult = "OS_20.qcow2"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainDataImagePath("1_20")
expectedResult = "Data_20.qcow2"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainMACAddress("1_20")
expectedResult = "MAC_20"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
result = self.__dbConnector.getDomainUUID("1_20")
expectedResult = "UUID_20"
self.assertEquals(result, expectedResult, "registerVMSResources() error")
def test_unregisterDomainResources(self):
self.__dbConnector.unregisterDomainResources("1_1")
result = self.__dbConnector.getDomainOSImagePath("1_1")
expectedResult = None
self.assertEquals(result, expectedResult, "unregisterDomainResources() error")
def test_getOwnerID(self):
result = self.__dbConnector.getDomainOwnerID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult, "getOwnerID() error")
def test_getVMBootCommand(self):
result = self.__dbConnector.getVMBootCommand("4_4")
expectedResult = "Command4"
self.assertEquals(result, expectedResult, "getVMBootCommand() error")
result = self.__dbConnector.getVMBootCommand("3_3")
self.assertEquals(result, "Command3", "getVMBootCommand() error")
def test_addVMBootCommand(self):
self.__dbConnector.registerVMResources("5_5", 1, 1, "123", 1, 1, "os", "data", "mac", "uuid")
self.__dbConnector.addVMBootCommand("5_5", "1234")
result = self.__dbConnector.getVMBootCommand("5_5")
self.assertEquals(result, "1234", "addVMBootCommand() error")
def test_getBootableFlag(self):
result = self.__dbConnector.getBootableFlag(2)
expectedResult = True
self.assertEquals(result, expectedResult, "getBootableFlag() error")
def test_getRegisteredDomainNames(self):
result = self.__dbConnector.getRegisteredDomainNames()
expectedResult = ["1_1", "2_2", "3_3", "4_4"]
self.assertEquals(result, expectedResult, "getRegisteredDomainNames() error")
def test_transferQueue(self):
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.STORE_IMAGE
expectedResult["FTPTimeout"] = 100
expectedResult["TargetImageID"] = 2
expectedResult["RepositoryIP"] = "192.168.0.1"
expectedResult["RepositoryPort"] = 3000
expectedResult["CommandID"] = "1"
expectedResult["SourceFilePath"] ="/tmp/foo.zip"
self.__dbConnector.addToTransferQueue(expectedResult)
result = self.__dbConnector.peekFromTransferQueue()
self.assertEquals(result, expectedResult, "addToTransferQueue() error")
self.__dbConnector.removeFirstElementFromTransferQueue()
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.EDIT_IMAGE
expectedResult["FTPTimeout"] = 100
expectedResult["SourceImageID"] = 2
expectedResult["RepositoryIP"] = "192.168.0.1"
expectedResult["RepositoryPort"] = 3000
expectedResult["CommandID"] = "1"
expectedResult["UserID"] = 1
self.__dbConnector.addToTransferQueue(expectedResult)
result = self.__dbConnector.peekFromTransferQueue()
self.assertEquals(result, expectedResult, "addToTransferQueue() error")
def test_addToCompressionQueue(self):
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.STORE_IMAGE
expectedResult["CommandID"] = "1"
expectedResult["TargetImageID"] = 1
expectedResult["OSImagePath"] = "os.qcow"
expectedResult["DataImagePath"] = "data.qcow2"
expectedResult["DefinitionFilePath"] = "definition.xml"
expectedResult["RepositoryIP"] = "192.198.0.2"
expectedResult["RepositoryPort"] = 3000
self.__dbConnector.addToCompressionQueue(expectedResult)
result = self.__dbConnector.peekFromCompressionQueue()
self.assertEquals(result, expectedResult, "addToCompressionQueue() error")
self.__dbConnector.removeFirstElementFromCompressionQueue()
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.EDIT_IMAGE
expectedResult["CommandID"] = "1"
expectedResult["TargetImageID"] = 1
expectedResult["SourceImageID"] = 2
expectedResult["UserID"] = 3
self.__dbConnector.addToCompressionQueue(expectedResult)
result = self.__dbConnector.peekFromCompressionQueue()
self.assertEquals(result, expectedResult, "addToCompressionQueue() error")
def test_connectionDataDictionary(self):
result = self.__dbConnector.getImageRepositoryConnectionData("1")
expectedResult = None
self.assertEquals(result, expectedResult, "getImageRepositoryConnectionData() error")
expectedResult = dict()
expectedResult["RepositoryIP"] = "192.168.0.5"
expectedResult["RepositoryPort"] = 30000
self.__dbConnector.addValueToConnectionDataDictionary("1", expectedResult)
result = self.__dbConnector.getImageRepositoryConnectionData("1")
self.assertEquals(result, expectedResult, "getImageRepositoryConnectionData() error")
self.__dbConnector.removeImageRepositoryConnectionData("1")
result = self.__dbConnector.getImageRepositoryConnectionData("1")
expectedResult = None
self.assertEquals(result, expectedResult, "removeImageRepositoryConnectionData() error")
class DBWebServerTests(unittest.TestCase):
'''
Clase con las pruebas unitarias de la base de datos del servidor de máquinas
virtuales
'''
def setUp(self):
self.__dbConfigurator = DBConfigurator("")
self.__dbConfigurator.runSQLScript("VMServerDBTest",
"./VMServerDBTest.sql")
self.__dbConfigurator.addUser("CygnusCloud", "cygnuscloud2012",
"VMServerDBTest", True)
self.__dbConnector = VMServerDBConnector("CygnusCloud",
"cygnuscloud2012",
"VMServerDBTest")
def tearDown(self):
self.__dbConnector.disconnect()
self.__dbConfigurator.dropDatabase("VMServerDBTest")
def test_getImages(self):
result = self.__dbConnector.getImageIDs()
expectedResult = [1, 2, 3, 4]
self.assertEquals(result, expectedResult, "getImageIDs() error")
def test_getDataImagePath(self):
result = self.__dbConnector.getDataImagePath(1)
expectedResult = "./VMName1/Data.qcow2"
self.assertEquals(result, expectedResult, "getDataImagePath() error")
def test_getOSImagePath(self):
result = self.__dbConnector.getOSImagePath(1)
expectedResult = "./VMName1/OS.qcow2"
self.assertEquals(result, expectedResult, "getOSImagePath() error")
def test_getDefinitionFilePath(self):
result = self.__dbConnector.getDefinitionFilePath(1)
expectedResult = "./VMName1/Definition.xml"
self.assertEquals(result, expectedResult,
"getDefinitionFilePath() error")
def test_createImage(self):
self.__dbConnector.createImage(123, "Image/OS.qcow2",
"Image/Data.qcow2",
"Image/Definition.xml", 0)
result = self.__dbConnector.getOSImagePath(123)
expectedResult = "Image/OS.qcow2"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getDataImagePath(123)
expectedResult = "Image/Data.qcow2"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getDefinitionFilePath(123)
expectedResult = "Image/Definition.xml"
self.assertEquals(result, expectedResult, "createImage() error")
result = self.__dbConnector.getBootableFlag(123)
expectedResult = False
self.assertEquals(result, expectedResult, "createImage() error")
def test_deleteImage(self):
self.__dbConnector.deleteImage(1)
result = self.__dbConnector.getOSImagePath(1)
expectedResult = None
self.assertEquals(result, expectedResult, "deleteImage() error")
def test_getDomainImageID(self):
result = self.__dbConnector.getDomainImageID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult, "getDomainImageID() error")
def test_getDomainDataImagePath(self):
result = self.__dbConnector.getDomainDataImagePath("1_1")
expectedResult = "./DataImagePath1"
self.assertEquals(result, expectedResult,
"getDomainDataImagePath() error")
def test_getDomainOSImagePath(self):
result = self.__dbConnector.getDomainOSImagePath("1_1")
expectedResult = "./OSImagePath1"
self.assertEquals(result, expectedResult,
"getDomainOSImagePath() error")
def test_getDomainMACAddress(self):
result = self.__dbConnector.getDomainMACAddress("1_1")
expectedResult = "2C:00:00:00:00:00"
self.assertEquals(result, expectedResult,
"getDomainMACAddress() error")
def test_getDomainUUID(self):
result = self.__dbConnector.getDomainUUID("1_1")
expectedResult = "fce02cff-5d6d-11e2-a3f0-001f16b99e1d"
self.assertEquals(result, expectedResult, "getDomainUUID() error")
def test_getDomainVNCPassword(self):
result = self.__dbConnector.getDomainVNCPassword("1_1")
expectedResult = "12134567890"
self.assertEquals(result, expectedResult,
"getDomainVNCPassword() error")
def test_getWebsockifyDaemonPID(self):
result = self.__dbConnector.getWebsockifyDaemonPID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult,
"getWebsockifyDaemonPID() error")
def test_getDomainNameFromVNCPort(self):
result = self.__dbConnector.getDomainNameFromVNCPort(1)
expectedResult = "1_1"
self.assertEquals(result, expectedResult,
"getDomainNameFromVNCPort() error")
def test_registerVMResources(self):
self.__dbConnector.registerVMResources("1_20", 1, 2000, "aaa", 1, 2,
"OS_20.qcow2", "Data_20.qcow2",
"MAC_20", "UUID_20")
result = self.__dbConnector.getDomainNameFromVNCPort(2000)
expectedResult = "1_20"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainVNCPassword("1_20")
expectedResult = "aaa"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainOwnerID("1_20")
expectedResult = 1
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getWebsockifyDaemonPID("1_20")
expectedResult = 2
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainOSImagePath("1_20")
expectedResult = "OS_20.qcow2"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainDataImagePath("1_20")
expectedResult = "Data_20.qcow2"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainMACAddress("1_20")
expectedResult = "MAC_20"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
result = self.__dbConnector.getDomainUUID("1_20")
expectedResult = "UUID_20"
self.assertEquals(result, expectedResult,
"registerVMSResources() error")
def test_unregisterDomainResources(self):
self.__dbConnector.unregisterDomainResources("1_1")
result = self.__dbConnector.getDomainOSImagePath("1_1")
expectedResult = None
self.assertEquals(result, expectedResult,
"unregisterDomainResources() error")
def test_getOwnerID(self):
result = self.__dbConnector.getDomainOwnerID("1_1")
expectedResult = 1
self.assertEquals(result, expectedResult, "getOwnerID() error")
def test_getVMBootCommand(self):
result = self.__dbConnector.getVMBootCommand("4_4")
expectedResult = "Command4"
self.assertEquals(result, expectedResult, "getVMBootCommand() error")
result = self.__dbConnector.getVMBootCommand("3_3")
self.assertEquals(result, "Command3", "getVMBootCommand() error")
def test_addVMBootCommand(self):
self.__dbConnector.registerVMResources("5_5", 1, 1, "123", 1, 1, "os",
"data", "mac", "uuid")
self.__dbConnector.addVMBootCommand("5_5", "1234")
result = self.__dbConnector.getVMBootCommand("5_5")
self.assertEquals(result, "1234", "addVMBootCommand() error")
def test_getBootableFlag(self):
result = self.__dbConnector.getBootableFlag(2)
expectedResult = True
self.assertEquals(result, expectedResult, "getBootableFlag() error")
def test_getRegisteredDomainNames(self):
result = self.__dbConnector.getRegisteredDomainNames()
expectedResult = ["1_1", "2_2", "3_3", "4_4"]
self.assertEquals(result, expectedResult,
"getRegisteredDomainNames() error")
def test_transferQueue(self):
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.STORE_IMAGE
expectedResult["FTPTimeout"] = 100
expectedResult["TargetImageID"] = 2
expectedResult["RepositoryIP"] = "192.168.0.1"
expectedResult["RepositoryPort"] = 3000
expectedResult["CommandID"] = "1"
expectedResult["SourceFilePath"] = "/tmp/foo.zip"
self.__dbConnector.addToTransferQueue(expectedResult)
result = self.__dbConnector.peekFromTransferQueue()
self.assertEquals(result, expectedResult, "addToTransferQueue() error")
self.__dbConnector.removeFirstElementFromTransferQueue()
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.EDIT_IMAGE
expectedResult["FTPTimeout"] = 100
expectedResult["SourceImageID"] = 2
expectedResult["RepositoryIP"] = "192.168.0.1"
expectedResult["RepositoryPort"] = 3000
expectedResult["CommandID"] = "1"
expectedResult["UserID"] = 1
self.__dbConnector.addToTransferQueue(expectedResult)
result = self.__dbConnector.peekFromTransferQueue()
self.assertEquals(result, expectedResult, "addToTransferQueue() error")
def test_addToCompressionQueue(self):
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.STORE_IMAGE
expectedResult["CommandID"] = "1"
expectedResult["TargetImageID"] = 1
expectedResult["OSImagePath"] = "os.qcow"
expectedResult["DataImagePath"] = "data.qcow2"
expectedResult["DefinitionFilePath"] = "definition.xml"
expectedResult["RepositoryIP"] = "192.198.0.2"
expectedResult["RepositoryPort"] = 3000
self.__dbConnector.addToCompressionQueue(expectedResult)
result = self.__dbConnector.peekFromCompressionQueue()
self.assertEquals(result, expectedResult,
"addToCompressionQueue() error")
self.__dbConnector.removeFirstElementFromCompressionQueue()
expectedResult = dict()
expectedResult["Transfer_Type"] = TRANSFER_T.EDIT_IMAGE
expectedResult["CommandID"] = "1"
expectedResult["TargetImageID"] = 1
expectedResult["SourceImageID"] = 2
expectedResult["UserID"] = 3
self.__dbConnector.addToCompressionQueue(expectedResult)
result = self.__dbConnector.peekFromCompressionQueue()
self.assertEquals(result, expectedResult,
"addToCompressionQueue() error")
def test_connectionDataDictionary(self):
result = self.__dbConnector.getImageRepositoryConnectionData("1")
expectedResult = None
self.assertEquals(result, expectedResult,
"getImageRepositoryConnectionData() error")
expectedResult = dict()
expectedResult["RepositoryIP"] = "192.168.0.5"
expectedResult["RepositoryPort"] = 30000
self.__dbConnector.addValueToConnectionDataDictionary(
"1", expectedResult)
result = self.__dbConnector.getImageRepositoryConnectionData("1")
self.assertEquals(result, expectedResult,
"getImageRepositoryConnectionData() error")
self.__dbConnector.removeImageRepositoryConnectionData("1")
result = self.__dbConnector.getImageRepositoryConnectionData("1")
expectedResult = None
self.assertEquals(result, expectedResult,
"removeImageRepositoryConnectionData() error")