TestCaseWithFactories Class Reference
[Test Case Support]

#include <TestCaseWithFactories.h>

Inheritance diagram for TestCaseWithFactories:

List of all members.

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Detailed Description

Base class for test cases that need to access the dynamic factories.

In the test set-up procedure, the dynamic factories for the telemetry packets, telecommands and manouvres are initialized and are loaded. The type of the items that are loaded are defined by the structure of the factories. Any change in the structure of the factories should be reflected by a corresponding change in this class. Test cases that need to access the dynamic factories should be constructed as subclasses of this class. <p/> The factory initialization and loading is only done the first time the test case is executed. <p/> This test case also defines a shut down procedure where all items in the factories have their status set to "item not in use". This ensures that all test cases that inherit from this class can start with all the items in the factories being available for their use.

Todo:

Use this class as base class for test cases that use items that could be provided by a dynamic factory

See also:

CC_TelemetryPacketFactory

CC_TelecommandFactory

CC_ManoeuvreFactory

Author:

A. Pasetti

Version:

1.0

Definition at line 45 of file TestCaseWithFactories.h.

Public Member Functions
	TestCaseWithFactories (int testId, char *testName)
	Set the identifier and the name of the test case.
virtual bool	setUpTestCase (void)
	Call the test setup service of the super class and then initialize the dynamic factories.
virtual bool	shutDownTestCase (void)
	All the items loaded in the factories in the setUpTestCase method are marked as "not in use".

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Constructor & Destructor Documentation

TestCaseWithFactories::TestCaseWithFactories (  int  testId, char *  testName )

Set the identifier and the name of the test case. Parameters: testId  the test identifier testName  the name of the test Definition at line 67 of file TestCaseWithFactories.cpp.

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Member Function Documentation

bool TestCaseWithFactories::setUpTestCase (  void   )  [virtual]

Call the test setup service of the super class and then initialize the dynamic factories. A pseudo-code implementation of this method is as follows: if ( !TestCaseWithEvtCheck::setUpTestCase() ) return false; else { if (first activation of this method) { retrieve the telemetry packet factory create telemetry packets for the telemetry packet factory configure telemetry packets load telemetry packets in the telemetry packet factory retrieve the telecommand factory create telecommand components for the telecommand factory load telecommands in the telecommand factory retrieve the manoeuvre factory create manoeuvre components for the manoeuvre factory load manoeuvres in the manoeuvre factory return true; } } Note that the dynamic factories are implemented as singletons that are created and initialized by simply calling their getInstance method. Reimplemented from TestCaseWithEvtCheck. Reimplemented in TestCasePUSFull. Definition at line 72 of file TestCaseWithFactories.cpp.

bool TestCaseWithFactories::shutDownTestCase (  void   )  [virtual]

All the items loaded in the factories in the setUpTestCase method are marked as "not in use". The change in the "in use" status is performed by calling their setInUse method with argument NOT_IN_USE. This relieves concrete subclasses of the need to releases components that they have retrieved from a factory at the end of the test. Note that, if a concrete test case also releases the factory components by calling their setInUse method, this does not give rise to an error. Reimplemented from TestCaseGenericSetUp. Reimplemented in TestCasePUSFull. Definition at line 185 of file TestCaseWithFactories.cpp.

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The documentation for this class was generated from the following files:

• TestCaseWithFactories.h
• TestCaseWithFactories.cpp

Copyright 2003 P&P Software GmbH - All Rights Reserved