Internal structures, components and deployment

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Internal structures, components and deployment

• Practice 3

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Basic terms

• Classifier is an element of the model, which
  specifies some general features for a set of
  objects. Features of the classifier can be
  behavioural, structural or connection.
• Class is a classifier, which describes some the
  concept of the modeled area.

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Basic terms

• Structured classificator
• Port
• Connector
• Assembly connector
• Delegate connector
• Component
• Colloboration
• Role
• Artefact
• Node

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Structured classificator
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Connectors
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Composition
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Task 1

• The colloboration Sales includes the role of
  the seller Salesman and the buyer Customer.
• Show that the buyer and the seller can interact
  with each other.
• Using the collaboration Sales, create a model
  of the sale with the mediator BrokeredSale, in
  which the buyer interacts with the mediator
  Broker and the mediator as a customer interacts
  with the seller.

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Task 2

• The therapist receives visitors Person and
  writes prescriptions Subscriptions for
  Medicine visitors carry out medicines.
• Build a structural model, which includes classes
  Therapist, Medicine and Person, and the
  relationship between them.
• Using cooperation show during the visit Visit,
  the therapist performs the duties of the doctor
  doctor, the visitor is a patient Patient, the
  medicines are offered in the form of recipes
  Subscription.

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Task 3

• The automobile Car consists of the engine
  Engine, a pair of front and rear wheels of
  a class Wheel.
• Add the connector of a type drivetrain so that
  the car has a front wheel drive.
• Expand the model so that along with front wheel
  drive cars there four-wheel drive cars are
  described as a private case of front wheel drive.
  Add the required elements, use the engine
  DoubleEngine with two drives of a type
  powertrain.

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Task 4

• The collaboration of handling an event
  EventsHandling includes roles event,
  eventSource and eventListenter. One source
  can have several listeners.
• Show this collaboration on the class diagram.

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Task 4

• Implement the behavior of events manager with the
  help of the collaboration EventsHandling.
  Reflect the participation of classes
  EngineSource, EngineHandling,
  EngingListener in the collaboration
  EventsHandling with designated roles
  eventSource, event and eventListenter under
  cindition that EngineSource is connected with
  the class EngineLictener by the association of
  the type one-to-many.

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Task 5

• The elevator Elevator consists of the cabin of
  a class Cage, remote control of a class
  ControlUnit and several panels for calling from
  the floors of the class FloorControls. The
  connector between the remote control and the
  cabin is of a type cageWire, between the remote
  control and panels floorWare. This remote
  control is connected to each panel individually.

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Task 5

• Add to the model the engine of a class Engine
  as an integral part of the elevator. The engine
  is connected with the cabin by the cable cable
  and with the remote control by the scheme
  controls.
• Modify the model so that the interaction between
  the elevator with external classes take place
  only through the interface buttons of the cab
  CageControls, of the elevators control
  Operations and the interfaces with floors
  FloorButtons. Commands taken through the
  interfaces are sent to the relevant parts of the
  Elevator.

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Task 5

• Specify that for working the elevator needs to be
  connected to the power.
• List the names and types of all elements of the
  namespace of the class Elevator.
• How are the ports of the class Elevator
  implemented in the code?

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Task 6

• Subsystem for data preparation of the morphology
  module MorphologyDBS consists of the database
  Database, the client for the data modification
  DataClient, the component of export Export
  and the data compiler Compiler.

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Task 6

• The database provides an interface for the data
  changing IMorphologyData and interface for the
  data exporting IDataExport. The client requires
  the interface for the data changing, the
  component of export requires an interface for the
  data export. The compiler does not require
  external interfaces, but implicitly depends on
  the database. Specify how the components are
  related in this subsystem.

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Task 6

• Place the database on the server MorphoDB, and
  all other components - on the linguists computer
  LinguistPlace.
• Check the internal structure of the compiler in
  the following way. The compiler uses the
  interface Imorphology of the component
  MorphoModel. The compiler consists of the
  parser Parser, error message handler Handler
  and model builder Builder. Components which
  implement the parser and the builder of the
  model, report about errors through the interface
  IErrorHandler of the component Handler in the
  compiler. The builder requires the external
  interface Imorphology.

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Task 7

• The application of the class Application
  contain plug-ins. The plug-in of the class Bean
  is either the processing module ProcessBean or
  the algorithmic module ComputeBean. The
  processing module is connected by ComputeLink
  with plug-ins for performing calculations.
• Using the representation of the internal
  structure, specify that the specialization
  MainApp of the application Application
  includes one process module and two related with
  it algorithmic modules.

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Task 7

• Modify the model, specify that the application
  MainApp consists of two connected processing
  modules, one of which is the main module main.
• Show that the main processing module of the
  application MainApp implements the interface of
  the configuration Configuration through the
  port ConfigurationEndpoint.
• Using the assembly connector, show that the main
  processing module MainApp can refer through
  interface Computation to the application
  SecondApp.
• List all the features of the application
  MainApp.

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Task 8

• File Morphology.dll materializes the component
  MorphoEngine, which provides an interface
  IMorphology. Component MorphoEngine for
  working needs a component RootObjects and files
  of dictionaries. The files of dictionaries have
  names ltISO_639-1_code_of_languagegt.lng. For
  example, ru.lng, eng.lng. Component
  RootObjects is materialized in the library
  RootObject.dll.

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Task 8

• Display in a model all artifacts and the
  relationships between which are necessary for the
  launching of the morphological module working
  with the French and the German languages.
• Specify that for the localization of the
  messages, component MorphoEngine uses the
  interface IMorphoLocalize. This interface has
  already been implemented for Russian and English
  languages by components MorphoLicalize.dll. Add
  to the model the dependence of the Russian
  localization component.
• Mark, that for the correct functioning the
  morphological module needs a library
  RootObjects.dll of the version 4.0.1.157.