Programmazione Java Certificazione Oracle SCJA

Corso Modalità E-learning significa:
- Presenza del docente in tempo Reale (no a lezioni Video Registrate)
- Piattaforma Didattica che garantisca alta fluidità Audio Video
- Verifica dei prerequisiti tecnici in ingresso di ogni partecipante.

Corso di preparazione alla
Certificazione Oracle Sun Certified Associate
for the Java Platform Standard Edition Oracle 1Z0-850

Macrocontenuti del Corso:

- Introduzione a Java
Introduzione al linguaggio ad oggetti JAVA, e preparazione ambiente di sviluppo con jdk e IDE.

- Programmazione Object Oriented
Concetto di classe, oggetto, proprietà e metodo, e successivamente dei concetti di ereditarietà, polimorfismo e incapsulamento.

- Modellazione UML OO
Descrizione dei principali diagrammi UML ed in particolare del CLASS DIAGRAM, utili nella progettazione del software.

- Implementazione Codice Java
Scrittura di codice JAVA, utilizzando classi, primitive, enumerazioni, metodi, proprietà, classi astratte, interfacce.

- Implementazione di algoritmi in Java
Implementazione di algoritmi più complessi in java, utilizzando assegnazioni, cicli, condizioni.

- Cenni di Integrazione JAVA
Distinzione delle tre tecnologie fondamentali: J2SE, J2EE e J2ME.

- Tecnologie Client Java
HTML, JavaScript, MIDLET, APPLET

- Tecnologie Server Java
EJB, servlets, JSP, JMS, JNDI, SMTP, JAX-RPC, Web Services (including SOAP, UDDI, WSDL, and XML), and JavaMail.

Di seguito tutte le argomentazioni ufficiali su cui l'esame verte:

Section 1: Fundamental Object-Oriented Concepts

• Describe, compare, and contrast primitives (integer, floating point, boolean, and character), enumeration types, and objects.
• Describe, compare, and contrast concrete classes, abstract classes, and interfaces, and how inheritance applies to them.
• Describe, compare, and contrast class compositions, and associations (including multiplicity: (one-to-one, one-to-many, and many-to-many), and association navigation.
• Describe information hiding (using private attributes and methods), encapsulation, and exposing object functionality using public methods; and describe the JavaBeans conventions for setter and getter methods.
• Describe polymorphism as it applies to classes and interfaces, and describe and apply the "program to an interface" principle.

Section 2: UML Representation of Object-Oriented Concepts

• Recognize the UML representation of classes, (including attributes and operations, abstract classes, and interfaces), the UML representation of inheritance (both implementation and interface), and the UML representation of class member visibility modifiers (-/private and +/public).
• Recognize the UML representation of class associations, compositions, association multiplicity indicators, and association navigation indicators.

Section 3: Java Implementation of Object-Oriented Concepts

• Notes: code examples may use the 'new' operator.
• Develop code that uses primitives, enumeration types, and object references, and recognize literals of these types.
• Develop code that declares concrete classes, abstract classes, and interfaces, code that supports implementation and interface inheritance, code that declares instance attributes and methods, and code that uses the Java access modifiers: private and public.
• Develop code that implements simple class associations, code that implements multiplicity using arrays, and recognize code that implements compositions as opposed to simple associations, and code that correctly implements association navigation.
• Develop code that uses polymorphism for both classes and interfaces, and recognize code that uses the "program to an interface" principle.

Section 4: Algorithm Design and Implementation

• Describe, compare, and contrast these three fundamental types of statements: assignment, conditional, and iteration, and given a description of an algorithm, select the appropriate type of statement to design the algorithm.
• Given an algorithm as pseudo-code, determine the correct scope for a variable used in the algorithm, and develop code to declare variables in any of the following scopes: instance variable, method parameter, and local variable.
• Given an algorithm as pseudo-code, develop method code that implements the algorithm using conditional statements (if and switch), iteration statements (for, for-each, while, and do-while), assignment statements, and break and continue statements to control the flow within switch and iteration statements.
• Given an algorithm with multiple inputs and an output, develop method code that implements the algorithm using method parameters, a return type, and the return statement, and recognize the effects when object references and primitives are passed into methods that modify them.
• Given an algorithm as pseudo-code, develop code that correctly applies the appropriate operators including assignment operators (limited to: =, +=, -=), arithmetic operators (limited to: +, -, *, /, %, ++, --), relational operators (limited to: <, <=, >, >=, ==, !=), logical operators (limited to: !, &&, ||) to produce a desired result. Also, write code that determines the equality of two objects or two primitives.
• Develop code that uses the concatenation operator (+), and the following methods from class String: charAt, indexOf, trim, substring, replace, length, startsWith, and endsWith.

Section 5: Java Development Fundamentals

• Describe the purpose of packages in the Java language, and recognize the proper use of import and package statements.
• Demonstrate the proper use of the "javac" command (including the command-line options: -d and -classpath), and demonstrate the proper use of the "java" command (including the command-line options: -classpath, -D and -version).
• Describe the purpose and types of classes for the following Java packages: java.awt, javax.swing, java.io, java.net, java.util.

Section 6: Java Platforms and Integration Technologies

• Distinguish the basic characteristics of the three Java platforms: J2SE, J2ME, and J2EE, and given a high-level architectural goal, select the appropriate Java platform or platforms.
• Describe at a high level the benefits and basic characteristics of RMI.
• Describe at a high level the benefits and basic characteristics of JDBC, SQL, and RDBMS technologies.
• Describe at a high level the benefits and basic characteristics of JNDI, messaging, and JMS technologies.

Section 7: Client Technologies

• Describe at a high level the basic characteristics, benefits and drawbacks of creating thin-clients using HTML and JavaScript and the related deployment issues and solutions.
• Describe at a high level the basic characteristics, benefits, drawbacks, and deployment issues related to creating clients using J2ME midlets.
• Describe at a high level the basic characteristics, benefits, drawbacks, and deployment issues related to creating fat-clients using Applets.
• Describe at a high level the basic characteristics, benefits, drawbacks, and deployment issues related to creating fat-clients using Swing.

Section 8: Server Technologies

• Describe at a high level the basic characteristics of: EJB, servlets, JSP, JMS, JNDI, SMTP, JAX-RPC, Web Services (including SOAP, UDDI, WSDL, and XML), and JavaMail.
• Describe at a high level the basic characteristics of servlet and JSP support for HTML thin-clients.
• Describe at a high level the use and basic characteristics of EJB session, entity and message-driven beans.
• Describe at a high level the fundamental benefits and drawbacks of using J2EE server-side technologies, and describe and compare the basic characteristics of the web-tier, business-tier, and EIS tier.