Programação JAVA Programação e Bases de Dados - Percursos Nível: Avançado Duração: 186h Sobre o curso O objetivo deste programa é criar profissionais de TI com as competências e experiência necessárias para desempenhar funções de programador na linguagem JAVA, através de formação certificada, aliada à possibilidade de realização de um estágio curricular. Baseado em diversas tecnologias emergentes este percursos de formação fornece aos participantes um conjunto alargado de conhecimentos técnicos e a experiência prática ajustados à realidade atual. Objetivos: Oferecer uma formação teórico-prática avançada, sólida, especializada e atualizada, que prepare os formandos para uma carreira de sucesso na área de Desenvolvimento de Aplicações com Java, dotando-os de versatilidade, criatividade, espírito crítico e rigor técnico para enfrentar com autonomia os desafios de um meio tecnológico exigente e em permanente mudança; Dotar os Formandos com o know-how e a qualificação necessários para exercer com sucesso uma atividade profissional de programador; Potenciar a produtividade, o reconhecimento profissional e a empregabilidade dos Formandos, através das mais elevadas Certificações Oracle, reconhecidas internacionalmente; Desenvolver as competências pessoais essenciais à atividade de programador de aplicações Java. Certificações Obtidas: Oracle Certified Associate, Java SE 7 Programmer Oracle Certified Professional Java SE 7 Programmer Oracle Certified Expert, Java EE 6 Web Component Developer Estágio Este percurso possibilita um estágio curricular de 3 meses, remunerado (através da atribuição de
Subsídio de Transporte e Refeição), após a conclusão da formação, mediante a realização dos exames de Certificação com aproveitamento. Contacte-nos para conhecer as condições de estágio, disponíveis depois da conclusão dos nossos percursos. Saiba mais aqui > Destinatários Todos os interessados em iniciar uma atividade profissional no mercado das Tecnologias de Informação, nomeadamente na área de programação de aplicações Java. Profissionais que pretendam investir ou mudar de carreira. O perfil curricular deste percurso adequa-se à preparação de Profissionais para o desempenho das seguintes funções: Java Developer Java Software Programmer Senior Java Developer Java Programmer Java Web Software Developer Conheça as turmas das edições anteriores >> Pré-requisitos Conhecimentos de Inglês. Alguns conhecimentos sobre programação e tecnologias web, podem facilitar a assimilação dos conhecimentos. Não apresenta quaisquer pré-requisitos a nível de habilitações académicas ou experiência profissional.
Metodologia Constituído por 6 módulos de formação integrados numa ótica de sessões mistas de teoria e prática. Cada módulo é constituído por um período de formação presencial, com a duração total de 165 horas, e acompanhamento permanente e personalizado por parte de um formador. Serão elaborados exercícios e simulações de situações práticas com resolução individualizada garantindo uma aprendizagem mais eficaz. Os conteúdos ministrados durante o percurso são devidamente acompanhados por manuais, distribuídos aos Participantes. FORMAÇÃO PRESENCIAL 182 horas; 6 Sessões mistas de teoria e prática; Exposição dos conteúdos por um formador certificado; Experimentação em sala dos conteúdos ministrados. EXAME DE CERTIFICAÇÃO 3 exames de certificação: Oracle Certified Associate, Java SE 7 Programmer Oracle Certified Professional, Java SE 7 Programmer Oracle Certified Expert, Java EE 6 Web Component Developer Os exames de certificação deverão ser realizados no final dos respetivos módulos de formação; As datas são sugeridas pela GALILEU, no entanto, a marcação é feita pelo Formando no momento em que se sentir preparado para tal, tendo em consideração que os exames incluídos neste percurso, têm de ser efectuados, o máximo, até 6 meses a contar da data de término do último curso do percurso. A marcação deve ser efetuada com 4 dias úteis de antecedência à data pretendida; O resultado do exame é conhecido aquando da finalização do mesmo. SECOND SHOT GRATUITO Os formandos que não obtenham aprovação no seu primeiro exame de certificação, poderão ter uma segunda oportunidade de forma gratuita. Têm direito a este second shot gratuito: Os formandos que, após terem realizado o exame, tenham reprovado com nota inferior a 10% em relação à nota mínima exigida; Façam os exames nas datas propostas no calendário do percurso.
Programa Introdução à Programação Web (30h) Java SE7 Fundamentals (30h) Auto estudo acompanhado (6h) Ação de Preparação para Exame 1Z0-803: Java SE7 Programmer I (3h) Java SE7 Programming (30h) Auto estudo acompanhado (6h) Preparação para o exame 1Z0-804: Java SE7 Programmer II (3h) Developing Applications With Java EE 6 on WebLogic Server (30h) Marketing Pessoal e Comunicação (6h) Seminário (3h) Java EE 6: Develop Web Components With Servlets & JSPs New (30h) Auto estudo acompanhado (6h) Preparação para o exame Java EE 6 Web Component Developer (3h) Introdução à Programação Web (30h) Java SE7 Fundamentals (30h) Introducing the Java Technology Relating Java with other languages Showing how to download, install, and configure the Java environment on a Windows system. Describing the various Java technologies such as Java EE, JavaME, Embedded Java SE Describing key features of the technology and the advantages of using Java Using an Integrated Development Environment (IDE) Thinking in Objects Defining the problem domain Identifying objects and recognizing the criteria for defining objects Introducing the Java Language Defining classes Identifying the components of a class Creating and using a test class Compiling and executing a test program Working with Primitive Variables Declaring and initializing field variables Describing primitive data types such as integral, floating point, textual, and logical Declaring variables and assigning values Using constants Using arithmetic operators to modify values
Working with Objects Declaring and initializing objects Storing objects in memory Using object references to manipulate data Using JSE javadocs to look up the methods of a class Working with String and StringBuilder objects Using operators and decision constructs Using relational and conditional operators Testing equality between strings Evaluating different conditions in a program and determining the algorithm Creating if and if/else constructs Nesting and chaining conditional statements Using a switch statement Creating and Using Arrays Declaring, instantiating, and initializing a one-dimensional Array Declaring, instantiating, and initializing a two-dimensional Array Using a for loop to process an Array Creating and initializing an ArrayList Using the import statement to work with existing Java APIs Accessing a value in an Array or and ArrayList Using the args Array Using Loop Constructs Creating while loops and nested while loops Developing a for loop Using ArrayLists with for loops Developing a do while loop Understanding variable scope Working with Methods and Method Overloading Creating and Invoking a Method Passing arguments and returning values Creating static methods and variables Using modifiers Overloading a method Using Encapsulation and Constructors Creating constructors Implementing encapsulation Introducing Advanced Object Oriented Concepts Using inheritance Using types of polymorphism such as overloading, overriding, and dynamic binding Working with superclasses and subclasses
Adding abstraction to your analysis and design Understanding the purpose of Java interfaces Creating and implementing a Java interface Handling Errors Understanding the different kinds of errors that can occur and how they are handled in Java Understanding the different kinds of Exceptions in Java Using Javadocs to research the Exceptions thrown by the methods of foundation classes Writing code to handle Exceptions The Big Picture Creating packages and JAR files for deployment using java Two and three tier architectures Looking at some Java applications examples Auto estudo acompanhado (6h) Ação de Preparação para Exame 1Z0-803: Java SE7 Programmer I (3h) Java SE7 Programming (30h) Java Platform Overview Introductions Course Schedule Java Overview Java Platforms OpenJDK Licensing Java in Server Environments The Java Community Process Java Syntax and Class Review Simple Java classes Java fields, constructors and methods Model objects using Java classes Package and import statements Encapsulation and Polymorphism Encapsulation in Java class design Model business problems with Java classes Immutability Subclassing Overloading methods Variable argument methods Java Class Design
Access modifiers: private, protected and public Method overriding Constructor overloading The instanceof operator Virtual method invocation Polymorphism Casting object references Overriding Object methods Advanced Class Design Abstract classes and type generalization The static and final modifiers Field modifier best practices The Singleton design pattern Designing abstract classes Nested classes Enumerated types Inheritance with Java Interfaces Java Interfaces Types of Inheritance Object composition and method delegation Implementing multiple interfaces The DAO design pattern Generics and Collections Generic classes and type parameters Type inference (diamond) Collections and generics List, set and Map Stack and Deque String processing String manipulation with StringBuilder and StringBuffer Essential String methods Text parsing in Java Input processing with Scanner Text output and formatting Regular expressions with the Pattern and Matcher classes Exceptions and Assertions Exceptions categories Standard Java Exception classes Creating your own Exception classes Using try-catch and the finally clause
Using try-with-resources and the AutoCloseable interface The multi-catch feature Best practices using exceptions Assertions I/O Fundamentals I/O using Java Reading the console input stream Writing to the console Using I/O Streams Chaining I/O Streams Channel I/O Reading and writing objects using Serialization File I/O with NIO 2 The Path interface The Files class Directory and File operations Managing file system attributes Reading, writing, and creating files Watching for file system changes Threading Operating system task scheduling Recognizing multithreaded environments Creating multi-threaded solutions Sharing data across threads Synchronization and Deadlock Immutable objects Concurrency Creating Atomic variables Using Read-Write Locks Thread-safe collections Concurrenct synchronizers (Semaphore, Phaser, and others) Executors and ThreadPools to concurrently schedule tasks Parallelism and the Fork-Join framework Database Application with JDBC Layout of the JDBC API JDBC divers Queries and results PreparedStatement and CallableStatement Transactions RowSet 1.1 RowSetProvider and RowSetFactory
The DAO Pattern and JDBC Localization Advantages of localization Defining locale Read and set locale using the Locale object Resource bundles Format messages, dates and numbers Developing Applications With Java EE 6 on WebLogic Server (30h) Java Platform, Enterprise Edition Describe the purpose of the Java EE Platform Describe the needs of enterprise applications List the various Java EE specifications Compare services and libraries Describe the Java EE Web Profile Describe the EE application tiers and layers. Enterprise Development Tools and Application Servers Describe the purpose of an application server Identify the potential selection criteria used when choosing an application server Install the Oracle WebLogic Server 12c Zip Distribution Describe the properties of Java EE components Describe the process of developing a Java EE application Describe how to configure and package Java EE applications List EE supporting features provided by integrated development environments (IDEs) JavaBeans, Annotations, and Logging Describe the Java SE features that are used extensively in enterprise applications Create POJO JavaBeans components Log application activity and errors Write to server logs Describe common Java SE annotations and features Develop Java annotations Describe the role of annotations in Java EE Web Component Model Describe the HTTP request-response model Define the difference between Java Servlets, JSP, and JSF components Implement application layering and the MVC Pattern
Avoid thread safety issues in web components Use the Expression Language Developing with JavaServer Faces Technology Evaluate the role of JavaServer Faces (JSF) technology as a presentation mechanism Describe the flow of the JSF life cycle Author JSF pages using Facelets Process form submissions and use JSF managed beans Describe the use of JSF tag libraries Use the appropriate annotation to control the scope of a bean instance Use a component to iterate over values in a collection Using AJAX and Composite Components with JSF Define Asynchronous JavaScript and XML (AJAX) Describe how JSF Components can be enhanced with AJAX Use the tag Describe how AJAX request integrates with the JSF life cycle Define a composite component Create a JSF composite component Apache Trinidad JSF Component Library and Mobile Development Create JavaServer Faces (JSF) pages that use Apache Trinidad components Create a JSF-based mobile application Dynamically apply Cascading Style Sheets (CSS) with Trinidad Skinning Use the HTML5 video tag Dependency Injection With CDI Create managed bean compatible classes Inject managed beans Qualify the bean being requested at an injection point Use CDI alternatives Using JSF and Bean Validation Define the approach JSF uses to convert and validate input data Use built-in validation constraints provided with JSF Use built-in validation constraint annotations provided by Bean Validation Create a custom Bean Validation constraint Developing Servlets Describe the servlet API Use the request and response APIs Set response headers Create text and binary response bodies
Process file uploads using servlets Forward to JSPs using RequestDispatcher Use the session management API Developing with JavaServer Pages Technology Evaluate the role of JSP technology as a presentation mechanism Author JSP pages Process data received from servlets in a JSP page Describe the use of tag libraries EJB Component Model Describe the role of EJB components in a Java EE application Describe the benefits of EJB components Describe the operational characteristics of a stateless, stateful, and singleton session beans Create session beans Create session bean clients The Java Persistence API Describe the role of the Java Persistence API (JPA) in a Java EE application Explain the basics of object-relational mapping Describe the elements and environment of an entity component Describe the life cycle and operational characteristics of entity components Implementing a Transaction Policy Describe transaction semantics Compare programmatic and declarative transaction scoping Use JTA to scope transactions programmatically Implement a container-managed transaction policy Support optimistic locking with the versioning of entity components Support pessimistic locking using EntityManager APIs Describe the effect of exceptions on transaction state Web Service and Integration Technology Survey Describe the purpose of integration technologies Define the integration layer in a multilayered application architecture List various Java EE integration technologies Describe the benefit of Web Services over other integration technologies Implementing a Security Policy Leverage container-managed security Define user roles and responsibilities Create a role-based security policy Using Declarative Security
Configure authentication in the web tier Marketing Pessoal e Comunicação (6h) Marketing Pessoal Marketing Pessoal: definição e exploração do conceito Identificação da importância do Marketing Pessoal no crescimento pessoal e profissional A análise Swot aplicada aos objetivos pessoais e profissionais Abordagem ativa ao mercado de trabalho Comunicação A comunicação e as suas funções a importância de comunicar bem O processo de comunicação Comunicação verbal e comunicação não-verbal A comunicação empática Escuta atenta e ativa Os diferentes estilos de comunicação. Atitudes de comunicação Comportamento gera comportamento Técnicas de comunicação eficaz Seminário (3h) Java EE 6: Develop Web Components With Servlets & JSPs New (30h) Introducing the Course Reviewing the Java SE and Java EE Curriculum Getting Acquainted with Other Students Reviewing Course Objectives Discussing 5 Day Course Schedule Describing the Format that the Class will Use Introducing Web Application Technologies Describing the Java EE 6 Web Profile Web Application Essentials Describing Java Servlet Technology Describing JavaServer Pages Technology Understanting the Model-View-Controller (MVC) Architecture Explaining Java EE Containers and Java Application Servers Describing the Web Application Development Process Identifying the Essential Structure of a WAR File Developing a Servlet Describing the HTTP Headers and Their Function
Explaining the Request and Response Processes Understanding the Life Cycle of a Servlet Listing Injection and Lifecycle Method Annotations Understanding the Threading Model of a Servlet Developing a Servlet to Respond to Requests from the Client Browser Handling Form Requests in Servlets Using HTML Forms To Collect Data From Users and Send it To a Servlet Understanding How Form Data Is Sent in an HTTP Request Developing a Servlet that Retrieves Form Parameters Understanding and Using HttpSession Objects Using Cookies for Session Management Using URL Rewriting for Session Management Configuring Your Web Application Describing the Purpose of Deployment Descriptors Creating Servlet Mappings to Allow Invocation of a Servlet Creating and Access Context and Init Parameters Using the @WebServlet and @WebInitParam Annotations Using the ServletContextListener Interface Describing the Different Scopes in a Web Application Handling Errors Using a Deployment Descriptor Implementing an MVC Design Implementing the Controller Design Element Using a Servlet Implementing the Model Design Element Using a POJO Implementing the View Design Element Using a JSP and Expression Language (EL) Connecting the model, View, and Controller Elements to Implement a Working MVC Solution Injecting a Service in a Controller Developing Components with JavaServer Pages Technology Describing JSP Page Technology Writing JSP Code Using Scripting Elements Writing JSP Code Using the Page Directive Writing JSP Code Using Standard Tags Writing JSP code using Expression Language Configuring the JSP Page Environment in the web.xml File Writing an Error Page by Using JSP Developing JSP Pages by Using Custom Tags Designing JSP Pages with Custom Tag Libraries Using a Custom Tag Library in JSP Pages
Describing JSTL Tags Using Filters in Web Applications Describing the Web Container Request Cycle Describing the Filter API Developing a Filter Class Configuring a Filter in the web.xml File More Servlet Features Using the Asynchronous Servlet Mechanism Using JavaScript to Send an HTTP Request from a Client Processing an HTTP Response Entirely in JavaScript Combining These Techniques to Create the Effect of Server-push Handling Multipart Form Data Implementing Security Describing a Common Failure Mode in Security Requiring that a User Log in Before Accessing Specific Pages in Your Web Application Describing the Java EE Security Model Requiring SSL Encrypted Communication for Certain URLs or Servlets Integrating Web Applications with Databases Understanding the Nature of the Model as a Macro-pattern Implementing Persistent Storage for Your Web Applications Using JDBC or Java Persistence API Auto estudo acompanhado (6h) Preparação para o exame Java EE 6 Web Component Developer (3h)