Opleiding: Play Framework Programming

In the course Play Framework Programming from SpiralTrain participants learn to develop web applications based on the Model View Controller design pattern and using the JVM language Scala.

Intro Play Framework

The course starts with a discussion of the Play Framework architecture. Also discussed is the use of the build and dependency management tool sbt and the command line utility giter8 with which files and directories are generated based on templates.

MVC Model

Next the MVC architecture is discussed and how in Play control flow, data presentation and data storage are realized. Attention is also paid to dynamic URLs and scoped objects in session and flash scope.

Views and Templates

The view in Play web applications is typically based on a template. Attention is paid to the operation of the Scala based template engine and the possible control flow constructs and variables in templates.

Concurrency

Then it's time to handle asynchronous calls and concurrency with multiple threads. The Akka Framework which is ideally suited for concurrent and distributed applications on the JVM, is therefore discussed as well.

Web Services

The course program also treats consuming Web Services in Play. The parsing of JSON data and the parsing of XML data with JAXB and Akka streaming is also explained.

Data Access

Furthermore data access from Play is treated. Object Relational Mapping and both Ebean queries and Rawsql queries are discussed.

Deployment

Finally after an overview of how to create your own Play modules, attention is paid to the deployment of Play Applications on an Apache or Nginx web server.

Audience Course Play Framework Programming

The course Play Framework Programming is intended for experienced developers who want to use the Play Framework for the creation of Web Applications and Web Services.

Prerequisites course Play Framework Programming

Knowledge of and experience with Java, C# or Scala is required to participate in this training.

Realization Training Play Framework Programming

The theory is discussed on the basis of presentation slides. Demos are used to clarify the theory. There is ample opportunity to practice and theory and exercises are interchanged. The course material is in English. Course times are from 9.30 to 16.30.

Certification course Play Framework Programming

After successful completion of the course the participants receive an official certificate Play Framework Programming.

Modules

Module 1 : Play Framework Intro

  • What is Play?
  • Play Architecture
  • Play Versions
  • Installing Play
  • sbt and conscript
  • Installing Giter8
  • Setting Up Play
  • Project Directories
  • Configuration
  • Controller and View
  • Testing Views
  • Testing Controllers

Module 2 : Build System

  • Scala Build Tool
  • Core Principles
  • Benefits of sbt
  • Using sbt
  • SBT Commands
  • Setting Definition
  • Resolvers
  • sbt Plugins
  • Application Settings
  • Error Handlers
  • Client Errors
  • Server Errors

Module 3 : MVC Model

  • MVC Architecture
  • Separation of Concerns
  • Control Flow
  • Data Presentation
  • Data Storage
  • HTTP Storage
  • Static Definition
  • Dynamic URL Parts
  • Passing Fixed Values
  • Optional Parameters
  • Scoped Objects
  • Session and Flash Scope

Module 4 : Views and Templating

  • General Template
  • Composite View
  • Special @ Character
  • Comments
  • Template Parameters
  • Import Statement
  • Conditions
  • Iterating Lists
  • Iterating Maps
  • If Blocks
  • Escaping Dynamic Contents

Module 5 : Concurrency

  • Executors
  • Runnable and Callables
  • Asynchronous Programming
  • Scheduled Jobs
  • Configuring Jobs
  • Akka Framework
  • Actors
  • Actor System
  • Message Flows
  • Fault Tolerance
  • Scalability

Module 6 : Web Services

  • Consuming Web Services
  • REST API's
  • JSON Payloads
  • Callback Methods
  • Handling JSON
  • JSON Request and Response
  • Simple XML Parsing
  • Parsing with JAXB
  • Large Responses
  • Source and Sinks
  • Akka Streaming

Module 7 : Data Access

  • SQL Database Support
  • Object Persistence
  • Object Relational Mapping
  • ORM Concepts
  • Relationships
  • Persistence API
  • Ebean Queries
  • Query Constructs
  • Using Rawsql

Module 8 : Play Modules

  • What are Modules?
  • Creating Modules
  • Module Configuration
  • Module Contract
  • Module Injection
  • Publishing Modules
  • Play Repository
  • Third Party Modules
  • Popular Modules

Module 9 : Deployment

  • Action Composition
  • Filters
  • Configuring Cache
  • Cache API
  • Deployment on Apache
  • Enabling SSL
  • mod proxy Load Balancer
  • Nginx Event Architecture
  • Configure Play on Nginx
Meer...
€2.650
ex. BTW
Aangeboden door
SpiralTrain
Onderwerp
Programmeren (algemeen)
Niveau
Duur
4 dagen
Looptijd
24 dagen
Taal
en
Type product
cursus
Lesvorm
Klassikaal
Aantal deelnemers
Max: 12
Tijdstip
Overdag
Tijden en locaties
Amsterdam
ma 27 jul. 2026
Eindhoven
ma 27 jul. 2026
Houten
ma 27 jul. 2026
Rotterdam
ma 27 jul. 2026
Utrecht
ma 27 jul. 2026
Zwolle
ma 27 jul. 2026
Amsterdam
ma 26 okt. 2026
Eindhoven
ma 26 okt. 2026
Houten
ma 26 okt. 2026
Rotterdam
ma 26 okt. 2026
Utrecht
ma 26 okt. 2026
Zwolle
ma 26 okt. 2026
Amsterdam
ma 25 jan. 2027
Eindhoven
ma 25 jan. 2027
Houten
ma 25 jan. 2027
Rotterdam
ma 25 jan. 2027
Utrecht
ma 25 jan. 2027
Zwolle
ma 25 jan. 2027
Amsterdam
ma 10 mei 2027
Eindhoven
ma 10 mei 2027
Houten
ma 10 mei 2027
Rotterdam
ma 10 mei 2027
Utrecht
ma 10 mei 2027
Zwolle
ma 10 mei 2027
Amsterdam
ma 26 jul. 2027
Eindhoven
ma 26 jul. 2027
Houten
ma 26 jul. 2027
Rotterdam
ma 26 jul. 2027
Utrecht
ma 26 jul. 2027
Zwolle
ma 26 jul. 2027
Amsterdam
ma 25 okt. 2027
Eindhoven
ma 25 okt. 2027
Houten
ma 25 okt. 2027
Rotterdam
ma 25 okt. 2027
Utrecht
ma 25 okt. 2027
Zwolle
ma 25 okt. 2027
Amsterdam
di 1 feb. 2028
Eindhoven
di 1 feb. 2028
Houten
di 1 feb. 2028
Rotterdam
di 1 feb. 2028
Utrecht
di 1 feb. 2028
Zwolle
di 1 feb. 2028
Amsterdam
di 2 mei 2028
Eindhoven
di 2 mei 2028
Houten
di 2 mei 2028
Rotterdam
di 2 mei 2028
Utrecht
di 2 mei 2028
Zwolle
di 2 mei 2028
Amsterdam
di 1 aug. 2028
Eindhoven
di 1 aug. 2028
Houten
di 1 aug. 2028
Rotterdam
di 1 aug. 2028
Utrecht
di 1 aug. 2028
Zwolle
di 1 aug. 2028
Amsterdam
di 7 nov. 2028
Eindhoven
di 7 nov. 2028
Houten
di 7 nov. 2028
Rotterdam
di 7 nov. 2028
Utrecht
di 7 nov. 2028
Zwolle
di 7 nov. 2028
Amsterdam
di 6 feb. 2029
Eindhoven
di 6 feb. 2029
Houten
di 6 feb. 2029
Rotterdam
di 6 feb. 2029
Utrecht
di 6 feb. 2029
Zwolle
di 6 feb. 2029
Amsterdam
di 1 mei 2029
Eindhoven
di 1 mei 2029
Houten
di 1 mei 2029
Rotterdam
di 1 mei 2029
Utrecht
di 1 mei 2029
Zwolle
di 1 mei 2029
Amsterdam
di 7 aug. 2029
Eindhoven
di 7 aug. 2029
Houten
di 7 aug. 2029
Rotterdam
di 7 aug. 2029
Utrecht
di 7 aug. 2029
Zwolle
di 7 aug. 2029
Amsterdam
di 6 nov. 2029
Eindhoven
di 6 nov. 2029
Houten
di 6 nov. 2029
Rotterdam
di 6 nov. 2029
Utrecht
di 6 nov. 2029
Zwolle
di 6 nov. 2029
Amsterdam
di 5 feb. 2030
Eindhoven
di 5 feb. 2030
Houten
di 5 feb. 2030
Rotterdam
di 5 feb. 2030
Utrecht
di 5 feb. 2030
Zwolle
di 5 feb. 2030
Amsterdam
di 7 mei 2030
Eindhoven
di 7 mei 2030
Houten
di 7 mei 2030
Rotterdam
di 7 mei 2030
Utrecht
di 7 mei 2030
Zwolle
di 7 mei 2030
Amsterdam
di 6 aug. 2030
Eindhoven
di 6 aug. 2030
Houten
di 6 aug. 2030
Rotterdam
di 6 aug. 2030
Utrecht
di 6 aug. 2030
Zwolle
di 6 aug. 2030
Amsterdam
di 5 nov. 2030
Eindhoven
di 5 nov. 2030
Houten
di 5 nov. 2030
Rotterdam
di 5 nov. 2030
Utrecht
di 5 nov. 2030
Zwolle
di 5 nov. 2030
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