What's New and Noteworthy on Oracle CAF 12.1.3

Copyright © 2014, Oracle and/or its affiliates. All rights reserved. |
What’s New and Noteworthy on
CAF 12.1.3
WebLogic and Coherence
Bruno Borges
Principal Product Manager
Oracle Latin America
August, 2014

• Bruno Borges
– Principal Product Manager, Java Evangelist
– Oracle Latin America
– @brunoborges
– bruno.borges@oracle.com
Speaker

Program Agenda
Cloud Application Foundation Recap
Oracle WebLogic 12.1.3
Oracle Coherence 12.1.3
1
2
3

Cloud Application Foundation
A brief recap

Oracle Cloud Application Foundation
WebLogic & Coherence Delivery Platforms and Focus Areas
Strategic
Focus
Multitenancy for
Density/Utilization
#
1
HIGH PRODUCTIVITY
Java EE
Java SE
HTML5
Mobile,
Developer Productivity
Cloud Scale
Management
and Operations
High Availability and
Performance
Engineered Systems
(Exalogic, SuperCluster)
Conventional On-premisePublic, Private, 3rd Party Cloud
Platform
Choice
6

Oracle WebLogic 12c

WebLogic Server 12.1.1
• Java EE 6 and Developer Productivity
• Simplified Deployment and Management with Virtualization
• Integrated Traffic Management
• Enhanced High Availability and Disaster Recovery
• Much Higher Performance
• Seamless Upgrade

Native Cloud Management
• Common Provisioning Framework
• Managed Coherence Servers
• Elastic JMS
Modern Development Platform
• Simplified Maven Integration
• WebSocket
• TopLink Data Services
Mission-Critical Cloud Platform
• Database 12c Integration
• Dynamic Clusters
• Exalogic Optimizations

Availability, Multitenancy, Scalability
Oracle WebLogic and Database 12c Integration
WebLogic, Database
Integration
• Application Availability with
Transaction Guard
• Support for Multi-Tenant
Database
• Scalability with Database
Resident Connection Pooling
Application
Continuity
Database
Resident
Connection
Pool
Global Data
Services
Multi-
Tenant
Database
WebLogic Server

Dynamic Clusters – Simplified Scalability for the Cloud
• Zero Reconfiguration to Scale,
Shrink Clusters
• Dynamic Clusters with Automated
Ports, Naming
• Oracle Cloud, Private Cloud
Elasticity
Simplify Cluster
Configuration and Scaling Dynamic Clusters

Managed Coherence Servers
WebLogic
Console
Enterprise
Manager
WebLogic Scripting
Management Efficiency
• Integrated across WebLogic and Coherence
• Based on WebLogic Management
Framework
• Configuration, deployment, lifecycle
management, monitoring
• Use for combined WebLogic/Coherence or
standalone Coherence deployments Coherence Coherence
Coherence Coherence
Configure Deploy Start/Stop Monitor
WebLogic WebLogic
WebLogic WebLogic
WebLogic Management Framework

Server 1 Server 2
Server 3 Server 3
JMS JMS
JMS JMS
Oracle
RAC
Dynamic Cluster
• Fusion Middleware 12.1.3 Release
• SOA, OSB, BPM, ADF, JDEV, CAF
• Mobile, Developer Productivity
• JSON, REST, WebSocket, SSE
• High Availability and Performance
• DB 12c integration improvements
• High availability enhancements
• Exalogic optimizations
• Cloud-Scale Management and Operations
• Additional REST support, FMWC

Mobile, Developer Productivity
WLS 12.1.3Clients
HTML5
clients
ADF Mobile
Proxies
OTD
Apache
OHS
Web Sockets (JSR 356)
TopLink Data Services
Server-Sent Events
JAX-RS 2.0
WebSocket Emulation
WebSocket
Emulation
JAX-RS 2.0, WebSocket 1.0
JSON Programming API
JPA 2.1
Server-Sent Events
WebSocket Emulation
JPA-RS
JPA
Change
Notification
Database
JSON Programming API
HTTP/S, JSON/XML
WebSocket, Server-Sent
Events, Long polling
Java EE 7
APIs
Additional
WebLogic
Value-Add
Oracle Confidential – Internal/Restricted/Highly Restricted 14

WebLogic Server 12.1.3 and JAX-RS 2.0 (from Java EE 7)
• Defaults with JAX-RS 1.1
– Annotation-based API for RESTful web services, Java EE 6 standard
• Supplied as jax-rs-2.0.war shared-library
– Overrides default JAX-RS API, supplies Jersey 2.5.1 implementation
– Referenced by applications to use JAX-RS 2.0
• New Features in JAX-RS 2.0
– Standard Client API
– Filters/interceptors
– Server-side content negotiation
– Asynchronous processing

Server-Sent Events – A Jersey 2.5 Bonus
• RESTful Approach to SSE
• Stream asynchronous events from Server to Client
using JAX-RS/Jersey runtime
– Uni-directional, server-send model using simple
data protocol
– Part of HTML5 Standard by W3C with EventSource
JavaScript Object
– Many HTTP messages on a single connection
– Enables reconnection and replay capability with
Last-Event-ID HTTP header tracking
• Automatically included and registered by the WLS
JAX-RS 2.0 shared-library
ServerClient
HTTP / SSE
HTTP / Res
Time
data
available
data
available
data
available
open
received
received
received
received
payload
payload
payload
payload
data
availablepayload
reconnect
HTTP / SSE + <Last-Data ID>
HTTP / Res

WebLogic Server 12.1.3 WebSocket Support – JSR-356
• WebLogic 12.1.2 WebSocket implementation
– Supports protocol standard
– Adoption by PeopleTools 8.54 (H2CY2014)
• WebLogic 12.1.3 – Java EE 7 API for WebSocket
– Included in GlassFish 4.0
• Allows defining WebSocket Endpoints
– Handle onOpen, onClose, onError, onMessage
events
– Bi-directional communication between peers
– Endpoints used by Servers and Clients
• Support encoders/decoders
– Map message content to/from Java objects
ServerClient
HTTP
Time
upgradeopen
receive
receive
Handshake Request
Handshake Response
WebSocket Connection
send
send
receive
send
sendreceive
send receive
payload
payload
payload
payload
payload
receive sendpayload

WebLogic Server 12.1.3 WebSocket Emulation
• Browsers and firewalls may not support/permit WebSocket protocol
• WebLogic provides a fallback mechanism to emulate the WebSocket transport
behavior
• Client side with JavaScript library - OraSocket.js
• Server side with an adapter to handle HTTP Long Polling
● Developers
● Use the WebSocket API for Java to write your application
● Use the WebSocket JavaScript Object on the client
● Same codebase
● Looks and smells just like a WebSocket application
● Whatever happens behind the scene is not your concern

WebLogic Server 12.1.3 - Java API for JSON Processing
• WebLogic Server implementation based on Java EE7 RI
• Standard Java API to generate and parse JSON
– Included in Java EE 7
– Included as module with WebLogic Server 12.1.3
• Has an Object model API to represent JSON
– Similar to DOM API in XML world
• Has a Streaming API to produce/consume JSON
– Similar to StAX API in XML world

Repository
Product JARs POMs<project>
<groupId>com.oracle.weblogic</groupId>
<artifactId>webservices</artifactId>
<version>12.1.2</version>
<packaging>jar</packaging>
</project>
Archetypes
Sync
plugin
WebLogic
plugin
weblogic-maven-plugin
wlst file
<script>
wlst-client
T3
WebLogicServer
AdminServer
WebLogic Server 12.1.3 Maven Updates
• Same set of 12.1.2 goals
• New wlst-client goal to run WLST
scripts from fully remote environment
• WLST remote library included in
Maven artifact set
• No longer require local installation of
WebLogic to execute WLST from
Maven

High Availability and Performance
Dynamic Cluster
Server 1 Server 2
Server 3 Server 3
JMS JMS
JMS JMS
WebLogicWebLogic
Oracle
Database
12c RAC
• Continued Database Integration
• Bundle 12c driver
• AQ JMS Database 12c support
• High-Availability
• No TLOG option – Phase 1
• XA Transaction Recovery Across Sites
• Exalogic Optimizations
• Density - Memory Optimizations
• Performance – JMS

WebLogic Server 12.1.3 – XA Without TLOGs
• Improve performance, manageability of XA apps
• No TLOG I/O – up to 3x throughput improvement
• No TLOG replication requirements for DR
• How it works
• Define “determiner” resource - last to prepare/commit
• Tx recovery based on resource state and determiner
• Single TM w/no LLR or JTS – no TLOG required
• Multiple TM – reduced writing to TLOG
• Multi-phase delivery of this features
• Multiple TM XA in with no TLOG in 12.2.1
Managed ServerManaged Server
TM TM
DS1 DS2 DS1 DS2
Determiners

Queue
JMS Svr
Repl Store
WebLogic Cluster
Daemon
R1
R2
Rn
RDMA/InfiniBand
Daemon
Volume
WebLogic Server 12.1.3 on Exalogic
JMS Replicated Store
• Leverages large RAM in Exalogic
– Stored in local memory
– Replicated via RDMA
• Provides very high throughput
– 14x performance vs. ZFSSA storage
• Fault tolerance
– Inherits network and power redundancy of
Exalogic
– Automatic recovery from a single node
failure

WebLogic Server 12.1.3 – Cloud Scale Management
Dynamic Clusters Update
• WebLogic 12.1.2 dynamic clusters
support JMS
• WebLogic 12.1.3 adds Whole
Server Migration support
Simplify Configuration of
HA JMS Clusters Dynamic Clusters

Oracle Coherence 12c

Modern Best Practice Caching Architecture
Pioneered By Coherence
First Generation Cache Solutions
Difficult to scale, complex to synchronize, limited capacity
Modern Best Practice Cache Solutions
Easy to Scale, Clustered, Synchronized, Advanced Capabilities

Application Server with Coherence
• Offload session and application data
management from the app server tier
• Scale tiers independently
• Coherence*Web
• Decouple session management from web
container
• Handle more users without adding more
application servers
• Restart/maintain applications/containers
without losing sessions
• Handle very large sessions efficiently
Scale Session, Cache and Data Grid as Independent Architectural Tier

Partitioned, Fault Tolerant, Self-Healing Cache
Coherence Clustered Caching Explained
• Cluster of nodes holding % of primary data locally
• Back-up of primary data is distributed across all other nodes
• Logical view of all data from any node
• All nodes verify health of each other
• In the event a node is unhealthy, other nodes diagnose state
• Unhealthy node isolated from cluster
• Remaining nodes redistribute primary and back-up responsibilities to healthy
nodes
?

• Detect and reflect database
changes in cache in real time
• Leverage existing technologies
– GoldenGate, TopLink Grid
• Broaden applicability/usability of
Coherence
• No code change
Coherence GoldenGate HotCache
Real Time Database Updates for Your Apps
AppApp App
Coherence
Batch
Process
GoldenGate HotCache

Memcached Adaptor
• Migrate from Memcached
• Use popular Memcached Clients
• Leverage Coherence benefits and
features
– Scalability, availability, and reliability
– Data source integration including
HotCache
– Security
• SASL PLAIN authentication mechanism using
Coherence JAAS Identity Asserter
• Integrates with the Coherence Proxy Security
framework for custom authorization.
Memcached
… Client
Cache
Memcached
Acceptor
Memcached
Ruby Client
POF Serializer
CacheServerProxyServer
Memcached
Java Client
Memcached
PHP Client

JCache (JSR-107) Support
The Standard API for Caching on the Java EE Platform
• JSR-107
– Oracle Co-Spec Lead
– Unanimously passed in 2014
• Full Support in Coherence
– Multiple Cache Topology support
– Interoperability with all Coherence clients
– Leverage Coherence features and benefits
• Server-side processing
• HotCache, Multi-Datacenter, etc.
Application
javax.cache.* API (JSR-107 JCache)
Coherence
Cache
Coherence Cluster
Coherence JSR-107 Adapter
Coherence API (NamedCache)

Dependency-1.jar
@portable account
@portable orders
Dependency-2.jar
@portable inventory
Pof-config.xml
POF Configuration Generator
• Generates POF config
file based on @Portable classes
• Predictable type-id generation
• Generational
– Accepts previous POF config file
• Operates against a GAR and
supported by maven GAR plugin
• Command line or consumable API
Developer Productivity
POF
Config
Generator

REST Security and Usability Improvements
• Secure SSL communications
– HTTP basic authentication, client-side
certificates
– Fine-grained authorization
• Query Enhancements
– “named queries”
– Limit query results
– Keyset Retrieval
• Pluggable Query Engines
Improved Client Integration
In-Memory Data Grid
Proxy Tier
Data Tier

Simplified Maven Integration
• Plug-in and Ready-to-Use POM
• Support private Maven
Repositories
• Consistency across development
teams
• Efficient use of central Maven
resources
RAPID DEVELOPMENT AUTOMATION, PRODUCTIVITY
Product JARs POMs
Private Repository

Coherence 12.1.3 JVisualVM Plug-in
• lightweight, developer-focused
JVisualVM plug-in
– general cluster information
– aggregated Coherence Mbeans
• Standard NetBeans Module (NBM)
• Tabular data or over time as graphs
• Supports Managed Coherence
Servers and stand-alone clusters
• Available on JDK 1.7u40 and above
– Support older versions via remote JMX

Coherence 12.1.3 Improved on Exalogic
• Infiniband Message Bus
– Lower response times up to 6x
– Built on Exabus APIs
• Uses expanded Exalogic X3-2
memory and SSD more efficiently
• Message Bus reduces latency jitter
• 16x faster rebalancing improves
availability
Improve Performance, Reduce Hardware
10Gbe IPoIB InfiniBand
Message Bus
Up to 6x Better Response Time

Safe Harbor Statement
The preceding is intended to outline our general product direction. It is intended for
information purposes only, and may not be incorporated into any contract. It is not a
commitment to deliver any material, code, or functionality, and should not be relied upon
in making purchasing decisions. The development, release, and timing of any features or
functionality described for Oracle’s products remains at the sole discretion of Oracle.

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