|
SOA Composition
|
- The relations between SOA and other
technologies
- Using of SOA in the application
- Service-oriented design SOA
- SOA collaboration
- Services and components
|
SOA Principle
|
- Business drive services, services drive
technology
- Business agility is a fundamental business
requirements
- A successful SOA is always changing
|
| SOA Connect Architecture
|
- Services job roles
- Service petitioner and service providers
- Polymeric service providers
- Acting as an intermediary service agent
- Multiple agreements services call
- Web services description language (WSDL)
Services Description
- Information exchange mode
- Services find UDDI
|
The Relations
of BPM, EA and OOAD
|
- SOAD and its components: OOAD, BPM
and EA
- OO paradigm and service-oriented (SO)
Paradigm
- SOAD service definition level
|
Service Mark
and Definition
|
- Direct and indirect business analysis
- Domain decomposition
- Service granularity
- Naming Convention
|
SOA Design Principles
|
- Service classification and polymerization
- Strategy and respect
- Process: Middle encounter
- Service acquirement and knowledge agency
|
SOA Solutions
Model
|
- Basic adapter
- Service gateway
- Web service-compliant broker
- EAI Infrastructure for SOA
- Service Choreographer
- Full SOA Infrastructure
|
SOA Service
Design Principles
|
- The principle of separation
- The principle of consistency
- Simplify the development principles
of SOA
- Service with a standard, after the
formal definition of computer processing
interface
- Services should be designed to be reusable
- Naming service should be to maximize
the ease of use for the goal
- Services should have carefully selected
the size
- Services should be cohesive and complete
- Services to achieve the details for
package
- Services to a variety of call models
- Services with no state interface
- Services should use state affairs modeling
|
Design Services
Operating Principles
|
- Operation shows business action
- Operating should be used coarse-grained
parameter
- Operation design should be consider
complicated
|
Migrate to Service-oriented
Architecture
|
- Most important issue – complexity
- Integration problems - interface diversity
solutions
- Beyond web services
- The future - a new model, new demands
- Grid computing on-demand computing
|
The Main Stage
of Use of SOA and ESB
|
- Determining the involved directly scope
- An important stage of SOA
- SOA implementation steps
|
Enterprise Service
Bus Scene and Solutions in the Service-oriented
Architecture
|
- The work role of ESB in SOA
- ESB structure
- ESB functional model
- Security issues of impact on ESB
- ESB scene and analysis
- The ESB scene in SOA
- Driver ESB architecture and the problem
of design decisions
|
|
The SOA Programming
Model of Web Services
|
- Components achievement and the special
components type
- Component definition
- Standardize services
- Service components to achieve
- Examples of service components
|
|
Development
of SOA / Web Services Framework
|
- Use of the existing business logic
and processes
- Concurrent support
- Secure access to services
- Affairs problems
- Scalability
- Pool and resource management
- Design SOA / Web services framework
- Open to the public service
- Achieve the coarse-grained services
using of EJB components
|
