Javascript must be enabled to continue!
WSRP Specification and Alignment
View through CrossRef
The WSRP specification (WSRP specification version 1, 2003) requires that every producer implement two required interfaces, and allows optional implementation of two others: 1. Service Description Interface (Required): This interface allows a WSRP producer to advertise services and its capabilities to consumers. A WSRP consumer can use this interface to query a producer to discover what user-facing services the producer offers. Furthermore, the description also contains additional metadata and technical capabilities of the producer. The producer’s metadata might include information about whether the producer requires registration or cookie initialization before a consumer can interact with any of the remote portlets. For the consumer, this interface can be used as a discovery means to determine and localize the set of offered remote portlets. 2. Markup Interface (Required): This interface allows a consumer to interact with a remotely running portlet supplied by the producer. For example, a consumer would use this interface to perform some interaction when an end-user submits a form from the portal page. Since this interface supports the notion of the state, the portal might obtain the latest markup based on the current state of the portlet (for example, when the user clicks refresh button or interaction with another portlet on the same page takes place). 3. Registration Interface (Optional): This interface serves as a mechanism for opening a dialogue between the producer and consumer so that they can exchange information about each others’ technical capabilities. The registration interface allows a producer to ask consumers to provide additional information before they start interaction with the service through the service description interface and markup interfaces. This mechanism enables a producer to customize its interaction with a specific type of consumer. For example, a producer may use a filter and reduce the number of offered portlets for a particular consumer. 4. Portlet Management Interface (Optional): This interface gives the consumer control over the life-cycle methods of the remote portlet. A consumer acquires the ability to customize a portlet’s behavior, or destroy an instance of a remote portlet using this interface.
Title: WSRP Specification and Alignment
Description:
The WSRP specification (WSRP specification version 1, 2003) requires that every producer implement two required interfaces, and allows optional implementation of two others: 1.
Service Description Interface (Required): This interface allows a WSRP producer to advertise services and its capabilities to consumers.
A WSRP consumer can use this interface to query a producer to discover what user-facing services the producer offers.
Furthermore, the description also contains additional metadata and technical capabilities of the producer.
The producer’s metadata might include information about whether the producer requires registration or cookie initialization before a consumer can interact with any of the remote portlets.
For the consumer, this interface can be used as a discovery means to determine and localize the set of offered remote portlets.
2.
Markup Interface (Required): This interface allows a consumer to interact with a remotely running portlet supplied by the producer.
For example, a consumer would use this interface to perform some interaction when an end-user submits a form from the portal page.
Since this interface supports the notion of the state, the portal might obtain the latest markup based on the current state of the portlet (for example, when the user clicks refresh button or interaction with another portlet on the same page takes place).
3.
Registration Interface (Optional): This interface serves as a mechanism for opening a dialogue between the producer and consumer so that they can exchange information about each others’ technical capabilities.
The registration interface allows a producer to ask consumers to provide additional information before they start interaction with the service through the service description interface and markup interfaces.
This mechanism enables a producer to customize its interaction with a specific type of consumer.
For example, a producer may use a filter and reduce the number of offered portlets for a particular consumer.
4.
Portlet Management Interface (Optional): This interface gives the consumer control over the life-cycle methods of the remote portlet.
A consumer acquires the ability to customize a portlet’s behavior, or destroy an instance of a remote portlet using this interface.
Related Results
WSRP, SOA and UDDI
WSRP, SOA and UDDI
Web Services for Remote Portlets (WSRP) provide solutions for implementation of lightweight Service Oriented Architecture (SOA). UDDI extension for WSRP enables the discovery and a...
WSRP, SOA and UDDI
WSRP, SOA and UDDI
Web Services for Remote Portlets (WSRP) provide solutions for implementation of lightweight Service Oriented Architecture (SOA). UDDI extension for WSRP enables the discovery and a...
WSRP Relationship to UDDI
WSRP Relationship to UDDI
In most cases, portlets are built to be deployed by local portals. This is not practical if the organisation wishes to publish their Web services and expects other business partner...
Impact of personalized alignment technique on implant components position in total knee arthroplasty
Impact of personalized alignment technique on implant components position in total knee arthroplasty
Introduction Due to substantial rates of dissatisfaction in patients with mechanical alignment in total knee replacement, surgeons began searching for alternative techniques to imp...
Ontology Alignment Techniques
Ontology Alignment Techniques
Sometimes the use of a single ontology is not sufficient to cover different vocabularies for the same domain, and it becomes necessary to use several ontologies in order to encompa...
An Alignment-free Method for Phylogeny Estimation using Maximum Likelihood
An Alignment-free Method for Phylogeny Estimation using Maximum Likelihood
Abstract
While alignment has traditionally been the primary approach for establishing homology prior to phylogenetic inference, alignment-free me...
Ancestral sequence alignment under optimal conditions
Ancestral sequence alignment under optimal conditions
Abstract
Background
Multiple genome alignment is an important problem in bioinformatics. An important subproblem used by many multiple alignment app...
Combinaison de méthodes formelles pour la spécification de systèmes industriels
Combinaison de méthodes formelles pour la spécification de systèmes industriels
La spécification d’un système industriel nécessite la collaboration d’un ingénieur connaissant le système à modéliser et d’un ingénieur connaissant le langage de modélisation. L'ut...

