Abhishek Tiwari:SOAP/WSDL based webservices for Biological Databases: Difference between revisions
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=Using SOAP/WSDL to access the Biological Databases= | =Using SOAP/WSDL to access the Biological Databases= | ||
==Intoduction== | |||
SOAP (Simple Object Access Protocol) (http://www.w3.org/TR/soap) based Web Services technology (http://www.w3.org/ws) has gained much attention as an open standard enabling interoperability among applications across heterogeneous architectures and different networks. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Today, biological databases are large collections of data that are relatively difficult to maintain outside the centres and institutions that produce them. These data are traditionally accessed using browser-based World Wide Web interfaces. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Web Services technology enables scientists to access these data and analysis applications as if they were installed on their laboratory computers. Similarly, it enables programmers to build complex applications without the need to install and maintain the databases and analysis tools (1) and without having to take on the financial overheads that accompany these. Moreover, Web Services provide easier integration and interoperability between bioinformatics applications and the data they require. | SOAP (Simple Object Access Protocol) (http://www.w3.org/TR/soap) based Web Services technology (http://www.w3.org/ws) has gained much attention as an open standard enabling interoperability among applications across heterogeneous architectures and different networks. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Today, biological databases are large collections of data that are relatively difficult to maintain outside the centres and institutions that produce them. These data are traditionally accessed using browser-based World Wide Web interfaces. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Web Services technology enables scientists to access these data and analysis applications as if they were installed on their laboratory computers. Similarly, it enables programmers to build complex applications without the need to install and maintain the databases and analysis tools (1) and without having to take on the financial overheads that accompany these. Moreover, Web Services provide easier integration and interoperability between bioinformatics applications and the data they require. | ||
==Work Flow== | |||
Revision as of 00:22, 19 December 2006
Using SOAP/WSDL to access the Biological Databases
Intoduction
SOAP (Simple Object Access Protocol) (http://www.w3.org/TR/soap) based Web Services technology (http://www.w3.org/ws) has gained much attention as an open standard enabling interoperability among applications across heterogeneous architectures and different networks. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Today, biological databases are large collections of data that are relatively difficult to maintain outside the centres and institutions that produce them. These data are traditionally accessed using browser-based World Wide Web interfaces. When large amounts of data need to be retrieved and analysed, this often proves to be tedious and impractical. Web Services technology enables scientists to access these data and analysis applications as if they were installed on their laboratory computers. Similarly, it enables programmers to build complex applications without the need to install and maintain the databases and analysis tools (1) and without having to take on the financial overheads that accompany these. Moreover, Web Services provide easier integration and interoperability between bioinformatics applications and the data they require.
