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IBM XML認(rèn)證考試的要點(diǎn)

時(shí)間:2024-09-07 17:52:10 IBM認(rèn)證 我要投稿
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關(guān)于IBM XML認(rèn)證考試的要點(diǎn)

  Individuals who successfully complete Test 140, XML and Related Techno

關(guān)于IBM XML認(rèn)證考試的要點(diǎn)

  logies, V1 Test, will have demonstrated the knowledge and skills assoc

  iated with the following XML developer-related tasks:

  1.Design

  Determine the implications of a given architecture on XML design con

  siderations

  Determine how W3C recommendations will be applied (e.g. determine wh

  en DOM is appropriate, etc.)

  Use the details and syntax of core W3C recommendations (XML, XSL, DO

  M, XPath, namespaces, DTDs, XML well-formedness)

  Identify what features of XML are W3C recommended and standardized i

  n order to develop a W3C-compliant application

  Given an architecture, design functional components

  Given an architecture, define interconnections among functional components

  Given an architecture, select appropriate tools/libraries

  Refine design as necessary based on data model, data integration, da

  ta rendering, and data query issues

  2.Information Modeling

  Analyze data/documents for structure

  Represent structure in XML form

  Define DTDs

  3.XML Processing

  Identify points of data integration

  Define the optimal integration approach at each point (e.g., XSL tra

  nsformation and DOM)

  Establish linking relationships

  Consider data integration and linking issues when designing data models

  4.XML Rendering

  Identify rendering/transformation targets (e.g. web pages, print, pe

  rvasive, etc)

  Define the optimal rendering approach for each target

  Consider data rendering issues when designing data models

  5.XML Query

  Identify data to be retrieved for resulting subset of data

  Define the optimal retrieval approach for each dataset

  Consider query constraints when designing data models (e.g. metadata

  , inner structure, additional attributes)

  6.Implementation/Testing

  Determine optimal development environment using standard tools as ap

  propriate (e.g. DTD editors, XSL and style sheet editors, XSL debugger

  s, XML editors)

  Determine best use of APIs to XSL processors & XML processors

  Assess performance tradeoffs

  Implement a given design (including the data model, data integration

  , data rendering, functional components, & interconnections among func

  tional components)

  Create instances to test (e.g. based on data model, boundary cases)

  Address exceptions (e.g. parser and DOM errors)


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