Fundamental XML Standards and Interfaces

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1. Specifications and validity of XML

2. Up-to-date Specifications of XML

3. Which version to use?

4. Validity of XML documents

5. Document Type Definition (DTD)

6. Document Type Definition (DTD)

7. Motivation for DTD, comparison, pros and contras

8. Why use DTD?

9. DTD - tutorials

10. DTD in more details / 1

11. DTD in more details / 2

12. DTD - conditional sections

13. DTD - element type definition / 1

14. DTD - element type definition / 2

15. DTD - attribute definition

16. DTD - definition of attribute value type

17. DTD - cardinality of attributes

18. DTD - implicit attribute value

19. Physical Structure (Entities)

20. Entity - declaration and usage

21. General entities may be

22. Parametric entities

23. XML Base

24. XML Base

25. XML Base - example

26. XML Namespaces

27. XML Namespaces (jmenné prostory)

28. Prefixes and Equivalence of NSs /1

29. Prefixes and Equivalence of NSs /2

30. Default NS -- example

31. Explicit (prefixed) NS -- example

32. Issues related to NS

33. XML Information Set

34. XML Information Set (XML Infoset) - goals

35. XML Infoset - structure

36. Canonical Form

37. Canonical Form of XML Document

38. Canonical Form - principles /1

39. Canonical Form - principles /2

40. Issues with Canonical Form

41. Terms

42. API Task

43. XML APIs Fundamental Types

44. Tree-based API

45. Map XML Document to Memory Based Tree Structure

46. Programming Language Specific Models

47. Event-based API

48. Generate Sequence of Events while parsing the Document

49. Event Examples

50. SAX - Document Analysis Example

51. When to use event-based API?

52. Optional SAX Parser Features

53. SAX filters

54. Additional SAX References

55. Pull-based APIs

56. Pull-based APIs

57. Streaming API for XML (StAX)

58. StAX - an Iterator Example

59. StAX - an Cursor Example

60. Document Object Model (DOM)

61. Basic Interface to Process and Access the Tree Representation of an XML Data

62. HTML Documents Specific DOM

63. DOM references

64. DOM Implementation

65. Using DOM in Java

66. What do we need?

67. What will we need often?

68. Example 1 - creating DOM tree from file

69. Example 2 - DOM tree modification

70. Example 3 - storing a DOM tree into an XML file

71. Alternative tree-based models

72. XML Object Model (XOM)

73. Alternative parsers and tree models - NanoXML

74. DOM4J - practically good usable tree-based model

75. Tree and event-based access combinations

76. Events -> tree

77. Tree -> events

78. Virtual object models