
		Next

Markup UK 2018 Proceedings

Table of Contents

Shared Tag Sets as Social Constructs

Introduction

From the Mouth of a Novice

The Bare Bones XML specification

Advantages of Shared Vocabularies

Of course All is not sweetness and light
Mixing Vocabularies (by cut and paste not namespaces)
Natural/Intuitive Tagging (Influences of Shared Vocabularies on Thinking)

Shared Wisdom: the culture and practice of XML

Tag Set Cultures
Different use cases make for different cultures
Community coercion: All is still not sweetness and light
But ...

Conclusion

Bibliography

How to Make a Flying Start with S1000D – Lessons Learned at the Airport

Introduction to S1000D

What is S1000D?

History

Principal Concepts

Data Modules
Publication Modules
Common Source Database

Introduction to the Knowledge Warehouse Project

Migration Planning

Data Modules

The Data Module Code
Model Identification Code
System Difference Code
Standard Numbering System
Other Codes
Putting It All Together

Data Module Title

Publication Modules

The Publication Module Code

Model Identification Code
Issuing Authority
Publication Number
Volume Number
Putting It All Together

Publication Module Entry Title

Business Rules

Business Rule Decision Points

Business Rules Exchange (BREX)

Context Rules
Context Independent Rules
SNS Rules

Lessons Learned

Spreadsheet It!
Hearts and Minds

Conclusion

References

Two (and a half) models for markup of bibliographic references

Background
Bibliographic reference formats
Online functionality of bibliographic references
OUP data model
BITS data model
Converting the OUP data model to BITS
Outline of the XSLT
Limitations of the conversion
Bibliography

The Cryptic Crossword Corpus Project: first steps in establishing a markup vocabulary

Introduction
A brief explanation of cryptic crosswords
Developing the markup vocabulary for CCCP
Conclusion
Bibliography

Modern amendment drafting - The road to XML

Context

Introduction

Validating amendments
Ordering amendments
Simulation

Problem definitions

Problem 1: Segment amendments in an amendments document
Problem 2: Recognize the location, action and operand information
Problem 3: Order the amendments according to the rule set
Problem 4: Generate the simulation

Implementation

Segmenting amendments (Problem #1)

Linear Chain Conditional Random Fields (CRF)
Model description

Recognizing location, action and operand information (Problem #2)

Validating amendments

Ordering the amendments (Problem #3)

Simulating the effect (Problem #4)

Human in the loop

Conclusions and further work

Bibliography

Introduction to CSS for Paged Media

Introduction

Web and Paged Media

@media Rule

Specifying a Print Style Sheet

<style> Element
@import Rule
Media attribute of <style> and <link> elements

Differences Between Screen and Paged Media

Design approach
Breaks
Floats
Navigation
Left and right pages
The printed book

Page Setting

Western Page Design

Japanese Page Design

@page Rule

Named Page : page property

Crop and Registration Marks

Page bleed area

Headers and Footers

Margin Boxes

Running Headers and Page Numbers

Running header setting : string-set property and string() function
Variable strings : string-set property
string()
Move elements to header/footer : running() position value
Insert a running element: element()
Page number : counter(page)
Total pages : counter(pages)

Left and Right Page Headers: :left and :right

Last and only pages: :last and :only

Matterhorn Protocol
PAC 3 PDF/UA checker

Document properties

Extensible Metadata Platform (XMP)

Colour Specification

Printing colour

Text Colour : color property

CMYK colours
Opacity
rgb-icc()
Grayscale
PANTONE^® spot colours
Other spot colours

Counters

Numbering Chapters and Sections
Inserting Characters : content property
Incrementing Counters : counter-increment property
Counter Reset : counter-reset property
Page counter

Lists

Counter styles
Defining Custom Counter Styles : @counter-style rule
Predefined Counter Styles

Bibliography

The Wolfenbüttel emblem2rdf Pipeline

Introduction

Emblematica Online – Linked Open Emblem Data

Encoding emblems

The publication process as XProc pipeline

Data entry and initial transformation
TEI to Emblem Schema
Emblem Schema documents

Running the emblem2rdf pipeline

Summary

Bibliography

CREPDL: Protect Yourself from the Proliferation of Unicode Characters

Introduction

Subsets in Unicode

Subsets in ISO/IEC 10646

Collections

Code Points and Ranges
Open Collections and Fixed Collections
References to Other Collections
Grapheme Clusters
User-defined Subsets

Existing Machine-readable Notations for Describing Subsets

Unicode Regular Expressions

Referencing other subsets
Performance

A Notation for Character Collections for the WWW

Design and Implementation of CREPDL

Language Design
Implementation

Concluding Remarks and Future Works

Bibliography

Rethinking transformation – the potential of code generation

Introduction

Rethinking document-to-document transformation

Source navigation based model

Basic concepts
Primitive operations
Composing document-to-document transformation

Metadata model SNAT

Metadata item model

Advanced features

Value mappings
User-defined functions
User-defined variables

Code generator SNAT

Source alignment based model

What is an alignment?
Representation versus information
Annotated target tree (SAAT)
Mapping alignments to navigation
Inferring context propagation
Semantic versus structural relationships
Shortest-path-principle
Future work

Metadata model SAAT (Source Alignment Annotated Target tree)

Minimal SAAT
Alignment qualifiers
Code generator SAAT

AT Map Machine

Does SNAT presuppose XML?

Does SAAT presuppose XML?

Scheme for building SNAT-based code generators

Metadata item model
Metadata value model
Code assembly model

Using SNAT as a meta model

Proof of concept: RDF-to-XML, SNAT-based

Metadata item model
Metadata value model
Code assembly model
Example SNAT and source code

Bibliography

Non-XML workflows with XProc 3.0

Introduction
Reprise: Non-XML documents in XProc 1.0
XProc 3.0's new concept of a document
Applying the model
Conclusions
Bibliography

Lightweight XML DevOps using Apache Ant

Introduction

Development Policy

Documentation

The ANT macro library

Example of use

XPantS

Macro construction
XPantS contents
Build file example

Conclusion

Bibliography

An XSD 1.1 Schema Validator Written in XSLT 3.0

Introduction

The Validation Task

Design Considerations

Generic Stylesheet or Generated Stylesheet?
Subset of XSLT 3.0
Streaming
Typed data
Support for xsi:schemaLocation

Implementation

Use of Maps for Returned Values
Declaring Map Types
Assessment against Complex Types using Finite State Machines
Checking Assertions
Other Complications

Results

Conformance
Usability
Performance

Conclusions

When Overlapping XML Meets Changing XML Does Confusion Reign?

Introduction and Background
How Content Duplication Represents Any Change
Representing Structural Change without Content Duplication
Dominant Hierarchy
Attributes
Processing Observations
Conclusions
References

The XForms 2.0 Test Suite

Introduction
Introduction to XForms
Test Suites
The XForms 1.* test suite
The XForms 2.0 test suite
The Generic Structure of the Tests
Datatypes
Events
Actions
Initialisation
Conclusion
Bibliography

List of Figures

1. Validation warnings
2. Simulation result
1. Effect of show-through with non-aligned and aligned text
2. Effect of binding method
3. Page and Margin Area
4. Traditional Western page design
5. page property selects named page
6. Crop mark terms
7. Page bleed
8. Location of each margin box
9. Three pages with different headers and footers
10. Matterhorn Protocol failure conditions for tables
11. PAC 3 PDF/UA checker
12. Document properties shown by Acrobat Reader
13. XMP properties viewed in Acrobat
14. RGB and CMY
15. sRGB and CMYK gamuts
16. Greyscale levels on the separation correspond to the level of tint to apply
1. Emblem E018850 encoded in TEI
2. The same emblem E018850 encoded as Emblem Schema
1. Pseudo code of get-local-instantiation, a function implementing local instantiation. An auxiliary function new-node is assumed to be available, which constructs a node, given the node kind, the node name and the node contents.

List of Tables

1. S1000D Data Module Schemas
2. A word of advice..
3. A word of advice..
4. A word of advice..
5. A word of advice..
6. Data Module Code
7. A word of advice..
8. A word of advice..
9. A word of advice..
10. Baseline BRDP for the Knowledge Warehouse project
11. Other important BRDP for the Knowledge Warehouse project
12. BRDP that may have been beneficial to consider for Knowledge Warehouse but were not
1. Evaluation results
1. PDF specification versions
1. Code snippets taken from the example of a simple pull transformation.
2. Some concepts facilitating the decomposition of document to document transformation into primitive operations.
3. Primitive operations serving as building blocks of the local instantiation of a model node.
4. Metadata items SNAT
5. The assembly of primitive operations
6. A comparison between navigation steps and alignments.
7. Application of the “shortest-path-principle”.
8. Examples for a possible generalization of the node concept, meaning distinct items of which the resource is composed.
1. The structure of maps used to return partial results of processing

List of Examples

1. Book, Chicago style
2. Book, Harvard style
3. Book, Vancouver style
4. Journal article, Chicago style
5. Journal article, Harvard style
6. Journal article, Vancouver style
7. Journal article, style rendered by OUP Academic platform
8. OpenURL search
9. COPAC search
10. Google Preview
11. WorldCat search
12. OUP data model for a book reference
13. OUP data model for a journal article reference
14. BITS data model for a book reference
15. BITS data model for a journal article reference
16. Non-standard references
17. Stages of conversion
1. MULTILINGUAL EUROPEAN SUBSET 2
1. XQuery code generated for XML data source
2. SNAT document, defining the transformation described as an introductory example.
3. XQuery code, generated from the SNAT tree shown in the preceding listing.
4. Examples of SPARQL queries generated for RPath expressions.
5. SNAT document, defining the transformation of RDF data into an XML document.
6. XQuery code, generated from the SNAT document shown in the preceding listing.