A quick analysis demonstrates that many specifications do not have a <listRef>. Most of them probably should.
| fn.1 |
# have <listRef> |
# do not |
% do |
% not |
| model.* |
72 |
56 |
56% |
44% |
| teidata.* |
1 |
35 |
03% |
97% |
| att.* |
58 |
27 |
68% |
32% |
| macro.* |
6 |
2 |
75% |
25% |
| listRef |
0 |
1 |
|
all 1 |
| outputRendition |
0 |
1 |
|
all 1 |
| paramList |
0 |
1 |
|
all 1 |
Those last 3 are individual elements. I did not list the other 580+ elements that do have a <listRef>. (There are no specification files that have > 1.)
Note-to-self
$ xsel -t -m "/*[count(//t:listRef)=0]" -f -n Source/Specs/*.xml | perl -pe 's,\..*,.,;' | rank
and the same with 1 instead of 0. Then created table of values by hand; then added percentages w/ Emacs macro & hand editing.
A quick analysis demonstrates that many specifications do not have a
<listRef>. Most of them probably should.<listRef>Those last 3 are individual elements. I did not list the other 580+ elements that do have a
<listRef>. (There are no specification files that have > 1.)Note-to-self
$ xsel -t -m "/*[count(//t:listRef)=0]" -f -n Source/Specs/*.xml | perl -pe 's,\..*,.,;' | rankand the same with 1 instead of 0. Then created table of values by hand; then added percentages w/ Emacs macro & hand editing.