* lisp/org-persist.el (org-persist--storage-version): Bump version.
(org-persist-read:generic):
(org-persist-load:generic):
(org-persist-write:generic): Save access time in human-readable form.
* lisp/org-persist.el: New customisation controlling default persist
data expiry. Defaults to 30 days from last access.
(org-persist-register): Change default value of `:expiry' key to
`org-persist-default-expiry'.
* lisp/ob-tangle.el (org-babel-tangle-collect-blocks): Use element
cache to find the containing headline instead of regexp search.
Direct regexp search sometimes causes quadratic scaling.
See https://lists.gnu.org/r/emacs-orgmode/2022-01/msg00484.html
* mk/default.mk: By default enable verbose failure summary for Emacs-28
or newer.
Set or unset EMACS_TEST_VERBOSE environment to control reporting of failure
reasons in summary since in Emacs-28 ERT switches to verbose mode even by
an empty string (fixed in Emacs-29).
* lisp/org-element.el (org-element--cache-before-change):
(org-element--cache-after-change): Do not prevent trigerring if the
current indirect buffer is not in Org mode, but its base buffer is in
Org mode.
* lisp/org.el (org-mode): Initialise cache earlier, allowing the
file-local settings to be taken from persistent cache when
possible. Also, bind `org-mode-loading' while org-mode is loading.
* lisp/ol.el (org-update-radio-target-regexp): Do not try to refresh
cache when we are loading file for the first time.
* lisp/org-element.el (org-element-context): Use
`org-element-at-point', which makes use of cache.
* testing/lisp/test-org-element.el (test-org-element/lineage): Expect
full lineage up to org-data from `org-element-context'.
* lisp/org-colview.el (org-columns--display-here):
(org-columns-remove-overlays): Do not call `face-remap-add-relative'
after it is already called. For large files,
`face-remap-add-relative' can take more than 90% CPU time. Set
`org-columns-header-line-remap' to nil when we remove the temporary
remapping.
* lisp/ob-gnuplot.el (org-babel-gnuplot-table-to-data): Revert to
using ascii exporter.
* lisp/ox-ascii.el (org-ascii-table-cell): Do not throw error when
CONTENTS is wider than initial cell value.
* lisp/ob-gnuplot.el (org-babel-gnuplot-table-to-data): Revert to
using ascii exporter.
* lisp/ox-ascii.el (org-ascii-table-cell): Do not throw error when
CONTENTS is wider than initial cell value.
* lisp/org-element.el (org-element--parse-to): Manually parse org-data
and set appropriate parser mode when POS is before first headline and
cache is disabled.
(org-element-org-data-parser--recurse): New variable flagging if
`org-element-data-parser' is called recursively.
(org-element-org-data-parser): Handle recursive calls from inside `org-element-at-point-no-context'.
This also fixes false-positives in `org-element--cache-verify-element'.
* testing/examples/agenda-file.org: Add test headings where SCHEDULED
line is not planning.
*
testing/lisp/test-org-agenda.el (test-org-agenda/non-scheduled-re-matces):
Make sure that SCHEDULED lines that do no belong to planning do not
trigger agenda matches.
See https://list.orgmode.org/20220101200103.GB29829@itccanarias.org/T/#t
* lisp/org-element.el (org-element--cache-for-removal): Consider
preceding keywords to be updated unconditionally.
(org-element-cache-map): Fix infinite loop revealed by the new test.
* testing/lisp/test-org-element.el (test-org-element/cache-affiliated):
New test.
* lisp/org-element.el (org-element--cache-silent-modification-check):
New variable allowing the user to suppress modification checks completely.
* lisp/org-element.el (org-element--cache-sync): Support
`org-element--cache-silent-modification-check'.
The existing heuristics for built-in non-modifying commands that
change `buffer-chars-modified-tick' is not sufficient. At least
`capitalize-word' changes the tick regardless whether the buffer was
actually modified or not. Yet, `capitalize-word' does not call
`after-change-functions' if the buffer is not really modified.
Reported in https://list.orgmode.org/2022-01-06T12-13-17@devnull.Karl-Voit.at/T/#mb3771758f81b31721ba2f420878a4d16081dc483
Ihor Radchenko
Samim Pezeshki
Max Nikulin
Nicolas Goaziou
Marco Wahl
Mark A. Hershberger
TEC
Kyle Meyer