Give buffers running ephemeral `eshell` or `shell` sessions a name that
is different from the default name chosen by these commands, and only
restrict those ephemeral shell buffers to be displayed at the side.
This way, running the commands `eshell` and `shell` will yield windows
can be handled like any others and can be used for long-running
sessions.
This is mostly copied from the current implementation in `bookmark.el`,
adapted to non-filename bookmarks.
Note that we are now using the `location` slot in bookmarks to store the
URLs, and relocating bookmarks will set the `filename` slot to `nil`.
When a file has a bookmark, generating a link in that file (e.g. to the
line at point) results in a query from Org which link generating
function to use. This is annoying and interferes with the usual flow.
To remedy this, we simply try not to be too smart and just generate
links to bookmarks when in the bookmark menu.
This is to remove redundant references in both bookmarks and links in
Org files.
The code is based on the original implementation of `ol-bookmark.el` by
Tokuya Kameshima, as found in [org-contrib][1].
[1]: bd39cca48b/lisp/ol-bookmark.el
This is akin (in purpose) to `magit-list-repositories`, but also
descends into submodules. It's not as nice as
`magit-list-repositories`, though … more of a draft version right now.
This replaces a shell script with similar purpose.
`projectile` is nice, but I rarely use a fraction of its functionality
and not having to use an external package for project management feels
more robust.
I tend to remove “Template” anyway when it's the only block inserted as
checklist, so let's do this automatically.
This commit also includes a minor refactoring of moving around variable
declarations to be closer to the code that actually uses them.
Previously, the last day added had been removed on the assumption that
it was the frist day after `end-date` (after which the while loop
aborts). However, when this last day is filtered because of
`:skip-matches`, this would result in accidentally removing a valid day
from the overview time period. This has been fixed by checking for this
very case, and keeping the last day added in case it is still within the
requested time period.
This is another try to reduce the number of Org items that are unfolded
when jumping to the current clock. This is particularly important with
periodic items with many subtasks, because unfolding all siblings might
be irritating (at least to me).
This reverts 05bb198.
Turns out this call is not that redundant after all. Revealing should
be done after jumping to the next checkbox of the current item.
However, revealing the item at point only then leads to funny
flickering, so let's keep the old implementation for now and reveal
stuff twice.
When I copy over the timeline into the actual time sheet application, I
like to focus on the first line of the remaining report, moving it to
the top of the window. Having the clocktime summary on top this hard,
because after redrawing, the summary will be on top and not the actual
timeline. Changing the positions may help here.
This change is an experimental, as quite a bit of code had to be
touched. Further testing and bug hunting will be necessary.
Workload overview reports now only allow increments of one day
(`+1d`), since the current implementation cannot accomodate for arbitray
time ranges anymore (my fault, sorry). Also, the default start time for
workload overview reports has been changed to 23:59 on the previous
day (`"-1d 23:59"`) to include the current day in the report. The
rational behind this is that since the remaining work hours of today are
now included in the computation for the report, showing the entry for
today will show an accurate estimation of the remaining work time in
contrast to a constant value.
There are now additional parameters named `:work-hours` and
`:work-items-match` that specify how much work time is available on a
day and which Org items are considered work, respectively.
`:work-hours` can also take a function to compute for a given date how
much time can be spent on work. An example could be something like
this:
```emacs-lisp
(defun db/get-worktime-for-date (date)
"Return planned working time for DATE."
;; This is a simplification, as `date' might be the start of the day or the end.
(cond
((string-match-p "Sa" date) "6:00")
((string-match-p "So\\|Sun" date) "4:00")
((string-match-p "Wed\\|Mi" date) "3:00")
(t "2:00")))
```
An example report is then the following:
```
| End Time | Planned Work | Work Hours | Utilization |
| <r> | <r> | <r> | <r> |
|------------------------+--------------+------------+-------------|
| [2024-10-06 Sun 23:59] | 1:00 | 1:00 | *100.00%* |
| [2024-10-07 Mon 23:59] | 4:15 | 3:00 | *141.67%* |
| [2024-10-08 Tue 23:59] | 7:00 | 5:00 | *140.00%* |
| [2024-10-09 Wed 23:59] | 9:15 | 8:00 | *115.62%* |
| [2024-10-10 Thu 23:59] | 12:30 | 10:00 | *125.00%* |
| [2024-10-11 Fri 23:59] | 13:15 | 12:00 | *110.42%* |
| [2024-10-12 Sat 23:59] | 19:30 | 18:00 | *108.33%* |
| [2024-10-13 Sun 23:59] | 1d 1:30 | 22:00 | *115.91%* |
| [2024-10-14 Mon 23:59] | 1d 1:45 | 1d 0:00 | *107.29%* |
| [2024-10-15 Tue 23:59] | 1d 2:30 | 1d 2:00 | *101.92%* |
|------------------------+--------------+------------+-------------|
```
