history -w
}
+# history without the date
+histplain() {
+ history "$@" | cut -d' ' -f 7-
+}
+
ccomp grep k ks ksu histrm
# see bash-template/style-guide.md for justifications
local quotes others
- quotes=2048,2068,2086,2206
+ quotes=2048,2068,2086,2206,2254
others=2029,2033,2054,2164
shellcheck -W 999 -x -e $quotes,$others "$@" || return $?
}
+# sk with quotes. For checking scripts that we expect to take untrusted
+# input in order to verify we quoted vars.
+skq() {
+ local others
+ others=2029,2033,2054,2164
+ shellcheck -W 999 -x -e $others "$@" || return $?
+}
skgit() {
local f
pdfwc() { local f; for f; do echo "$f" "$(pdfinfo "$f" | awk '/^Pages:/ {print $2}')"; done }
+
+# nvm install script appended this to my .bashrc. I dont want to run it all the time,
+# so put it in a function.
+nvm-init() {
+ export NVM_DIR="$HOME/.nvm"
+ # shellcheck disable=SC1091 # may not exist, & third party
+ [ -s "$NVM_DIR/nvm.sh" ] && source "$NVM_DIR/nvm.sh" # This loads nvm
+ # shellcheck disable=SC1091 # may not exist, & third party
+ [ -s "$NVM_DIR/bash_completion" ] && source "$NVM_DIR/bash_completion" # This loads nvm bash_completion
+}
+
+
+leap-year() {
+ if date -d 'february 29' &>/dev/null; then
+ year_days=366
+ else
+ year_days=365
+ fi
+ echo $year_days
+}
+
+# on-battery
+on-bat() {
+ if [[ -e /sys/class/power_supply/AC/online && $(</sys/class/power_supply/AC/online) == 0 ]]; then
+ return 1
+ fi
+}
+
# * misc stuff
;;
*)
folders=(/m/md/l/testignore)
- froms=(testignore@je.b8.nz testignore@expertpathologyreview.com testignore@amnimal.ninja ian@iankelling.org z@zroe.org iank@gnu.org)
+ froms=(testignore@je.b8.nz testignore@expertpathologyreview.com testignore@amnimal.ninja ian@iankelling.org z@zroe.org)
if ! $int; then
### begin rsyncing fencepost email ###
# We dont want to exit if rsync fails, that will get caught by
for folder in ${folders[@]}; do
for from in ${froms[@]}; do
declare -i missing_dnswl=0
- declare -i dnsfail=0
+ #declare -i dnsfail=0
declare -i unexpected=0
latest=
last_sec=0
rm -f $resultfile
for r in ${results[@]}; do
case $r in
- # iank: for when we want to handle dns errors differently
+ # iank: for when we want to handle dns errors differently.
+ # also uncomment declaration of dnsfail above.
# DKIM_INVALID|T_SPF_TEMPERROR|T_SPF_HELO_TEMPERROR)
# dnsfail+=1
# ;;
# SPDX-License-Identifier: AGPL-3.0-or-later
# usage:
-# * left click seconds to reset main timer
+#
+# * left click seconds to reset & enable main timer which shows 30
+# minutes in blue and half hours in orange.
+#
# * right click seconds to disable minutes & half hours of main timer
-# * left click minutes to reset 2nd timer.
+#
+# * left click minutes to reset & enable 2nd timer.
+#
# * right click minutes to disable 2nd timer
+# docs:
+#
+# Sections from right to left.
+#
+# section #1, labeled day_percent
+#
+# 1. Thousandths of a 16 hour day left. 1 = 57.6 seconds.
+# 2. Bar of one thousand of a day which gets shorter by ninths. One ninth is 6.4 seconds.
+# 3. Start of the day (only the non-zero numbers). Set this with the ds command.
+# 4. The time right now.
+# 5. Ten thousands of the year left. 1 = 52:34 minutes (leap year = 52:42)
+# 6. Bar of 1/10,000 of a year shrinking by ninths. 1 ninth = 5:50 minutes (leap year = 5:51 mins).
+#
+# section #2, labeled seconds
+#
+# block characters, ▉, are added every 3 seconds, a total of 20 for 1
+# minute. The groups of 5 blocks = 15 seconds each.
+#
+# section #3, labeled mins
+#
+# Only enabled by clicking on seconds, see usage.
+#
+# Block characters are added every minute until 30, then reset. There
+# are 6 groups of 5 minutes.
+#
+# Section #4
+#
+# Half hours in orange, grouped into groups of 2. This will grow until
+# it fills the screen.
+#
+# Section #5 & 6
+#
+# Only enabled by clicking on mins section, see usage.
+#
+# These repeat sections 3 and 4 in violet and some other color.
+#
+#
if [ -z "$BASH_VERSION" ]; then echo "error: shell is not bash" >&2; exit 1; fi
source /a/bin/errhandle/err
start=$EPOCHSECONDS
domins=false
+if date -d 'february 29' &>/dev/null; then
+ days_in_this_year=366
+else
+ days_in_this_year=365
+fi
get_daystart() {
- if [[ /b/data/daystart -ot /b/data/daystart-generated && $day_tmp ]]; then
+ if [[ /b/data/daystart -ot /b/data/daystart-generated && $day_start_24h ]]; then
return 0
fi
- day_tmp=$(cat /b/data/daystart)
- day_start_hour=${day_tmp%??}
- day_start_min=${day_tmp: -2}
+ day_start_24h=$(cat /b/data/daystart)
+ day_start_sig_digits=${day_start_24h%?}
+ day_start_sig_digits=${day_start_sig_digits%0}
+ day_start_hour=${day_start_24h%??}
+ day_start_min=${day_start_24h: -2}
echo $day_start_hour > /b/data/daystart-generated
echo $day_start_min >> /b/data/daystart-generated
day_start=$(date -d $day_start_hour:$day_start_min +%s)
i_end=$(( time % 60 / 3 + 1 ))
if (( i_end - i > 15 )); then
printf " "
+ elif (( i_end == 1 && i == 0 )); then
+ printf B
elif (( i < i_end )); then
printf ▉
else
day_start=$(date -d $day_start_hour:$day_start_min +%s)
fi
- spark_index="$(( (100000 -($EPOCHSECONDS - $day_start)*100000 / (16*60*60) ) % 100 / 11 ))"
+ # there are 9 spark levels, 1/9 = .111.... In order to keep it in bash math, we upscale
+ # the number and divide by 111, 3 digits is good enough accuracy.
+ spark_index="$(( (1000000 -($EPOCHSECONDS - $day_start)*1000000 / (16*60*60) ) % 1000 / 111 ))"
spark=" ▁▂▃▄▅▆▇█"
# note: 960 minutes, so 10 minutes is about 1%
day_thousandth=$(( 1000 - (EPOCHSECONDS - day_start)*1000 / (16*60*60) ))
- printf %s "$day_thousandth${spark:spark_index:1} $(date "+%l:%M")"
+ printf %s "$day_thousandth${spark:spark_index:1}$day_start_sig_digits $(date "+%l:%M")"
# .1% of a waking year is ~5.75 hours, or 365 thousandths of a day.
# 1% of a waking year is 3.7 days
year_start=$(date +%s -d 'january 1 6am')
year_days=$(( (EPOCHSECONDS - year_start) / (24*60*60) ))
year_start=$(( year_start + year_days * 8*60*60 ))
- year_spark_index=$(( ( 100000 - (EPOCHSECONDS - year_start)*100000 / (365*16*60*60) ) % 100 / 11 ))
- year_tenthousandth=$(( 10000 - (EPOCHSECONDS - year_start)*10000 / (365*16*60*60) ))
+ year_spark_index=$(( ( 1000000 - (EPOCHSECONDS - year_start)*1000000 / (days_in_this_year*16*60*60) ) % 1000 / 111 ))
+ year_tenthousandth=$(( 10000 - (EPOCHSECONDS - year_start)*10000 / (days_in_this_year*16*60*60) ))
printf %s " $year_tenthousandth${spark:year_spark_index:1}"
iankelling.org / git / distro-setup / commitdiff