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mirror of https://github.com/mariadb-corporation/mariadb-columnstore-engine.git synced 2025-04-18 21:44:02 +03:00

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color_normal=$(tput sgr0)
color_bold=$(tput bold)
color_red="$color_bold$(tput setaf 1)"
color_green="$color_bold$(tput setaf 2)"
color_fawn=$(tput setaf 3); color_beige="$color_fawn"
color_yellow="$color_bold$color_fawn"
color_darkblue=$(tput setaf 4)
color_blue="$color_bold$color_darkblue"
color_purple=$(tput setaf 5); color_magenta="$color_purple"
color_pink="$color_bold$color_purple"
color_darkcyan=$(tput setaf 6)
color_cyan="$color_bold$color_darkcyan"
color_gray=$(tput setaf 7)
color_darkgray="$color_bold"$(tput setaf 0)
color_white="$color_bold$color_gray"
if [[ $(tput colors) == '256' ]]; then
color_red=$(tput setaf 196)
color_yellow=$(tput setaf 228)
color_cyan=$(tput setaf 87)
color_green=$(tput setaf 156)
color_darkgray=$(tput setaf 59)
fi
message()
{
echo $color_cyan$@$color_normal
}
warn()
{
echo $color_yellow$@$color_normal
}
error()
{
echo $color_red$@$color_normal
}
message_split()
{
echo $color_darkgray ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ $color_normal
}
message_splitted()
{
message_split
echo $color_green$@$color_normal
message_split
}
colorify_array()
{
PROMT=""
for a in "$@"
do
i=$((((i+1) % (123-106)) + 106))
if [[ $(tput colors) == '256' ]]; then
PROMT="$PROMT $(tput setaf $i)$a$color_normal"
else
PROMT="$PROMT $a"
fi
done
echo $PROMT
}
newline_array()
{
PROMT=""
for a in "$@"
do
PROMT="$PROMT$a\n"
done
echo -e $PROMT
}
function spinner
{
freq=${1:-10}
points=(⣾ ⣽ ⣻ ⢿ ⡿ ⣟ ⣯ ⣷)
colored_points=($(colorify_array ${points[@]}))
len=${#points[@]}
point_num=0
line_num=0
while read data; do
line_num=$((line_num+1))
if [[ $((line_num % freq)) = 0 ]]; then
point_num=$(((point_num + 1) % len ))
echo -ne "\r${colored_points[point_num]}"
fi
done;
echo
}
function onelinearizator
{
while read data; do
echo -ne "\r\033[K$data"
done;
echo
}
detect_distro()
{
if [ -f /etc/os-release ]; then
. /etc/os-release
export OS=$NAME
export OS_VERSION=$VERSION_ID
elif type lsb_release >/dev/null 2>&1; then
# linuxbase.org
export OS=$(lsb_release -si)
export OS_VERSION=$(lsb_release -sr)
elif [ -f /etc/lsb-release ]; then
# For some versions of Debian/Ubuntu without lsb_release command
. /etc/lsb-release
export OS=$DISTRIB_ID
OS_VERSION=$DISTRIB_RELEASE
elif [ -f /etc/debian_version ]; then
# Older Debian/Ubuntu/etc.
OS=Debian
OS_VERSION=$(cat /etc/debian_version)
else
# Fall back to uname, e.g. "Linux <version>", also works for BSD, etc.
OS=$(uname -s)
OS_VERSION=$(uname -r)
fi
OS=$(echo $OS | cut -f 1 -d " ")
message "Detected $color_yellow$OS $OS_VERSION$color_normal"
}
menuStr=""
function hideCursor(){
printf "\033[?25l"
# capture CTRL+C so cursor can be reset
trap "showCursor && exit 0" 2
}
function showCursor(){
printf "\033[?25h"
}
function clearLastMenu(){
local msgLineCount=$(printf "$menuStr" | wc -l)
# moves the curser up N lines so the output overwrites it
echo -en "\033[${msgLineCount}A"
# clear to end of screen to ensure there's no text left behind from previous input
[ $1 ] && tput ed
}
function renderMenu(){
local start=0
local selector=""
local instruction="$1"
local selectedIndex=$2
local listLength=$itemsLength
local longest=0
local spaces=""
menuStr="\n $instruction\n"
# Get the longest item from the list so that we know how many spaces to add
# to ensure there's no overlap from longer items when a list is scrolling up or down.
for (( i=0; i<$itemsLength; i++ )); do
if (( ${#menuItems[i]} > longest )); then
longest=${#menuItems[i]}
fi
done
spaces=$(printf ' %.0s' $(eval "echo {1.."$(($longest))"}"))
if [ $3 -ne 0 ]; then
listLength=$3
if [ $selectedIndex -ge $listLength ]; then
start=$(($selectedIndex+1-$listLength))
listLength=$(($selectedIndex+1))
fi
fi
for (( i=$start; i<$listLength; i++ )); do
local currItem="${menuItems[i]}"
currItemLength=${#currItem}
if [[ $i = $selectedIndex ]]; then
selectedChoice="${currItem}"
selector="${color_green}${color_normal}"
currItem="${color_green}${currItem}${color_normal}"
else
selector=" "
fi
currItem="${spaces:0:0}${currItem}${spaces:currItemLength}"
menuStr="${menuStr}\n ${selector} ${currItem}"
done
menuStr="${menuStr}\n"
# whether or not to overwrite the previous menu output
[ $4 ] && clearLastMenu
printf "${menuStr}"
}
function getChoice(){
local KEY__ARROW_UP=$(echo -e "\033[A")
local KEY__ARROW_DOWN=$(echo -e "\033[B")
local KEY__ENTER=$(echo -e "\n")
local captureInput=true
local displayHelp=false
local maxViewable=0
local instruction="Select an item from the list:"
local selectedIndex=0
remainingArgs=()
while [[ $# -gt 0 ]]; do
key="$1"
case $key in
-h|--help)
displayHelp=true
shift
;;
-i|--index)
selectedIndex=$2
shift 2
;;
-m|--max)
maxViewable=$2
shift 2
;;
-o|--options)
menuItems=$2[@]
menuItems=("${!menuItems}")
shift 2
;;
-q|--query)
instruction="$2"
shift 2
;;
*)
remainingArgs+=("$1")
shift
;;
esac
done
# just display help
if $displayHelp; then
echo;
echo "Usage: getChoice [OPTION]..."
echo "Renders a keyboard navigable menu with a visual indicator of what's selected."
echo;
echo " -h, --help Displays this message"
echo " -i, --index The initially selected index for the options"
echo " -m, --max Limit how many options are displayed"
echo " -o, --options An Array of options for a User to choose from"
echo " -q, --query Question or statement presented to the User"
echo;
echo "Example:"
echo " foodOptions=(\"pizza\" \"burgers\" \"chinese\" \"sushi\" \"thai\" \"italian\" \"shit\")"
echo;
echo " getChoice -q \"What do you feel like eating?\" -o foodOptions -i \$((\${#foodOptions[@]}-1)) -m 4"
echo " printf \"\\n First choice is '\${selectedChoice}'\\n\""
echo;
echo " getChoice -q \"Select another option in case the first isn't available\" -o foodOptions"
echo " printf \"\\n Second choice is '\${selectedChoice}'\\n\""
echo;
return 0
fi
set -- "${remainingArgs[@]}"
local itemsLength=${#menuItems[@]}
# no menu items, at least 1 required
if [[ $itemsLength -lt 1 ]]; then
printf "\n [ERROR] No menu items provided\n"
exit 1
fi
renderMenu "$instruction" $selectedIndex $maxViewable
hideCursor
while $captureInput; do
read -rsn3 key # `3` captures the escape (\033'), bracket ([), & type (A) characters.
case "$key" in
"$KEY__ARROW_UP")
selectedIndex=$((selectedIndex-1))
(( $selectedIndex < 0 )) && selectedIndex=$((itemsLength-1))
renderMenu "$instruction" $selectedIndex $maxViewable true
;;
"$KEY__ARROW_DOWN")
selectedIndex=$((selectedIndex+1))
(( $selectedIndex == $itemsLength )) && selectedIndex=0
renderMenu "$instruction" $selectedIndex $maxViewable true
;;
"$KEY__ENTER")
clearLastMenu true
showCursor
captureInput=false
;;
esac
done
}
function optparse.throw_error(){
local message="$1"
error "OPTPARSE: ERROR: $message"
exit 1
}
# -----------------------------------------------------------------------------------------------------------------------------
function optparse.define(){
if [ $# -lt 3 ]; then
optparse.throw_error "optparse.define <short> <long> <variable> [<desc>] [<default>] [<value>]"
fi
for option_id in $( seq 1 $# ) ; do
local option="$( eval "echo \$$option_id")"
local key="$( echo $option | awk -F "=" '{print $1}' )";
local value="$( echo $option | awk -F "=" '{print $2}' )";
#essentials: shortname, longname, description
if [ "$key" = "short" ]; then
local shortname="$value"
if [ ${#shortname} -ne 1 ]; then
optparse.throw_error "short name expected to be one character long"
fi
local short="-${shortname}"
elif [ "$key" = "long" ]; then
local longname="$value"
if [ ${#longname} -lt 2 ]; then
optparse.throw_error "long name expected to be atleast one character long"
fi
local long="--${longname}"
elif [ "$key" = "desc" ]; then
local desc="$value"
elif [ "$key" = "default" ]; then
local default="$value"
elif [ "$key" = "variable" ]; then
local variable="$value"
elif [ "$key" = "value" ]; then
local val="$value"
fi
done
if [ "$variable" = "" ]; then
optparse.throw_error "You must give a variable for option: ($short/$long)"
fi
if [ "$val" = "" ]; then
val="\$OPTARG"
fi
# build OPTIONS and help
optparse_usage="${optparse_usage}#NL#TB${short} $(printf "%-25s %s" "${long}:" "${desc}")"
if [ "$default" != "" ]; then
optparse_usage="${optparse_usage} [default:$default]"
fi
optparse_contractions="${optparse_contractions}#NL#TB#TB${long})#NL#TB#TB#TBparams=\"\$params ${short}\";;"
if [ "$default" != "" ]; then
optparse_defaults="${optparse_defaults}#NL${variable}=${default}"
fi
optparse_arguments_string="${optparse_arguments_string}${shortname}"
if [ "$val" = "\$OPTARG" ]; then
optparse_arguments_string="${optparse_arguments_string}:"
fi
optparse_process="${optparse_process}#NL#TB#TB${shortname})#NL#TB#TB#TB${variable}=\"$val\";;"
}
# -----------------------------------------------------------------------------------------------------------------------------
function optparse.build(){
local build_file="$(mktemp -t "optparse-XXXXXX.tmp")"
# Building getopts header here
# Function usage
cat << EOF > $build_file
function usage(){
cat << XXX
usage: \$0 [OPTIONS]
OPTIONS:
$optparse_usage
-? --help : usage
XXX
}
# Contract long options into short options
params=""
while [ \$# -ne 0 ]; do
param="\$1"
shift
case "\$param" in
$optparse_contractions
"-?"|--help)
usage
exit 0;;
*)
if [[ "\$param" == --* ]]; then
echo -e "Unrecognized long option: \$param"
usage
exit 1
fi
params="\$params \"\$param\"";;
esac
done
eval set -- "\$params"
# Set default variable values
$optparse_defaults
# Process using getopts
while getopts "$optparse_arguments_string" option; do
case \$option in
# Substitute actions for different variables
$optparse_process
:)
echo "Option - \$OPTARG requires an argument"
exit 1;;
*)
usage
exit 1;;
esac
done
# Clean up after self
rm $build_file
EOF
local -A o=( ['#NL']='\n' ['#TB']='\t' )
for i in "${!o[@]}"; do
sed -i "s/${i}/${o[$i]}/g" $build_file
done
# Unset global variables
unset optparse_usage
unset optparse_process
unset optparse_arguments_string
unset optparse_defaults
unset optparse_contractions
# Return file name to parent
echo "$build_file"
}