@ -64,7 +64,7 @@ banner=(
"██╔══██╗██╔══██║╚════██║██╔══██║ ██║ ██║ ██║██╔═══╝ "
"██████╔╝██║ ██║███████║██║ ██║ ██║ ╚██████╔╝██║ "
"╚═════╝ ╚═╝ ╚═╝╚══════╝╚═╝ ╚═╝ ╚═╝ ╚═════╝ ╚═╝ ")
declare version="0.8.21 "
declare version="0.8.27 "
declare banner_width=${#banner[0]}
banner_colors=("#E62525" "#CD2121" "#B31D1D" "#9A1919" "#801414")
@ -79,7 +79,7 @@ color_theme="Default"
#* Update time in milliseconds, increases automatically if set below internal loops processing time, recommended 2000 ms or above for better sample times for graphs
update_ms="2500"
#* Processes sorting, "pid" "program" "arguments" "threads" "user" "memory" "cpu lazy" "cpu responsive"
#* Processes sorting, "pid" "program" "arguments" "threads" "user" "memory" "cpu lazy" "cpu responsive" "tree"
#* "cpu lazy" updates sorting over time, "cpu responsive" updates sorting directly at a cpu usage cost
proc_sorting="cpu lazy"
@ -104,9 +104,15 @@ error_logging="true"
#* Show color gradient in process list, "true" or "false"
proc_gradient="true"
#* If process cpu usage should be of the core it's running on or usage of the total available cpu power
proc_per_core="false"
#* Optional filter for shown disks, should be names of mountpoints, "root" replaces "/", separate multiple values with space
disks_filter=""
#* Enable check for new version from github.com/aristocratos/bashtop at start
update_check="true"
aaz_config() { : ; } #! Do not remove this line!
#? End default variables-------------------------------------------------------------------------------->
@ -155,21 +161,23 @@ declare -A cpu mem swap proc net box theme disks
declare -a cpu_usage cpu_graph_a cpu_graph_b color_meter color_temp_graph color_cpu color_cpu_graph cpu_history color_mem_graph color_swap_graph
declare -a mem_history swap_history net_history_download net_history_upload mem_graph swap_graph proc_array download_graph upload_graph trace_array
declare resized=1 size_error clock tty_width tty_height hex="16#" cpu_p_box swap_on=1 draw_out esc_character boxes_out last_screen clock_out update_string
declare -a options_array=("color_theme" "update_ms" "proc_sorting" "check_temp" "draw_clock" "background_update" "custom_cpu_name"
"proc_reversed" "proc_gradient" "disks_filter" "net_totals_reset" "error_logging")
declare -a options_array=("color_theme" "update_ms" "proc_sorting" "check_temp" "draw_clock" "background_update" "custom_cpu_name" "proc_per_core"
"proc_reversed" "proc_gradient" "disks_filter" "net_totals_reset" "update_check" " error_logging")
declare -a save_array=(${options_array[*]/net_totals_reset/})
declare -a sorting=( "pid" "program" "arguments" "threads" "user" "memory" "cpu lazy" "cpu responsive" )
declare -a sorting=( "pid" "program" "arguments" "threads" "user" "memory" "cpu lazy" "cpu responsive" "tree" )
declare -a pid_history detail_graph detail_history detail_mem_history
declare time_left timestamp_start timestamp_end timestamp_input_start timestamp_input_end time_string mem_out proc_misc prev_screen pause_screen filter input_to_filter
declare no_epoch proc_det proc_misc2 sleeping=0 detail_mem_graph proc_det2 proc_out curled git_version has_iostat
declare esc_character tab backspace sleepy late_update skip_process_draw winches quitting theme_int notifier
declare esc_character tab backspace sleepy late_update skip_process_draw winches quitting theme_int notifier saved_stty
declare -a disks_free disks_total disks_name disks_free_percent disks_io saved_key themes
declare -a menus=("options" "help" "quit") color
printf -v esc_character "\u1b"
printf -v tab "\u09"
printf -v backspace "\u7F"
printf -v enter_key "\uA"
printf -v backspace "\u7F" #? Backspace set to DELETE
printf -v backspace_real "\u08" #? Real backspace
#printf -v enter_key "\uA"
printf -v enter_key "\uD"
read tty_height tty_width < <(stty size)
@ -210,16 +218,36 @@ if [[ -n $EPOCHREALTIME ]]; then
ms_out=$((${EPOCHREALTIME/[.,]/}/1000))
}
#* If not, use date command
#* If not, use date command, through fifo if possible
else
get_ms() { #? Set given variable to current epoch millisecond with date command
local count
tmpdir=""
if [[ -n $XDG_RUNTIME_DIR && -w "$XDG_RUNTIME_DIR" ]]; then
tmpdir="$XDG_RUNTIME_DIR"
elif [[ -w /dev/shm ]]; then
tmpdir="/dev/shm"
elif [[ -w /tmp ]]; then
tmpdir="/tmp"
fi
if [[ -n $tmpdir ]] && command -v stdbuf >/dev/null 2>&1; then
mkfifo "${tmpdir}/bashtop_datefifo"
exec 5> >(exec stdbuf -o0 date -f - +%s%3N > "${tmpdir}/bashtop_datefifo" 2>&1)
exec 6< "${tmpdir}/bashtop_datefifo"
rm "${tmpdir}/bashtop_datefifo"
get_ms() { #? Set given variable to current epoch millisecond with date command through background fifo
local -n ms_out=$1
echo now >&5 &&
read -u 6 ms_out
}
else
get_ms() { #? Set given variable to current epoch millisecond with forked date command
local -n ms_out=$1
ms_out=""
while [[ -z $ms_out ]] && ((++count<=10)); do
read ms_out < <(date +%s%3N)
done
}
fi
fi
@ -231,6 +259,7 @@ has_command () { #? check the avaibility of the command
init_() { #? Collect needed information and set options before startig main loop
local i
#* Set terminal options, save and clear screen
saved_stty="$(stty -g)"
tput smcup
stty -echo
tput civis
@ -282,8 +311,10 @@ init_() { #? Collect needed information and set options before startig main loop
collect_net init
#* Check if newer version of bashtop is available from https://github.com/aristocratos/bashtop
if [[ -n $curled ]]; then
if ! get_value -v git_version -ss "$(curl -m 2 --raw -r 0-3500 ${remote_src} 2>/dev/null)" -k "version=" -r "[^0-9.]"; then unset git_version; fi
if [[ -n $curled && $update_check == "true" ]]; then
if ! get_value -v git_version -ss "$(curl -m 2 --raw -r 0-3500 https://raw.githubusercontent.com/aristocratos/bashtop/master/bashtop 2>/dev/null)" -k "version=" -r "[^0-9.]"; then unset git_version; fi
fi
#* Draw banner to banner array and notify about new updates
@ -463,6 +494,7 @@ quit_() { #? Clean exit
tput rmcup
stty echo
tput cnorm
stty "${saved_stty}"
#* Save any changed values to config file
if [[ $config_file != "/dev/null" ]]; then
@ -566,6 +598,7 @@ sleep_() { #? Restore terminal options, stop and send to background if caught SI
tput rmcup
stty echo
tput cnorm
stty "${saved_stty}"
kill -s SIGSTOP $$
}
@ -597,7 +630,7 @@ traperr() { #? Function for reporting error line numbers
fi
if ((len>100)); then unset 'trace_array[@]'; fi
trace_array+=("$err")
echo "$( printf "%(%X)T") ERROR: On line $err $trap_muted" >> "${config_dir}/error.log"
printf "%(%X)T ERROR: On line %s %s\n" -1 " $err" " $trap_muted" >> "${config_dir}/error.log"
}
@ -662,6 +695,8 @@ save_config() { #? Saves variables to config file if not same, usage: save_confi
if [[ ${tmp_value//\"/} != "${!var}" ]]; then
original="${var}=${tmp_value}"
new="${var}=\"${!var}\""
original="${original//'/'/'\/'}"
new="${new//'/'/'\/'}"
sed -i "s/${original}/${new}/" "${config_file}"
fi
else
@ -821,9 +856,14 @@ get_cpu_info() {
local lscpu_var param_var
lscpu_var="$(lscpu)"
if [[ -z ${cpu[threads]} || -z ${cpu[cores]} ]]; then
get_value -v 'cpu[threads]' -sv "lscpu_var" -k "CPU(s):" -i
if ! get_value -v 'cpu[threads]' -sv "lscpu_var" -k "CPU(s):" -i || [[ ${cpu[threads]} == "0" ]]; then
cpu[threads]="$(nproc 2>/dev/null ||true)"
if [[ -z ${cpu[threads]} ]]; then cpu[threads]="1"; fi
cpu[cores]=${cpu[threads]}
else
get_value -v 'cpu[cores]' -sv "lscpu_var" -k "Core(s)" -i
fi
fi
if [[ -z $custom_cpu_name ]]; then
if ! get_value -v 'cpu[model]' -sv "lscpu_var" -k "Model name:" -a -b -k "CPU" -mk -1; then
get_value -v 'cpu[model]' -sv "lscpu_var" -k "Model name:" -r " "
@ -1217,6 +1257,8 @@ create_graph() { #? Create a graph from an array of percentage values, usage;
#* Create graph by walking through all values for each line, speed up by counting similar values and print once, when difference is met
while ((x<value_width)); do
if [[ -z ${input_array[x]} ]]; then input_array[x]=0; fi
#* Print empty space if current value is less than percentage for current line
while ((x<value_width & input_array[offset+x]*virt_height/100<next_value)); do
((++count))
@ -1234,7 +1276,7 @@ create_graph() { #? Create a graph from an array of percentage values, usage;
done
#* Print full block if current value is greater than percentage for current line
while ((x<value_width & input_array[x]*virt_height/100==cur_value)) || ((x<value_width & input_array[x]*virt_height/100 >cur_value)); do
while ((x<value_width & input_array[x]*virt_height/100>= cur_value)); do
((++count))
((++x))
done
@ -1344,7 +1386,7 @@ create_mini_graph() { #? Create a one line high graph from an array of percenta
#* Round current input_array value divided by 10 to closest whole number
org_value=${input_array[offset+x]}
if ((org_value<0)); then org_value=0; fi
if ((org_value>=100)); then cur_value=10
if ((org_value>=100)); then cur_value=10; org_value=100
elif [[ ${#org_value} -gt 1 && ${org_value:(-1)} -ge 5 ]]; then cur_value=$((${org_value::1}+1))
elif [[ ${#org_value} -gt 1 && ${org_value:(-1)} -lt 5 ]]; then cur_value=$((${org_value::1}))
elif [[ ${org_value:(-1)} -ge 5 ]]; then cur_value=1
@ -1547,12 +1589,12 @@ collect_cpu_temps() { #? Collect cpu temperatures
local -a ccd_array core_array
#* Fetch output from "sensors" command to a variable
sens_var="$(sensors)"
read -rd '' sens_var < <(sensors) ||true
#* Get CPU package temp for intel cpus
if get_value -v 'cpu[temp_0]' -sv "sens_var" -k "Package*:" -mk 1 || get_value -v 'cpu[temp_0]' -sv "sens_var" -k "Core 0:" -mk 1; then
#* If successful get temperature unit, convert temp to integer and get high and crit
cpu[temp_unit]=${cpu[temp_0]:(-2)}; cpu[temp_0]=${cpu[temp_0]%.*}; if [[ ${cpu[temp_0]::1} == "+" ]]; then cpu[temp_0]=${cpu[temp_0]#+}; fi
cpu[temp_unit]=" ${cpu[temp_0]:(-2)}" ; cpu[temp_0]=" ${cpu[temp_0]%.*}" ; if [[ ${cpu[temp_0]::1} == "+" ]]; then cpu[temp_0]=" ${cpu[temp_0]#+}" ; fi
if [[ -z ${cpu[temp_high]} ]]; then
if ! get_value -v 'cpu[temp_high]' -sv "sens_var" -k "Package*high =" -m 2 -r "[^0-9.]" -b -i; then cpu[temp_high]="85"; cpu[temp_crit]=$((cpu[temp_high]+10))
else get_value -v 'cpu[temp_crit]' -sv "sens_var" -k "Package*crit =" -m 2 -r "[^0-9.]" -b -i; fi
@ -1560,7 +1602,7 @@ collect_cpu_temps() { #? Collect cpu temperatures
#* Get core temps
i=0
while get_value -v "core_value" -sv "sens_var" -k "Core ${i}:" -mk 1 -r "[^0-9.]" -b -i; do core_array+=("$core_value"); ((++i)) ; done
while get_value -v "core_value" -sv "sens_var" -k "Core ${i}:" -mk 1 -r "[^0-9.]" -b -i && ((i<=threads)) ; do core_array+=("$core_value"); ((++i)) ; done
if [[ -z ${core_array[0]} ]]; then core_array=("${cpu[temp_0]}"); fi
@ -1581,7 +1623,7 @@ collect_cpu_temps() { #? Collect cpu temperatures
#* Get CPU package temp for amd ryzen cpus
elif get_value -v 'cpu[temp_0]' -sv "sens_var" -k "Tdie:" -mk 1; then
#* If successful get temperature unit, convert temp to integer and get high
cpu[temp_unit]=${cpu[temp_0]:(-2)}; cpu[temp_0]=${cpu[temp_0]%.*}; if [[ ${cpu[temp_0]::1} == "+" ]]; then cpu[temp_0]=${cpu[temp_0]#+}; fi
cpu[temp_unit]=" ${cpu[temp_0]:(-2)}" ; cpu[temp_0]=" ${cpu[temp_0]%.*}" ; if [[ ${cpu[temp_0]::1} == "+" ]]; then cpu[temp_0]=" ${cpu[temp_0]#+}" ; fi
if [[ -z ${cpu[temp_high]} ]]; then
if ! get_value -v 'cpu[temp_high]' -sv "sens_var" -k "Tdie*high =" -m 2 -r "[^0-9.]" -b -i; then cpu[temp_high]="85"; fi
cpu[temp_crit]=$((cpu[temp_high]+10))
@ -1589,7 +1631,7 @@ collect_cpu_temps() { #? Collect cpu temperatures
#* Get ccd module temps
i=1
while get_value -v "ccd_value" -sv "sens_var" -k "Tccd${i}:" -mk 1 -r "[^0-9.]" -b -i; do ccd_array+=("$ccd_value"); ((i++)) ; done
while get_value -v "ccd_value" -sv "sens_var" -k "Tccd${i}:" -mk 1 -r "[^0-9.]" -b -i && ((i<=threads)) ; do ccd_array+=("$ccd_value"); ((i++)) ; done
if [[ -z ${ccd_array[0]} ]]; then ccd_array=("${cpu[temp_0]}"); fi
@ -1602,6 +1644,20 @@ collect_cpu_temps() { #? Collect cpu temperatures
z=$((z+i))
done
#* Get CPU package temp for Rapberry Pi cpus
elif command -v vcgencmd >/dev/null 2>&1; then
read -r cpu[temp_0] < <(vcgencmd measure_temp 2>/dev/null ||true) ||true
if [[ -z ${cpu[temp_0]} ]]; then cpu[temp_0]="temp=0.0°C"; fi
cpu[temp_0]="${cpu[temp_0]#temp=}"
cpu[temp_unit]="°${cpu[temp_0]:(-1)}"; cpu[temp_0]=${cpu[temp_0]%.*}; if [[ ${cpu[temp_0]::1} == "+" ]]; then cpu[temp_0]=${cpu[temp_0]#+}; fi
cpu[temp_high]="75"; cpu[temp_crit]=$((cpu[temp_high]+10))
#* Copy cpu temp to cores
for((i=1;i<=threads;i++)); do
cpu[temp_${i}]="${cpu[temp_0]}"
done
#* If unsuccessful turn off temperature checking
else
check_temp="false"
@ -1629,19 +1685,20 @@ collect_mem() { #? Collect memory information from "/proc/meminfo"
local -a mem_array swap_array available=("mem")
#* Get memory and swap information from "/proc/meminfo" and calculate percentages
mem_info="$(</proc/meminfo)"
read -rd '' mem_info </proc/meminfo ||true
get_value -v 'mem[total]' -sv "mem_info" -k "MemTotal:" -i
get_value -v 'mem[available]' -sv "mem_info" -k "MemAvailable:" -i
mem[available_percent]=$((mem[available]*100/mem[total]))
get_value -v 'mem[free]' -sv "mem_info" -k "MemFree:" -i
if ! get_value -v 'mem[available]' -sv "mem_info" -k "MemAvailable:" -i; then
get_value -v 'mem[available]' -sv "mem_info" -k "Inactive:" -i
mem[available]=$((mem[available]+mem[free]))
fi
get_value -v 'mem[cached]' -sv "mem_info" -k "Cached:" -i
mem[available_percent]=$((mem[available]*100/mem[total]))
mem[used]=$((mem[total]-mem[available]))
mem[used_percent]=$((mem[used]*100/mem[total]))
get_value -v 'mem[free]' -sv "mem_info" -k "MemFree:" -i
mem[free_percent]=$((mem[free]*100/mem[total]))
get_value -v 'mem[cached]' -sv "mem_info" -k "Cached:" -i
mem[cached_percent]=$((mem[cached]*100/mem[total]))
if [[ -n $swap_on ]] && get_value -v swap[total] -sv "mem_info" -k "SwapTotal:" -i && ((swap[total]>0)); then
@ -1730,7 +1787,8 @@ collect_processes() { #? Collect process information and calculate accurate cpu
local argument="$1"
if [[ -n $skip_process_draw && $argument != "now" ]]; then return; fi
local width=${box[processes_width]} height=${box[processes_height]} format_args format_cmd readline sort symbol="▼" cpu_title options pid_string tmp selected
local -a grep_array
local tree tree_compare1 tree_compare2 tree_compare3 no_core_divide
local -a grep_array saved_proc_array
if [[ $argument == "now" ]]; then skip_process_draw=1; fi
@ -1743,12 +1801,15 @@ collect_processes() { #? Collect process information and calculate accurate cpu
"user") selected="User:"; sort="euser";;
"memory") selected="Mem%"; sort="pmem";;
"cpu lazy"|"cpu responsive") sort="pcpu"; selected="Cpu%";;
"tree") selected="Tree:"; tree="Tree:"; sort="pid";
esac
if [[ $proc_per_core == true ]]; then no_core_divide="1"; fi
#* Collect output from ps command to array
if ((width>60)); then format_args=",args:$(( width-(47+proc[pid_len]) ))=Arguments:"; format_cmd=15
if ((width>60)) && [[ $proc_sorting != "tree" ]] ; then format_args=",args:$(( width-(47+proc[pid_len]) ))=Arguments:"; format_cmd=15
else format_cmd=$(( width-(31+proc[pid_len]) )); fi
saved_proc_array=("${proc_array[@]}")
unset 'proc_array[@]' 'pid_array[@]'
if ((proc[detailed]==0)) && [[ -n ${proc[detailed_name]} ]]; then
@ -1764,7 +1825,7 @@ collect_processes() { #? Collect process information and calculate accurate cpu
options="-t"
fi
readarray ${options} proc_array < <(ps ax -o pid:${proc[pid_len]}=Pid:,comm:${format_cmd}=Program:${format_args},nlwp:3=Tr:,euser:6=User:,pmem=Mem%,pcpu:10=Cpu% --sort ${proc[reverse]:--}${sort})
readarray ${options} proc_array < <(ps ax${tree:+f} -o pid:${proc[pid_len]}=Pid:,comm:${format_cmd}=${tree:- Program:} ${format_args},nlwp:3=Tr:,euser:6=User:,pmem=Mem%,pcpu:10=Cpu% --sort ${proc[reverse]:--}${sort})
proc_array[0]="${proc_array[0]/ Tr:/ Threads:}"
proc_array[0]="${proc_array[0]/ ${selected}/${symbol}${selected}}"
@ -1789,18 +1850,33 @@ collect_processes() { #? Collect process information and calculate accurate cpu
for readline in "${proc_array[@]:1}"; do
((++count))
if ((count==height-3)); then
if ((count==height-3 & breaking==0 )); then
if [[ -n $filter || $proc_sorting != "cpu lazy" || ${proc[selected]} -gt 0 || ${proc[page]} -gt 1 || ${proc_reversed} == true ]]; then :
else breaking=1; fi
fi
if get_key -save && [[ ${#saved_key[@]} -gt 0 ]]; then return; fi
# if get_key -save && [[ ${#saved_key[@]} -gt 0 ]]; then proc_array=("${saved_proc_array[@]}"); return; fi
if ((breaking==2)); then
work_array=(${proc_array[-1]})
else
work_array=(${readline})
fi
pid="${work_array[0]}"
pcpu_usage="${work_array[-1]}"
#* If showing tree structure replace slashes and pipes with actual lines and terminate them at the correct places
if [[ $proc_sorting == "tree" ]]; then
tree_compare1="${proc_array[$((count+1))]%'\_'*}"
tree_compare2="${proc_array[count]%'\_'*}"
tree_compare3="${proc_array[$((count+1))]%'|'*}"
proc_array[count]="${proc_array[count]//'|'/│}"
proc_array[count]="${proc_array[count]//'\_'/└─}"
if ((count<${#proc_array[@]}-1)) && [[ ${#tree_compare1} -eq ${#tree_compare2} || ${#tree_compare2} -eq ${#tree_compare3} ]]; then
proc_array[count]="${proc_array[count]//'└'/├}"
fi
fi
if [[ ! ${pid_history[*]} =~ ${pid} ]]; then
pid_history+=("${pid}")
@ -1825,10 +1901,10 @@ collect_processes() { #? Collect process information and calculate accurate cpu
time_elapsed=$((proc[new_timestamp]-proc[old_timestamp]))
#* Calculate current cpu usage for process, * 1000 (for conversion from ms to seconds) * 1000 (for conversion to floating point)
cpu_percent[count]=$(( ( ( ${proc[new_${pid}_ticks]}-${proc[old_${pid}_ticks]} ) * 1000 * 1000 ) / ( cpu[hz]*time_elapsed*cpu[threads] ) ))
cpu_percent[count]=$(( ( ( ${proc[new_${pid}_ticks]}-${proc[old_${pid}_ticks]} ) * 1000 * 1000 ) / ( cpu[hz]*time_elapsed*${no_core_divide:-${ cpu[threads]}} ) ))
if ((cpu_percent[count]<0)); then cpu_percent[count]=0
elif ((cpu_percent[count]>1000)); then cpu_percent[count]=1000; fi
elif [[ -z $no_core_divide ]] && ((cpu_percent[count]>1000)); then cpu_percent[count]=1000; fi
if ((${#cpu_percent[count]}<=3)); then
printf -v cpu_percent_string "%01d%s" "${cpu_percent[count]::-1}" ".${cpu_percent[count]:(-1)}"
@ -1849,21 +1925,22 @@ collect_processes() { #? Collect process information and calculate accurate cpu
#* Get info for detailed box if enabled
if [[ ${pid} == "${proc[detailed_pid]}" ]]; then
if [[ -z ${proc[detailed_name]} ]]; then
local get_mem
local get_mem mem_string cmdline=""
local -a det_array
read -r proc[detailed_name] </proc/${pid}/comm ||true
proc[detailed_cmd]="$(tr '\000' ' ' </proc/${pid}/cmdline)"
mapfile -d $'\0' -n 0 cmdline </proc/${pid}/cmdline ||true
proc[detailed_cmd]="${cmdline[*]}"
proc[detailed_name]="${proc[detailed_name]::15}"
det_array=($ (ps -o ppid:4,euser:15 --no-headers -p $pid || true))
read -ra det_array < < (ps -o ppid:4,euser:15 --no-headers -p $pid || true)
proc[detailed_parent_pid]="${det_array[0]}"
proc[detailed_user]="${det_array[*]:1}"
proc[detailed_parent_name]="$ (ps -o comm --no-headers -p ${det_array[0]} || true)"
read -r proc[detailed_parent_name] < < (ps -o comm --no-headers -p ${det_array[0]} || true)
get_mem=1
fi
proc[detailed_cpu]="${cpu_percent_string// /}"
proc[detailed_cpu_int]="${cpu_int}"
proc[detailed_threads]="${work_array[-4]}"
proc[detailed_runtime]="$(ps -o etime:4 --no-headers -p $pid || true)"
read -r proc[detailed_runtime] < <(ps -o etime:4 --no-headers -p $pid || true)
if [[ ${proc[detailed_mem]} != "${work_array[-2]}" || -n $get_mem ]] || ((++proc[detailed_mem_count]>5)); then
proc[detailed_mem_count]=0
@ -1877,7 +1954,8 @@ collect_processes() { #? Collect process information and calculate accurate cpu
elif ((proc[detailed_mem_int]>100)); then proc[detailed_mem_int]=$((proc[detailed_mem_int]/2))
elif ((proc[detailed_mem_int]<50)); then proc[detailed_mem_int]=$((proc[detailed_mem_int]*2)); fi
unset 'proc[detailed_mem_string]'
floating_humanizer -v proc[detailed_mem_string] -B -s 1 "$(ps -o rss:1 --no-headers -p ${pid} || true)"
read -r mem_string < <(ps -o rss:1 --no-headers -p ${pid} || true)
floating_humanizer -v proc[detailed_mem_string] -B -s 1 $mem_string
if [[ -z ${proc[detailed_mem_string]} ]]; then proc[detailed_mem_string]="? Byte"; fi
fi
@ -1933,10 +2011,14 @@ collect_processes() { #? Collect process information and calculate accurate cpu
if ((breaking==1)); then
if [[ ${proc[detailed]} == "1" && -z ${proc[detailed_cpu]} ]] && ps ${proc[detailed_pid]} >/dev/null 2>&1; then
readarray ${options} -O ${#proc_array[@]} proc_array < <(ps -o pid:${proc[pid_len]}=Pid:,comm:${format_cmd}=Program:${format_args},nlwp:3=Tr:,euser:6=User:,pmem=Mem%,pcpu:10=Cpu% --no-headers -p ${proc[detailed_pid]} || true)
readarray ${options} -O ${#proc_array[@]} proc_array < <(ps -o pid:${proc[pid_len]}=Pid:,comm:${format_cmd}=${tree:-Program:}${format_args},nlwp:3=Tr:,euser:6=User:,pmem=Mem%,pcpu:10=Cpu% --no-headers -p ${proc[detailed_pid]} || true)
((++breaking))
else
break
fi
elif ((breaking==2)); then
unset 'proc_array[-1]'
break
fi
done
@ -2831,9 +2913,12 @@ menu_() { #? Shows the main menu overlay
get_ms timestamp_end
time_left=$((timestamp_start+update_ms-timestamp_end))
if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
elif ((time_left>1)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
else wait_string="0.001"; time_left=0; fi
# if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
# elif ((time_left>1)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
# else wait_string="0.001"; time_left=0; fi
if ((time_left>1000)); then wait_string=10; time_left=$((time_left-1000))
elif ((time_left>100)); then wait_string=$((time_left/100)); time_left=0
else wait_string="0"; time_left=0; fi
get_key -v keypress -w ${wait_string}
if [[ $(stty size) != "$tty_height $tty_width" ]]; then resized; fi
@ -2857,7 +2942,7 @@ menu_() { #? Shows the main menu overlay
q|Q) quit_ ;;
esac
if ((time_left==0)); then get_ms timestamp_start; collect_and_draw; fi
if ((time_left==0)) && [[ -z $keypress ]] ; then get_ms timestamp_start; collect_and_draw; fi
if ((resized>=5)); then resized=0; fi
done
@ -2930,7 +3015,8 @@ help_() { #? Shows the help overlay
create_box -v help_out -w 72 -h $((height+3)) -l $((line++)) -c $((col++)) -fill -lc ${theme[div_line]} -title "help"
if [[ -n $pages ]]; then
print -v help_out -m $((line-1)) $((col+72-17)) -rs -fg ${theme[div_line]} -t "┤" -fg ${theme[hi_fg]} -b -t "‹ ›
print -v help_out -m $((line+height+1)) $((col+72-16)) -rs -fg ${theme[div_line]} -t "┤" -fg ${theme[title]} -b -t "pg" -fg ${theme[hi_fg]} -t "↑"\
-fg ${theme[title]} -t " ${page}/${pages} " -fg ${theme[title]} -t "pg" -fg ${theme[hi_fg]} -t "↓" -rs -fg ${theme[div_line]} -t "├"
fi
((++col))
@ -2948,16 +3034,20 @@ help_() { #? Shows the help overlay
get_ms timestamp_end
time_left=$((timestamp_start+update_ms-timestamp_end))
if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
elif ((time_left>0)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
else wait_string="0.001"; time_left=0; fi
# if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
# elif ((time_left>0)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
# else wait_string="0.001"; time_left=0; fi
if ((time_left>1000)); then wait_string=10; time_left=$((time_left-1000))
elif ((time_left>100)); then wait_string=$((time_left/100)); time_left=0
else wait_string="0"; time_left=0; fi
get_key -v help_key -w "${wait_string}"
if [[ -n $pages ]]; then
case $help_key in
right ) if ((page<pages)); then ((page++)); else page=1; fi; redraw=1; unset help_key ;;
left ) if ((page>1)); then ((page--)); else page=${pages}; fi; redraw=1; unset help_key ;;
down|page_down ) if ((page<pages)); then ((page++)); else page=1; fi; redraw=1; unset help_key ;;
up|page_up ) if ((page>1)); then ((page--)); else page=${pages}; fi; redraw=1; unset help_key ;;
esac
fi
@ -3006,14 +3096,17 @@ options_() { #? Shows the options overlay
"Max value: 86400000 ms = 24 hours.")
desc_proc_sorting=( "Processes sorting."
"Valid values are \"pid\", \"program\", \"arguments\","
"\"threads\", \"user\", \"memory\", \"cpu lazy\" and "
"\"cpu responsive\"."
"\"threads\", \"user\", \"memory\", \"cpu lazy\""
"\"cpu responsive\" and \"tree\" ."
" "
"\"cpu lazy\" uses ps commands internal sorting"
"and updates top process over a period of time."
" "
"\"cpu responsive\" updates sorting directly at a"
"cost of cpu time.")
"cost of cpu time."
" "
"\"tree\" shows a tree structure of running"
"processes.")
desc_check_temp=( "Check cpu temperature."
" "
"Only works if sensors command is available"
@ -3060,6 +3153,20 @@ options_() { #? Shows the options overlay
" "
"Shows totals since system start or"
"network adapter reset when Off.")
desc_proc_per_core=("Process usage per core."
" "
"If process cpu usage should be of the core"
"it's running on or usage of the total"
"available cpu power."
""
"If true and process is multithreaded"
"cpu usage can reach over 100%.")
desc_update_check=( "Check for updates."
" "
"Enable check for new version from"
"github.com/aristocratos/bashtop at start."
" "
"True or False.")
if [[ -n $pause_screen ]]; then from_menu=1; fi
@ -3086,11 +3193,11 @@ options_() { #? Shows the options overlay
draw_banner "$((tty_height/2-11))" options_misc
create_box -v options_misc -w 29 -h $((height*2+2)) -l $line -c $((col-1)) -fill -lc ${theme[div_line]} -title "options"
if [[ -n $pages ]]; then
print -v options_misc -m $((line)) $((col+29-17)) -rs -fg ${theme[div_line]} -t "┤" -fg ${theme[hi_fg]} -b -t "p" -fg ${theme[title]} -t " page ${page}/${pages} " -fg ${theme[hi_fg]} -t "n" -rs -fg ${theme[div_line]} -t "├"
print -v options_misc -m $((line+height*2+1)) $((col+29-16)) -rs -fg ${theme[div_line]} -t "┤" -fg ${theme[title]} -b -t "pg" -fg ${theme[hi_fg]} -t "↑"\
-fg ${theme[title]} -t " ${page}/${pages} " -fg ${theme[title]} -t "pg" -fg ${theme[hi_fg]} -t "↓" -rs -fg ${theme[div_line]} -t "├"
fi
fi
if [[ -n $keypress || -z $options_out ]]; then
unset options_out desc_height lr inp valid
selected="${options_array[selected_int]}"
@ -3161,9 +3268,13 @@ options_() { #? Shows the options overlay
get_ms timestamp_end
if [[ -z $theme_check ]]; then time_left=$((timestamp_start+update_ms-timestamp_end))
else unset theme_check; time_left=0; fi
if ((time_left>500)); then wait_string=0.5
elif ((time_left>0)); then printf -v wait_string ".%03d" "${time_left}"
else wait_string="0.001"; time_left=0; fi
# if ((time_left>500)); then wait_string=0.5
# elif ((time_left>0)); then printf -v wait_string ".%03d" "${time_left}"
# else wait_string="0.001"; time_left=0; fi
if ((time_left>500)); then wait_string=5; time_left=$((time_left-500))
elif ((time_left>100)); then wait_string=$((time_left/100)); time_left=0
else wait_string="0"; time_left=0; fi
get_key -v keypress -w ${wait_string}
@ -3180,8 +3291,8 @@ options_() { #? Shows the options overlay
up|shift_tab) if ((selected_int>0)); then ((selected_int--)); else selected_int=$((${#options_array[@]}-1)); fi ;;
left|right) if [[ -n $lr && -z $inputting ]]; then valid=1; fi ;;
enter) if [[ -n $inp ]]; then valid=1; fi ;;
n) if ((page<pages)); then ((page++)); else page=1; selected_int=0; fi; redraw_misc=1; selected_int=$(( (page-1)*height )) ;;
p) if ((page>1)); then ((page--)); else page=${pages}; fi; redraw_misc=1; selected_int=$(( (page-1)*height )) ;;
page_dow n) if ((page<pages)); then ((page++)); else page=1; selected_int=0; fi; redraw_misc=1; selected_int=$(( (page-1)*height )) ;;
page_up ) if ((page>1)); then ((page--)); else page=${pages}; fi; redraw_misc=1; selected_int=$(( (page-1)*height )) ;;
esac
if (( selected_int<(page-1)*height | selected_int>=page*height )); then page=$(( (selected_int/height)+1 )); redraw_misc=1; fi
fi
@ -3233,7 +3344,7 @@ options_() { #? Shows the options overlay
if ((net[reset]==1)); then net_totals_reset="Off"; net[reset]=0
else net_totals_reset="On"; net[reset]=1; fi
;;
"check_temp"*|"error_logging"*|"background_update"*|"proc_reversed"*|"proc_gradient"*)
"check_temp"*|"error_logging"*|"background_update"*|"proc_reversed"*|"proc_gradient"*|"proc_per_core"*|"update_check"* )
local -n selected_var=${selected}
if [[ ${selected_var} == "true" ]]; then
selected_var="false"
@ -3366,9 +3477,13 @@ killer_() { #? Kill process with selected signal
get_ms timestamp_end
time_left=$((timestamp_start+update_ms-timestamp_end))
if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
elif ((time_left>1)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
else wait_string="0.001"; time_left=0; fi
# if ((time_left>1000)); then wait_string=1; time_left=$((time_left-1000))
# elif ((time_left>1)); then printf -v wait_string ".%03d" "${time_left}"; time_left=0
# else wait_string="0.001"; time_left=0; fi
if ((time_left>1000)); then wait_string=10; time_left=$((time_left-1000))
elif ((time_left>100)); then wait_string=$((time_left/100)); time_left=0
else wait_string="0"; time_left=0; fi
get_key -v keypress -w ${wait_string}
if [[ $(stty size) != "$tty_height $tty_width" ]]; then resized; fi
@ -3433,7 +3548,8 @@ get_key() { #? Get one key from standard input and translate key code to readabl
if [[ -z $save && -n ${saved_key[0]} ]]; then key="${saved_key[0]}"; unset 'saved_key[0]'; saved_key=("${saved_key[@]}")
else
unset key
IFS= read -rsd '' -t ${wait_time:-0.001} -n 1 key >/dev/null 2>&1 ||true
#IFS= read -rsd '' -t ${wait_time:-0.001} -n 1 key 2>/dev/null ||true
key=$(stty -cooked min 0 time ${wait_time:-0}; dd bs=1 count=1 2>/dev/null)
if [[ -z ${key:+s} ]]; then
key_out=""
@ -3443,27 +3559,28 @@ get_key() { #? Get one key from standard input and translate key code to readabl
#* Read 3 more characters if a leading escape character is detected
if [[ $key == "${enter_key}" ]]; then key="enter"
elif [[ $key == "${backspace}" ]]; then key="backspace"
elif [[ $key == "${backspace}" || $key == "${backspace_real}" ]]; then key="backspace"
elif [[ $key == "${tab}" ]]; then key="tab"
elif [[ $key == "$esc_character" ]]; then esc=1; read -rsn3 -t 0.001 key >/dev/null 2>&1 || true; fi
elif [[ $key == "$esc_character" ]]; then
esc=1; key=$(stty -cooked min 0 time 0; dd bs=1 count=3 2>/dev/null); fi # read -rsn3 -t 0.001 key 2>/dev/null || true
if [[ -z $key && $esc -eq 1 ]]; then key="escape"
elif [[ $esc -eq 1 ]]; then
case "${key}" in
'[A') key="up" ;;
'[B') key="down" ;;
'[D') key="left" ;;
'[C') key="right" ;;
'[A'* ) key="up" ;;
'[B'* ) key="down" ;;
'[D'* ) key="left" ;;
'[C'* ) key="right" ;;
'[2~') key="insert" ;;
'[3~') key="delete" ;;
'[H') key="home" ;;
'[F') key="end" ;;
'[H'* ) key="home" ;;
'[F'* ) key="end" ;;
'[5~') key="page_up" ;;
'[6~') key="page_down" ;;
'[Z') key="shift_tab" ;;
'OP') key="f1";;
'OQ') key="f2";;
'OR') key="f3";;
'OS') key="f4";;
'[Z'* ) key="shift_tab" ;;
'OP'* ) key="f1";;
'OQ'* ) key="f2";;
'OR'* ) key="f3";;
'OS'* ) key="f4";;
'[15') key="f5";;
'[17') key="f6";;
'[18') key="f7";;
@ -3478,7 +3595,8 @@ get_key() { #? Get one key from standard input and translate key code to readabl
fi
read -rst 0.001 -n 1000 2>/dev/null ||true
#read -rst 0.001 -n 1000 2>/dev/null ||true
stty -cooked min 0 time 0; dd bs=512 count=1 >/dev/null 2>&1
if [[ -n $save && -n $key ]]; then saved_key+=("${key}"); return 0; fi
@ -3654,7 +3772,7 @@ collect_and_draw() { #? Run all collect and draw functions
elif [[ -z $pause_screen ]]; then
input_runs=0
while [[ -n ${saved_key[0]} ]] && ((time_left>0)) && ((++input_runs<=5)); do
process_input 0.001
process_input
unset late_update
done
fi
@ -3711,17 +3829,22 @@ main_loop() { #? main loop...
#* If NOT waiting for input and time left is greater than 500ms, wait 500ms and loop
if [[ -z $input_to_filter ]] && ((time_left>=500)); then
wait_string="0.5"
# wait_string="0.5"
wait_string="5"
time_left=$((time_left-500))
#* If waiting for input and time left is greater than "50 ms", wait 50ms and loop
elif [[ -n $input_to_filter ]] && ((time_left>=50)); then
wait_string="0.05"
time_left=$((time_left-50))
# elif [[ -n $input_to_filter ]] && ((time_left>=50)); then
# wait_string="0.05"
# time_left=$((time_left-50))
elif [[ -n $input_to_filter ]] && ((time_left>=100)); then
wait_string="1"
time_left=$((time_left-100))
#* Else format wait string with padded zeroes if needed and break loop
else
printf -v wait_string ".%03d" "${time_left}"
#printf -v wait_string ".%03d" "${time_left}"
if ((time_left>=100)); then wait_string=$((time_left/100)); else wait_string=0; fi
time_left=0
fi
@ -3770,7 +3893,7 @@ else
fi
#* Set up traps for ctrl-c, soft kill, window resize, ctrl-z and resume from ctrl-z
trap 'quitting=1; time_left=0' SIGINT SIGQUIT SIGTERM
trap 'quitting=1; time_left=0' SIGINT # SIGQUIT SIGTERM
trap 'resized=1; time_left=0' SIGWINCH
trap 'sleepy=1; time_left=0' SIGTSTP
trap 'resume_' SIGCONT
Umar