telegram-bot-bash/bashbot.sh
2020-07-10 08:39:33 +02:00

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#!/bin/bash
# file: bashbot.sh
# do not edit, this file will be overwritten on update
# bashbot, the Telegram bot written in bash.
# Written by Drew (@topkecleon) and Daniil Gentili (@danogentili), KayM (@gnadelwartz).
# Also contributed: JuanPotato, BigNerd95, TiagoDanin, iicc1.
# https://github.com/topkecleon/telegram-bot-bash
# Depends on JSON.sh (http://github.com/dominictarr/JSON.sh) (MIT/Apache),
# This file is public domain in the USA and all free countries.
# Elsewhere, consider it to be WTFPLv2. (wtfpl.net/txt/copying)
#
#### $$VERSION$$ v0.99-dev-1-gd85c779
#
# Exit Codes:
# - 0 success (hopefully)
# - 1 can't change to dir
# - 2 can't write to tmp, count or token
# - 3 user / command / file not found
# - 4 unknown command
# - 5 cannot connect to telegram bot
# - 6 mandatory module not found
# - 6 can't get bottoken
# shellcheck disable=SC2140,SC2031,SC2120,SC1091
# are we running in a terminal?
if [ -t 1 ] && [ -n "$TERM" ]; then
CLEAR='clear'
RED='\e[31m'
GREEN='\e[32m'
ORANGE='\e[35m'
GREY='\e[1;30m'
NC='\e[0m'
fi
# some important helper functions
# returns true if command exist
_exists() {
[ "$(LC_ALL=C type -t "${1}")" = "file" ]
}
# execute function if exists
_exec_if_function() {
[ "$(LC_ALL=C type -t "${1}")" != "function" ] && return 1
"$@"
}
# returns true if function exist
_is_function() {
[ "$(LC_ALL=C type -t "${1}")" = "function" ]
}
# round $1 in international notation! , returns float with $2 decimal digits
# if $2 is not fiven or is not a positive number, it's set to zero
_round_float() {
local digit="${2}"; [[ "${2}" =~ ^[0-9]+$ ]] || digit="0"
LC_ALL=C printf "%.${digit}f" "${1}"
}
setConfigKey() {
[[ "$1" =~ ^[-a-zA-Z0-9,._]+$ ]] || return 3
[ -z "${BOTCONFIG}" ] && return 1
printf '["%s"]\t"%s"\n' "${1//,/\",\"}" "${2//\"/\\\"}" >>"${BOTCONFIG}.jssh"
}
getConfigKey() {
[[ "$1" =~ ^[-a-zA-Z0-9,._]+$ ]] || return 3
[ -r "${BOTCONFIG}.jssh" ] && sed -n 's/\["'"$1"'"\]\t*"\(.*\)"/\1/p' <"${BOTCONFIG}.jssh" | tail -n 1
}
# $1 token
# return true if token seems to be valid
check_token(){
[[ "${1}" =~ ^[0-9]{8,10}:[a-zA-Z0-9_-]{35}$ ]] && return 0
return 1
}
# log error to ERRORLOG with date
log_error(){
printf"%s: %s\n" "$(date)" "$*" >>"${ERRORLOG}"
}
# additional tests if we run in debug mode
export BASHBOTDEBUG
# debug should always last argument
[[ "${BASH_ARGV[0]}" == *"debug"* ]] && BASHBOTDEBUG="yes"
# $1 where $2 command $3 may debug
debug_checks(){
[ -z "${BASHBOTDEBUG}" ] && return
local DATE WHERE MYTOKEN; DATE="$(date)"; WHERE="${1}"; shift
printf "%s: debug_checks: %s: bashbot.sh %s\n" "${DATE}" "${WHERE}" "${@##*/}"
MYTOKEN="$(getConfigKey "bottoken")"
[ -z "${MYTOKEN}" ] && printf "%s: %s\n" "${DATE}" "Bot token is missing! =========="
check_token "${MYTOKEN}" || printf "%s: %s\n" "${DATE}" "Invalid bot token! =========="
[ -z "$(getConfigKey "botadmin")" ] && printf "%s: %s\n" "${DATE}" "Bot admin is missing! =========="
# call user defined debug_checks if exists
_exec_if_function my_debug_checks "${DATE}" "${WHERE}" "$*"
} >>"${DEBUGLOG}"
# get location and name of bashbot.sh
SCRIPT="$0"
REALME="${BASH_SOURCE[0]}"
SCRIPTDIR="$(dirname "${REALME}")"
RUNDIR="$(dirname "$0")"
MODULEDIR="${SCRIPTDIR}/modules"
# adjust locations based on source and real name
if [ "${SCRIPT}" != "${REALME}" ] || [ "$1" = "source" ]; then
SOURCE="yes"
fi
BOTCOMMANDS="start, stop, status, help, init, stats, broadcast, suspendback, resumeback, killback"
[[ -z "$1" && -z "${SOURCE}" ]] && echo -e "${ORANGE}Available commands: ${GREY}${BOTCOMMANDS}${NC}" && exit
if [ "$1" = "help" ]; then
HELP="README"
if [ -n "${CLEAR}" ];then
_exists w3m && w3m "$HELP.html" && exit
_exists lynx && lynx "$HELP.html" && exit
_exists less && less "$HELP.txt" && exit
fi
cat "$HELP.txt"
exit
fi
if [ -n "$BASHBOT_HOME" ]; then
SCRIPTDIR="$BASHBOT_HOME"
else
BASHBOT_HOME="${SCRIPTDIR}"
fi
[ -z "${BASHBOT_ETC}" ] && BASHBOT_ETC="$BASHBOT_HOME"
[ -z "${BASHBOT_VAR}" ] && BASHBOT_VAR="$BASHBOT_HOME"
ADDONDIR="${BASHBOT_ETC:-.}/addons"
RUNUSER="${USER}" # USER is overwritten by bashbot array
# OK everything setup, lest start
if [[ -z "${SOURCE}" && -z "$BASHBOT_HOME" ]] && ! cd "${RUNDIR}" ; then
echo -e "${RED}ERROR: Can't change to ${RUNDIR} ...${NC}"
exit 1
else
RUNDIR="."
fi
if [ ! -w "." ]; then
echo -e "${ORANGE}WARNING: ${RUNDIR} is not writeable!${NC}"
ls -ld .
fi
# Setup and check environment if BOTTOKEN is NOT set
BOTCONFIG="${BASHBOT_ETC:-.}/botconfig"
TOKENFILE="${BASHBOT_ETC:-.}/token"
BOTADMIN="${BASHBOT_ETC:-.}/botadmin"
BOTACL="${BASHBOT_ETC:-.}/botacl"
DATADIR="${BASHBOT_VAR:-.}/data-bot-bash"
BLOCKEDFILE="${BASHBOT_VAR:-.}/blocked"
COUNTFILE="${BASHBOT_VAR:-.}/count"
LOGDIR="${RUNDIR:-.}/logs"
debug_checks "start SOURCE=${SOURCE:-no}" "$@"
# we assume everything is already set up correctly if we have TOKEN
if [ -z "${BOTTOKEN}" ]; then
# BOTCONFIG does not exist, create
[ ! -f "${BOTCONFIG}.jssh" ] &&
printf '["bot_config_key"]\t"config_key_value"\n' >>"${BOTCONFIG}.jssh"
# BOTTOKEN empty read ask user
if [ -z "$(getConfigKey "bottoken")" ]; then
# convert old token
if [ -r "${TOKENFILE}" ]; then
token="$(< "${TOKENFILE}")"
# no old token available ask user
elif [ -z "${CLEAR}" ] && [ "$1" != "init" ]; then
echo "Running headless, set BOTTOKEN or run ${SCRIPT} init first!"
exit 2
else
${CLEAR}
echo -e "${RED}TOKEN MISSING.${NC}"
echo -e "${ORANGE}PLEASE WRITE YOUR TOKEN HERE OR PRESS CTRL+C TO ABORT${NC}"
read -r token
fi
[ -n "${token}" ] && printf '["bottoken"]\t"%s"\n' "${token}" >> "${BOTCONFIG}.jssh"
fi
# setup botadmin file
if [ -z "$(getConfigKey "botadmin")" ]; then
# convert old admin
if [ -r "${BOTADMIN}" ]; then
admin="$(< "${BOTADMIN}")"
elif [ -z "${CLEAR}" ]; then
echo "Running headless, set botadmin to AUTO MODE!"
else
${CLEAR}
echo -e "${RED}BOTADMIN MISSING.${NC}"
echo -e "${ORANGE}PLEASE WRITE YOUR TELEGRAM ID HERE OR ENTER '?'${NC}"
echo -e "${ORANGE}TO MAKE FIRST USER TYPING '/start' TO BOTADMIN${NC}"
read -r admin
fi
[ -z "${admin}" ] && admin='?'
printf '["botadmin"]\t"%s"\n' "${admin}" >> "${BOTCONFIG}.jssh"
fi
# setup botacl file
if [ ! -f "${BOTACL}" ]; then
echo -e "${ORANGE}Create empty ${BOTACL} file.${NC}"
printf '\n' >"${BOTACL}"
fi
# setup data dir file
if [ ! -d "${DATADIR}" ]; then
mkdir "${DATADIR}"
elif [ ! -w "${DATADIR}" ]; then
echo -e "${RED}ERROR: Can't write to ${DATADIR}!.${NC}"
ls -ld "${DATADIR}"
exit 2
fi
# setup count file
if [ ! -f "${COUNTFILE}.jssh" ]; then
printf '["counted_user_chat_id"]\t"num_messages_seen"\n' >> "${COUNTFILE}.jssh"
# convert old file on creation
if [ -r "${COUNTFILE}" ];then
sed 's/COUNT/\[\"/;s/$/\"\]\t\"1\"/' < "${COUNTFILE}" >> "${COUNTFILE}.jssh"
fi
elif [ ! -w "${COUNTFILE}.jssh" ]; then
echo -e "${RED}ERROR: Can't write to ${COUNTFILE}!.${NC}"
ls -l "${COUNTFILE}.jssh"
exit 2
fi
# setup blocked file
if [ ! -f "${BLOCKEDFILE}.jssh" ]; then
printf '["blocked_user_or_chat_id"]\t"name and reason"\n' >>"${BLOCKEDFILE}.jssh"
fi
fi
if [ ! -d "${LOGDIR}" ] || [ ! -w "${LOGDIR}" ]; then
LOGDIR="${RUNDIR:-.}"
fi
DEBUGLOG="${LOGDIR}/DEBUG.log"
ERRORLOG="${LOGDIR}/ERROR.log"
UPDATELOG="${LOGDIR}/BASHBOT.log"
# read BOTTOKEN from bot database if not set
if [ -z "${BOTTOKEN}" ]; then
BOTTOKEN="$(getConfigKey "bottoken")"
if [ -z "${BOTTOKEN}" ]; then
BOTERROR="Warning: can't get bot token, try to recover working config"
echo -e "${ORANGE}${BOTERROR}${NC}"
if [ -r "${BOTCONFIG}.jssh.ok" ]; then
log_error "${BOTERROR}"
cp "${BOTCONFIG}.jssh.ok" "${BOTCONFIG}.jssh"
BOTTOKEN="$(getConfigKey "bottoken")"
else
echo -e "${RED}Error: Missing bot token! remove ${BOTCONFIG}.jssh and run \"bashbot.sh init\" may fix it.${NC}"
exit 7
fi
fi
fi
# BOTTOKEN format checks
if ! check_token "${BOTTOKEN}"; then
echo -e "${ORANGE}Warning: your bottoken may incorrect. it should have the following format:${NC}"
echo -e "${GREY}123456789${RED}:${GREY}Aa-Zz_0Aa-Zz_1Aa-Zz_2Aa-Zz_3Aa-Zz_4${ORANGE} => ${NC}\c"
echo -e "${GREY}8-10 digits${RED}:${GREY}35 alnum characters + '_-'${NC}"
echo -e "${ORANGE}Your current token is: '${GREY}^$(cat -ve <<<"${BOTTOKEN//:/${RED}:${GREY}}")${ORANGE}'${NC}"
[[ ! "${BOTTOKEN}" =~ ^[0-9]{8,10}: ]] &&\
echo -e "${ORANGE}Possible problem in the digits part, len is $(($(wc -c <<<"${BOTTOKEN%:*}")-1))${NC}"
[[ ! "${BOTTOKEN}" =~ :[a-zA-Z0-9_-]{35}$ ]] &&\
echo -e "${ORANGE}Posilbe problem in the charatcers part, len is $(($(wc -c <<<"${BOTTOKEN#*:}")-1))${NC}"
fi
##################
# here we start with the real stuff
BASHBOT_RETRY="" # retry by default
URL="${BASHBOT_URL:-https://api.telegram.org/bot}${BOTTOKEN}"
ME_URL=$URL'/getMe'
UPD_URL=$URL'/getUpdates?offset='
GETFILE_URL=$URL'/getFile'
#################
# BASHBOT COMMON functions
declare -rx SCRIPT SCRIPTDIR MODULEDIR RUNDIR ADDONDIR TOKENFILE BOTADMIN BOTACL DATADIR COUNTFILE
declare -rx BOTTOKEN URL ME_URL UPD_URL GETFILE_URL
declare -ax CMD
declare -Ax UPD BOTSENT USER MESSAGE URLS CONTACT LOCATION CHAT FORWARD REPLYTO VENUE iQUERY
declare -Ax SERVICE NEWMEMBER LEFTMEMBER PINNED
export res CAPTION
##################
# read commamds file if we are not sourced
COMMANDS="${BASHBOT_ETC:-.}/commands.sh"
if [ -z "${SOURCE}" ]; then
if [ ! -f "${COMMANDS}" ] || [ ! -r "${COMMANDS}" ]; then
echo -e "${RED}ERROR: ${COMMANDS} does not exist or is not readable!.${NC}"
ls -l "${COMMANDS}"
exit 3
fi
fi
# shellcheck source=./commands.sh
[ -r "${COMMANDS}" ] && source "${COMMANDS}" "source"
###############
# load modules
for modules in "${MODULEDIR:-.}"/*.sh ; do
# shellcheck source=./modules/aliases.sh
if ! _is_function "$(basename "${modules}")" && [ -r "${modules}" ]; then source "${modules}" "source"; fi
done
#####################
# BASHBOT INTERNAL functions
#
# do we have BSD sed
if ! sed '1ia' </dev/null 2>/dev/null; then
echo -e "${ORANGE}Warning: You may run on a BSD style system without gnu utils ...${NC}"
fi
#jsonDB is now mandatory
if ! _is_function jssh_newDB ; then
echo -e "${RED}ERROR: Mandatory module jsonDB is missing or not readable!"
exit 6
fi
# $1 URL, $2 filename in DATADIR
# outputs final filename
download() {
local empty="no.file" file="${2:-${empty}}"
if [[ "$file" = *"/"* ]] || [[ "$file" = "."* ]]; then file="${empty}"; fi
while [ -f "${DATADIR:-.}/${file}" ] ; do file="$RAMDOM-${file}"; done
getJson "$1" >"${DATADIR:-.}/${file}" || return
printf '%s\n' "${DATADIR:-.}/${file}"
}
# $1 postfix, e.g. chatid
# $2 prefix, back- or startbot-
procname(){
printf '%s\n' "$2${ME}_$1"
}
# $1 string to search for proramm incl. parameters
# returns a list of PIDs of all current bot proceeses matching $1
proclist() {
# shellcheck disable=SC2009
ps -fu "${UID}" | grep -F "$1" | grep -v ' grep'| grep -F "${ME}" | sed 's/\s\+/\t/g' | cut -f 2
}
# $1 string to search for proramm to kill
killallproc() {
local procid; procid="$(proclist "$1")"
if [ -n "${procid}" ] ; then
# shellcheck disable=SC2046
kill $(proclist "$1")
sleep 1
procid="$(proclist "$1")"
# shellcheck disable=SC2046
[ -n "${procid}" ] && kill $(proclist -9 "$1")
fi
debug_checks "end killallproc" "${1}"
}
# $ chat $2 mesgid $3 nolog
declare -xr DELETE_URL=$URL'/deleteMessage'
delete_message() {
[ -z "$3" ] && printf "%s: Delete Message CHAT=%s MSG_ID=%s\n" "$(date)" "${1}" "${2}" >>"${UPDATELOG}"
sendJson "${1}" '"message_id": '"${2}"'' "${DELETE_URL}"
}
get_file() {
[ -z "$1" ] && return
sendJson "" '"file_id": "'"${1}"'"' "${GETFILE_URL}"
printf '%s\n' "${URL}"/"$(JsonGetString <<< "${res}" '"result","file_path"')"
}
# curl is preferred, but may not available on embedded systems
TIMEOUT="${BASHBOT_TIMEOUT}"
[[ "$TIMEOUT" =~ ^[0-9]+$ ]] || TIMEOUT="20"
if [ -z "${BASHBOT_WGET}" ] && _exists curl ; then
[ -z "${BASHBOT_CURL}" ] && BASHBOT_CURL="curl"
# simple curl or wget call, output to stdout
getJson(){
[[ -n "${BASHBOTDEBUG}" && -n "${3}" ]] && printf "%s: getJson (curl) URL=%s\n" "$(date)" "${1##*/}" 1>&2
# shellcheck disable=SC2086
"${BASHBOT_CURL}" -sL -k ${BASHBOT_CURL_ARGS} -m "${TIMEOUT}" "$1"
}
# usage: sendJson "chat" "JSON" "URL"
sendJson(){
local chat="";
[ -n "${1}" ] && chat='"chat_id":'"${1}"','
[ -n "${BASHBOTDEBUG}" ] && printf "%s: sendJson (curl) CHAT=%s JSON=%s URL=%s\n" "$(date)" "${1}" "${2:0:100}" "${3##*/}" 1>&2
# shellcheck disable=SC2086
res="$("${BASHBOT_CURL}" -s -k ${BASHBOT_CURL_ARGS} -m "${TIMEOUT}"\
-d '{'"${chat} $(iconv -f utf-8 -t utf-8 -c <<<$2)"'}' -X POST "${3}" \
-H "Content-Type: application/json" | "${JSONSHFILE}" -s -b -n 2>/dev/null )"
sendJsonResult "${res}" "sendJson (curl)" "$@"
[ -n "${BASHBOT_EVENT_SEND[*]}" ] && event_send "send" "${@}" &
}
#$1 Chat, $2 what , $3 file, $4 URL, $5 caption
sendUpload() {
[ "$#" -lt 4 ] && return
if [ -n "$5" ]; then
[ -n "${BASHBOTDEBUG}" ] && printf "%s: sendUpload CHAT=%s WHAT=%s FILE=%s CAPT=%s\n" "$(date)" "${1}" "${2}" "${3}" "${4}" 1>&2
# shellcheck disable=SC2086
res="$("${BASHBOT_CURL}" -s -k ${BASHBOT_CURL_ARGS} "$4" -F "chat_id=$1"\
-F "$2=@$3;${3##*/}" -F "caption=$5" | "${JSONSHFILE}" -s -b -n 2>/dev/null )"
else
# shellcheck disable=SC2086
res="$("${BASHBOT_CURL}" -s -k ${BASHBOT_CURL_ARGS} "$4" -F "chat_id=$1"\
-F "$2=@$3;${3##*/}" | "${JSONSHFILE}" -s -b -n 2>/dev/null )"
fi
sendJsonResult "${res}" "sendUpload (curl)" "$@"
[ -n "${BASHBOT_EVENT_SEND[*]}" ] && event_send "upload" "$@" &
}
else
# simple curl or wget call outputs result to stdout
getJson(){
[[ -n "${BASHBOTDEBUG}" && -z "${3}" ]] && printf "%s: getJson (wget) URL=%s\n" "$(date)" "${1##*/}" 1>&2
# shellcheck disable=SC2086
wget --no-check-certificate -t 2 -T "${TIMEOUT}" ${BASHBOT_WGET_ARGS} -qO - "$1"
}
# usage: sendJson "chat" "JSON" "URL"
sendJson(){
local chat="";
[ -n "${1}" ] && chat='"chat_id":'"${1}"','
[ -n "${BASHBOTDEBUG}" ] && printf "%s: sendJson (wget) CHAT=%s JSON=%s URL=%s\n" "$(date)" "${1}" "${2:0:100}" "${3##*/}" 1>&2
# shellcheck disable=SC2086
res="$(wget --no-check-certificate -t 2 -T "${TIMEOUT}" ${BASHBOT_WGET_ARGS} -qO - --post-data='{'"${chat} $(iconv -f utf-8 -t utf-8 -c <<<$2)"'}' \
--header='Content-Type:application/json' "${3}" | "${JSONSHFILE}" -s -b -n 2>/dev/null )"
sendJsonResult "${res}" "sendJson (wget)" "$@"
[ -n "${BASHBOT_EVENT_SEND[*]}" ] && event_send "send" "${@}" &
}
sendUpload() {
log_error "Sorry, wget does not support file upload"
BOTSENT[OK]="false"
[ -n "${BASHBOT_EVENT_SEND[*]}" ] && event_send "upload" "$@" &
}
fi
# retry sendJson
# $1 function $2 sleep $3 ... $n arguments
sendJsonRetry(){
local retry="${1}"; shift
[[ "${1}" =~ ^\ *[0-9.]+\ *$ ]] && sleep "${1}"; shift
printf "%s: RETRY %s %s %s\n" "$(date)" "${retry}" "${1}" "${2:0:60}"
case "${retry}" in
'sendJson'*)
sendJson "$@"
;;
'sendUpload'*)
sendUpload "$@"
;;
'send_album'*)
send_album "$@"
;;
*)
log_error "Error: unknown function ${retry}, cannot retry"
return
;;
esac
[ "${BOTSENT[OK]}" = "true" ] && log_error "Retry OK:${retry} ${1} ${2:0:60}"
} >>"${ERRORLOG}"
# process sendJson result
# stdout is written to ERROR.log
# $1 result $2 function $3 .. $n original arguments, $3 is Chat_id
sendJsonResult(){
local offset=0
BOTSENT=( )
[ -n "${BASHBOTDEBUG}" ] && printf "\n%s: New Result ==========\n%s\n" "$(date)" "$1" >>"${LOGDIR}/MESSAGE.log"
BOTSENT[OK]="$(JsonGetLine '"ok"' <<< "${1}")"
if [ "${BOTSENT[OK]}" = "true" ]; then
BOTSENT[ID]="$(JsonGetValue '"result","message_id"' <<< "${1}")"
return
# hot path everything OK!
else
# oops something went wrong!
if [ "${res}" != "" ]; then
BOTSENT[ERROR]="$(JsonGetValue '"error_code"' <<< "${1}")"
BOTSENT[DESCRIPTION]="$(JsonGetString '"description"' <<< "${1}")"
BOTSENT[RETRY]="$(JsonGetValue '"parameters","retry_after"' <<< "${1}")"
else
BOTSENT[OK]="false"
BOTSENT[ERROR]="999"
BOTSENT[DESCRIPTION]="Send to telegram not possible, timeout/broken/no connection"
fi
# log error
[[ "${BOTSENT[ERROR]}" = "400" && "${BOTSENT[DESCRIPTION]}" == *"starting at byte offset"* ]] &&\
offset="${BOTSENT[DESCRIPTION]%* }"
printf "%s: RESULT=%s FUNC=%s CHAT[ID]=%s ERROR=%s DESC=%s ACTION=%s\n" "$(date)"\
"${BOTSENT[OK]}" "${2}" "${3}" "${BOTSENT[ERROR]}" "${BOTSENT[DESCRIPTION]}" "${4:${offset}:100}"
# warm path, do not retry on error, also if we use wegt
[ -n "${BASHBOT_RETRY}${BASHBOT_WGET}" ] && return
# OK, we can retry sendJson, let's see what's failed
# throttled, telegram say we send to much messages
if [ -n "${BOTSENT[RETRY]}" ]; then
BASHBOT_RETRY="$(( BOTSENT[RETRY]++ ))"
printf "Retry %s in %s seconds ...\n" "${2}" "${BASHBOT_RETRY}"
sendJsonRetry "${2}" "${BASHBOT_RETRY}" "${@:3}"
unset BASHBOT_RETRY
return
fi
# timeout, failed connection or blocked
if [ "${BOTSENT[ERROR]}" == "999" ];then
# check if default curl and args are OK
if ! curl -sL -k -m 2 "${URL}" >/dev/null 2>&1 ; then
printf "%s: BASHBOT IP Address is blocked!\n" "$(date)"
# user provided function to recover or notify block
if _exec_if_function bashbotBlockRecover; then
BASHBOT_RETRY="2"
printf "bashbotBlockRecover returned true, retry %s ...\n" "${2}"
sendJsonRetry "${2}" "${BASHBOT_RETRY}" "${@:3}"
unset BASHBOT_RETRY
fi
return
fi
# are not blocked, default curl and args are working
if [ -n "${BASHBOT_CURL_ARGS}" ] || [ "${BASHBOT_CURL}" != "curl" ]; then
printf "Problem with \"%s %s\"? retry %s with default config ...\n"\
"${BASHBOT_CURL}" "${BASHBOT_CURL_ARGS}" "${2}"
BASHBOT_RETRY="2"; BASHBOT_CURL="curl"; BASHBOT_CURL_ARGS=""
sendJsonRetry "${2}" "${BASHBOT_RETRY}" "${@:3}"
unset BASHBOT_RETRY
fi
fi
fi
} >>"${ERRORLOG}"
# escape / remove text characters for json strings, eg. " -> \"
# $1 string
# output escaped string
JsonEscape(){
sed 's/\([-"`´,§$%&/(){}#@!?*.\t]\)/\\\1/g' <<< "$1"
}
# convert common telegram entities to JSON
# title caption description markup inlinekeyboard
title2Json(){
local title caption desc markup keyboard
[ -n "$1" ] && title=',"title":"'$(JsonEscape "$1")'"'
[ -n "$2" ] && caption=',"caption":"'$(JsonEscape "$2")'"'
[ -n "$3" ] && desc=',"description":"'$(JsonEscape "$3")'"'
[ -n "$4" ] && markup=',"parse_mode":"'"$4"'"'
[ -n "$5" ] && keyboard=',"reply_markup":"'$(JsonEscape "$5")'"'
printf '%s\n' "${title}${caption}${desc}${markup}${keyboard}"
}
# get bot name
getBotName() {
getJson "$ME_URL" | "${JSONSHFILE}" -s -b -n 2>/dev/null | JsonGetString '"result","username"'
}
# pure bash implementation, done by KayM (@gnadelwartz)
# see https://stackoverflow.com/a/55666449/9381171
JsonDecode() {
local out="$1" remain="" U=""
local regexp='(.*)\\u[dD]([0-9a-fA-F]{3})\\u[dD]([0-9a-fA-F]{3})(.*)'
while [[ "${out}" =~ $regexp ]] ; do
U=$(( ( (0xd${BASH_REMATCH[2]} & 0x3ff) <<10 ) | ( 0xd${BASH_REMATCH[3]} & 0x3ff ) + 0x10000 ))
remain="$(printf '\\U%8.8x' "${U}")${BASH_REMATCH[4]}${remain}"
out="${BASH_REMATCH[1]}"
done
# this echo must stay for correct decoding!
echo -e "${out}${remain}"
}
JsonGetString() {
sed -n -e '0,/\['"$1"'\]/ s/\['"$1"'\][ \t]"\(.*\)"$/\1/p'
}
JsonGetLine() {
sed -n -e '0,/\['"$1"'\]/ s/\['"$1"'\][ \t]//p'
}
JsonGetValue() {
sed -n -e '0,/\['"$1"'\]/ s/\['"$1"'\][ \t]\([0-9.,]*\).*/\1/p'
}
################
# processing of updates starts here
process_updates() {
local max num debug="$1"
max="$(sed <<< "${UPDATE}" '/\["result",[0-9]*\]/!d' | tail -1 | sed 's/\["result",//g;s/\].*//g')"
Json2Array 'UPD' <<<"${UPDATE}"
for ((num=0; num<=max; num++)); do
process_client "$num" "${debug}"
done
}
process_client() {
local num="$1" debug="$2"
pre_process_message "${num}"
# log message on debug
[[ -n "${debug}" ]] && printf "\n%s: New Message ==========\n%s\n" "$(date)" "$UPDATE" >>"${LOGDIR}/MESSAGE.log"
# check for uers / groups to ignore
jssh_updateArray_async "BASHBOTBLOCKED" "${BLOCKEDFILE}"
[ -n "${USER[ID]}" ] && [[ -n "${BASHBOTBLOCKED[${USER[ID]}]}" || -n "${BASHBOTBLOCKED[${CHAT[ID]}]}" ]] && return
# process per message type
if [ -z "${iQUERY[ID]}" ]; then
if grep -qs -e '\["result",'"${num}"',"edited_message"' <<<"${UPDATE}"; then
# edited message
UPDATE="${UPDATE//,${num},\"edited_message\",/,${num},\"message\",}"
Json2Array 'UPD' <<<"${UPDATE}"
MESSAGE[0]="/_edited_message "
fi
process_message "${num}" "${debug}"
printf "%s: update received FROM=%s CHAT=%s CMD=%s\n" "$(date)" "${USER[USERNAME]:0:20} (${USER[ID]})"\
"${CHAT[USERNAME]:0:20}${CHAT[TITLE]:0:30} (${CHAT[ID]})"\
"${MESSAGE:0:30}${CAPTION:0:30}${URLS[*]:0:30}" >>"${UPDATELOG}"
else
process_inline "${num}" "${debug}"
printf "%s: iQuery received FROM=%s iQUERY=%s\n" "$(date)"\
"${iQUERY[USERNAME]:0:20} (${iQUERY[USER_ID]})" "${iQUERY[0]}" >>"${UPDATELOG}"
fi
#####
# process inline and message events
# first classic command dispatcher
# shellcheck source=./commands.sh
source "${COMMANDS}" "${debug}" &
# then all registered addons
if [ -z "${iQUERY[ID]}" ]; then
event_message "${debug}"
else
event_inline "${debug}"
fi
# last count users
jssh_countKeyDB_async "${CHAT[ID]}" "${COUNTFILE}"
}
declare -Ax BASBOT_EVENT_INLINE BASBOT_EVENT_MESSAGE BASHBOT_EVENT_CMD BASBOT_EVENT_REPLY BASBOT_EVENT_FORWARD BASHBOT_EVENT_SEND
declare -Ax BASBOT_EVENT_CONTACT BASBOT_EVENT_LOCATION BASBOT_EVENT_FILE BASHBOT_EVENT_TEXT BASHBOT_EVENT_TIMER BASHBOT_BLOCKED
start_timer(){
# send alarm every ~60 s
while :; do
sleep 59.5
kill -ALRM $$
done;
}
EVENT_SEND="0"
event_send() {
# max recursion level 5 to avoid fork bombs
(( EVENT_SEND++ )); [ "$EVENT_SEND" -gt "5" ] && return
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_SEND[@]}"
do
_exec_if_function "${BASHBOT_EVENT_SEND[${key}]}" "$@"
done
}
EVENT_TIMER="0"
event_timer() {
local key timer debug="$1"
(( EVENT_TIMER++ ))
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_TIMER[@]}"
do
timer="${key##*,}"
[[ ! "$timer" =~ ^-*[1-9][0-9]*$ ]] && continue
if [ "$(( EVENT_TIMER % timer ))" = "0" ]; then
_exec_if_function "${BASHBOT_EVENT_TIMER[${key}]}" "timer" "${key}" "${debug}"
[ "$(( EVENT_TIMER % timer ))" -lt "0" ] && \
unset BASHBOT_EVENT_TIMER["${key}"]
fi
done
}
event_inline() {
local key debug="$1"
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_INLINE[@]}"
do
_exec_if_function "${BASHBOT_EVENT_INLINE[${key}]}" "inline" "${key}" "${debug}"
done
}
event_message() {
local key debug="$1"
# ${MESSAEG[*]} event_message
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_MESSAGE[@]}"
do
_exec_if_function "${BASHBOT_EVENT_MESSAGE[${key}]}" "message" "${key}" "${debug}"
done
# ${TEXT[*]} event_text
if [ -n "${MESSAGE[0]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_TEXT[@]}"
do
_exec_if_function "${BASHBOT_EVENT_TEXT[${key}]}" "text" "${key}" "${debug}"
done
# ${CMD[*]} event_cmd
if [ -n "${CMD[0]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_CMD[@]}"
do
_exec_if_function "${BASHBOT_EVENT_CMD[${key}]}" "command" "${key}" "${debug}"
done
fi
fi
# ${REPLYTO[*]} event_replyto
if [ -n "${REPLYTO[UID]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_REPLYTO[@]}"
do
_exec_if_function "${BASHBOT_EVENT_REPLYTO[${key}]}" "replyto" "${key}" "${debug}"
done
fi
# ${FORWARD[*]} event_forward
if [ -n "${FORWARD[UID]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_FORWARD[@]}"
do
_exec_if_function && "${BASHBOT_EVENT_FORWARD[${key}]}" "forward" "${key}" "${debug}"
done
fi
# ${CONTACT[*]} event_contact
if [ -n "${CONTACT[FIRST_NAME]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_CONTACT[@]}"
do
_exec_if_function "${BASHBOT_EVENT_CONTACT[${key}]}" "contact" "${key}" "${debug}"
done
fi
# ${VENUE[*]} event_location
# ${LOCATION[*]} event_location
if [ -n "${LOCATION[LONGITUDE]}" ] || [ -n "${VENUE[TITLE]}" ]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_LOCATION[@]}"
do
_exec_if_function "${BASHBOT_EVENT_LOCATION[${key}]}" "location" "${key}" "${debug}"
done
fi
# ${URLS[*]} event_file
# NOTE: compare again #URLS -1 blanks!
if [[ "${URLS[*]}" != " " ]]; then
# shellcheck disable=SC2153
for key in "${!BASHBOT_EVENT_FILE[@]}"
do
_exec_if_function "${BASHBOT_EVENT_FILE[${key}]}" "file" "${key}" "${debug}"
done
fi
}
pre_process_message(){
local num="${1}"
# unset everything to not have old values
CMD=( ); iQUERY=( ); MESSAGE=(); CHAT=(); USER=(); CONTACT=(); LOCATION=(); unset CAPTION
REPLYTO=( ); FORWARD=( ); URLS=(); VENUE=( ); SERVICE=( ); NEWMEMBER=( ); LEFTMEMBER=( ); PINNED=( )
iQUERY[ID]="${UPD["result",${num},"inline_query","id"]}"
CHAT[ID]="${UPD["result",${num},"message","chat","id"]}"
USER[ID]="${UPD["result",${num},"message","from","id"]}"
[ -z "${CHAT[ID]}" ] && CHAT[ID]="${UPD["result",${num},"edited_message","chat","id"]}"
[ -z "${USER[ID]}" ] && USER[ID]="${UPD["result",${num},"edited_message","from","id"]}"
# always true
return 0
}
process_inline() {
local num="${1}"
iQUERY[0]="$(JsonDecode "${UPD["result",${num},"inline_query","query"]}")"
iQUERY[USER_ID]="${UPD["result",${num},"inline_query","from","id"]}"
iQUERY[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"inline_query","from","first_name"]}")"
iQUERY[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"inline_query","from","last_name"]}")"
iQUERY[USERNAME]="$(JsonDecode "${UPD["result",${num},"inline_query","from","username"]}")"
# always true
return 0
}
process_message() {
local num="$1"
# Message
MESSAGE[0]+="$(JsonDecode "${UPD["result",${num},"message","text"]}" | sed 's#\\/#/#g')"
MESSAGE[ID]="${UPD["result",${num},"message","message_id"]}"
# Chat ID is now parsed when update isreceived
CHAT[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","chat","last_name"]}")"
CHAT[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","chat","first_name"]}")"
CHAT[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","chat","username"]}")"
# set real name as username if empty
[ -z "${CHAT[USERNAME]}" ] && CHAT[USERNAME]="${CHAT[FIRST_NAME]} ${CHAT[LAST_NAME]}"
CHAT[TITLE]="$(JsonDecode "${UPD["result",${num},"message","chat","title"]}")"
CHAT[TYPE]="$(JsonDecode "${UPD["result",${num},"message","chat","type"]}")"
CHAT[ALL_ADMIN]="${UPD["result",${num},"message","chat","all_members_are_administrators"]}"
# user ID is now parsed when update isreceived
#USER[ID]="${UPD["result",${num},"message","from","id"]}"
USER[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","from","first_name"]}")"
USER[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","from","last_name"]}")"
USER[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","from","username"]}")"
# set real name as username if empty
[ -z "${USER[USERNAME]}" ] && USER[USERNAME]="${USER[FIRST_NAME]} ${USER[LAST_NAME]}"
# in reply to message from
if grep -qs -e '\["result",'"${num}"',"message","reply_to_message"' <<<"${UPDATE}"; then
REPLYTO[UID]="${UPD["result",${num},"message","reply_to_message","from","id"]}"
REPLYTO[0]="$(JsonDecode "${UPD["result",${num},"message","reply_to_message","text"]}")"
REPLYTO[ID]="${UPD["result",${num},"message","reply_to_message","message_id"]}"
REPLYTO[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","reply_to_message","from","first_name"]}")"
REPLYTO[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","reply_to_message","from","last_name"]}")"
REPLYTO[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","reply_to_message","from","username"]}")"
fi
# forwarded message from
if grep -qs -e '\["result",'"${num}"',"message","forward_from"' <<<"${UPDATE}"; then
FORWARD[UID]="${UPD["result",${num},"message","forward_from","id"]}"
FORWARD[ID]="${MESSAGE[ID]}" # same as message ID
FORWARD[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","forward_from","first_name"]}")"
FORWARD[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","forward_from","last_name"]}")"
FORWARD[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","forward_from","username"]}")"
fi
# get file URL from telegram
if grep -qs -e '\["result",'"${num}"',"message","[avpsd].*,"file_id"\]' <<<"${UPDATE}"; then
URLS[AUDIO]="$(get_file "${UPD["result",${num},"message","audio","file_id"]}")"
URLS[DOCUMENT]="$(get_file "${UPD["result",${num},"message","document","file_id"]}")"
URLS[PHOTO]="$(get_file "${UPD["result",${num},"message","photo",0,"file_id"]}")"
URLS[STICKER]="$(get_file "${UPD["result",${num},"message","sticker","file_id"]}")"
URLS[VIDEO]="$(get_file "${UPD["result",${num},"message","video","file_id"]}")"
URLS[VOICE]="$(get_file "${UPD["result",${num},"message","voice","file_id"]}")"
fi
# Contact
if grep -qs -e '\["result",'"${num}"',"message","contact"' <<<"${UPDATE}"; then
CONTACT[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","contact","first_name"]}")"
CONTACT[USER_ID]="$(JsonDecode "${UPD["result",${num},"message","contact","user_id"]}")"
CONTACT[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","contact","last_name"]}")"
CONTACT[NUMBER]="${UPD["result",${num},"message","contact","phone_number"]}"
CONTACT[VCARD]="$(JsonGetString '"result",'"${num}"',"message","contact","vcard"' <<<"${UPDATE}")"
fi
# vunue
if grep -qs -e '\["result",'"${num}"',"message","venue"' <<<"${UPDATE}"; then
VENUE[TITLE]="$(JsonDecode "${UPD["result",${num},"message","venue","title"]}")"
VENUE[ADDRESS]="$(JsonDecode "${UPD["result",${num},"message","venue","address"]}")"
VENUE[LONGITUDE]="${UPD["result",${num},"message","venue","location","longitude"]}"
VENUE[LATITUDE]="${UPD["result",${num},"message","venue","location","latitude"]}"
VENUE[FOURSQUARE]="${UPD["result",${num},"message","venue","foursquare_id"]}"
fi
# Caption
CAPTION="$(JsonDecode "${UPD["result",${num},"message","caption"]}")"
# Location
LOCATION[LONGITUDE]="${UPD["result",${num},"message","location","longitude"]}"
LOCATION[LATITUDE]="${UPD["result",${num},"message","location","latitude"]}"
# service messages
if grep -qs -e '\["result",'"${num}"',"message","new_chat_member' <<<"${UPDATE}"; then
SERVICE[NEWMEMBER]="${UPD["result",${num},"message","new_chat_member","id"]}"
NEWMEMBER[ID]="${SERVICE[NEWMEMBER]}"
NEWMEMBER[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","new_chat_member","first_name"]}")"
NEWMEMBER[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","new_chat_member","last_name"]}")"
NEWMEMBER[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","new_chat_member","username"]}")"
NEWMEMBER[ISBOT]="${UPD["result",${num},"message","new_chat_member","is_bot"]}"
[ -z "${MESSAGE[0]}" ] &&\
MESSAGE[0]="/_new_chat_member ${NEWMEMBER[ID]} ${NEWMEMBER[USERNAME]:=${NEWMEMBER[FIRST_NAME]} ${NEWMEMBER[LAST_NAME]}}"
fi
if grep -qs -e '\["result",'"${num}"',"message","left_chat_member' <<<"${UPDATE}"; then
SERVICE[LEFTMEMBER]="${UPD["result",${num},"message","left_chat_member","id"]}"
LEFTMEMBER[ID]="${SERVICE[LEFTMEBER]}"
LEFTMEMBER[FIRST_NAME]="$(JsonDecode "${UPD["result",${num},"message","left_chat_member","first_name"]}")"
LEFTMEMBER[LAST_NAME]="$(JsonDecode "${UPD["result",${num},"message","left_chat_member","last_name"]}")"
LEFTMEBER[USERNAME]="$(JsonDecode "${UPD["result",${num},"message","left_chat_member","username"]}")"
LEFTMEMBER[ISBOT]="${UPD["result",${num},"message","left_chat_member","is_bot"]}"
[ -z "${MESSAGE[0]}" ] &&\
MESSAGE[0]="/_left_chat_member ${NEWMEMBER[ID]} ${LEFTMEMBER[USERNAME]:=${LEFTMEMBER[FIRST_NAME]} ${LEFTMEMBER[LAST_NAME]}}"
fi
if grep -qs -e '\["result",'"${num}"',"message","new_chat_[tp]' <<<"${UPDATE}"; then
SERVICE[NEWTITLE]="$(JsonDecode "${UPD["result",${num},"message","new_chat_title"]}")"
[ -z "${MESSAGE[0]}" ] && [ -n "${SERVICE[NEWTITLE]}" ] &&\
MESSAGE[0]="/_new_chat_title ${USER[ID]} ${SERVICE[NEWTITLE]}"
SERVICE[NEWPHOTO]="$(get_file "${UPD["result",${num},"message","new_chat_photo",0,"file_id"]}")"
[ -z "${MESSAGE[0]}" ] && [ -n "${SERVICE[NEWPHOTO]}" ] &&\
MESSAGE[0]="/_new_chat_photo ${USER[ID]} ${SERVICE[NEWPHOTO]}"
fi
if grep -qs -e '\["result",'"${num}"',"message","pinned_message' <<<"${UPDATE}"; then
SERVICE[PINNED]="$(JsonDecode "${UPD["result",${num},"message","pinned_message","message_id"]}")"
PINNED[ID]="${SERVICE[PINNED]}"
PINNED[MESSAGE]="$(JsonDecode "${UPD["result",${num},"message","pinned_message","text"]}")"
[ -z "${MESSAGE[0]}" ] && [ -n "${SERVICE[PINNED]}" ] &&\
MESSAGE[0]="/_new_pinned_message ${USER[ID]} ${PINNED[ID]} ${PINNED[MESSAGE]}"
fi
# set SSERVICE to yes if a service message was received
[[ "${SERVICE[*]}" =~ ^[[:blank:]]*$ ]] || SERVICE[0]="yes"
# split message in command and args
[[ "${MESSAGE[0]}" == "/"* ]] && read -r CMD <<<"${MESSAGE[0]}" && CMD[0]="${CMD[0]%%@*}"
# everything went well
return 0
}
#########################
# main get updates loop, should never terminate
declare -A BASHBOTBLOCKED
start_bot() {
local DEBUGMSG ADMIN OFFSET=0
# adaptive sleep defaults
local nextsleep="100"
local stepsleep="${BASHBOT_SLEEP_STEP:-100}"
local maxsleep="${BASHBOT_SLEEP:-5000}"
# startup message
DEBUGMSG="$(date): Start BASHBOT updates in Mode \"${1:-normal}\" =========="
printf "%s\n" "${DEBUGMSG}" >>"${UPDATELOG}"
# redirect to Debug.log
[[ "${1}" == *"debug" ]] && exec &>>"${DEBUGLOG}"
printf "%s\n" "${DEBUGMSG}"; DEBUGMSG="${1}"
[[ "${DEBUGMSG}" == "xdebug"* ]] && set -x
#cleaup old pipes and empty logfiles
find "${DATADIR}" -type p -delete
find "${DATADIR}" -size 0 -name "*.log" -delete
# load addons on startup
for addons in "${ADDONDIR:-.}"/*.sh ; do
# shellcheck source=./modules/aliases.sh
[ -r "${addons}" ] && source "${addons}" "startbot" "${DEBUGMSG}"
done
# shellcheck source=./commands.sh
source "${COMMANDS}" "startbot"
# start timer events
if [ -n "${BASHBOT_START_TIMER}" ] ; then
# shellcheck disable=SC2064
trap "event_timer $DEBUGMSG" ALRM
start_timer &
# shellcheck disable=SC2064
trap "kill -9 $!; exit" EXIT INT HUP TERM QUIT
fi
# cleanup countfile on startup
jssh_deleteKeyDB "CLEAN_COUNTER_DATABASE_ON_STARTUP" "${COUNTFILE}"
[ -f "${COUNTFILE}.jssh.flock" ] && rm -f "${COUNTFILE}.jssh.flock"
jssh_deleteKeyDB "CLEAN_BOT_BOTCONFIG_ON_STARTUP" "${BOTCONFIG}"
[ -f "${BOTCONFIG}.jssh.flock" ] && rm -f "${BOTCONFIG}.jssh.flock"
jssh_readDB_async "BASHBOTBLOCKED" "${BLOCKEDFILE}"
# inform botadmin about start
ADMIN="$(getConfigKey "botadmin")"
[ -n "${ADMIN}" ] && send_normal_message "${ADMIN}" "Bot $(getConfigKey "botname") started ..." &
##########
# bot is ready, start processing updates ...
while true; do
# adaptive sleep in ms rounded to next 0.1 s
sleep "$(_round_float "${nextsleep}e-3" "1")"
# get next update
UPDATE="$(getJson "$UPD_URL$OFFSET" "nolog" 2>/dev/null | "${JSONSHFILE}" -s -b -n 2>/dev/null | iconv -f utf-8 -t utf-8 -c)"
# did we ge an responsn0r
if [ -n "${UPDATE}" ]; then
# we got something, do processing
[ "${OFFSET}" = "-999" ] && [ "${nextsleep}" -gt "$((maxsleep*2))" ] &&\
log_error "Recovered from timeout/broken/no connection, continue with telegram updates"
# escape bash $ expansion bug
((nextsleep+= stepsleep , nextsleep= nextsleep>maxsleep ?maxsleep:nextsleep))
UPDATE="${UPDATE//$/\\$}"
# Offset
OFFSET="$(grep <<< "${UPDATE}" '\["result",[0-9]*,"update_id"\]' | tail -1 | cut -f 2)"
((OFFSET++))
if [ "$OFFSET" != "1" ]; then
nextsleep="100"
process_updates "${DEBUGMSG}"
fi
else
# ups, something bad happened, wait maxsleep*10
(( nextsleep=nextsleep*2 , nextsleep= nextsleep>maxsleep*10 ?maxsleep*10:nextsleep ))
[ "${OFFSET}" = "-999" ] &&\
log_error "Repeated timeout/broken/no connection on telegram update, sleep $(_round_float "${nextsleep}e-3")s"
OFFSET="-999"
fi
done
}
# initialize bot environment, user and permissions
bot_init() {
[ -n "${BASHBOT_HOME}" ] && cd "${BASHBOT_HOME}" || exit 1
local DEBUG="$1"
# upgrade from old version
echo "Check for Update actions ..."
local OLDTMP="${BASHBOT_VAR:-.}/tmp-bot-bash"
[ -d "${OLDTMP}" ] && { mv -n "${OLDTMP}/"* "${DATADIR}"; rmdir "${OLDTMP}"; }
# no more existing modules
[ -f "modules/inline.sh" ] && rm -f "modules/inline.sh"
# load addons on startup
echo "Done."
echo "Initialize modules and addons ..."
for addons in "${ADDONDIR:-.}"/*.sh ; do
# shellcheck source=./modules/aliases.sh
[ -r "${addons}" ] && source "${addons}" "init" "${DEBUG}"
done
echo "Done."
if [[ ! -d "logs" ]]; then
echo "Move Logfiles ..."
mkdir logs 2>/dev/null
for MVLOG in DEBUG.log MESSAGE.log ERROR.log BASHBOT.log
do
[ -f "${MVLOG}" ] && mv "${MVLOG}" logs 2>/dev/null
done
echo "Done."
fi
#setup bashbot
[[ "${UID}" -eq "0" ]] && RUNUSER="nobody"
echo -n "Enter User to run basbot [$RUNUSER]: "
read -r TOUSER
[ -z "$TOUSER" ] && TOUSER="$RUNUSER"
if ! id "$TOUSER" &>/dev/null; then
echo -e "${RED}User \"$TOUSER\" not found!${NC}"
exit 3
else
# shellcheck disable=SC2009
oldbot="$(ps -fu "$TOUSER" | grep startbot | grep -v -e 'grep' -e '\-startbot' )"
[ -n "${oldbot}" ] && \
echo -e "${ORANGE}Warning: At least one not upgraded TMUX bot is running! You must stop it with kill command:${NC}\\n${oldbot}"
echo "Adjusting files and permissions for user \"${TOUSER}\" ..."
[ -w "bashbot.rc" ] && sed -i '/^[# ]*runas=/ s/runas=.*$/runas="'$TOUSER'"/' "bashbot.rc"
chown -R "$TOUSER" . ./*
chmod 711 .
chmod -R o-w ./*
chmod -R u+w "${COUNTFILE}"* "${BLOCKEDFILE}"* "${DATADIR}" "${BOTADMIN}" logs "${LOGDIR}/"*.log 2>/dev/null
chmod -R o-r,o-w "${COUNTFILE}"* "${BLOCKEDFILE}"* "${DATADIR}" "${TOKENFILE}" "${BOTADMIN}" "${BOTACL}" 2>/dev/null
# jsshDB must writeable by owner
find . -name '*.jssh*' -exec chmod u+w \{\} +
echo "Done."
fi
# check if botconf if seems valid
echo -e "${GREEN}This is your bot config:${NC}"
sed 's/^/\t/' "${BOTCONFIG}.jssh" | grep -vF '["bot_config_key"]'
if [[ "$(getConfigKey "bottoken")" =~ ^[0-9]{8,10}:[a-zA-Z0-9_-]{35}$ && "$(getConfigKey "botadmin")" =~ ^[0-9]+$ ]]; then
echo -e "Bot config seems to be valid. Should I make a backup copy? (Y/n) Y\b\c"
read -r ANSWER
if [[ -z "${ANSWER}" || "${ANSWER}" =~ ^[^Nn] ]]; then
echo "Copy bot config to ${BOTCONFIG}.jssh.ok ..."
cp "${BOTCONFIG}.jssh" "${BOTCONFIG}.jssh.ok"
fi
else
echo -e "${ORANGE}Bot config may not complete, pls check.${NC}"
fi
# show result
ls -ld "${DATADIR}" "${LOGDIR}" ./*.jssh* ./*.sh 2>/dev/null
}
if ! _is_function send_message ; then
echo -e "${RED}ERROR: send_message is not available, did you deactivate ${MODULEDIR}/sendMessage.sh?${NC}"
exit 1
fi
JSONSHFILE="${BASHBOT_JSONSH:-${SCRIPTDIR}/JSON.sh/JSON.sh}"
[[ "${JSONSHFILE}" != *"/JSON.sh" ]] && echo -e "${RED}ERROR: \"${JSONSHFILE}\" ends not with \"JSONS.sh\".${NC}" && exit 3
if [ ! -f "${JSONSHFILE}" ]; then
echo "Seems to be first run, Downloading ${JSONSHFILE}..."
[ "${SCRIPTDIR}/JSON.sh/JSON.sh" = "${JSONSHFILE}" ] &&\
mkdir "${SCRIPTDIR}/JSON.sh" 2>/dev/null && chmod +w "${SCRIPTDIR}/JSON.sh"
getJson "https://cdn.jsdelivr.net/gh/dominictarr/JSON.sh/JSON.sh" >"${JSONSHFILE}"
chmod +x "${JSONSHFILE}"
fi
# source the script with source as param to use functions in other scripts
# do not execute if read from other scripts
if [ -z "${SOURCE}" ]; then
##############
# internal options only for use from bashbot and developers
case "${1}" in
# update botname botname when starting only
"botname"|"start"*)
ME="$(getBotName)"
if [ -n "${ME}" ]; then
# ok we have a connection an got botname, save it
[ -n "${CLEAR}" ] && echo -e "${GREY}Bottoken is valid ...${NC}"
jssh_updateKeyDB "botname" "${ME}" "${BOTCONFIG}"
rm -f "${BOTCONFIG}.jssh.flock"
else
echo -e "${GREY}Info: Can't get Botname from Telegram, try cached one ...${NC}"
ME="$(getConfigKey "botname")"
if [ -z "$ME" ]; then
echo -e "${RED}ERROR: No cached botname, can't continue! ...${NC}"
exit 1
fi
fi
[ -n "${CLEAR}" ] && printf "Bot Name: %s\n" "${ME}"
[ "$1" = "botname" ] && exit
;;&
# used to send output of background and interactive to chats
"outproc") # $2 chat_id $3 identifier of job, internal use only!
[ -z "$3" ] && echo "No job identifier" && exit 3
[ -z "$2" ] && echo "No chat to send to" && exit 3
ME="$(getConfigKey "botname")"
# read until terminated
while read -r line ;do
[ -n "$line" ] && send_message "$2" "$line"
done
# cleanup datadir, keep logfile if not empty
rm -f -r "${DATADIR:-.}/$3"
[ -s "${DATADIR:-.}/$3.log" ] || rm -f "${DATADIR:-.}/$3.log"
debug_checks "end outproc" "$@"
exit
;;
# finally starts the read update loop, internal use only1
"startbot" )
start_bot "$2"
debug_checks "end startbot" "$@"
exit
;;
# run after every update to update files and adjust permissions
"init")
bot_init "$2"
debug_checks "end init" "$@"
exit
;;
# print usage sats
"count") echo -e "${RED}Command ${GREY}count${RED} is deprecated, use ${GREY}stats{$RED}instead.${NC}";&
"stats")
ME="$(getConfigKey "botname")"
declare -A STATS
jssh_readDB_async "STATS" "${COUNTFILE}"
for MSG in ${!STATS[*]}
do
[[ ! "${MSG}" =~ ^[0-9-]*$ ]] && continue
(( USERS++ ))
done
for MSG in ${STATS[*]}
do
(( MESSAGES+=MSG ))
done
echo "A total of ${MESSAGES} messages from ${USERS} users are processed."
debug_checks "end $1" "$@"
exit
;;
# sedn message to all users
'broadcast')
ME="$(getConfigKey "botname")"
declare -A SENDALL
shift
jssh_readDB_async "SENDALL" "${COUNTFILE}"
echo -e "Sending broadcast message to all users of ${ME} \c"
for MSG in ${!SENDALL[*]}
do
[[ ! "${MSG}" =~ ^[0-9-]*$ ]] && continue
(( USERS++ ))
if [ -n "$*" ]; then
send_message "${MSG}" "$*"
echo -e ".\c"
sleep 0.1
fi
done
echo -e "\nMessage \"$*\" sent to ${USERS} users."
debug_checks "end $1" "$@"
exit
;;
# does what is says
"status")
ME="$(getConfigKey "botname")"
SESSION="${ME:-_bot}-startbot"
BOTPID="$(proclist "${SESSION}")"
if [ -n "${BOTPID}" ]; then
echo -e "${GREEN}Bot is running with UID ${RUNUSER}.${NC}"
exit
else
echo -e "${ORANGE}No Bot running with UID ${RUNUSER}.${NC}"
exit 5
fi
debug_checks "end status" "$@"
;;
# start bot as background jod and check if bot is running
"start")
# shellcheck disable=SC2086
SESSION="${ME:-_bot}-startbot"
BOTPID="$(proclist "${SESSION}")"
# shellcheck disable=SC2086
[ -n "${BOTPID}" ] && kill ${BOTPID}
nohup "$SCRIPT" "startbot" "$2" "${SESSION}" &>/dev/null &
printf "Session Name: %s\n" "${SESSION}"
sleep 1
if [ -n "$(proclist "${SESSION}")" ]; then
echo -e "${GREEN}Bot started successfully.${NC}"
else
echo -e "${RED}An error occurred while starting the bot.${NC}"
exit 5
fi
debug_checks "end start" "$@"
;;
# does what it says
"kill") echo -e "${RED}Command ${GREY}kill${RED} is deprecated, use ${GREY}stop{$RED}instead.${NC}";&
"stop")
ME="$(getConfigKey "botname")"
SESSION="${ME:-_bot}-startbot"
BOTPID="$(proclist "${SESSION}")"
if [ -n "${BOTPID}" ]; then
# shellcheck disable=SC2086
if kill ${BOTPID}; then
# inform botadmin about stop
ADMIN="$(getConfigKey "botadmin")"
[ -n "${ADMIN}" ] && send_normal_message "${ADMIN}" "Bot ${ME} stopped ..." &
echo -e "${GREEN}OK. Bot stopped successfully.${NC}"
else
echo -e "${RED}An error occurred while stopping bot.${NC}"
exit 5
fi
else
echo -e "${ORANGE}No Bot running with UID ${RUNUSER}.${NC}"
fi
debug_checks "end stop" "$@"
exit
;;
# suspend, resume or kill background jobs
"suspendb"*|"resumeb"*|"killb"*)
_is_function job_control || { echo -e "${RED}Module background is not available!${NC}"; exit 3; }
ME="$(getConfigKey "botname")"
job_control "$1"
debug_checks "end background $1" "$@"
;;
*)
echo -e "${RED}${REALME##*/}: unknown command${NC}"
echo -e "${RED}Available commands: ${GREY}${BOTCOMMANDS}${NC}" && exit
exit 4
;;
esac
# warn if root
if [[ "${UID}" -eq "0" ]] ; then
echo -e "\\n${ORANGE}WARNING: ${SCRIPT} was started as ROOT (UID 0)!${NC}"
echo -e "${ORANGE}You are at HIGH RISK when running a Telegram BOT with root privilegs!${NC}"
fi
fi # end source