#!/bin/bash
#######################################################
#
#        File: mycommands.sh.clean
#
# copy to mycommands.sh and add all your commands and functions here ...
#
#       Usage: will be executed when a bot command is received 
#
#     License: WTFPLv2 http://www.wtfpl.net/txt/copying/
#      Author: KayM (gnadelwartz), kay@rrr.de
#
#### $$VERSION$$ v1.35-dev-26-gb45efa3
#######################################################
# shellcheck disable=SC1117

####################
# Config has moved to bashbot.conf
# shellcheck source=./commands.sh
[ -r "${BASHBOT_ETC:-.}/mycommands.conf" ] && source "${BASHBOT_ETC:-.}/mycommands.conf"  "$1"


##################
# lets's go
if [ "$1" = "startbot" ];then
    ###################
    # this section is processed on startup

    # run once after startup when the first message is received
    my_startup(){
	:
    }
    touch .mystartup
else
    # call my_startup on first message after startup
    # things to do only once
    [ -f .mystartup ] && rm -f .mystartup && _exec_if_function my_startup

    #############################
    # your own bashbot commands
    # NOTE: command can have @botname attached, you must add * to case tests...
    mycommands() {

	##############
	# a service Message was received
	# add your own stuff here
	if [ -n "${SERVICE}" ]; then
		# example: delete every service message
		if [ "${SILENCER}" = "yes" ]; then
			delete_message "${CHAT[ID]}" "${MESSAGE[ID]}"
		fi
	fi

	# remove keyboard if you use keyboards
	[ -n "${REMOVEKEYBOARD}" ] && remove_keyboard "${CHAT[ID]}" &
	[[ -n "${REMOVEKEYBOARD_PRIVATE}" &&  "${CHAT[ID]}" == "${USER[ID]}" ]] && remove_keyboard "${CHAT[ID]}" &

	# uncommet to fix first letter upper case because of smartphone auto correction
	#[[ "${MESSAGE}" =~  ^/[[:upper:]] ]] && MESSAGE="${MESSAGE:0:1}$(tr '[:upper:]' '[:lower:]' <<<"${MESSAGE:1:1}")${MESSAGE:2}"
	case "${MESSAGE}" in
		##################
		# example command, replace them by your own
		'/echo'*) # example echo command
			send_normal_message "${CHAT[ID]}" "${MESSAGE}"
			;;

		##########
		# command overwrite examples
		# return 0 -> run default command afterwards
		# return 1 -> skip possible default commands
		'/info'*) # output date in front of regular info
			send_normal_message "${CHAT[ID]}" "$(date)"
			return 0
			;;
		'/kickme'*) # this will replace the /kickme command
			send_markdownv2_mesage "${CHAT[ID]}" "This bot will *not* kick you!"
			return 1
			;;
	esac
     }

     mycallbacks() {
	#######################
	# callbacks from buttons attached to messages will be  processed here
	case "${iBUTTON[USER_ID]}+${iBUTTON[CHAT_ID]}" in
	    *)	# all other callbacks are processed here
		local callback_answer
		: # your processing here ...
		:
		# Telegram needs an ack each callback query, default empty
		answer_callback_query "${iBUTTON[ID]}" "${callback_answer}"
		;;
	esac
     }
     myinlines() {
	#######################
	# this fuinction is called only if you has set INLINE=1 !!
	# shellcheck disable=SC2128
	iQUERY="${iQUERY,,}"

	
	case "${iQUERY}" in
		##################
		# example inline command, replace it by your own
		"image "*) # search images with yahoo
			local search="${iQUERY#* }"
			answer_inline_multi "${iQUERY[ID]}" "$(my_image_search "${search}")"
			;;
	esac
     }

    #####################
    # place your processing functions here

    # example inline processing function, not really useful
    # $1 search parameter
    my_image_search(){
	local image result sep="" count="1"
	result="$(wget --user-agent 'Mozilla/5.0' -qO - "https://images.search.yahoo.com/search/images?p=$1" |  sed 's/</\n</g' | grep "<img src=")"
	while read -r image; do
		[ "${count}" -gt "20" ] && break
		image="${image#* src=\'}"; image="${image%%&pid=*}"
		[[ "${image}" = *"src="* ]] && continue
		printf "%s\n" "${sep}"; inline_query_compose "${RANDOM}" "photo" "${image}"; sep=","
		count=$(( count + 1 ))
	done <<<"${result}"
    }

fi