swarm.print.text() { # MODE [ LEFT CENTER RIGHT]
	# This simply puts the text
	# according to MODE
		local fix_title=0
		local fix_header_r=0
		case ${1/-} in
			t)	MODE=title
				fix_title=16	;;
			h)	MODE=header
				fix_header_r=4	;;
			*)	MODE=basic	;;
		esac
		shift

		# Check if it is too short, if so, print fallback mode and return
		[[ ${COLUMNS} -lt 25 ]] && \
				$PRINTF "%s\n" "${@}" && \
				return 1

		# Make sure values are udpated
		swarm.update.geometry

		# Get the actual string
		local evalLeft=$($PRINTF "$1")
		local evalMiddle=$($PRINTF "$2")
		local evalRight=$($PRINTF "$3")

		# Retrieve their length
		local lenEvalLeft=${#evalLeft}
		local lenEvalMiddle=${#evalMiddle}
		local lenEvalRight=${#evalRight}

		# Output
		case ${#@} in
		0)	# Nothing to print
			$PRINTF "${posLEFT}"
			;;
		1)	# Just left oriented
			$PRINTF "${posLEFT}$1"
			#return
			;;
		2)	# 2nd arg is right oriented
			$PRINTF "${posLEFT}$1"
			local posRIGHT="\33[$(( $numEND - $lenMiddle - ${lenEvalMiddle} - 1 + $fix_header_r ))G"
			$PRINTF "${posRIGHT}$2"
			#return
			;;
		3)	# Default handling
			local posMIDDLE="\33[$(( $numHALF - $(( ${#2} / 2 ))  + $fix_title ))G"
			local posRIGHT="\33[$(( $numEND - $lenRight - ${lenEvalRight} - 1 + $fix_header_r ))G"
			$PRINTF "${posLEFT}$1"
			$PRINTF "${posMIDDLE}$2"
			$PRINTF "${posRIGHT}$3"
			;;
		esac

		$PRINTF "${posEND}"
	}
	printe() { # STR1 STR2 STR3
	# Simply prints the strings as passed, it requires 3 strings to use the center
	# For piping, it expects 3 lines, each representing 1 variable
		#set -x
		local MODE="none"
		# Get args
		case "$1" in
		"-1"|"-2")	MODE="${1/-}"
					shift
					;;
		*)			MODE="normal"
					;;
		esac
		# Get arg number if not forced yet
		[[ "normal" == "$MODE" ]] && [[ "-" != "$1" ]] && [[ "--" != "$1" ]] && MODE=${#@}
		# Get pipe?
		case "$1" in
		"--"|"-")
				case "$MODE" in
					"2")
						# Read pipe, expect 2 lines
						while read LEFT
						do
							read RIGHT
							printe "$LEFT" "" "$RIGHT"
						done
						return
						;;
					"1")
						# Read pipe, expect 1 lines
						while read LEFT
						do
							printe "$LEFT"
						done
						return
						;;
					*)
						# Read pipe, expect 3 lines (default)
						while read LEFT
						do
							read CENTER; read RIGHT
							printe "$LEFT" "$CENTER" "$RIGHT"
						done
						return
						;;
					esac
				;;
		esac
		#set +x
		case "$MODE" in
			"0")
				swarm.print.border -e
				swarm.print.text -e "" "" ""
				;;
			"1")
				swarm.print.border -e
				swarm.print.text -e "$1" "" ""
				;;
			"2")
				swarm.print.border -e
				swarm.print.text -e "$1" "" "$2"
				;;
			"3")
				swarm.print.border -e
				swarm.print.text -e "$1" "$2" "$3"
				;;
		esac
		$PRINTF "$posEND\n"
	}

	swarm.eu.function.list() { # [FILE]
	# Prints a list of properly declared functions
	# Please see: ./docs/{MANUAL,SYNTAX}.md)
		local tmp_list=""
		local tmp_oldpwd="${PWD:-$($PWD_EXEC)}"

		if [[ -n "$1" ]] && [[ -f "$1" ]]
		then	# There is a specific file passed to parse
				cd "$SWARM_DIR_LIBS"
				$GREP "() { #" "$1"| \
					$GREP -v GREP | \
					$AWK -v FS='() ' '{print $1}' | \
					$SED s,'()','',g
				cd "$tmp_oldpwd"
		else	# Just parse all files in SWARM_DIR_LIBS
				raw_output() {
					(
						cd "$SWARM_DIR_LIBS"
						$GREP init.*"() {" * | $GREP -v GREP
						$GREP cfg.*"() {" * | $GREP -v GREP
						$GREP swarm.*"() {" * | $GREP -v GREP
						cd "$tmp_oldpwd"
					) | while IFS=": " read one two three
					do
						# The IFS takes care of the GREP filenames
						# and this variable-regex takes care of the function definition
						echo "${two/()}"
					done
				}
				# Show data
				raw_output | sort -u
				unset -f raw_output
		fi
	}
	swarm.eu.function.show() { # MODE [FILE] FUNCTIONNAME		## MODE= --text || --code
	# Prints either these 2 comment lines or the code
	# Please see: ./docs/{MANUAL,SYNTAX}.md)
		#
		# Vars
		#
			local tmp_oldpwd="${PWD:-$($PWD_EXEC)}"
			local GREP_OPTS=""
		#
		# Check for args
		#
			local MODE=none
			case "$1" in
				"--text")
					MODE=text
					shift
					;;
				"--code")
					MODE=code
					shift
					;;
				*)
					MODE=text
					#return 1
					;;
			esac
			[[ -f "$1" ]] && \
				local curFILE="$1" && shift || \
				local curFILE=""
		#
		# Code
		#
			# Prepare command
			case "$MODE" in
				"text")
					GREP_OPTS="-h -a2  ${1}"
					cd "$SWARM_DIR_LIBS"
					# This is just to reduce unrequired disk usage
					[[ -n "$curFILE" ]] && \
						$GREP $GREP_OPTS "$curFILE"|| \
						$GREP $GREP_OPTS *
					cd "$tmp_oldpwd"
					;;
				"code")
					type "$1"
					;;
			esac
	}