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                    GNU GENERAL PUBLIC LICENSE
                       Version 3, 29 June 2007
 Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
 Everyone is permitted to copy and distribute verbatim copies
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                            Preamble
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            How to Apply These Terms to Your New Programs
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 Also add information on how to contact you by electronic and paper mail.
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 The hypothetical commands `show w' and `show c' should show the appropriate
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 For more information on this, and how to apply and follow the GNU GPL, see
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  The GNU General Public License does not permit incorporating your program
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 may consider it more useful to permit linking proprietary applications with
 the library.  If this is what you want to do, use the GNU Lesser General
 Public License instead of this License.  But first, please read
 <http://www.gnu.org/philosophy/why-not-lgpl.html>.
--- a/31
+++ b/31
@ -0,0 +1,31 @@
 pkgname=bunc
 pkgver=0.1
 pkgrel=1
 pkgdesc="A functional bash library"
 arch=(any)
 changelog=CHANGELOG.md
 license=('GPLv3')
 depends=()
 makedepends=('git')
 source=(
 	"${pkgname}::git+https://github.com/ayakael/${pkgname}.git"
 )
 sha256sums=(
 	"SKIP"
 )
 prepare(){
 	cd ${srcdir}/${pkgname}
 	git checkout ${pkgver}
 }
 build(){
    cd ${srcdir}/bunc
    ./build.sh
 }
 package() {
 	# Install the library
  	install -Dm644 "${srcdir}/bunc/bunc" "${pkgdir}/usr/lib/bash/bunc"
 }
--- a/README.md
+++ b/README.md
@ -1,22 +0,0 @@
 # bunc 
 &copy; 2017 Antoine Martin \<antoine.martin@protonmail.com\>, provided under GNU General Public License v3.0.
 A set of bash functions
 ## _msg
 Messaging framework for scripts.
 ## _if functions
 Set of if functions to make life easier
 * _if_array_contains	True if variable exists in array as element
 * _if_is_integer	True is variable is integer. Can be multiple
 * _if_is_defined	True if variable is defined (Not working)
 * _if_has_value		True if variable has non-zero value (Not working)
 ## _ansi
 Sets terminal properties such as cursor position and text color using ANSI
 escape sequences.
 ## _cfg
 Reads and writes config files delimited by tabs, like fstab, using aw.
--- a/build.sh
+++ b/build.sh
@ -1,9 +0,0 @@
 #!/bin/bash
 EXEC=bunc
 echo -e "#!/bin/bash\n" > ${EXEC}
 for file in $(find src/ -type f); do
    awk '!/^ *#/ && NF' ${file} >> ${EXEC}
 done
--- a/src/ansi.sh
+++ b/src/ansi.sh
@ -1,188 +0,0 @@
 #!/bin/bash
 # doc ansi {
 #
 # NAME
 #   ansi
 # 
 # DESCRIPTION
 #   Sets terminal properties such as cursor position and text color.
 # 
 # USAGE
 #   _ansi <command> [<arg>]
 # 
 # COMMAND
 #   lt <unit>
 #       Moves cursor left
 #
 #   dn <unit>
 #       Moves cursor down
 #
 #   up <unit>
 #       Moves cursor up
 #
 #   rt <unit>
 #       Moves cursor right
 #
 #   mc <column>;<line>
 #       Moves cursor to <column> and <line>
 #
 #   sc
 #       Saves cursor position
 #
 #   rc
 #       Restores cursor position
 #
 #   cl
 #       Clears the line
 #
 #   cs
 #       Clears the screen
 #
 #   fg <color>
 #       Sets foreground to defined color
 #
 #   bf <color>
 #       Sets foreground to bold and defined color
 #
 #   bg <color>
 #       Sets background to defined color
 #
 #   rs
 #       Resets text to terminal default
 #
 # COLORS
 #   blk
 #       Color black
 #
 #   red
 #       Color red
 #
 #   grn
 #       Color green
 #
 #   yel
 #       Color yellow
 #
 #   blu
 #       Color blue
 #
 #   mag
 #       Color magenta
 #
 #   cyn
 #       Color cyan
 #
 #   gry
 #       Color grey
 #
 # }
 _cmd_to_ansi() {
    local CMD="${1}"; shift
    local cmdoptArray=("${@}")
    local ansiArray=(A B C D H s u K 2J m)
    for no in {0..12}; do
        if [ "${CMD}" == "${cmdoptArray[${no}]}" ]; then
            [[ ${no} -ge 9 ]] && local no=9
            echo ${ansiArray[${no}]}
        fi
    done
 }
 _color_to_ansi() {
    local COL=${1}; shift
    local coloptArray=(${@})
    for no in {0..7}; do
        if [ "${COL}" == "${coloptArray[${no}]}" ]; then
            echo $(( ${no} + 30 ))
        fi
    done 
 }
 _arg_to_ansi() {
    local CMD=${1}; shift
    local ARG=${1}; shift
    local coloptArray=(${@})
    if [ "${CMD}" == "bf" ]; then
        echo "1;$(_color_to_ansi ${ARG} ${coloptArray[@]})" 
    elif [ "${CMD}" == "fg" ]; then
        echo "$(_color_to_ansi ${ARG} ${coloptArray[@]})"
    elif [ "${CMD}" == "bg" ]; then
        echo "$(( $(_color_to_ansi ${ARG} ${coloptArray[@]}) + 10 ))"
    elif [ "${CMD}" == "rs" ]; then
        echo "0"
    else
        echo "${ARG}"
    fi
 }
 _ansi() {
    local CMD=${1}
    local ARG=${2}
    # Possible input arrays
    # All commands
    local cmdoptArray=(up dn rt lt mc sc rc cl cs fg bf bg rs)
    # No argument commands
    local cmdopt_noargArray=(sc rc cl cs rs)
    # One argument commands
    local cmdopt_intArray=(lt dn up rtc)
    # Coord only array
    local cmdopt_coordArray=(mc)
    # Color only commands
    local cmdopt_colorArray=(fg bf bg)
    # All colors
    local coloptArray=(blk red grn yel blu mag cyn gry)
    # cmd content sanity
    if [ -z ${CMD+x} ]; then
        _msg ECHO "_ansi(): Command not defined"
    elif ! _if_array_contains ${CMD} ${cmdoptArray[@]}; then
        _msg ECHO "_ansi(): ${CMD} not a command"
    fi
    # arg quantity sanity
    # no arg commands
    if _if_array_contains ${CMD} ${cmdopt_noargArray[@]}; then
        if [ -z ${ARG+x} ]; then
            _msg ECHO "_ansi(): ${CMD} expected no arguments"
            return 1
        fi
    # 1 arg commands
    elif _if_array_contains ${CMD} ${cmdopt_1argArray[@]}; then
        if [ -z ${ARG+x} ]; then
            _msg ECHO "_ansi(): ${CMD} expected 1 argument"
            return 1
        fi
    # arg content sanity
    # integer commands
    elif _if_array_contains ${CMD} ${cmdopt_intArray[@]}; then
        if ! _if_is_integer ${ARG}; then
            _msg ECHO "_ansi(): ${CMD} expected integer as argument"
            return 1
        fi
    # coord commands
    elif _if_array_contains ${CMD} ${cmdopt_coordArray[@]}; then
        if ! _if_integer $(echo ${ARG} | sed 's|;| |'); then
            _msg ECHO "_ansi(): ${CMD} expected integers as argument"
        fi
    # color commands
    elif _if_array_contains ${CMD} ${cmdopt_colorArray[@]}; then
        if ! _if_array_contains ${ARG} ${coloptArray[@]}; then
            _msg ECHO "_ansi(): ${CMD} expected argument to match ${coloptArray[@]}"
            return 1
        fi
    fi
    echo -e "\033[$(_arg_to_ansi ${CMD} ${ARG} ${coloptArray[@]})$(_cmd_to_ansi ${CMD} ${cmdoptArray[@]})" 
 }
--- a/src/cfg.sh
+++ b/src/cfg.sh
@ -1,199 +0,0 @@
 #!/bin/bash
 # doc cfg {
 #
 # NAME
 #   cfg
 # 
 # DESCRIPTION
 #   Reads and writes config files delimited by tabs, like fstab, using awk.
 # 
 # USAGE
 #  _cfg <file> <command> <arg> 
 #
 # COMMANDS
 #
 #   create <column-names>
 #       Creates config file and assigns <column-names>.
 #
 #   print <column-name> <row-no>
 #       Prints value from <column-name> and <row-no>.  
 # 
 #   change <column-name> <row-no> <value> 
 #       Assigns new <value> to <column-name> and <row-no>.
 #
 #   drop <row|column} {no|name}
 #       Drops <row-no> or <column-name>.
 #
 #   insert <row|column> <value(s)>
 #       Inserts new row or column. Number of row values must match number of columns.
 #
 #   query <conditional>
 #       Queries which <row-no(s)> fits the <conditional>.
 #   
 #
 # CONDITIONALS
 #   
 #   
 #    
 # EXIT VALUES
 #   0   Success
 #   1   Syntax or usage error
 #   2   File not found
 #   3   File already present
 #   4   Row or column not found
 #   5   Row or column already has value
 #
 # }
 _cfg_column_to_nf() {
    # Argument parser and sanity check
    [[ $# != 2 ]] && { _msg ECHO "_cfg_column_to_nf(): Expected 2 arguments"; return 1; }
    local FILE="${1}"
    local COLUMN=${2}
    # Queries list of columns
    local columnList=(all $(awk 'BEGIN {FS="\t"; OFS="\t"}; {if (NR == 1 ) {print $0}}' ${FILE}))
    # Checks if queried ${COLUMN} exists
     if ! _if_array_contains ${COLUMN} ${columnList[@]}; then
        _msg ECHO "_cfg_column_to_nf(): Column does not exist"
        return 1
    else
        # Finds what NF is associated with ${COLUMN}
        local COUNT=0
        for column in ${columnList[@]}; do
            [[ "${COLUMN}" == "${column}" ]] && echo "${COUNT}"
            local COUNT=$(( ${COUNT} + 1 ))
        done
        return 0
    fi
 }
 _cfg_tmp_file() {
    local FILE="${1}"
    echo -n "$(dirname ${FILE})/.$(basename ${FILE})"
 }
 _cfg_create() {
    # Argument parser and sanity check
    [[ $# -lt 2 ]] && { _msg ECHO "_cfg_create(): Expected at least 2 arguments"; return 1; }
    local FILE="${1}"; shift
    local colList=(${@})
    # Creates config file
    printf "%s\t" ${colList[@]} | awk 'BEGIN{OFS="\t";} {printf "%s\n",$0}'  >> ${FILE}
 }
 _cfg_print() {
    # Argument parser and sanity check
    [[ $# != 3 ]] && { _msg ECHO "_cfg_print(): Expected 3 arguments"; return 1; }
    local FILE="${1}"
    local COLUMN=${2}
    local ROW=${3}
    # Prints row of ${_CFG_PATH}
    awk 'BEGIN {OFS="\t"}; {if (NR == '${ROW}') {print $'$(_cfg_column_to_nf ${COLUMN})'}}' "${FILE}"
 }
 _cfg_change() {
    # Argument parser and sanity check    
    [[ $# != 4 ]] && { _msg ECHO "_cfg_change(): Expected 4 arguments"; return 1; }
    local FILE="${1}"
    local COLUMN=${2}
    local ROW=${3}
    local VALUE=${4}
    local TMP_FILE=$(_cfg_tmp_file ${FILE})
    local COLUMN_NO=$(_cfg_column_to_nf ${COLUMN})
    _if_is_integer ${ROW} || { _msg ECHO "_cfg_change(): Expected integer"; return 1; }
    [[ ${ROW} > $(awk 'BEGIN{FS="\t"; OFS="\t"}; {print NR}' ${_CFG_PATH} | wc -l) ]] && { _msg ECHO "_cfg_change(): Row ${ROW} does not exist"; return 1; }
    # Writes new version of file
    awk 'BEGIN {OFS="\t"}; {if (NR == '${ROW}') {$'${COLUMN_NO}'="'${VALUE}'"} {print $0}}' "${FILE}" > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
 }
 _cfg_drop() {
    # Argument parser and sanity check
    [[ $# != 3 ]] && { _msg ECHO "_cfg_drop(): Expected 3 arguments"; return 1; }
    local SUBCMD=${1}; shift
    _if_array_contains ${SUBCMD} row column || { _msg ECHO "_cfg_drop(): Expected 'row' or 'column' as subcommand"; return 1; }
    # Dispatcher
    eval _cfg_drop_${SUBCMD} ${@}
 }
 _cfg_drop_row() {
    # Argument parser and sanity check
    local FILE="${1}"
    local TMP_FILE="$(_cfg_tmp_file ${FILE})"
    local ROW=${2}
    [[ ${ROW} > $(awk 'BEGIN {FS="\t"; OFS="\t"}; {print NR}' ${FILE} | wc -l) ]] && { _msg ECHO "_cfg_drop_row(): Row ${ROW} does not exist"; return 1; }
    # Writes new version of file
    awk 'BEGIN {OFS="\t"}; {if (NR != '${ROW}') {print $0}}' ${FILE} > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
 }
 _cfg_drop_column() {
    local FILE="${1}"
    local TMP_FILE="$(_cfg_tmp_file ${FILE})"
    local COLUMN=${2}
    local NF=$(_cfg_column_to_nf "${COLUMN}")
    # Writes new version of file
    awk 'BEGIN {OFS="\t"}; $'${NF}'="";1' ${FILE} > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
 }
 _cfg_insert() {
    # Argument parser and sanity check
    local SUBCMD=${1}; shift
    _if_array_contains ${SUBCMD} row column || { _msg ECHO "_cfg_insert(): Expected 'row' or 'column' as subcommand"; return 1; }
    # Dispatcher
    eval _cfg_insert_${SUBCMD} ${@}
 }
 _cfg_insert_column() {
    [[ $# != 1 ]] && { _msg ECHO "_cfg_insert_column(): Expected 1 argument"; return 1; }
    # Argument parser and sanity check
    local FILE="${1}"
    local TMP_FILE="$(_cfg_tmp_file ${FILE})"
    local VALUE=${2}
    local NX_COLUMN=$(( $(awk 'BEGIN{OFS="\t"}; {if (NR == 1) {print NF}}' ${FILE}) + 1 ))
    # Write new version of header into file
    awk 'BEGIN {OFS="\t"}; {if (NR == 1) {$'${NX_COLUMN}'="'${VALUE}'"} {print $0}}' "${FILE}" > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
 }
 _cfg_insert_row() {
    [[ -z ${1+x} ]] && { _msg ECHO "_cfg_insert_row(): Expected at least 1 argument"; return 1; }
    # Argument parser and sanity check
    local FILE="${1}"; shift
    local valueList=(${@})
    local COLUMN_NO=$(awk 'BEGIN{OFS="\t"}; {if (NR == 1) {print NF}}' ${FILE})
    [[ "${#valueList[@]}" != "${COLUMN_NO}" ]] && { _msg ECHO "_cfg_insert_row(): Number of arguments must be equal to ${COLUMN_NO}"; return 1; }
    # Write row into file
    printf "%s\t" ${valueList[@]} | awk 'BEGIN{OFS="\t";} {printf "%s\n",$0}' >> ${FILE}
 }
 _cfg_query() {
    # Argument parser and sanity check
    local FILE="${1}"
    local CONDITION="${2}"
    awk 'BEGIN {FS="\t"; OFS="\t"}; {if ('${CONDITION}') {print NR}}' "${FILE}"
 }
 _cfg() {
    # Sanity check and command parser
    [[ -z ${1+x} ]] && { _msg ECHO "_cfg(): Expected command"; return 1; }
    local cmdList="(set-file create print change drop insert query)"
    local CMD=${1}; shift
    _if_array_contains ${CMD} ${cmdList[@]} || { _msg ECHO "_cfg(): Command specified not valid"; return 1; }
    # Dispatcher
    eval _cfg_$(sed 's|-|_|' <<<"${CMD}") ${@}
 }
--- a/src/if.sh
+++ b/src/if.sh
@ -1,57 +0,0 @@
 #!/bin/bash
 # doc if {
 #
 # NAME
 #   if
 # 
 # DESCRIPTION
 #   A collection of special if functions
 # 
 # USAGE
 #  <function> <arg>
 #
 # FUNCTIONS
 #   _array_contains <var>" "<Array[@]>"
 #       Checks if variable exists in array 
 # 
 #   _is_integer <var>
 #       Checks if variable is integer
 # EXIT VALUES
 #   0    Check succesful
 #   1    Check failed
 #
 # }
 _if_array_contains() {
    local i=${1}; shift
    local eArray=(${@})
    for e in ${eArray[@]}; do
        [[ "${e}" = "${i}" ]] && return 0
    done 
    return 1 
 }
 _if_is_integer () {
    local iArray=(${@})
    for i in ${iArray[@]}; do [[ ${i} =~ ^-?[0-9]+$ ]] && return 0; done
    return 1
 }
 _if_is_defined () {
   [[ ! ${!1} && ${!1-_} ]] && {
        echo "$1 is not set, aborting." >&2
        exit 1
    }
 }
 _if_has_value () {
    if is_defined $1; then
        if [[ -n ${!1} ]]; then
            return 0
        fi
    fi
    return 1
 }
--- a/src/msg.sh
+++ b/src/msg.sh
@ -1,104 +0,0 @@
 #!/bin/bash
 # doc msg {
 #
 # NAME
 #   msg
 # 
 # DESCRIPTION
 #   Messaging framework for scripts
 # 
 # USAGE
 #   _msg <command> <arg>
 # 
 # COMMAND
 #   INDENT +/-<unit>
 #       Indents string.
 #
 #   EXEC <message>
 #       Prints EXEC line with message
 #
 #   OK <lines>
 #       Updates the status of an EXEC message to OK. Set <lines> when the EXEC
 #       status is higher than directly above the current line.
 #
 #   WARN <message> <lines>
 #       Updates the status of an EXEC message to WARN, a non-fatal error. If the
 #       output to the warning command redirects to ${STDERR}. it will be
 #       outputted. Set <lines> when the EXEC line is higher than directly
 #       above the current line.
 #
 #   FAIL <message> <lines>
 #       Updates the status to an EXEC message to FAIL, a fatal error. If the
 #       output to the failed command redirects to ${STDERR}, it will be
 #       outputted. The bail() function will then be executed, which defaults to
 #       returning with an exit code 1, than exits. Set <lines> when the EXEC line 
 #       is higher than directly above the current line.
 #
 #   ECHO <message>
 #       Prints a normal message
 # }
 STDERR=$(mktemp ${_OPT_TMP}/STDERR.XXXXXXXXXX)
 INDENT=0
 bail() {
    return 1
    exit
 }
 _msg(){
 		if [ ${1} = "INDENT" ]; then
 			if [ -z "${1}" ]; then
 				INDENT="0"
 			else
 				shift
 				INDENT=$((${INDENT} ${1} *6 ))
 			fi
 		elif [ ${1} = "EXEC" ]; then
 			shift
 			echo -en "$(_ansi rt "${INDENT}") [      ] ${1}\n"
 		elif [ ${1} = "OK" ]; then
 			if [ -z "${2}" ]; then
 				HEIGHT=1
 			else
 				HEIGHT=$(( ${2} + 1))
 			fi
 			echo -en "$(_ansi up "${HEIGHT}")$(_ansi rt "${INDENT}") [$(_ansi bf grn)  OK  $(_ansi rs)]$(_ansi lt 100)$(_ansi dn "${HEIGHT}")"
 		elif [ ${1} = "WARN" ]; then
 			shift;
 			if [ -z "${2}" ]; then
 				HEIGHT=1
 			else
 				HEIGHT=$(( ${2} + 1))
 			fi
 			echo -en "$(_ansi up "${HEIGHT}")$(_ansi rt "${INDENT}") [$(_ansi bf yel) WARN $(_ansi rs)]"
 			echo -en "\n$(_ansi rt "${INDENT}") [>>>>>>] ${1} \n"
 			if [ -n "${STDERR}" ]; then
 				cat ${STDERR}
 			fi
 			rm ${STDERR}
 			STDERR=$(mktemp ${_OPT_TMP}/STDERR.XXXXXXXXXX)
 			echo -en "$(_ansi lt 100)$(_ansi dn "${HEIGHT}")"
 		elif [ ${1} = "FAIL" ]; then
 			shift;
 			if [ -z "${2}" ]; then
 				HEIGHT=1
 			else
 				HEIGHT=$(( ${2} + 1))
 			fi
 			echo -en "$(_ansi up "${HEIGHT}")$(_ansi rt "${INDENT}") [$(_ansi bf red) FAIL $(_ansi rs)]"
 			echo -en "\n$(_ansi rt "${INDENT}") [>>>>>>] ${1} \n"
 			if [ -n "${STDERR}" ]; then
 				cat ${STDERR}
 			fi
 			rm ${STDERR}
 			STDERR=$(mktemp ${_OPT_TMP}/STDERR.XXXXXXXXXX)
 			echo -en "$(_ansi lt 100)$(_ansi dn "${HEIGHT}")"
 			bail
 		elif [ ${1} = "ECHO" ]; then
 			shift
 			echo -e "$(_ansi rt "${INDENT}") [======] ${1}"
 		fi
 	}
 # vim: filetype=bash
--- a/test/bui
+++ b/test/bui
@ -1,4 +0,0 @@
 echorm ${EXEC}
 -e  "#!/bin/bash\n" > ${EXEC}
 1Oautomatically escape when changing lines vim
 2
--- a/test/test-ansi.sh
+++ b/test/test-ansi.sh
@ -1,109 +0,0 @@
 #!/bin/bash
 clean() {
 	exit
 }
 source ../lib/msg.sh
 source ../lib/ansi.sh
 source ../lib/if.sh
 # Possible input arrays
 # All commands
 cmdArray=(lt dn up rt mc sc rc cl cs fg bf bg rs)
 # No argument commands
 cmdopt_noargArray=(sc rc cl cs rs)
 # One argument commands
 cmdopt_intArray=(lt dn up rtc)
 # Coord only array
 cmdopt_coordArray=(mc)
 # Color only commands
 cmdopt_colorArray=(fg bf bg)
 # All colors
 coloptArray=(blk red grn yel blu mag cyn gry)
 _test_cmd_to_ansi() {
    _msg EXEC "Testing _cmd_to_ansi function"
    cmdArray=(lt dn up rt mc sc rc cl cs fg bf bg rs)
    resultArray=(A B C D H s u K 2J m m m m)
    for no in {0..12}; do
        if ! [ "$(_cmd_to_ansi ${cmdArray[${no}]} ${cmdArray[@]})" == "${resultArray[${no}]}" ]; then 
            _cmd_to_ansi ${cmdArray[${no}]} ${cmdArray[@]} > ${STDERR} 
            _msg FAIL
        fi
    done
    _msg OK
 }
 _test_color_to_ansi() {
    _msg EXEC "Testing _color_to_ansi function"
    cmdArray=(blk red grn yel blu mag cyn gry)
    resultArray=(30 31 32 33 34 35 36 37)
    for no in {0..7}; do
        if ! [ "$(_color_to_ansi ${cmdArray[${no}]} ${cmdArray[@]})" == "${resultArray[${no}]}" ]; then 
            _color_to_ansi ${cmdArray[${no}]} ${cmdArray[@]} > ${STDERR} 
            _msg FAIL
        fi
    done
    _msg OK
 }
 _test_arg_to_ansi() {
    _msg EXEC "Testing _arg_to_ansi"
    cmdArray=(fg bf bg up mc rs)
    argArray=(red red red 2 '4:2' ' ')
    coloptArray=(blk red grn yel blu mag cyn gry)
    resultArray=(31 '1;31' 41 2 '4:2' '0')
    for no in {0..5}; do
        if ! [ "$(_arg_to_ansi ${cmdArray[${no}]} ${argArray[${no}]} ${coloptArray[@]})" == "${resultArray[${no}]}" ]; then
            _arg_to_ansi ${cmdArray[${no}]} ${argArray[${no}]} ${coloptArray[@]} > ${STDERR}
            _msg FAIL
        fi
    done
    _msg OK
 }
 _test_ansi_color() {
    cmdArray=(fg bf bg)
    coloptArray=(blk red grn yel blu mag cyn gry)
    resultArray=('\033[30m' '\033[31m' '\033[32m' '\033[1;33m' '\033[1;34m' '\033[1;35m')
    for cmd in ${cmdArray[@]}; do
        for col in ${coloptArray[@]}; do
            echo "Testing _color $(_ansi ${cmd} ${col})${cmd} ${col}"
        done
    done
 }
 _msg ECHO "Begin ansi.sh test"
 _test_cmd_to_ansi
 _test_color_to_ansi
 _test_arg_to_ansi
 _test_ansi_color
 #_msg ECHO "Testing relative cursor commands"
 #_msg INDENT +1
 #for cmd in lt dn up rt; do
 #    _msg ECHO "Testing ${cmd}"    
 #    _msg EXEC "Testing sanity check for ${CMD} set at 0 units"
 #    if $(_ansi ${cmd} 0 >${STDERR} 2>&1); then
 #        _msg OK  
 #    else
 #       _msg FAIL
 #    fi
 #    _msg EXEC "Testing sanity check for ${CMD} set at no args"
 #    if ! $(_ansi ${cmd} >${STDERR} 2>&1) ;then
 #        _msg OK
 #    else
 #        _msg FAIL
 #    fi
 #
 #    _msg EXEC "Testing cursor change for ${CMD} set at 5 units"
 #    _ansi ${cmd} 5
 #done
 #for cmd in fg bfg bg; do
 #    for col in blk red grn yel blu mag cyn gry; do
 #        echo "Testing _color $(_ansi ${cmd} ${col})${cmd} ${col}$(_ansi rs)"
 #    done
 #done
 _msg ECHO "End color.sh test"
--- a/test/test-cfg.sh
+++ b/test/test-cfg.sh
@ -1,146 +0,0 @@
 #!/bin/bash
 source ../srv/if.sh
 source ../src/ansi.sh
 source ../src/msg.sh
 source ../src/cfg.sh
 TMP=/tmp
 FILE=${TMP}/cfg.db
 TMP_FILE=${TMP}/.cfg.db
 testcolList=(COL1 COL2 COL3 COL4 COL5)
 # cfg test
 bail() {
    cat ${TMP}/test.cfg
    rm ${TMP}/test.cfg
    exit 1 
 }
 _test_cfg_create() {
    _msg EXEC "Testing _cfg_create()"
    local CMD="_cfg_create ${FILE} ${testcolList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_create(): Error in function execution"; }
    local FC_OUTPUT="$(cat ${TMP}/test.cfg)"
    local EX_OUTPUT="$(printf '%s\t' ${testcolList[@]})"
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_create(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; } 
    _msg OK
 }
 _test_cfg_column_to_nf() {
    _msg EXEC "Testing _cfg_column_to_nf()"
    local argList=(${FILE} all ${testcolList[@]})
    _cfg_column_to_nf ${argList[1]} >${STDERR} 2>&1 || { _msg FAIL "test_cfg_column_to_nf(): Error in function execution"; }
    for no in {0..5}; do
        local FC_OUTPUT="$(_cfg_column_to_nf ${argList[${no}]})"
        local EX_OUTPUT="${no}"
        [[ ${FC_OUTPUT} -ne ${EX_OUTPUT} ]] && { _msg FAIL "_test_cfg_column_to_nf(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
    done
    _msg OK
 }
 _test_cfg_print() {
    _msg EXEC "Testing _cfg_print()"
    local argList=(${FILE} all 1)
    local CMD="_cfg_print ${argList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_print(): Error in function execution"; }
    local FC_OUTPUT="$(eval ${CMD})"
    local EX_OUTPUT="$(printf '%s\t' ${testcolList[@]})"
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_print(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
    _msg OK
 }
 _test_cfg_insert_row() {
    _msg EXEC "Testing _cfg_insert_row()"
    local argList=(${FILE} EL1 EL2 EL3 EL4 EL5)
    local CMD="_cfg_insert_row ${argList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_insert_row(): Error in function execution"; }
    local FC_OUTPUT="$(_cfg_print all 2)"
    local EX_OUTPUT="$(printf '%s\t' ${argList[@]})"
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_insert_row(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
    awk 'BEGIN {OFS="\t"}; {if (NR != 2) {print $0}}' ${FILE} > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
    _msg OK
 }
 _test_cfg_insert_column() {
    _msg EXEC "Testing _cfg_insert_column()"
    local argList=(${FILE} COL6)
    local CMD="_cfg_insert_column ${argList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_insert_column(): Error in function execution"; }
    local fcoutputList=($(_cfg_print all 1))
    local exoutputList=(${testcolList[@]} COL6)
    [[ "${fcoutputList[@]}" != "${exoutputList[@]}" ]] && { _msg FAIL "_test_cfg_insert_column(): Output '${fcoutputList[@]}' expected to be '${exoutputList[@]}'"; }
    awk 'BEGIN {OFS="\t"}; {$6=""; print $0}' ${FILE} > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
    _msg OK
 }
 _test_cfg_change() {
    _msg EXEC "Testing _cfg_change()"
    _cfg_insert_row ${FILE} ${testcolList[@]}
    local argList=(${FILE} COL1 2 EL1_CH)
    local CMD="_cfg_change ${argList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_change(): Error in function execution"; }
    local FC_OUTPUT="$(_cfg_print COL1 2)"
    local EX_OUTPUT="EL1_CH"
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_change(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
    _cfg_drop_row ${FILE} 2
    _msg OK
 }
 _test_cfg_drop_row() {
    _msg EXEC "Testing _cfg_drop_row()"
    _cfg_insert_row ${FILE} ${testcolList[@]}
    local argList=(${FILE} 2)
    local CMD="_cfg_drop_row ${argList[@]}"    
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_drop_row(): Error in function execution"; }    
    FC_OUTPUT="$(awk '{print NR}' ${TMP}/test.cfg | wc -l)"
    EX_OUTPUT=1
    [[ ${FC_OUTPUT} != ${EX_OUTPUT} ]] && { _msg FAIL "_test_cfg_drop_row(): Output '${FC_OUTPUT}' expected to be ${EX_OUTPUT}'"; }
    _msg OK
 }
 _test_cfg_drop_column() {
    _msg EXEC "Testing _cfg_drop_column()"
    _cfg_insert_column ${FILE} "COL6"    
    local argList="COL6"
    local CMD="_cfg_drop_column ${argList[@]}"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_drop_column(): Error in function execution"; }
    FC_OUTPUT="$(printf '%s ' $(awk 'BEGIN{OFS="\t"}; {if (NR == 1) {print $0}}' ${FILE}))"
    EX_OUTPUT="$(printf '%s ' ${testcolList[@]})"
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_drop_column(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
    _msg OK
 }
 _test_cfg_query() {
    _msg EXEC "Testing _cfg_query"
    _cfg_insert_row ${FILE} "EL1 EL2 EL3 EL4 EL5"
    _cfg_insert_row ${FILE} "EL6 EL7 EL8 EL9 EL10"
    local ARG='$1=="EL6"'
    local CMD="_cfg_query ${FILE} '${ARG}'"
    eval ${CMD} >${STDERR} 2>&1 || { _msg FAIL "_test_cfg_query(): Error in function execution"; }
    FC_OUTPUT=$(eval ${CMD})
    EX_OUTPUT=3
    [[ "${FC_OUTPUT}" != "${EX_OUTPUT}" ]] && { _msg FAIL "_test_cfg_query(): Output '${FC_OUTPUT}' expected to be '${EX_OUTPUT}'"; }
 awk 'BEGIN {OFS="\t"}; {if (NR == 1) {print $0}}' ${FILE} > ${TMP_FILE} && mv ${TMP_FILE} ${FILE}
    _msg OK
 }
 testList=(cfg_set_file cfg_create cfg_column_to_nf cfg_print cfg_query cfg_insert_row cfg_insert_column cfg_drop_row cfg_drop_column cfg_change)
 _msg ECHO "cfg function test suite started"
 for test in ${testList[@]}; do
    eval _test_${test}
 done
 rm ${TMP}/test.cfg
 _msg ECHO "cfg function test suite ended"
--- a/test/test-if.sh
+++ b/test/test-if.sh
@ -1,26 +0,0 @@
 #!/bin/bash
 source "../lib/if.sh"
 echo "_if_array_contains test started"
 for result in 2 2 0 1; do
    echo "Exit code should be ${result}"
    eArray=(aa ab 0 dsa 2)
    i=${result}
    _if_array_contains "${i}" "${eArray[@]}"
    echo $?
 done
 echo "_if_array_contains test ended"
 echo "_if_is_integer test started"
 for result in 0 1; do
    echo "Exit code should be ${result}"
    if [ ${result} == 0 ]; then 
        i=0
    else
        i=a
    fi
    _if_is_integer ${i}
    echo $?
 done
 echo "_if_is_integer test ended"
--- a/test/test-msg.sh
+++ b/test/test-msg.sh
@ -1,28 +0,0 @@
 #!/bin/bash
 source ../lib/if.sh
 source ../lib/ansi.sh
 source ../lib/msg.sh
 clean() {
 return 0
 }
 echo "Starting test for log library"
 _msg ECHO "Testing echo"
 sleep 1
 _msg EXEC "Testing EXEC w/ OK"
 sleep 1
 _msg OK
 sleep 1
 _msg EXEC "Testing EXEC w/ WARN"
 sleep 1
 _msg WARN "This is a WARN"
 sleep 1
 _msg EXEC "Testing EXEC w/ FAIL"
 sleep 1
 _msg FAIL "This is a FAIL"
 sleep 1
 _msg INDENT +1
 _msg EXEC "This is EXEC w/ indent of 1"
 sleep 1
 _msg OK