diff --git a/mo b/mo
deleted file mode 100644
index b53d48a..0000000
--- a/mo
+++ /dev/null
@@ -1,1997 +0,0 @@
-#!/usr/bin/env bash
-#
-#/ Mo is a mustache template rendering software written in bash.  It inserts
-#/ environment variables into templates.
-#/
-#/ Simply put, mo will change {{VARIABLE}} into the value of that
-#/ environment variable.  You can use {{#VARIABLE}}content{{/VARIABLE}} to
-#/ conditionally display content or iterate over the values of an array.
-#/
-#/ Learn more about mustache templates at https://mustache.github.io/
-#/
-#/ Simple usage:
-#/
-#/    mo [OPTIONS] filenames...
-#/
-#/ Options:
-#/
-#/    --allow-function-arguments
-#/          Permit functions to be called with additional arguments. Otherwise,
-#/          the only way to get access to the arguments is to use the
-#/          MO_FUNCTION_ARGS environment variable.
-#/    -d, --debug
-#/          Enable debug logging to stderr.
-#/    -u, --fail-not-set
-#/          Fail upon expansion of an unset variable. Will silently ignore by
-#/          default. Alternately, set MO_FAIL_ON_UNSET to a non-empty value.
-#/    -x, --fail-on-function
-#/          Fail when a function returns a non-zero status code instead of
-#/          silently ignoring it. Alternately, set MO_FAIL_ON_FUNCTION to a
-#/          non-empty value.
-#/    -f, --fail-on-file
-#/          Fail when a file (from command-line or partial) does not exist.
-#/          Alternately, set MO_FAIL_ON_FILE to a non-empty value.
-#/    -e, --false
-#/          Treat the string "false" as empty for conditionals. Alternately,
-#/          set MO_FALSE_IS_EMPTY to a non-empty value.
-#/    -h, --help
-#/          This message.
-#/    -s=FILE, --source=FILE
-#/          Load FILE into the environment before processing templates.
-#/          Can be used multiple times. The file must be a valid shell script
-#/          and should only contain variable assignments.
-#/    -o=DELIM, --open=DELIM
-#/          Set the opening delimiter. Default is "{{".
-#/    -c=DELIM, --close=DELIM
-#/          Set the closing delimiter. Default is "}}".
-#/    --    Indicate the end of options. All arguments after this will be
-#/          treated as filenames only. Use when filenames may start with
-#/          hyphens.
-#/
-#/ Mo uses the following environment variables:
-#/
-#/ MO_ALLOW_FUNCTION_ARGUMENTS - When set to a non-empty value, this allows
-#/     functions referenced in templates to receive additional options and
-#/     arguments.
-#/ MO_CLOSE_DELIMITER - The string used when closing a tag. Defaults to "}}".
-#/     Used internally.
-#/ MO_CLOSE_DELIMITER_DEFAULT - The default value of MO_CLOSE_DELIMITER. Used
-#/     when resetting the close delimiter, such as when parsing a partial.
-#/ MO_CURRENT - Variable name to use for ".".
-#/ MO_DEBUG - When set to a non-empty value, additional debug information is
-#/     written to stderr.
-#/ MO_FUNCTION_ARGS - Arguments passed to the function.
-#/ MO_FAIL_ON_FILE - If a filename from the command-line is missing or a
-#/     partial does not exist, abort with an error.
-#/ MO_FAIL_ON_FUNCTION - If a function returns a non-zero status code, abort
-#/     with an error.
-#/ MO_FAIL_ON_UNSET - When set to a non-empty value, expansion of an unset env
-#/     variable will be aborted with an error.
-#/ MO_FALSE_IS_EMPTY - When set to a non-empty value, the string "false" will
-#/     be treated as an empty value for the purposes of conditionals.
-#/ MO_OPEN_DELIMITER - The string used when opening a tag. Defaults to "{{".
-#/     Used internally.
-#/ MO_OPEN_DELIMITER_DEFAULT - The default value of MO_OPEN_DELIMITER. Used
-#/     when resetting the open delimiter, such as when parsing a partial.
-#/ MO_ORIGINAL_COMMAND - Used to find the `mo` program in order to generate a
-#/     help message.
-#/ MO_PARSED - Content that has made it through the template engine.
-#/ MO_STANDALONE_CONTENT - The unparsed content that preceeded the current tag.
-#/     When a standalone tag is encountered, this is checked to see if it only
-#/     contains whitespace. If this and the whitespace condition after a tag is
-#/     met, then this will be reset to $'\n'.
-#/ MO_UNPARSED - Template content yet to make it through the parser.
-#/
-#/ Mo is under a MIT style licence with an additional non-advertising clause.
-#/ See LICENSE.md for the full text.
-#/
-#/ This is open source!  Please feel free to contribute.
-#/
-#/ https://github.com/tests-always-included/mo
-
-#: Disable these warnings for the entire file
-#:
-#: VAR_NAME was modified in a subshell. That change might be lost.
-# shellcheck disable=SC2031
-#:
-#: Modification of VAR_NAME is local (to subshell caused by (..) group).
-# shellcheck disable=SC2030
-
-# Public: Template parser function.  Writes templates to stdout.
-#
-# $0 - Name of the mo file, used for getting the help message.
-# $@ - Filenames to parse.
-#
-# Returns nothing.
-mo() (
-    local moSource moFiles moDoubleHyphens moParsed moContent
-
-    #: This function executes in a subshell; IFS is reset at the end.
-    IFS=$' \n\t'
-
-    #: Enable a strict mode. This is also reset at the end.
-    set -eEu -o pipefail
-    moFiles=()
-    moDoubleHyphens=false
-    MO_OPEN_DELIMITER_DEFAULT="{{"
-    MO_CLOSE_DELIMITER_DEFAULT="}}"
-    MO_FUNCTION_CACHE_HIT=()
-    MO_FUNCTION_CACHE_MISS=()
-
-    if [[ $# -gt 0 ]]; then
-        for arg in "$@"; do
-            if $moDoubleHyphens; then
-                #: After we encounter two hyphens together, all the rest
-                #: of the arguments are files.
-                moFiles=(${moFiles[@]+"${moFiles[@]}"} "$arg")
-            else
-                case "$arg" in
-                    -h|--h|--he|--hel|--help|-\?)
-                        mo::usage "$0"
-                        exit 0
-                        ;;
-
-                    --allow-function-arguments)
-                        MO_ALLOW_FUNCTION_ARGUMENTS=true
-                        ;;
-
-                    -u | --fail-not-set)
-                        MO_FAIL_ON_UNSET=true
-                        ;;
-
-                    -x | --fail-on-function)
-                        MO_FAIL_ON_FUNCTION=true
-                        ;;
-
-                    -p | --fail-on-file)
-                        MO_FAIL_ON_FILE=true
-                        ;;
-
-                    -e | --false)
-                        MO_FALSE_IS_EMPTY=true
-                        ;;
-
-                    -s=* | --source=*)
-                        if [[ "$arg" == --source=* ]]; then
-                            moSource="${arg#--source=}"
-                        else
-                            moSource="${arg#-s=}"
-                        fi
-
-                        if [[ -e "$moSource" ]]; then
-                            # shellcheck disable=SC1090
-                            . "$moSource"
-                        else
-                            echo "No such file: $moSource" >&2
-                            exit 1
-                        fi
-                        ;;
-
-                    -o=* | --open=*)
-                        if [[ "$arg" == --open=* ]]; then
-                            MO_OPEN_DELIMITER_DEFAULT="${arg#--open=}"
-                        else
-                            MO_OPEN_DELIMITER_DEFAULT="${arg#-o=}"
-                        fi
-                        ;;
-
-                    -c=* | --close=*)
-                        if [[ "$arg" == --close=* ]]; then
-                            MO_CLOSE_DELIMITER_DEFAULT="${arg#--close=}"
-                        else
-                            MO_CLOSE_DELIMITER_DEFAULT="${arg#-c=}"
-                        fi
-                        ;;
-
-                    -d | --debug)
-                        MO_DEBUG=true
-                        ;;
-
-                    --)
-                        #: Set a flag indicating we've encountered double hyphens
-                        moDoubleHyphens=true
-                        ;;
-
-                    -*)
-                        mo::error "Unknown option: $arg (See --help for options)"
-                        ;;
-
-                    *)
-                        #: Every arg that is not a flag or a option should be a file
-                        moFiles=(${moFiles[@]+"${moFiles[@]}"} "$arg")
-                        ;;
-                esac
-            fi
-        done
-    fi
-
-    mo::debug "Debug enabled"
-    MO_OPEN_DELIMITER="$MO_OPEN_DELIMITER_DEFAULT"
-    MO_CLOSE_DELIMITER="$MO_CLOSE_DELIMITER_DEFAULT"
-    mo::content moContent ${moFiles[@]+"${moFiles[@]}"} || return 1
-    mo::parse moParsed "$moContent"
-    echo -n "$moParsed"
-)
-
-
-# Internal: Show a debug message
-#
-# $1 - The debug message to show
-#
-# Returns nothing.
-mo::debug() {
-    if [[ -n "${MO_DEBUG:-}" ]]; then
-        echo "DEBUG ${FUNCNAME[1]:-?} - $1" >&2
-    fi
-}
-
-
-# Internal: Show a debug message and internal state information
-#
-# No arguments
-#
-# Returns nothing.
-mo::debugShowState() {
-    if [[ -z "${MO_DEBUG:-}" ]]; then
-        return
-    fi
-   
-    local moState moTemp moIndex moDots
-
-    mo::escape moTemp "$MO_OPEN_DELIMITER"
-    moState="open: $moTemp"
-    mo::escape moTemp "$MO_CLOSE_DELIMITER"
-    moState="$moState  close: $moTemp"
-    mo::escape moTemp "$MO_STANDALONE_CONTENT"
-    moState="$moState  standalone: $moTemp"
-    mo::escape moTemp "$MO_CURRENT"
-    moState="$moState  current: $moTemp"
-    moIndex=$((${#MO_PARSED} - 20))
-    moDots=...
-
-    if [[ "$moIndex" -lt 0 ]]; then
-        moIndex=0
-        moDots=
-    fi
-
-    mo::escape moTemp "${MO_PARSED:$moIndex}"
-    moState="$moState  parsed: $moDots$moTemp"
-
-    moDots=...
-    
-    if [[ "${#MO_UNPARSED}" -le 20 ]]; then
-        moDots=
-    fi
-
-    mo::escape moTemp "${MO_UNPARSED:0:20}$moDots"
-    moState="$moState  unparsed: $moTemp"
-
-    echo "DEBUG ${FUNCNAME[1]:-?} - $moState" >&2
-}
-
-# Internal: Show an error message and exit
-#
-# $1 - The error message to show
-# $2 - Error code
-#
-# Returns nothing. Exits the program.
-mo::error() {
-    echo "ERROR: $1" >&2
-    exit "${2:-1}"
-}
-
-
-# Internal: Show an error message with a snippet of context and exit
-#
-# $1 - The error message to show
-# $2 - The starting point
-# $3 - Error code
-#
-# Returns nothing. Exits the program.
-mo::errorNear() {
-    local moEscaped
-
-    mo::escape moEscaped "${2:0:40}"
-    echo "ERROR: $1" >&2
-    echo "ERROR STARTS NEAR: $moEscaped"
-    exit "${3:-1}"
-}
-
-
-# Internal: Displays the usage for mo.  Pulls this from the file that
-# contained the `mo` function.  Can only work when the right filename
-# comes is the one argument, and that only happens when `mo` is called
-# with `$0` set to this file.
-#
-# $1 - Filename that has the help message
-#
-# Returns nothing.
-mo::usage() {
-    while read -r line; do
-        if [[ "${line:0:2}" == "#/" ]]; then
-            echo "${line:3}"
-        fi
-    done < "$MO_ORIGINAL_COMMAND"
-    echo ""
-    echo "MO_VERSION=$MO_VERSION"
-}
-
-
-# Internal: Fetches the content to parse into MO_UNPARSED.  Can be a list of
-# partials for files or the content from stdin.
-#
-# $1 - Destination variable name
-# $2-@ - File names (optional), read from stdin otherwise
-#
-# Returns nothing.
-mo::content() {
-    local moTarget moContent moFilename
-
-    moTarget=$1
-    shift
-    moContent=""
-
-    if [[ "${#@}" -gt 0 ]]; then
-        for moFilename in "$@"; do
-            mo::debug "Using template to load content from file: $moFilename"
-            #: This is so relative paths work from inside template files
-            moContent="$moContent$MO_OPEN_DELIMITER>$moFilename$MO_CLOSE_DELIMITER"
-        done
-    else
-        mo::debug "Will read content from stdin"
-        mo::contentFile moContent || return 1
-    fi
-    
-    local "$moTarget" && mo::indirect "$moTarget" "$moContent"
-}
-
-
-# Internal: Read a file into MO_UNPARSED.
-#
-# $1 - Destination variable name.
-# $2 - Filename to load - if empty, defaults to /dev/stdin
-#
-# Returns nothing.
-mo::contentFile() {
-    local moFile moResult moContent
-
-    #: The subshell removes any trailing newlines.  We forcibly add
-    #: a dot to the content to preserve all newlines. Reading from
-    #: stdin with a `read` loop does not work as expected, so `cat`
-    #: needs to stay.
-    moFile=${2:-/dev/stdin}
-
-    if [[ -e "$moFile" ]]; then
-        mo::debug "Loading content: $moFile"
-        moContent=$(
-            set +Ee
-            cat -- "$moFile"
-            moResult=$?
-            echo -n '.'
-            exit "$moResult"
-        ) || return 1
-        moContent=${moContent%.}  #: Remove last dot
-    elif [[ -n "${MO_FAIL_ON_FILE-}" ]]; then
-        mo::error "No such file: $moFile"
-    else
-        mo::debug "File does not exist: $moFile"
-        moContent=""
-    fi
-
-    local "$1" && mo::indirect "$1" "$moContent"
-}
-
-
-# Internal: Send a variable up to the parent of the caller of this function.
-#
-# $1 - Variable name
-# $2 - Value
-#
-# Examples
-#
-#   callFunc () {
-#       local "$1" && mo::indirect "$1" "the value"
-#   }
-#   callFunc dest
-#   echo "$dest"  # writes "the value"
-#
-# Returns nothing.
-mo::indirect() {
-    unset -v "$1"
-    printf -v "$1" '%s' "$2"
-}
-
-
-# Internal: Send an array as a variable up to caller of a function
-#
-# $1 - Variable name
-# $2-@ - Array elements
-#
-# Examples
-#
-#   callFunc () {
-#       local myArray=(one two three)
-#       local "$1" && mo::indirectArray "$1" "${myArray[@]}"
-#   }
-#   callFunc dest
-#   echo "${dest[@]}" # writes "one two three"
-#
-# Returns nothing.
-mo::indirectArray() {
-    unset -v "$1"
-
-    #: IFS must be set to a string containing space or unset in order for
-    #: the array slicing to work regardless of the current IFS setting on
-    #: bash 3.  This is detailed further at
-    #: https://github.com/fidian/gg-core/pull/7
-    eval "$(printf "IFS= %s=(\"\${@:2}\") IFS=%q" "$1" "$IFS")"
-}
-
-
-# Internal: Trim leading characters from MO_UNPARSED
-#
-# Returns nothing.
-mo::trimUnparsed() {
-    local moI moC
-
-    moI=0
-    moC=${MO_UNPARSED:0:1}
-
-    while [[ "$moC" == " " || "$moC" == $'\r' || "$moC" == $'\n' || "$moC" == $'\t' ]]; do
-        moI=$((moI + 1))
-        moC=${MO_UNPARSED:$moI:1}
-    done
-
-    if [[ "$moI" != 0 ]]; then
-        MO_UNPARSED=${MO_UNPARSED:$moI}
-    fi
-}
-
-
-# Internal: Remove whitespace and content after whitespace
-#
-# $1 - Name of the destination variable
-# $2 - The string to chomp
-#
-# Returns nothing.
-mo::chomp() {
-    local moTemp moR moN moT
-
-    moR=$'\r'
-    moN=$'\n'
-    moT=$'\t'
-    moTemp=${2%% *}
-    moTemp=${moTemp%%"$moR"*}
-    moTemp=${moTemp%%"$moN"*}
-    moTemp=${moTemp%%"$moT"*}
-
-    local "$1" && mo::indirect "$1" "$moTemp"
-}
-
-
-# Public: Parses text, interpolates mustache tags. Utilizes the current value
-# of MO_OPEN_DELIMITER, MO_CLOSE_DELIMITER, and MO_STANDALONE_CONTENT. Those
-# three variables shouldn't be changed by user-defined functions.
-#
-# $1 - Destination variable name - where to store the finished content
-# $2 - Content to parse
-# $3 - Preserve standalone status/content - truthy if not empty. When set to a
-#      value, that becomes the standalone content value
-#
-# Returns nothing.
-mo::parse() {
-    local moOldParsed moOldStandaloneContent moOldUnparsed moResult
-
-    #: The standalone content is a trick to make the standalone tag detection
-    #: possible. When it's set to content with a newline and if the tag supports
-    #: it, the standalone content check happens. This check ensures only
-    #: whitespace is after the last newline up to the tag, and only whitespace
-    #: is after the tag up to the next newline. If that is the case, remove
-    #: whitespace and the trailing newline. By setting this to $'\n', we're
-    #: saying we are at the beginning of content.
-    mo::debug "Starting parse of ${#2} bytes"
-    moOldParsed=${MO_PARSED:-}
-    moOldUnparsed=${MO_UNPARSED:-}
-    MO_PARSED=""
-    MO_UNPARSED="$2"
-
-    if [[ -z "${3:-}" ]]; then
-        moOldStandaloneContent=${MO_STANDALONE_CONTENT:-}
-        MO_STANDALONE_CONTENT=$'\n'
-    else
-        MO_STANDALONE_CONTENT=$3
-    fi
-
-    MO_CURRENT=${MO_CURRENT:-}
-    mo::parseInternal
-    moResult="$MO_PARSED$MO_UNPARSED"
-    MO_PARSED=$moOldParsed
-    MO_UNPARSED=$moOldUnparsed
-
-    if [[ -z "${3:-}" ]]; then
-        MO_STANDALONE_CONTENT=$moOldStandaloneContent
-    fi
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Parse MO_UNPARSED, writing content to MO_PARSED. Interpolates
-# mustache tags.
-#
-# No arguments
-#
-# Returns nothing.
-mo::parseInternal() {
-    local moChunk
-
-    mo::debug "Starting parse"
-
-    while [[ -n "$MO_UNPARSED" ]]; do
-        mo::debugShowState
-        moChunk=${MO_UNPARSED%%"$MO_OPEN_DELIMITER"*}
-        MO_PARSED="$MO_PARSED$moChunk"
-        MO_STANDALONE_CONTENT="$MO_STANDALONE_CONTENT$moChunk"
-        MO_UNPARSED=${MO_UNPARSED:${#moChunk}}
-
-        if [[ -n "$MO_UNPARSED" ]]; then
-            MO_UNPARSED=${MO_UNPARSED:${#MO_OPEN_DELIMITER}}
-            mo::trimUnparsed
-
-            case "$MO_UNPARSED" in
-                '#'*)
-                    #: Loop, if/then, or pass content through function
-                    mo::parseBlock false
-                    ;;
-
-                '^'*)
-                    #: Display section if named thing does not exist
-                    mo::parseBlock true
-                    ;;
-
-                '>'*)
-                    #: Load partial - get name of file relative to cwd
-                    mo::parsePartial
-                    ;;
-
-                '/'*)
-                    #: Closing tag
-                    mo::errorNear "Unbalanced close tag" "$MO_UNPARSED"
-                    ;;
-
-                '!'*)
-                    #: Comment - ignore the tag content entirely
-                    mo::parseComment
-                    ;;
-
-                '='*)
-                    #: Change delimiters
-                    #: Any two non-whitespace sequences separated by whitespace.
-                    mo::parseDelimiter
-                    ;;
-
-                '&'*)
-                    #: Unescaped - mo doesn't escape/unescape
-                    MO_UNPARSED=${MO_UNPARSED#&}
-                    mo::trimUnparsed
-                    mo::parseValue
-                    ;;
-
-                *)
-                    #: Normal environment variable, string, subexpression,
-                    #: current value, key, or function call
-                    mo::parseValue
-                    ;;
-            esac
-        fi
-    done
-}
-
-
-# Internal: Handle parsing a block
-#
-# $1 - Invert condition ("true" or "false")
-#
-# Returns nothing
-mo::parseBlock() {
-    local moInvertBlock moTokens moTokensString
-
-    moInvertBlock=$1
-    MO_UNPARSED=${MO_UNPARSED:1}
-    mo::tokenizeTagContents moTokens "$MO_CLOSE_DELIMITER"
-    MO_UNPARSED=${MO_UNPARSED#"$MO_CLOSE_DELIMITER"}
-    mo::tokensToString moTokensString "${moTokens[@]:1}"
-    mo::debug "Parsing block: $moTokensString"
-
-    if mo::standaloneCheck; then
-        mo::standaloneProcess
-    fi
-
-    if [[ "${moTokens[1]}" == "NAME" ]] && mo::isFunction "${moTokens[2]}"; then
-        mo::parseBlockFunction "$moInvertBlock" "$moTokensString" "${moTokens[@]:1}"
-    elif [[ "${moTokens[1]}" == "NAME" ]] && mo::isArray "${moTokens[2]}"; then
-        mo::parseBlockArray "$moInvertBlock" "$moTokensString" "${moTokens[@]:1}"
-    else
-        mo::parseBlockValue "$moInvertBlock" "$moTokensString" "${moTokens[@]:1}"
-    fi
-}
-
-
-# Internal: Handle parsing a block whose first argument is a function
-#
-# $1 - Invert condition ("true" or "false")
-# $2-@ - The parsed tokens from inside the block tags
-#
-# Returns nothing
-mo::parseBlockFunction() {
-    local moTarget moInvertBlock moTokens moTemp moUnparsed moTokensString
-
-    moInvertBlock=$1
-    moTokensString=$2
-    shift 2
-    moTokens=(${@+"$@"})
-    mo::debug "Parsing block function: $moTokensString"
-    mo::getContentUntilClose moTemp "$moTokensString"
-    #: Pass unparsed content to the function.
-    #: Keep the updated delimiters if they changed.
-
-    if [[ "$moInvertBlock" != "true" ]]; then
-        mo::evaluateFunction moResult "$moTemp" "${moTokens[@]:1}"
-        MO_PARSED="$MO_PARSED$moResult"
-    fi
-
-    mo::debug "Done parsing block function: $moTokensString"
-}
-
-
-# Internal: Handle parsing a block whose first argument is an array
-#
-# $1 - Invert condition ("true" or "false")
-# $2-@ - The parsed tokens from inside the block tags
-#
-# Returns nothing
-mo::parseBlockArray() {
-    local moInvertBlock moTokens moResult moArrayName moArrayIndexes moArrayIndex moTemp moUnparsed moOpenDelimiterBefore moCloseDelimiterBefore moOpenDelimiterAfter moCloseDelimiterAfter moParsed moTokensString moCurrent
-
-    moInvertBlock=$1
-    moTokensString=$2
-    shift 2
-    moTokens=(${@+"$@"})
-    mo::debug "Parsing block array: $moTokensString"
-    moOpenDelimiterBefore=$MO_OPEN_DELIMITER
-    moCloseDelimiterBefore=$MO_CLOSE_DELIMITER
-    mo::getContentUntilClose moTemp "$moTokensString"
-    moOpenDelimiterAfter=$MO_OPEN_DELIMITER
-    moCloseDelimiterAfter=$MO_CLOSE_DELIMITER
-    moArrayName=${moTokens[1]}
-    eval "moArrayIndexes=(\"\${!${moArrayName}[@]}\")"
-    
-    if [[ "${#moArrayIndexes[@]}" -lt 1 ]]; then
-        #: No elements
-        if [[ "$moInvertBlock" == "true" ]]; then
-            #: Restore the delimiter before parsing
-            MO_OPEN_DELIMITER=$moOpenDelimiterBefore
-            MO_CLOSE_DELIMITER=$moCloseDelimiterBefore
-            moCurrent=$MO_CURRENT
-            MO_CURRENT=$moArrayName
-            mo::parse moParsed "$moTemp" "blockArrayInvert$MO_STANDALONE_CONTENT"
-            MO_CURRENT=$moCurrent
-            MO_PARSED="$MO_PARSED$moParsed"
-        fi
-    else
-        if [[ "$moInvertBlock" != "true" ]]; then
-            #: Process for each element in the array
-            moUnparsed=$MO_UNPARSED
-
-            for moArrayIndex in "${moArrayIndexes[@]}"; do
-                #: Restore the delimiter before parsing
-                MO_OPEN_DELIMITER=$moOpenDelimiterBefore
-                MO_CLOSE_DELIMITER=$moCloseDelimiterBefore
-                moCurrent=$MO_CURRENT
-                MO_CURRENT=$moArrayName.$moArrayIndex
-                mo::debug "Iterate over array using element: $MO_CURRENT"
-                mo::parse moParsed "$moTemp" "blockArray$MO_STANDALONE_CONTENT"
-                MO_CURRENT=$moCurrent
-                MO_PARSED="$MO_PARSED$moParsed"
-            done
-
-            MO_UNPARSED=$moUnparsed
-        fi
-    fi
-
-    MO_OPEN_DELIMITER=$moOpenDelimiterAfter
-    MO_CLOSE_DELIMITER=$moCloseDelimiterAfter
-    mo::debug "Done parsing block array: $moTokensString"
-}
-
-
-# Internal: Handle parsing a block whose first argument is a value
-#
-# $1 - Invert condition ("true" or "false")
-# $2-@ - The parsed tokens from inside the block tags
-#
-# Returns nothing
-mo::parseBlockValue() {
-    local moInvertBlock moTokens moResult moUnparsed moOpenDelimiterBefore moOpenDelimiterAfter moCloseDelimiterBefore moCloseDelimiterAfter moParsed moTemp moTokensString moCurrent
-
-    moInvertBlock=$1
-    moTokensString=$2
-    shift 2
-    moTokens=(${@+"$@"})
-    mo::debug "Parsing block value: $moTokensString"
-    moOpenDelimiterBefore=$MO_OPEN_DELIMITER
-    moCloseDelimiterBefore=$MO_CLOSE_DELIMITER
-    mo::getContentUntilClose moTemp "$moTokensString"
-    moOpenDelimiterAfter=$MO_OPEN_DELIMITER
-    moCloseDelimiterAfter=$MO_CLOSE_DELIMITER
-
-    #: Variable, value, or list of mixed things
-    mo::evaluateListOfSingles moResult "${moTokens[@]}"
-
-    if mo::isTruthy "$moResult" "$moInvertBlock"; then
-        mo::debug "Block is truthy: $moResult"
-        #: Restore the delimiter before parsing
-        MO_OPEN_DELIMITER=$moOpenDelimiterBefore
-        MO_CLOSE_DELIMITER=$moCloseDelimiterBefore
-        moCurrent=$MO_CURRENT
-        MO_CURRENT=${moTokens[1]}
-        mo::parse moParsed "$moTemp" "blockValue$MO_STANDALONE_CONTENT"
-        MO_PARSED="$MO_PARSED$moParsed"
-        MO_CURRENT=$moCurrent
-    fi
-
-    MO_OPEN_DELIMITER=$moOpenDelimiterAfter
-    MO_CLOSE_DELIMITER=$moCloseDelimiterAfter
-    mo::debug "Done parsing block value: $moTokensString"
-}
-
-
-# Internal: Handle parsing a partial
-#
-# No arguments.
-#
-# Indentation will be applied to the entire partial's contents before parsing.
-# This indentation is based on the whitespace that ends the previously parsed
-# content.
-#
-# Returns nothing
-mo::parsePartial() {
-    local moFilename moResult moIndentation moN moR moTemp moT
-
-    MO_UNPARSED=${MO_UNPARSED:1}
-    mo::trimUnparsed
-    mo::chomp moFilename "${MO_UNPARSED%%"$MO_CLOSE_DELIMITER"*}"
-    MO_UNPARSED="${MO_UNPARSED#*"$MO_CLOSE_DELIMITER"}"
-    moIndentation=""
-
-    if mo::standaloneCheck; then
-        moN=$'\n'
-        moR=$'\r'
-        moT=$'\t'
-        moIndentation="$moN${MO_PARSED//"$moR"/"$moN"}"
-        moIndentation=${moIndentation##*"$moN"}
-        moTemp=${moIndentation// }
-        moTemp=${moTemp//"$moT"}
-
-        if [[ -n "$moTemp" ]]; then
-            moIndentation=
-        fi
-
-        mo::debug "Adding indentation to partial: '$moIndentation'"
-        mo::standaloneProcess
-    fi
-
-    mo::debug "Parsing partial: $moFilename"
-
-    #: Execute in subshell to preserve current cwd and environment
-    moResult=$(
-        #: It would be nice to remove `dirname` and use a function instead,
-        #: but that is difficult when only given filenames.
-        cd "$(dirname -- "$moFilename")" || exit 1
-        echo "$(
-            local moPartialContent moPartialParsed
-
-            if ! mo::contentFile moPartialContent "${moFilename##*/}"; then
-                exit 1
-            fi
-
-            #: Reset delimiters before parsing
-            mo::indentLines moPartialContent "$moIndentation" "$moPartialContent"
-            MO_OPEN_DELIMITER="$MO_OPEN_DELIMITER_DEFAULT"
-            MO_CLOSE_DELIMITER="$MO_CLOSE_DELIMITER_DEFAULT"
-            mo::parse moPartialParsed "$moPartialContent"
-
-            #: Fix bash handling of subshells and keep trailing whitespace.
-            echo -n "$moPartialParsed."
-        )" || exit 1
-    ) || exit 1
-
-    if [[ -z "$moResult" ]]; then
-        mo::debug "Error detected when trying to read the file"
-        exit 1
-    fi
-
-    MO_PARSED="$MO_PARSED${moResult%.}"
-}
-
-
-# Internal: Handle parsing a comment
-#
-# No arguments.
-#
-# Returns nothing
-mo::parseComment() {
-    local moContent moContent
-
-    MO_UNPARSED=${MO_UNPARSED#*"$MO_CLOSE_DELIMITER"}
-    mo::debug "Parsing comment"
-
-    if mo::standaloneCheck; then
-        mo::standaloneProcess
-    fi
-}
-
-
-# Internal: Handle parsing the change of delimiters
-#
-# No arguments.
-#
-# Returns nothing
-mo::parseDelimiter() {
-    local moContent moOpen moClose
-
-    MO_UNPARSED=${MO_UNPARSED:1}
-    mo::trimUnparsed
-    mo::chomp moOpen "$MO_UNPARSED"
-    MO_UNPARSED=${MO_UNPARSED:${#moOpen}}
-    mo::trimUnparsed
-    mo::chomp moClose "${MO_UNPARSED%%="$MO_CLOSE_DELIMITER"*}"
-    MO_UNPARSED=${MO_UNPARSED#*="$MO_CLOSE_DELIMITER"}
-    mo::debug "Parsing delimiters: $moOpen $moClose"
-
-    if mo::standaloneCheck; then
-        mo::standaloneProcess
-    fi
-
-    MO_OPEN_DELIMITER="$moOpen"
-    MO_CLOSE_DELIMITER="$moClose"
-}
-
-
-# Internal: Handle parsing value or function call
-#
-# No arguments.
-#
-# Returns nothing
-mo::parseValue() {
-    local moUnparsedOriginal moTokens
-
-    moUnparsedOriginal=$MO_UNPARSED
-    mo::tokenizeTagContents moTokens "$MO_CLOSE_DELIMITER"
-    mo::evaluate moResult "${moTokens[@]:1}"
-    MO_PARSED="$MO_PARSED$moResult"
-
-    if [[ "${MO_UNPARSED:0:${#MO_CLOSE_DELIMITER}}" != "$MO_CLOSE_DELIMITER" ]]; then
-        mo::errorNear "Did not find closing tag" "$moUnparsedOriginal"
-    fi
-
-    if mo::standaloneCheck; then
-        mo::standaloneProcess
-    fi
-
-    MO_UNPARSED=${MO_UNPARSED:${#MO_CLOSE_DELIMITER}}
-}
-
-
-# Internal: Determine if the given name is a defined function.
-#
-# $1 - Function name to check
-#
-# Be extremely careful.  Even if strict mode is enabled, it is not honored
-# in newer versions of Bash.  Any errors that crop up here will not be
-# caught automatically.
-#
-# Examples
-#
-#   moo () {
-#       echo "This is a function"
-#   }
-#   if mo::isFunction moo; then
-#       echo "moo is a defined function"
-#   fi
-#
-# Returns 0 if the name is a function, 1 otherwise.
-mo::isFunction() {
-    local moFunctionName
-
-    for moFunctionName in "${MO_FUNCTION_CACHE_HIT[@]}"; do
-        if [[ "$moFunctionName" == "$1" ]]; then
-            return 0
-        fi
-    done
-
-    for moFunctionName in "${MO_FUNCTION_CACHE_MISS[@]}"; do
-        if [[ "$moFunctionName" == "$1" ]]; then
-            return 1
-        fi
-    done
-
-    if declare -F "$1" &> /dev/null; then
-        MO_FUNCTION_CACHE_HIT=( ${MO_FUNCTION_CACHE_HIT[@]+"${MO_FUNCTION_CACHE_HIT[@]}"} "$1" )
-
-        return 0
-    fi
-
-    MO_FUNCTION_CACHE_MISS=( ${MO_FUNCTION_CACHE_MISS[@]+"${MO_FUNCTION_CACHE_MISS[@]}"} "$1" )
-
-    return 1
-}
-
-
-# Internal: Determine if a given environment variable exists and if it is
-# an array.
-#
-# $1 - Name of environment variable
-#
-# Be extremely careful.  Even if strict mode is enabled, it is not honored
-# in newer versions of Bash.  Any errors that crop up here will not be
-# caught automatically.
-#
-# Examples
-#
-#   var=(abc)
-#   if moIsArray var; then
-#      echo "This is an array"
-#      echo "Make sure you don't accidentally use \$var"
-#   fi
-#
-# Returns 0 if the name is not empty, 1 otherwise.
-mo::isArray() {
-    #: Namespace this variable so we don't conflict with what we're testing.
-    local moTestResult
-
-    moTestResult=$(declare -p "$1" 2>/dev/null) || return 1
-    [[ "${moTestResult:0:10}" == "declare -a" ]] && return 0
-    [[ "${moTestResult:0:10}" == "declare -A" ]] && return 0
-
-    return 1
-}
-
-
-# Internal: Determine if an array index exists.
-#
-# $1 - Variable name to check
-# $2 - The index to check
-#
-# Has to check if the variable is an array and if the index is valid for that
-# type of array.
-#
-# Returns true (0) if everything was ok, 1 if there's any condition that fails.
-mo::isArrayIndexValid() {
-    local moDeclare moTest
-
-    moDeclare=$(declare -p "$1")
-    moTest=""
-
-    if [[ "${moDeclare:0:10}" == "declare -a" ]]; then
-        #: Numerically indexed array - must check if the index looks like a
-        #: number because using a string to index a numerically indexed array
-        #: will appear like it worked.
-        if [[ "$2" == "0" ]] || [[ "$2" =~ ^[1-9][0-9]*$ ]]; then
-            #: Index looks like a number
-            eval "moTest=\"\${$1[$2]+ok}\""
-        fi
-    elif [[ "${moDeclare:0:10}" == "declare -A" ]]; then
-        #: Associative array
-        eval "moTest=\"\${$1[$2]+ok}\""
-    fi
-
-    if [[ -n "$moTest" ]]; then
-        return 0;
-    fi
-
-    return 1
-}
-
-
-# Internal: Determine if a variable is assigned, even if it is assigned an empty
-# value.
-#
-# $1 - Variable name to check.
-#
-# Can not use logic like this in case invalid variable names are passed.
-#     [[ "${!1-a}" == "${!1-b}" ]]
-#
-# Using logic like this gives false positives.
-#     [[ -v "$a" ]]
-#
-# Declaring a variable is not the same as assigning the variable.
-#     export x
-#     declare -p x   # Output: declare -x x
-#     export y=""
-#     declare -p y   # Output: declare -x y=""
-#     unset z
-#     declare -p z   # Error code 1 and output: bash: declare: z: not found
-#
-# Returns true (0) if the variable is set, 1 if the variable is unset.
-mo::isVarSet() {
-    if declare -p "$1" &> /dev/null && [[ -v "$1" ]]; then
-        return 0
-    fi
-
-    return 1
-}
-
-
-# Internal: Determine if a value is considered truthy.
-#
-# $1 - The value to test
-# $2 - Invert the value, either "true" or "false"
-#
-# Returns true (0) if truthy, 1 otherwise.
-mo::isTruthy() {
-    local moTruthy
-
-    moTruthy=true
-
-    if [[ -z "${1-}" ]]; then
-        moTruthy=false
-    elif [[ -n "${MO_FALSE_IS_EMPTY-}" ]] && [[ "${1-}" == "false" ]]; then
-        moTruthy=false
-    fi
-
-    #: XOR the results
-    #: moTruthy  inverse  desiredResult
-    #: true      false    true
-    #: true      true     false
-    #: false     false    false
-    #: false     true     true
-    if [[ "$moTruthy" == "$2" ]]; then
-        mo::debug "Value is falsy, test result: $moTruthy inverse: $2"
-        return 1
-    fi
-
-    mo::debug "Value is truthy, test result: $moTruthy inverse: $2"
-    return 0
-}
-
-
-# Internal: Convert token list to values
-#
-# $1 - Destination variable name
-# $2-@ - Tokens to convert
-#
-# Sample call:
-#
-#     mo::evaluate dest NAME username VALUE abc123 PAREN 2
-#
-# Returns nothing.
-mo::evaluate() {
-    local moTarget moStack moValue moType moIndex moCombined moResult
-
-    moTarget=$1
-    shift
-
-    #: Phase 1 - remove all command tokens (PAREN, BRACE)
-    moStack=()
-
-    while [[ $# -gt 0 ]]; do
-        case "$1" in
-            PAREN|BRACE)
-                moType=$1
-                moValue=$2
-                mo::debug "Combining $moValue tokens"
-                moIndex=$((${#moStack[@]} - (2 * moValue)))
-                mo::evaluateListOfSingles moCombined "${moStack[@]:$moIndex}"
-
-                if [[ "$moType" == "PAREN" ]]; then
-                    moStack=("${moStack[@]:0:$moIndex}" NAME "$moCombined")
-                else
-                    moStack=("${moStack[@]:0:$moIndex}" VALUE "$moCombined")
-                fi
-                ;;
-
-            *)
-                moStack=(${moStack[@]+"${moStack[@]}"} "$1" "$2")
-                ;;
-        esac
-
-        shift 2
-    done
-
-    #: Phase 2 - check if this is a function or if we should just concatenate values
-    if [[ "${moStack[0]:-}" == "NAME" ]] && mo::isFunction "${moStack[1]}"; then
-        #: Special case - if the first argument is a function, then the rest are
-        #: passed to the function.
-        mo::debug "Evaluating function: ${moStack[1]}"
-        mo::evaluateFunction moResult "" "${moStack[@]:1}"
-    else
-        #: Concatenate
-        mo::debug "Concatenating ${#moStack[@]} stack items"
-        mo::evaluateListOfSingles moResult ${moStack[@]+"${moStack[@]}"}
-    fi
-
-    local "$moTarget" && mo::indirect "$moTarget" "$moResult"
-}
-
-
-# Internal: Convert an argument list to individual values.
-#
-# $1 - Destination variable name
-# $2-@ - A list of argument types and argument name/value.
-#
-# This assumes each value is separate from the rest. In contrast, mo::evaluate
-# will pass all arguments to a function if the first value is a function.
-#
-# Sample call:
-#
-#     mo::evaluateListOfSingles dest NAME username VALUE abc123
-#
-# Returns nothing.
-mo::evaluateListOfSingles() {
-    local moResult moTarget moTemp
-
-    moTarget=$1
-    shift
-    moResult=""
-
-    while [[ $# -gt 1 ]]; do
-        mo::evaluateSingle moTemp "$1" "$2"
-        moResult="$moResult$moTemp"
-        shift 2
-    done
-
-    mo::debug "Evaluated list of singles: $moResult"
-
-    local "$moTarget" && mo::indirect "$moTarget" "$moResult"
-}
-
-
-# Internal: Evaluate a single argument
-#
-# $1 - Name of variable for result
-# $2 - Type of argument, either NAME or VALUE
-# $3 - Argument
-#
-# Returns nothing
-mo::evaluateSingle() {
-    local moResult moType moArg
-
-    moType=$2
-    moArg=$3
-    mo::debug "Evaluating $moType: $moArg ($MO_CURRENT)"
-
-    if [[ "$moType" == "VALUE" ]]; then
-        moResult=$moArg
-    elif [[ "$moArg" == "." ]]; then
-        mo::evaluateVariable moResult ""
-    elif [[ "$moArg" == "@key" ]]; then
-        mo::evaluateKey moResult
-    elif mo::isFunction "$moArg"; then
-        mo::evaluateFunction moResult "" "$moArg"
-    else
-        mo::evaluateVariable moResult "$moArg"
-    fi
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Return the value for @key based on current's name
-#
-# $1 - Name of variable for result
-#
-# Returns nothing
-mo::evaluateKey() {
-    local moResult
-
-    if [[ "$MO_CURRENT" == *.* ]]; then
-        moResult="${MO_CURRENT#*.}"
-    else
-        moResult="${MO_CURRENT}"
-    fi
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Handle a variable name
-#
-# $1 - Destination variable name
-# $2 - Variable name
-#
-# Returns nothing.
-mo::evaluateVariable() {
-    local moResult moArg moNameParts
-
-    moArg=$2
-    moResult=""
-    mo::findVariableName moNameParts "$moArg"
-    mo::debug "Evaluate variable ($moArg, $MO_CURRENT): ${moNameParts[*]}"
-
-    if [[ -z "${moNameParts[1]}" ]]; then
-        if mo::isArray "${moNameParts[0]}"; then
-            eval mo::join moResult "," "\${${moNameParts[0]}[@]}"
-        else
-            if mo::isVarSet "${moNameParts[0]}"; then
-                moResult=${moNameParts[0]}
-                moResult="${!moResult}"
-            elif [[ -n "${MO_FAIL_ON_UNSET-}" ]]; then
-                mo::error "Environment variable not set: ${moNameParts[0]}"
-            fi
-        fi
-    else
-        if mo::isArray "${moNameParts[0]}"; then
-            eval "set +u;moResult=\"\${${moNameParts[0]}[${moNameParts[1]%%.*}]}\""
-        else
-            mo::error "Unable to index a scalar as an array: $moArg"
-        fi
-    fi
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Find the name of a variable to use
-#
-# $1 - Destination variable name, receives an array
-# $2 - Variable name from the template
-#
-# The array contains the following values
-#     [0] - Variable name
-#     [1] - Array index, or empty string
-#
-# Example variables
-#     a="a"
-#     b="b"
-#     c=("c.0" "c.1")
-#     d=([b]="d.b" [d]="d.d")
-#
-# Given these inputs (function input, current value), produce these outputs
-#     a c => a
-#     a c.0 => a
-#     b d => d.b
-#     b d.d => d.b
-#     a d => d.a
-#     a d.d => d.a
-#     c.0 d => c.0
-#     d.b d => d.b
-#     '' c => c
-#     '' c.0 => c.0
-# Returns nothing.
-mo::findVariableName() {
-    local moVar moNameParts moResultBase moResultIndex moCurrent
-
-    moVar=$2
-    moResultBase=$moVar
-    moResultIndex=""
-
-    if [[ -z "$moVar" ]]; then
-        moResultBase=${MO_CURRENT%%.*}
-
-        if [[ "$MO_CURRENT" == *.* ]]; then
-            moResultIndex=${MO_CURRENT#*.}
-        fi
-    elif [[ "$moVar" == *.* ]]; then
-        mo::debug "Find variable name; name has dot: $moVar"
-        moResultBase=${moVar%%.*}
-        moResultIndex=${moVar#*.}
-    elif [[ -n "$MO_CURRENT" ]]; then
-        moCurrent=${MO_CURRENT%%.*}
-        mo::debug "Find variable name; look in array: $moCurrent"
-
-        if mo::isArrayIndexValid "$moCurrent" "$moVar"; then
-            moResultBase=$moCurrent
-            moResultIndex=$moVar
-        fi
-    fi
-
-    local "$1" && mo::indirectArray "$1" "$moResultBase" "$moResultIndex"
-}
-
-
-# Internal: Join / implode an array
-#
-# $1    - Variable name to receive the joined content
-# $2    - Joiner
-# $3-@ - Elements to join
-#
-# Returns nothing.
-mo::join() {
-    local joiner part result target
-
-    target=$1
-    joiner=$2
-    result=$3
-    shift 3
-
-    for part in "$@"; do
-        result="$result$joiner$part"
-    done
-
-    local "$target" && mo::indirect "$target" "$result"
-}
-
-
-# Internal: Call a function.
-#
-# $1 - Variable for output
-# $2 - Content to pass
-# $3 - Function to call
-# $4-@ - Additional arguments as list of type, value/name
-#
-# Returns nothing.
-mo::evaluateFunction() {
-    local moArgs moContent moFunctionResult moTarget moFunction moTemp moFunctionCall
-
-    moTarget=$1
-    moContent=$2
-    moFunction=$3
-    shift 3
-    moArgs=()
-
-    while [[ $# -gt 1 ]]; do
-        mo::evaluateSingle moTemp "$1" "$2"
-        moArgs=(${moArgs[@]+"${moArgs[@]}"} "$moTemp")
-        shift 2
-    done
-
-    mo::escape moFunctionCall "$moFunction"
-
-    if [[ -n "${MO_ALLOW_FUNCTION_ARGUMENTS-}" ]]; then
-        mo::debug "Function arguments are allowed"
-
-        if [[ ${#moArgs[@]} -gt 0 ]]; then
-            for moTemp in "${moArgs[@]}"; do
-                mo::escape moTemp "$moTemp"
-                moFunctionCall="$moFunctionCall $moTemp"
-            done
-        fi
-    fi
-
-    mo::debug "Calling function: $moFunctionCall"
-
-    #: Call the function in a subshell for safety. Employ the trick to preserve
-    #: whitespace at the end of the output.
-    moContent=$(
-        export MO_FUNCTION_ARGS=(${moArgs[@]+"${moArgs[@]}"})
-        echo -n "$moContent" | eval "$moFunctionCall ; moFunctionResult=\$? ; echo -n '.' ; exit \"\$moFunctionResult\""
-    ) || {
-        moFunctionResult=$?
-        if [[ -n "${MO_FAIL_ON_FUNCTION-}" && "$moFunctionResult" != 0 ]]; then
-            mo::error "Function failed with status code $moFunctionResult: $moFunctionCall" "$moFunctionResult"
-        fi
-    }
-
-    local "$moTarget" && mo::indirect "$moTarget" "${moContent%.}"
-}
-
-
-# Internal: Check if a tag appears to have only whitespace before it and after
-# it on a line. There must be a new line before and there must be a newline
-# after or the end of a string
-#
-# No arguments.
-#
-# Returns 0 if this is a standalone tag, 1 otherwise.
-mo::standaloneCheck() {
-    local moContent moN moR moT
-
-    moN=$'\n'
-    moR=$'\r'
-    moT=$'\t'
-
-    #: Check the content before
-    moContent=${MO_STANDALONE_CONTENT//"$moR"/"$moN"}
-
-    #: By default, signal to the next check that this one failed
-    MO_STANDALONE_CONTENT=""
-
-    if [[ "$moContent" != *"$moN"* ]]; then
-        mo::debug "Not a standalone tag - no newline before"
-
-        return 1
-    fi
-
-    moContent=${moContent##*"$moN"}
-    moContent=${moContent//"$moT"/}
-    moContent=${moContent// /}
-
-    if [[ -n "$moContent" ]]; then
-        mo::debug "Not a standalone tag - non-whitespace detected before tag"
-
-        return 1
-    fi
-
-    #: Check the content after
-    moContent=${MO_UNPARSED//"$moR"/"$moN"}
-    moContent=${moContent%%"$moN"*}
-    moContent=${moContent//"$moT"/}
-    moContent=${moContent// /}
-
-    if [[ -n "$moContent" ]]; then
-        mo::debug "Not a standalone tag - non-whitespace detected after tag"
-
-        return 1
-    fi
-
-    #: Signal to the next check that this tag removed content
-    MO_STANDALONE_CONTENT=$'\n'
-
-    return 0
-}
-
-
-# Internal: Process content before and after a tag. Remove prior whitespace up
-# to the previous newline. Remove following whitespace up to and including the
-# next newline.
-#
-# No arguments.
-#
-# Returns nothing.
-mo::standaloneProcess() {
-    local moI moTemp
-
-    mo::debug "Standalone tag - processing content before and after tag"
-    moI=$((${#MO_PARSED} - 1))
-    mo::debug "zero done ${#MO_PARSED}"
-    mo::escape moTemp "$MO_PARSED"
-    mo::debug "$moTemp"
-
-    while [[ "${MO_PARSED:$moI:1}" == " " || "${MO_PARSED:$moI:1}" == $'\t' ]]; do
-        moI=$((moI - 1))
-    done
-
-    if [[ $((moI + 1)) != "${#MO_PARSED}" ]]; then
-        MO_PARSED="${MO_PARSED:0:${moI}+1}"
-    fi
-
-    moI=0
-
-    while [[ "${MO_UNPARSED:${moI}:1}" == " " || "${MO_UNPARSED:${moI}:1}" == $'\t' ]]; do
-        moI=$((moI + 1))
-    done
-
-    if [[ "${MO_UNPARSED:${moI}:1}" == $'\r' ]]; then
-        moI=$((moI + 1))
-    fi
-
-    if [[ "${MO_UNPARSED:${moI}:1}" == $'\n' ]]; then
-        moI=$((moI + 1))
-    fi
-
-    if [[ "$moI" != 0 ]]; then
-        MO_UNPARSED=${MO_UNPARSED:${moI}}
-    fi
-}
-
-
-# Internal: Apply indentation before any line that has content in MO_UNPARSED.
-#
-# $1 - Destination variable name.
-# $2 - The indentation string.
-# $3 - The content that needs the indentation string prepended on each line.
-#
-# Returns nothing.
-mo::indentLines() {
-    local moContent moIndentation moResult moN moR moChunk
-
-    moIndentation=$2
-    moContent=$3
-
-    if [[ -z "$moIndentation" ]]; then
-        mo::debug "Not applying indentation, empty indentation"
-
-        local "$1" && mo::indirect "$1" "$moContent"
-        return
-    fi
-
-    if [[ -z "$moContent" ]]; then
-        mo::debug "Not applying indentation, empty contents"
-
-        local "$1" && mo::indirect "$1" "$moContent"
-        return
-    fi
-
-    moResult=
-    moN=$'\n'
-    moR=$'\r'
-
-    mo::debug "Applying indentation: '${moIndentation}'"
-
-    while [[ -n "$moContent" ]]; do
-        moChunk=${moContent%%"$moN"*}
-        moChunk=${moChunk%%"$moR"*}
-        moContent=${moContent:${#moChunk}}
-
-        if [[ -n "$moChunk" ]]; then
-            moResult="$moResult$moIndentation$moChunk"
-        fi
-
-        moResult="$moResult${moContent:0:1}"
-        moContent=${moContent:1}
-    done
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Escape a value
-#
-# $1 - Destination variable name
-# $2 - Value to escape
-#
-# Returns nothing
-mo::escape() {
-    local moResult
-
-    moResult=$2
-    moResult=$(declare -p moResult)
-    moResult=${moResult#*=}
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Internal: Get the content up to the end of the block by minimally parsing and
-# balancing blocks. Returns the content before the end tag to the caller and
-# removes the content + the end tag from MO_UNPARSED. This can change the
-# delimiters, adjusting MO_OPEN_DELIMITER and MO_CLOSE_DELIMITER.
-#
-# $1 - Destination variable name
-# $2 - Token string to match for a closing tag
-#
-# Returns nothing.
-mo::getContentUntilClose() {
-    local moChunk moResult moTemp moTokensString moTokens moTarget moTagStack moResultTemp
-
-    moTarget=$1
-    moTagStack=("$2")
-    mo::debug "Get content until close tag: ${moTagStack[0]}"
-    moResult=""
-
-    while [[ -n "$MO_UNPARSED" ]] && [[ "${#moTagStack[@]}" -gt 0 ]]; do
-        moChunk=${MO_UNPARSED%%"$MO_OPEN_DELIMITER"*}
-        moResult="$moResult$moChunk"
-        MO_UNPARSED=${MO_UNPARSED:${#moChunk}}
-
-        if [[ -n "$MO_UNPARSED" ]]; then
-            moResultTemp="$MO_OPEN_DELIMITER"
-            MO_UNPARSED=${MO_UNPARSED:${#MO_OPEN_DELIMITER}}
-            mo::getContentTrim moTemp
-            moResultTemp="$moResultTemp$moTemp"
-            mo::debug "First character within tag: ${MO_UNPARSED:0:1}"
-
-            case "$MO_UNPARSED" in
-                '#'*)
-                    #: Increase block
-                    moResultTemp="$moResultTemp${MO_UNPARSED:0:1}"
-                    MO_UNPARSED=${MO_UNPARSED:1}
-                    mo::getContentTrim moTemp
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    moResultTemp="$moResultTemp${moTemp[0]}"
-                    moTagStack=("${moTemp[1]}" "${moTagStack[@]}")
-                    ;;
-
-                '^'*)
-                    #: Increase block
-                    moResultTemp="$moResultTemp${MO_UNPARSED:0:1}"
-                    MO_UNPARSED=${MO_UNPARSED:1}
-                    mo::getContentTrim moTemp
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    moResultTemp="$moResultTemp${moTemp[0]}"
-                    moTagStack=("${moTemp[1]}" "${moTagStack[@]}")
-                    ;;
-
-                '>'*)
-                    #: Partial - ignore
-                    moResultTemp="$moResultTemp${MO_UNPARSED:0:1}"
-                    MO_UNPARSED=${MO_UNPARSED:1}
-                    mo::getContentTrim moTemp
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    moResultTemp="$moResultTemp${moTemp[0]}"
-                    ;;
-
-                '/'*)
-                    #: Decrease block
-                    moResultTemp="$moResultTemp${MO_UNPARSED:0:1}"
-                    MO_UNPARSED=${MO_UNPARSED:1}
-                    mo::getContentTrim moTemp
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    
-                    if [[ "${moTagStack[0]}" == "${moTemp[1]}" ]]; then
-                        moResultTemp="$moResultTemp${moTemp[0]}"
-                        moTagStack=("${moTagStack[@]:1}")
-
-                        if [[ "${#moTagStack[@]}" -eq 0 ]]; then
-                            #: Erase all portions of the close tag
-                            moResultTemp=""
-                        fi
-                    else
-                        mo::errorNear "Unbalanced closing tag, expected: ${moTagStack[0]}" "${moTemp[0]}${MO_UNPARSED}"
-                    fi
-                    ;;
-
-                '!'*)
-                    #: Comment - ignore
-                    mo::getContentComment moTemp
-                    moResultTemp="$moResultTemp$moTemp"
-                    ;;
-
-                '='*)
-                    #: Change delimiters
-                    mo::getContentDelimiter moTemp
-                    moResultTemp="$moResultTemp$moTemp"
-                    ;;
-
-                '&'*)
-                    #: Unescaped - bypass one then ignore
-                    moResultTemp="$moResultTemp${MO_UNPARSED:0:1}"
-                    MO_UNPARSED=${MO_UNPARSED:1}
-                    mo::getContentTrim moTemp
-                    moResultTemp="$moResultTemp$moTemp"
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    moResultTemp="$moResultTemp${moTemp[0]}"
-                    ;;
-
-                *)
-                    #: Normal variable - ignore
-                    mo::getContentWithinTag moTemp "$MO_CLOSE_DELIMITER"
-                    moResultTemp="$moResultTemp${moTemp[0]}"
-                    ;;
-            esac
-
-            moResult="$moResult$moResultTemp"
-        fi
-    done
-
-    MO_STANDALONE_CONTENT="$MO_STANDALONE_CONTENT$moResult"
-
-    if mo::standaloneCheck; then
-        moResultTemp=$MO_PARSED
-        MO_PARSED=$moResult
-        mo::standaloneProcess
-        moResult=$MO_PARSED
-        MO_PARSED=$moResultTemp
-    fi
-
-    local "$moTarget" && mo::indirect "$moTarget" "$moResult"
-}
-
-
-# Internal: Convert a list of tokens to a string
-#
-# $1 - Destination variable for the string
-# $2-$@ - Token list
-#
-# Returns nothing.
-mo::tokensToString() {
-    local moTarget moString moTokens
-
-    moTarget=$1
-    shift 1
-    moTokens=("$@")
-    moString=$(declare -p moTokens)
-    moString=${moString#*=}
-
-    local "$moTarget" && mo::indirect "$moTarget" "$moString"
-}
-
-
-# Internal: Trims content from MO_UNPARSED, returns trimmed content.
-#
-# $1 - Destination variable
-#
-# Returns nothing.
-mo::getContentTrim() {
-    local moChar moResult
-    
-    moChar=${MO_UNPARSED:0:1}
-    moResult=""
-
-    while [[ "$moChar" == " " ]] || [[ "$moChar" == $'\r' ]] || [[ "$moChar" == $'\t' ]] || [[ "$moChar" == $'\n' ]]; do
-        moResult="$moResult$moChar"
-        MO_UNPARSED=${MO_UNPARSED:1}
-        moChar=${MO_UNPARSED:0:1}
-    done
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Get the content up to and including a close tag
-#
-# $1 - Destination variable
-#
-# Returns nothing.
-mo::getContentComment() {
-    local moResult
-
-    mo::debug "Getting content for comment"
-    moResult=${MO_UNPARSED%%"$MO_CLOSE_DELIMITER"*}
-    MO_UNPARSED=${MO_UNPARSED:${#moResult}}
-
-    if [[ "$MO_UNPARSED" == "$MO_CLOSE_DELIMITER"* ]]; then
-        moResult="$moResult$MO_CLOSE_DELIMITER"
-        MO_UNPARSED=${MO_UNPARSED#"$MO_CLOSE_DELIMITER"}
-    fi
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Get the content up to and including a close tag. First two non-whitespace
-# tokens become the new open and close tag.
-#
-# $1 - Destination variable
-#
-# Returns nothing.
-mo::getContentDelimiter() {
-    local moResult moTemp moOpen moClose
-
-    mo::debug "Getting content for delimiter"
-    moResult=""
-    mo::getContentTrim moTemp
-    moResult="$moResult$moTemp"
-    mo::chomp moOpen "$MO_UNPARSED"
-    MO_UNPARSED="${MO_UNPARSED:${#moOpen}}"
-    moResult="$moResult$moOpen"
-    mo::getContentTrim moTemp
-    moResult="$moResult$moTemp"
-    mo::chomp moClose "${MO_UNPARSED%%="$MO_CLOSE_DELIMITER"*}"
-    MO_UNPARSED="${MO_UNPARSED:${#moClose}}"
-    moResult="$moResult$moClose"
-    mo::getContentTrim moTemp
-    moResult="$moResult$moTemp"
-    MO_OPEN_DELIMITER="$moOpen"
-    MO_CLOSE_DELIMITER="$moClose"
-
-    local "$1" && mo::indirect "$1" "$moResult"
-}
-
-
-# Get the content up to and including a close tag. First two non-whitespace
-# tokens become the new open and close tag.
-#
-# $1 - Destination variable, an array
-# $2 - Terminator string
-#
-# The array contents:
-#     [0] The raw content within the tag
-#     [1] The parsed tokens as a single string
-#
-# Returns nothing.
-mo::getContentWithinTag() {
-    local moUnparsed moTokens
-
-    moUnparsed=${MO_UNPARSED}
-    mo::tokenizeTagContents moTokens "$MO_CLOSE_DELIMITER"
-    MO_UNPARSED=${MO_UNPARSED#"$MO_CLOSE_DELIMITER"}
-    mo::tokensToString moTokensString "${moTokens[@]:1}"
-    moParsed=${moUnparsed:0:$((${#moUnparsed} - ${#MO_UNPARSED}))}
-
-    local "$1" && mo::indirectArray "$1" "$moParsed" "$moTokensString"
-}
-
-
-# Internal: Parse MO_UNPARSED and retrieve the content within the tag
-# delimiters. Converts everything into an array of string values.
-#
-# $1 - Destination variable for the array of contents.
-# $2 - Stop processing when this content is found.
-#
-# The list of tokens are in RPN form. The first item in the resulting array is
-# the number of actual tokens (after combining command tokens) in the list.
-#
-# Given: a 'bc' "de\"\n" (f {g 'h'})
-# Result: ([0]=4 [1]=NAME [2]=a [3]=VALUE [4]=bc [5]=VALUE [6]=$'de\"\n'
-# [7]=NAME [8]=f [9]=NAME [10]=g [11]=VALUE [12]=h
-# [13]=BRACE [14]=2 [15]=PAREN [16]=2
-#
-# Returns nothing
-mo::tokenizeTagContents() {
-    local moResult moTerminator moTemp moUnparsedOriginal moTokenCount
-
-    moTerminator=$2
-    moResult=()
-    moUnparsedOriginal=$MO_UNPARSED
-    moTokenCount=0
-    mo::debug "Tokenizing tag contents until terminator: $moTerminator"
-
-    while true; do
-        mo::trimUnparsed
-
-        case "$MO_UNPARSED" in
-            "")
-                mo::errorNear "Did not find matching terminator: $moTerminator" "$moUnparsedOriginal"
-                ;;
-
-            "$moTerminator"*)
-                mo::debug "Found terminator"
-                local "$1" && mo::indirectArray "$1" "$moTokenCount" ${moResult[@]+"${moResult[@]}"}
-                return
-                ;;
-
-            '('*)
-                #: Do not tokenize the open paren - treat this as RPL
-                MO_UNPARSED=${MO_UNPARSED:1}
-                mo::tokenizeTagContents moTemp ')'
-                moResult=(${moResult[@]+"${moResult[@]}"} "${moTemp[@]:1}" PAREN "${moTemp[0]}")
-                MO_UNPARSED=${MO_UNPARSED:1}
-                ;;
-
-            '{'*)
-                #: Do not tokenize the open brace - treat this as RPL
-                MO_UNPARSED=${MO_UNPARSED:1}
-                mo::tokenizeTagContents moTemp '}'
-                moResult=(${moResult[@]+"${moResult[@]}"} "${moTemp[@]:1}" BRACE "${moTemp[0]}")
-                MO_UNPARSED=${MO_UNPARSED:1}
-                ;;
-
-            ')'* | '}'*)
-                mo::errorNear "Unbalanced closing parenthesis or brace" "$MO_UNPARSED"
-                ;;
-
-            "'"*)
-                mo::tokenizeTagContentsSingleQuote moTemp
-                moResult=(${moResult[@]+"${moResult[@]}"} "${moTemp[@]}")
-                ;;
-
-            '"'*)
-                mo::tokenizeTagContentsDoubleQuote moTemp
-                moResult=(${moResult[@]+"${moResult[@]}"} "${moTemp[@]}")
-                ;;
-
-            *)
-                mo::tokenizeTagContentsName moTemp
-                moResult=(${moResult[@]+"${moResult[@]}"} "${moTemp[@]}")
-                ;;
-        esac
-
-        mo::debug "Got chunk: ${moTemp[0]} ${moTemp[1]}"
-        moTokenCount=$((moTokenCount + 1))
-    done
-}
-
-
-# Internal: Get the contents of a variable name.
-#
-# $1 - Destination variable name for the token list (array of strings)
-#
-# Returns nothing
-mo::tokenizeTagContentsName() {
-    local moTemp
-
-    mo::chomp moTemp "${MO_UNPARSED%%"$MO_CLOSE_DELIMITER"*}"
-    moTemp=${moTemp%%(*}
-    moTemp=${moTemp%%)*}
-    moTemp=${moTemp%%\{*}
-    moTemp=${moTemp%%\}*}
-    MO_UNPARSED=${MO_UNPARSED:${#moTemp}}
-    mo::trimUnparsed
-    mo::debug "Parsed default token: $moTemp"
-
-    local "$1" && mo::indirectArray "$1" "NAME" "$moTemp"
-}
-
-
-# Internal: Get the contents of a tag in double quotes. Parses the backslash
-# sequences.
-#
-# $1 - Destination variable name for the token list (array of strings)
-#
-# Returns nothing.
-mo::tokenizeTagContentsDoubleQuote() {
-    local moResult moUnparsedOriginal
-
-    moUnparsedOriginal=$MO_UNPARSED
-    MO_UNPARSED=${MO_UNPARSED:1}
-    moResult=
-    mo::debug "Getting double quoted tag contents"
-
-    while true; do
-        if [[ -z "$MO_UNPARSED" ]]; then
-            mo::errorNear "Unbalanced double quote" "$moUnparsedOriginal"
-        fi
-
-        case "$MO_UNPARSED" in
-            '"'*)
-                MO_UNPARSED=${MO_UNPARSED:1}
-                local "$1" && mo::indirectArray "$1" "VALUE" "$moResult"
-                return
-                ;;
-
-            \\b*)
-                moResult="$moResult"$'\b'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\e*)
-                #: Note, \e is ESC, but in Bash $'\E' is ESC.
-                moResult="$moResult"$'\E'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\f*)
-                moResult="$moResult"$'\f'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\n*)
-                moResult="$moResult"$'\n'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\r*)
-                moResult="$moResult"$'\r'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\t*)
-                moResult="$moResult"$'\t'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\v*)
-                moResult="$moResult"$'\v'
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            \\*)
-                moResult="$moResult${MO_UNPARSED:1:1}"
-                MO_UNPARSED=${MO_UNPARSED:2}
-                ;;
-
-            *)
-                moResult="$moResult${MO_UNPARSED:0:1}"
-                MO_UNPARSED=${MO_UNPARSED:1}
-                ;;
-        esac
-    done
-}
-
-
-# Internal: Get the contents of a tag in single quotes. Only gets the raw
-# value.
-#
-# $1 - Destination variable name for the token list (array of strings)
-#
-# Returns nothing.
-mo::tokenizeTagContentsSingleQuote() {
-    local moResult moUnparsedOriginal
-
-    moUnparsedOriginal=$MO_UNPARSED
-    MO_UNPARSED=${MO_UNPARSED:1}
-    moResult=
-    mo::debug "Getting single quoted tag contents"
-
-    while true; do
-        if [[ -z "$MO_UNPARSED" ]]; then
-            mo::errorNear "Unbalanced single quote" "$moUnparsedOriginal"
-        fi
-
-        case "$MO_UNPARSED" in
-            "'"*)
-                MO_UNPARSED=${MO_UNPARSED:1}
-                local "$1" && mo::indirectArray "$1" VALUE "$moResult"
-                return
-                ;;
-
-            *)
-                moResult="$moResult${MO_UNPARSED:0:1}"
-                MO_UNPARSED=${MO_UNPARSED:1}
-                ;;
-        esac
-    done
-}
-
-
-# Save the original command's path for usage later
-MO_ORIGINAL_COMMAND="$(cd "${BASH_SOURCE[0]%/*}" || exit 1; pwd)/${BASH_SOURCE[0]##*/}"
-MO_VERSION="3.0.7"
-
-# If sourced, load all functions.
-# If executed, perform the actions as expected.
-if [[ "$0" == "${BASH_SOURCE[0]}" ]] || [[ -z "${BASH_SOURCE[0]}" ]]; then
-    mo "$@"
-fi