kicad-use-component

#!/bin/bash
set -eu -o pipefail
safe_source () { [[ ! -z ${1:-} ]] && source $1; _dir="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"; _sdir=$(dirname "$(readlink -f "$0")"); }; safe_source
# end of bash boilerplate

safe_source $_sdir/lib/all.sh

show_help(){
    cat <<HELP

    $(basename $0) [options] path/to/file.sch

        Copies file.sch to the current folder

    Options:
        --sync      : Copies file.sch onto original source.
        --all       : Synces back all files.

HELP
    exit
}

die(){
    echo_red "$1"
    show_help
    exit 1
}

# Parse command line arguments
# ---------------------------
# Initialize parameters
sync_back=false
all_files=false
# ---------------------------
args=("$@")
_count=1
while :; do
    key="${1:-}"
    case $key in
        -h|-\?|--help|'')
            show_help    # Display a usage synopsis.
            exit
            ;;
        # --------------------------------------------------------
        --sync) shift
            sync_back=true
            ;;
        --all) shift
            all_files=true
            ;;
        # --------------------------------------------------------
        -*) # Handle unrecognized options
            echo
            echo "Unknown option: $1"
            show_help
            exit 1
            ;;
        *)  # Generate the positional arguments: $_arg1, $_arg2, ...
            [[ ! -z ${1:-} ]] && declare _arg$((_count++))="$1" && shift
    esac
    [[ -z ${1:-} ]] && break
done; set -- "${args[@]}"
# use $_arg1 in place of $1, $_arg2 in place of $2 and so on, "$@" is intact

filename=${_arg1}
project_dir=$PWD
target_file="$project_dir/$(basename $filename)"

if [[ -f $target_file ]]; then
    if prompt_yes_no "$(basename $target_file) exists. Do you really want me to overwrite it?"; then
        mv $target_file $target_file.bak
    else
        echo_yellow "Aborted."
        exit 0
    fi
fi

cp $filename $target_file
echo_green "$(basename $filename) is enabled."
echo_green "Now add this HS in KiCAD."