Latest version

binbox

@@ -1,173 +0,0 @@
-#!/bin/sh
-# binbox: Creates a multi-binary script that self-contains the input scripts.
-#         Symlinking to the resulting binary with the name of one of the original scripts will trigger
-#         said script. The idea is similar to `busybox`.
-
-LD_INTERNAL=1
-. $(dirname $(realpath $0))/daisy.source
-
-args=$@
-
-function help()
-{
-  echo "$LD_BIN is a utility that allows you to generate busybox-style combined binaries."
-  echo "To access the original functionality of an input binary, you can either use a symlink or"
-  echo "call the function like so: 'combi-bin input-bin <input-bin args>."
-  echo ""
-  echo "> Usage:"
-  echo "Creating boxed binary:        $LD_BIN -o <BOXED_BIN> <-s source files> <-p include files verbatim> -i INPUT_BINS ..."
-  echo "<X> Unpacking a boxed binary: $LD_BIN -e <BOXED_BIN>"
-  echo "View this screen:             $LD_BIN <noargs>"
-  exit 0
-}
-
-if [[ $@ == '' ]]; then
-  help
-fi
-
-# Define some building blocks
-case_p1="case $BINARY in"
-case_pm1="  $OPTION)"
-case_pm2="  exec $OTPION_fn"
-case_pm3="  ;;"
-case_cm1="  *)"
-case_cm2="  exec help_fn"
-case_cm3="  ;;"
-case_p2="esac"
-
-func_p1="function $OPTION_fn() {"
-func_p2="  exit($?)"
-func_p3="}"
-
-basic_p1="BINARY=$0"
-
-# Start parsing args
-inputs=()
-output=""
-
-inputs=()
-output=""
-includes=()
-sources=()
-
-args=("$@")
-i=0
-b=0
-s=0
-p=0
-while [ $i -lt $# ]; do
-  case "${args[$i]}" in
-    -i)
-      ((i++))
-      while [ $i -lt $# ] && [[ ! "${args[$i]}" =~ ^- ]]; do
-        inputs+=("${args[$i]}")
-        ((i++))
-        ((b++))
-      done
-      continue
-      ;;
-    -s)
-      ((i++))
-      while [ $i -lt $# ] && [[ ! "${args[$i]}" =~ ^- ]]; do
-        sources+=("${args[$i]}")
-        ((i++))
-        ((s++))
-      done
-      continue
-      ;;
-    -p)
-      ((i++))
-      while [ $i -lt $# ] && [[ ! "${args[$i]}" =~ ^- ]]; do
-        includes+=("${args[$i]}")
-        ((i++))
-        ((p++))
-      done
-      continue
-      ;;
-    -o)
-      ((i++))
-      output="${args[$i]}"
-      ;;
-  esac
-  ((i++))
-done
-
-echo "Input binaries: ${inputs[*]}"
-echo "Include files: ${includes[*]}"
-echo "Source files: ${sources[*]}"
-echo "Output binary: $output"
-
-if [ "$b" -eq 0 ]; then
-  echo "Missing input binaries!"
-  exit 1
-fi
-
-if [[ "$output" == "" ]]; then
-  echo "Missing output file!"
-  exit 1
-fi
-
-function add()
-{
-  echo "$@" >> "$output"
-}
-
-rm -rf "$output"
-
-# Now to construct the binary
-# >>> Section 1, includes
-add "#!/bin/bash"
-add "# Multi-call binary generated by LACKADAISICAL binbox"
-add "# $output information:"
-add "# Contained modules: ${inputs[*]}"
-add "# Files included verbatim: ${includes[*]}"
-add "# Files sourced: ${sources[*]}"
-add "# Symlink to this binary with the module name to invoke it, or"
-add "# use '$output <func>' to do the same."
-
-for f in "${sources[@]}"; do
-  add ". $f"
-done
-
-for f in "${includes[@]}"; do
-  add ""
-  add "# Included file $f"
-  add "$(cat "$f")"
-done
-
-
-# >>> Section 2: Modules
-for f in "${inputs[@]}"; do
-    add "# Module '$f':"
-    add "function $f()"
-    add "{"
-    add "$(cat "$f" | grep -v "#!")"
-    add "}"
-done
-
-# >>> Section 3: Module selection
-add "symed=1"
-add "binself=\$(basename \$0)"
-add "boxfile=\"$output\""
-add "if [[ \$binself == \$boxfile  ]]; then"
-add "  symed=0"
-add "  if [[ \$# -eq 0 ]]; then"
-add "    echo 'Available modules:'"
-  for f in "${inputs[@]}"; do
-    add "    echo '$f'"
-  done
-add "    exit 0"
-add "  fi"
-add "fi"
-
-add "if [[ \$symed -eq 0 ]]; then"
-add "  eval \$@"
-add "  exit \$?"
-add "fi"
-
-add "if [[ \$symed -eq 1 ]]; then"
-add "  eval \$(basename \$0) \$@"
-add "fi"
-
-
-chmod +x "$output"