dynhacker.org

#!/bin/bash

# Author: pc.wiz.tt@gmail.com

# UPDATE: Sat, Jan, 5 2013: silenced over-talkative make, +removed 'echo' debug line

# OMG its the borg...
# They are back and they are assimilating...
# Resistance is futile..

# This script does some shit (whether you like that statement or not).
#
# 1.  download a source tarball of dyncall (if needed)
# 2.  set up some destination paths for resulting build files (libs & headers)
# 3.  extract the tarball
# 4.  build the package
# 5.  request the general directory name the resulting binaries (differs for each platform)
# 6.  locates the development binaries
# 8.  locates the development headers
# 9.  puts the binary files into BINARYDEST directory (default relative: ./bin)
# 10. puts the development headers into HEADERDEST (default relative: ./src/dyncall)
# 11. Removes completely the extracted tarball directory
#
#
# A program may then use the dyncall libraries as such in a c file located in .src/
#
#   #include "dyncall/dyncall.h"
#   ...
#
# compiling is fairly simple: gcc [paths] [files] bin/lib* [options] [sharedlibs]
#
# This script is smart enough to run properly from a makefile.
#
# The question is: are you smart enough to use it or dyncall? -lol
#

DYNCALLPKG=http://dyncall.org/r0.7/dyncall-0.7.tar.gz
DYNCALLARC=src/dyncall-0.7.tar.gz

BINARYDEST=bin
HEADERDEST=src/dyncall;

# HACK ROOT
dynRoot=src/dyncall-0.7;

# only download missing files
urlHamper() {
    [[ -e "$1" ]] && return;
    type -p curl > /dev/null || {
        # teach the user how to be a supporting advocate of this script's operation
        echo please install curl or download: $DYNCALLPKG --\> ./src directory;
        exit 1;
    } >&2;
    curl -\# -o "$1" "${2}";
}

set -e; # exit on unhandled errors

mkdir -vp ${BINARYDEST} ${HEADERDEST};

urlHamper ${DYNCALLARC} ${DYNCALLPKG};

tar --directory src -xvf ${DYNCALLARC};

( cd ${dynRoot}; ./configure && make; );

echo Hacking dyncall resources...

MARVEL=$(
    cd $dynRoot;
    make -s --eval 'Hackologist:
    @echo ${BUILD_DIR}
')

echo Destination descriptor acquired...
UNIVERSE=($(printf '%s\n' $dynRoot/{dyncall,dynload,dyncallback}/${MARVEL}));

echo Locating objects...
LIBS="$(
    for superHero in "${UNIVERSE[@]}"; do
        echo $superHero/lib*;
    done
)"

echo Discovering headers...
HEADERS=$(echo $dynRoot/{dyncall/*.h,dynload/*.h,dyncallback/*.h})

cp -vt ${HEADERDEST} ${HEADERS} &
cp -vt ${BINARYDEST} ${LIBS};

wait $!;

# get rid of junk
rm -vrf $dynRoot;

echo Dyncall Assimilation Complete