ranal2(1) [debian man page]

RANAL2(1)						    BSD General Commands Manual 						 RANAL2(1)

NAME

     ranal2 -- radare2 code analysis commandline frontend

SYNOPSIS

     ranal2 [-BhL] [-a arch] [-b bits] [-l inputlen] [-o offset] hexpairs|-

DESCRIPTION

     ranal2 provides a commandline utility to test and perform some code analysis work on a provided hexpair as argument or from stdin if the
     argument is '-'.

     -a arch	 Set a different architecture (x86, ppc, arm, java)

     -b bits	 Specify bit size of registers: 8, 16, 32, 64

     -B 	 Input is binary, -l is mandatory. Useful for stdin

     -h 	 Show help message

     -l len	 Specify length of input data

     -L 	 List all supported code analysis plugins

     -o offset	 Offset of the opcode to assemble

SEE ALSO

     radare2(1), rafind2(1), rahash2(1), rabin2(1), radiff2(1), ragg2(1), rarun2(1), rasm2(1), rax2(1),

AUTHORS

     pancake <pancake@nopcode.org>, nibble <nibble@develsec.org>

BSD
								   Oct 27, 2010 							       BSD

RAGG2-CC(1)						    BSD General Commands Manual 					       RAGG2-CC(1)

NAME

     ragg2-cc -- CC frontend for compiling shellcodes

SYNOPSIS

     ragg2-cc [-a arch] [-b bits] [-k kernel] [-o file] [-dscxvh]

DESCRIPTION

     ragg2-cc is a frontend of CC. It is used to creates tiny binaries (1KB) or shellcodes in binary or hexpairs from a C source.

     The compiler used is the one configured by the CC environment. This has been tested with gcc, llvm-gcc and clang.

     Uses sflib (shellforge4) includes to get the syscall definitions.

     Only linux/darwin x86-32/64 is supported at the moment. Planned support for more architectures.

OPTIONS

     -a arch	 set architecture x86, arm

     -b bits	 32 or 64

     -k kernel	 windows, linux or osx

     -o file	 output file to write result of compilation

     -h 	 show help message

     -v 	 show version

     -d 	 show assembler code

     -s 	 generate assembly file

     -c 	 generate compiled shellcode

     -x 	 show hexpair bytes

EXAMPLE

       $ cat hi.c
       int main() {
	 write (1, "Hello World
", 12);
	 exit (0);
       }

       $ ragg2-cc hi.c
       hi.c.bin

       # Linked into a tiny binary. This is 294 bytes
       $ wc -c < hi.c.bin
	  294

       $ ./hi.c.bin
       Hello World

       # The compiled shellcode has zeroes
       $ ragg2-cc -x hi.c
       e90000000083ec0ce800000000588d882a000000b804000000606a0651
       6a0150cd8083c41061b8010000006a0050cd8083c40883c40cc368656c
       6c6f0a00

       # Use a xor encoder with key 32 to bypass
       $ ragg2 -e xor -c key=32 -B `ragg2-cc -x hi.c`
       6a3e596a205be8ffffffffc15e4883c60d301e48ffc6e2f9c920202020
       a3cc2cc82020202078ada80a2020209824202020404a26714a2170eda0
       a3e4304198212020204a2070eda0a3e428a3e42ce348454c4c4f2a20

SEE ALSO

     radare2(1), rahash2(1), rafind2(1), rabin2(1), rafind2(1), ranal2(1), radiff2(1), rasm2(1), ragg2cc(1),

AUTHORS

     pancake <pancake@nopcode.org>

BSD
								    Dec 5, 2011 							       BSD