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130 lines
3.3 KiB
Groff
130 lines
3.3 KiB
Groff
.Dd Sep 30, 2014
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.Dt RAGG2 1
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.Sh NAME
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.Nm ragg2
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.Nd radare2 frontend for r_egg, compile programs into tiny binaries for x86-32/64 and arm.
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.Sh SYNOPSIS
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.Nm ragg2
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.Op Fl a Ar arch
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.Op Fl b Ar bits
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.Op Fl k Ar kernel
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.Op Fl f Ar format
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.Op Fl o Ar file
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.Op Fl i Ar shellcode
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.Op Fl I Ar path
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.Op Fl e Ar encoder
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.Op Fl B Ar hexpairs
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.Op Fl c Ar k=v
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.Op Fl C Ar file
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.Op Fl n Ar num32
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.Op Fl N Ar num64
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.Op Fl d Ar off:dword
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.Op Fl D Ar off:qword
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.Op Fl w Ar off:hexpair
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.Op Fl p Ar padding
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.Op Fl P Ar pattern
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.Op Fl q Ar fragment
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.Op Fl FOLsrxvhz
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.Sh DESCRIPTION
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ragg2 is a frontend for r_egg, compile programs into tiny binaries for x86-32/64 and arm.
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.Pp
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This tool is experimental and it is a rewrite of the old rarc2 and rarc2-tool programs as a library and integrated with r_asm and r_bin.
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.Pp
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Programs generated by r_egg are relocatable and can be injected in a running process or on-disk binary file.
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.Pp
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ragg2-cc is another tool that comes with r2 and it is used to generate shellcodes from C code. The final code can be linked with rabin2 and it is relocatable, so it can be used to inject it on any remote process.
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.Pp
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ragg2-cc is conceptually based on shellforge4, but only linux/osx x86-32/64 platforms are supported.
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.Sh DIRECTIVES
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.Pp
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The rr2 (ragg2) configuration file accepts the following directives, described as key=value entries and comments defined as lines starting with '#'.
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.Bl -tag -width Fl
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.It Fl a Ar arch
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set architecture x86, arm
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.It Fl b Ar bits
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32 or 64
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.It Fl k Ar kernel
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windows, linux or osx
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.It Fl f Ar format
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select binary format (pe, elf, mach0)
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.It Fl o Ar file
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output file to write result of compilation
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.It Fl i Ar shellcode
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specify shellcode name to be used (see \-L)
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.It Fl e Ar encoder
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specify encoder name to be used (see \-L)
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.It Fl B Ar hexpair
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specify shellcode as hexpairs
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.It Fl c Ar k=v
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set configure option for the shellcode encoder. The argument must be key=value.
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.It Fl C Ar file
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include contents of file
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.It Fl d Ar off:dword
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Patch final buffer with given dword at specified offset
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.It Fl D Ar off:qword
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Patch final buffer with given qword at specified offset
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.It Fl w Ar off:hexpairs
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Patch final buffer with given hexpairs at specified offset
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.It Fl n Ar num32
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Append a 32bit number in little endian
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.It Fl N Ar num64
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Append a 64bit number in little endian
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.It Fl p Ar padding
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Specify generic paddings with a format string.
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.It Fl P Ar size
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Prepend debruijn sequence of given length.
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.It Fl q Ar fragment
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Output offset of debruijn sequence fragment.
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.It Fl F
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autodetect native file format (osx=mach0, linux=elf, ..)
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.It Fl O
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use default output file (filename without extension or a.out)
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.It Fl I Ar path
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add include path
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.It Fl s
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show assembler code
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.It Fl r
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show raw bytes instead of hexpairs
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.It Fl x
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execute (just-in-time)
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.It Fl z
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output in C string syntax
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.El
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.Sh EXAMPLE
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.Pp
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$ cat hi.r
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/* hello world in r_egg */
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write@syscall(4); //x64 write@syscall(1);
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exit@syscall(1); //x64 exit@syscall(60);
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.Pp
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main@global(128) {
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.var0 = "hi!\\n";
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write(1,.var0, 4);
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exit(0);
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}
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$ ragg2 \-O \-F hi.r
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$ ./hi
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hi!
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.Pp
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.Pp
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$ cat hi.c
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main() {
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write(1, "Hello\n", 6);
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exit(0);
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}
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$ ragg2 hi.c
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$ ./hi.c.bin
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Hello
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.Sh SEE ALSO
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.Pp
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.Xr radare2(1) ,
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.Xr rahash2(1) ,
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.Xr rafind2(1) ,
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.Xr rabin2(1) ,
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.Xr rafind2(1) ,
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.Xr radiff2(1) ,
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.Xr rasm2(1) ,
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.Sh AUTHORS
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.Pp
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Written by pancake <pancake@nopcode.org>.
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