diff --git a/cheat/cheatsheets/r2 b/cheat/cheatsheets/r2
new file mode 100644
index 0000000..e5be1e1
--- /dev/null
+++ b/cheat/cheatsheets/r2
@@ -0,0 +1,925 @@
+# Command Line options
+	-L: List of supported IO plugins
+
+	-q: Exit after processing commands
+
+	-w: Write mode enabled
+
+	-i: Interprets a r2 script
+
+	-A: Analize executable at load time (xrefs, etc)
+
+	-n: Bare load. Do not load executable info as the entrypoint
+
+	-c'cmds': Run r2 and execute commands (eg: r2 -wqc'wx 3c @ main')
+
+	-p: Creates a project for the file being analyzed (CC add a comment when opening a file as a project)
+
+	-: Opens r2 with the malloc plugin that gives a 512 bytes memory area to play with (size can be changed); Similar to r2 malloc://512
+
+-----------------------------------------------------------------------------------------------------------------------------
+
+# Configuration properties
+	e: Returs configuration properties
+	
+	e <property>: Checks a specific property:
+    		e asm.tabs => false
+
+	e <property>=<value>: Change property value
+    		e asm.arch=ppc
+
+	e? help about a configuration property
+    		e? cmd.stack
+
+	
+	
+	# Show comments at right of disassembly if they fit in screen
+		e asm.cmtright=true
+
+	# Shows pseudocode in disassembly. Eg mov eax, str.ok = > eax = str.ok
+		e asm.pseudo = true
+
+	# Display stack and register values on top of disasembly view (visual mode)
+		e cmd.stack = true
+
+	# Solarized theme
+		eco solarized
+
+	# Use UTF-8 to show cool arrows that do not look like crap :)
+		e scr.utf8 = true
+
+-----------------------------------------------------------------------------------------------------------------------------
+
+# Basic Commands
+
+	; Command chaining: x 3;s+3;pi 3;s+3;pxo 4;
+    
+	| Pipe with shell commands: pd | less
+    
+	! Run shell commands: !cat /etc/passwd
+    
+	!! Escapes to shell, run command and pass output to radare buffer
+    		
+		Note: 	The double exclamation mark tells radare to skip the plugin list to find an IO plugin handling this
+			command to launch it directly to the shell. A single one will walk through the io plugin list.
+
+    	` Radare commands: wx `!ragg2 -i exec`
+    
+	~ grep
+    
+	~! grep -v
+    
+	~[n] grep by columns afl~[0]
+
+    	~:n grep by rows afl~:0
+	
+	<command>~.. less/more mode
+
+	+-------------------------------------------------------------------
+	
+	pi~mov,eax            ; lines with mov or eax
+    	pi~mov&eax            ; lines with mov and eax
+    	pi~mov,eax:6          ; 6 first lines with mov or eax
+    	pd 20~call[0]:0       ; grep first column of the first row matching 'call'
+	
+	+-------------------------------------------------------------------
+
+	.cmd Interprets command output
+	
+	+-------------------------------------------------------------------
+	
+	is* prints symbolos
+	.is* interprets output and define the symbols in radare (normally they are already loaded if r2 was not invoked with -n)
+	
+	+-------------------------------------------------------------------
+	
+	.. repeats last commands (same as enter \n)
+    	
+	( Used to define and run macros
+    
+	$ Used to define alias
+    
+	$$: Resolves to current address
+    	
+	Offsets (@) are absolute, we can use $$ for relative ones @ $$+4
+    
+	? Evaluate expression
+	+-------------------------------------------------------------------
+
+	[0x00000000]> ? 33 +2
+	35 0x23 043 0000:0023 35 00100011 35.0 0.000000
+	Note: | and & need to be escaped
+
+	+-------------------------------------------------------------------
+
+	?$? Help for variables used in expressions
+    
+	$$: Here
+    
+	$s: File size
+    
+	$b: Block size
+    
+	$l: Opcode length
+    
+	$j: When $$ is at a jmp, $j is the address where we are going to jump to
+    
+	$f: Same for jmp fail address
+	
+	$m: Opcode memory reference (e.g. mov eax,[0x10] => 0x10)
+    
+	??? Help for ? command
+    
+	?i Takes input from stdin. Eg ?i username
+    
+	?? Result from previous operations
+    
+	?s from to [step]: Generates sequence from to every
+    
+	?p: Get physical address for given virtual address
+    
+	?P: Get virtual address for given physical one
+    
+	?v Show hex value of math expr
+
+	+-------------------------------------------------------------------
+
+	?v 0x1625d4ca ^ 0x72ca4247 = 0x64ef968d
+	?v 0x4141414a - 0x41414140  = 0xa
+
+	+-------------------------------------------------------------------
+
+	?l str: Returns the length of string
+    
+	@@: Used for iteractions
+
+	+-------------------------------------------------------------------
+
+	wx ff @@10 20 30      Writes ff at offsets 10, 20 and 30
+	wx ff @@`?s  1 10 2`  Writes ff at offsets 1, 2 and 3
+	wx 90 @@ sym.*        Writes a nop on every symbol
+
+	+-------------------------------------------------------------------
+
+# Positioning
+
+	s address: Move cursor to address or symbol
+	
+	s-5 (5 bytes backwards)
+	
+	s- undo seek
+
+	s+ redo seek
+
+# Block Size
+
+	b size: Change block size
+
+# Analyze
+	
+	aa: Analyze all (fcns + bbs) same that running r2 with -A
+
+	ahl <length> <range>: fake opcode length for a range of bytes
+	
+	ad: Analyze data
+
+	ad@rsp (analize the stack)
+
+	+ Normal mode
+		
+		af: Analyze functions
+
+		afl: List all functions
+    			number of functions: afl~?
+
+		afi: Returns information about the functions we are currently at
+
+		afr: Rename function: structure and flag
+	
+		afr off: Restore function name set by r2
+
+		afn: Rename function
+		
+		afn strlen 0x080483f0
+
+		af-: Removes metadata generated by the function analysis
+
+		af+: Define a function manually given the start address and length
+			af+ 0xd6f 403 checker_loop
+
+		axt: Returns cross references to (xref to)
+
+		axf: Returns cross references from (xref from)
+	
+	+ Visual mode
+
+		d, f: Function analysis
+
+		d, u: Remove metadata generated by function analysis
+
+	+ Opcode analysis
+		
+		ao x: Analize x opcodes from current offset
+
+		a8 bytes: Analize the instruction represented by specified bytes
+
+# Information
+
+		iI: File info
+
+		iz: Strings in data section
+
+		izz: Strings in the whole binary
+	
+		iS: Sections
+			iS~w returns writable sections
+
+		is: Symbols
+			is~FUNC exports
+		
+		il: Linked libraries
+
+		ii: Imports
+
+		ie: Entrypoint
+
+	+ Mitigations
+
+		i~pic : check if the binary has position-independent-code
+	
+		i~nx : check if the binary has non-executable stack
+
+		i~canary : check if the binary has canaries
+
+# Print
+
+	psz n @ offset: Print n zero terminated String
+
+	px n @ offset: Print hexdump (or just x) of n bytes
+
+	pxw n @ offset: Print hexdump of n words
+		pxw size@offset  prints hexadecimal words at address
+
+	pd n @ offset: Print n opcodes disassambled
+
+	pD n @ offset: Print n bytes disassembled
+
+	pi n @ offset: Print n instructions disassambeled (no address, XREFs, etc. just instrunctions)
+
+	pdf @ offset: Print disassembled function
+		pdf~XREF (grep: XREFs)
+		pdf~call (grep: calls)
+
+	pcp n @ offset: Print n bytes in python string output.
+		pcp 0x20@0x8048550
+		import struct
+		buf = struct.pack ("32B",
+    			0x55,0x89,0xe5,0x83,0xzz,0xzz,0xzz,0xzz,0xf0,0x00,0x00,
+			0x00,0x00,0xc7,0x45,0xf4,0x00,0x00,0x00,0x00,0xeb,0x20,
+			0xc7,0x44,0x24,0x04,0x01,0x00,0x00,0x00,0xzz,0xzz)
+
+	p8 n @ offset: Print n bytes (8bits) (no hexdump)
+	
+	pv: Print file contents as IDA bar and shows metadata for each byte (flags , ...)
+
+	pt: Interpret data as dates
+
+	pf: Print with format
+
+	pf.: list all formats
+
+	p=: Print entropy ascii graph
+
+# Write
+
+	wx: Write hex values in current offset
+    		wx 123456
+    		wx ff @ 4
+
+	wa: Write assembly
+    		wa jnz 0x400d24
+
+	wc: Write cache commit
+
+	wv: Writes value doing endian conversion and padding to byte
+
+	wo[x]: Write result of operation
+    		wow 11223344 @102!10
+        		write looped value from 102 to 102+10
+        		0x00000066  1122 3344 1122 3344 1122 0000 0000 0000
+    
+	wox 0x90
+        	XOR the current block with 0x90. Equivalent to wox 0x90 $$!$b (write from current position, a whole block)
+    	
+	wox 67 @4!10
+        	XOR from offset 4 to 10 with value 67
+
+	wf file: Writes the content of the file at the current address or specified offset (ASCII characters only)
+
+	wF file: Writes the content of the file at the current address or specified offset
+
+	wt file [sz]: Write to file (from current seek, blocksize or sz bytes)
+    		Eg: Dump ELF files with wt @@ hit0* (after searching for ELF headers: \x7fELF)
+
+	woO 41424344 : get the index in the De Bruijn Pattern of the given word
+
+# Flags
+
+	f: List flags
+
+	f label @ offset: Define a flag `label` at offset
+    		f str.pass_len @ 0x804999c
+
+	f -label: Removes flag
+
+	fr: Rename flag
+
+	fd: Returns position from nearest flag (looking backwards). Eg => entry+21
+
+	fs: Show all flag spaces
+
+	fs flagspace: Change to the specified flag space
+
+# Yank & Paste
+
+	y n: Copies n bytes from current position
+
+	y: Shows yank buffer contentent with address and length where each entry was copied from
+
+	yp: Prints yank buffer
+
+	yy offset: Paste the contents of the yank buffer at the specified offset
+
+	yt n target @ source: Yank to. Copy n bytes fromsource to target address
+
+# Visual Mode
+
+	q: Exits visual mode
+
+	hjkl: move around (or HJKL) (left-down-up-right)
+
+	o: go/seek to given offset
+
+	?: Help
+
+	.: Seek EIP
+
+	<enter>: Follow address of the current jump/call
+
+	:cmd: Enter radare commands. Eg: x @ esi
+
+	d[f?]: Define cursor as a string, data, code, a function, or simply to undefine it.
+    		dr: Rename a function
+    		df: Define a function
+
+	v: Get into the visual code analysis menu to edit/look closely at the current function.
+
+	p/P: Rotate print (visualization) modes
+    		hex, the hexadecimal view
+    		disasm, the disassembly listing
+        		Use numbers in [] to follow jump
+        		Use "u" to go back
+    		
+		debug, the debugger
+    		words, the word-hexidecimal view
+    		buf, the C-formatted buffer
+    		annotated, the annotated hexdump.
+
+	c: Changes to cursor mode or exits the cursor mode
+    		select: Shift+[hjkl]
+    		i: Insert mode
+    		a: assembly inline
+    		A: Assembly in visual mode
+    		y: Copy
+    		Y: Paste
+    		f: Creates a flag where cursor points to
+    		<tab> in the hexdump view to toggle between hex and strings columns
+
+	V: View ascii-art basic block graph of current function
+
+	W: WebUI
+
+	x, X: XREFs to current function. ("u" to go back)
+
+	t: track flags (browse symbols, functions..)
+
+	gG: Begging or end of file
+
+	HUD
+    		_ Show HUD
+    		backspace: Exits HUD
+    		We can add new commands to HUD in: radare2/shlr/hud/main
+
+	;[-]cmt: Add/remove comment
+
+	m<char>: Define a bookmark
+
+	'<char>: Go to previously defined bookmark
+
+# ROP
+	
+	/R opcodes: Search opcodes
+    	
+	/R pop,pop,ret
+	
+	/Rl opcodes: Search opcodes and print them in linear way
+	
+	/Rl jmp eax,call ebx
+
+	/a: Search assembly
+    	
+	/a jmp eax
+
+	pda: Returns a library of gadgets that can be use. These gadgets are obtained by disassmbling byte per byte instead of obeying to opcode leng
+
+	e search.roplen = 4  (change the depth of the search, to speed-up the hunt)
+
+# Searching
+
+	/ bytes: Search bytes
+    		\x7fELF
+
+	+-------------------------------------------------------------------
+
+	push ebp
+	mov ebp, esp
+
+	Opcodes: 5589e5
+
+	/x 5589e5
+		[# ]hits: 54c0f4 < 0x0804c600  hits = 1
+    		0x08049f70 hit0_0 5589e557565383e4f081ec
+    		0x0804c31a hit0_1 5589e583ec18c704246031
+    		0x0804c353 hit0_2 5589e583ec1889442404c7
+    		0x0804c379 hit0_3 5589e583ec08e87cffffff
+    		0x0804c3a2 hit0_4 5589e583ec18c70424302d
+
+		pi 5 @@hit* (Print 5 first instructions of every hit)
+
+	+-------------------------------------------------------------------
+
+	Its possible to run a command for each hit. Use the cmd.hit property:
+
+		e cmd.hit=px
+
+# Comments and defines
+
+	Cd [size]: Define as data
+
+	C- [size]: Define as code
+
+	Cs [size]: Define as String
+
+	Cf [size]: Define as struct
+    		We can define structures to be shown in the disassmbly
+
+	CC: List all comments or add a new comment in console mode
+    		C* Show all comments/metadata
+    		CC <comment> add new comment
+    		CC- remove comment
+
+# Magic files
+
+	pm: Print Magic files analysis
+    		[0x00000000]> pm
+    		0x00000000 1 ELF 32-bit LSB executable, Intel 80386, version 1
+
+	/m [magicfile]: Search magic number headers with libmagic
+
+	search.align
+	search.from (0 = beginning)
+	search.to (0 = end)
+	search.asmstr
+	search.in
+
+# Yara
+	
+	:yara scan
+
+# Zignatures
+
+	zg <language> <output file>: Generate signatures
+		eg: zg go go.z
+
+	Run the generated script to load signatures
+    		eg: . go.z
+
+	z: To show signatures loaded:
+
+	+-------------------------------------------------------------------
+	
+	r2-(pid2)> pd 35 @ 0x08049adb-10
+	|          0x08049adb   call fcn.0805b030
+	|             fcn.0805b030(unk, unk, unk, unk) ; sign.sign.b.sym.fmt.Println
+	|          0x08049ae0   add esp, 0xc
+	|          0x08049ae3   call fcn.08095580
+
+	+-------------------------------------------------------------------
+
+# Compare Files
+
+	r2 -m 0xf0000 /etc/fstab    ; Open source file
+	
+	o /etc/issue                ; Open file2 at offset 0
+	
+	o                           ; List both files
+
+	cc offset: Diff by columns between current offset address and "offset"
+
+# Graphs
+
+	+ Basic block graphs
+		
+		af: Load function metadata
+
+		ag $$ > a.dot: Dump basic block graph to file
+
+		ag $$ | xdot: Show current function basic block graph
+
+	+ Call graphs
+
+		af: Load function metadata
+
+		agc $$ > b.dot: Dump basic block graph to file
+
+	+ Convert .dot in .png
+
+		dot -Tpng -o /tmp/b.png b.dot
+
+	+ Generate graph for file
+
+		radiff2 -g main crackme.bin crackme.bin > /tmp/a
+		xdot /tmp/a
+
+# Debugger
+
+	+ Start r2 in debugger mode. r2 will fork and attach
+		
+		r2 -d [pid|cmd|ptrace] (if command contains spaces use quotes: r2 -d "ls /")
+		
+		ptrace://pid (debug backend does not notice, only access to mapped memory)
+
+	+ Pass arguments
+		
+		r2 -d rarun2 program=pwn1 arg1=$(python exploit.py)
+
+	+ Pass stdin
+		
+		r2 -d rarun2 program=/bin/ls stdin=$(python exploit.py)
+
+	+ Commands
+
+		do: Reopen program
+
+		dp: Shows debugged process, child processes and threads
+
+		dc: Continue
+
+		dcu <address or symbol>: Continue until symbol (sets bp in address, continua until bp and remove bp)
+
+		dc[sfcp]: Continue until syscall(eg: write), fork, call, program address (To exit a library)
+
+		ds: Step in
+
+		dso: Step out
+
+		dss: Skip instruction
+
+		dr register=value: Change register value
+
+		dr(=)?: Show register values
+
+		db address: Sets a breakpoint at address
+    			db sym.main add breakpoint into sym.main
+    			db 0x804800 add breakpoint
+    			db -0x804800 remove breakpoint
+
+		dsi (conditional step): Eg: "dsi eax==3,ecx>0"
+
+		dbt: Shows backtrace
+
+		drr: Display in colors and words all the refs from registers or memory
+
+		dm: Shows memory map (* indicates current section)
+    			[0xb776c110]> dm
+    			sys 0x08048000 - 0x08062000 s r-x /usr/bin/ls
+    			sys 0x08062000 - 0x08064000 s rw- /usr/bin/ls
+    			sys 0xb776a000 - 0xb776b000 s r-x [vdso]
+    			sys 0xb776b000 * 0xb778b000 s r-x /usr/lib/ld-2.17.so
+    			sys 0xb778b000 - 0xb778d000 s rw- /usr/lib/ld-2.17.so
+    			sys 0xbfe5d000 - 0xbfe7e000 s rw- [stack]
+
+	+ To follow child processes in forks (set-follow-fork-mode in gdb)
+
+		dcf until a fork happen then use dp to select what process you want to debug.
+
+	+ PEDA like details
+		
+		drr;pd 10@-10;pxr 40@esp
+
+	+ Debug in visual mode
+
+		toggl breakpoints with F2
+		single-step with F7 (s)
+		step-over with F8 (S)
+		continue with F9
+
+# WebGUI
+	
+	=h: Start the server
+	=H: Start server and browser
+
+# rax2 - Base Conversion
+
+	-e: Change endian
+	
+	-k: random ASCII art to represent a number/hash. Similar to how SSH represents keys
+	
+	-s: ASCII to hex
+    		rax2 -S hola (from string to hex)
+    		rax2 -s 686f6c61 (from hex to string)
+
+	-S: binary to hex (for files)
+	
+	-N: pack an integer 
+		rax2 -N 0x1234 # \x34\x12\x00\x00
+
+# rahash2 - Entropy, hashes and checksums
+
+	-a: Specify the algorithm
+
+	-b XXX: Block size
+
+	-B: Print all blocks
+
+	-a entropy: Show file entropy or entropy per block (-B -b 512 -a entropy)
+	
+	+ Rot13 with rahash2
+		rahash2 -E rot -S s:13 -s ‘Hello\n’
+
+# radiff2 - File diffing
+
+	-s: Calculate text distance from two files.
+
+	-d: Delta diffing (For files with different sizes. Its not byte per byte)
+
+	-C: Code diffing (instead of data)
+
+	+-------------------------------------------------------------------
+
+	Diff original and patched on x86_32, using graphdiff algorithm
+    		radiff2 -a x86 -b32 -C original patched
+
+	Show differences between original and patched on x86_32
+    		radiff2 -a x86 -b32 original patched :
+
+	+-------------------------------------------------------------------
+
+# rasm2 - Assembly/Disasembly
+ 
+	-L: Supported architectures
+
+	-a arch instruction: Sets architecture
+    		rasm2 -a x86 'mov eax,30' => b81e000000
+
+	-b tam: Sets block size
+
+	-d: Disassembly
+    		rasm2 -d b81e000000 => mov eax, 0x1e
+
+	-C: Assembly in C output
+    		rasm2 -C 'mov eax,30' => "\xb8\x1e\x00\x00\x00"
+
+	-D: Disassemble showing hexpair and opcode
+    		rasm2 -D b81e0000 => 0x00000000   5               b81e000000  mov eax, 0x1e
+
+	-f: Read data from file instead of ARG.
+
+	-t: Write data to file
+
+	+ Disassemble shellcode from hex stdin
+
+	+-------------------------------------------------------------------
+
+	echo -n "31c048bbd19d9691d08c97ff48f7db53545f995257545eb03b0f05" | rasm2 -a x86 -b 64 -d -
+		xor eax, eax
+		movabs rbx, 0xff978cd091969dd1
+		neg rbx
+		push rbx
+		push rsp
+		pop rdi
+		cdq
+		push rdx
+		push rdi
+		push rsp
+		pop rsi
+		mov al, 0x3b
+		syscall
+
+	+-------------------------------------------------------------------
+
+# rafind2 - Search
+
+	-Z: Look for Zero terminated strings
+
+	-s str: Look for specifc string
+
+	-X: Hex dump around output
+
+	+ Search "/bin/sh" in libc
+
+		rafind2 -X -s "/bin/sh" /usr/lib/libc.so.6
+
+# ragg2 - Shellcode generator, C/opcode compiler
+
+	P: Generate De Bruijn patterns
+    		ragg2 -P 300 -r
+
+	-a arch: Configure architecture
+
+	-b bits: Specify architecture bits (32/64)
+
+	-i shellcode: Specify shellcode to generate
+
+	-e encoder: Specify encoder
+
+	+ ragg2-cc: Generate shellcode from c
+
+	+ Generate a x86, 32 bits exec shellcode
+    		ragg2 -a x86 -b 32 -i exec
+
+# rabin2 - Executable analysis: symbols, imports, strings
+
+	-I: Executable information
+
+	-C: Returns classes. Useful to list Java Classes
+
+	-l: Dynamic linked libraries
+
+	-s: Symbols
+
+	-z: Strings
+
+# rarun2 - Launcher to run programs with different environments, args, stdin, permissions, fds
+
+	r2 -b 32 -d rarun2 program=pwn1 arg1=$(ragg2 -P 300 -r) : runs pwn1 with a De Bruijn Pattern as first argument, inside radare2's debugger, and force 32 bits
+	r2 -d rarun2 program=/bin/ls stdin=$(python exploit.py) : runs /bin/ls with the output of exploit.py directed to stdin
+
+# ESIL emulation
+
+	1) aei: Initialize ESIL VM
+	
+	2) aeim: Assign ESIL stack
+		aeim 0xffffd000 0x1000 stack
+	
+	3) aeip: Program counter to current seek
+
+	4) e io.cache=true: Enable caching read/write of virtual memory (Important if self modifying code)
+
+	5) aes: Single stepping in emulation mode
+
+	+ Toggle IL representation via O in Visual Mode
+
+# ESIL IL Representation
+
+	op 	esil
+	------------
+	mov 	=
+	mul 	*
+	div 	/
+	and 	&
+	neg	!
+	read 	[]
+	if 	?{
+	add	+
+	sub	-
+	xor 	^
+	or	|
+	cmp	==
+	write	=[]
+	
+	+ prefix is %
+	+ carry from bit x -> %cx
+	+ borrow from bit x -> %bx
+	+ zero-flag -> %z
+	+ parity of dst -> %p
+	+ sign-flag -> %s
+	+ overflow-flag -> %o
+
+	+ BREAK - Stop parsing and emulate next instruction
+	+ LOOP - restart emulation of instruction
+	+ GOTO n - jump to n
+	+ TODO - stop emulation and eprintf("TDOD %s", ins)
+
+	x86			ESIL
+	------------------------------------------------------
+	mov eax, ebx		ebx,eax,=
+	jz 0xaabbccdd		zf,?{,0xaabbccdd,eip,=,}
+	cmp ecx,edx		edx,ecx,==,%z,zf,=,%b32,cf,=,%p,pf,=,%s,sf,=
+	push ebp		4,esp,-=ebp,esp,=[4]
+
+	+ ESIL Doc
+		https://github.com/radare/radare2book/blob/master/esil.md
+	
+# r2pipe commands
+
+	+ Invoke r2pipe script via r2 cmdline
+		
+		[0x00000000]> #!pipe node script.js
+		[0x00000000]> #!pipe python script.py
+
+	+ Good collection:
+		https://radare.org/get/r2pipe-nn2015.pdf
+		https://github.com/jpenalbae/r2-scripts
+# Parsing ELF
+	
+	!!! open with r2 -nn 
+
+	+ Parse 9 program headers (elf_phdr) from curr. seek plus offset 0x40 with temporary block size 0x200 in less mode (~..)
+
+		[0x00000000]> pf 9? (elf_phdr)phdr @ $$+0x40!0x200~..
+	
+# pf Templates
+	
+	+ Generate templates for structs/enums with td command
+
+		"td enum elf_class {ELFCLASSNONE=0, ELFCLASS32=1, ELFCLASS64=2};"
+
+	https://github.com/Maijin/r2-pf-templates/
+
+	+ Cast data @ <addr> to <type> and print it		
+		
+		tp <type>  = <address>
+
+# r2scapy
+
+	r2 -i r2scapy.py dump.bin
+		[0x00000000]> scapy DNS 0x81de3c 48
+		DNS(aa=1L, qr=1L, an=DNSRR(rclass=32769, ttl=120, rrname='flashair.local.', rdata='192.168.0.1', type=1), ad=0L, nscount=0, qdcount=1, ns=None, tc=0L, rd=1L, arcount=0, ar=None, opcode=0L, ra=0L, cd=0L, z=0L, rcode=0L, id=0, ancount=1, qd=DNSQR(qclass=32769, qtype=255, qname='flashair.local.'))
+	
+	+ generate packets with scapy
+		>>> from scapy.all import *
+		>>> sr1(IP(dst="8.8.8.8")/UDP(dport=53)/DNS(rd=1,qd=DNSQR(qname="www.thepacketgeek.com")),verbose=0)
+
+# r2m2 -Miasm  Intermediate Representation Plugin
+	
+	+ Assemble and disassemble MIPS32 using rasm2
+
+		r2m2$ export R2M2_ARCH=mips32l; rasm2 -a r2m2 'addiu a0, a1, 2' |rasm2 -a r2m2 -d -
+		ADDIU      A0, A1, 0x2
+
+	+ Disassemble random MSP430 instructions in r2
+
+		r2m2$ R2M2_ARCH=msp430 r2 -a r2m2 -qc 'woR; pd 5' -
+            		0x00000000      07fa           and.w      R10, R7
+            		0x00000002      47ad           dadd.b     R13, R7
+            		0x00000004      f05e0778       add.b      @R14+, 0x7807(PC)
+            		0x00000008      f46d81ed       addc.b     @R13+, 0xED81(R4)
+            		0x0000000c      3fdc           bis.w      @R12+, R15
+	+ Assemble MIPS32 using rasm2 and display the call graph using r2
+
+		r2m2$ R2M2_ARCH=mips32b rasm2 -a r2m2 'j 0x4; nop' -B > j_nop.bin
+
+		r2m2$ R2M2_ARCH=mips32b r2 -a r2m2 -qc 'pd 2' j_nop.bin
+        		,=< 0x00000000      0c000001       JAL        0x4
+       			`-> 0x00000004      00000000       NOP
+
+# bin carving with r2
+
+	+ Open raw dump
+		
+		r2 -n dump.bin
+	
+	+ Searching for  magic
+		
+		[0x00000000]> / \x7fELF
+		Searching 4 bytes from 0x00000000 to 0x0000002d: 7f 45 4c 46
+		0x00001340 hit0_0
+		0x00001744 hit0_1
+		...
+
+	+ Dump 1M with at several hits
+
+		[0x00000000]> b 1M
+		[0x00000000]> wt @@ hit0*
+
+	+ Automate it
+		
+		$ for a in dump.* ; do
+		sz=`rabin2 -Z $a`     # get RBin.filesize
+		r2 -wnqc"r $sz" $a  # resize file
+		done
+
+	http://radare.today/posts/carving-bins/
+
+# r4ge - symbolic execution
+	+ https://github.com/gast04/r4ge
+
+	Usage: https://asciinema.org/a/155856
+
+# r2wiki -Macro for using wiki in commandline
+	
+	+ https://github.com/securisec/r2wiki
+
+	$wiki "query string"
+