Gustav-Simonsson

package main

import (
	"fmt"
	"time"
	"math"
	"code.google.com/p/go.crypto/scrypt"
)

func main() {

Gustav-Simonsson

import com.google.bitcoin.uri.BitcoinURI;

  String uri = BitcoinURI.convertToBitcoinURI(address,
                                                            output.getValue(),
                                                            "very currency",
                                                            "such profit");

Gustav-Simonsson

-define(info, lager:info).
-define(debug, lager:debug).
-define(warning, lager:warning).
-define(error, lager:error).
-define(alert, lager:alert).


-define(mute_level(LogLevel),
    begin
        error_logger:tty(false),

Gustav-Simonsson

-module(stacktrace_filter).
-compile(export_all).

t() ->
    try
        sensitive_data_function()
    catch
        Error:Reason ->
            {Error, Reason, erlang:get_stacktrace()}
    end.

Gustav-Simonsson

--
-- xmonad example config file.
--
-- A template showing all available configuration hooks,
-- and how to override the defaults in your own xmonad.hs conf file.
--
-- Normally, you'd only override those defaults you care about.
--

import XMonad

Gustav-Simonsson

decode(Segment) ->
    case Segment of 
  << SourcePort:16, DestinationPort:16,
	   SequenceNumber:32,
	   AckNumber:32,
	   DataOffset:4, _Reserved:4, Flags:8, WindowSize:16,
	   Checksum:16, UrgentPointer:16,
	   Payload/binary>> when DataOffset>4
	->
	    OptSize = (DataOffset - 5)*32,

Gustav-Simonsson

%%%============================================================================

-spec bin_to_hexdigest(binary()) -> binary().
bin_to_hexdigest(Bin) when is_binary(Bin) ->
    <<<<(binary:list_to_bin(
           case length(S = integer_to_list(I, 16)) of 1 -> [48|S]; 2 -> S end
          ))/bytes>> || <<I>> <= Bin>>.

-spec hexdigest_to_bin(binary()) -> binary().
hexdigest_to_bin(BinHex) when is_binary(BinHex) ->

Gustav-Simonsson

-module(crack).

-export([crack/0]).
-compile(export_all).

-define(CHAR_LIST, "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVW").

crack() ->
    TryLength = 5,
    MD5Hash = crypto:md5("12345"),

Gustav-Simonsson

migrate_module(Module, Function, Arity, RemoteNode) ->
    %% Assume Arity is 2, general arity solution needed.
    RPCFun = fun(Arg1, Arg2) ->
                     rpc:call(RemoteNode, Module, Function, [Arg1, Arg2]) end,
    meck:new(Module),
    meck:expect(Module, Function, RPCFun).

Gustav-Simonsson

5> el_pl:is_sublist([apa], [apa, varg]).
true
6> meck:new(el_pl).
ok
7> meck:expect(el_pl, is_sublist, fun(List1, List2) -> 
      rpc:call('nodeattmigreratill@vargarna.nu', el_pl, is_sublist, [List1, List2]) end).
ok
8>