ellcs

## strlen-truncation.joern-output.gremlin
List(
  Identifier(
    id = 8832L,
    argumentIndex = 1,
    argumentName = None,
    code = "used",
    columnNumber = Some(value = 3),
    dynamicTypeHintFullName = ArraySeq(),
    lineNumber = Some(value = 633),
    name = "used",

## half_violin_with_raw_data.R
## GOAL:
## re-create a figure similar to Fig. 2 in Wilson et al. (2018),
## Nature 554: 183-188. Available from:
## https://www.nature.com/articles/nature25479#s1
##
## combines a boxplot (or violin) with the raw data, by splitting each
## category location in two (box on left, raw data on right)


# initial set-up ----------------------------------------------------------

## solve.rb
# umgekehrter filter, die die raus müssen (45)
(0..9999).map { |i| sprintf("%04d", i) }.select { |s| s.chars.all? { |c| Integer(c) >= 7 } }.select { |s| s.chars.reduce({"7" => 0, "8" => 0, "9" => 0}) { |a, e| a[e] = a[e] + 1; a }.any? { |(k,v)| v >= 3 || v == 0 }}
=> ["7777", "7778", "7779", "7787", "7788", "7797", "7799", "7877", "7878", "7887", "7888", "7977", "7979",
"7997", "7999", "8777", "8778", "8787", "8788", "8877", "8878", "8887", "8888", "8889", "8898",
"8899", "8988", "8989", "8998", "8999", "9777", "9779", "9797", "9799", "9888", "9889", "9898",
"9899", "9977", "9979", "9988", "9989", "9997", "9998", "9999"]

# richitg gefiltert (36)
(0..9999).map { |i| sprintf("%04d", i) }.select { |s| s.chars.all? { |c| Integer(c) >= 7 } }.reject { |s| s.chars.reduce({"7" => 0, "8" => 0, "9" => 0}) { |a, e| a[e] = a[e] + 1; a }.any? { |(k,v)| v >= 3 || v == 0 }}
=> ["7789", "7798", "7879", "7889", "7897", "7898", "7899", "7978", "7987", "7988", "7989",

## test.html
<html>
  <head>
  </head>
  <body>
    <h1>asdf</h1>
    <script>alert(1);</script>
  </body>
</html>

## r2.sh
# get only import names
afl~sym.imp[3]

# get only import addrs
afl~sym.imp[0]

# set breakpoint at 0x0 and 0x1
db $$ @@= `!echo -e "0x0\n0x1"`

# set breakpoint at every imported function

## easy_ipc.rb
require 'set'

module SpecialMessages
  module Stop; end
  module Ack; end
end

class WorkerFactory
  def initialize
    @set = Set.new

## json_crystal_union_types.cr
# https://crystal-lang.org/api/0.22.0/JSON.html
# online repl: https://play.crystal-lang.org/#/r/995s
require "json"

value = JSON.parse("[1, 2, 3]").raw # : JSON::Any

# (Array(JSON::Any) | Bool | Float64 | Hash(String, JSON::Any) | Int64 | String | Nil)
typeof(value)

if value.is_a?(Array)

## martini.sh
# gleiche zuweisung
var1=abc
var2="abc"

echo "$var1"
echo "$var2"

# string mit spaces
var3="abc def"
var4=abc\ def

## fibbonacci.rb
# https://en.wikipedia.org/wiki/Fibonacci_number#Closed-form_expression
N = (1 + Math::sqrt(5)) / 2
M = (1 - Math::sqrt(5)) / 2
def fibb(n)
  (N**n - M**n) / (N - M)
end


# https://en.wikipedia.org/wiki/Fibonacci_number#Matrix_form

## hacks.rb
# create random groups of people
%w(james bob alice eve tux).shuffle.each_slice(2).to_a
# => [["bob", "eve"], ["alice", "tux"], ["james"]]

# assign random tools to people (tools can be empty)
people = %w(james bob alice eve tux)
tools = %w(hammer chainsaw screwdriver)
people.shuffle.zip(tools)
# => [["alice", "hammer"], ["james", "screwdriver"], ["tux", "chainsaw"], ["bob", nil], ["eve", nil]]
	List(
	Identifier(
	id = 8832L,
	argumentIndex = 1,
	argumentName = None,
	code = "used",
	columnNumber = Some(value = 3),
	dynamicTypeHintFullName = ArraySeq(),
	lineNumber = Some(value = 633),
	name = "used",
	## GOAL:
	## re-create a figure similar to Fig. 2 in Wilson et al. (2018),
	## Nature 554: 183-188. Available from:
	## https://www.nature.com/articles/nature25479#s1
	##
	## combines a boxplot (or violin) with the raw data, by splitting each
	## category location in two (box on left, raw data on right)


	# initial set-up ----------------------------------------------------------
	# umgekehrter filter, die die raus müssen (45)
	(0..9999).map { \|i\| sprintf("%04d", i) }.select { \|s\| s.chars.all? { \|c\| Integer(c) >= 7 } }.select { \|s\| s.chars.reduce({"7" => 0, "8" => 0, "9" => 0}) { \|a, e\| a[e] = a[e] + 1; a }.any? { \|(k,v)\| v >= 3 \|\| v == 0 }}
	=> ["7777", "7778", "7779", "7787", "7788", "7797", "7799", "7877", "7878", "7887", "7888", "7977", "7979",
	"7997", "7999", "8777", "8778", "8787", "8788", "8877", "8878", "8887", "8888", "8889", "8898",
	"8899", "8988", "8989", "8998", "8999", "9777", "9779", "9797", "9799", "9888", "9889", "9898",
	"9899", "9977", "9979", "9988", "9989", "9997", "9998", "9999"]

	# richitg gefiltert (36)
	(0..9999).map { \|i\| sprintf("%04d", i) }.select { \|s\| s.chars.all? { \|c\| Integer(c) >= 7 } }.reject { \|s\| s.chars.reduce({"7" => 0, "8" => 0, "9" => 0}) { \|a, e\| a[e] = a[e] + 1; a }.any? { \|(k,v)\| v >= 3 \|\| v == 0 }}
	=> ["7789", "7798", "7879", "7889", "7897", "7898", "7899", "7978", "7987", "7988", "7989",
	<html>
	<head>
	</head>
	<body>
	<h1>asdf</h1>
	<script>alert(1);</script>
	</body>
	</html>
	# get only import names
	afl~sym.imp[3]

	# get only import addrs
	afl~sym.imp[0]

	# set breakpoint at 0x0 and 0x1
	db $$ @@= `!echo -e "0x0\n0x1"`

	# set breakpoint at every imported function
	require 'set'

	module SpecialMessages
	module Stop; end
	module Ack; end
	end

	class WorkerFactory
	def initialize
	@set = Set.new
	# https://crystal-lang.org/api/0.22.0/JSON.html
	# online repl: https://play.crystal-lang.org/#/r/995s
	require "json"

	value = JSON.parse("[1, 2, 3]").raw # : JSON::Any

	# (Array(JSON::Any) \| Bool \| Float64 \| Hash(String, JSON::Any) \| Int64 \| String \| Nil)
	typeof(value)

	if value.is_a?(Array)
	# gleiche zuweisung
	var1=abc
	var2="abc"

	echo "$var1"
	echo "$var2"

	# string mit spaces
	var3="abc def"
	var4=abc\ def
	# https://en.wikipedia.org/wiki/Fibonacci_number#Closed-form_expression
	N = (1 + Math::sqrt(5)) / 2
	M = (1 - Math::sqrt(5)) / 2
	def fibb(n)
	(Nn - Mn) / (N - M)
	end



	# https://en.wikipedia.org/wiki/Fibonacci_number#Matrix_form
	# create random groups of people
	%w(james bob alice eve tux).shuffle.each_slice(2).to_a
	# => [["bob", "eve"], ["alice", "tux"], ["james"]]

	# assign random tools to people (tools can be empty)
	people = %w(james bob alice eve tux)
	tools = %w(hammer chainsaw screwdriver)
	people.shuffle.zip(tools)
	# => [["alice", "hammer"], ["james", "screwdriver"], ["tux", "chainsaw"], ["bob", nil], ["eve", nil]]