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/*
 * m1cat: a proof of concept for the M1RACLES vulnerability in the Apple M1.
 * 
 * This program implements a covert channel that can be used to transmit data
 * between two processes when run on the Apple Silicon "M1" CPUs.
 *
 * The channel is slightly lossy due to (presumably) the scheduler sometimes
 * scheduling us on the wrong CPU cluster, so this PoC sends every byte twice
 * together with some metadata/framing bits, which is usually good enough.
 * A better approach would be to use proper FEC or something like that.

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echo test

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Ali-CDN-Real-IP
CF-Connecting-IP
Cdn-Real-Ip
Cdn-Src-Ip
Client-IP
Fastly-Client-Ip
Forwarded
Forwarded-For
Proxy-Client-IP
True-Client-IP

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pandoc -i p1hlafsis71j51eol1rjn12gd1v694.md -o podsuj.pdf --template=./eisvogel.latex -V book -V table-use-row-colors:true -V toc-own-page:true -V papersize:a5 -V fontsize="8pt" --listings --number-sections --highlight-style espresso --top-level-division=chapter -V classoption=oneside -V listings-no-page-break  -V geometry:top=2cm -V geometry:bottom=2cm -V geometry:left=1cm -V geometry:right=1cm

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# usage pods_on.sh <node1> <node2> <label1=value1> <label2=value2> <...> <kubectl_flags>
# example pods_on.sh node1 "ingress in (true)" -o wide
flags=(); nodes=(); k=true
for arg in "${@}"; do
	if [[ $arg == "-"* ]]; then k=false; fi
	$k && { [[ $arg == *"="* || $arg == *"("* ]] && nodes+=($(kubectl get nodes -l "$arg" -o jsonpath='{.items[*].metadata.name}')) || nodes+=($arg); } || flags+=($arg)
done

nodes=($(echo "${nodes[@]}" | tr ' ' '\n' | sort -u | tr '\n' ' '))

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# jqw data.json
jqw ()
{
  echo '' | fzf --print-query --preview "cat $1 | jq {q}"
}
# fzi "cat a.json | jq {q}"
# fzi "cat a.json | awk {q}"
fzi ()
{
  echo '' | fzf --print-query --preview $1

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#!/usr/bin/python3  
from bcc import BPF
from time import sleep
from bcc.syscall import syscall_name, syscalls


program = r"""
RAW_TRACEPOINT_PROBE(sys_enter) {
   u64 uid;
   u64 counter = 0;

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table_alphabet = "AZBYCVÇÜDUETFŞGSĞRHPIÖİOJNKML"
alphabet = "ABCÇDEFGĞHIİJKLMNOÖPRSŞTUÜVYZ"

def vinegere_table(alphabet):
    table = []
    for i in range(len(alphabet)):
        table.append(alphabet[-i:] + alphabet[:-i])
    return table

table = vinegere_table(table_alphabet)

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package main

import "fmt"

type AND map[bool]map[bool]bool

const (
	TRUE  = true
	FALSE = false
)

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list=$(ls out)

# #ffmpeg -i out/comp_GMT329_113NC_396B_1105_CHINA_v04_SDR_FINAL_20180706_F900F2700_SDR_2K_HEVC.mkv -c copy -f null - 2>&1 | grep time= | awk -F 'time=' '{print $2}'  | awk '{print $1}' | awk '{split($1,a,":"); print a[3]}'

for file in $list; do
	time=$(ffmpeg -i out/$file -c copy -f null - 2>&1 | grep time= | awk -F 'time=' '{print $2}'  | awk '{print $1}' | awk '{split($1,a,":"); print a[3]}')
	# parse float
	time=$(echo $time | awk '{print int($1)}')
	if [ $time -lt 20 ]; then
		#rm out/$file