Rikka0_0小六花 rikka0w0

Without the bootloader, you only need these files in casper/ to boot into live ubuntu: filesystem.squashfs initrd vmlinuz
The casper boot script will mount anything named with ".squashfs" to the lower layer of the overlayfs during boot. In this case, I'm creating my own "myroot.squashfs" to add packages and files into the live ubuntu, without having to unpack the existing "filesystem.squash". This saves a lot of time.

1. Mount everything:

Mount the original squashfs as the base (lower2), then mount the overlayfs with our committed changes (lower1) into myroot. Changes will be recorded in upper.

mkdir lower1 lower2 upper work
sudo mount -t squashfs /cdrom/casper/filesystem.squashfs lower2
sudo mount -n -t overlay overlayfs:/overlay -o lowerdir=lower1:lower2,upperdir=upper,workdir=work,index=on,redirect_dir=nofollow myroot

Install TGT iSCSI target

sudo apt install -y tgt
sudo nano /etc/tgt/conf.d/TecMint_iscsi.conf

Write the config file (can be any.conf)

<target qwq.cszombie.net:lun0>
     # Provided device as an iSCSI target
 #direct-store /dev/sdb1

Pre-requests:

TFTP server
IPXE Make sure ipxe.lkrn is in the TFTP root.
iSCSI target (Server) Assume we have an iSCSI target "1:net.cszombie.au:windows" that is ready to be connected. 1 is LUN id, "net.cszombie.au:windows" is the target name.
HTTP server (To speed up loading boot.wim, http is faster than tftp, http is supported by IPXE, however this is optional)

1. Download wimboot to the root of the TFTP server

2. Create scripts:

1. Install tools and config IPXE

# Install compiler and dependencies
sudo apt-get install -y git gcc make liblzma-dev

# Grab the source code
git clone https://github.com/ipxe/ipxe.git
cd ipxe/src

# Enable NFS support

Prerequests:

DHCP server serving PXE information
TFTP server
IPXE(undionly.kpxe and/or ipxe.efi)
memdisk (From Syslinx, can be found on Ubuntu live /usr/lib/syslinux/memdisk) on TFTP root
A Win7 installation ISO, I'm using 23572_ENTERPRISE-7-SP1_X64_ZH-CN_PIP.iso (Google or Baidu it!), it is a special minimal Chinese x64 version created by a Russian guy.
Download this tool: VHD_W7_Compact and extract to VHD_W7C_88.

1. Install Win7 x64 on a virtual machine (vmware)

Install Win7

#!/bin/bash

HostName=
PortListen=
PortTarget=

IPv4=$(ping -c1 $HostName | grep "bytes of data" | cut -d "(" -f2 | cut -d ")" -f1)
echo $IPv4

short description with ssh n stuff for tunneling

launch hdwwiz.exe
network adapters -> Microsoft KM-TEST Loopback Adapter -> finish
disable everything except ipv4 in that new network sink
inside the ipv4 settings set up a ip, 255.255.255.255 as subnet mask and disable netbios
- if you cannot decide on an ip simply use 192.0.2.123 since it's not a public ip and most likely will never be used in a LAN environment. (in case you care about vpn compatibility)
elevated windows shell
- run sc config lanmanserver start= delayed-auto
  this is sadly required since microsoft will bind it's smb bullshit to 0.0.0.0:445 thus making it impossible to listen to that port yourself.

Introduction

The UICC.exe produces a binary description file from the source XAML, this binary is embedded in the generated RC resource file. The format of the binary file is not documented. I will try to reverse-engineer its binary format.

Definitions:

Byte, 8 bits
WORD, 16 bits, little-endian
DWORD, 32 bits, little-endian

	package com.st.stm32cube.ide.mcu.toolchain;

	import java.util.Map;
	import java.util.function.Supplier;

	import com.st.stm32cube.common.ecosystemintegration.core.CompilerEnum;
	import com.st.stm32cube.ide.mcu.toolchain.IToolChainInfo;

	public class Fr6ToolChainInfo implements IToolChainInfo{

	#!/bin/bash

	# Usage:
	# Add/Update: ./update_iptables.sh <port_listen> (tcp\|udp) <hostname>:<port>
	# Delete: ./update_iptables.sh <port_listen> (tcp\|udp) :<port>

	PortListen=$1
	Protocol=$2
	HostName=${3%:*}
	PortTarget=${3#*:}