Initially added MirrorV2 with replay files for AEC2025

ReadMe.md

@@ -1 +1,55 @@
-# <u>Name of Demo</u>
#### [Find Repository](https://git.intrepidcs.de/explore/repos)

![Picture of Demosetup](./resources/Init_new_repository.bmp)
## General showcase
Short description what will be demonstrated

## Requirements
Used devices, cabeling ...
Maybe adding links to devices (WEB) and files (Internal)\
e.g. 
```
[Remote datalogger](https://intrepidcs.com/products/data-loggers/) (neoVI-RED2/Fire3/Connect)

```
[Remote datalogger](https://intrepidcs.com/products/data-loggers/) (e.g. neoVI-RED2/Fire3/Connect)\


## Setup I
Used setups with internal links.\
e.g.
```
Upload [Setup file](OBD_and_GPS_Collection.vs3zip)
```
Upload [Setup file](OBD_and_GPS_Collection.vs3zip)
### Showcase
Individual description of setup

## Setup II
If multiple setups are available
### Showcase
Individual description of setup
+# <u>Service Oriented Middleware over IP (SOME/IP) DEMO
+![Hardware setup](.resources/Setup_01.jpg)\
+Instead of RAD-Pluto (discontinued) also RAD-Epsilon could be taken\
+
+## 1. Preparing neoVI-PIs (working on Ubuntu20.04 OS laptop and Raspberry Pi 4 Model B)
+* Use [PuTTY](https://www.putty.org/) or [MobaXterm](https://mobaxterm.mobatek.net) to connect to the PIs
+### 1.1 Building VSOMEIP Stack (Extract from [SOME_IP User Manual.docx](.resources/SOME_IPUser_Manual.docx)
+* Install dependencies:\
+ ``` sudo apt-get install g++ cmake make libboost-all-dev asciidoc source-highlight doxygen graphviz ```
+* Download VSOMEIP from GENIVI into your home directory:\
+ ``` git clone https://github.com/GENIVI/vsomeip ```
+* Build process:\
+``` cd vsomeip ```\
+``` mkdir build ```\
+``` cd build ```\
+``` cmake -DENABLE_SIGNAL_HANDLING=1 ..```
+* Creates the libraries for VSOMEIP: ``` make ```  
+  -	libvsomeip3: for SOME/IP
+  -	libvsomeip3-sd: for SOME/IP Service Discovery 
+* ``` sudo make install ``` 
+
+### 1.2 Setting up the network
+* Set static IP addresses
+   - <u>IP Address:</u>\
+   192.168.10.100 - <b>Server</b>\
+   192.168.10.101 - <b>Client 1</b> and\
+   192.168.10.102 - <b>Client 2</b>
+   - <u>Netmask:</u>\
+   255.255.255.0
+   - <u>Gateway:</u> \
+   192.168.10.101
+* Add routing for supporting multicast messages \
+``` sudo route add -nv 224.224.224.245 dev eth0  ```
+
+### 1.3 Copy examples to PIs
+* Copy the [configuration examples](./resources/DEMO_EXAMPLES) to the PIs (e.g. into ./vsomeip/DEMO_EXAMPLES)
+* take care and change the ``` "unicast" ``` entrys in the JSON files, so they fit to the <b>devices IP address</b>
+* Build appications (starting in folder ./DEMO_EXAMPLES):\
+``` cd CLIENT1 ```\
+``` mkdir build ```\
+``` cd build ```\
+
+### 1.4. Preparing Jupyter
+You need to load the switch configuration into the Jupiter using the automotive switch utility. 
+The utility has the filename ending in ``.scf`` it will mirror all the ports to the CoreMini. 
+Otherwise the vspy configuration won't work.
+   
+## 2. Running setup
+### 2.1 Starting Server and clients
+* [Enable SSH](https://www.raspberrypi.org/documentation/remote-access/ssh/) access on the PIs 
+* Use [PuTTY](https://www.putty.org/) or [MobaXterm](https://mobaxterm.mobatek.net) to connect to the PIs
+
+* Run application using the shell script e.g. ```nohup ./EX1.sh
+### 2.2 Starting Vehicle Spy
+![VSpy setup](./resources/someip_vspy.jpg)