Mabasej_Team/README.md
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2021-05-10 20:27:47 +02:00

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1. [Mabasej team project](#mabasej_team)
2. [App](#app)
3. [Server](#server)
1. [Install .img (RPI)](#image-install)
2. [Install script (DietPi, work in progress](#script-install)
3. [Install manually (work in progress)](#manual-install)
4. [Server filesystem](#server-filesystem)
1.[filesystem.json](#filesystem.json)
2.[settings.json](#settings.json)
3.
# Mabasej_Team
We are working on system, that will help tourists in cities to get information about city more easily.
| Part of project | State | Available for easy install |
| :-------------- | :---- | :------------------------: |
| Server | Working | 🟢 |
| Computer Vision Plugin | Working | 🟢 |
| Web | Demo Working | 🟠 |
| Android app | Demo Working | 🟠 manual server ip 🟠 |
# App
Is made in android studio and supports android devices (Android 6<)
# Server
Wikispot is in testing stages, but it is possible to install it using our [.img file](https://github.com/Tucan444/Mabasej_Team/releases/tag/V1.0) based on DietPi or custom script.
| Device | Server compatible | Instalation |
| :-------------------- | :------------------------------------------------------------------------------------------ | :-----------: |
| Ubuntu (I7, 16GB ram) | :heavy_check_mark: WORKING (Only server automated setup) | Manual/script |
| RPI 4b (2GB) | :heavy_check_mark: WORKING | .img/script |
| RPI 400 (4GB) | :grey_question: Untested. Should work. | .img/script |
| RPI 3b+ | :grey_question: Untested. Should work. | .img/script |
| RPI zero w | :white_check_mark: Working with fewer devices (Only server. No AP, Computer vision) | .img/script |
| RPI 2 | :question: Untested. | :x: |
| RPI | :question: Untested. | :x: |
## image install
login credentials
> login: dietpi
> password: WikiSpot
requirements:
1. [WikiSpot image file](https://github.com/Tucan444/Mabasej_Team/releases/tag/V1.0)
2. MicroSd card (recommended: >=16GB, :exclamation: ALL DATA STORED ON SD CARD WILL BE FORMATED :exclamation:)
3. [BalenaEtcher](https://www.balena.io/etcher/) (or another sd card flasher) *link:* https://www.balena.io/etcher/
4. SD card reader
Install:
1. Download all required files (wikispot.img and balenaetcher) and install BalenaEtcher
2. Insert SD card into computer/reader, open BalenaEtcher -> chose Flash from file -> chose downloaded wikispot.img -> Select your sd in *Select target* -> Flash!
3. :exclamation: WINDOWS will show unformated drive. Cancel it. It is because of uncompatible format for windows :exclamation:
4. After flashing open partition *boot* (should apear as USB), find file *dietpi.txt* and open it in text editor.
- Accept license by changing `AUTO_SETUP_ACCEPT_LICENSE=0` to `AUTO_SETUP_ACCEPT_LICENSE=1`
- Change name of WikiSpot `AUTO_SETUP_NET_HOSTNAME=WikiSpot-CHANGE_ME` by changing only *CHANGE_ME* or leave *CHANGE_ME* for random number name *WikiSpot-54346
- You can set static ip address by changing `AUTO_SETUP_NET_USESTATIC=0` to `AUTO_SETUP_NET_USESTATIC=1` And entering your setting into required lines.
- If you want to use computer vision plugin with rpi camera set `ENABLE_COMPUTER_VISION_PLUGIN=0` to `ENABLE_COMPUTER_VISION_PLUGIN=1` (*recommended only on RPI4)
- If you want to use RPI as access point to WikiSpot change `#AUTO_SETUP_INSTALL_SOFTWARE_ID=60` to `AUTO_SETUP_INSTALL_SOFTWARE_ID=60`
- *wifi setup in testing*
5. :grey_exclamation:For advanced users:grey_exclamation: You can now change contens of WikiSpot server in `/boot/WikiSpot`according to an example in server filesystem
6. Eject sd card from computer, insert it in Raspberry Pi and power it on. :bangbang:Raspberry Pi needs to be connected to intenet via Ethernet (*wifi coming soon*) othervise the setup will crash.
7. The setup will take approximately 25-40 min (RPI 4b (2gb) and 70 mb download speed)
8. Done you can start using WikiSpot and edit contents of WikiSpot with our app (*coming soon*)
## Script install
*coming soon*
## Manual install
*coming soon*
## Server filesystem
```
└── test_directory
├── cache # files forwarded from another servers to client
├── engine.py # engine for server (log, recovery, update)
├── files # content of WikiSpot server
│   └── test.jpg
├── filesystem.json # data settings of server (name, description, files)
├── main.py # main server file
├── plugins # plugins file
│   └── computer_vision # oficial WikiSpot computer vision plugin for RPI 4
│   ├── MobileNetSSD_deploy.caffemodel
│   ├── MobileNetSSD_deploy.prototxt
│   └── com_vision.py
├── run.py # start script for server
├── settings.json # settings (log, debug, connected WikiSpots, cache size,...)
├── system.py # update and clean script
└── version.json # version of WikiSpot
```
### filesystem.json
```
{
"ID": 0, # ID of WikiSpots, Needs to be different, because network will crash
"location": "25.997417761947318, -97.15738221291177", # Location of WikiSpot server copied from google maps
"description": {
"title": "WikiSpot demo", # Name of WikiSpot server (swiming pool, school, ...)
"description_s": "This is showcase of WikiSpot", # Short description showed on web/app in list of servers
"description_l": "This will show after opening server in app", # Long description showed after opening the server in web/app
"photo_s": "test.jpg", # Small image showed on web/app in list of servers
"photo_b": "test.png" # Big image showed after opening the server in web/app
},
"files": [ # files on server in /files that will be mediated to the web/app
{
"name": "test", # Name of the file, without spaces. App will change "_" to spaces
"format": ".jpg", # Format of the file
"description": "This is test file" # Description showed next to the file
}
]
}
```
To manualy add new file to server (on setup or via ssh) add file to `server_directory/files`
and add record for file into `files` list in `filesystem.json`. :exclamation:do not forget "," after last record:exclamation:
```
{
"name": "new_file_name",
"format": ".txt",
"description": "This is how you add new file"
}
```
### settings.json
```
{
"time_to_heartbeat": 20, # Time to ping of another online servers in seconds
"time_to_heartbeat_offline": 25, # Time to ping of another offline servers in seconds
"save_table": true, # Save connected servers to reconnect after restart
"time_to_save": 60, # Time to save server in seconds
"max_mess": 20, # Maximum messages stored in RAM
"cache_size_mb": 1000, # Maximum size of cache directory in mb
"clear_cache_on_startup": false, # Remove contents of cache on startup (slower first downloads)
"log": { # Log settings
"save_error": true, # Save errors into log.txt
"print_error": true, # Print errors into console (if running as service into linux log)
"save_warning": true, # Save warnings into log.txt
"print_warning": true, # Print warnings into console (if running as service into linux log)
"save_message": false, # Save messages (new server, etc. not messages from clients) into log.txt
"print_message": true, # Print messages into console (if running as service into linux log)
"enable_debug": false # Enable debug into console (if running as service into linux log)
},
"heartbeat_table": { # Saved servers
"ID": [],
"IP": [],
"location": [],
"file_system": [],
"last_heartbeat": []
}
}
```
If you want to manually add server on first setup or via ssh fill heartbeat table like this.
```
"heartbeat_table": { # Saved servers
"ID": [1], # ID of server as integer (number)
"IP": ["192.168.1.2"], # IP of server as string
"location": [""], # Empty string as placeholder. location will be downloaded after first connection
"file_system": [""], # Empty string as placeholder. filesystem will be downloaded after first connection
"last_heartbeat": [10] # After how many seconds will server try to connect for the first time
}
```
:bangbang:If the server will be offline for long time (heartbeat + offline heartbeat) it will be removed from heartbeat table. If the save function is disabled server will trying to connect after restart:bangbang:
*This is not finished product*