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added traccar GPS tracker to apps/other and backup guide for apps/photo/libre-photos (#12)
* Create traccar.md * Update traccar.md Added traccar GPS tracker to apps/other * Update traccar.md * included teaccar in readme * fixing format errors root mysql shell * added backup/restore to apps/photos/libre-photos Added backup and restore guide * fix typo
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@ -306,7 +306,7 @@ The aims is to provide a ready-to-run recipes that you can just copy, paste and
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- [Penpot](apps/other/penpot.md)
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- [VPN client](apps/other/vpn.md)
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- [OpenSpeedTest](apps/other/openspeedtest.md)
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- [Traccar location tracker](apps/other/traccar.md)
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# Photos
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- [Comparison table](apps/photos/comparison.md)
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199
apps/other/traccar.md
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199
apps/other/traccar.md
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@ -0,0 +1,199 @@
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# Traccar
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**Traccar is a gps tracking system. You can use it to monitor your smartphone location history**
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<br>
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[website](https://www.traccar.org/)
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[documentation](https://www.traccar.org/documentation/)
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## get the default traccar conf
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`docker run --rm --entrypoint cat debian-traccar-nginx:latest /opt/traccar/conf/traccar.xml > /run/media/ippo/TOSHIBA/traccar/conf/traccar.xml`
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## Configuration parameters for MySQL
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(replace [DATABASE], [USER], [PASSWORD] with appropriate values from docker-compose replace [HOST "IPv4Address" from db_name section in docker network inspect)
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```
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<entry key='database.driver'>com.mysql.cj.jdbc.Driver</entry>
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<entry key='database.url'>jdbc:mysql://[HOST]:3306/[DATABASE]?serverTimezone=UTC&allowPublicKeyRetrieval=true&useSSL=false&allowMultiQueries=true&autoReconnect=true&useUnicode=yes&characterEncoding=UTF-8&sessionVariables=sql_mode=''</entry>
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<entry key='database.user'>[USER]</entry>
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<entry key='database.password'>[PASSWORD]</entry>
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```
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## docker-compose
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```
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version: "3"
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services:
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traccar-db:
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#yobasystems was used for its compact size. also it survives recomposing and does not throws innodb error when volumes are not empty as the official mariadb image does
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image: yobasystems/alpine-mariadb
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container_name: traccar-db
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#auth plugin for old drivers
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command: --default-authentication-plugin=mysql_native_password
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restart: always
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volumes:
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# mount /var/lib/mysql and /etc/mysql/conf.d on host
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- /run/media/ippo/TOSHIBA/traccar/mysql-data:/var/lib/mysql
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- /run/media/ippo/TOSHIBA/traccar/mysql:/etc/mysql/conf.d
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ports:
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- "3306:3306"
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environment:
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#use those in the traccar config file in /opt/traccar/conf/traccar.xml as mounted in host
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- MYSQL_ROOT_PASSWORD=rootpassword
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- MYSQL_DATABASE=traccar-db
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- MYSQL_USER=username
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- MYSQL_PASSWORD=userpassword
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networks:
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- trc2
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traccar:
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image: traccar/traccar:debian
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#create an account to a dynamic dns provider e.g. duckdns then reverse proxy it to localhost:traccar_port e.g. with caddy. Caddyfile is dead simple
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hostname: a_ddns_domain_name
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container_name: traccar
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depends_on:
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- traccar-db
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restart: always
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volumes:
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#get the default traccar conf
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#then replace the embeded h2 db conf with "mysql" conf
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#https://www.traccar.org/mysql/
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#get the network subnet and ip
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#docker network inspect network_name in the database section
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#use the ip in the [hostname] section of the database url database.url'>jdbc:mysql://[HOST]/[DATABASE]?
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- /run/media/ippo/TOSHIBA/traccar/conf/traccar.xml:/opt/traccar/conf/traccar.xml:ro
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- /run/media/ippo/TOSHIBA/traccar/logs:/opt/traccar/logs:rw
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ports:
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#android client needs tcp 5055 port so if you dont plan to use any of the supported hardware gps trackers
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#you can skip listening to 5002,5093 tcp/udp ports and only keep 5055 for events and 8082 for the webui
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- "5055:5055"
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- "82:8082"
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networks:
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- trc2
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networks:
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trc2:
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driver: bridge
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enable_ipv6: false
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ipam:
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config:
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#get the network subnet
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#docker network inspect network_name
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- subnet: 192.168.112.0/20
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```
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## open root mysql shell create database, charset and priviledget user
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`docker exec -it traccar-db mysql -u root -p`
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`CREATE DATABASE IF NOT EXISTS traccar-db`
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`grant all privileges on traccar-db.* TO user'@'% identified by pass`
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`flush privileges`
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`ALTER DATABASE traccar CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ciALTER DATABASE traccar CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ci`
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`\q`
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## reverse proxy
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i recoment to use caddy for reverse proxy and automatic ssl manager
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`nano /etc/caddy/Caddyfile`
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`a.random.ddns.name.duckdns.org {
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reverse_proxy localhost:82
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}`
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## backup and restore traccar mysql
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backup
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`docker-compose -f compose-file.yml exec dbname mysqldump -uroot -pYOUR_MARIADB_ROOT_PASSWORD --all-databases > dump-$(date +%F_%H-%M-%S).sql`
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restore
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`docker-compose -f compose-file.yml exec -T dbname mysql -uroot -pYOUR_MARIADB_ROOT_PASSWORD < mariadb-dump.sql`
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## android apps
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[Android client app](https://www.traccar.org/client/)
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On client app While service is deactivated Copy the identifier, Insert the server URL (your dens,domain), Select location accuracy (high), Select frequency report ~120 sec, disable wakelock and enable the service
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On status verify that the location is updating
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[Android manager app](https://www.traccar.org/manager/)
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On server Top left menu Select the plus icon to add a device Select a random name And the identifier from the client app And save
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The you can select the device on the top left menu
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## Migrate google location history takeout to traccar
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[download your google maps location history takeout](https://takeout.google.com/takeout/custom/local_actions,location_history,maps,mymaps?)
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select location history only
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and json as format
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extract the Records.json
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you'll use a python script to limit the resaults to just time , latitude and longitude converted to proper coordinates
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`git clone https://github.com/Scarygami/location-history-json-converter`
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`cd location-history-json-converter`
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`pip install -r requirements.txt`
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`python location_history_json_converter.py Records.json output.csv -f csv`
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csv output will generate Comma-separated text file with a timestamp field and a location field
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we'll add a deviceid , protocol and valid fileds to it
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`sed 's/^/osmand,1,/; s/$/,1/' export.csv > curated.csv`
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delete the "1" from the first line an replace osmand with protocol in the first line
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so now the file looks like
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```
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protocol,Time,Latitude,Longitude
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osmand,1,2012-08-25 21:26:20,37.95954620,23.72793730,1
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```
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5 columns
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osmand
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1
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time
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lat
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lon
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We are going to parse those values to as sql `LOAD DATA LOCAL INFILE` statement to the appropriate tc_position table fields
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copy the csv to the container
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`docker cp curated.csv traccar-db:/`
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open a root mysql shel to the db container
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`docker exec -it traccar-db mysql -uroot -pROOTPASSWORD`
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connect to database
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`use traccar-db`
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load the data
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```
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LOAD DATA LOCAL INFILE 'inn.csv' INTO TABLE tc_positions FIELDS TERMINATED BY ',' (@osmand,@deviceid,@Time,@Latitude,@Longitude,@valid) set protocol=@osmand,deviceid=@deviceid,devicetime=@Time,fixtime=@Time,servertime=@Time,latitude=@Latitude,longitude=@Longitude,valid=@valid;
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```
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@ -143,3 +143,30 @@ services:
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container_name: librephotos-redis
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restart: unless-stopped
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```
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## Librephotos backup/restore
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Docker offers volumes so /data and /code/protected_media are safely mounted on host. Simply rsync backup of these dirs
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posstgres db backup
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Usefull to avoid a full scan
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`docker ps`
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Grab postgres container id e.g.40b12de38945
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Backup
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`docker exec -t your-db-container pg_dumpall -c -U your-db-user > dump_$(date +%Y-%m-%d_%H_%M_%S).sql`
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A file like dump_20-11-2022_00_55_26.sql is created
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Restore
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`cat your_dump.sql | docker exec -i your-db-container psql -U your-db-user -d your-db-name`
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*Note the -U dbuser (default is docker for librephotos)
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and the -d bdname (default librephotos for librephotos)
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Put that on a crontab
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And there you go you have periodic db snapshots
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