Tutorial

Database

SuperMap iManager supports to create various kinds of database environments, they are Redis, MySQL, MinIO, PostGIS, PostgreSQL, Elasticsearch, Yukon(for postgreSQL or openGauss), and SeaweedFS, users can use and manage these databases by their requirement.

For monitoring and managing, users can understand the associations between the services by topological diagram, check the account of the site, monitoring the service trace and service metrics, add services, allocate the resources for the site, search the services by keyworkds, and check the running pods in the site; users can also redeploy the services, adjust the specs of service, modify the images of service, manual/automatic scaling the services, edit the YAML file of services, view the log of the services, and control the command pad of containers.

The services in the different database environments are listed below:

Redis

• Redis: Redis database.
• PhyRedisAdmin: The Web client of Redis, used for managing Redis.

MySQL

• MySQL-Server: MySQL database.
• PhyMyAdmin: The Web client of MySQL, used for managing MySQL.

MinIO

• MinIO: MinIO database.
• MinIO Console: The user interface of MinIO, used for managing MinIO.

PostGIS

• PostGIS: PostGIS database.
• Adminer: The user interface of PostGIS, used for managing PostGIS.

PostgreSQL

• PostgreSQL: PostgreSQL database.
• Adminer: The user interface of PostgreSQL, used for managing PostgreSQL.

Elasticsearch

• Elasticsearch: The distributed search, analysis, and storage engine.
• Kibana: Visualizing Elasticsearch, used for searching and viewing data.

Yukon

• Yukon:

  • Yukon for postgreSQL: The Geospatial database based on PostgreSQL database extension.
  • Yukon for openGauss: The Geospatial database based on openGauss database extension.
• pgAdmin 4: The Web client of Yukon, used for managing Yukon.

SeaweedFS

• SeaweedFS-Filer: The filer server of SeaweedFS, used for managing files by placing them in directories.
• SeaweedFS-Master: Master node, used for managing metadata information for the entire cluster, including mapping relationships between files and volumes.
• SeaweedFS-Volume: Volume server, used for storing actual file data and handle file read and write operations.

Neo4j

• Neo4j-Server：Neo4j Graph Database.