Prerequisites

Knowledge

Basic Linux
Basic knowledge of networking and internet protocols

Software

terminal
MQTT Explorer
WinSCP

Learning outcomes

Knowledge

To know the components and functions and timelines of WIS2
- Global Broker (GB)
- Global Cache (GC)
- Global Discovery Catalogue (GDC)
- WIS2 Node
- Pilot phase
To know the required and optional functions of a WIS2 node
To know the architecture of wis2box
To know the environment of wis2box
- IT security
- FTP, S3 and data transfer to and from wis2box
- Docker
To know the data formats used in WIS2 data exchange
- BUFR
- GRIB

Installation and Administration

To install and configure wis2box to exchange observational data
- workflows
  - csv2bufr (more CSV examples from participants)
  - bufr2bufr (SYNOP and TEMP)
  - synop2bufr
- station list
- centre_id, topic
- metadata (metadata editor)
To send data to wis2box
- sending data to an FTP server
- sending data to an S3 bucket
- send data using MQTT from the station
To register a WIS2 node in the WIS2 global infrastructure
To be able to download data from the WIS2 global infrastructure
- use of pywis-pubsub module
To be able to process and plot data downloaded from WIS2 global infrastructure
- Examples of NWP and Satellite

Operation

To monitor the regular operation of wis2box
- automated email
- Grafana dashboard
- Prometheus
- monitoring and managing docker images and processes
To resolve issues related to the operation of wis2box
- examples to be developed

Case studies

Zambia, Malawi (AWS)
Zimbabwe (physical box)

Varia

During round table participants should touch on knowledge of WIS (WIS2), local IT environment and observing network. Could be helpful to give them a demo presentation. (Xiaoxia Chen , HADDOUCH Hassan )
We need a WIS2 cheatsheet (wis2box, Docker, Linux commands) (Rory Burke (Unlicensed)

TODO

Participants to share their plans to contribute to the pilot-phase
Make day 5 possibly a workshop, preceded by a 4-day training

Timetable

	Day 1	Subject	Teacher	Learning objectives	Presentations
1	08:30 - 09:00	Registration
2	09:00 - 11:00	Opening & Photo & Round table	PR, WMO	Participants know arrangements (moodle, agenda, training environment) and each other Participants present based on the skeleton presentation
3	11:00 - 11:30	Break
4	11:30 - 12:00	WIS2 Implementation plan	Hassan	Implementation plan with particular focus on the pilot phase
5	12:00 - 12:30	WIS2 Architecture	Enrico	WIS2 components Role of pub/sub in WIS2 (MQTT)
6	12:30 - 13:30	Lunch break
7	13:30 - 14:30	Practical session: Connecting to WIS2 over MQTT	Maaike/Timo	How to use MQTT Explorer to view topic structure Subscribe to GB and observe WIS2 traffic	https://wmo-im.github.io/wis2box-training/practical-sessions/connecting-to-mqtt/
8	14:30 - 15:15	Introducing WIS2 in a box	Tom/Enrico	Know the WIS2 project, organization and location (GitHub) Understand WIS2 standards and how they are used in wis2box
9	15:15 - 15:45	Break
10	15:45 - 16:30	wis2box case studies (Malawi)	Enrico	Understand how wis2box has been used by peers
11	16:30 - 17:00	Wrap-up / open issues	Timo/all	Review understanding of WIS2 / Q&A Help people to connect to the WIFI Check software works Possible continuation of #2

	Day 2	Subject	Teacher	Learning objectives	Presentations
1	09:00 - 09:30	The training environment	Timo	Understand how the practical training will work Software stack (VM, Docker)	link to slides shared out of OneDrive
2	09:30 - 11:00	Practical session: accessing your student VM	Maaike/Timo	Install PuTTY/FileZilla Connect to the VM Run commands (Docker & Python)	https://wmo-im.github.io/wis2box-training/practical-sessions/access-your-student-vm/
3	11:00 - 11:30	Break
4	11:30 - 12:30	wis2box project & installation	Tom	Know the WIS2 project (GitHub) How to install wis2box
5	12:30 - 13:30	Lunch
6	13:30 - 15:00	Practical session: Installing wis2box with test data, part 1	Maaike/Tom	How to: Download latest wis2box archive Define dev.env to use test data Build and start wis2box Ingest test-data	https://wmo-im.github.io/wis2box-training/practical-sessions/installing-wis2box-with-test-data/
7	15:00 - 15:30	Break
8	15:30 - 16:30	Practical session: Installing wis2box with test data, part 2	Maaike/Tom	How to: View data in the wis2box UI View data in the wis2box API View monitoring dashboard Connect to local broker	see previous
9	16:30 - 17:00	Group discussion: insights and challenges installing wis2box	Timo/all	Participants share their experience and understanding installing wis2box

	Day 3	Subject	Teacher	Learning objectives	Presentations
1	09:00 - 11:00	BUFR and ecCodes (theory and practicals)	Enrico	Basic BUFR knowledge Know ecCodes tools for BUFR Know how to inspect a BUFR file
2	11:00 - 11:30	Break
3	11:30 - 12:15	Conversion to BUFR: csv2bufr, synop2bufr, bufr2bufr (theory and practicals)	Maaike/Enrico	Transfer data into the training container Use csv2bufr, bufr2bufr and synop2bufr	https://wmo-im.github.io/wis2box-training/practical-sessions/converting-csv-data-to-bufr/ https://wmo-im.github.io/wis2box-training/practical-sessions/converting-synop-data-to-bufr/
4	12:15 - 13:15	Lunch
5	13:15 - 14:00	Theory: Box architecture and components, and how to configure them	Tom	Understand the general wis2box architecture Know the core services in wis2box (wis2box-management, MinIO, broker, wis2box-api) Know typical data flow from AWS → wis2box → GB Where to find the latest wis2box release
6	14:00 - 14:45	Practical sessions: wis2box: Configuring data mappings wis2box: Configuring WIS2 discovery metadata	Tom/Maaike	Understand how to customize data mappings used by wis2box How to correctly define topic hierarchy Understand the required fields for WIS2 discovery metadata record and how to correctly populated these fields Know the commands used to update/publish discovery metadata in wis2box	https://wmo-im.github.io/wis2box-training/practical-sessions/configuring-data-mappings/ https://wmo-im.github.io/wis2box-training/practical-sessions/configuring-wis2-discovery-metadata/
7	14:45 - 15:15	Break
8	15:00 - 15:45	Practical session: wis2box: Configuring station metadata	Maaike/Tom	Learn how to define stations in wis2box Know the commands used to update/publish station metadata in wis2box	https://wmo-im.github.io/wis2box-training/practical-sessions/configuring-station-metadata/
9	15:45 - 16:30	Practical session: wis2box: data ingesting and monitoring	Maaike/Tom	How to send data into wis2box How to observe processing and publishing in wis2box Know how to detect and resolve issues in data processing in wis2box	https://wmo-im.github.io/wis2box-training/practical-sessions/data-ingest-and-monitoring/
10	16:30 - 17:00	Group discussion: insights and challenges using wis2box	Timo/all	Participants share their experience and understanding using wis2box

	Day 4	Subject	Teacher	Learning objectives	Presentations
1	09:00 - 10:00	Obtaining data from WIS2	Tom	Discovery metadata workflow Local workshop catalogue How to download data from WIS2 Role of wis2box in obtaining data from WIS2
2	10:00 - 11:00	Practical session: wis2box: downloading data from WIS2	Maaike/Tom	Use pywis-pubsub Use tools to work with the data	https://wmo-im.github.io/wis2box-training/practical-sessions/downloading-data-from-wis2/
3	11:00 - 11:30	Break
4	11:30 - 12:30	Participating in the pilot phase as a WIS2 node	Timo	How to participate in the pilot phase How to register a node in WIS2 (which information is needed & process) How to get a WIGOS Station Identifier How to register a station in OSCAR/Surface
5	12:30 - 13:30	Lunch
6	13:30 - 15:30	reserved / buffer
7	15:30 - 16:00	Break
8	16:00 - 17:00	Group discussion: lessons learned & questions from the day and so far	Timo	Close the training Answer questions Wrap up the 4-day training course

WIS2 workshop & planning

	Day 5	Subject	Teacher	Learning objectives
1	09:00 - 10:00	Next steps with WIS2	Hassan/Enrico	Think about how to implement WIS2 Understand the options how to run a wis2box nationally (private vs public cloud) Pilot-phase practicals
2	10:00 - 11:30	Round table: participants' plans for WIS2	Enrico/all	Participants present the WIS2 plans of their country The presentation is based on a template
3	11:00 - 11:30	Break
4	11:30 - 12:30	Discussion and Q&A	Timo/all	all
5	12:30 - 13:30	Lunch
6	13:30 - 15:30	Closing	PR/WMO	Feedback & discussion Training Certificates Closing ceremony

Training material

Presentations should be followed by a session of practicals for all the subjects requiring the acquisition of a skill. Practical sessions using data and configuration elements for the participant's home country should be available.

Training environment

Each student should be able to access, using a laptop, a training environment hosted on a platform maintained by the training organizers.

TODO

find suitable software for students to access the training platform
ask students to install software on their laptops before training

WIS2 Training

Prerequisites

Knowledge

Software

Learning outcomes

Knowledge

Installation and Administration

Operation

Case studies

Varia

TODO

Timetable

WIS2 workshop & planning

Training material

Training environment

TODO

0 Comments