Table of Contents

[hfu]

This is https://github.com/unvt/washi/issues/1.

You may want to bookmark here because we often come back here to move around.

Introduction

1. Scope #3 Scope
2. Intended Readers #4 Intended Readers
3. Executive Summary #2 Executive Summary FIXME
4. Introduction #5 Introduction
5. Where we start and where we finish #6 Where we start and where we finish
6. Data flow #50 Data flow
7. Capacity building flowchart #7 Capacity building flowchart
8. Contents of UNVT #51 Contents of UNVT
9. Structure of the capacity building environment #43 Structure of the capacity building environment
10. What we are developing in phase 1 (sh2) #16 What we are developing in phase 1 (sh2)
11. What we are developing in phase 2 (durana)

Raspberry Pi set-up

Hardware check

1. Raspberry Pi hardware #8 Raspberry Pi hardware

Raspberry Pi OS Installation to a microSD card

1. Installation of Raspberry Pi OS into a microSD card #9 Installation of Raspberry Pi OS into a microSD card

Under direct connection

1. What do we mean by direct connection #37 What do we mean by direct connection
2. Boot your Raspberry Pi #10 Boot your Raspberry Pi
3. Open console on your PC #32 Open console on your PC
4. Log-in to your Raspberry Pi / poweroff #11 Log-in to your Raspberry Pi / poweroff
5. Set up WiFi and change hostname #12 Set up WiFi and change hostname
6. Change password #13 Change password
7. Enable VNC #40 Enable VNC

Under Wi-Fi connection

1. What do we mean by Wi-Fi connection #39 What do we mean by Wi-Fi connection
2. Log-in via WiFi #14 Log in via Wi-Fi
3. Undate Raspberry Pi OS #30 Update Raspberri Pi OS
4. [A] What is Unix? What is CLI? #15 [Advanced] What is Unix? What is CLI?

UNVT set-up

1. Install equinox - UNVT-online installer for Raspberry Pi OS #17 Install equinox - UNVT online installer for Raspberry Pi OS
2. Check installed UNVT tools #18 Check installed UNVT tools
3. [Advanced] Use tmux #20 [Advanced] Use tmux
4. Create a GitHub user account if you do not have one #19 Create a GitHub user account if you do not have one
5. [Windows] Connect to your Raspberry Pi using Remote Desktop Connection  #45 [Windows] Connect to your Raspberry Pi using Remote Desktop Connection
6. [macOS] Connect to your Raspberry Pi using Remote Desktop Connection #46 [macOS] Connect to your Raspberry Pi using Remote Desktop Connection

Phase 1 (sh2)

make your clone of sh2

1. Fork optgeo/sh2 #33 Fork optgeo/sh2
2. Enable GitHub Pages for ${you}/sh2 #34 Enable GitHub Pages for ${you}/sh2
3. Register your SSH key to GitHub #42 Register your SSH key to GitHub
4. Configure GitHub global variables #48 Configure GitHub global variables
5. Clone ${you}/sh2 into your Raspberry Pi #47 Clone ${you}/sh2 into your Raspberry Pi

produce

1. Produce vector tiles #23 Produce vector tiles

style

1. Compile the style #22 Compile the style

host

1. Host the site #31 Host the site

optimize

1. Run vt-optimizer #41 Run vt-optimizer

Phase 2 (durana)

understand the content of the source data

produce

style

host

optimize

Appendix

1. Shutdown your Raspberry Pi #52 poweroff
2. Tips for tutors #26 Tips for tutors
3. What are in the code names #44 What are in the code names?
4. Comments #38 Comments