Table of Contents
hfu opened this issue · 0 comments
hfu commented
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
- #3 Scope
- #4 Intended Readers
- #2 Executive Summary FIXME
- #5 Introduction
- #6 Where we start and where we finish
- #50 Data flow
- #7 Capacity building flowchart
- #51 Contents of UNVT
- #43 Structure of the capacity building environment
- #16 What we are developing in phase 1 (sh2)
- What we are developing in phase 2 (durana)
Raspberry Pi set-up
Hardware check
- #8 Raspberry Pi hardware
Raspberry Pi OS Installation to a microSD card
- #9 Installation of Raspberry Pi OS into a microSD card
Under direct connection
- #37 What do we mean by direct connection
- #10 Boot your Raspberry Pi
- #32 Open console on your PC
- #11 Log-in to your Raspberry Pi / poweroff
- #12 Set up WiFi and change hostname
- #13 Change password
#40 Enable VNC
Under Wi-Fi connection
- #39 What do we mean by Wi-Fi connection
- #14 Log in via Wi-Fi
- #30 Update Raspberri Pi OS
- #15 [Advanced] What is Unix? What is CLI?
UNVT set-up
- #17 Install
equinox
- UNVT online installer for Raspberry Pi OS - #18 Check installed UNVT tools
#20 [Advanced] Usetmux
- #19 Create a GitHub user account if you do not have one
- #45 [Windows] 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
- #33 Fork
optgeo/sh2
- #34 Enable GitHub Pages for
${you}/sh2
- #42 Register your SSH key to GitHub
- #48 Configure GitHub global variables
- #47 Clone
${you}/sh2
into your Raspberry Pi
produce
- #23 Produce vector tiles
style
- #22 Compile the style
host
- #31 Host the site
optimize
- #41 Run vt-optimizer