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Today I'm going to talk about using the
Raspberry Pi imager, that was released

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recently by the Raspberry Pi foundation,
to install Internet in a box or "IIAB"

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images. Here's a list of six things that
we're going to demonstrate today. One,

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wiki instructions are in the link
below this video, And I'll also browse to them

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and show you what
that looks like.  Two, Download the

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Raspberry Pi imager made for your
operating system. 
Three, Add a link to IIAB

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images with a repo clause, (which actually
tells where the IIAB images are stored).

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Four, Choose the image that you want to use --see the image features in the wiki.

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Five, Copy the
chosen image to an SD card.

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Six try the image on your Raspberry P.i.

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So the
wiki instructions look like this

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This is the Internet in the Box wiki
and if you go to the installation page

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for the Raspberry Pi images, you'll see
that it has instructions for

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Windows and Linux and the Mac OS.

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The actual imager can be fetched from
the Raspberry Pi foundation downloads page.

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Click on the one for Windows, since
this is a Windows machine, and it will

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say -- What do you want to
do with it? I'd like to save it. And then

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that will pull it down from the server
in the sky, When that's done you can

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click on the imager (double click) on it.

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And it will say: do you really want to
make changes to your hard disk? yes I do.

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Then we click on 'install' and then 'Finish'.

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That brings up the imager. That's the
one that comes directly from the

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Raspberry Pi foundation. It doesn't have the additional information that

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will make the Internet in a box images
available. So I'm going to close this.

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Then I will find where the Imager is on the
hard disk. There's a the search box. I'm

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going to put "rpi" and there it is and
I'm going to right-click on this and say

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"pin to the taskbar" and that puts it down
right here. And then I'm going to

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right-click on the Raspberry Pi and then
right-click on the imager. And go to

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"properties" And what I'm going to do now
is just to make an addition at the end

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of the command line, which
tells us where the repo is that has the "IIAB" images.

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"--repo HTTP://iiab.me/images.json".

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"--repo HTTP://iiab.me/images.json".

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Click on "Applly"
And close this out.

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Now if I click on that, go through the
yes, I need to do that now.

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Now If you click on the "Choose OS", and it worked right, the I IAB releases and IIAB

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experimental ones are right at the
top of the list. So I'm going to click

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releases, and choose the "Desktop medium"
size. Then I need to create I need to

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insert my SD card into that into the
carrier that that fits into my laptop.

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It makes a little noise, and then I choose
the 128 gigabyte SD card. I know that's

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the one that I just put in..And then I say:"
"right" and I think I've done this a few

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times practicing. So I know this takes
about a half an hour to download and

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write a card. So we'll come back when
that writing is completed. So now after the

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raspberry pi integer has indicated that
it's verified the image by this white

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Box on top of the red
window, you can take the

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SD card out, and put it into the Raspberry pi
and play it. Just a comment

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about power supplies: Sometimes you can
get very unreliable performance if you

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don't have an adequate power supply. So I
recommend that you actually buy the

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power supply  that comes
from the same manufacturer when you buy

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the Raspberry Pi. So when I turn the power
on for the Raspberry Pi, it will take a

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while to start up. Let me just comment
that in this image that we've downloaded

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from the "IIAB", there are three ways to
control or talk to the computer: One is

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through a browser. The second is through
SSH, and the third is through virtual

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network computing or "VNC". The third
approach lets you have a .console just

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as if you were at a keyboard mouse and
monitor, so that you can actually control

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the Raspberry Pi with a graphical user
interface. So now I'm going to go and try

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to connect to the Wi-Fi that is probably
available. Here's a I IAB Desktop light.

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That's probably the Wi-Fi signal we want.
It will try to connect. And after it

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connects. it automatically bring up the
home page, which has a lot of the things

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that your users might want access to. It
has Zim files and "OER" to go, both

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of these need to be downloaded,
depending on the language and the

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subjects of interest. Then there's next
cloud and WordPress and Khan Academy and

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Sugar.Iser And then to control the
Raspberry P,i and the services that are

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available on it,
there is a browser-based admin console

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which gives you control, configuration,
install content, an ability to change the

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menus, some utilities will let you see
how much of the disk is used, and

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different reports and information.

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That's the browser based connections to
the to the Raspberry Pi image. if I can

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it click on the VNC viewer, I
clicked on box.lan (maybe double

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click) and I have to put in the password

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and this is the console view of the our
Raspberry Pi. and this is an active

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desktop. This is the desktop with all
of the capabilities there in that menu

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system. Then the third way to talk to
the Raspberry Pi is with SSH. On a

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Windows machine, we usually use putty and
we type in box, which is the address of

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the RPi, it comes back and says well you have
to log in with a username and password. I

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a the admin

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I can't really see the screen!

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So there we've logged  on to the pie with SSH. So there you have it in a sort of

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a a capsule form.

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The different ways, at
least three different ways, and

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there are others like bluetooth,, which
are a little bit more complicated or at

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least they were for me.  My Windows
machine doesn't have a bluetooth that's

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recent enough to connect, So
that's an overview of the rpi-imager,

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downloading an IAB image, and
connecting to it with a Windows laptop.
