BLCN532 Lab 1Set up your development environmentV2.0.docx

BLCN532 Lab 1
Set up your development environment
V2.0
Introduction
This course introduces students to blockchain development for
enterprise environments. Before you can develop software
applications, you need to ensue your development environment
is in place. That means you’ll need all the tools and
infrastructure installed and configured to support enterprise
blockchain software development projects.
In this lab you’ll set up your own Hyperledger Fabric
development environment and install the course software from
the textbook. When you finish this lab, you’ll have a working
development environment and will be ready to start running and
modifying blockchain applications.
The instructions in your textbook are for Mac and Linux
computers.
However
, there is no guarantee that your installation of MacOS or Linux
is completely compatible with the environment in which the
commands from the textbook work properly. For that reason, I
STRONGLY SUGGEST
that you acquire an Ubuntu 16.04 Virtual Machine (VM) for
your labs. Using an Ubuntu 16.04 VM will make the labs far
easier to complete.
The instructions in this course’s labs assume that your computer

runs the Windows operating system. If you run MacOS or
Linux, you can get
Vagrant
and
VirtualBox
for those operating systems and follow the gist of the “Initial
setup for Windows computers”.
Lab Deliverables:
To complete this lab, you must create a
Lab Report file
and submit the file in iLearn. The Lab Report file must be a
Microsoft Word format (.docx), and have the filename with the
following format:
BLCN532_SECTION_STUDENTID_LASTNAME_FIRSTNAME
_Lab01.docx
· SECTION is the section number of your current course (2
digits)
· STUDENTID is your student ID number (with leading zeros)
· LASTNAME is your last name, FIRSTNAME is your first
name
To get started, create a Microsoft Word document (.docx) with
the correct filename for this lab. You’ll be asked to enter text
and paste screenshots into the lab report file.
NOTE: All screenshots MUST be readable. Use the Ubuntu
Screen Capture utility (see the lab video.) Make sure that you
label each screenshot (i.e. Step 2.1.3) and provide screenshots
in order. For commands that produce lots of output, I only want
to see the last full screen when the command finishes. Provide

FULL screenshots, NOT cropped images.
SECTION 1: Initial setup for Windows computers (Chapter 3)
Step 1.1: Install Oracle Virtualbox (Windows, Linux, MacOS)
Oracle Virtualbox is an open source virtualization environment
that allows you to run multiple virtual machines and containers
on a single personal computer. Virtualbox is free and it is easy
to install.
In your favorite web browser, navigate to:
https://www.virtualbox.org/
and click the “Download Virtualbox” button. Click the
“Windows hosts” link to download the main installation
executable. You should also click the “All supported platforms”
under the “Extension Pack” heading to download extra software
support for devices.
After you download the two files, double click each one to run
the install procedure.
Step 1.2: Install Vagrant (Windows, Linux, MacOS)
Vagrant is a free virtual environment management utility. It
makes the process of starting, stopping, and managing virtual
machines easier. In your web browser, navigate to
https://www.vagrantup.com/
then click the “Download” button, and click the version of the
Windows executable you’d like to install. (Most of you should
select the “64-bit” version.)
Once you download the install program, double-click the file
you just downloaded to install Vagrant.
If you want more information on Vagrant and tips on getting the

most out of the software, navigate to:
https://www.sitepoint.com/getting-started-vagrant-windows/
.
Step 1.3: Set up your Vagrant project
After installing all the pre-requisite pieces, you need to set up
your Vagrant project. A Vagrant project defines your virtual
machine environment and helps you organize your collection of
VMs into a group that is easy to manage.
We’ll use the Windows PowerShell as our Windows command
prompt environment. PowerShell is a very powerful command
line interface that is available on all Windows computers.
To launch PowerShell, click the Windows key, type PowerShell,
then click the Windows PowerShell menu entry. The figure
below shows a portion of the Windows PowerShell command
prompt window.
PowerShell uses your user’s home directory as its starting
directory. In my case, C:Usersmicha is my home directory. For
the rest of the lab, I’ll refer to this a %HOME%. Your
%HOME% will be different.
1.3.1: Remove existing Vagrant projects
Follow these steps ONLY if you already have a previous
Vagrant project you want to remove: (Assume the project you
want to remove is located in the
%HOME%vagrantHyperledger directory.)
If you DO NOT have an existing Vagrant project that you need

to remove, skip to section 1.3.2.
1. PS %HOME%vagrantHyperledger>
vagrant global-status
Note the id of the listed VM(s). You’ll use this id in the next
command, in place of xxxxxxx.
vagrant destroy xxxxxxx
vagrant box remove ubuntu/xenial64
1.3.2: Create a new Vagrant project for Hyperledger
Launch PowerShell and enter the following commands: (Don’t
type ‘PS %HOME%>’, that’s just the PowerShell prompt. Just
type the characters in bold.)
1. PS %HOME%>
mkdir vagrant
2. PS %HOME%>
cd vagrant
3. PS %HOME%vagrant>
mkdir Hyperledger
4. PS %HOME%vagrant>
cd Hyperledger
vagrant init kelly219design/ubuntu-xenial-16.04-gui-desktop-
base

Make sure that you enter the line above as ONE LINE at the
PowerShell prompt
6. Go to the Blackboard site (
ucumberlands.blackcoard.com
) and login.
7.
Navigate
to this course (BLCN532) -> Content for this week, Lab01.
a. Download the
Vagrantfile
file and copy it to the %HOME%vagrantHyperledger
directory. (This will overwrite the
Vagrantfile
that was already there.)
vagrant up
NOTE:
To stop your VM type
vagrant halt
in PowerShell
Section 2: Install Pre-requisites (Chapter 3)
Once you have an operating Linux VM, you can start to install
the Hyperledger Fabric pre-requisites. In this section you’ll
install all the software and configuration pieces necessary to run
the class enterprise blockchain application in Hyperledger
Fabric.
Step 2.1: Install pre-reqs

2.1.1: Install dev tools
1. If you haven’t started your VM, do the following:
a. Open Windows PowerShell, then navigate to your
Hyperledger project directory.
b. PS %HOME%vagrantHyperledger>
vagrant up
2. Login to your VM using the username:
vagrant
and password:
vagrant
3. Click “Search your computer” (upper left corner icon), then
type
terminal.
4. Click on the Terminal icon to launch a terminal with a shell
prompt.
You type all the following commands in your Linux VM (at the
Terminal command prompt.)
Don’t type the ‘$’ character. That is the prompt character of a
regular user to remind you that this is a command you should
enter in Linux. When you see a ‘#’ character, that indicates you
are in an elevated privilege shell. And the ‘>’ character
indicates you’re in PowerShell. Pay attention to the prompt
characters - they give you valuable information about your
current context.
5. $
sudo apt-get update

6. $
sudo apt-get install libltdl-dev
2.1.2: Install Docker-CE
You can find complete Docker-CE instructions/docs at:
https://docs.docker.com/install/linux/docker-ce/ubuntu/
1. $
curl -fsSL https://download.docker.com/linux/ubuntu/gpg | sudo
apt-key add -
2.
$
sudo add-apt-repository "deb [arch=amd64]
https://download.docker.com/linux/ubuntu $(lsb_release -cs)
stable"
Make sure that you enter the line above as ONE LINE in Linux
3. $
sudo apt-get update
4. $
sudo apt-get install docker-ce docker-ce-cli containerd.io
2.1.3: Install Docker compose
1. $
sudo curl -L
"https://github.com/docker/compose/releases/download/1.23.2/d
ocker-compose-$(uname -s)-$(uname -m)" -o
/usr/local/bin/docker-compose
2.
$

sudo chmod +x /usr/local/bin/docker-compose
3. $
docker-compose version
4. $
date
5. Create a screenshot of the results of steps 1 - 4 and paste it
into your Lab Report File.
2.1.4: Install business network pre-reqs
1. $
curl -O
https://hyperledger.github.io/composer/latest/prereqs-ubuntu.sh
2. $
chmod u+x prereqs-ubuntu.sh
3. $
./prereqs-ubuntu.sh
4. $
date
>>> Logout (use the gear icon in the upper right corner) and log
back in before continuing.
2.1.5: Install GO language
The next step is to install the GO programming language. You’ll
use GO to write and modify source code files for the class

blockchain application.
1. $
sudo apt-get update
2.
$
wget
https://dl.google.com/go/go1.12.1.linux-amd64.tar.gz
3.
$
tar xvf go1.12.1.linux-amd64.tar.gz
4.
$
nano ~/.profile
5. In the nano editor, add the following 2 lines after the last line
in the file:
export GOPATH=$HOME/go
export PATH=$PATH:$GOPATH/bin
6. Save your file and exit nano
7.
$
source .profile
8.
$
go version
9. $

date
Step 2.2: Install source code and set up business network
In this step you download and install the class application
source code and set up the business network.
2.2.1: Forking and Cloning the trade-finance-logistics
repository
1. In a browser (
in Windows
) go to:
https://github.com/HyperledgerHandsOn/trade-finance-logistics
2. Sign up or log in
3. Click
Fork
You type all the following commands in your Linux VM (at the
command prompt.)
4. $
cd $GOPATH/src
5. $
git clone
https://github.com/YOUR_GIT_ID/trade-finance-logistics.git
6. $
cd $GOPATH/src

7. $
mkdir -p github.com/hyperledger
8. $
cd github.com/hyperledger
9. $
git clone
https://github.com/hyperledger/fabric.git -b release-1.1
10. $
cd fabric
11. EDIT FILES *****
a. $
nano Makefile
b. Find the line starts with CHAINTOOL_RELEASE (hint: use
CTRL W to search)
c. Change the line you just found to this:
CHAINTOOL_RELEASE=1.1.3
d. Find the line that starts with CHAINTOOL_URL (hint: use
CRTL W to search)
e. Change the line you just found to this: CHAINTOOL_URL ?=
https://hyperledger.jfrog.io/hyperledger/fabric-
maven/org/hyperledger/fabric-
chaintool/$(CHAINTOOL_RELEASE)/fabric-chaintool-
$(CHAINTOOL_RELEASE).jar
NOTE: The line above should be on a SINGLE LONG LINE
(don’t break up the line into multiple lines)

f. Save the file (hint: use CRTL O to write the file)
g. Exit the nano editor (hint: use CTRL X to exit)
h. $ nano images/javaenv/Dockerfile.in
i. Find the line that starts with && curl -fsSL
https://nexus.hyperledger.org
j. Change the line you just found to this: && curl -fsSL
https://repo1.maven.org/maven2/org/apache/maven/apache-
maven/$MAVEN_VERSION/apache-maven-
$MAVEN_VERSION-bin.tar.gz
NOTE: The line above should be on a SINGLE LONG LINE
(don’t break up the line into multiple lines)
k. Save the file (hint: use CRTL O to write the file)
l. Exit the nano editor (hint: use CTRL X to exit)
12. $
make docker
13. $
make configtxgen cryptogen
14. $
git clone
https://github.com/hyperledger/fabric-ca.git
15. $
cd fabric-ca
16. $
make docker

17. $
date
2.2.2: Generate network cryptographic material
1. $
cd $GOPATH/src/trade-finance-logistics/network
2. $
nano ~/.profile
change last line to this (all on 1 line, not 2):
export
PATH=$PATH:$GOPATH/bin:$GOPATH/src/github.com/hyperl
edger/fabric/build/bin:$GOPATH/src/github.com/hyperledger/fa
bric/build/docker/bin
3. Save file and exit nano
4. $
source ~/.profile
5. $
cryptogen generate --config=./crypto-config.yaml
6. $
date

2.2.3: Generate channel artifacts
1. $
2. Execute the follow commands
OR
run the trade.sh script (AFTER step 9)
3. $
mkdir -p channel-artifacts
4. $
configtxgen -profile FourOrgsTradeOrdererGenesis -
outputBlock ./channel-artifacts/genesis.block
5. $
configtxgen -profile FourOrgsTradeChannel -
outputCreateChannelTx ./channel-artifacts/channel.tx -
channelID tradechannel
6. $
outputAnchorPeersUpdate ./channel-
artifacts/ExporterOrgMSPanchors.tx -channelID tradechannel -
asOrg ExporterOrgMSP
7. $
artifacts/ImporterOrgMSPanchors.tx -channelID tradechannel -
asOrg ImporterOrgMSP
8. $

artifacts/CarrierOrgMSPanchors.tx -channelID tradechannel -
asOrg CarrierOrgMSP
9. $
artifacts/RegulatorOrgMSPanchors.tx -channelID tradechannel -
asOrg RegulatorOrgMSP
OR (Instead of typing the commands above, the author provides
a script to do it all)
1. $
./trade.sh generate -c tradechannel
Troubleshooting help:
· If you encounter problems with your blockchain network in
this lab or future labs, the ./trade.sh script may help you resolve
them. If you are getting errors when trying to launch or interact
with your network, try these commands at the Ubuntu command
prompt:
o
./trade.sh down
# If your network is up and running
o
./trade.sh clean
o
./trade.sh generate -c tradechannel
o
./trade.sh up

2.2.4: Launch the sample trade network
There are two ways to launch the sample trade network, using
the
docker-compose
command directly, or by using the author-supplied
trade.sh
shell script. We’ll use the shell script in most of our activities.
1. $
2. $
./trade.sh up
3. $
date
Step 2.3: Verifying your business network
The last step in this lab is to verify that your business network
is up and running.
1. Open a new terminal window in your Vagrant Hyperledger
VM. Click “Search your computer” (upper left corner icon),
then type
terminal
, then click the Terminal icon.)
2. Enter the following command:
3. $

docker ps -a
4. $
date
6. The first column in the previous output is the “container-ID”.
Find the container-ID for the orderer process, and use it for the
following command: (Don’t type the “<” or “>” characters)
7. $
docker logs
8. Create a screenshot of the results of step 7 and paste that
screenshot into your Lab Report File.
Section 3: Wrapping up
Once you have your network up and running, the only step to
complete is to learn how to properly shutdown your business
network.
1. Shut down the business network in Linux:
2. $
./trade.sh down
3. Exit from your Linux Terminal command prompt(s) (i.e.
close any open Terminal windows.)
4. $
exit
5. In Windows PowerShell, shut down your Hyperledger virtual

machine:
vagrant halt
10. Create a
snapshot (NOT A SCREENSHOT)
of your Ubuntu VM in VirtualBox. This allows you to easily
restore to this point if you ever need to “undo” subsequent steps
and return to a known point.
a. PS %HOME%vagrantHyperledger>
vagrant snapshot EndOfLab01
You should have 8 screenshots in your Lab Report File. Save
your file and submit it in iLearn as a file attachment for the Lab
1 assignment.
Congratulations! You have complete lab 1.

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