페이지

2020년 5월 22일 금요일

Indy SDK 빌드 및 설치

Indy SDK 빌드 및 설치

Indy SDK 바이너리 파일을 설치하려면 아래의 문서를 참고하여 libindy, libnullpay, libvcx, 그리고 indy-cli를 설치할 수 있습니다.

여기서는 아래 문서들을 참고하여 Ubuntu에서 Indy SDK 소스를 빌드하고 설치하는 과정을 실습합니다.

1. 실습 환경

2. C 빌드 프로그램 설치

  1. Make를 설치합니다.

    $ sudo apt-get install make

  2. C/C++ 컴파일러 및 링커를 설치합니다.

    $ sudo apt-get install g++

3. Rust 빌드 프로그램 설치

  1. 터미널에서 아래 명령을 실행합니다.

    $ curl https://sh.rustup.rs -sSf | sh

    위 명령은 다음 작업을 수행합니다.

    1. 설치 스크립트 다운로드
    2. 설치 스크립트 실행
      1. rustup을 설치
      2. rustup을 사용하여 최신 버전의 Rust를 설치
      3. Rust 실행 경로 $HOME/.cargo/bin를 환경변수 PATH에 추가

    설치에 성공하면 아래의 메시지가 출력됩니다.

    Rust is installed now. Great!

  2. 다시 로그인하면 Rust 실행 경로 $HOME/.cargo/bin가 환경변수 PATH에 포함되어 있을 것입니다.

  3. 설치한 Rust 컴파일러의 버전을 확인합니다.

    $ rustc --version
rustc 1.43.1 (8d69840ab 2020-05-04)

4. Indy SDK 빌드 및 설치

  1. 필요한 라이브러리와 도구를 설치합니다.

    $ sudo apt-get update && \
$ sudo apt-get install -y \
   build-essential \
   pkg-config \
   cmake \
   libssl-dev \
   libsqlite3-dev \
   libzmq3-dev \
   libncursesw5-dev

  2. libindy가 필요로 하는 libsodium은 apt 저장소에서 제공하지 않기 때문에 소스를 다운로드하여 빌드합니다.

    $ cd /tmp && \
  curl https://download.libsodium.org/libsodium/releases/old/unsupported/libsodium-1.0.14.tar.gz | tar -xz && \
   cd /tmp/libsodium-1.0.14 && \
   ./configure --disable-shared && \
   make && \
   sudo make install && \
   rm -rf /tmp/libsodium-1.0.14

  3. libindy 소스를 다운로드하여 빌드합니다.

    $ cd $HOME
$ git clone https://github.com/hyperledger/indy-sdk.git
$ cd ./indy-sdk/libindy
$ cargo build

5. 테스트

5.1 Indy 노드 풀 실행

How to start local nodes pool with docker 문서를 참고하여 Indy 노드 풀을 로컬로 실행합니다.

  1. Docker로 Indy 풀을 빌드합니다.

    $ cd $HOME/indy-sdk
$ docker build -f ci/indy-pool.dockerfile -t indy_pool .
Sending build context to Docker daemon  4.832GB
Step 1/22 : FROM ubuntu:16.04
 ---> 005d2078bdfa
Step 2/22 : ARG uid=1000
 ---> Using cache
 ---> 8e4ce2fe34c7
Step 3/22 : RUN apt-get update -y && apt-get install -y 	git 	wget 	python3.5 	python3-pip 	python-setuptools 	python3-nacl 	apt-transport-https 	ca-certificates 	supervisor
 ---> Using cache
 ---> c4db29f53a16
Step 4/22 : RUN pip3 install -U 	pip==9.0.3 	setuptools
 ---> Using cache
 ---> 29699d8b1bcf
Step 5/22 : RUN apt-key adv --keyserver keyserver.ubuntu.com --recv-keys CE7709D068DB5E88 || apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv-keys CE7709D068DB5E88
 ---> Using cache
 ---> 5bc97b4e8591
Step 6/22 : ARG indy_stream=master
 ---> Using cache
 ---> 847ea83573d3
Step 7/22 : RUN echo "deb https://repo.sovrin.org/deb xenial $indy_stream" >> /etc/apt/sources.list
 ---> Using cache
 ---> c852d95dfaec
Step 8/22 : RUN useradd -ms /bin/bash -u $uid indy
 ---> Using cache
 ---> 066abdcbb31e
Step 9/22 : ARG indy_plenum_ver=1.12.1~dev989
 ---> Using cache
 ---> 321047b89616
Step 10/22 : ARG indy_node_ver=1.12.1~dev1172
 ---> Using cache
 ---> 65a940e326d2
Step 11/22 : ARG python3_indy_crypto_ver=0.4.5
 ---> Using cache
 ---> 2c012ba0ff4c
Step 12/22 : ARG indy_crypto_ver=0.4.5
 ---> Using cache
 ---> c5e27ff6da07
Step 13/22 : ARG python3_pyzmq_ver=18.1.0
 ---> Using cache
 ---> daf212ffee6f
Step 14/22 : RUN apt-get update -y && apt-get install -y         python3-pyzmq=${python3_pyzmq_ver}         indy-plenum=${indy_plenum_ver}         indy-node=${indy_node_ver}         python3-indy-crypto=${python3_indy_crypto_ver}         libindy-crypto=${indy_crypto_ver}         vim
 ---> Using cache
 ---> dd09e2535e0e
Step 15/22 : RUN echo "[supervisord]\nlogfile = /tmp/supervisord.log\nlogfile_maxbytes = 50MB\nlogfile_backups=10\nlogLevel = error\npidfile = /tmp/supervisord.pid\nnodaemon = true\nminfds = 1024\nminprocs = 200\numask = 022\nuser = indy\nidentifier = supervisor\ndirectory = /tmp\nnocleanup = true\nchildlogdir = /tmp\nstrip_ansi = false\n\n[program:node1]\ncommand=start_indy_node Node1 0.0.0.0 9701 0.0.0.0 9702\ndirectory=/home/indy\nstdout_logfile=/tmp/node1.log\nstderr_logfile=/tmp/node1.log\n\n[program:node2]\ncommand=start_indy_node Node2 0.0.0.0 9703 0.0.0.0 9704\ndirectory=/home/indy\nstdout_logfile=/tmp/node2.log\nstderr_logfile=/tmp/node2.log\n\n[program:node3]\ncommand=start_indy_node Node3 0.0.0.0 9705 0.0.0.0 9706\ndirectory=/home/indy\nstdout_logfile=/tmp/node3.log\nstderr_logfile=/tmp/node3.log\n\n[program:node4]\ncommand=start_indy_node Node4 0.0.0.0 9707 0.0.0.0 9708\ndirectory=/home/indy\nstdout_logfile=/tmp/node4.log\nstderr_logfile=/tmp/node4.log\n">> /etc/supervisord.conf
 ---> Using cache
 ---> a293cada0e77
Step 16/22 : USER indy
 ---> Using cache
 ---> a80b0dfc3571
Step 17/22 : RUN awk '{if (index($1, "NETWORK_NAME") != 0) {print("NETWORK_NAME = \"sandbox\"")} else print($0)}' /etc/indy/indy_config.py> /tmp/indy_config.py
 ---> Using cache
 ---> dcb46ff2da65
Step 18/22 : RUN mv /tmp/indy_config.py /etc/indy/indy_config.py
 ---> Using cache
 ---> e540d82dfe32
Step 19/22 : ARG pool_ip=127.0.0.1
 ---> Using cache
 ---> fd5c44727a33
Step 20/22 : RUN generate_indy_pool_transactions --nodes 4 --clients 5 --nodeNum 1 2 3 4 --ips="$pool_ip,$pool_ip,$pool_ip,$pool_ip"
 ---> Running in 3290618d5b14
Generating keys for provided seed b'000000000000000000000000000Node1'
Init local keys for client-stack
Public key is HXrfcFWDjWusENBoXhV8mARzq51f1npWYWaA1GzfeMDG
Verification key is Gw6pDLhcBcoQesN72qfotTgFa7cbuqZpkX3Xo6pLhPhv
Init local keys for node-stack
Public key is HXrfcFWDjWusENBoXhV8mARzq51f1npWYWaA1GzfeMDG
Verification key is Gw6pDLhcBcoQesN72qfotTgFa7cbuqZpkX3Xo6pLhPhv
BLS Public key is 4N8aUNHSgjQVgkpm8nhNEfDf6txHznoYREg9kirmJrkivgL4oSEimFF6nsQ6M41QvhM2Z33nves5vfSn9n1UwNFJBYtWVnHYMATn76vLuL3zU88KyeAYcHfsih3He6UHcXDxcaecHVz6jhCYz1P2UZn2bDVruL5wXpehgBfBaLKm3Ba
Proof of possession for BLS key is RahHYiCvoNCtPTrVtP7nMC5eTYrsUA8WjXbdhNc8debh1agE9bGiJxWBXYNFbnJXoXhWFMvyqhqhRoq737YQemH5ik9oL7R4NTTCz2LEZhkgLJzB3QRQqJyBNyv7acbdHrAT8nQ9UkLbaVL9NBpnWXBTw4LEMePaSHEw66RzPNdAX1
This node with name Node1 will use ports 9701 and 9702 for nodestack and clientstack respectively
Generating keys for provided seed b'000000000000000000000000000Node2'
Init local keys for client-stack
Public key is Fsp2dyt7D2B4GA53hKnEmLym5Y75ExGFz2ZBzcQMNKsB
Verification key is 8ECVSk179mjsjKRLWiQtssMLgp6EPhWXtaYyStWPSGAb
Init local keys for node-stack
Public key is Fsp2dyt7D2B4GA53hKnEmLym5Y75ExGFz2ZBzcQMNKsB
Verification key is 8ECVSk179mjsjKRLWiQtssMLgp6EPhWXtaYyStWPSGAb
BLS Public key is 37rAPpXVoxzKhz7d9gkUe52XuXryuLXoM6P6LbWDB7LSbG62Lsb33sfG7zqS8TK1MXwuCHj1FKNzVpsnafmqLG1vXN88rt38mNFs9TENzm4QHdBzsvCuoBnPH7rpYYDo9DZNJePaDvRvqJKByCabubJz3XXKbEeshzpz4Ma5QYpJqjk
Proof of possession for BLS key is Qr658mWZ2YC8JXGXwMDQTzuZCWF7NK9EwxphGmcBvCh6ybUuLxbG65nsX4JvD4SPNtkJ2w9ug1yLTj6fgmuDg41TgECXjLCij3RMsV8CwewBVgVN67wsA45DFWvqvLtu4rjNnE9JbdFTc1Z4WCPA3Xan44K1HoHAq9EVeaRYs8zoF5
This node with name Node2 will use ports 9703 and 9704 for nodestack and clientstack respectively
Generating keys for provided seed b'000000000000000000000000000Node3'
Init local keys for client-stack
Public key is 6KTs7Q9Lng5uX6oWCkVifiJ6hSpkdHiRijAsXtAunnGN
Verification key is DKVxG2fXXTU8yT5N7hGEbXB3dfdAnYv1JczDUHpmDxya
Init local keys for node-stack
Public key is 6KTs7Q9Lng5uX6oWCkVifiJ6hSpkdHiRijAsXtAunnGN
Verification key is DKVxG2fXXTU8yT5N7hGEbXB3dfdAnYv1JczDUHpmDxya
BLS Public key is 3WFpdbg7C5cnLYZwFZevJqhubkFALBfCBBok15GdrKMUhUjGsk3jV6QKj6MZgEubF7oqCafxNdkm7eswgA4sdKTRc82tLGzZBd6vNqU8dupzup6uYUf32KTHTPQbuUM8Yk4QFXjEf2Usu2TJcNkdgpyeUSX42u5LqdDDpNSWUK5deC5
Proof of possession for BLS key is QwDeb2CkNSx6r8QC8vGQK3GRv7Yndn84TGNijX8YXHPiagXajyfTjoR87rXUu4G4QLk2cF8NNyqWiYMus1623dELWwx57rLCFqGh7N4ZRbGDRP4fnVcaKg1BcUxQ866Ven4gw8y4N56S5HzxXNBZtLYmhGHvDtk6PFkFwCvxYrNYjh
This node with name Node3 will use ports 9705 and 9706 for nodestack and clientstack respectively
Generating keys for provided seed b'000000000000000000000000000Node4'
Init local keys for client-stack
Public key is ECUd5UfoYa2yUBkmxNkMbkfGKcZ8Voh5Mi3JzBwWEDpm
Verification key is 4PS3EDQ3dW1tci1Bp6543CfuuebjFrg36kLAUcskGfaA
Init local keys for node-stack
Public key is ECUd5UfoYa2yUBkmxNkMbkfGKcZ8Voh5Mi3JzBwWEDpm
Verification key is 4PS3EDQ3dW1tci1Bp6543CfuuebjFrg36kLAUcskGfaA
BLS Public key is 2zN3bHM1m4rLz54MJHYSwvqzPchYp8jkHswveCLAEJVcX6Mm1wHQD1SkPYMzUDTZvWvhuE6VNAkK3KxVeEmsanSmvjVkReDeBEMxeDaayjcZjFGPydyey1qxBHmTvAnBKoPydvuTAqx5f7YNNRAdeLmUi99gERUU7TD8KfAa6MpQ9bw
Proof of possession for BLS key is RPLagxaR5xdimFzwmzYnz4ZhWtYQEj8iR5ZU53T2gitPCyCHQneUn2Huc4oeLd2B2HzkGnjAff4hWTJT6C7qHYB1Mv2wU5iHHGFWkhnTX9WsEAbunJCV2qcaXScKj4tTfvdDKfLiVuU2av6hbsMztirRze7LvYBkRHV3tGwyCptsrP
This node with name Node4 will use ports 9707 and 9708 for nodestack and clientstack respectively
BLS Public key is 4N8aUNHSgjQVgkpm8nhNEfDf6txHznoYREg9kirmJrkivgL4oSEimFF6nsQ6M41QvhM2Z33nves5vfSn9n1UwNFJBYtWVnHYMATn76vLuL3zU88KyeAYcHfsih3He6UHcXDxcaecHVz6jhCYz1P2UZn2bDVruL5wXpehgBfBaLKm3Ba
Proof of possession for BLS key is RahHYiCvoNCtPTrVtP7nMC5eTYrsUA8WjXbdhNc8debh1agE9bGiJxWBXYNFbnJXoXhWFMvyqhqhRoq737YQemH5ik9oL7R4NTTCz2LEZhkgLJzB3QRQqJyBNyv7acbdHrAT8nQ9UkLbaVL9NBpnWXBTw4LEMePaSHEw66RzPNdAX1
BLS Public key is 37rAPpXVoxzKhz7d9gkUe52XuXryuLXoM6P6LbWDB7LSbG62Lsb33sfG7zqS8TK1MXwuCHj1FKNzVpsnafmqLG1vXN88rt38mNFs9TENzm4QHdBzsvCuoBnPH7rpYYDo9DZNJePaDvRvqJKByCabubJz3XXKbEeshzpz4Ma5QYpJqjk
Proof of possession for BLS key is Qr658mWZ2YC8JXGXwMDQTzuZCWF7NK9EwxphGmcBvCh6ybUuLxbG65nsX4JvD4SPNtkJ2w9ug1yLTj6fgmuDg41TgECXjLCij3RMsV8CwewBVgVN67wsA45DFWvqvLtu4rjNnE9JbdFTc1Z4WCPA3Xan44K1HoHAq9EVeaRYs8zoF5
BLS Public key is 3WFpdbg7C5cnLYZwFZevJqhubkFALBfCBBok15GdrKMUhUjGsk3jV6QKj6MZgEubF7oqCafxNdkm7eswgA4sdKTRc82tLGzZBd6vNqU8dupzup6uYUf32KTHTPQbuUM8Yk4QFXjEf2Usu2TJcNkdgpyeUSX42u5LqdDDpNSWUK5deC5
Proof of possession for BLS key is QwDeb2CkNSx6r8QC8vGQK3GRv7Yndn84TGNijX8YXHPiagXajyfTjoR87rXUu4G4QLk2cF8NNyqWiYMus1623dELWwx57rLCFqGh7N4ZRbGDRP4fnVcaKg1BcUxQ866Ven4gw8y4N56S5HzxXNBZtLYmhGHvDtk6PFkFwCvxYrNYjh
BLS Public key is 2zN3bHM1m4rLz54MJHYSwvqzPchYp8jkHswveCLAEJVcX6Mm1wHQD1SkPYMzUDTZvWvhuE6VNAkK3KxVeEmsanSmvjVkReDeBEMxeDaayjcZjFGPydyey1qxBHmTvAnBKoPydvuTAqx5f7YNNRAdeLmUi99gERUU7TD8KfAa6MpQ9bw
Proof of possession for BLS key is RPLagxaR5xdimFzwmzYnz4ZhWtYQEj8iR5ZU53T2gitPCyCHQneUn2Huc4oeLd2B2HzkGnjAff4hWTJT6C7qHYB1Mv2wU5iHHGFWkhnTX9WsEAbunJCV2qcaXScKj4tTfvdDKfLiVuU2av6hbsMztirRze7LvYBkRHV3tGwyCptsrP
Removing intermediate container 3290618d5b14
 ---> dc14f981b386
Step 21/22 : EXPOSE 9701 9702 9703 9704 9705 9706 9707 9708
 ---> Running in 30903fff91f4
Removing intermediate container 30903fff91f4
 ---> 86e1e83f19c2
Step 22/22 : CMD ["/usr/bin/supervisord"]
 ---> Running in 7a8ade3e2407
Removing intermediate container 7a8ade3e2407
 ---> ab8792faed23
Successfully built ab8792faed23
Successfully tagged indy_pool:latest

  2. Indy 풀을 실행합니다.

    $ docker run -itd -p 9701-9708:9701-9708 indy_pool
e5f15ad2c43e39c5c8cf4c798445da395da0b268a32f0f8fc6f642a96adb9d18

5.2 테스트 시작

  1. 아래의 명령으로 테스트를 시작합니다.

    $ cd $HOME/indy-sdk/libindy
$ RUST_TEST_THREADS=1 cargo test

    Indy 풀의 IP를 아래와 같이 환경변수 TEST_POOL_IP에 지정하여 실행할 수 있습니다.

    $ RUST_TEST_THREADS=1 TEST_POOL_IP=10.0.0.2 cargo test

5.3 Indy CLI 빌드

  1. indy-cli는 libindy에 의존하기 때문에 아래와 같이 libindy가 있는 위치를 지정하여 빌드합니다.

    $ cd $HOME/indy-sdk/cli/
$ RUSTFLAGS=" -L ../libindy/target/debug" cargo build

  2. 환경변수 LD_LIBRARY_PATH에 libindy가 있는 위치를 추가합니다.

    echo "export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:$HOME/indy-sdk/libindy/target/debug" >> ~/.bashrc
sudo ldconfig
source ~/.bashrc

  3. 아래 명령으로 indy-cli를 실행합니다.

    $ cd $HOME/indy-sdk/cli/target/debug
$ ./indy-cli

Written with StackEdit.

시간:
라벨: , , , ,

댓글 없음:

댓글 쓰기

피드 구독하기: 댓글 (Atom)

JWT 토큰 생성과 유효성 확인 과정

JWT 토큰 생성과 유효성 확인 과정 API 서비스를 개발하고 이에 대한 접근 권한을 제어하기 위하여 JSON Web Token(JWT)을 활용할 수 있습니다. 이 문서에서는 JWT 토큰의 생성과 유효성 확인 과정...

  • MATLAB Rutime 설치하기
    MATLAB Rutime 설치하기 미설치시 에러 MATLAB Runtime 을 설치하지 않은 환경에서 MATLAB 응용프로그램이나 공유 라이브러리를 사용하려고 하면 아래와 같은 에러 메시지가 표시될 것입니다. ...
  • Wi-Fi 카드 2.4GHz로만 동작시키기
    Wi-Fi 카드 2.4GHz로만 동작시키기 별도의 Wi-Fi AP 장치를 두지 않고 아래와 같은 기기들로만 Wi-Fi 네트워크를 구성하고자 할 때 주변 기기들이 2.4GHz만 지원하기 때문에 PC에서 실행하는 A...
  • MATLAB Compiler SDK로 DLL 만들기
    MATLAB Compiler SDK로 DLL 만들기 MATLAB 으로 작성한 함수를 DLL 파일로 만들고 C# 응용프로그램에서 호출할 수 있습니다. 개발 환경 시스템 정보 Intel Core i7 CPU ...