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test_data-sharing.yml
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# Copyright IBM Corp. All Rights Reserved.
#
# SPDX-License-Identifier: CC-BY-4.0
# This is a basic workflow to help you get started with Actions
name: Test Data Sharing
# Controls when the workflow will run
on:
# Triggers the workflow on push or pull request events but only for the main branch
push:
branches: [ main ]
pull_request:
branches: [ main ]
# Allows you to run this workflow manually from the Actions tab
workflow_dispatch:
# A workflow run is made up of one or more jobs that can run sequentially or in parallel
jobs:
data-sharing:
# if: ${{ false }}
# The type of runner that the job will run on
runs-on: ubuntu-latest
# Steps represent a sequence of tasks that will be executed as part of the job
steps:
# Checks-out your repository under $GITHUB_WORKSPACE, so your job can access it
- uses: actions/checkout@v2
- name: Set up JDK 8
uses: actions/setup-java@v2
with:
java-version: '8'
distribution: 'adopt'
- name: Set up Go
uses: actions/setup-go@v2
with:
go-version: '1.20.2'
- name: Use Node.js 14.x
uses: actions/setup-node@v2
with:
node-version: 14.x
# CORDA NETWORK
- name: Generate github.properties
run: |
echo "Using ${GITHUB_ACTOR} user."
echo "username=${GITHUB_ACTOR}" >> github.properties
echo "password=${{ secrets.GITHUB_TOKEN }}" >> github.properties
echo "url=https://maven.pkg.github.com/${GITHUB_ACTOR}/weaver-dlt-interoperability" >> github.properties
echo "Using ${GITHUB_ACTOR} user."
echo "username=${GITHUB_ACTOR}" >> github.main.properties
echo "password=${{ secrets.GITHUB_TOKEN }}" >> github.main.properties
echo "url=https://maven.pkg.github.com/hyperledger-labs/weaver-dlt-interoperability" >> github.main.properties
./scripts/get-cordapps.sh || mv github.main.properties github.properties
cat github.properties
working-directory: tests/network-setups/corda
- name: Start Corda Network
run: |
sed -i "/docker logs corda_partya_1 -f/"' s/^/#/' "scripts/start-nodes.sh"
make start &> corda-net.out &
working-directory: tests/network-setups/corda
# FABRIC NETWORK
- name: Start Fabric Network
run: make start-interop PROFILE='2-nodes'
working-directory: tests/network-setups/fabric/dev
- name: Corda Network logs
run: |
cat tests/network-setups/corda/corda-net.out
docker logs corda_partya_1
# RELAY
- name: Edit Relay docker compose
run: make convert-compose-method2
working-directory: core/relay
- name: Start Relay for network1
run: make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.n1'
working-directory: core/relay
- name: Start Relay for network2
run: make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.n2'
working-directory: core/relay
- name: Start Relay for Corda_Network
run: make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.corda'
working-directory: core/relay
- name: Start Relay for Corda_Network2
run: make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.corda2'
working-directory: core/relay
# FABRIC DRIVER
- name: Setup Fabric Driver .env
run: |
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet-envs/.env.n1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet-envs/.env.n2
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network1
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.n1' NETWORK_NAME=$(grep NETWORK_NAME docker-testnet-envs/.env.n1 | cut -d '=' -f 2)
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network2
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.n2' NETWORK_NAME=$(grep NETWORK_NAME docker-testnet-envs/.env.n2 | cut -d '=' -f 2)
working-directory: core/drivers/fabric-driver
# IIN AGENT
- name: Setup Fabric IIN Env
run: |
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n1.org1
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n1.org1
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n1.org1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n1.org2
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n1.org2
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n1.org2
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n2.org1
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n2.org1
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n2.org1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n2.org2
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n2.org2
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n2.org2
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network1
run: |
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n1.org1' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n1.org1 | cut -d '=' -f 2)
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n1.org2' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n1.org2 | cut -d '=' -f 2)
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network2
run: |
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n2.org1' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n2.org1 | cut -d '=' -f 2)
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n2.org2' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n2.org2 | cut -d '=' -f 2)
working-directory: core/identity-management/iin-agent
# CORDA DRIVER
- name: Start Corda Driver
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.corda'
working-directory: core/drivers/corda-driver
- name: Start Corda_Network2 Driver
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.corda2'
working-directory: core/drivers/corda-driver
# FABRIC CLI
- name: Setup Fabric CLI .npmrc
run: |
cp .npmrc.template .npmrc
sed -i "s/<personal-access-token>/${{ secrets.GITHUB_TOKEN }}/g" .npmrc
cat .npmrc
working-directory: samples/fabric/fabric-cli
- name: Build Fabric CLI
run: |
npm install --global yarn
make build
working-directory: samples/fabric/fabric-cli
- name: Setup Fabric CLI Config
run: |
echo ${GITHUB_WORKSPACE}
cp config.template.json config.json
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" config.json
working-directory: samples/fabric/fabric-cli
- name: Setup Fabric CLI ENV
run: |
echo ${GITHUB_WORKSPACE}
cp .env.template .env
sed -i "s/CHAINCODE_PATH=.*/CHAINCODE_PATH=\.\/chaincode\.json/g" .env
./bin/fabric-cli env set MEMBER_CREDENTIAL_FOLDER ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/src/data/credentials_docker
./bin/fabric-cli env set CONFIG_PATH ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/config.json
cat .env
working-directory: samples/fabric/fabric-cli
- name: Fabric CLI Configure ALL
run: ./bin/fabric-cli configure all network1 network2 --num-orgs=2
working-directory: samples/fabric/fabric-cli
- name: Fabric Sync Membership using IIN Agent
run: |
./bin/fabric-cli configure membership --local-network=network1 --target-network=network2 --iin-agent-endpoint=localhost:9500
sleep 30
docker logs iin-agent-Org1MSP-network1
docker logs iin-agent-Org1MSP-network2
./bin/fabric-cli configure membership --local-network=network2 --target-network=network1 --iin-agent-endpoint=localhost:9501
sleep 30
docker logs iin-agent-Org1MSP-network1
docker logs iin-agent-Org1MSP-network2
working-directory: samples/fabric/fabric-cli
# CORDA CLIENT
- name: Corda CLI Initialize Vault
run: make initialise-vault-docker
working-directory: samples/corda/corda-simple-application
- name: Data Transfer Corda Client Tests
run: |
COUNT=0
TOTAL=8
# CORDA-CORDA2
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-corda2:9082/Corda_Network2/corda_network2_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA2-CORDA
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients request-state localhost:9082 relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients get-state C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC1
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-network1:9080/network1/mychannel:simplestate:Read:a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC2
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-network2:9083/network2/mychannel:simplestate:Read:Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# RESULT
echo "Passed $COUNT/$TOTAL Tests."
if [ $COUNT == $TOTAL ]; then
exit 0
else
exit 1
fi
working-directory: samples/corda/corda-simple-application
# FABRIC CLI
- name: Data Transfer Fabric CLI Tests
run: |
COUNT=0
TOTAL=12
# FABRIC2 - FABRIC1
cp chaincode.json.template chaincode.json
./bin/fabric-cli interop --local-network=network2 --requesting-org=Org1MSP relay-network1:9080/network1/mychannel:simplestate:Read:a &> tmp.out
tail -n 1 tmp.out | grep "Args: a, Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["a"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - FABRIC2
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"Arcturus\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --requesting-org=Org1MSP relay-network2:9083/network2/mychannel:simplestate:Read:Arcturus &> tmp.out
tail -n 1 tmp.out | grep "Args: Arcturus, 17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC2 - FABRIC1 - CONFIDENTIAL
sed -i "s/\"args\"\: \[\"Arcturus\"/\"args\"\: \[\"b\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network2 --requesting-org=Org1MSP --e2e-confidentiality=true relay-network1:9080/network1/mychannel:simplestate:Read:b &> tmp.out
tail -n 1 tmp.out | grep "Args: b, Betelgeuse" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["b"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: Betelgeuse" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - FABRIC2 - CONFIDENTIAL
sed -i "s/\"args\"\: \[\"b\"/\"args\"\: \[\"Betelgeuse\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --requesting-org=Org1MSP --e2e-confidentiality=true relay-network2:9083/network2/mychannel:simplestate:Read:Betelgeuse &> tmp.out
tail -n 1 tmp.out | grep "Args: Betelgeuse, 617.1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["Betelgeuse"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: 617.1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["Arcturus"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: 17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - CORDA
cp chaincode.json.template chaincode.json
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"H\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --sign=true --requesting-org=Org1MSP relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:H --debug=true &> tmp.out
tail -n 1 tmp.out | grep "Args: H, \[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["H"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: \[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC2 - CORDA
cp chaincode.json.template chaincode.json
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"C\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network2 --sign=true --requesting-org=Org1MSP relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:C --debug=true &> tmp.out
tail -n 1 tmp.out | grep "Args: C, \[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["C"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: \[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# RESULT
echo "Passed $COUNT/$TOTAL Tests."
if [ $COUNT == $TOTAL ]; then
exit 0
else
exit 1
fi
working-directory: samples/fabric/fabric-cli
data-sharing-docker-local:
# if: ${{ false }}
# The type of runner that the job will run on
runs-on: ubuntu-latest
# Steps represent a sequence of tasks that will be executed as part of the job
steps:
# Checks-out your repository under $GITHUB_WORKSPACE, so your job can access it
- uses: actions/checkout@v2
- name: Set up JDK 8
uses: actions/setup-java@v2
with:
java-version: '8'
distribution: 'adopt'
- name: Set up Go
uses: actions/setup-go@v2
with:
go-version: '1.20.2'
- name: Use Node.js 14.x
uses: actions/setup-node@v2
with:
node-version: 14.x
- name: Use Protoc 3.15
run: |
curl -LO https://github.com/protocolbuffers/protobuf/releases/download/v3.15.6/protoc-3.15.6-linux-x86_64.zip
unzip protoc-3.15.6-linux-x86_64.zip -d protoc
go install google.golang.org/protobuf/cmd/protoc-gen-go@latest
go install google.golang.org/grpc/cmd/protoc-gen-go-grpc@latest
# PROTOS
- name: Build GO Protos
run: |
export PATH="$PATH:${GITHUB_WORKSPACE}/protoc/bin"
make build
working-directory: common/protos-go
# PROTOS
- name: Build JS Protos
run: |
export PATH="$PATH:${GITHUB_WORKSPACE}/protoc/bin"
make build
working-directory: common/protos-js
- name: Build Java Protos
run: make build
working-directory: common/protos-java-kt
# Build Dependencies
- name: Build Corda Interop App
run: make build-local
working-directory: core/network/corda-interop-app
- name: Build Corda Interop SDK
run: make build
working-directory: sdks/corda
- name: Build Corda SimpleApplication
run: make build-local
working-directory: samples/corda/corda-simple-application
- name: Build Fabric Interop SDK
run: make build-local
working-directory: sdks/fabric/interoperation-node-sdk
- name: Build Fabric CLI
run: make build-local
working-directory: samples/fabric/fabric-cli
- name: Build Relay
run: make build-server-local
working-directory: core/relay
- name: Build Fabric Driver
run: make build-image-local
working-directory: core/drivers/fabric-driver
- name: Build Corda Driver
run: make image-local
working-directory: core/drivers/corda-driver
- name: Build IIN Agent
run: make build-image-local
working-directory: core/identity-management/iin-agent
- name: Start Corda Network
run: |
sed -i "/docker logs corda_partya_1 -f/"' s/^/#/' "scripts/start-nodes.sh"
make start-local &> corda-net.out &
working-directory: tests/network-setups/corda
# FABRIC NETWORK
- name: Start Fabric Network
run: make start-interop-local PROFILE='2-nodes'
working-directory: tests/network-setups/fabric/dev
- name: Corda Network logs
run: |
cat tests/network-setups/corda/corda-net.out
docker logs corda_partya_1
# RELAY
- name: Edit Relay docker compose
run: make convert-compose-method2
working-directory: core/relay
- name: Start Relay for network1
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-relay-server#g" docker/testnet-envs/.env.n1
make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.n1'
working-directory: core/relay
- name: Start Relay for network2
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-relay-server#g" docker/testnet-envs/.env.n2
make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.n2'
working-directory: core/relay
- name: Start Relay for Corda_Network
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-relay-server#g" docker/testnet-envs/.env.corda
make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.corda'
working-directory: core/relay
- name: Start Relay for Corda_Network2
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-relay-server#g" docker/testnet-envs/.env.corda2
make start-server COMPOSE_ARG='--env-file docker/testnet-envs/.env.corda2'
working-directory: core/relay
# FABRIC DRIVER
- name: Setup Fabric Driver .env
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-fabric-driver#g" docker-testnet-envs/.env.n1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet-envs/.env.n1
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-fabric-driver#g" docker-testnet-envs/.env.n2
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet-envs/.env.n2
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network1
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.n1' NETWORK_NAME=$(grep NETWORK_NAME docker-testnet-envs/.env.n1 | cut -d '=' -f 2)
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network2
run: make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.n2' NETWORK_NAME=$(grep NETWORK_NAME docker-testnet-envs/.env.n2 | cut -d '=' -f 2)
working-directory: core/drivers/fabric-driver
# IIN AGENT
- name: Setup Fabric IIN Env
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-iin-agent#g" docker-testnet/envs/.env.n1.org1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n1.org1
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n1.org1
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n1.org1
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-iin-agent#g" docker-testnet/envs/.env.n1.org2
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n1.org2
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n1.org2
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n1.org2
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-iin-agent#g" docker-testnet/envs/.env.n2.org1
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n2.org1
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n2.org1
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n2.org1
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-iin-agent#g" docker-testnet/envs/.env.n2.org2
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" docker-testnet/envs/.env.n2.org2
sed -i "s#^AUTO_SYNC=true#AUTO_SYNC=false#g" docker-testnet/envs/.env.n2.org2
sed -i "s#^DNS_CONFIG_PATH=.*#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig-2-nodes.json#g" docker-testnet/envs/.env.n2.org2
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network1
run: |
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n1.org1' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n1.org1 | cut -d '=' -f 2)
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n1.org2' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n1.org2 | cut -d '=' -f 2)
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network2
run: |
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n2.org1' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n2.org1 | cut -d '=' -f 2)
make deploy COMPOSE_ARG='--env-file docker-testnet/envs/.env.n2.org2' DLT_SPECIFIC_DIR=$(grep DLT_SPECIFIC_DIR docker-testnet/envs/.env.n2.org2 | cut -d '=' -f 2)
working-directory: core/identity-management/iin-agent
# CORDA DRIVER
- name: Start Corda Driver
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-corda-driver#g" docker-testnet-envs/.env.corda
make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.corda'
working-directory: core/drivers/corda-driver
- name: Start Corda_Network2 Driver
run: |
sed -i "s#^DOCKER_IMAGE_NAME=.*#DOCKER_IMAGE_NAME=weaver-corda-driver#g" docker-testnet-envs/.env.corda2
make deploy COMPOSE_ARG='--env-file docker-testnet-envs/.env.corda2'
working-directory: core/drivers/corda-driver
# FABRIC CLI
- name: Setup Fabric CLI Config
run: |
echo ${GITHUB_WORKSPACE}
cp config.template.json config.json
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" config.json
working-directory: samples/fabric/fabric-cli
- name: Setup Fabric CLI ENV
run: |
echo ${GITHUB_WORKSPACE}
cp .env.template .env
sed -i "s/CHAINCODE_PATH=.*/CHAINCODE_PATH=\.\/chaincode\.json/g" .env
./bin/fabric-cli env set MEMBER_CREDENTIAL_FOLDER ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/src/data/credentials_docker
./bin/fabric-cli env set CONFIG_PATH ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/config.json
cat .env
working-directory: samples/fabric/fabric-cli
- name: Fabric CLI Configure ALL
run: ./bin/fabric-cli configure all network1 network2 --num-orgs=2
working-directory: samples/fabric/fabric-cli
- name: Fabric Sync Membership using IIN Agent
run: |
./bin/fabric-cli configure membership --local-network=network1 --target-network=network2 --iin-agent-endpoint=localhost:9500
sleep 30
docker logs iin-agent-Org1MSP-network1
docker logs iin-agent-Org1MSP-network2
./bin/fabric-cli configure membership --local-network=network2 --target-network=network1 --iin-agent-endpoint=localhost:9501
sleep 30
docker logs iin-agent-Org1MSP-network1
docker logs iin-agent-Org1MSP-network2
working-directory: samples/fabric/fabric-cli
# CORDA CLIENT
- name: Corda CLI Initialize Vault
run: make initialise-vault-docker
working-directory: samples/corda/corda-simple-application
- name: Data Transfer Corda Client Tests
run: |
COUNT=0
TOTAL=8
# CORDA-CORDA2
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-corda2:9082/Corda_Network2/corda_network2_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA2-CORDA
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients request-state localhost:9082 relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients get-state C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC1
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-network1:9080/network1/mychannel:simplestate:Read:a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC2
./clients/build/install/clients/bin/clients request-state localhost:9081 relay-network2:9083/network2/mychannel:simplestate:Read:Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# RESULT
echo "Passed $COUNT/$TOTAL Tests."
if [ $COUNT == $TOTAL ]; then
exit 0
else
exit 1
fi
working-directory: samples/corda/corda-simple-application
# FABRIC CLI
- name: Data Transfer Fabric CLI Tests
run: |
COUNT=0
TOTAL=12
# FABRIC2 - FABRIC1
cp chaincode.json.template chaincode.json
./bin/fabric-cli interop --local-network=network2 --requesting-org=Org1MSP relay-network1:9080/network1/mychannel:simplestate:Read:a &> tmp.out
tail -n 1 tmp.out | grep "Args: a, Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["a"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - FABRIC2
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"Arcturus\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --requesting-org=Org1MSP relay-network2:9083/network2/mychannel:simplestate:Read:Arcturus &> tmp.out
tail -n 1 tmp.out | grep "Args: Arcturus, 17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["Arcturus"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: 17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC2 - FABRIC1 - CONFIDENTIAL
sed -i "s/\"args\"\: \[\"Arcturus\"/\"args\"\: \[\"b\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network2 --requesting-org=Org1MSP --e2e-confidentiality=true relay-network1:9080/network1/mychannel:simplestate:Read:b &> tmp.out
tail -n 1 tmp.out | grep "Args: b, Betelgeuse" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["b"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: Betelgeuse" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - FABRIC2 - CONFIDENTIAL
sed -i "s/\"args\"\: \[\"b\"/\"args\"\: \[\"Betelgeuse\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --requesting-org=Org1MSP --e2e-confidentiality=true relay-network2:9083/network2/mychannel:simplestate:Read:Betelgeuse &> tmp.out
tail -n 1 tmp.out | grep "Args: Betelgeuse, 617.1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["Betelgeuse"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: 617.1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC1 - CORDA
cp chaincode.json.template chaincode.json
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"H\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network1 --sign=true --requesting-org=Org1MSP relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:H --debug=true &> tmp.out
tail -n 1 tmp.out | grep "Args: H, \[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["H"]' --local-network=network1 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: \[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# FABRIC2 - CORDA
cp chaincode.json.template chaincode.json
sed -i "s/\"args\"\: \[\"a\"/\"args\"\: \[\"C\"/g" chaincode.json
./bin/fabric-cli interop --local-network=network2 --sign=true --requesting-org=Org1MSP relay-corda:9081/Corda_Network/corda_partya_1:10003#com.cordaSimpleApplication.flow.GetStateByKey:C --debug=true &> tmp.out
tail -n 1 tmp.out | grep "Args: C, \[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./bin/fabric-cli chaincode query mychannel simplestate read '["C"]' --local-network=network2 &> tmp.out
tail -n 1 tmp.out | grep "Result from network query: \[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# RESULT
echo "Passed $COUNT/$TOTAL Tests."
if [ $COUNT == $TOTAL ]; then
exit 0
else
exit 1
fi
working-directory: samples/fabric/fabric-cli
data-sharing-local:
# if: ${{ false }}
# The type of runner that the job will run on
runs-on: ubuntu-latest
# Steps represent a sequence of tasks that will be executed as part of the job
steps:
# Checks-out your repository under $GITHUB_WORKSPACE, so your job can access it
- uses: actions/checkout@v2
- name: Set up JDK 8
uses: actions/setup-java@v2
with:
java-version: '8'
distribution: 'adopt'
- name: Set up Go
uses: actions/setup-go@v2
with:
go-version: '1.20.2'
- name: Use Node.js 16.x
uses: actions/setup-node@v2
with:
node-version: 16.x
- name: Install RUST Toolchain minimal stable with clippy and rustfmt
uses: actions-rs/toolchain@v1
with:
profile: minimal
toolchain: stable
components: rustfmt, clippy
- name: Get Latest Relay Dependencies
run: |
make protos-local
cargo update -p nom
cargo update -p lexical-core
working-directory: core/relay
- name: Use Protoc 3.15
run: |
curl -LO https://github.com/protocolbuffers/protobuf/releases/download/v3.15.6/protoc-3.15.6-linux-x86_64.zip
unzip protoc-3.15.6-linux-x86_64.zip -d protoc
go install google.golang.org/protobuf/cmd/protoc-gen-go@latest
go install google.golang.org/grpc/cmd/protoc-gen-go-grpc@latest
# PROTOS
- name: Build GO Protos
run: |
export PATH="$PATH:${GITHUB_WORKSPACE}/protoc/bin"
make build
working-directory: common/protos-go
# PROTOS
- name: Build JS Protos
run: |
export PATH="$PATH:${GITHUB_WORKSPACE}/protoc/bin"
make build
working-directory: common/protos-js
- name: Build Java Protos
run: make build
working-directory: common/protos-java-kt
# Build Dependencies
- name: Build Corda Interop App
run: make build-local
working-directory: core/network/corda-interop-app
- name: Build Corda Interop SDK
run: make build
working-directory: sdks/corda
- name: Build Corda SimpleApplication
run: make build-local
working-directory: samples/corda/corda-simple-application
- name: Build Fabric Interop SDK
run: make build-local
working-directory: sdks/fabric/interoperation-node-sdk
- name: Build Fabric CLI
run: make build-local
working-directory: samples/fabric/fabric-cli
- name: Build Relay
run: make
working-directory: core/relay
- name: Build Fabric Driver
run: make build-local
working-directory: core/drivers/fabric-driver
- name: Build Corda Driver
run: make build-local
working-directory: core/drivers/corda-driver
- name: Build IIN Agent
run: make build-local
working-directory: core/identity-management/iin-agent
# CORDA NETWORK
- name: Start Corda Network
run: |
sed -i "/docker logs corda_partya_1 -f/"' s/^/#/' "scripts/start-nodes.sh"
make start-local &> corda-net.out &
working-directory: tests/network-setups/corda
# FABRIC NETWORK
- name: Start Fabric Network
run: make start-interop-local
working-directory: tests/network-setups/fabric/dev
- name: Corda Network logs
run: |
cat tests/network-setups/corda/corda-net.out
docker logs corda_partya_1
# RELAY
- name: Start Relay for network1
run: RELAY_CONFIG=config/Fabric_Relay.toml cargo run --bin server &> relay-n1.out &
working-directory: core/relay
- name: Start Relay for network2
run: RELAY_CONFIG=config/Fabric_Relay2.toml cargo run --bin server &> relay-n2.out &
working-directory: core/relay
- name: Start Relay for Corda_Network
run: RELAY_CONFIG=config/Corda_Relay.toml cargo run --bin server &> relay-corda.out &
working-directory: core/relay
- name: Start Relay for Corda_Network2
run: RELAY_CONFIG=config/Corda_Relay2.toml cargo run --bin server &> relay-corda2.out &
working-directory: core/relay
# FABRIC DRIVER
- name: Setup Fabric Driver .env
run: |
cp .env.template .env
CCP_PATH=${GITHUB_WORKSPACE}/tests/network-setups/fabric/shared/network1/peerOrganizations/org1.network1.com/connection-org1.json
sed -i "s#path_to_connection_profile#${CCP_PATH}#g" .env
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network1
run: npm run dev &> fdriver-n1.out &
working-directory: core/drivers/fabric-driver
- name: Start Fabric Driver for network2
run: CONNECTION_PROFILE=${GITHUB_WORKSPACE}/tests/network-setups/fabric/shared/network2/peerOrganizations/org1.network2.com/connection-org1.json NETWORK_NAME=network2 RELAY_ENDPOINT=localhost:9083 DRIVER_ENDPOINT=localhost:9095 npm run dev &> fdriver-n2.out &
working-directory: core/drivers/fabric-driver
# IIN AGENT
- name: Setup Fabric IIN Config
run: |
# FABRIC CONFIG
cp src/fabric-ledger/config.json.template src/fabric-ledger/config-n1.json
CCP_PATH=${GITHUB_WORKSPACE}/tests/network-setups/fabric/shared/network1/peerOrganizations/org1.network1.com/connection-org1.json
sed -i "s#<path-to-connection-profile>#${CCP_PATH}#g" src/fabric-ledger/config-n1.json
cat src/fabric-ledger/config-n1.json
cp src/fabric-ledger/config.json.template src/fabric-ledger/config-n2.json
CCP_PATH=${GITHUB_WORKSPACE}/tests/network-setups/fabric/shared/network2/peerOrganizations/org1.network2.com/connection-org1.json
sed -i "s#<path-to-connection-profile>#${CCP_PATH}#g" src/fabric-ledger/config-n2.json
cat src/fabric-ledger/config-n2.json
# DNS CONFIG
sed -i "s#iin-agent-Org1MSP-network1#localhost#g" docker-testnet/configs/dnsconfig.json
sed -i "s#iin-agent-Org1MSP-network2#localhost#g" docker-testnet/configs/dnsconfig.json
cat docker-testnet/configs/dnsconfig.json
working-directory: core/identity-management/iin-agent
- name: Setup Fabric IIN Env
run: |
cp .env.template .env
sed -i "s#<name-of-iin-agent/org-name>#Org1MSP#g" .env
sed -i "s#^DLT_TYPE=.*#DLT_TYPE=fabric#g" .env
sed -i "s#<weaver-contract-name>#interop#g" .env
sed -i "s#^DNS_CONFIG_PATH=#DNS_CONFIG_PATH=./docker-testnet/configs/dnsconfig.json#g" .env
sed -i "s#^SECURITY_DOMAIN_CONFIG_PATH=#SECURITY_DOMAIN_CONFIG_PATH=./docker-testnet/configs/security-domain-config.json#g" .env
sed -i "s#^CONFIG_PATH=#CONFIG_PATH=./src/fabric-ledger/config-n1.json#g" .env
sed -i "s#^AUTO_SYNC=#AUTO_SYNC=false#g" .env
cat .env
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network1
run: npm run dev &> iinagent-n1.out &
working-directory: core/identity-management/iin-agent
- name: Start Fabric IIN Agent for network2
run: IIN_AGENT_ENDPOINT=localhost:9501 SECURITY_DOMAIN=network2 CONFIG_PATH=./src/fabric-ledger/config-n2.json npm run dev &> iinagent-n2.out &
working-directory: core/identity-management/iin-agent
# CORDA DRIVER
- name: Start Corda_Network Driver
run: ./build/install/corda-driver/bin/corda-driver &> corda-driver.out &
working-directory: core/drivers/corda-driver
- name: Start Corda_Network2 Driver
run: DRIVER_PORT=9098 ./build/install/corda-driver/bin/corda-driver &> corda2-driver.out &
working-directory: core/drivers/corda-driver
# FABRIC CLI
- name: Setup Fabric CLI Config
run: |
echo ${GITHUB_WORKSPACE}
cp config.template.json config.json
sed -i "s#<PATH-TO-WEAVER>#${GITHUB_WORKSPACE}#g" config.json
working-directory: samples/fabric/fabric-cli
- name: Setup Fabric CLI ENV
run: |
echo ${GITHUB_WORKSPACE}
cp .env.template .env
sed -i "s/CHAINCODE_PATH=.*/CHAINCODE_PATH=\.\/chaincode\.json/g" .env
./bin/fabric-cli env set MEMBER_CREDENTIAL_FOLDER ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/src/data/credentials
./bin/fabric-cli env set CONFIG_PATH ${GITHUB_WORKSPACE}/samples/fabric/fabric-cli/config.json
cat .env
cp chaincode.json.template chaincode.json
working-directory: samples/fabric/fabric-cli
- name: Fabric CLI Configure ALL
run: ./bin/fabric-cli configure all network1 network2
working-directory: samples/fabric/fabric-cli
- name: Fabric Sync Membership using IIN Agent
run: |
./bin/fabric-cli configure membership --local-network=network1 --target-network=network2 --iin-agent-endpoint=localhost:9500
sleep 10
tail -10 ../../../core/identity-management/iin-agent/iinagent-n1.out
./bin/fabric-cli configure membership --local-network=network2 --target-network=network1 --iin-agent-endpoint=localhost:9501
sleep 10
tail -10 ../../../core/identity-management/iin-agent/iinagent-n2.out
working-directory: samples/fabric/fabric-cli
# CORDA CLIENT
- name: Corda CLI Initialize Vault
run: make initialise-vault
working-directory: samples/corda/corda-simple-application
- name: Data Transfer Corda Client Tests
run: |
COUNT=0
TOTAL=8
# CORDA-CORDA2
./clients/build/install/clients/bin/clients request-state localhost:9081 localhost:9082/Corda_Network2/localhost:30006#com.cordaSimpleApplication.flow.GetStateByKey:H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state H 1> tmp.out
cat tmp.out | grep "SimpleState(key=H, value=\[SimpleState(key=H, value=1" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA2-CORDA
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients request-state localhost:9082 localhost:9081/Corda_Network/localhost:10006#com.cordaSimpleApplication.flow.GetStateByKey:C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
NETWORK_NAME=Corda_Network2 CORDA_PORT=30006 ./clients/build/install/clients/bin/clients get-state C 1> tmp.out
cat tmp.out | grep "SimpleState(key=C, value=\[SimpleState(key=C, value=20" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC1
./clients/build/install/clients/bin/clients request-state localhost:9081 localhost:9080/network1/mychannel:simplestate:Read:a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state a 1> tmp.out
cat tmp.out | grep "SimpleState(key=a, value=Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# CORDA - FABRIC2
./clients/build/install/clients/bin/clients request-state localhost:9081 localhost:9083/network2/mychannel:simplestate:Read:Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
./clients/build/install/clients/bin/clients get-state Arcturus 1> tmp.out
cat tmp.out | grep "SimpleState(key=Arcturus, value=17.671" && COUNT=$(( COUNT + 1 )) && echo "PASS"
cat tmp.out
# RESULT
echo "Passed $COUNT/$TOTAL Tests."
if [ $COUNT == $TOTAL ]; then
exit 0
else
exit 1
fi
working-directory: samples/corda/corda-simple-application
# FABRIC CLI
- name: Data Transfer Fabric CLI Tests
run: |
COUNT=0
TOTAL=12
# FABRIC2 - FABRIC1
cp chaincode.json.template chaincode.json
./bin/fabric-cli interop --local-network=network2 --requesting-org=Org1MSP localhost:9080/network1/mychannel:simplestate:Read:a &> tmp.out
tail -n 1 tmp.out | grep "Args: a, Arcturus" && COUNT=$(( COUNT + 1 )) && echo "PASS"