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deploy.sh
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deploy.sh
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#!/bin/bash
#
## Initial variables
PROJECT_ROOT_PATH=$(cd $(dirname $BASH_SOURCE); pwd)
CUSTOMER_ID=""
HOST_NAME=""
ROOT_URL=""
MONGO_URL=""
PRODUCTION_HOST_NAME=""
PRODUCTION_ROOT_URL=""
PRODUCTION_MONGO_URL=""
TEST_HOST_NAME=""
TEST_HOST_NAME=""
TEST_MONGO_URL=""
PRIVATE_KEY=""
IP_ADDRESS=""
AWS_ACCESS_KEY="AKIAJSCML3VTEAVLR5RA"
AWS_SECRET_KEY="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"
SPAWN_SERVERS=false
TEST_SETUP=false
BACKUP_PRODUCTION=false
PRODUCTION_SETUP=false
ERPNEXT_INITIAL_SETUP=false
MONGODB_INITIAL_SETUP=false
SERVER_DESTROY=false
NEXTACTION_SETUP=false
NEXTACTION_BRANCH=$(git branch | sed -n -e 's/^\* \(.*\)/\1/p')
TEST_NEXTACTION=false
PRODUCTION_NEXTACTION=false
RESTORE_TEST_ERPDATA=""
RESTORE_TEST_NEXTACTION=""
RESTORE_TEST_SERVER=false
RESTORE_PRODUCTION_ERPDATA=""
RESTORE_PRODUCTION_NEXTACTION=""
RESTORE_PRODUCTION_SERVER=false
RESTORE_ERPDATA=""
RESTORE_NEXTACTION=""
#
## Reset in case getopts has been used previously in the shell
#
OPTIND=1
while getopts "c:i:r:R:SptBDnN" opt; do
case "$opt" in
c )
CUSTOMER_ID="$OPTARG"
HOST_NAME="$OPTARG"'.openb.net'
TEST_HOST_NAME="$OPTARG"'.openb.net'
TEST_ROOT_URL='http://'"$OPTARG"'.openb.net/'
TEST_MONGO_URL='mongodb://'"$OPTARG"'.openb.net:27017/nextaction'
PRODUCTION_HOST_NAME="$OPTARG"'.nextaction.co'
PRODUCTION_ROOT_URL='http://'"$OPTARG"'.nextaction.co/'
PRODUCTION_MONGO_URL='mongodb://'"$OPTARG"'.nextaction.co:27017/nextaction'
;;
i )
PRIVATE_KEY="$OPTARG"
;;
r )
RESTORE_TEST_ERPDATA="$CUSTOMER_ID"'-erpdata-'"$OPTARG"'.tar.xz'
RESTORE_TEST_NEXTACTION="$CUSTOMER_ID"'-nextaction-'"$OPTARG"'.tar.xz'
RESTORE_TEST_SERVER=true
;;
R )
RESTORE_PRODUCTION_ERPDATA="$CUSTOMER_ID"'-erpdata-'"$OPTARG"'.tar.xz'
RESTORE_PRODUCTION_NEXTACTION="$CUSTOMER_ID"'-nextaction-'"$OPTARG"'.tar.xz'
RESTORE_PRODUCTION_SERVER=true
;;
S )
SPAWN_SERVERS=true
;;
p )
PRODUCTION_SETUP=true
;;
t )
TEST_SETUP=true
;;
B )
BACKUP_PRODUCTION=true
;;
D )
SERVER_DESTROY=true
;;
N )
PRODUCTION_NEXTACTION=true
;;
n )
TEST_NEXTACTION=true
;;
esac
done
spawn_servers() {
echo "Spawning new server: $HOST_NAME"
tugboat create $HOST_NAME
tugboat wait $HOST_NAME
sleep 10
}
production_setup() {
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
echo "Server's IP Address: $IP_ADDRESS"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker rm -f route53 route53erp nginx-proxy &> /dev/null
docker run --rm --name route53 -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME="$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=300 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "$IP_ADDRESS" -R "$HOST_NAME"
docker run --rm --name route53erp -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME='erp.'"$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=300 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "$IP_ADDRESS" -R 'erp.'"$HOST_NAME"
docker run --name nginx-proxy -d -p 80:80 -v /var/run/docker.sock:/tmp/docker.sock:ro jwilder/nginx-proxy
'"
}
test_setup() {
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
echo "Server's IP Address: $IP_ADDRESS"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker rm -f route53 route53erp nginx-proxy &> /dev/null
docker run --rm --name route53 -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME="$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=300 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "$IP_ADDRESS" -R "$HOST_NAME"
docker run --rm --name route53erp -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME='erp.'"$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=300 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "$IP_ADDRESS" -R 'erp.'"$HOST_NAME"
docker run --name nginx-proxy -d -p 80:80 -v /var/run/docker.sock:/tmp/docker.sock:ro jwilder/nginx-proxy
'"
}
erpnext_initial_setup() {
echo "Setting up ERP system"
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker rm -f erpdata erpnext &> /dev/null
docker create -v /home/frappe/frappe-bench/sites/site1.local/ -v /var/lib/mysql --name erpdata davidgu/erpnext
docker run -d -p 3500:80 --name erpnext -e VIRTUAL_HOST='erp.'"$HOST_NAME" -e VIRTUAL_PORT="3500" --volumes-from erpdata davidgu/erpnext
'"
}
mongodb_initial_setup() {
echo "Setting up MongoDB"
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
rm -rf /opt/mongo_data &> /dev/null
mkdir /opt/mongo_data &> /dev/null
docker rm -f mongo &> /dev/null
docker run -d -p 27017:27017 --name mongo -v /opt/mongo_data:/data/db mongo
'"
}
nextaction_setup() {
echo "Setting up NextAction"
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
echo $IP_ADDRESS
echo $ROOT_URL
meteor build --architecture=os.linux.x86_64 /tmp
scp -o "StrictHostKeyChecking no" -i $PRIVATE_KEY /tmp/"$NEXTACTION_BRANCH".tar.gz root@$IP_ADDRESS:/opt
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker rm -f nextaction &> /dev/null
docker run --name nextaction -d -e VIRTUAL_HOST="$HOST_NAME" -e VIRTUAL_PORT="4000" -e ROOT_URL='http://'"$HOST_NAME" -e MONGO_URL='mongodb://'"$HOST_NAME"':27017/nextaction' -v /opt:/bundle -p 4000:80 meteorhacks/meteord:base
'"
}
server_destroy() {
echo "Destroying server"
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker rm -f nextaction &> /dev/null
rm -rf /opt/mongodb &> /dev/null
docker rm -f route53 route53erp nginx-proxy
docker run -d --name route53 -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME="$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=600 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "8.8.8.8" -R "$HOST_NAME"
docker run -d --name route53erp -e AWS_ACCESS_KEY_ID="$AWS_ACCESS_KEY" -e AWS_SECRET_ACCESS_KEY="$AWS_SECRET_KEY" -e AWS_CONNECTION_REGION="ap-southeast-1" -e HOST_NAME='erp.'"$HOST_NAME" -e IP_ADDRESS="$IP_ADDRESS" -e ROUTE53_UPDATE_FREQUENCY=600 hanselke/route53:v1.7.1 '/opt/route53/r53dyndns.py' -I "8.8.8.8" -R 'erp.'"$HOST_NAME"
'"
sleep 10
tugboat destroy $HOST_NAME
}
backup_production() {
echo "Backing up $PRODUCTION_HOST_NAME into $TEST_HOST_NAME"
HOST_NAME=$PRODUCTION_HOST_NAME
ROOT_URL=$PRODUCTION_ROOT_URL
MONGO_URL=$PRODUCTION_MONGO_URL
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker pull boombatower/docker-backup-s3
###backup ERP from production
docker run --rm \
--volumes-from erpdata \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
-v $(pwd):/backup \
boombatower/docker-backup-s3 backup "$CUSTOMER_ID"'-erpdata-'"$(date +%d%b%y).tar.xz"
echo "$CLIENT_ID ERP backed up"
###backup NA from production
docker run --rm \
--volumes-from mongo \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
-v $(pwd):/backup \
boombatower/docker-backup-s3 backup "$CUSTOMER_ID"'-nextaction-'"$(date +%d%b%y).tar.xz"
echo "$CLIENT_ID NextAction backed up"
'"
HOST_NAME=$TEST_HOST_NAME
ROOT_URL=$TEST_ROOT_URL
MONGO_URL=$TEST_MONGO_URL
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker pull boombatower/docker-backup-s3
### kill and load from backup ERP in test
docker rm -f erpdata erpnext &> /dev/null
docker create -v /home/frappe/frappe-bench/sites/site1.local/ -v /var/lib/mysql --name erpdata davidgu/erpnext
docker run --rm \
--volumes-from erpdata \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
boombatower/docker-backup-s3 restore "$CUSTOMER_ID"'-erpdata-'"$(date +%d%b%y).tar.xz"
docker run -d -p 3500:80 --name erpnext -e VIRTUAL_HOST='erp.'"$HOST_NAME" -e VIRTUAL_PORT="3500" --volumes-from erpdata davidgu/erpnext
### kill and load from backup Nextaction
docker rm -f mongo nextaction &> /dev/null
docker run -d -p 27017:27017 --name mongo -v /opt/mongo_data:/data/db mongo
docker run --rm \
--volumes-from mongo \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
-e TAR_OPTS="--verbose" \
boombatower/docker-backup-s3 restore "$CUSTOMER_ID"'-nextaction-'"$(date +%d%b%y).tar.xz"
docker run --name nextaction -d -e VIRTUAL_HOST="$HOST_NAME" -e VIRTUAL_PORT="4000" -e ROOT_URL='http://'"$HOST_NAME" -e MONGO_URL='mongodb://'"$HOST_NAME"':27017/nextaction' -v /opt:/bundle -p 4000:80 meteorhacks/meteord:base
echo "$TEST_HOST_NAME loaded with $PRODUCTION_HOST_NAME"
'"
}
restore_server() {
echo "Restore ERP: $RESTORE_ERPDATA"
echo "Restore NextAction: $RESTORE_NEXTACTION"
echo "Restoring into $HOST_NAME"
### kill and load from backup ERP in test
IP_ADDRESS="`tugboat info -n "$HOST_NAME" --attribute ip --porcelain`"
ssh -o "StrictHostKeyChecking no" -i $PRIVATE_KEY root@$IP_ADDRESS /bin/bash -c "'
docker pull boombatower/docker-backup-s3
docker rm -f erpdata erpnext &> /dev/null
docker create -v /home/frappe/frappe-bench/sites/site1.local/ -v /var/lib/mysql --name erpdata davidgu/erpnext
docker run --rm \
--volumes-from erpdata \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
boombatower/docker-backup-s3 restore "$RESTORE_ERPDATA"
docker run -d -p 3500:80 --name erpnext -e VIRTUAL_HOST='erp.'"$HOST_NAME" -e VIRTUAL_PORT="3500" --volumes-from erpdata davidgu/erpnext
### kill and load from backup Nextaction
docker rm -f mongo nextaction &> /dev/null
docker run -d -p 27017:27017 --name mongo -v /opt/mongo_data:/data/db mongo
docker run --rm \
--volumes-from mongo \
-e ACCESS_KEY="AKIAJSCML3VTEAVLR5RA" \
-e SECRET_KEY="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" \
-e BUCKET="s3://openb-erpdata/" \
boombatower/docker-backup-s3 restore "$RESTORE_NEXTACTION"
docker run --name nextaction -d -e VIRTUAL_HOST="$HOST_NAME" -e VIRTUAL_PORT="4000" -e ROOT_URL='http://'"$HOST_NAME" -e MONGO_URL='mongodb://'"$HOST_NAME"':27017/nextaction' -v /opt:/bundle -p 4000:80 meteorhacks/meteord:base
echo "$HOST_NAME loaded with $RESTORE_ERPDATA and $RESTORE_NEXTACTION"
'"
}
if [[ "$SERVER_DESTROY" = true ]]; then
server_destroy
fi
if [[ "$PRODUCTION_SETUP" = true ]]; then
HOST_NAME=$PRODUCTION_HOST_NAME
ROOT_URL=$PRODUCTION_ROOT_URL
MONGO_URL=$PRODUCTION_MONGO_URL
if [[ "$SPAWN_SERVERS" = true ]]; then
spawn_servers
fi
production_setup
erpnext_initial_setup
mongodb_initial_setup
nextaction_setup
fi
if [[ "$TEST_SETUP" = true ]]; then
HOST_NAME=$TEST_HOST_NAME
ROOT_URL=$TEST_ROOT_URL
MONGO_URL=$TEST_MONGO_URL
if [[ "$SPAWN_SERVERS" = true ]]; then
spawn_servers
fi
test_setup
erpnext_initial_setup
mongodb_initial_setup
nextaction_setup
fi
if [[ "$BACKUP_PRODUCTION" = true ]]; then
backup_production
fi
if [[ "$PRODUCTION_NEXTACTION" = true ]]; then
HOST_NAME=$PRODUCTION_HOST_NAME
ROOT_URL=$PRODUCTION_ROOT_URL
MONGO_URL=$PRODUCTION_MONGO_URL
nextaction_setup
fi
if [[ "$TEST_NEXTACTION" = true ]]; then
HOST_NAME=$TEST_HOST_NAME
ROOT_URL=$TEST_ROOT_URL
MONGO_URL=$TEST_MONGO_URL
nextaction_setup
fi
if [[ "$RESTORE_TEST_SERVER" = true ]]; then
HOST_NAME=$TEST_HOST_NAME
ROOT_URL=$TEST_ROOT_URL
MONGO_URL=$TEST_MONGO_URL
RESTORE_ERPDATA=$RESTORE_TEST_ERPDATA
RESTORE_NEXTACTION=$RESTORE_TEST_NEXTACTION
restore_server
fi
if [[ "$RESTORE_PRODUCTION_SERVER" = true ]]; then
HOST_NAME=$PRODUCTION_HOST_NAME
ROOT_URL=$PRODUCTION_ROOT_URL
MONGO_URL=$PRODUCTION_MONGO_URL
RESTORE_ERPDATA=$RESTORE_PRODUCTION_ERPDATA
RESTORE_NEXTACTION=$RESTORE_PRODUCTION_NEXTACTION
restore_server
fi