Simple yet powerful HTTPS reverse-proxy to enable CORS.
Once the project or Docker image is deployed to an host, you can perform any HTTP call. For instance if the host IP address is 123.456.789.012 and the port being used is 7979 (default) then a basic GET call would be like:
curl http://123.456.789.012:7979/https://demo.docusign.net/restapisudo yum update -y
sudo amazon-linux-extras install docker
sudo yum install docker
sudo service docker start
sudo systemctl enable docker
sudo docker pull dsdevcenter/cors-proxy
sudo docker run -d --name cors-proxy-container -p 7979:7979 -e ORIGIN_ALLOW_LIST=https://example.com dsdevcenter/cors-proxydocker login azure
docker context create aci corsproxycontext
docker context use corsproxycontext
docker run -d --name cors-proxy-container -p 7979:7979 -e ORIGIN_ALLOW_LIST=https://example.com dsdevcenter/cors-proxyThe last command might take a while. Once it's done list Docker containers under corsproxycontext ACI context in order to view the host name and port:
docker ps
# CONTAINER ID IMAGE COMMAND STATUS PORTS
# cors-proxy-container dsdevcenter/cors-proxy Running 123.456.789.012:7979->7979/tcpheroku login
heroku create <unique-app-name>
heroku config:set ORIGIN_ALLOW_LIST=https://example.com
git commit -m "first commit"
git push heroku mainHeroku deploys apps to HTTPS port 443 by default so you can test the setup by running:
curl https://<unique-app-name>.herokuapp.com/https://demo.docusign.net/restapidocker pull dsdevcenter/cors-proxy
docker run -d --name cors-proxy-container -p 7979:7979 -e ORIGIN_ALLOW_LIST=https://example.com dsdevcenter/cors-proxydocker build --tag cors-proxy .docker run -d --name cors-proxy-container -p 7979:7979 -e ORIGIN_ALLOW_LIST=https://example.com dsdevcenter/cors-proxy
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