Please edit MediatorAgent/configuration.json and update agentPublicEndpoint
to be the internet facing URL where this agent can receive requests from.
If you're developing locally, ngrok can be used to create a tunnel to localhost:
$ ngrok http 5000
You can build and run the server on the commandline with dotnet build.
You need to edit configuration.json to know the external URL of the mediator, which you get from ngrok. Make certain that the directory mentioned for the wallet does not exist before running it for the first time.
Then you can run it like this: dotnet run --project MediatorAgent.
Instructions to integrate it with an edge-agent can be found here.
You will need to have libindy v1.14.2 available for dynamic linking.
On MacOS you do this to get it:
$ wget https://repo.sovrin.org/macos/libindy/stable/1.14.2/libindy_1.14.2.zip
$ mkdir libindy-1.14.2
$ cd libindy-1.14.2/
$ unzip ../libindy_1.14.2.zip
$ cp lib/libindy.dylib /usr/local/lib
It needs libsodium, but with a hack:
$ brew install libsodium
$ brew info libsodium
# check that you have 1.0.18_1
$ cd /usr/local/Cellar/libsodium/1.0.18_1/lib
$ cp libsodium.23.dylib libsodium.18.dylib
This repository is meant only for demonstration and is nowhere near production ready. The current implementation maintains in-memory queues for each identity it has to route messages for and attaches subscribers to it when the corresponding identity connects.
A more robust way for instance, would be to persist the in-memory queues to be more resilient to failures and partitioning based on identity ids.
This software is derived from the MediatorAgentService sample. It carries the same license.