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These pages explain how to deploy MedCo in different scenarios.
Each deployment scenario corresponds to a deployment profile, as described below. All these instructions use the deployment scripts from the medco-deployment repository.
If you are new to MedCo…
… and want to try to deploy the system on a single machine to test it, you should should follow the Local Test Deployment guide.
… and want to create or join a MedCo network for test purposes, you should follow the Network Test Deployment guide.
… and want to create or join a MedCo network in production, you should follow the Network Production Deployment guide.
… and want to develop around MedCo, you should follow the Local Development Deployment guide.
A deployment profile is composed of two things:
a compose profile in medco-deployment/compose-profiles/<profile name>/: docker-compose file and parameters like ports to expose, log level, etc.
a configuration profile in medco-deployment/configuration-profiles/<profile name>/: files mounted in the docker containers, containing the cryptographic keys, the certificates, etc.
Some profiles are provided by default, for development or testing purposes. Those should not be used in a production scenario with real data, as the private keys are set by default, thus not private. Other types of profiles must generated using the scripts in medco-deployment/resources/profile-generation-scripts/<profile name>/.
The different profiles are the following:
for test on a single machine (used by the MedCo live demo)
3 nodes on any host
using the latest release of the source codes
no debug logging
profile pre-generated
for test on several different hosts
a single node on a host part of a MedCo network
using the latest release of the source codes
no debug logging
profile must be generated prior to use with the provided scripts
for a deployment in production
a single node on a host part of a MedCo network
using the latest release of the source codes
no debug logging
profile must be generated prior to use with the provided scripts
for software development
3 nodes on the local host
using development version of source codes
debug logging enabled
profile pre-generated
The database is pre-loaded with some encrypted test data using a key that is pre-generated from the combination of all the participating nodes’ public keys. For the test-network and prod-network deployment profiles this data will not be correctly encrypted, since the public key of each node is generated independently, and, as such, the data must be re-loaded.
Several bug fixes and enhancements
Many corrections to comply with security reviews
Architecture changes: removal of PICSURE, new implementation of genomic annotations querying
Keycloak auto-provisioning
Support of several identity providers per MedCo node
Rework of Glowing Bear MedCo
Various smaller improvements, bug fixes and better stability
Implementation of additional query types (patient list, locally obfuscated count, global count, shuffled count)
Implementation of OIDC-based authorization model
Implementation of CLI client
Timers improvements
Upgrade of dependencies
Various smaller improvements and bug fixes
Architecture revisit
Replaced medco-i2b2-cell by medco-connector
Upgrades (IRCT v1.4 to PICSURE v2.0, Onet suite v3, Keycloak, Nginx, PHP)
Consolidation of deployment
Many smaller fixes and enhancements
Deployment for test purposes on several machines
Enhancements of documentation and deployment infrastructure
Nginx reverse proxy with HTTPS support
Keycloak update
First public release of MedCo, running with i2b2 v1.7, PIC-SURE/IRCT v1.4 and centralized OpenID Connect authentication. Deployment for development and test purpose on a single machine.
We recommend the following specifications for running MedCo:
Network Bandwidth: >100 Mbps (ideal), >10 Mbps (minimum), symmetrical
Ports Opening and IP Restrictions: see Network Architecture
Hardware
CPU: 8 cores (ideal), 4 cores (minimum)
RAM: >16 GB (ideal), >8GB (minimum)
Storage: dependent on data loaded, >100GB
Software
OS: Any flavor of Linux, physical or virtualized (tested with Ubuntu 16.04, 18.04, Fedora 29)
OpenSSL
Docker version >= 18.09.1
Docker-Compose version >= 1.23.2
Deployment of profile prod-network.
Coming in MedCo v1.0.0.
Deployment of profile test-local-3nodes.
This deployment profile comes with default pre-generated keys and default passwords. It is not meant to contain any real data nor be used in production. If you wish to do so, use instead the Network Production Deployment (prod-network) deployment profile.
This test profile deploys 3 MedCo nodes on a single machine for test purposes. It can be used either on your local machine, or any other machine to which you have access. The version of the docker images used are the latest released versions. This profile is for example used for the MedCo public demo.
First step is to get the MedCo Deployment latest release and download the docker images. Adapt ${MEDCO_SETUP_DIR} to where you wish to install MedCo.
The default configuration of the deployment is suitable if the stack is deployed on your local host, and if you do not need to modify the default passwords. If so, edit the file ${MEDCO_SETUP_DIR}/compose-profiles/test-local-3nodes/.env to reflect your configuration. For example:
MEDCO_NODE_HOST should be the fully qualified domain name of the host, MEDCO_NODE_HTTP_SCHEME should be http or https. The other fields control the default passwords for the various services running. Note that setting the passwords that way works only on the first deployment. If the passwords need to be updated later, you should use the specific component way of modifying password.
If you enable HTTPS, follow HTTPS Configuration to set up the needed certificates.
Final step is to run the nodes, all three will run simultaneously:
Wait some time for the initialization of the containers to be done (up to the message: “i2b2-medco-srv… - Started x of y services (z services are lazy, passive or on-demand)”), this can take up to 10 minutes. For the subsequent runs, the startup will be faster. In order to stop the containers, hit Ctrl+C in the active window.
You can use the command docker-compose up -d instead to run MedCo in the background and thus not keeping the console captive. In that case use docker-compose stop to stop the containers.
Only needed if you are deploying somewhere else than your local host. Otherwise the default configuration will work fine.
Follow the instructions for configuring the MedCo OpenID Connect client in Keycloak to be able to login in Glowing Bear.
In order to test that the local test deployment of MedCo is working, access Glowing Bear in your web browser at http(s)://${MEDCO_NODE_HOST} and use the default credentials specified in Keycloak user management. If you are new to Glowing Bear you can watch the Glowing Bear user interface walkthrough video. You can also use the CLI client to perform tests.
By default MedCo loads a specific test data, refer to Description of the default test data for expected results to queries. To load a dataset, follow the guide Loading Data.
This set of pages provide configuration instructions for MedCo. Note that all of them are not necessarily always needed, follow one of the deployment instructions to know which ones are.
Deployment of profile test-network.
This deployment profile comes with default pre-generated keys and default passwords. It is not meant to contain any real data nor be used in production. If you wish to do so, use instead the deployment profile.
This test profile deploys an arbitrary set of MedCo nodes independently in different machines that together form a MedCo network. This deployment assumes each node is deployed in a single dedicated machine. All the machines have to be reachable between each other. Nodes should agree on a network name and individual indexes beforehand (to be assigned a unique ID).
The next set of steps must be fully executed individually by each node of the network.
First step is to get the MedCo Deployment latest release at each node. Adapt ${MEDCO_SETUP_DIR} to where you wish to install MedCo.
Next the compose and configuration profiles must be generated using a script, executed in two steps.
Step 1: each node generates its keys and certificates, and shares its public information with the other nodes
Step 2: each node collects the public keys and certificates of the all the other nodes
For step 1, the network name ${MEDCO_SETUP_NETWORK_NAME} should be common to all the nodes. ${MEDCO_SETUP_NODE_DNS_NAME} corresponds to the machine domain name where the node is being deployed. As mentioned before the different parties should have agreed beforehand on the members of the network, and assigned an index ${MEDCO_SETUP_NODE_IDX} to each different node to construct its UID (starting from 0, to n-1, n being the total number of nodes).
This script will generate the compose profile and part of the configuration profile, including a file srv${MEDCO_SETUP_NODE_IDX}-public.tar.gz. This file should be shared with the other nodes, and all of them need to place it in their configuration profile folder (${MEDCO_SETUP_DIR}/configuration-profiles/test-network-${MEDCO_SETUP_NETWORK_NAME}-node${MEDCO_SETUP_NODE_IDX}).
Before proceeding to this step, you need to have gathered all the files srv${MEDCO_SETUP_NODE_IDX}-public.tar.gz from the persons deploying MedCo on the other nodes.
Once all nodes have shared their srv${MEDCO_SETUP_NODE_IDX}-public.tar.gz file with all other nodes, step 2 can be executed:
At this point, it is possible to edit the default configuration generated in ${MEDCO_SETUP_DIR}/configuration-profiles/test-network-${MEDCO_SETUP_NETWORK_NAME}-node${MEDCO_SETUP_NODE_IDX}/.env This is needed if you want to modify the default passwords. When editing this file, be careful to change only the passwords and not the other values. Note that setting the passwords that way works only on the first deployment. If the passwords need to be updated later, you should use the specific component way of modifying password.
The deployment profile is now ready to be used.
Next step is to download the docker images and run the node:
Wait some time for the initialization of the containers to be done, this can take up to 10 minutes. For the subsequent runs, the startup will be faster. You can use docker-compose stop to stop the containers and docker-compose down to delete them.
The database is pre-loaded with some encrypted test data using a key that is pre-generated from the combination of all the participating nodes’ public keys. For the test-network deployment profile this data will not be correctly encrypted, since the public key of each node is generated independently, and, as such, the data must be re-loaded before being able to test the system successfully.
Here follows some MedCo-specific instructions for the administration of Keycloak. For anything else, please refer to the . Those instructions do not necessarily need to be all followed for all deployments, refer to the deployment guide to know which ones are important.
For a production deployment, it is crucial to change the default keys and credentials.
You can access the Keycloak administration interface at http(s)://<node domain name>/auth/admin. For example if MedCo is deployed on your local host, you can access it at http://localhost/auth/admin. Use the admin default credentials if you had just deployed MedCo.
The default configuration shipped with the MedCo deployments come with two users.
The default admin credentials has all the admin access to Keycloak, but no access rights to MedCo. Its credentials are :
User keycloak
Password keycloak (unless configured otherwise through the .env file)
The default MedCo user has all the authorizations to run all types of MedCo query. It is this user you should use to log in MedCo. Its credentials are:
User test
Password test
Go to the configuration panel Users, click on Add user.
Fill the Username field, toggle to ON the Email Verified button and click Save.
In the next window, click on Credentials, enter twice the user’s password, toggle to OFF the Temporary button if desired and click Reset Password.
Go to the configuration panel Users, search for the user you want to give authorization to and click on Edit.
Go to the Role Mappings tab, and select medco (or another client ID set up for the MedCo OIDC client) in the Client Roles.
Add the roles you wish to give the user, each of the roles maps to a query type.
The default Keycloak configuration provides an example of a fully working configuration for deployments on your local host. In other cases, you will need to modify this configuration.
Access the configuration panel of the MedCo client by going to the Clients tab, and click on the medco client. Then, in the Settings tab, fill Valid Redirect URIs to reflect the following table (you can delete the existing entries):
In the same tab, fill Web Origins with + and save.
Both keycloak and test users comes with default passwords. For a production deployment they need to be changed:
Go to the configuration panel Users, click on View all users.
For each of the users you want to change the password of:
Click on Edit, then go the Credentials tab.
Enter the new password of the user
Optionally toggle to OFF the Temporary button; if ON the user at the next login will need to update his password.
Click on Reset Password.
The example configuration comes with default keys. They have to be changed for a network deployment where there are several Keycloak instances.
Go to the configuration panel Realm Settings, then to the Keys tab and Providers subtab.
Click on Add keystore... and add the three following providers:
aes-generated
Console Display Name: aes-medco
Priority: 100
hmac-generated
Console Display Name: hmac-medco
Priority: 100
rsa-generated
Console Display Name: rsa-medco
Priority: 100
Finally, delete all the other key providers listed that you did not just add. They should be named xxx-generated. Note that it is normal if you get logged out during the operation, just log back in and continue the process.
Go to the configuration panel Realm Settings, then to the Security Defenses tab and Brute Force Detection subtab.
Toggle to ON the Enabled button.
Fill the following:
Max Login Failures: 3
Wait Increment: 30 Seconds
Save the configuration.
HTTPS is supported for the profiles test-local-3nodes, test-network and prod-network.
The certificates are held in the configuration profile folder (e.g, ${MEDCO_SETUP_DIR}/configuration-profiles/test-local-3nodes):
certificate.key: private key
certificate.crt: certificate of own node
srv0-certificate.crt, srv1-certificate.crt, …: certificates of all nodes of the network
To enable HTTPS for the profile test-local-3nodes, replace the files certificate.key and certificate.crt from the configuration profile folder with your own versions. Such a certificate can be obtained for example through .
Then edit the file .env from the compose profile, replace the http with https, and restart the deployment.
For these profiles, HTTPS is mandatory. The profile generation scripts generate and use default self-signed certificates for each node. Those are perfectly fine to be used, but because they are self-signed, an HTTPS warning will be displayed to users in their browser when accessing one of the Glowing Bear instance.
There is currently only one way of avoiding this warning: configuring the browsers of your users to trust this certificate. This procedure is specific to the browsers and operating systems used at your site.
In MedCo v1.0.0 the possibility of using your own trusted certificates will be added.
This guide walks you through the process of configuring Keycloak as a Service Provider to one or more SwitchAAI identity provider(s), in order for MedCo to rely on SwitchAAI for user authentication.
A MedCo network is up and running, with one or more functional Keycloak within the network.
One or several identity provider(s) part of the SwitchAAI federation is/are chosen to be used as user source.
The institution at which the Keycloak of MedCo is deployed is ready to accept being registered as the home organization.
You have access to the .
Right now the SwitchAAI WAYF (Where Are You From) mechanism is not supported (i.e. the web UI used to select with institution the user wishes to login). This means that you will need to register in Keycloak each identity provider you wish to support.
The process described in this guide will need to be repeated for each instance of Keycloak deployed, if there are more than one in the MedCo network.
The following instructions are to be executed on the administration UI of Keycloak, e.g. https://medco-demo.epfl.ch/auth/admin.
The behavior of Keycloak during the very login of users through the identity provider is highly customisable. We propose below an example of a working flow but this can be changed to fit your need.
Navigate to Authentication > Flows, select First Broker Login and make a Copy of it. Name it for example SwitchAAI-Test Demo IdP First Broker Login.
Change the list of executions to make it look like the following image.
In the Identity Providers menu, choose Add provider... > SAML v2.0
Specify an Alias. Note this will not be changeable later without redoing the whole process. Example: SwitchAAI-Test.
Specify a Display Name, which will be displayed to the user in the login page. Example: SwitchAAI-Test Demo IdP.
Specify the Single Sign-On Service URL of the identity provider you are linking with. Example: https://aai-demo-idp.switch.ch/idp/profile/SAML2/POST/SSO.
Specify the First Login Flow previously configured to use. Example: SwitchAAI-Test Demo IdP First Broker Login.
Toggle to ON the following buttons:
Enabled
Trust Email
HTTP-POST Binding Response
HTTP-POST Binding for AuthnRequest
Validate Signature
Specify the NameID Policy Format as Persistent.
Add the certificate(s) (PEM format, separated by commas if there are several of them) of the identity provider you are linking with in Validating X509 Certificates.
Save the changes.
We need to import a unique but intelligible username in Keycloak from the identity provider. For this we use the SwitchAAI mandatory attribute swissEduPersonUniqueID.
Open the Mappers tab and click Create.
Fill the field as:
Name: SwitchAAI Unique ID.
Mapper Type: Username Template Importer.
Template: ${ATTRIBUTE.swissEduPersonUniqueID}
Save the changes.
Its FQDN (fully-qualified domain name). Example: medco-demo.epfl.ch.
Its SAML entityID, that you can find out in the XML descriptor from the Export tab of the previously configured Keycloak identity provider. Example: https://medco-demo.epfl.ch/auth/realms/master.
Once you have generated the certificate, set it up in Keycloak:
Navigate to the settings page Realm Settings > Keys > Providers and select Add Keystore... > rsa.
Specify a name in Console Display Name. Example: rsa-switchaaitest.
Specify a Priority higher than any other RSA key. Example: 150.
In Private RSA Key and X509 Certificate fields, copy/paste the respective PEM parts of both the private key and the certificate that were previously generated.
Click Add a Resource Description and fill the 7 categories of information according to the following instructions. Note that if some fields are not listed in this documentation, their value are not important for the registration of the Keycloak instance and can be set according to the explanations provided by the resource registry.
Entity ID: the same SAML entityID you used to generate the certificate. Example: https://medco-demo.epfl.ch/auth/realms/master.
Home Organization: the organization that hosts the Keycloak instance currently being registered. The responsible persons of the organization specified here will need to approve the registration. This will typically be the the institution where the MedCo node is deployed. For the purpose of our test we are using AAI Demo Home Organization (aai-demo-idp.switch.ch, AAI Test).
Home URL: the address of the MedCo node, at which the UI Glowing Bear can be accessed. Example: https://medco-demo.epfl.ch/.
SAML2 HTTP POST binding (x2): the URL at witch the SwitchAAI infrastructure will communicate with the Keycloak instance. You will find it in the configuration page of the configured identity provider in Keycloak under Redirect URI. Example: https://medco-demo.epfl.ch/auth/realms/master/broker/SwitchAAI-Test/endpoint
Copy/paste in this field the PEM part of the certificate that was previously generated. Note that in the example showed below the certificate has already been validated through a separate channel.
Put on Required at least the following attributes. Note that the release of attributes needs to have a justification.
E-mail (email). Example reason: Identify user for being able to assign them specific authorizations.
Unique ID (swissEduPersonUniqueID). Example reason: Get a unique ID of user.
Once submitted, the responsible persons from the home organization will need to approve the new resource and validate the fingerprint of the certificate submitted. This is a manual process that will most likely be done through email.
Once this is done, the setup should be functional, and the users will be able to select the configured identity provider to login. Don't forget that this covers only users' authentication, their authorization needs to be handled manually through Keycloak after they login at least once.
You will need to follow two sets of instruction to make Keycloak functional and be able to log in. and then:
Note that by default the certificates generated by the script are self-signed and thus, when using Glowing Bear, the browser will issue a security warning. To use your own valid certificates, see .
Run first the MedCo loader (see ) to load some data and be able to test this deployment. Then access Glowing Bear in your web browser at https://${MEDCO_SETUP_NODE_DNS_NAME} and use the default credentials specified in . If you are new to Glowing Bear you can watch the video. You can also use the to perform tests.
For assistance with deploying MedCo or any other technical questions, send an email at or any of the contributors.
(Privacy and Security Software Engineer, EPFL) -
(Privacy and Security Software Engineer, EPFL) -
(Privacy and Security Software Engineer, EPFL) -
(Data Protection Specialist, CHUV) -
(Post-Doctoral Researcher, EPFL) -
(Professor, EPFL) -
A certificate compliant with the SwitchAAI federation needs to be generated and configured. First to generate a self-signed certificate that meets their requirements. You will need from the Keycloak instance:
The following instructions are to be executed in the . As a result, a Keycloak instance will be registered as a service provider linked to a home organization in the SwitchAAI federation.
Deployment Profile | Valid Redirect URIs |
test-local-3nodes |
|
test-network + prod-network |
|
dev-local-3nodes |
|
The v1 loader expects an already existing i2b2 database (in .csv format) that will be converted in a way that is compliant with the MedCo data model. This involves encrypting and deterministically tagging some of the data.
List of input (‘original’) files:
all i2b2metadata files (e.g. i2b2.csv)
dummy_to_patient.csv
patient_dimension.csv
visit_dimension.csv
concept_dimension.csv
modifier_dimension.csv
observation_fact.csv
table_access.csv
Ensure you have downloaded the data before proceeding to the loading.
The following examples show you how to load data into a running MedCo deployment. Adapt accordingly the commands your use-case.
To check that it is working you can query for:
-> Diagnoses -> Neoplasm -> Benign neoplasm -> Benign neoplasm of breast
You should obtain 2 matching subjects.
The current version of the loader offers two different loading alternatives: (v0) loading of clinical and genomic data based on MAF datasets; and (v1) loading of generic i2b2 data. Currently these two loaders support each one dataset:
v0: a genomic dataset (tcga_cbio publicly available in cBioPortal)
v1: the i2b2 demodata.
Future releases of this software will allow for other arbitrary data sources, given that they follow a specific structure (e.g. BAM format).
From the medco-deployment folder, execute the resources/data/download.sh script to download the test datasets.
The provided example data set files come with dummy data pre-generated. Those data are random dummy entries whose purpose is to prevent frequency attacks. In a future release, the generation will be done dynamically by the loader.
If after deploying MedCo you notice some connectivity problems on your machine, or on the opposite the running containers have connectivity problems, check for potential conflict between your machine networks and Docker's virtual network (e.g. with ifconfig). If you do have such conflicts, you can edit Docker's configuration to set the addresses to use. Example:
If you get such an error message while trying to execute commands as a non-root user:
You will need to follow these instructions from the Docker official documentation.
The v0 loader expects an ontology, with mutation and clinical data in the MAF format. As the ontology data you must use ${MEDCO_SETUP_DIR}/resources/data/genomic/tcga_cbio/clinical_data.csv and ${MEDCO_SETUP_DIR}/resources/data/genomic/tcga_cbio/mutation_data.csv. For clinical data you can keep using the same two files or a subset of the data (e.g. 8_clinical_data.csv). More information about how to generate sample data files can be found below. After the following script is executed all the data is encrypted and deterministically tagged in compliance with the MedCo data model.
Ensure you have downloaded the data before proceeding to the loading.
The following examples show you how to load data into a running MedCo deployment. Adapt accordingly the commands your use-case.
To check that it is working you can query for:
-> MedCo Gemomic Ontology -> Gene Name -> BRPF3
For the small dataset 8_xxxx you should obtain 3 matching subjects (one at each site).
MedCo provides a client command-line interface (CLI) to interact with the medco-connector APIs.
To use the CLI, you must first follow one of the deployment guides. However, the version of the CLI documented here is the one shipped with the Local Development Deployment.
To show the CLI manual, run:
For a start, you can use the credentials of the default user: username:test password:test
You can use this command to query the MedCo network.
This is the syntax of an example query using the pre-loaded default test data.
You will get something like that:
Not that, in the queries, the OR operator has the highest priority, so 1 AND 2 OR 3 AND 2 is factorised as (1) AND (2 OR 3) AND (2).
You can use this command to get the values of the genomic annotations that MedCo nodes make available for queries.
To do some tests, you may want to load some data first.
Then, for example, if you want to know which genomic annotations of type "protein_change" containing the string "g32" are available, you can run:
You will get:
The matching is case-insensitive and it is not possible to use wildcards. At the moment, with the loader v0, only three types of genomic annotations are available: variant_name, protein_change and hugo_gene_symbol.
You can use this command to get the variant ID of a certain genomic annotation.
To do some tests, you may want to load some data first.
Then, for example, if you want to know the variant ID of the genomic annotation "HTR5A" of type "hugo_gene_symbol" with zygosity "heterozygous" or "homozygous", you can run:
You will get:
The matching is case-insensitive and it is not possible to use wildcards. If you request the ID of an annotation which is not available (e.g, in the previous, example, "HTR5") you will get an error message. At the moment, with the loader v0, only three types of genomic annotations are available: variant_name, protein_change and hugo_gene_symbol.
The default data loaded in MedCo is a small artificially generated dataset, appropriate to test a fresh deployment. The same data is replicated on all the nodes. Note that as of now it is encrypted using the test keys, i.e. the ones used for deployment profiles dev-local-3nodes and test-local-3nodes.
It contains 4 patients: 1 (real), 2 (real), 3 (real), 4 (dummy).
And 3 concepts: 1, 2, and 3.
The observation fact contains the following entries:
patient 1, concept 1
patient 2, concept 1
patient 2, concept 2
patient 3, concept 2
patient 3, concept 3
patient 4, concept 1
patient 4, concept 2
patient 4, concept 3
Example queries and expected results (per node):
1 AND 2: 1 (patient 2)
2 AND 3: 1 (patient 3)
1 AND 2 AND 3: 0
(1 OR 2): 3 (patients 1, 2 and 3)
(1 OR 3) AND 2: 1 (patients 2 and 3)
Entities that need to connect to a machine running MedCo can be categorized as follow:
System administrators: Persons administrating the MedCo node. Likely to remain inside the clinical site internal network.
End-users: Researchers using MedCo to access the shared. Likely to remain inside the clinical site internal network.
Other MedCo nodes: MedCo nodes belonging to other clinical sites of the network.
The following ports should be accessible by the listed entities, which makes IP address white-listing possible:
Port 22, 5432 (TCP): System Administrators
Port 80 (TCP): End-Users (HTTP automatic redirect to HTTPS (443))
Port 443 (TCP): System Administrators, End-Users, Other MedCo Nodes
Ports 2000-2001 (TCP): Other MedCo Nodes
PgAdmin can be accessed through http(s)://<node domain name>/pgadmin with username admin and password admin (by default). To access the test database just create a server with the name MedCo, the address postgresql, username postgres and password postgres (by default). Note that PgAdmin is not included in the production deployments.
Deployment profile dev-local-3nodes.
This deployment profile comes with default pre-generated keys and password. It is not meant to contain any real data nor be used in production. If you wish to do so, use instead the deployment profile.
This deployment profile deploys 3 MedCo nodes on a single machine for development purposes. It is meant to be used only on your local machine, i.e. localhost. The tags of the docker images used are all dev, i.e. the ones built from the development version of the different source codes. They are available either through Docker Hub, or built locally from the sources of each component.
First step is to clone the medco-deployment repository with the correct branch. This example gets the data in the home directory of the current user, but that can be of course changed.
Next step is to obtain the docker images defined in the medco-deployment repository:
Note that this will pull from Docker Hub the docker images tagged with dev. Because those are development versions, there is no guarantee that they will work at any point in time.
Next step is to run the nodes. They will run simultaneously, and the logs of the running containers will maintain the console captive. No configuration changes are needed in this scenario before running the nodes. To run them:
Wait some time for the initialization of the containers to be done (up to the message: “i2b2-medco-srv… - Started x of y services (z services are lazy, passive or on-demand)”), this can take up to 10 minutes. For the subsequent runs, the startup will be faster.
In order to deploy new code in the running deployment, it is enough to stop and start again the running container(s). Example:
To confirm that a new version of the image has been deployed, Docker will output in the console "Recreating container ...".
First step is to clone the glowing-bear repository with the correct branch.
Glowing Bear is deployed separately for development, as we use its convenient live development server:
Note that the first run will take a significant time in order to build everything.
In order to stop the containers, simply hit Ctrl+C in all the active windows.
In order to test that the development deployment of MedCo is working, access Glowing Bear in your web browser at http://localhost:4200 and use the default credentials specified in . If you are new to Glowing Bear you can watch the video. You can also use the to perform tests.
By default MedCo loads a specific test data, refer to for expected results to queries. To load a dataset, follow the guide .
Component orchestrating the MedCo query at the clinical site. Implements the resource-side of the PIC-SURE API. It communicates with medco-unlynx to execute the distributed cryptographic protocols. .
The software executing the distributed cryptographic protocols, based on Unlynx. .
Nginx web server serving Glowing Bear and the javascript crypto module. .
ETL tool to encrypt and load data into MedCo. .
The i2b2 stack (all the cells). .
OpenID Connect identity provider, providing user management and their authentication to MedCo. .
The SQL database used by all other services, contains all the data. .
A web-based administration tool for the PostgreSQL database. .
Web server and (HTTPS-enabled) reverse proxy. .
