This is a script automation for the generation of the required keystores, truststores and browser certificates for Alfresco configuration using Mutual TLS Authentication between Repository and SOLR. These same files can be obtained manually by using any other cryptographic tools.
This project is not officially supported by Alfresco, as it provides just a sample to build your own security configuration for Alfresco. However, anyone can improve this tool by providing pull requests or by cloning the project and changing it accordingly to suit particular needs.
As HTTPs invocations happen between different Alfresco services, following relationships must be satisfied:
-
Repository is client of SOLR and Transform Services
- Repository key must be generated and must be included in Repository keystore
- Root CA certificate must be included in Repository truststore
-
SOLR is client of Repository and SOLR
- SOLR key must be generated and must be included in SOLR keystore
- Root CA certificate must be included in SOLR truststore
-
Zeppelin is client of Repository (Zeppelin is a product only available for Insight Engine Enterprise)
- Zeppelin key must be generated and must be included in Zeppelin keystore
- Root CA certificate must be included in Zeppelin truststore
- Note that this script tool uses the same key certificates for SOLR and Zeppelin, as both are clients of the Repository
-
When accessing SOLR from a browser, the browser is client of SOLR
- Browser key must be installed on the browser in order to access SOLR Web Console
-
Transform Services (Transform Router, T-Engines, Transform Aspose, AI Renditions, Shared File Store)
- Transform Service key must be generated and must be included in Transform Service keystore for every Transform Service present
- Root CA certificate must be included in Transform Service truststore for every Transform Service present
Additionally, to support Alfresco encryption feature, a metadata cyphering key is generated and included on a keystore to be used by the Repository.
Certificates generation script run.sh is based in OpenSSL and Java keytool programs, and it can be used in different scenarios:
- Bash Shell Script Standalone, as a local bash script from Linux operative systems. The shell script and the OpenSSL configuration file are available in
ssl-toolfolder. - Windows Batch Script Standalone, as a local batch script from Windows operative systems. The batch script and the OpenSSL configuration file are available in
ssl-tool-winfolder. - Docker Standalone, as a local container generating
keystoresfolder from environment variable values. Available from Linux, Windows and Mac OS X. - Docker Compose, as a Docker service creating
keystoresfolder from environment variable values. Available from Linux, Windows and Mac OS X.
New certificates generation scripts run_ca.sh, run_encryption.sh and run_additional.sh have been created to respond to the need of adding a varying number of additional services to mTLS. They also provide more granularity and control over passwords and other settings. They are currently unavailable for use in Docker Standalone and Docker Compose
Running the generation script requires having OpenSSL and Java keytool programs installed and available in the system path.
OpenSSL
OpenSSL is a cryptographic software to generate certification authorities, private keys and certificates (including usage policies).
Many distributions of Linux include OpenSSL as a package, so you can install it as any other program.
Ubuntu
$ sudo apt-get install openssl
CentOS
$ yum -y install openssl openssl-devel
For Mac OS X, some package manager like Homebrew can be used:
$ brew install openssl
When using Windows, binaries distribution from OpenSSL web page can be used:
https://wiki.openssl.org/index.php/Binaries
Remember to add
opensslprogram to system path.
Keytool
Keytool is a standard Java program to build keystores and truststores.
The keytool utility is included with the JRE.
Both Oracle JRE 11 and OpenJDK JRE 11 can be used, just follow the installation instructions for your operative system.
Remember to add
keytoolprogram to system path.
Both command line scripts and Docker Image resources can be parametrised by using external parameter values. Different options are described in the table below.
Script run parameter name |
Docker Parameter name | Description | Values |
|---|---|---|---|
| -alfrescoversion | ALFRESCO_VERSION | Type of Alfresco Version | enterprise or community |
| -keysize | KEY_SIZE | RSA key length | 2048, 4096..., by default 2048 |
| -keystoretype | KEYSTORE_TYPE | Type of the keystores (containing private keys) | PKCS12, JKS, JCEKS |
| -truststoretype | TRUSTSTORE_TYPE | Type of the truststores (containing public keys) | JKS, JCEKS |
| -keystorepass | KEYSTORE_PASS | Password for the keystores | Any string |
| -truststorepass | TRUSTSTORE_PASS | Password for the truststores | Any string |
| -encstorepass | ENC_STORE_PASS | Password for the encryption keystore | Any string |
| -encmetadatapass | ENC_METADATA_PASS | Password for the encryption metadata | Any string |
| -cacertdname | CA_CERT_DNAME | Distinguished Name of the CA certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Alfresco CA" |
| -repocertdname | REPO_CERT_DNAME | Distinguished Name of the Repository certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Alfresco Repository" |
| -solrcertdname | SOLR_CERT_DNAME | Distinguished Name of the SOLR certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Alfresco Repository Client" |
| -browsercertdname | BROWSER_CERT_DNAME | Distinguished Name of the BROWSER certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Browser Client" |
| -caservername | CA_SERVER_NAME | DNS Name for CA Server | Any string, localhost by default |
| -alfrescoservername | ALFRESCO_SERVER_NAME | DNS Name for Alfresco Server | Any string, localhost by default |
| -solrservername | SOLR_SERVER_NAME | DNS Name for SOLR Server | Any string, localhost by default |
| -alfrescoformat | ALFRESCO_FORMAT | Default format for certificates, truststores and keystores | classic or current (only supported from ACS 7.0) |
| -cavalidityduration | CA_VALIDITY_DURATION | Validity duration of the Root CA in days | Positive integer, 7300 by default |
Script run_ca parameter name |
Description | Values |
|---|---|---|
| -keysize | RSA key length | 2048, 4096... |
| -keystorepass | Password for the keystores | Any string between 6 to 1023 characters, if not provided a prompt will be displayed |
| -certdname | Distinguished Name of the CA certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Alfresco CA" |
| -servername | DNS Name for CA Server | Any string, localhost by default |
| -validityduration | Validity duration of the Root CA in days | Positive integer, 365 by default |
Script run_encryption parameter name |
Description | Values |
|---|---|---|
| -servicename | Service name, will be used for keystore file name and key alias | Any string, by default encryption |
| -subfoldername | Name of a subfolder where the encryption keystore will be placed | Any string, by default the same as value of servicename parameter |
| -encstorepass | Password for the encryption keystore | Any string between 6 to 1023 characters, if not provided a prompt will be displayed |
| -encmetadatapass | Password for the encryption metadata | Any string between 6 to 1023 characters, if not provided a prompt will be displayed |
| -alfrescoformat | Default format for certificates, truststores and keystores | classic or current (only supported from ACS 7.0) |
Script run_additional parameter name |
Description | Values |
|---|---|---|
| -servicename | Service name, will be used for keystore file name and key alias | Any string, by default service |
| -subfoldername | Name of a subfolder where the service keystore will be placed | Any string, by default the same as value of servicename parameter |
| -alias | Key alias | Any string, by default the same as value of servicename parameter |
| -role | Role to be fulfilled by the keystore key, different roles correspond to dedicated settings in openssl.cnf file | client, server, both, by default both |
| -rootcapass | Password set for Root CA, is required for signing the additional keystores | Any string. Lack of this parameter will result with an exception. |
| -keysize | RSA key length | 2048, 4096..., by default 2048 |
| -keystoretype | Type of the keystores (containing private keys) | PKCS12, JKS, JCEKS, by default JCEKS |
| -keystorepass | Password for the keystores | Any string between 6 to 1023 characters, if not provided a prompt will be displayed |
| -notruststore | Flag for blocking truststore generation | N/A, providing the flag turns off truststore generation |
| -truststoretype | Type of the truststores (containing public keys) | JKS, JCEKS, by default JCEKS |
| -truststorepass | Password for the truststores | Any string between 6 to 1023 characters, if not provided a prompt will be displayed |
| -certdname | Distinguished Name of the CA certificate, starting with slash and quoted | "/C=GB/ST=UK/L=Maidenhead/O=Alfresco Software Ltd./OU=Unknown/CN=Custom Service" |
| -servername | DNS Name for CA Server | Any string, localhost by default |
| -alfrescoformat | Default format for certificates, truststores and keystores | classic or current (only supported from ACS 7.0) |
When using Alfresco on an internal network, each server should have a different name. This names can be configured on the parameters named as *servername. In order to avoid browser complains about certificates, it's recommended to include the name of the server as Alternative Name in the certificate. This should be at least required for SOLR Web Console, as this application is only available in https when using this configuration. If you are working under a Web Proxy, use the name of this proxy for the *servername parameters.
Scripts have been updated to handle multiple Service Alternative Names. To provide multiple of them seperate them with ,, example: -servername localhost,additionalSAN. For Windows variant the value needs to be enclosed in double quotes.
When working on a Linux machine, shell scripts can be used directly from command line. It's required to have OpenSSL and keytool programs available in the environment.
It is recommended to use the latest versions of these programs when possible.
The scripts parameters can be set through command line.
For instance, the following command will produce keystores folder in a host folder named keystores using RSA key length of 2048 bits for Alfresco Enterprise.
$ cd ssl-tool
$ ./run.sh -keysize 2048 -alfrescoversion enterprise -alfrescoformat classic
$ tree keystores/
keystores/
├── alfresco
│ ├── keystore
│ ├── keystore-passwords.properties
│ ├── ssl-keystore-passwords.properties
│ ├── ssl-truststore-passwords.properties
│ ├── ssl.keystore
│ └── ssl.truststore
├── client
│ └── browser.p12
├── solr
│ ├── ssl-keystore-passwords.properties
│ ├── ssl-truststore-passwords.properties
│ ├── ssl.repo.client.keystore
│ └── ssl.repo.client.truststore
└── zeppelin
├── ssl.repo.client.keystore
└── ssl.repo.client.truststoreWhen using custom DNames for certificates, values must be set in quotes.
$ ./run.sh -cacertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Linux Alfresco CA" \
-repocertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Repo" \
-solrcertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Solr" \
-browsercertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Browser"Note that when keystores folder is not empty, the program exists without producing any keystore or truststore.
When using current Alfresco format (default option), instead of classic, following output is generated.
$ cd ssl-tool
$ ./run.sh -keysize 2048 -alfrescoversion enterprise
$ tree keystores/
keystores/
├── alfresco
│ ├── keystore
│ ├── ssl.keystore
│ └── ssl.truststore
├── client
│ └── browser.p12
├── solr
│ ├── ssl-repo-client.keystore
│ └── ssl-repo-client.truststore
└── zeppelin
├── ssl-repo-client.keystore
└── ssl-repo-client.truststoreFor the current format all the passwords are passed to the applications using Java Environment Variables, so the password files are not required any more.
If you desire more control and granularity, or need to add other services into the mTLS mix, then you might want to consider using run_ca.sh, run_encryption.sh and run_additional.sh in place of run.sh script or only run_additional.sh as an addition.
run_ca.sh - script responsible for preparing folders (ca, certificates, keystores) and generating the Root CA,
run_encryption.sh - script responsible for generating the metadata encryption keystore
run_additional.sh - script using the previously generated CA (with run.sh or run_ca.sh script) to generate additional sets of keystore and truststore.
Samples of using these scripts and how they replace the run.sh functionality or add on to it can be found in ssl-tool\samples folder of this project.
Keep in mind that some locations of generated scripts or names of keystores might differ between the samples of new approach (run_ca.sh + run_encryption.sh + run_additional.sh) and legacy approach (run.sh + run_additional.sh).
If you'd like to restrict the certificates provided to a truststore, to pick and choose between which ones should be added to which service, you can do that by adding to the command of run_additional.sh script the -notruststore flag.
This flag causes run_additional.sh script to not generate a truststore on its own. Afterwards you can write your own instructions to generate a truststore by picking certificates from the certificates folder that would end up in it after running the scripts.
Sample command that would create a truststore for Solr that contains only the Repository certificate:
keytool -importcert -noprompt -alias alfresco -file certificates/alfresco.cer -keystore keystores/solr/solr.truststore -storetype JCEKS -storepass password
You can add more certificates this way.
When working on a Windows machine, shell scripts can be used directly from command line. It's required to have OpenSSL and keytool programs available in the PATH.
It is recommended to use the latest versions of these programs when possible.
The parameters described above, can be used from command line.
For instance, the following command will produce keystores folder in a host folder named keystores using RSA key length of 2048 bits for Alfresco Community.
C:\> cd ssl-tool-win
C:\> run.cmd -keysize 2048 -alfrescoversion community -alfrescoformat classic
C:\> tree /F keystores
├───alfresco
│ keystore
│ keystore-passwords.properties
│ ssl-keystore-passwords.properties
│ ssl-truststore-passwords.properties
│ ssl.keystore
│ ssl.truststore
│
├───client
│ browser.p12
│
└───solr
ssl-keystore-passwords.properties
ssl-truststore-passwords.properties
ssl.repo.client.keystore
ssl.repo.client.truststoreWhen using custom DNames for certificates, values must be set in quotes.
C:\> run.cmd -cacertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Windows Alfresco CA" ^
-repocertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Repo" ^
-solrcertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Solr" ^
-browsercertdname "/C=GB/ST=UK/L=Maidenhead/O=Alfresco/OU=Unknown/CN=Browser"Note that when keystores folder is not empty, the program exists without producing any keystore or truststore.
When using current Alfresco format (default option), instead of classic, following output is generated.
C:\> cd ssl-tool-win
C:\> run.cmd -keysize 2048 -alfrescoversion community
C:\> tree /F keystores
├───alfresco
│ keystore
│ ssl.keystore
│ ssl.truststore
│
├───client
│ browser.p12
│
└───solr
ssl.repo.client.keystore
ssl.repo.client.truststoreFor the current format all the passwords are passed to the applications using Java Environment Variables, so the password files are not required any more.
If you desire more control and granularity, or need to add other services into the mTLS mix, then you might want to consider using run_ca.cmd, run_encryption.cmd and run_additional.cmd in place of run.cmd script or only run_additional.cmd as an addition.
run_ca.cmd - script responsible for preparing folders (ca, certificates, keystores) and generating the Root CA,
run_encryption.cmd - script responsible for generating the metadata encryption keystore
run_additional.cmd - script using the previously generated CA (with run.cmd or run_ca.cmd script) to generate additional sets of keystore and truststore.
Samples of using these scripts and how they replace the run.cmd functionality or add on to it can be found in ssl-tool-win\samples folder of this project.
Keep in mind that some locations of generated scripts or names of keystores might differ between the samples of new approach (run_ca.cmd + run_encryption.cmd + run_additional.cmd) and legacy approach (run.cmd + run_additional.cmd).
If you'd like to restrict the certificates provided to a truststore, to pick and choose between which ones should be added to which service, you can do that by adding to the command of run_additional.cmd script the -notruststore flag.
This flag causes run_additional.cmd script to not generate a truststore on its own. Afterwards you can write your own instructions to generate a truststore by picking certificates from the certificates folder that would end up in it after running the scripts.
Sample command that would create a truststore for Solr that contains only the Repository certificate:
keytool -importcert -noprompt -alias alfresco -file certificates/alfresco.cer -keystore keystores/solr/solr.truststore -storetype JCEKS -storepass password
You can add more certificates this way.
In order to access to SOLR Web Console, available by default at https://localhost:8983/solr, browser certificate must be installed in your machine.
For Windows systems, client\browser.p12 file must be imported as new private certificate to Windows Certificates application.
For Mac OS X systems, client/browser.p12 file must be imported to Keychain Access application.
Also setting the right options in these application to trust in this certificate is required.
Once the certificate is installed, the following message should be showed by your browser when accessing to Solr Web Console:
Your connection is not private
Attackers might be trying to steal your information from localhost (for example, passwords, messages or credit cards). Learn more
NET::ERR_CERT_AUTHORITY_INVALID
As the certificate has been generated for localhost, this warning is expected. Just click on Advanced >> Proceed and use your browser certificate to access Solr Web Console.
Building the Docker Image
This image depends on the alfresco-docker-base-java image, which is also available (privately) on Quay and (publicly) on Docker Hub.
To build this image, run the following script:
docker build -t alfresco/alfresco-base-ssl .The image can be used via docker run to create stores and certificates, using a host mounted folder to obtain these results.
Volumes
Following folders are available to be mounted on volumes:
/keystoresfolder contains the keystores and truststores generated foralfresco,solrandzeppelinservices/cafolder contains internal information (CRL, CA key...) used by the CA created with OpenSSL/certificatesfolder contains raw certificates used to build the keystores and the truststores
To obtain the required folder for Alfresco services, it's only required to mount keystores folder. CA and certificates folder can be also mounted, but those files are not used for Alfresco configuration.
$ docker run -v $PWD/keystores:/keystores alfresco/alfresco-base-ssl
$ tree keystores
keystores
├── alfresco
│ ├── keystore
│ ├── ssl.keystore
│ └── ssl.truststore
├── client
│ └── browser.p12
├── solr
│ ├── ssl-repo-client.keystore
│ └── ssl-repo-client.truststore
└── zeppelin
├── ssl-repo-client.keystore
└── ssl-repo-client.truststoreParameters
Docker Container can be started using some of the parameters defined above.
For instance, the following command will produce keystores folder in a host folder named keystores using RSA key length of 2048 bits for Alfresco Enterprise.
$ docker run -v $PWD/keystores:/keystores -e KEY_SIZE=2048 -e ALFRESCO_VERSION=enterprise alfresco/alfresco-base-sslNote that when keystores folder is not empty, the program exists without producing any keystore or truststore.
This Docker Image can be used as a Docker Compose service, accepting the same parameters for environment variables described before.
For instance, the following command will produce keystores folder in a host folder named keystores using RSA key length of 2048 bits for Alfresco Enterprise.
ssl:
image: alfresco/ssl-base
environment:
ALFRESCO_VERSION: enterprise
KEY_SIZE: 2048
volumes:
- ./keystores:/keystores
Sample configurations for Alfresco Enterprise and Alfresco Community have been provided at docker-compose folder.
"SEC_ERROR_REUSED_ISSUER_AND_SERIAL" error when accessing SOLR Web Console in Firefox*
If you are using Alfresco SSL Generator for testing or developing and you issued the same CA Certificate more than one time, Firefox will complain when trying to access to SOLR Web Console (https://localhost:8983/solr by default).
This problem is described at Bugzilla:
https://bugzilla.mozilla.org/show_bug.cgi?id=435013
Apply any of the workarounds provided (as removing cert8.db or cert9.db file from your Firefox profile folder) in order to fix this problem.
When using certificates from external CAs, not the one provided by this project, building the keystores and truststores for Repository and SOLR is required. keytool or any other tool can be used in order to build these stores. Details on the content of every related file is available in Alfresco MTLS Configuration Deep Dive.
Note that every intermediate CA public key must be included in every truststore.
keytool can be used to get this certificate chain.
$ keytool -list -alias alfresco.ca -keystore ssl.repo.client.keystore -rfc
Alias name: alfresco.ca
Creation date: 20 Feb 2020
Entry type: PrivateKeyEntry
Certificate chain length: 2
Certificate[1]:
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
Certificate[2]:
-----BEGIN CERTIFICATE-----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MCYwJAYIKwYBBQUHMAGGGGh0dHA6Ly9vY3NwLmRpZ2ljZXJ0LmNvbTBCBgNVHR8E
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B0AFsQ+DU0NCO+f78Xf7
-----END CERTIFICATE-----
In the sample above, Certificate[2] content could be saved as alfresco-ca-root.cer to be imported in the repository truststore.