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Foglight for Virtualization Enterprise Edition 8.9.3 - Installing Foglight on a UNIX System with an External Oracle Database

Before Installing Foglight Installing Foglight
Preparing to install Installing a new version of the Management Server Installed directories Foglight settings HP patch checking tool Uninstalling Foglight Upgrading the Management Server Installing Foglight FAQ
Running the Management Server Installing and Upgrading Cartridges Installing Agents

Binding the Management Server to an IP address

To cause the Foglight Management Server to bind to a specific IP address, use the dedicated properties in the <foglight_home>/config/server.config file. For example:

server.bind.address = “192.0.2.2";

server.remote.address = “host1.example.com";

Where host1.example.com is the host name assigned to the bind address in DNS. If no DNS name is available, a raw IP address can be used in this property.

Binding Foglight to a specific IP address can be used where, for example, the same IP address is to be used by multiple Management Server instances on a single host, each IP address delineating a virtual boundary between instances. In such situations, the Management Server will only listen for incoming TCP traffic on that specific IP address. By default, the Management Server listens to all IPv4 and IPv6 addresses.

Configuring Foglight to use stronger encryption

 

* 
NOTE: This only works in non-FIPS mode. Stronger encryption with fixed key size is used in FIPS-compliant mode.

Foglight Management Server 5.6.3 and later includes unlimited strength security policies. In some cases, such as Credential Management, this encryption level may be insufficient. If 256‑bit (or higher) AES keys are necessary, use the following procedure to configure the Management Server to use stronger encryption.

To configure Foglight to use stronger encryption:
1
Stop the Management Server.
2
Open the file <foglight_home>/config/server.config on the Management Server machine.
3
Set the java system property foglight.credentials.enc.key.size to 256 (or higher):
server.vm.option0 = "-Dfoglight.credentials.enc.key.size=256";
4
Save the server.config file.
5
Restart the Management Server.

Configuring Foglight to use the HTTPS port

If you do not choose to install Foglight in Secure Server mode, you can edit server.config after installation and manually configure Foglight to restrict the Management Server to use the HTTPS port when accessing the browser interface.

You must have a signed, valid certificate to use this HTTPS configuration. It is recommended that you obtain a valid certificate from a third party as outlined in Importing a network security certificate.

To configure the Management Server to use the HTTPS port:
1
Stop the Management Server.
2
Open the file <foglight_home>/config/server.config on the Management Server machine.
3
Set the parameter server.console.httpsonly to true:
server.console.httpsonly = "true";
4
Save the server.config file.
5
Import the signed certificate into the Foglight keystore. See Importing a network security certificate for instructions.
6
Restart the Management Server.
7
Launch the Foglight browser interface using the appropriate HTTPS URL (https://<hostname>:<https_port>) to ensure that the Management Server can be accessed using HTTPS.
 
* 
NOTE: The Foglight Management Server uses the HTTP port for local access even if you are accessing the browser interface through an HTTPS connection. If that is the case, both ports are open: the HTTPS port for external requests coming from the browser interface and the HTTP port for local requests. For example, the reporting service accesses the Foglight Management Server through the HTTP port while external requests use HTTPS.
You must configure your firewall or network security applications to allow both ports to remain open.

Importing a network security certificate

In order to set up the Foglight Management Server to use HTTPS, you must generate a key pair (security certificate) into the Foglight keystore. This security certificate allows the server to communicate through the HTTPS protocol. Delete the existing certificate shipped with Foglight before generating a new key pair. Use the keytool utility shipped with Foglight to create, import, and export certificates. This utility can be found at:

<foglight_home>/jre/bin/keytool

There are two keystores that Foglight uses:

•
The built-in Tomcat™ keystore located at:
<foglight_home>/config/tomcat.keystore (default password: nitrogen)
<foglight_home>/config/tomcat_fips.keystore(For FIPS compliance mode, default password: nitrogen)
•
The Management Server keystore located at:
<foglight_home>/jre/lib/security/cacerts (default password: changeit)
To import a certificate:
1
Back up the existing tomcat key using the following command:
cp tomcat.keystore <your_backup_key>
2
Delete the existing tomcat key from the tomcat.keystore directory using the following command:
<foglight_home>/jre/bin/keytool<foglight_home>/config/tomcat.keystore -keystore tomcat.keystore -storepass nitrogen -alias tomcat -delete
3
Create a new key under the tomcat alias using the following command:
<foglight_home>/jre/bin/keytool<foglight_home>/config/tomcat.keystore-keystore tomcat.keystore -storepass nitrogen -genkeypair -alias tomcat -validity <number of days> -keyalg RSA -keysize 2048 -dname "CN=<your_fmsserver_dns_name>, OU=<your_organizational unit_name>, O=<your_organization_name>, L=<your_city_name>, ST=<your_state_name>, C=<your_two-letter_country_code>" -ext SAN=dns:<your_fmsserver_dns_name>,ip:<your_fmsserver_ip>
4
Generate a Certificate Signing Request (CSR) using the following command:
<foglight_home>/jre/bin/keytool<foglight_home>/config/tomcat.keystore-keystore tomcat.keystore -storepass nitrogen -alias tomcat -validity <number of days> -certreq -ext san=dns:<your_fmsserver_dns_name>,ip:<your_fmsserver_ip> -file <your_request_file.csr>
This file must be signed by Certification Authority (CA).
5
Once you have the certificate signed, import it back to the tomcat.keystore using the following command:
<foglight_home>/jre/bin/keytool<foglight_home>/config/tomcat.keystore-keystore tomcat.keystore -storepass nitrogen -alias tomcat -validity <number of days> -trustcacerts -import -file <your_converted_cerificate>
When importing a certificate for Foglight in FIPS-compliant mode, continue with the following steps:
6
Backup the default tomcat FIPS keystore using the following command:
cp tomcat_fips.keystore <your_backup_key>
7
Covert tomcat.keystore from JKS format to FIPS-verified BCFKS format using the following command:
<foglight_home>/jre/bin/keytool -importkeystore -srckeystore tomcat.keystore -destkeystore tomcat_fips.keystore -deststoretype BCFKS -provider org.bouncycastle.jcajce.provider.BouncyCastleFipsProvider -providerpath <foglight_home>/server/core/bc-fips.jar
You will get a prompted message similar to the following:... is not trusted. Install reply anyway? [no]:
Type yes to install the new certificate.
The following is an example of commands for importing a certificate.
cd <foglight_home>/config
cp tomcat.keystore tomcat.keystore.backup
<foglight_home>/jre/bin/keytool -keystore tomcat.keystore -storepass nitrogen -alias tomcat -delete
<foglight_home>/jre/bin/keytool -keystore tomcat.keystore -storepass nitrogen -genkeypair -alias tomcat -validity 730 -keyalg RSA -keysize 2048 -dname "CN=fms.quest.com, OU=Foglight, O=Quest, L=Aliso Viejo, ST=CA, C=US" -ext SAN=dns:fms.quest.com,ip:192.168.1.1
<foglight_home>/jre/bin/keytool -keystore tomcat.keystore -storepass nitrogen -alias tomcat -validity 730 -certreq -ext san=dns:fms.quest.com,ip:192.168.1.1 -file san.p7b
<foglight_home>/jre/bin/keytool -keystore tomcat.keystore -storepass nitrogen -alias tomcat -validity 730 -trustcacerts -import -file san.p7b
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