Contents
This article describes how to configure your LiveView server to use authentication and authorization controls that are managed directly by the LiveView server, or by an associated StreamBase server, or by using an LDAP-compliant security realm such as an Active Directory realm.
LiveView can be configured to verify the identity of clients (authentication) and ensure that authenticated clients have permission to access the requested LiveView resources (authorization).
LiveView authentication and authorization, hereafter referred to as simply authentication, is configured through a number of configuration files in HOCON format. StreamBase Studio provides a configuration editor invoked from Configuration Guide.
> > . For further information about the HOCON file format and syntax, see theThese configuration files allow you to enable authentication, specify a security realm, and configure realm-specific attributes. Two security realms are currently supported:
- Local authentication realm
-
User names, passwords, roles, and permissions are configured in several HOCON configuration files placed in a folder in the LiveView project. This authentication realm is thus local to the LiveView server launched from that LiveView project folder.
- LDAP server, including Active Directory
-
User names, groups, and roles are retrieved from an LDAP-compliant server, including Active Directory servers, while the mapping of roles to LiveView permissions is specified in a HOCON configuration file.
All HOCON format configuration files must be placed in the src/main/configurations
folder of your LiveView project in the
Project Explorer view of StreamBase Studio.
When local or LDAP LiveView authentication is enabled, a LiveView client identifies itself to the server with a username and password. These credentials can be included in a LiveView URI by placing them between the protocol field and server name in the URI. For example:
lv://username:password@localhost:port
Notice that a colon (:
) delimits the username and
password, while an at sign (@
) delimits the username and
password from the server name.
Note
As of 10.5.0, LiveView client connections require that you provide an actual password in URIs when authentication is enabled. Connections no longer accept enciphered passwords in URIs.
Passwords can be stored as clear text or enciphered text in any HOCON configuration file that calls for a password element. In the following example, the LiveView internal user's password is stored in clear text:
name = "ldm-internal-credentials" version = "1.0.0" type = "com.tibco.ep.ldm.configuration.ldminternalcredentials" configuration = { InternalCredentials = { ldmInternalUserName = "lvintern" ldmInternalPassword = "secret1" } }
You can provide an enciphered string for the password's value, as generated with the
sbcipher command; you must
prefix #!
to the generated string. The following shows
an enciphered password, broken onto two lines for clarity. In the actual
configuration file, the enciphered password is entered as one long string.
"ldmInternalPassword" = "#!MeQxOjzFAR2MRKoyrA5x8pQYRwrGWc7FkOw2/+AMltwstr NSLbGUmA1YBvEq+UUkJ/Sxe5jOLUO2oax1KypNRw=="
Configure a local security realm by adding and editing the following HOCON configuration files. The example configuration files in this section are adapted from the LiveView Authentication sample shipped with LiveView.
name = "localrealm1" version = "1.0.0" type = "com.tibco.ep.dtm.configuration.security" configuration = { LocalAuthenticationRealm = { principals = [ { userName = "Administrator" hashedPassword = "#!M5DSWylszg5aA9AK29MOiaDLq7SMqmTor +nW3qURTrT9E9eqJfTPyyUudCK34nhXHE53PXK6pregp4MW8qrueg==" roles = [ "BasicUser" "StreamBaseSuperuser" "admin" ] passwordExpirationPeriodDays = 12 passwordAlwaysRequired = true trustedHostAccessOnly = false } ] } }
Refer to Using TLS/SSL with LiveView Server for instructions on how to enable TLS for LiveView.
Configure user names, passwords, and roles for each user in a configuration file
with HOCON type security using configuration class LocalAuthenticationRealm
. The role names are defined in a separate
file discussed below; the spelling of role names in this file must exactly match
those in the role definition file.
name = "localrealmusers" version = "1.0.0" type = "com.tibco.ep.dtm.configuration.security" configuration = { LocalAuthenticationRealm = { Principals = [ { userName = "admin" password ="admin" roles = [ "LVAdmin" ] } { userName = "lvintern" password = "secret1ve" roles = [ "LVInternal" ] } { userName = "guest" password = "guest" roles = [ "LVGuest" ] } { userName = "tester" password = "tester" roles = [ "LVUser" ] } ] } }
Configure the mapping of roles to LiveView privileges in a configuration file with
HOCON type security
using the root object, RoleToPrivlegeMappings
. Notice
that this configuration type is the same security
HOCON type as in the Local Users file described
previously, but has a different root object (which is the first keyword after
configuration
). For this reason, the Role settings can
optionally go into a separate HOCON file; it would also be valid to place both
configuration classes in the same file.
LiveView privilege names are shown in the LiveView Privileges section below. Each role can be assigned one or more privilege settings. User names with multiple roles inherit the privilege settings from all assigned roles.
A privilege
specification without a resource
entry means that the specified privilege applies to all
features of the LiveView server. A resource
line
restricts the associated privilege to the specified resource, such as to a named
table in this LiveView project, or to the input stream of a table.
The following example is abbreviated from the roleMappings.conf
file provided in the LiveView Authentication
sample shipped with LiveView.
name = "role-priv-mappings" version = "1.0.0" type = "com.tibco.ep.dtm.configuration.security" configuration = { RoleToPrivilegeMappings = { privileges = { LVAdmin = [ { privilege = "LiveViewAll" } ] LVInternal = [ { privilege = "APIConnect" } { privilege = "LiveViewShutdown" } ... ] LVUser = [ { privilege = "APIConnect" } { privilege = "LiveViewTableList" } { privilege = "LiveViewTableManage" } { privilege = "LiveViewTableAll" resource = "ItemsSales" } ... { privilege = "LiveViewTupleInfo" resource = "ItemsSales.DataIn" } { privilege = "LiveViewTupleSend" resource = "ItemsSales.DataIn" } ] LVGuest = [ { privilege = "APIConnect" } { privilege = "LiveViewTableList" } ... ] } } }
The privilege group names LVAdmin, LVUser, and LVGuest are only examples and are not required. You can use any set of group names with any granularity of privilege groupings required by your site. TIBCO recommends continuing to use LVInternal as the group to contain privilege settings for the internal LiveView user name.
LiveView supports restricting access to specified rows in LiveView tables for a
given user. Setting the privilege LiveViewRowLevelAccess
affects alert queries, LiveView queries,
and delete alert actions.
Setting row level security (RLS) is largely similar to setting other LiveView privileges as described in Role to Privilege Mappings with one exception: the resource must be specified within triple quotes.
You can specify multiple objects for RLS within the configuration file using the following rules:
-
each object must contain exactly one table and one predicate
-
the predicate must be an array of strings
-
each string represents a predicate for the specified table
In the following example, a user LVUserRLS
is restricted to viewing a category
toy
in table ItemSales
.
Other resources and privileges are shown here for context only.
name = "role-priv-mappings"
version = "1.0.0"
type = "com.tibco.ep.dtm.configuration.security"
configuration = {
RoleToPrivilegeMappings = {
privileges = {
LVUserRLS = [
{
privilege = " ... "
resource = " ... "
}
privilege = "LiveViewRowLevelAccess"
resource =
"""
[{ table = "ItemsSales"
predicate = ["category=='toy'"]
}]
"""
]
}
}
}
Note that, even with RLS enabled, it is possible to leak information through alert actions. It is important to be aware of this when sensitive information is in play.
For example, an LVAdmin
user could
write an alert rule on a table LVUserRLS
is not allowed to see. When the alert
fires, LVAdmin
could conceivably send
an email to LVUserRLS
with the payload
of the alert tuple — thereby sharing information about a forbidden row. Or
similarly, publish the alert tuple payload to the LVAlerts system table, or some
other table LVUserRLS
has privilege to
see.
Generally, it is unlikely RLS can prevent all information leakage from alert actions. It is therefore up to the users writing the alerts to be aware of what information they do not wish to share. Also, to take advantage of reduced information leakage in a high availability cluster, you must configure RLS identically on all LiveView engines, including the front ends.
Several internal LiveView components are required to make requests to access
LiveView server resources. When authentication is enabled, these internal requests
must be made in the context of a valid LiveView user name configured with the
appropriate permissions. A special role, LVInternal
,
is available to satisfy this requirement.
To designate a user name as the internal user with the LVInternal
role, use a configuration file with HOCON type
ldminternalcredentials
.
name = "ldm-internal-user-credentials" version = "1.0.0" type = "com.tibco.ep.ldm.configuration.ldminternalcredentials" configuration = { InternalCredentials = { ldmInternalUserName = "lvintern" ldmInternalPassword = "secret1" } }
See Enciphered Passwords above for the supported way to encipher the internal user's password for added security.
A configuration file of HOCON type ldmclientapilistener
defines the authentication realm associated
with this listener, indicating that user authentication is to be performed for
requests handled by this listener. This file also configures the TCP port for the
LiveView client API to listen on.
name = "clientApiListener" version = "1.0.0" type = "com.tibco.ep.ldm.configuration.ldmclientapilistener" configuration = { ClientAPIListener = { portNumber = 10443 authenticationRealmName = "authRealm" secureCommunicationProfileName = "my-secure-communication-client-profile" } }
Although not strictly required, you can use a configuration file of HOCON type
ldmengine
to specify the JVM argument settings that TIBCO
recommends as a minimum for LiveView projects.
name= "engineforsecurity" version= "1.0.0" type= "com.tibco.ep.ldm.configuration.ldmengine" configuration = { LDMEngine = { systemProperties = { "liveview.ssl.hostname" = "localhost" } jvmArgs = [ "-Xmx1024m" "-Xms512m" "-XX:MaxPermSize=768m" ] } }
Configure an LDAP security realm by adding and editing the following HOCON configuration files.
- Define LDAP Configuration
-
Configure your LDAP environment with a configuration file of type security. These are site-specific settings, so the following example can provide only general guidelines.
name = "ldaprealm" version = "1.0.0" type = "com.tibco.ep.dtm.configuration.security" configuration = { LDAPAuthenticationRealm = { name = "ldap-authentication-realm" servers = [ { systemPrincipal = "CN=lvintern,OU=Users,dc=example,dc=com" systemPassword = "lvintern" secureCommunicationProfileName = "secure-client" host = "localhost" portNumber = 389 principalSearchRoots = [ "OU=Users,DC=example,DC=com", ] principalSearchFilter="cn={0}" roleSearchRoots = [ "OU=Roles,DC=example,DC=com" ] roleSearchFilter = "roleOccupant={1}" } ] } }
- Role to Privilege Mappings
-
Configure the mapping of roles to LiveView privileges in a configuration file with HOCON type security using configuration class
RoleToPrivlegeMappings
.The only difference in mappings for the LDAP realm and the local realm mapping example in Role to Privilege Mappings above is that the names of the privilege groups are returned from the LDAP server. Thus, your role to privilege mappings file would contain the LDAP name of your LiveView user group instead of LVUser, and the LDAP names of groups that you want to assign privileges equivalent to LVAdmin and LVGuest, as shown in the local realm mappings file.
- Internal User Credentials
-
To designate a user name as the internal user with the
LVInternal
role, use a configuration file with HOCON typeldminternalcredentials
. See Internal User Credentials above for an example.
The first table below lists the available LiveView privileges defined in the
security
HOCON file type, and shows their equivalent
permissions used prior to LiveView 10.x, where applicable. For comparison, the second
table lists the pre-10.x permissions except where noted.
Privilege | Description |
---|---|
API access privileges | |
APIConnect | Maps to the LiveView connect privilege |
Stream-related privileges, mapped to the corresponding StreamBase and LiveView privileges | |
StreamEnqueue | Maps to the StreamBase Enqueue privilege and the LiveView tuple:send privilege |
StreamDequeue | Maps to the StreamBase Dequeue privilege |
LiveViewSBStreamInfoRetrieve | Maps to the LiveView sbinfo:get privilege |
LiveView administrative privileges | |
LiveViewPublisherKill | Maps to the LiveView publisher:kill privilege |
LiveViewQueryKill | Maps to the LiveView query:kill privilege |
LiveViewSessionKill | Maps to the LiveView session:kill privilege |
LiveViewAll | LiveView table full ("*") privileges |
LiveViewShutdown | LiveView server shutdown privileges |
LiveView table alert privileges | |
LiveViewAlertAll | Maps to the LiveView alert.* privilege |
LiveViewAlertDelete | Maps to the LiveView alert:delete privilege. If no resource is specified, or contains *, the privilege applies to all LiveView tables. |
LiveViewAlertDeleteSelf |
Allows deleting alert rules that were created by the logged-in user only. If a resource is specified, then the privilege applies to alert rules associated with the specified table only. This privilege does not have a pre-10.x equivalent. |
LiveViewAlertList | Maps to the LiveView alert:list privilege. If no resource is specified, or contains *, the privilege applies to all LiveView tables. |
LiveViewAlertListSelf |
Allows retrieving the set of configured alerts created by the logged-in user only. If a table resource is specified, this privilege applies to alert rules associated with that specific table only. This privilege does not have a pre-10.x equivalent. |
LiveViewAlertSet | Maps to the LiveView alert:set privilege. If no resource is specified, or contains *, the privilege applies to all LiveView tables. |
LiveViewAlertSetSelf |
Allows adding or modifying alert rules on the specified tables that were created by the logged-in user only. If no resource is specified, or contains *, the privilege applies to all LiveView tables. This privilege does not have a pre-10.x equivalent. |
LiveViewAlertActionAll | Maps to the LiveView alertaction:* privilege |
LiveViewAlertActionDelete | Maps to the LiveView alertaction:delete privilege |
LiveViewAlertActionEmail | Maps to the LiveView alertaction:email privilege |
LiveViewAlertActionJava | Maps to the LiveView alertaction:java privilege |
LiveViewAlertActionOSCommand | Maps to the LiveView alertaction:oscmd privilege |
LiveViewAlertActionLVPublish | Maps to the LiveView alertaction:publish privilege |
LiveViewAlertActionSendTuple | Maps to the LiveView alertaction:sendtuple privilege |
LiveViewAlertActionInvokeHTTP | Allows calling a REST endpoint using the HTTP protocol. This privilege does not have a pre-10.x equivalent. |
Note
Specifying a resource called |
|
LiveViewAlertGroupSet | Allows setting cluster-wide LiveView alert groups on a specific alert rule. This privilege does not have a pre-10.x equivalent. |
LiveViewAlertGroupGet | Allows getting cluster-wide LiveView alert groups on a specific alert rule. This privilege does not have a pre-10.x equivalent. |
LiveViewAlertGroupAll | Allows access to all available alert groups in the cluster. This privilege does not have a pre-10.x equivalent. |
LiveViewClusterManageAlert | Used for clustermanage lv-client command. Affects the target for managing alerts, where the resource is the action. This privilege does not have a pre-10.x equivalent. |
LiveViewClusterManageAll | Allows alert group management for LiveView cluster. Affects the target for managing alerts, where the resource is the action. This privilege does not have a pre-10.x equivalent. |
LiveView table management privileges | |
LiveViewTableAll | Maps to the LiveView table:* privilege |
LiveViewTableDelete | Maps to the LiveView table:delete privilege |
LiveViewTableList | Maps to the LiveView table:list privilege |
LiveViewTableManage | Maps to the LiveView table:manage privilege |
LiveViewTableQuery | Maps to the LiveView table:query privilege |
LiveViewTablePublish | Maps to the LiveView table:publish privilege |
LiveViewTableAdd | Maps to the LiveView table:add privilege |
LiveViewTableRemove | Maps to the LiveView table:remove privilege |
LiveViewRowLevelAccess | Restricts display to specified table+row for the designated user. Setting this privilege affects alert queries, LiveView queries, and delete alert actions. |
LiveView tuple management privileges | |
LiveViewTupleAll | Maps to the LiveView tuple:* privilege |
LiveViewTupleInfo | Maps to the LiveView tuple:info privilege |
LiveViewTupleSend | Maps to the LiveView tuple:send privilege |
LiveView workspace management privileges | |
LiveViewWorkspaceAll | Maps to the LiveView workspace:* privilege |
LiveViewWorkspaceDelete | Maps to the LiveView workspace:delete privilege |
LiveViewWorkspaceGet | Maps to the LiveView workspace:get privilege |
LiveViewWorkspaceSet | Maps to the LiveView workspace:set privilege |
LiveView Web privileges | |
LiveViewWebDashboardCreate | Maps to the LiveView Web dashboard:create privilege |
LiveViewWebPageCreate | Maps to the LiveView Web page:create privilege |
LiveViewWebCardCreate | Maps to the LiveView Web card:create privilege |
LiveViewWebLinkageCreate | Maps to the LiveView Web linkage:create privilege |
LiveView metadata store privileges | |
LiveViewMetadataImport | Enables importing data into the LiveView server |
LiveViewMetadataExport | Enables exporting data from the LiveView server |
NoteLiveViewMetadataImport and LiveViewMetadataExport settings are highly sensitive privileges and care should be used in assigning them to appropriate users. TIBCO recommends assigning these privileges to an administrator. Users with LiveViewMetadataExport privileges can view all alerts, workspace, (and so on) information in the export file. This is true even if the user with LiveViewMetadataExport privileges could not see any of this information via client API calls. |
For reference, the following table lists LiveView permissions in LiveView releases before 10.x:
Permission | Description | ||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
* | Allows full access to all LiveView resources. | ||||||||||||||||
connect | Allows a user to connect to LiveView. | ||||||||||||||||
publisher[:<operation>] |
This hierarchical permission controls the ability to kill LiveView client publishers. It contains between one and two elements delimited with colons. The second element specifies the tuple operation as follows:
|
||||||||||||||||
query[:<operation>] |
This hierarchical permission controls the ability to kill LiveView client queries. It contains between one and two elements delimited with colons. The second element specifies the tuple operation as follows:
|
||||||||||||||||
session[:<operation>] |
This hierarchical permission controls the ability to control whether new client connections are allowed to the current server instance. It contains between one and two elements delimited with colons. The second element specifies the tuple operation as follows:
|
||||||||||||||||
shutdown | Allows a user to shut down the LiveView server. This permission is typically granted only to LiveView administrators. | ||||||||||||||||
table[:<operation>[:<table-name>]] |
This hierarchical permission controls access to LiveView tables. It contains between one and three elements delimited with colons. The second element specifies the table operation as follows:
If the third element is absent, or contains |
||||||||||||||||
tuple[:<operation>[:<stream-name>]] |
This hierarchical permission controls access to sending tuples from LiveView clients to StreamBase applications. It contains between one and three elements delimited with colons. The second element specifies the tuple operation as follows:
If the third element is absent, or contains |
||||||||||||||||
sbinfo[:<operation>] |
This hierarchical permission controls access to getting StreamBase stream information. It contains between one and two elements delimited with colons. The second element specifies the type of action as follows:
|
||||||||||||||||
alert[:<operation>[:<table-name>]] |
This hierarchical permission controls access to LiveView alerts. It contains between one and three elements delimited with colons. The second element specifies the alert operation as follows:
|
||||||||||||||||
alertaction[:<type>[:<table-name>]] |
This hierarchical permission controls access to adding LiveView alerts actions. It contains between one and three elements delimited with colons. The second element specifies the type of alert action as follows:
|
||||||||||||||||
workspace[:<operation>[:<workspace-name>]] |
This hierarchical permission controls access to LiveView workspaces. It contains between one and three elements delimited with a colon. The second element specifies the workspace operation as follows:
|
If you are using authentication to protect your StreamBase server environment from unintended use, you must configure your LiveView projects to work with the authentication-enabled StreamBase server.
To enable LiveView to run with a StreamBase server on which authentication is enabled, configure the following name-value pairs in a configuration file of HOCON type ldminternalcredentials:
-
streamBaseAdminUserName: The user name of a StreamBase user that has the LVAdmin role in the StreamBase server's configuration.
-
streamBaseAdminPassword: The password of the administration-enabled StreamBase user. This property is encryptable as part of the node-level secrecy system described in Encrypting Sensitive Configuration Data.
-
streamBaseUserName: The user name of a StreamBase user without administrative privileges.
-
streamBasePassword: The password of the StreamBase user without administrative privileges. This property is encryptable as part of the node-level secrecy system described in Encrypting Sensitive Configuration Data.
name = "my-ldm-internal-credentials" version = "1.0.0" type = "com.tibco.ep.ldm.configuration.ldminternalcredentials" configuration = { InternalCredentials = { associatedWithEngines = [ "javaengine", "otherengine[0-9]" ] ldmInternalUserName = "adminUser" ldmInternalPassword = "secret" ldmSecureInternalCommunicationProfileName = "my-secure-client-profile" streamBaseAdminUserName = "adminUser" streamBaseAdminPassword = "adminPassword" streamBaseUserName = "sbUser" streamBasePassword = "sbPassword" } }
You must set up Trusted Hosts configuration under two circumstances:
-
For a cluster of more than one LiveView server, so that the service layer can communicate with the data layer.
-
If configured for peer recovery, so that peer data layers can communicate with each other.
This is true for all security realms. Make sure your realm's configuration file has these settings:
requireTrustedHostMembership = true requirePassword = false
Then set up a TrustedHosts configuration that ensures all of your service layer and data layer hosts and networks are authorized to communicate with each other. For example:
name = "trustedHostRealm" version = "1.0.0" type = "com.tibco.ep.dtm.configuration.security" configuration = { TrustedHosts = { hosts = [ "*.lvsubnet.example.com", "172.16.12.42", "172.16.42.0/23" ] } }
Important
Do not configure a trusted host configuration for your service layer fragment without a thorough security review. In general, make these settings only for your data layer fragments.
See the StreamBase Security Model section of the StreamBase Administration Guide for an overview of the security configuration settings.