- play_arrow Overview
- play_arrow Junos XML Management Protocol and Junos XML API Overview
- play_arrow Junos XML Protocol and Junos XML Tags Overview
- XML and Junos OS Overview
- XML Overview
- XML and Junos XML Management Protocol Conventions Overview
- Map Junos OS Commands and Command Output to Junos XML Tag Elements
- Map Configuration Statements to Junos XML Tag Elements
- Using Configuration Response Tag Elements in Junos XML Protocol Requests and Configuration Changes
- play_arrow Junos XML Protocol and JSON Overview
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- play_arrow Manage Configurations Using the Junos XML Protocol
- play_arrow Change the Configuration Using the Junos XML Protocol
- Request Configuration Changes Using the Junos XML Protocol
- Upload and Format Configuration Data in a Junos XML Protocol Session
- Upload Configuration Data as a File Using the Junos XML Protocol
- Upload Configuration Data as a Data Stream Using the Junos XML Protocol
- Define the Format of Configuration Data to Upload in a Junos XML Protocol Session
- Specify the Scope of Configuration Data to Upload in a Junos XML Protocol Session
- Replace the Configuration Using the Junos XML Protocol
- Create, Modify, or Delete Configuration Elements Using the Junos XML Protocol
- Create New Elements in Configuration Data Using the Junos XML Protocol
- Merge Elements in Configuration Data Using the Junos XML Protocol
- Replace Elements in Configuration Data Using the Junos XML Protocol
- Replace Only Updated Elements in Configuration Data Using the Junos XML Protocol
- Delete Elements in Configuration Data Using the Junos XML Protocol
- Rename Objects In Configuration Data Using the Junos XML Protocol
- Reorder Elements In Configuration Data Using the Junos XML Protocol
- Protect or Unprotect a Configuration Object Using the Junos XML Protocol
- Change a Configuration Element’s Activation State Using the Junos XML Protocol
- Change a Configuration Element’s Activation State Simultaneously with Other Changes Using the Junos XML Protocol
- Replace Patterns in Configuration Data Using the NETCONF or Junos XML Protocol
- play_arrow Commit the Configuration on a Device Using the Junos XML Protocol
- Verify Configuration Syntax Using the Junos XML Protocol
- Commit the Candidate Configuration Using the Junos XML Protocol
- Commit a Private Copy of the Configuration Using the Junos XML Protocol
- Commit a Configuration at a Specified Time Using the Junos XML Protocol
- Commit the Candidate Configuration Only After Confirmation Using the Junos XML Protocol
- Commit and Synchronize a Configuration on Redundant Control Planes Using the Junos XML Protocol
- Log a Message About a Commit Operation Using the Junos XML Protocol
- View the Configuration Revision Identifier for Determining Synchronization Status of Devices with NMS
- play_arrow Ephemeral Configuration Database
- Understanding the Ephemeral Configuration Database
- Unsupported Configuration Statements in the Ephemeral Configuration Database
- Enable and Configure Instances of the Ephemeral Configuration Database
- Commit and Synchronize Ephemeral Configuration Data Using the NETCONF or Junos XML Protocol
- Managing Ephemeral Configuration Database Space
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- play_arrow Request Operational and Configuration Information Using the Junos XML Protocol
- play_arrow Request Operational Information Using the Junos XML Protocol
- play_arrow Request Configuration Information Using the Junos XML Protocol
- Request Configuration Data Using the Junos XML Protocol
- Specify the Source for Configuration Information Requests in a Junos XML Protocol Session
- Specify the Output Format for Configuration Data in a Junos XML Protocol Session
- Request Commit-Script-Style XML Configuration Data Using the Junos XML Protocol
- Specify the Output Format for Configuration Groups and Interface Ranges Using the Junos XML Protocol
- Request Identifier Indicators for Configuration Elements Using the Junos XML Protocol
- Request Change Indicators for Configuration Elements Using the Junos XML Protocol
- Specify the Scope of Configuration Data to Return in a Junos XML Protocol Session
- Request the Complete Configuration Using the Junos XML Protocol
- Request a Configuration Hierarchy Level or Container Object Without an Identifier Using the Junos XML Protocol
- Request All Configuration Objects of a Specific Type Using the Junos XML Protocol
- Request a Specific Number of Configuration Objects Using the Junos XML Protocol
- Request Identifiers for Configuration Objects of a Specific Type Using the Junos XML Protocol
- Request a Single Configuration Object Using the Junos XML Protocol
- Request Subsets of Configuration Objects Using Regular Expressions
- Request Multiple Configuration Elements Using the Junos XML Protocol
- Retrieve a Previous (Rollback) Configuration Using the Junos XML Protocol
- Retrieve the Rescue Configuration Using the Junos XML Protocol
- Compare the Active or Candidate Configuration to a Prior Version Using the Junos XML Protocol
- Compare Two Previous (Rollback) Configurations Using the Junos XML Protocol
- Request an XML Schema for the Configuration Hierarchy Using the Junos XML Protocol
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- play_arrow Junos XML Protocol Utilities
- play_arrow Develop Junos XML Protocol C Client Applications
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- play_arrow Configuration Statements and Operational Commands
Configure clear-text or SSL Service for Junos XML Protocol Client Applications
A Junos XML protocol client application can use one of four protocols to connect to the Junos XML protocol server on a router: clear-text (a Junos XML protocol-specific protocol for sending unencrypted text over a TCP connection), SSH, SSL, or Telnet. For clients to use the clear-text or SSL protocol, you must include Junos XML protocol-specific statements in the router configuration.
For more information, see the following topics:
Configuring clear-text Service for Junos XML Protocol Client Applications
To configure the router to accept clear-text connections
from Junos XML protocol client applications on port 3221, include
the xnm-clear-text
statement at the [edit system services]
hierarchy level:
[edit system services] xnm-clear-text { connection-limit limit; rate-limit limit; }
By default, the Junos XML protocol server supports a limited number of simultaneous clear-text sessions and connection attempts per minute. Optionally, you can include either or both of the following statements to change the defaults:
connection-limit limit
—Maximum number of simultaneous connections per protocol (IPv4 and IPv6) (a value from 1 through 250). The default is 75. When you configure a connection limit, the limit is applicable to the number of sessions per protocol (IPv4 and IPv6). For example, a connection limit of 10 allows 10 IPv6 clear-text service sessions and 10 IPv4 clear-text service sessions.rate-limit limit
—Maximum number of connection attempts accepted per minute per protocol (IPv4 and IPv6). The range is a value from 1 through 250. The default is 150. When you configure a rate limit, the limit is applicable to the number of connection attempts per protocol (IPv4 and IPv6). For example, a rate limit of 10 allows 10 IPv6 session connection attempts per minute and 10 IPv4 session connection attempts per minute.
You cannot include the xnm-clear-text
statement on routers that run the Junos-FIPS software. We recommend
that you do not use the clear-text protocol in a Common Criteria environment.
Configuring SSL Service for Junos XML Protocol Client Applications
To configure the router to accept SSL connections
from Junos XML protocol client applications on port 3220, include
the xnm-ssl
statement at the [edit system services]
hierarchy level:
[edit system services] xnm-ssl { local-certificate name; connection-limit limit; rate-limit limit; }
local-certificate
is the name of the
X.509 authentication certificate used to establish an SSL connection.
You must obtain the certificate and copy it to the router before referencing
it.
By default, the Junos XML protocol server supports a limited number of simultaneous SSL sessions and connection attempts per minute. Optionally, you can include either or both of the following statements to change the defaults:
connection-limit limit
—Maximum number of simultaneous connections per protocol (IPV4 and IPv6). The range is a value from 1 through 250. The default is 75. When you configure a connection limit, the limit is applicable to the number of sessions per protocol (IPv4 and IPv6). For example, a connection limit of 10 allows 10 IPv6 SSL sessions and 10 IPv4 SSL sessions.rate-limit limit
—Maximum number of connection attempts accepted per protocol per minute. The range is a value from 1 through 250. The default is 150. When you configure a rate limit, the limit is applicable to the number of connection attempts per protocol (IPv4 and IPv6). For example, a rate limit of 10 allows 10 IPv6 SSL session connection attempts per minute and 10 IPv4 SSL session connection attempts per minute.