A YANG list that contains both configuration and state data must have
the following callbacks: create(), delete(), get_next(), get_keys()
and lookup_entry().
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
* Rename yang_snodes_iterate() to yang_snodes_iterate_subtree() and
expose it in the public API.
* Rename yang_module_snodes_iterate() to yang_snodes_iterate_module().
* Rename yang_all_snodes_iterate() to yang_snodes_iterate_all().
* Make it possible to stop the iteration at any time by returning
YANG_ITER_STOP in the iteration callbacks.
* Make the iteration callbacks accept only one user argument and not
two.
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
For convenience, make yang_dnode_free() remove the entire data tree and
not only the data node given as a parameter.
Also, add a null-pointer check on nb_config_replace() before calling
yang_dnode_free().
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
By default the data nodes created by yang_dnode_new() could contain
only configuration data (LYD_OPT_CONFIG). Add a 'config_only' option
to yang_dnode_new() so that it can create data nodes containing both
configuration and state data.
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
This plugin leverages the northbound API to integrate FRR with Sysrepo,
a YANG-based configuration and operational state data store.
The plugin is linked to the libsysrepo library and communicates with
the sysrepod daemon using GPB (Google Protocol Buffers) over AF_UNIX
sockets. The integration consists mostly of glue code that calls the
appropriate FRR northbound callbacks in response to events triggered
by the sysrepod daemon (e.g. request to change the configuration or to
fetch operational data).
To build the sysrepo plugin, provide the --enable-sysrepo option to the
configure script while building FRR (the libsysrepo library needs to be
installed in the system).
When installed, the sysrepo plugin will be available for all FRR daemons
and can be loaded using the -M (or --module) command line option.
Example: bgpd -M sysrepo.
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
This plugin leverages the northbound API to integrate FRR with the ConfD
management agent.
The plugin is linked to the libconfd library and communicates with the
confd daemon using local TCP sockets. The integration consists mostly
of glue code that calls the appropriate FRR northbound callbacks in
response to events triggered by the confd daemon (e.g. request to change
the configuration or to fetch operational data).
By integrating FRR with the libconfd library, FRR can be managed using
all northbound interfaces provided by ConfD, including NETCONF, RESTCONF
and their Web API.
The ConfD CDB API is used to handle configuration changes and the ConfD
Data Provider API is used to provide operational data, process RPCs and
send notifications. Support for configuration management using the ConfD
Data Provider API is not available at this point.
The ConfD optional 'get_object()' and 'get_next_object()' callbacks were
implemented for optimal performance when fetching operational data.
This plugins requires ConfD 6.5 or later since it uses the new leaf-list
API introduced in ConfD 6.5.
To install the plugin, the --enable-confd option should be given to the
configure script, specifying the location where ConfD is installed.
Example: ./configure --enable-confd=/root/confd-6.6
When installed, the confd plugin will be available for all FRR daemons
and can be loaded using the -M (or --module) command line option.
Example: zebra -M confd.
Signed-off-by: Renato Westphal <renato@opensourcerouting.org>
