diff options
Diffstat (limited to 'src/plugins/yang/openconfig/openconfig-channel-monitor.yang')
| -rw-r--r-- | src/plugins/yang/openconfig/openconfig-channel-monitor.yang | 330 |
1 files changed, 330 insertions, 0 deletions
diff --git a/src/plugins/yang/openconfig/openconfig-channel-monitor.yang b/src/plugins/yang/openconfig/openconfig-channel-monitor.yang new file mode 100644 index 0000000..c898677 --- /dev/null +++ b/src/plugins/yang/openconfig/openconfig-channel-monitor.yang @@ -0,0 +1,330 @@ +module openconfig-channel-monitor { + + yang-version "1"; + + // namespace + namespace "http://openconfig.net/yang/channel-monitor"; + + prefix "oc-chan-monitor"; + + // import some basic types + import openconfig-extensions { prefix oc-ext; } + import openconfig-types { prefix oc-types; } + import openconfig-interfaces { prefix oc-if; } + import openconfig-platform { prefix oc-platform; } + import openconfig-transport-types { prefix oc-opt-types; } + + + // meta + organization "OpenConfig working group"; + + contact + "OpenConfig working group + www.openconfig.net"; + + description + "This model describes operational state data for an optical + channel monitor (OCM) for optical transport line system + elements such as wavelength routers (ROADMs) and amplifiers."; + + oc-ext:openconfig-version "0.3.1"; + + revision "2017-09-08" { + description + "Correct bug with OSC interfaces"; + reference "0.3.1"; + } + + revision "2017-07-08" { + description + "Support multiple OCMs, add refs to hw ports, "; + reference "0.3.0"; + } + + revision "2017-03-28" { + description + "Added min/max/avg stats, status for media channels, OCM, APS"; + reference "0.2.0"; + } + + revision "2016-09-14" { + description + "Initial revision"; + reference "0.1.0"; + } + + + + // grouping statements + + grouping media-channel-port-config { + description + "Configuration data for a media channel source/dest port"; + + leaf port-name { + type oc-if:base-interface-ref; + description + "Reference to the corresponding node interface"; + } + } + + grouping media-channel-port-state { + description + "Operational state data for a media channel source/dest port"; + } + + grouping media-channel-source-port-top { + description + "Top-level grouping for source of the media channel"; + + container source { + description + "Top-level container for media channel source"; + + container config { + description + "Configuration data for the media channel source"; + + uses media-channel-port-config; + } + + container state { + + config false; + + description + "Operational state data for the media channel source"; + + uses media-channel-port-config; + uses media-channel-port-state; + } + } + } + + grouping media-channel-dest-port-top { + description + "Top-level grouping for destination of the media channel"; + + container dest { + description + "Top-level container for media channel destination"; + + container config { + description + "Configuration data for the media channel destination"; + + uses media-channel-port-config; + } + + container state { + + config false; + + description + "Operational state data for the media channel destination"; + + uses media-channel-port-config; + uses media-channel-port-state; + } + } + } + + grouping media-channel-psd-state { + description + "Operational state data for the media channel PSD"; + + leaf lower-frequency { + type oc-opt-types:frequency-type; + description + "Lower frequency of the specified PSD"; + } + + leaf upper-frequency { + type oc-opt-types:frequency-type; + description + "Upper frequency of the specified PSD"; + } + + leaf psd { + type oc-types:ieeefloat32; + units "nW/MHz"; + description + "Power spectral density expressed in nanowatts per + megahertz, nW/MHz. These units allow the value to often + be greater than 1.0. It also avoids dealing with zero values + for 0dBm. For example, a 40GHz wide channel + with 0dBm power would be: + 0dBm = 1mW = 10^6nW + 40GHz = 40,000MHz + 0dBm/40GHz = 10^6nW/40,000MHz = 1000/40 = 25"; + } + } + + + grouping media-channel-psd-top { + description + "Top-level grouping "; + + container channels { + description + "Enclosing container for the list of values describing + the power spectral density distribution"; + + list channel { + key "lower-frequency upper-frequency"; + config false; + description + "List of tuples describing the PSD distribution"; + + leaf lower-frequency { + type leafref { + path "../state/lower-frequency"; + } + description + "Reference to the list key"; + } + + leaf upper-frequency { + type leafref { + path "../state/upper-frequency"; + } + description + "Reference to the list key"; + } + + + container state { + + config false; + + description + "Operational state data for PSD"; + + uses media-channel-psd-state; + } + } + } + } + + grouping media-channel-config { + description + "Configuration data for media channel definitions"; + + leaf index { + type uint32; + description + "Identifier for the defined media channel"; + } + + leaf lower-frequency { + type oc-opt-types:frequency-type; + description + "The lower frequency for the spectrum defined by this media + channel"; + } + + leaf upper-frequency { + type oc-opt-types:frequency-type; + description + "The upper frequency for the spectrum defined by this media + channel"; + } + + } + + grouping channel-monitor-config { + description + "Configuration data for the optical channel monitor"; + + leaf name { + type leafref { + path "/oc-platform:components/oc-platform:component/" + + "oc-platform:name"; + } + description + "Reference to system-supplied name of the port on the + optical channel monitor (OCM). If this port is embedded + in another card (i.e. an amplifier card) the device + should still define a port representing the OCM even if + it is internal and not physically present on the + faceplate of the card"; + } + + leaf monitor-port { + type leafref { + path "/oc-platform:components/oc-platform:component/" + + "oc-platform:name"; + } + description + "Reference to system-supplied name of the port that the + channel monitor is physically connected to. This port + will be of type MONITOR. This port is a tap off of the + monitored-port and would be in the same card as the + monitored port. If this port is embedded in another card + (i.e. an amplifier card) the device should still define + a port representing the monitor port if it is internal + and not physically present on the faceplate of the card"; + } + } + + grouping channel-monitor-state { + description + "Operational state data "; + } + + grouping channel-monitor-top { + description + "Top-level grouping "; + + container channel-monitors { + description + "Top-level container for optical channel monitors"; + + list channel-monitor { + key "name"; + description + "List of channel monitors, keyed by channel monitor name."; + + leaf name { + type leafref { + path "../config/name"; + } + description + "References the optical channel monitor name"; + } + + container config { + description + "Configuration data "; + + uses channel-monitor-config; + } + + container state { + + config false; + + description + "Operational state data "; + + uses channel-monitor-config; + uses channel-monitor-state; + } + + uses media-channel-psd-top; + } + } + } + + // data definition statements + + uses channel-monitor-top; + + + // augment statements + + // rpc statements + + // notification statements + +} |