Add a Polatis NETCONF driver
Change-Id: Iecfe8df9d656bebbe82bf01bcaf185a77ccd26d8
diff --git a/models/polatis/src/main/yang/optical-switch.yang b/models/polatis/src/main/yang/optical-switch.yang
new file mode 100644
index 0000000..035c926
--- /dev/null
+++ b/models/polatis/src/main/yang/optical-switch.yang
@@ -0,0 +1,1046 @@
+module optical-switch {
+ namespace "http://www.polatis.com/yang/optical-switch";
+ prefix opsw;
+
+ import ietf-yang-types {
+ prefix yang;
+ }
+
+ import ietf-inet-types {
+ prefix inet;
+ }
+
+ organization "Polatis Limited";
+ contact
+ "Adam Hughes
+
+ Polatis Limited
+ 332/2 Cambridge Science Park
+ Cambridge CB4 0WN
+ United Kingdom
+
+ Phone: +44 (0) 1223 424200
+ Email: yang-support@polatis.com";
+
+ description "Implements the data model for an Optical Circuit Switch";
+
+ revision "2017-08-04" {
+ description " 1. Removed the state and config data dependencies.
+ 2. Added new port configuration containers for better performance.
+ 3. Deprecated old ports/port container ";
+ }
+
+ revision "2017-06-13" {
+ description "Moved the common typedef into separate yang module";
+ }
+
+ revision "2017-02-09" {
+ description "Added APS container and notifications";
+ }
+
+ revision "2016-04-22" {
+ description "Added support for peer port configuration";
+ }
+
+ revision "2016-02-17" {
+ description "1. Added support for Variable Optical Attenuation
+ 2. Defined new portFormat datatype to represent non-zero port Id.
+ 3. Changed the default values of power-high-alarm from +100 to +25 and
+ and for power-low-alarm from -100 to -60.";
+ }
+
+ revision "2015-09-14" {
+ description "Initial revision.";
+ }
+
+ typedef namesFormat {
+ type string {
+ pattern "[ -~]{1,128}"; // Trying to be 0x20 to 0x7e (7f is DEL).
+ }
+ description "Characters between 1-128, of printable ascii values, 0x20 07e";
+ }
+
+ typedef namesFormatNullable {
+ type string {
+ pattern "[ -~]{0,128}"; // Trying to be 0x20 to 0x7e (7f is DEL).
+ }
+ description "Characters between 0-128, of printable ascii values, 0x20 07e, so can be nullable";
+ }
+
+ typedef floatFormat2d {
+ type decimal64 {
+ fraction-digits 2;
+ }
+ description "Floating point number, displayed with 2 decimal places.";
+ }
+
+ typedef portFormat {
+ type uint32 {
+ range "1 .. 65535";
+ }
+ }
+
+ typedef PortStatus {
+ type enumeration {
+ enum PO_ENABLED { value 1; }
+ enum PO_DISABLED { value 2; }
+ enum PO_FAILED { value 3; }
+ }
+ description "ENABLED means that light can pass through the port, shutters are open.
+ DISABLED indicates the opposite. FAILED is reported when the port cannot be used.";
+ }
+
+ typedef apsOperationalState {
+ type enumeration {
+ enum ON_WORKING { value 0; }
+ enum WORKING_FAIL { value 1; }
+ enum SWITCH_PROT { value 2; }
+ enum ON_PROTECT { value 3; }
+ enum PROTECT_FAIL { value 4; }
+ enum SWITCH_WORK { value 5; }
+ enum NOT_APPLICABLE { value 6; }
+ }
+ description "Describes the currently operational state of a port in an aps-protection group,
+ be it on the worker, be it on the protected, or be it that both have failed in effect, which is
+ protect failed. Most of the states are for Worker ports, protect ports are marked NOT_APPLICABLE.";
+ }
+
+ typedef apsPortType {
+ type enumeration {
+ enum WORKER { value 1; }
+ enum PROTECT { value 2; }
+ }
+ description "The type of the aps port. They are either a worker, or a port which is protecting one or many
+ working ports.";
+ }
+
+ typedef apsFlags {
+ type bits {
+ bit GLP {position 0;}
+ bit FTP {position 1;}
+ bit FTW {position 2;}
+ bit MTP {position 3;}
+ bit MTW {position 4;}
+ bit DNR {position 5;}
+ }
+ description "Commands which can be sent to an aps-port, they are:
+ GLP - Global Lock Protect
+ FTP - Force switch to Protector
+ FTW - Force switch to Worker
+ MTP - Manual switch To Protector
+ MTW - Manual switch To Worker
+ DNR - Do Not Revert
+ Lack of any of these bits are clear of that status, so a total clear is 000000";
+ }
+
+ typedef hostFormat {
+ type string {
+ pattern "[ -~]{1,64}"; // 0x20 to 07e
+ }
+ description "Characters between 1-64 length, of printable ascii values, 0x20 07e";
+ }
+
+ typedef secretFormat {
+ type string {
+ pattern "[a-zA-Z0-9]{1,128}"; // Alphanumeric
+ }
+ description "Characters between 1-128 length, alphanumeric";
+ }
+
+ container product-information {
+ config false;
+ leaf manufacturer {
+ type string;
+ description "Name of the manufacturer";
+ }
+ leaf serial-number {
+ type string;
+ description "Unique number given to the product during manufacturing.";
+ }
+ leaf model-name {
+ type string;
+ description "Describes the product and the features that the product supports.";
+ }
+ leaf software-version {
+ type string;
+ description "Version of the software that is currently running on the optical switch";
+ }
+ }
+
+ container port-config {
+ list port {
+ key port-id;
+ leaf port-id {
+ type portFormat;
+ description "Unique Id for port";
+ }
+ leaf status {
+ config false;
+ type enumeration {
+ enum UNSUPPORTED { value 0; }
+ enum ENABLED { value 1; }
+ enum DISABLED { value 2; }
+ enum FAILED { value 3; }
+ }
+ description "Status of port. When status is ENABLED optical path is clear and signal
+ passes through. When the status is DISABLED optical signal is blocked. When status
+ is UPSUPPORTED port doesn't have the enable/disable feature on that port. And, when
+ the port has failed to report its status correctly status is FAILED. ";
+ }
+ leaf label {
+ type namesFormatNullable;
+ default "";
+
+ description "When set, notifications sent by the server will include the label.";
+ }
+ leaf peer-port {
+ type namesFormatNullable;
+ default "";
+
+ description "This leaf describes the remote port on another switch to which this
+ port is connected physically through the optical fibres. Management interface can
+ set this parameter to configure the network topology.";
+ }
+ }
+ }
+ rpc port-set-state {
+ input {
+ leaf-list port-enab {
+ type portFormat;
+ description "List of port-ids that will be enabled after the RPC finishes successfully.";
+ }
+ leaf-list port-disab {
+ type portFormat;
+ description "List of port-ids that will be enabled after the RPC finishes successfully.";
+ }
+ }
+ description "This RPC is used to enable or disable an port. When the port is disabled
+ optical signal is blocked. When the port is enabled optical path is clear and signal passes through.";
+ }
+
+ container opm-power {
+ config false;
+ list port {
+ key port-id;
+ leaf port-id {
+ type opsw:portFormat;
+ description "Id of the Switch port with OPM sensors.";
+ }
+ leaf power {
+ type opsw:floatFormat2d;
+ description "Optical signal strength that is read at the OPM sensor. Specified in dbm.";
+ }
+ description "List of OPM sensors that return the optical signal strength in the fibre.";
+ }
+ }
+ container opm-config {
+ list port {
+ key port-id;
+ leaf port-id {
+ type opsw:portFormat;
+ description "Switch port with OPM";
+ }
+ leaf wavelength {
+ type opsw:floatFormat2d {
+ range 1260.0..1640.0;
+ }
+ default 1550.0;
+
+ description "Wavelength against which the power measurements are calibrated.
+ specified in nm.";
+ }
+ leaf offset {
+ type opsw:floatFormat2d {
+ range -100.0..100.0;
+ }
+ default 0;
+
+ description "Offset for the power measurement; the value is added to power
+ monitor measurements when reporting /opsw:ports/opsw:port[]/opsw:opm/opsw:power.
+ Thus, specifying an offset can be used as a means of referencing the power
+ monitors against external meters.
+ It should be noted that the offset feature does NOT impact the behaviour
+ of the alarm or attenuation features:
+ alarm and attenuation settings always operate relative to the actual
+ power monitor readings, i.e. without any user-specified offsets.
+ Specified in dBm.";
+ }
+ leaf averaging-time {
+ type uint32 {
+ range "1..8";
+ }
+ default 4;
+
+ description "Selects the period for which the power average is calculated. Each increment
+ in this value doubles the length of the time for which the OPM power readings are averaged.
+ Setting the value to 1 results in the shortest averaging period, around 10ms.
+ Setting the value to 8 results in the longest averaging period, 128 times greater.";
+ }
+ }
+ }
+ container opm-alarm-config {
+ list port {
+ key port-id;
+ leaf port-id {
+ type opsw:portFormat;
+ description "Switch port with OPM";
+ }
+ leaf mode {
+ type enumeration {
+ enum POWER_ALARM_DISABLED;
+ enum POWER_ALARM_ENABLED;
+ }
+ default POWER_ALARM_DISABLED;
+
+ description "Power alarms or notifications from ports can be individually enabled or disabled.
+ When enabled, Loss of Signal (LOS) or Signal Degrade notifications are generated when power
+ levels cross the set thresholds";
+ }
+ leaf signal-loss-threshold {
+ type opsw:floatFormat2d;
+ default -60.0;
+
+ description "The switch will generate loss of service notifications should the power
+ level go below this threshold. Specified in dBm.";
+ }
+ leaf signal-degrade-threshold {
+ type opsw:floatFormat2d;
+ default -60.0;
+
+ description "The switch can generate warning (signal degrade) notifications should the
+ power level go below the configured warning threshold. Specified in dBm.";
+ }
+ leaf signal-high-threshold {
+ type opsw:floatFormat2d;
+ default 25.0;
+
+ description "The switch will generate notifications should the power level go beyond this
+ level. Specified in dBm.";
+ }
+ leaf alarm-clear-holdoff {
+ type uint32;
+ default 10;
+
+ description "Minimum time (in seconds) for which the optical power level needs
+ to be restored within the power alarm thresholds for the switch to generate
+ an alarm clear notification.";
+ }
+ }
+ }
+
+ container voa {
+ list port {
+ key port-id;
+ leaf port-id {
+ type opsw:portFormat;
+ description "Switch port with VOA";
+ }
+ leaf atten-mode {
+ type enumeration {
+ enum VOA_MODE_NONE { value 0; }
+ enum VOA_MODE_RELATIVE { value 1; }
+ enum VOA_MODE_ABSOLUTE { value 2; }
+ enum VOA_MODE_CONVERGED { value 3; }
+ enum VOA_MODE_MAXIMUM { value 4; }
+ enum VOA_MODE_FIXED { value 5; }
+ }
+ default VOA_MODE_NONE;
+
+ description " VOA_MODE_NONE: Attenuation on the port is disabled. The light on the port will
+ have the actual power level. VOA_MODE_ABSOLUTE: Port will achieve the configured attentuation
+ level and power of the light on the port will have the absolute level configured.
+ VOA_MODE_RELATIVE: Port will achieve the attentuation with respect to the power of the light
+ of the reference port. The actual attenuation achieved depends on the configured level and
+ power of the light of the reference port. VOA_MODE_CONVERGED: This is similar in behaviour to
+ ABSOLUTE mode, but once the attenuation converges to the desired level the switch freezes the
+ VOA control loop. This reduces noise caused by the control loop continually striving to improve
+ the attenuation. VOA_MODE_MAXIMUM: Port will achieve the maximum attenuation level. In this
+ case configured attenuation level is not used. VOA_MODE_FIXED: Disables closed loop updating
+ of the attenuation feature for the specified port. Following issuance of this command, the port
+ will continue to hold their current attenuation level without any optical feedback. Thus, any
+ changes in input power levels will no longer be tracked";
+ }
+ leaf atten-level {
+ when "../atten-mode = 'VOA_MODE_ABSOLUTE' or ../atten-mode = 'VOA_MODE_RELATIVE'" +
+ "or ../atten-mode = 'VOA_MODE_CONVERGED'";
+ type opsw:floatFormat2d;
+ default 0;
+
+ description "The attenuated output level configured for this port. Specified in dBm
+ (or dB for RELATIVE as it is an offset value with respect to reference port).";
+ }
+ leaf reference-port {
+ when "../atten-mode = 'VOA_MODE_RELATIVE'";
+ type uint32;
+ default 0;
+
+ description "Reference port for attenuation (for use with relative attenuation only). If this port
+ is specified as zero then the default reference port will be used. The default port is the ingress
+ to which the egress port being attenuated is connected. For attenuation states other than RELATIVE
+ this data is ignored. When reading this object, a value of zero is returned for all modes other
+ than RELATIVE. For relative attenuation, the value returned is the current reference port in use.";
+ }
+ }
+ }
+
+ container ports {
+ status "deprecated";
+ list port {
+ key port-id;
+ leaf port-id {
+ type portFormat;
+ description "Unique Id for port";
+ }
+ leaf port-label {
+ type namesFormatNullable;
+ description "When set, notifications will include the label.";
+ }
+ leaf port-state {
+ type enumeration {
+ enum PC_ENABLED { value 1; }
+ enum PC_DISABLED { value 2; }
+ }
+ default PC_ENABLED;
+
+ description "State of a port shutter. When port is enabled, shutter is open and
+ when port is disabled, shutter is closed.";
+ }
+ leaf port-status {
+ config false;
+ type PortStatus;
+
+ description "Switch port status. The switch can report FAILED port status when the port fails to
+ correctly report its state";
+ }
+ leaf peer-port {
+ type namesFormatNullable;
+
+ description "This leaf describes the remote port on another switch to which this
+ port is connected physically through the optical fibres. Management interface can
+ set this parameter to configure the network topology.";
+ }
+ container opm {
+ description "Optical Power Monitor (OPM) measures the optical signal strength in the fibre.";
+
+ leaf lambda {
+ type floatFormat2d;
+ default 1550.0;
+
+ description "Wavelength against which the power measurements are calibrated.
+ Specified in nm.";
+ }
+ leaf power-high-alarm {
+ type floatFormat2d;
+ default 25.0;
+
+ description "The switch will generate notifications should the power level go beyond this
+ level. Specified in dBm.";
+ }
+ leaf power-low-alarm {
+ type floatFormat2d;
+ default -60.0;
+
+ description "The switch will generate notifications should the power level go below this
+ level. Specified in dBm.";
+ }
+ leaf power-high-warning-offset {
+ type floatFormat2d;
+ default 0;
+
+ description "The switch will generate (warning) notifications should the power go beyond
+ the set level. This warning offset is subtracted from power-high-alarm to get the warning threshold.
+ A zero value means that warnings are disabled. Specified in dBm.";
+ }
+ leaf power-low-warning-offset {
+ type floatFormat2d;
+ default 0;
+
+ description "The switch can generate (warning) notifications should the power go below
+ the set level. This warning offset is added into power-low-alarm to get the warning threshold.
+ A zero value means that warnings are disabled. Specified in dBm.";
+ }
+ leaf power-alarm-control {
+ type enumeration {
+ enum POWER_ALARM_DISABLED;
+ enum POWER_ALARM_SINGLE;
+ enum POWER_ALARM_CONTINUOUS;
+ }
+ default POWER_ALARM_DISABLED;
+
+ description "Power alarms or notifications from ports can be individually enabled or disabled.
+ When power-alarm-control is POWER_ALARM_SINGLE then only one alarm is generated, following
+ which power-alarm-control reverts to POWER_ALARM_DISABLED.
+ When power-alarm-control is POWER_ALARM_CONTINUOUS then power alarms are always generated
+ when power levels exceed the defined power alarm thresholds.";
+ }
+ leaf power-alarm-status {
+ config false;
+ type enumeration {
+ enum POWER_ALARM_STATUS_OFF;
+ enum POWER_ALARM_STATUS_ARMED;
+ enum POWER_ALARM_STATUS_TRIGGERED;
+ }
+
+ description "POWER_ALARM_STATUS_OFF - Power alarms are not enabled.
+ POWER_ALARM_STATUS_ARMED - Alarms can be generated.
+ POWER_ALARM_STATUS_TRIGGERED - Port has an active alarm. When the alarm
+ clears, power-alarm-status will change to
+ one of POWER_ALARM_STATUS_OFF or
+ POWER_ALARM_STATUS_ARMED depending on the
+ power-alarm-control mode.";
+ }
+ leaf power {
+ config false;
+ type floatFormat2d;
+
+ description "Power readings for this port. Specified in dBm.";
+ }
+ container voa {
+
+ description "Variable Optical Attenuation (VOA) functionality controls the the optical
+ power level of light on the port. It allows to set the desired attenuation level
+ that the port should achieve.";
+
+ leaf attenuation-level {
+ type floatFormat2d;
+ default 0;
+
+ description "The attenuated output level configured for this port. Specified in dBm
+ (or dB for RELATIVE as it is an offset value with respect to reference port).";
+ }
+ leaf attenuation-mode {
+ type enumeration {
+ enum VOA_ATTEN_MODE_NONE { value 1; }
+ enum VOA_ATTEN_MODE_ABSOLUTE { value 2; }
+ enum VOA_ATTEN_MODE_RELATIVE { value 3; }
+ enum VOA_ATTEN_MODE_VENDOR { value 128; }
+ }
+ default VOA_ATTEN_MODE_NONE;
+
+ description " VOA_ATTEN_MODE_NONE: Attenuation on the port is disabled. The light on the
+ port will have the actual power level. VOA_ATTEN_MODE_ABSOLUTE: Port will achieve the configured
+ attentuation level and power of the light on the port will have the absolute level configured.
+ VOA_ATTEN_MODE_RELATIVE: Port will achieve the attentuation with respect to the power of the light
+ of the reference port. The actual attenuation achieved depends on the configured level and power
+ of the light of the reference port. VOA_ATTEN_MODE_VENDOR: This is vendor specific mode.";
+ }
+ leaf attenuation-reference-port {
+ type uint32;
+ default 0;
+
+ description "Reference port for attenuation (for use with relative attenuation only). If this port
+ is specified as zero then the default reference port will be used. The default port is the ingress
+ to which the egress port being attenuated is connected. For attenuation states other than RELATIVE
+ this data is ignored. When reading this object, a value of zero is returned for all modes other
+ than RELATIVE. For relative attenuation, the value returned is the current reference port in use.";
+ }
+ }
+ }
+ }
+ }
+
+ container cross-connects {
+ list pair {
+ key ingress;
+ leaf ingress {
+ type portFormat;
+ description "Input port that makes the connection pair.";
+ }
+ leaf egress {
+ type portFormat;
+ description "Output port that makes the connection pair.";
+ }
+ }
+ description "List of all cross connections in the system.";
+ }
+
+ grouping network-interface-group {
+ leaf ip-address {
+ type inet:ip-address;
+ description "IP address of the switch control plane.";
+ }
+ leaf gateway {
+ type inet:ip-address;
+ description "Gateway address for the switch control plane.";
+ }
+ leaf subnet {
+ type inet:ip-address;
+ description "Subnet to which the switch control plane belongs.";
+ }
+ leaf broadcast {
+ type inet:ip-address;
+ description "Broadcast IP address for the switch control plane.";
+ }
+ }
+
+ container system-config {
+ list interface-status {
+ config false;
+ key name;
+
+ leaf name {
+ type string;
+ description "Unique name of the network interface";
+ }
+ uses network-interface-group;
+ leaf hw-addr {
+ type yang:mac-address;
+ }
+ description "List of Switch network interface and their current running configuration.";
+ }
+ list interface {
+ key name;
+ unique ip-address;
+
+ leaf name {
+ type string;
+ description "Unique name of the network interface";
+ }
+ uses network-interface-group;
+
+ description "List of Switch network interfaces and their user configuration.
+ On system restart, switch will start to use this configuration as their running
+ configuration.";
+ }
+ list user {
+ key name;
+ leaf name {
+ type namesFormat;
+ description "The user name string identifying this entry.";
+ }
+ leaf type {
+ type enumeration {
+ enum RADIUS_USER { value 1; }
+ enum LOCAL_USER { value 2; }
+ }
+ mandatory true;
+ description "Type of user. When set to RADIUS_USER, the user will be authenticated against the radius-servers.
+ When set to LOCAL_USER, user will be authenticated locally.";
+ }
+ leaf password {
+ when "../type != 'RADIUS_USER'";
+
+ type namesFormatNullable;
+ description "The password for this entry. May not be set to empty, but will report empty.
+ If set to 'RADIUS' it will report 'RADIUS', and the user will authenticate against radius-servers.";
+ }
+ list authorized-key {
+ when "../type != 'RADIUS_USER'";
+
+ key name;
+ description "A list of public SSH keys for this user. These keys are allowed for SSH
+ authentication, as described in RFC 4253.";
+ reference "RFC 4253: The Secure Shell (SSH) Transport Layer Protocol";
+ leaf name {
+ type string;
+ description "An arbitrary name for the SSH key.";
+ }
+ leaf algorithm {
+ type string;
+ mandatory true;
+ description "The public key algorithm name for this SSH key. Valid values are the
+ values in the IANA 'Secure Shell (SSH) Protocol Parameters' registry, Public Key
+ Algorithm Names.";
+ reference "IANA 'Secure Shell (SSH) Protocol Parameters' registry, Public Key
+ Algorithm Names";
+ }
+ leaf key-data {
+ type binary;
+ mandatory true;
+ description "The binary public key data for this SSH key, as specified by RFC 4253,
+ Section 6.6, i.e.: string certificate or public key format identifier byte[n]
+ key/certificate data.";
+ reference "RFC 4253: The Secure Shell (SSH) Transport Layer Protocol";
+ }
+ }
+ description "The list of local users configured on this device. This model is adopted from
+ System Management yang model. (https://tools.ietf.org/html/rfc7317)";
+ }
+ container activity-log
+ {
+ leaf log-filter {
+ type bits {
+ bit SYSTEM {position 0;}
+ bit USER {position 1;}
+ bit OXC {position 2;}
+ bit OPM {position 3;}
+ }
+ }
+ leaf log-access {
+ type enumeration {
+ enum NONE { value 0; }
+ enum SELF { value 1; }
+ enum ALL { value 2; }
+ }
+ default NONE;
+ }
+ leaf logging-enabled {
+ type boolean;
+ default false;
+ }
+ }
+ container radius-servers
+ {
+ list radius-server {
+ key "ip-address port";
+
+ leaf ip-address {
+ type inet:ip-address;
+ description "Ip address of the radius server.";
+ }
+ leaf port {
+ type uint32;
+ description "Port of the radius server.";
+ }
+ leaf secret {
+ type secretFormat;
+ mandatory true;
+ description "The secret used to authenticate with the radius server.";
+ }
+ leaf timeout {
+ type uint32 {
+ range "1..30";
+ }
+ default 3;
+ description "Length of time in seconds before timing out on connection to server.";
+ }
+ }
+ description "The list of radius servers for the nic, the order of the list determines the priority of usage.";
+ }
+ container ntp-servers
+ {
+ list ntp-server {
+ key ip-address;
+
+ leaf ip-address {
+ type inet:ip-address;
+ description "The ip address of a ntp server to use";
+ }
+ leaf minpoll {
+ type uint32 {
+ range "4..6";
+ }
+ default 6;
+ description "The minimum polling in seconds";
+ }
+ leaf maxpoll {
+ type uint32 {
+ range "10..17";
+ }
+ default 10;
+ description "The maximum polling in seconds";
+ }
+ leaf version {
+ type uint32 {
+ range "1..4";
+ }
+ default 4;
+ description "The version that the ntp server runs.";
+ }
+ }
+ description "The list of ntp servers in order of usage to get the ntp time";
+ }
+ container remote-syslog
+ {
+ leaf rname {
+ type inet:ipv4-address;
+ description "IPv4 address of remote collector. Use 0.0.0.0 to disable sending. This field will change to inet:host type.";
+ }
+ leaf rport {
+ type inet:port-number;
+ description "UDP port receiving syslog on 'rname'. Set to zero to use the default (514).";
+ }
+ leaf facility {
+ type enumeration {
+ enum USER { value 8; }
+ enum LOCAL0 { value 128; }
+ enum LOCAL1 { value 136; }
+ enum LOCAL2 { value 144; }
+ enum LOCAL3 { value 152; }
+ enum LOCAL4 { value 160; }
+ enum LOCAL5 { value 168; }
+ enum LOCAL6 { value 176; }
+ enum LOCAL7 { value 184; }
+ }
+ default USER;
+ description "The facility to send messages under. See RFC 3164. All values are 8 times the value listed in the RFC, to pack the severity value in the low bits.";
+ }
+ must "(boolean(rname) = true() and string(rname) != '0.0.0.0') or (boolean(rport) = false() or rport = 0)" { error-message "Cannot have port without name"; }
+ description "The destination for syslog messages. ";
+ }
+ container protocols
+ {
+ list protocol {
+ key protocol-id;
+
+ leaf protocol-id {
+ type uint32;
+ }
+ leaf protocol-name {
+ config false;
+ type string;
+ }
+ leaf protocol-type {
+ config false;
+ type string;
+ }
+ leaf protocol-port {
+ config false;
+ type uint32;
+ }
+ leaf enabled {
+ type boolean;
+ default true;
+ }
+ }
+ }
+
+ leaf current-datetime {
+ config false;
+ type yang:date-and-time;
+
+ description "The current system date and time.";
+ }
+ leaf boot-datetime {
+ config false;
+ type yang:date-and-time;
+
+ description "The system date and time when the system last restarted.";
+ }
+
+ leaf alarm-clear-hysteresis {
+ type decimal64 {
+ fraction-digits 2;
+ range "1..5";
+ }
+
+ default 1;
+
+ description "Added to 'power-low-alarm' and subtracted from 'power-high-alarm'
+ to generate alarm clear notifications. Specified in dBm.";
+ }
+
+ }
+
+ // APS config and status
+ container aps
+ {
+ description "Automatic Protection Switching (APS) feature provides optical redundancy on the Polatis switch.
+ When the switch detects signal failure on the primary optical path, it automatically switches to an alternative
+ optical path. The switch also provides manual operation through which the optical paths can be changed.
+ APS feature consists of list of protection service, where each service is list of working and protection ports. ";
+ list protection-service
+ {
+ description "This the list of APS protection services on the system";
+ key sname;
+ leaf sname {
+ type namesFormat;
+ description "Protection Service name. Should be unique on the switch.";
+ }
+ leaf active
+ {
+ config false;
+ type boolean;
+ description "Whether the Protection Service is Active, or in Config mode.";
+ }
+ list working-port
+ {
+ key port-id;
+
+ description "This the list of APS port configurations on the system. This defines the APS service, and
+ generates port-status and protection-services to represent them";
+
+ leaf port-id
+ {
+ type portFormat;
+ }
+ leaf client
+ {
+ type uint32;
+ mandatory true;
+ description "Client port to which the working will connect when the service is activated.";
+ }
+ leaf priority
+ {
+ type uint32;
+ default 0;
+ description "A number to be used when deciding the priority of protection switched when there is contention.";
+ }
+ leaf wtr-timeout
+ {
+ type uint32;
+ default 0;
+ description "Wait To Restore timeout value. The amount, in seconds, before a restore is possible on this port.";
+ }
+ leaf ovs
+ {
+ type boolean;
+ default false;
+ description "Override Valid Signal. Allows us to override the need for a valid signal in manual/automatic switch.";
+ }
+ leaf protected-port
+ {
+ config false;
+
+ type uint32;
+ description "If a worker port, and is currently being protected, it is the port id of the protecting port.
+ If not being protected, it is 0. Vice versa if it is a protecting port.";
+ }
+ leaf operational-state
+ {
+ config false;
+
+ type apsOperationalState;
+ description "The current operational state of the port, being working, protected, protection failed. This does not apply for PROTECTED ports.";
+ }
+ leaf user_command
+ {
+ config false;
+ type apsFlags;
+ }
+ }
+ leaf-list protection-port
+ {
+ type uint32;
+ description "";
+ }
+ }
+ }
+
+ rpc set-current-datetime {
+ description "Set the /product-information/clock/current-datetime leaf to the specified value.
+ Also changes /product-information/clock/boot-datetime, relative to current-datetime";
+ input {
+ leaf current-datetime {
+ type yang:date-and-time;
+ mandatory true;
+ description "The current system date and time.";
+ }
+ }
+ }
+
+ rpc system-restart {
+ description "Request to restart the Network Interface Card (NIC).";
+ input {
+ leaf seconds {
+ type uint32;
+ default 0;
+
+ description "Restart the system in the specified time. Given in seconds.
+ Value of 0 will restart the system immediately, and in that case there
+ won't be any response";
+ }
+ }
+ }
+
+ rpc system-restart-cancel {
+ description "Request to cancel the restart. This has no effect when
+ system-restart was not requested. Cancel is done immediately";
+ }
+
+ // APS rpcs and notification
+ rpc aps-command {
+ description "This is a command to apply flags to a number of ports at the same time.
+ You can provide either the sname of the service, to do all ports for that service, or
+ specify ports, which do not have to be on the same protection service.
+ The command is applied via combination of a bitwise mask and bitwise command values, to set/unset
+ different attributes at the same time. Some combinations are mutually exclusive:
+ GLP/FTP/FTW/MTP/MTW are exclusive to each other.
+
+ Some commands are per port, and some per service (GLP). This is why the choice of a service name, or ports are provided.";
+
+ input {
+ leaf mask {
+ type apsFlags;
+ mandatory true;
+ }
+ leaf flags {
+ type apsFlags;
+ mandatory true;
+ }
+ choice parameter
+ {
+ mandatory true;
+ leaf sname
+ {
+ type namesFormat;
+ }
+ list port
+ {
+ key port-id;
+ leaf port-id { type portFormat; }
+ leaf target-port-id
+ {
+ type uint32;
+ default 0;
+ description "This is an optional parameter, used when a target is also needed, ie: FTP/MTP on
+ M:N protection, where you wish to switch to a specific protection port. It is ignored on other cases.";
+ }
+ description "The port-id is in effect mandatory to specify a source port.";
+ }
+ }
+ }
+ }
+
+ rpc aps-activate {
+ description "Used to activate or deactive a protection service.";
+ input {
+ leaf sname {
+ type namesFormat;
+ }
+ leaf active {
+ type boolean;
+ mandatory true;
+ }
+ }
+ }
+
+ rpc radius-server-set-position {
+ description "Used to change the order of radius-servers.";
+ input {
+ leaf ip-address {
+ type inet:ip-address;
+ mandatory true;
+
+ description "Ip address of the radius server.";
+ }
+ leaf port {
+ type portFormat;
+ mandatory true;
+
+ description "Port of the radius server.";
+ }
+ leaf position {
+ type int32;
+ mandatory true;
+
+ description "Position, either explicit, from 0, or -1 to move to end";
+ }
+ }
+ }
+ notification aps-notification {
+ description "This is the notification which is sent whenever an operational state changes.";
+ leaf notification-type {
+ type apsOperationalState;
+ }
+ leaf notification-details { type string; }
+ }
+ container subswitches {
+ list subswitch {
+ key "sname";
+ leaf sname {
+ type string;
+ description "The sub-switch name";
+ }
+ leaf-list username {
+ type string;
+ description "The user associated with the sub-switch";
+ }
+ leaf-list port-id {
+ type uint32;
+ description "The port number of the sub-switch";
+ }
+ }
+ }
+}
+