Examples with Group org.onosproject.net.group.Group used on opensource projects

Example 71 with Group

use of org.onosproject.net.group.Group in project onos by opennetworkinglab.

the class HPPipelineV3800 method tableIdForForwardingObjective.

@Override
protected int tableIdForForwardingObjective(TrafficSelector selector, TrafficTreatment treatment) {
    boolean hardwareProcess = true;
    log.debug("HP V3800 Driver - Evaluating the ForwardingObjective for proper TableID");
    // Check criteria supported in hardware
    for (Criterion criterion : selector.criteria()) {
        if (!this.hardwareCriteria.contains(criterion.type())) {
            log.warn("HP V3800 Driver - criterion {} only supported in SOFTWARE", criterion.type());
            hardwareProcess = false;
            break;
        }
        // HP3800 does not support hardware match on ETH_TYPE of value TYPE_VLAN
        if (criterion.type() == Criterion.Type.ETH_TYPE) {
            if (((EthTypeCriterion) criterion).ethType().toShort() == Ethernet.TYPE_VLAN) {
                log.warn("HP V3800 Driver -  ETH_TYPE == VLAN (0x8100) is only supported in software");
                hardwareProcess = false;
                break;
            }
        }
    }
    // Check if a CLEAR action is included
    if (treatment.clearedDeferred()) {
        log.warn("HP V3800 Driver - CLEAR action only supported in SOFTWARE");
        hardwareProcess = false;
    }
    // If criteria can be processed in hardware, then check treatment
    if (hardwareProcess) {
        for (Instruction instruction : treatment.allInstructions()) {
            // Check if the instruction type is contained in the hardware instruction
            if (!this.hardwareInstructions.contains(instruction.type())) {
                log.warn("HP V3800 Driver - instruction {} only supported in SOFTWARE", instruction.type());
                hardwareProcess = false;
                break;
            }
            /**
             * If output is CONTROLLER_PORT the flow entry could be installed in hardware
             * but is anyway processed in software because OPENFLOW header has to be added
             */
            if (instruction.type() == Instruction.Type.OUTPUT) {
                if (((Instructions.OutputInstruction) instruction).port() == PortNumber.CONTROLLER) {
                    log.warn("HP V3800 Driver - Forwarding to CONTROLLER only supported in software");
                    hardwareProcess = false;
                    break;
                }
            }
            // Check if the specific L2MODIFICATION.subtype is supported in hardware
            if (instruction.type() == Instruction.Type.L2MODIFICATION) {
                if (!this.hardwareInstructionsL2mod.contains(((L2ModificationInstruction) instruction).subtype())) {
                    log.warn("HP V3800 Driver - L2MODIFICATION.subtype {} only supported in SOFTWARE", ((L2ModificationInstruction) instruction).subtype());
                    hardwareProcess = false;
                    break;
                }
            }
            // TODO --- check if all the buckets contains one and only one output action
            if (instruction.type() == Instruction.Type.GROUP) {
                boolean groupInstalled = false;
                GroupId groupId = ((Instructions.GroupInstruction) instruction).groupId();
                Iterable<Group> groupsOnDevice = groupService.getGroups(deviceId);
                for (Group group : groupsOnDevice) {
                    if ((group.state() == Group.GroupState.ADDED) && (group.id().equals(groupId))) {
                        groupInstalled = true;
                        if (group.type() != Group.Type.ALL) {
                            log.warn("HP V3800 Driver - group type {} only supported in SOFTWARE", group.type().toString());
                            hardwareProcess = false;
                        }
                        break;
                    }
                }
                if (!groupInstalled) {
                    log.warn("HP V3800 Driver - referenced group is not installed on the device.");
                    hardwareProcess = false;
                }
            }
        }
    }
    if (hardwareProcess) {
        log.warn("HP V3800 Driver - This flow rule is supported in HARDWARE");
        return HP_HARDWARE_TABLE;
    } else {
        // TODO: create a specific flow in table 100 to redirect selected traffic on table 200
        log.warn("HP V3800 Driver - This flow rule is only supported in SOFTWARE");
        return HP_SOFTWARE_TABLE;
    }
}

Example 72 with Group

use of org.onosproject.net.group.Group in project onos by opennetworkinglab.

the class HPPipelineV3 method tableIdForForwardingObjective.

@Override
protected int tableIdForForwardingObjective(TrafficSelector selector, TrafficTreatment treatment) {
    boolean hardwareProcess = true;
    log.debug("HP V3 Driver - Evaluating the ForwardingObjective for proper TableID");
    // Check criteria supported in hardware
    for (Criterion criterion : selector.criteria()) {
        if (!this.hardwareCriteria.contains(criterion.type())) {
            log.warn("HP V3 Driver - criterion {} only supported in SOFTWARE", criterion.type());
            hardwareProcess = false;
            break;
        }
        // HP3800 does not support hardware match on ETH_TYPE of value TYPE_VLAN
        if (criterion.type() == Criterion.Type.ETH_TYPE) {
            if (((EthTypeCriterion) criterion).ethType().toShort() == Ethernet.TYPE_VLAN) {
                log.warn("HP V3 Driver -  ETH_TYPE == VLAN (0x8100) is only supported in software");
                hardwareProcess = false;
                break;
            }
        }
    }
    // If criteria can be processed in hardware, then check treatment
    if (hardwareProcess) {
        for (Instruction instruction : treatment.allInstructions()) {
            // Check if the instruction type is contained in the hardware instruction
            if (!this.hardwareInstructions.contains(instruction.type())) {
                log.warn("HP V3 Driver - instruction {} only supported in SOFTWARE", instruction.type());
                hardwareProcess = false;
                break;
            }
            /**
             * If output is CONTROLLER_PORT the flow entry could be installed in hardware
             * but is anyway processed in software because OPENFLOW header has to be added
             */
            if (instruction.type() == Instruction.Type.OUTPUT) {
                if (((Instructions.OutputInstruction) instruction).port() == PortNumber.CONTROLLER) {
                    log.warn("HP V3 Driver - Forwarding to CONTROLLER only supported in software");
                    hardwareProcess = false;
                    break;
                }
            }
            // Check if the specific L2MODIFICATION.subtype is supported in hardware
            if (instruction.type() == Instruction.Type.L2MODIFICATION) {
                if (!this.hardwareInstructionsL2mod.contains(((L2ModificationInstruction) instruction).subtype())) {
                    log.warn("HP V3 Driver - L2MODIFICATION.subtype {} only supported in SOFTWARE", ((L2ModificationInstruction) instruction).subtype());
                    hardwareProcess = false;
                    break;
                }
            }
            // Check if the specific L3MODIFICATION.subtype is supported in hardware
            if (instruction.type() == Instruction.Type.L3MODIFICATION) {
                if (!this.hardwareInstructionsL3mod.contains(((L3ModificationInstruction) instruction).subtype())) {
                    log.warn("HP V3 Driver - L3MODIFICATION.subtype {} only supported in SOFTWARE", ((L3ModificationInstruction) instruction).subtype());
                    hardwareProcess = false;
                    break;
                }
            }
            // Check if the specific L4MODIFICATION.subtype is supported in hardware
            if (instruction.type() == Instruction.Type.L4MODIFICATION) {
                if (!this.hardwareInstructionsL4mod.contains(((L4ModificationInstruction) instruction).subtype())) {
                    log.warn("HP V3 Driver - L4MODIFICATION.subtype {} only supported in SOFTWARE", ((L4ModificationInstruction) instruction).subtype());
                    hardwareProcess = false;
                    break;
                }
            }
            // TODO --- check if all the buckets contains one and only one output action
            if (instruction.type() == Instruction.Type.GROUP) {
                boolean groupInstalled = false;
                GroupId groupId = ((Instructions.GroupInstruction) instruction).groupId();
                Iterable<Group> groupsOnDevice = groupService.getGroups(deviceId);
                for (Group group : groupsOnDevice) {
                    if ((group.state() == Group.GroupState.ADDED) && (group.id().equals(groupId))) {
                        groupInstalled = true;
                        if (group.type() != Group.Type.ALL) {
                            log.warn("HP V3 Driver - group type {} only supported in SOFTWARE", group.type().toString());
                            hardwareProcess = false;
                        }
                        break;
                    }
                }
                if (!groupInstalled) {
                    log.warn("HP V3 Driver - referenced group is not installed on the device.");
                    hardwareProcess = false;
                }
            }
        }
    }
    if (hardwareProcess) {
        log.warn("HP V3 Driver - This flow rule is supported in HARDWARE");
        return HP_HARDWARE_TABLE;
    } else {
        // TODO: create a specific flow in table 100 to redirect selected traffic on table 200
        log.warn("HP V3 Driver - This flow rule is only supported in SOFTWARE");
        return HP_SOFTWARE_TABLE;
    }
}

Example 73 with Group

use of org.onosproject.net.group.Group in project onos by opennetworkinglab.

the class OpenFlowGroupProvider method checkFailoverGroups.

/**
 * Builds a list of failover Groups whose primary live bucket failed over
 * (i.e. bucket in use has changed).
 *
 * @param dpid    DPID of switch whose port's status changed
 * @param status  new status of port
 * @return        list of groups whose primary live bucket failed over
 */
private List<Group> checkFailoverGroups(Dpid dpid, OFPortStatus status) {
    List<Group> groupList = new ArrayList<>();
    OFPortDesc desc = status.getDesc();
    PortNumber portNumber = PortNumber.portNumber(desc.getPortNo().getPortNumber());
    DeviceId id = DeviceId.deviceId(Dpid.uri(dpid));
    if (desc.isEnabled()) {
        return groupList;
    }
    Iterator<Group> iterator = groupService.getGroups(id).iterator();
    while (iterator.hasNext()) {
        Group group = iterator.next();
        if (group.type() == GroupDescription.Type.FAILOVER && checkFailoverGroup(group, id, portNumber)) {
            groupList.add(group);
        }
    }
    return groupList;
}

Example 74 with Group

use of org.onosproject.net.group.Group in project onos by opennetworkinglab.

the class DistributedGroupStore method storeGroupDescriptionInternal.

private void storeGroupDescriptionInternal(GroupDescription groupDesc) {
    // Check if a group is existing with the same key
    if (getGroup(groupDesc.deviceId(), groupDesc.appCookie()) != null) {
        return;
    }
    synchronized (deviceAuditStatus) {
        if (deviceAuditStatus.get(groupDesc.deviceId()) == null) {
            // Device group audit has not completed yet
            // Add this group description to pending group key table
            // Create a group entry object with Dummy Group ID
            log.debug("storeGroupDescriptionInternal: Device {} AUDIT pending...Queuing Group id {} ADD request", groupDesc.deviceId(), groupDesc.givenGroupId() != null ? "0x" + Integer.toHexString(groupDesc.givenGroupId()) : "N/A");
            StoredGroupEntry group = new DefaultGroup(dummyGroupId, groupDesc);
            group.setState(GroupState.WAITING_AUDIT_COMPLETE);
            Map<GroupStoreKeyMapKey, StoredGroupEntry> pendingKeyTable = getPendingGroupKeyTable();
            pendingKeyTable.put(new GroupStoreKeyMapKey(groupDesc.deviceId(), groupDesc.appCookie()), group);
            return;
        }
    }
    Group matchingExtraneousGroup = null;
    if (groupDesc.givenGroupId() != null) {
        // Check if there is a extraneous group existing with the same Id
        matchingExtraneousGroup = getMatchingExtraneousGroupbyId(groupDesc.deviceId(), groupDesc.givenGroupId());
        if (matchingExtraneousGroup != null) {
            log.debug("storeGroupDescriptionInternal: Matching extraneous group " + "found in Device {} for group id 0x{}", groupDesc.deviceId(), Integer.toHexString(groupDesc.givenGroupId()));
            // Check if the group buckets matches with user provided buckets
            if (matchingExtraneousGroup.buckets().equals(groupDesc.buckets())) {
                // Group is already existing with the same buckets and Id
                // Create a group entry object
                log.debug("storeGroupDescriptionInternal: Buckets also matching " + "in Device {} for group id 0x{}", groupDesc.deviceId(), Integer.toHexString(groupDesc.givenGroupId()));
                StoredGroupEntry group = new DefaultGroup(matchingExtraneousGroup.id(), groupDesc);
                // Insert the newly created group entry into key and id maps
                getGroupStoreKeyMap().put(new GroupStoreKeyMapKey(groupDesc.deviceId(), groupDesc.appCookie()), group);
                // Ensure it also inserted into group id based table to
                // avoid any chances of duplication in group id generation
                getGroupIdTable(groupDesc.deviceId()).put(matchingExtraneousGroup.id(), group);
                addOrUpdateGroupEntry(matchingExtraneousGroup);
                removeExtraneousGroupEntry(matchingExtraneousGroup);
                return;
            } else {
                // Group buckets are not matching. Update group
                // with user provided buckets.
                log.debug("storeGroupDescriptionInternal: Buckets are not " + "matching in Device {} for group id 0x{}", groupDesc.deviceId(), Integer.toHexString(groupDesc.givenGroupId()));
                StoredGroupEntry modifiedGroup = new DefaultGroup(matchingExtraneousGroup.id(), groupDesc);
                modifiedGroup.setState(GroupState.PENDING_UPDATE);
                getGroupStoreKeyMap().put(new GroupStoreKeyMapKey(groupDesc.deviceId(), groupDesc.appCookie()), modifiedGroup);
                // Ensure it also inserted into group id based table to
                // avoid any chances of duplication in group id generation
                getGroupIdTable(groupDesc.deviceId()).put(matchingExtraneousGroup.id(), modifiedGroup);
                removeExtraneousGroupEntry(matchingExtraneousGroup);
                log.debug("storeGroupDescriptionInternal: Triggering Group " + "UPDATE request for {} in device {}", matchingExtraneousGroup.id(), groupDesc.deviceId());
                notifyDelegate(new GroupEvent(Type.GROUP_UPDATE_REQUESTED, modifiedGroup));
                return;
            }
        }
    } else {
        // Check if there is an extraneous group with user provided buckets
        matchingExtraneousGroup = getMatchingExtraneousGroupbyBuckets(groupDesc.deviceId(), groupDesc.buckets());
        if (matchingExtraneousGroup != null) {
            // Group is already existing with the same buckets.
            // So reuse this group.
            log.debug("storeGroupDescriptionInternal: Matching extraneous group found in Device {}", groupDesc.deviceId());
            // Create a group entry object
            StoredGroupEntry group = new DefaultGroup(matchingExtraneousGroup.id(), groupDesc);
            // Insert the newly created group entry into key and id maps
            getGroupStoreKeyMap().put(new GroupStoreKeyMapKey(groupDesc.deviceId(), groupDesc.appCookie()), group);
            // Ensure it also inserted into group id based table to
            // avoid any chances of duplication in group id generation
            getGroupIdTable(groupDesc.deviceId()).put(matchingExtraneousGroup.id(), group);
            addOrUpdateGroupEntry(matchingExtraneousGroup);
            removeExtraneousGroupEntry(matchingExtraneousGroup);
            return;
        } else {
            // TODO: Check if there are any empty groups that can be used here
            log.debug("storeGroupDescriptionInternal: No matching extraneous groups found in Device {}", groupDesc.deviceId());
        }
    }
    GroupId id = null;
    if (groupDesc.givenGroupId() == null) {
        // Get a new group identifier
        id = new GroupId(getFreeGroupIdValue(groupDesc.deviceId()));
    } else {
        // we need to use the identifier passed in by caller, but check if
        // already used
        Group existing = getGroup(groupDesc.deviceId(), new GroupId(groupDesc.givenGroupId()));
        if (existing != null) {
            log.warn("Group already exists with the same id: 0x{} in dev:{} " + "but with different key: {} (request gkey: {})", Integer.toHexString(groupDesc.givenGroupId()), groupDesc.deviceId(), existing.appCookie(), groupDesc.appCookie());
            return;
        }
        id = new GroupId(groupDesc.givenGroupId());
    }
    // Create a group entry object
    StoredGroupEntry group = new DefaultGroup(id, groupDesc);
    // Insert the newly created group entry into key and id maps
    getGroupStoreKeyMap().put(new GroupStoreKeyMapKey(groupDesc.deviceId(), groupDesc.appCookie()), group);
    // Ensure it also inserted into group id based table to
    // avoid any chances of duplication in group id generation
    getGroupIdTable(groupDesc.deviceId()).put(id, group);
    log.debug("storeGroupDescriptionInternal: Processing Group ADD request for Id {} in device {}", id, groupDesc.deviceId());
    notifyDelegate(new GroupEvent(GroupEvent.Type.GROUP_ADD_REQUESTED, group));
}

Example 75 with Group

use of org.onosproject.net.group.Group in project onos by opennetworkinglab.

the class DistributedGroupStore method pushGroupMetrics.

@Override
public void pushGroupMetrics(DeviceId deviceId, Collection<Group> groupEntries) {
    boolean deviceInitialAuditStatus = deviceInitialAuditStatus(deviceId);
    Set<Group> southboundGroupEntries = Sets.newHashSet(groupEntries);
    Set<StoredGroupEntry> storedGroupEntries = Sets.newHashSet(getStoredGroups(deviceId));
    Set<Group> extraneousStoredEntries = Sets.newHashSet(getExtraneousGroups(deviceId));
    NodeId master;
    if (log.isTraceEnabled()) {
        log.trace("pushGroupMetrics: Displaying all ({}) southboundGroupEntries for device {}", southboundGroupEntries.size(), deviceId);
        for (Group group : southboundGroupEntries) {
            log.trace("Group {} in device {}", group, deviceId);
        }
        log.trace("Displaying all ({}) stored group entries for device {}", storedGroupEntries.size(), deviceId);
        for (StoredGroupEntry group : storedGroupEntries) {
            log.trace("Stored Group {} for device {}", group, deviceId);
        }
    }
    garbageCollect(deviceId, southboundGroupEntries, storedGroupEntries);
    // update stats
    for (Iterator<Group> it2 = southboundGroupEntries.iterator(); it2.hasNext(); ) {
        // Mastership change can occur during this iteration
        if (!shouldHandle(deviceId)) {
            log.warn("Tried to update the group stats while the node was not the master" + " or the device {} was not available", deviceId);
            return;
        }
        Group group = it2.next();
        if (storedGroupEntries.remove(group)) {
            // we both have the group, let's update some info then.
            log.trace("Group AUDIT: group {} exists in both planes for device {}", group.id(), deviceId);
            groupAdded(group);
            it2.remove();
        }
    }
    // extraneous groups in the dataplane
    for (Group group : southboundGroupEntries) {
        if (getGroup(group.deviceId(), group.id()) != null) {
            // in progress while we got a stale info from switch
            if (!storedGroupEntries.remove(getGroup(group.deviceId(), group.id()))) {
                log.warn("Group AUDIT: Inconsistent state:" + "Group exists in ID based table while " + "not present in key based table");
            }
        } else {
            // Mastership change can occur during this iteration
            if (!shouldHandle(deviceId)) {
                log.warn("Tried to process extraneous groups while the node was not the master" + " or the device {} was not available", deviceId);
                return;
            }
            // there are groups in the switch that aren't in the store
            log.debug("Group AUDIT: extraneous group {} exists in data plane for device {}", group.id(), deviceId);
            extraneousStoredEntries.remove(group);
            if (allowExtraneousGroups) {
                extraneousGroup(group);
            } else {
                notifyDelegate(new GroupEvent(Type.GROUP_REMOVE_REQUESTED, group));
            }
        }
    }
    // missing groups in the dataplane
    for (StoredGroupEntry group : storedGroupEntries) {
        // Mastership change can occur during this iteration
        if (!shouldHandle(deviceId)) {
            log.warn("Tried to process missing groups while the node was not the master" + " or the device {} was not available", deviceId);
            return;
        }
        // there are groups in the store that aren't in the switch
        log.debug("Group AUDIT: group {} missing in data plane for device {}", group.id(), deviceId);
        groupMissing(group);
    }
    // extraneous groups in the store
    for (Group group : extraneousStoredEntries) {
        // Mastership change can occur during this iteration
        if (!shouldHandle(deviceId)) {
            log.warn("Tried to process node extraneous groups while the node was not the master" + " or the device {} was not available", deviceId);
            return;
        }
        // there are groups in the extraneous store that
        // aren't in the switch
        log.debug("Group AUDIT: clearing extraneous group {} from store for device {}", group.id(), deviceId);
        removeExtraneousGroupEntry(group);
    }
    if (!deviceInitialAuditStatus) {
        log.info("Group AUDIT: Setting device {} initial AUDIT completed", deviceId);
        deviceInitialAuditCompleted(deviceId, true);
    }
}