Problem should now be fixed. Hashing on enums last is a bad
idea because the enum value could be 0.
Change-Id: Ib29e90b393b5285be2807729b52e69b121340f09
- added a method to the immutable class checker for
immutable classes used as base classes
- fixed a typo in spelling of a constructor parameter
in DefaultFlowRule
Change-Id: I8991c1eadcc990040bb97a02c1027b4708a4f58d
These tests are for checking the valid path calculation logic
in the intent compilers and the PathIntent installer.
Change-Id: I2986729ae27202a2f42a71e64a53026383ddfb0b
Added optional --lambda and --bandwidth operations to command
line for host to host, point to point, and multi point to
single point intents
Fixed intent compilers to add constraints to the PathIntents they
create
Change-Id: I25510d401118feba493f51ecddc72d770d8ae3e3
the more generic IpAddress.
The ProxyArpManager is defined and works only for IPv4, hence
we should use the concrete IPv4 addresses.
Change-Id: Ie43ca17ce03ea86d2efb6b33f55a5dcafb2ab985
- RULE_ADDED will be posted when the Flow was confirmed by stats,
even if they were installed as a batch
- Properly handle batch in Simple store
Change-Id: I0a0e15b29ff9c0d56d5a646e0751511d73c8f552
- roleChanged(), isReachable()
Eventually consistent nature of Device store was
interfering with mastership control.
Change-Id: I9c0dd846a4e30863f922f6706c6cb62fd7c83f29
- For some of the methods, the IP Version needs to be specified by the
caller. This applies to the IpPrefix API as well.
- For now, everywhere IpAddress is used and the IP version has to be
explicitly specified by the caller, we assume/specify IPv4.
- Added unit test for class IpAddress: for both IPv4 and IPv6 addresses.
- Use classname instead of class in IntentId
- Added hashcode and equals to LambdaResourceAllocation
- Untrack resources in IntentManger during uninstall
- Refactored common code in OpticalPathIntentInstaller
- Copied SimpleLinkResourceStore to DistributedLinkResourceStore
- Added a few unserializable files to KryoNamespaces
Change-Id: Ic35d102244972d5cf0c64482fd99e8c9bb1293a6
We've defined a PacketStore abstraction through which outbound packets are
sent. The packet store has a simple implementation (basically a no-op) and a
distributed implementation on top of the cluster messaging service.
Change-Id: Ib32753314fe518ef1fd67c858db744b004539938
This is a prototype of the bandwidth reservation implementation.
There is no bandwidth discovery, it is all faked. The bandwidth is
specified by allocating a special Intent used for demonstration purposes.
This code also uses faked out interfaces in the Resource Manager, and will
need to be refactored when the real Resource Manager is in place.
Change-Id: I1f9a16b4144f5440bb529014a6a6f0f21d22839e
* Removed IpAddress.MAX_INET_MASK and use IpPrefix.MAX_INET_MASK_LENGTH
instead
* Renamed IpAddress.INET_LEN to INET_BYTE_LENGTH
* Added IpAddress.INET_BIT_LENGTH, INET6_BYTE_LENGTH, and INET6_BIT_LENGTH
* Removed methods that are semantically incorrect, or are not needed/used
- IpAddress.prefixLength()
- IpAddress.toPrefix()
- IpAddress.mask()
- IpAddress.netmask()
- IpAddress.network()
- IpAddress.host()
- IpAddress.isMasked()
- IpAddress.contains()
- IpPrefix constructor for version and bytes (but no netmask)
- IpPrefix.valueOf(int)
* Misc. other cleanup.
