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* bgp_packet.c: fix compilation when DEBUG is used.
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* lib/smux.[ch]: allow to retreive global OID (identified by <0
namelen).
* ospf_ism.c: generate SNMP traps on Interface state change
* ospf_nsm.c: generate SNMP traps on Neighbour state change
* ospf_snmp.[ch]: support for SNMP traps for interface and neighbours.
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* configure.ac: Add the test for Solaris least-privileges. Set
defines for whether capabilities are supported and whether of
the linux or solaris variety.
Add missing-prototypes, missing-declarations, char-subscripts
and cast-qual warnings to default cflags, cause Hasso enjoys warnings,
and we really should clean the remaining ones up. (ie isisd..).
* (*/*main.c) Update the zebra_capabilities_t arrays in the various
daemons to match the changes made in lib/privs.h.
* zebra.h: Solaris capabilities requires priv.h to be included.
* privs.{c,h}: Add support for Solaris Least-Privileges.
privs.h: Reduce some of the abstract capabilities, which do
not have rough equivalents on both systems. Rename the net
related caps to _NET, as they should have been in first
place.
(zprivs_terminate) should take the zebra_privs_t as argument so
that it can update change pointer.
Add an additional privilege state, ZPRIVS_UNKNOWN.
* privs.c: (various capability functions) Add
Solaris privileges variants.
(zprivs_state) Use privs.c specific generic types to
represent various capability/privilege related types, so that
each can be typedef'd as appropriate on each platform.
(zprivs_null_state) static added, to hold the state the null
method should report (should be raised by default, and
LOWERED if zprivs_terminate has been called)
(zprivs_state_null) Report back the zprivs_null_state.
(cap_map) Make it able to map abstract capability to multiple
system capabilities.
(zcaps2sys) Map to abstract capabilities to multiple system
privileges/capabilities.
(zprivs_init) move capability related init to seperate
function, zprivs_caps_init.
(zprivs_terminate) ditto, moved to zprivs_caps_terminate.
Set the change_state callback to the NULL state, so the
user can continue to run and use the callbacks.
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* Of course ISM_SNMP MACRO mist be defined
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* ospfd/ospf_vty.c: forece default route LSA to be re_issued whenever
cost is changed ( [no] ip ospf area XXX default-cost YYY)
Support ignore-mtu option
* ospfd/ospfd.h: define OSPF_MTU_IGNORE_DEFAULT
* ospfd/ospf_packet.c: support ignore-mtu option
* ospfd/ospf_interface.h: field added for skipping MTU check
* ospfd/ospf_interface.c: fix memory leak in ospf_crypt_key_delete()
Set mtu_ignore field to default value
* ospfd/ospf_abr.[ch]: export ospf_abr_announce_network_to_area()
* ospfd/ospf_ism.h: add MACRO to convert internal ISM status into SNMP
correct values
* ospfd/ospf_snmp.c: add sanity check on LSA type in lsdb_lookup_next()
convert OSPFIFSTATE internal status into SNMP values
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* lib/filer.c: show protocol name in filter_show()
* lib/plist.c: show protocol name in vty_show_prefix_entry()
* routemap.c: show protocol name in vty_show_route_map_entry()
* lib/vty.c: in vty_command(), show protocol name if command unknown
* zebra/zserv.c: Always provide distance fo route add
* ripd/rip_snmp.c: rip2IfConfReceive() sends values in conformance
with RFC. Also PeerDomain is now set to a STRING type.
* ripd/ripd.h: rip_redistribute_add() API includes metric and distance
* ripd/ripd.c: rip_redistribute_add() API i.e. stores metric and distance
Now allows a RIP-route to overcome a redistributed route coming
from a protocol with worse (higher) administrative distance
Metrics from redistribution are shown in show ip rip
* ripd/rip_zebra.c: adapt to the rip_redistribute_add() API, i.e.
provide distance and metric
* ripd/rip_interface.c: adapt to the rip_redistribute_add() API
* ripd/rip_routemap.c: no RMAP_COMPILE_ERROR on (metric > 16) usage
rather a CMD_WARNING, because set metric ius shared with other
protocols using larger values (such as OSPF)
The match metric action takes first external metric if present
(from redistribution) then RIP metric.
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Replace XMALLOC + memset with XCALLOC. Fix some indentation issues.
The only really significant change is simplified isis_delete_adj
function in isis_adjacency.c.
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* isis_lsp.c: Refresh dynamic hostname in the cache while refreshing
topology LSP.
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Also take care of inserting dynamic hostname of topology TLVs into
cache.
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* lib/md5-gnu.h: removed
* lib/md5.h: replaces md5-gnu.h
* lib/Makefile.am: use correct md5.h
* lib/md5.c: import from WIDE
* ospfd/ospf_packet.c: use new md5 API
* ripd/ripd.c: use new md5 API
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usage with HAVE_IPV6
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ISIS_ROUTE_FLAG_ACTIVE flag before running SPF.
* isisd.[ch]: Separate route tables for different levels. SPF is done
separately, but in case of L1L2 area they have to be merged.
* isis_zebra.c: Set/unset ISIS_ROUTE_FLAG_ZEBRA_SYNC flag correctly in
case of adding/removing IPv4 routes.
* zebra_route.c: Rework route validating process. Merging L1 and L2
tables in case of L1L2 area.
In short - many changes to make SPF work more correctly, add/remove
to/from RIB also works now. It's still very far from perfect though.
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mostly, but needs certainly much more testing, especially transition
situation.
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used only if only wide metric style (extended TLV's) is in use.
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address into TLV. Used for IPv4 address TLV (in case of LSP) and TE
router ID TLV.
* isis_lsp.c: Use tlv_add_in_addr() and include router ID in LSP.
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TLV handling yet.
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tlv_add_te_ipv4_reachs() to handle TLV's with new metric. None of
them handle sub TLVs though for now.
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circuit metrics. Needs more thinking though, but should do for now.
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metricstyle command. With metricstyle wide only extended TLVs
should be used.
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imported from kazlib and it's better not to screw it - there is
theoretical chance that we might want to merge changes from upstream
at some point. Also avoid the loss of info about upstream version
(rcsid).
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add is treated as implicit withdraw.
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rib_delete_ipv6() to match routes in the RIB by their gateway as
well as by destination.
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* memtypes.{c,h}: Add MTYPE_AS_SEG_DATA.
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* zebra_rib.c: (static_uninstall_ipv{4,6}) Fix regression wrt
removal of static routes with multiple-hops introduced with
the workqueue conversion. We should free the relevant
nexthop and then get rib_process to run, otherwise we just
get same static route back again (with no way to unconfigure
it, because its already deleted from configuration).
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* ospf_lsa.h: (ospf_external_lsa_flush) Comment out the 5th argument
(nexthop) since it is not used in the function (except inside
some commented-out code).
* ospf_lsa.c: (ospf_external_lsa_flush,ospf_external_lsa_refresh)
Comment out the 5th argument to ospf_external_lsa_flush.
* ospf_asbr.c: (ospf_redistribute_withdraw) Comment out 5th arg
to ospf_external_lsa_flush.
* ospf_vty.c: (no_ospf_default_information_originate) Eliminate 5th
uninitialized nexthop arg to ospf_external_lsa_flush.
* ospf_zebra.c: (ospf_zebra_read_ipv4) Comment out 5th arg
to ospf_external_lsa_flush.
* ospfd.c: (ospf_network_set) Comment out 5th arg
to ospf_external_lsa_flush.
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* lib/str.[ch]: Add strndup() from glibc.
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reachibility metric display.
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about useless (in sense of IP(v6)) TLVs.
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only in generated topology LSPs.
* isisd.[ch]: Cleanup CLI commands related to topology generation and
added command to specify base fo dynamic hostname for topology LSPs.
* isis_lsp.c: Rewrite almost all code related to generation topology
LSPs (top_lsp_refresh(), generate_topology_lsps() and
build_topology_lsp_data() functions). Topology is connected to own
LSP now (lsp_build_nonpseudo). Commented out lsppdu_realloc
functions, it's not used any more hopefully.
Topology generation feature is actually useful now.
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database and only if LSP is really in the database (sanity check).
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* ospf_opaque.c:
(ospf_opaque_lsa_refresh_schedule,ospf_opaque_lsa_flush_schedule)
No need to call ospf_lookup(), just use lsa0->area->ospf instead.
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its data and put it back after. Database entry MUST contain at least
correct pointers to the sysid to get correct compare results.
* isis_lsp.[ch], isis_pdu.c: Pass level to the lsp_update() function.
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* extract.pl.in: Fix warning - add isisd/topology to the includes.
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* (general) RTM_CHANGE and implicit withdraw on RTM_NEWADDR
support.
* connected.c: (connected_withdraw) new function. withdraw a
connected subnet address set from zebra, and pass information
along to clients.
(connected_announce) similar, but to announce a new connected
subnet address set.
(connected_check_ipv4) renamed to connected_check, as its
AFI independent.
(connected_add_ipv{4,6}) Remove the connected address announce
stuff, use connected_announce instead.
If connected_check indicates address is already present,
treat it as an implicit withdraw of the existing address, ie
remove the old address details and replace with the new
details.
(connected_delete_ipv{4,6}) Use connected_withdraw.
(connected_check_ipv6) deleted in favour of connected_check.
* connected.h: Rename connected_check_ipv4 to connected_check.
delete connected_check_ipv6.
* interface.c: Use connected_check rather than the AFI specific
symbols.
* kernel_socket.c: (rtm_read) RTM_CHANGE support. Create a
rib delete event for the existing route, before adding route
again.
(kernel_read) we can handle RTM_CHANGE now.
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* aspath_test.c: Test bgp_aspath functionality.
* Makefile.am: build aspathtest
* ChangeLog: Fix date of previous commit
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* Makefile.am: bgpd shouldn't list libgp's sources as its own.
Use LDADD.
* bgp_aspath.h:
(struct assegment) New struct, abstract representation of a
list of AS_PATH segments and the contained ASNs.
(struct aspath) Remove the raw-data related
fields, reference the abstract struct assegment instead.
Remove several other computed fields, it's just a
headache to maintain them and they're cheap to compute from
struct assegment.
(aspath_parse) parse a stream, not a pointer to raw data.
(aspath_count_{hops,confeds,size}) helpers to access
information formerly directly contained in struct aspath.
(aspath_snmp_pathseg) Helper for SNMP, BGP MIB wants
to be able to output hex representation of raw data.
* bgp_aspath.c: (general) partial-rewrite. Store aspath data
as an abstract singly-linked list of abstract segments,
rather than storing the raw data, and parsing it each and
every time. Remove several count/size fields which are cheap
to compute from the abstract segment structure.
(global) Include stream.h, needed for aspath_parse, and
others. Couple of helper macros added.
(struct assegment_header) Just the header, and only the
header.
(assegment_data_{new,free}) convenience functions for
AS_SEG_DATA allocation, the dynamic, per-segment array of
ASNs.
(assegment_{new,free,free_all,dup,dup_all}) convenience
functions for creating struct assegments. The _all forms will
follow the entire chain of segments from the given segment.
(assegment_prepend_asns) new function, prepend an ASN N times
to segment.
(assegment_append_asns) Append a list (array) of ASNs to
segment.
(int_cmp) convenience function for the aspath hash.
(assegment_normalise) new function. Normalise the given
segment chain to meet expectations of Quagga, and to
eliminate differing raw representations of the same paths.
Merge 'runs' of SEQUENCEs into one segment as our internal
segment is not limited by the protocol AS_PATH segment
length. Sort ASNs in SETs.
(aspath_new) Take void argument to quell warnings. Use the
assegment convenience functions.
(assegment_count_{asns,confeds,hops}) new functions to
compute at runtime values previously held in struct aspath.
(aspath_size) ditto.
(aspath_make_str_count) rewritten to stringify new
representation, and to be slightly easier to understand
hopefully.
(aspath_str_update) convenience function, update the aspath
str. Should investigate removing maintained string from
struct aspath, just run-time compute it, as per other fields.
It's just a maintenance headache, would save noticeable
amount of RAM with possibly not much extra run-time cost.
(aspath_dup) use the assegment dup functions.
(aspath_hash_alloc) Take void * argument to satisfy gcc. Use
the proper helper functions to dup data.
(assegments_parse) new function. parse raw AS_PATH data into
struct assegments. Normalise and return the head of the list.
(aspath_parse) Parse a stream, not pointer to raw data and
use assegments_parse to do it.
(assegment_data_put) Write out a single segment data in protocol
form to stream.
(assegment_header_put) ditto but for segment header.
(aspath_put) new function. As per previous but for an entire
struct aspath.
(aspath_snmp_pathseg) wrapper around aspath_put for
bgp_snmp.c. Uses a static buffer sadly.
(aspath_aggregate_as_set_add) rewritten to use assegments.
(aspath_aggregate) ditto
(aspath_{firstas,loop,private_as}_check) ditto
(aspath_{merge,prepend,add_one_as}) ditto
(aspath_cmp_left{_confed}) ditto
(aspath_delete_confed_seq) ditto, plus fixed to properly
delete all leading confed segments.
(aspath_as_add) Just use assegment_append_asns.
(aspath_segment_add) updated to use assegments.
(enum as_token) Add values for confeds
(aspath_gettoken) Add support for confeds
(aspath_str2aspath) ditto
(aspath_key_make) updated to use as_segments. Also, add
segment type into the hash value as appropriate.
(aspath_cmp) updated to use as_segments.
(aspath_print) don't segfault on NULL argument.
* bgp_attr.c: (bgp_attr_aspath) aspath_parse wants the stream
now. No need for manual forwarding of stream.
(bgp_packet_attribute) empty aspath is now denoted by NULL
segment field, length is gone.
Use aspath_size() to determine size.
(bgp_attr_init) Fix declaration, explicitely specify void
arg.
(bgp_dump_routes_attr) Use aspath_size() to determine size.
* bgp_route.c: (bgp_info_cmp) use the aspath_count_* functions.
(bgp_rib_withdraw) remove unused variable. Use
aspath_count_hops.
* bgp_snmp.c: (bgp4PathAttrTable) raw data is gone, use
aspath_snmp_pathseg to get the representation.
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* bgp_vty.c: (bgp_vty_init) gcc 4 compile fix. static
function declarations shouldn't be inside functions.
* bgp_dump.c: (bgp_dump_interval_add) ditto.
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- Steal some changes from Fedora spec file:
- Add with_rtadv variable
- Test for groups/users with getent before group/user adding
- Readline need not be an explicit prerequisite
- install-info delete should be postun, not preun
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* test-buffer.c: include memory.h
(main) call memory_init().
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* heavy-wq.c: (slow_func_del,slow_func_err) make them take
void * argument to shut up silly gcc warning.
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* command.c: (install_element) be more robust. Eg, cmd_init
need not have been called, some applications may use other
library subsystems, which call install_element, without the
application wanting commands and hence not calling cmd_init.
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on).
* isis_lsp.c (lsp_build_nonpseudo): Use stream_reset() instead of
touching endp directly.
* isis_lsp.c (lsp_build_pseudo): Ditto.
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Similar fix to the one commited to lsp_build_nonpseudo() some days
ago.
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anything. These floats to longs and vice versa casts are starnge
indeed.
* isis_pdu.c: As we don't use %z for size_t for now because we support
older compilers, cast them to unsigned long.
Also fix previous changelog entry. Isisd compiles cleanly now again.
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with XCALLOC.
* isis_lsp.c (lsp_build_pseudo): Fix adding ES neighbour.
* isis_tlv.c: More compact free_tlvs() function.
* isis_lsp.c (lsp_build_nonpseudo) : Try to fix one more regression
introduced by stream cleanup. Seek enp to the right place before
starting to fill stream with TLVs.
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Forwardport from stable branch.
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rib_add_ipv6() function so that IPv6 routes in RIB can have correct
metric. No IPv6 routing daemon uses distance yet though.
* zserv.c, connected.c, kernel_socket.c, rt_netlink.c,
rtread_proc.c,zserv.c: Pass metric and distance info to the
rib_add_ipv6().
Forwardport from stable branch.
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