| Age | Commit message (Collapse) | Author |
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* ripd.c: rip_create_socket() for each packet, it does not bind to the
proper interfaces because we forget to use the from address when
it is specified.
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* memtypes.h: Add MTYPE_OSPF_VERTEX_PARENT (to match memtypes.c).
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* (general) SPF memory management cleanup and fix for rare
double-free bug.
* ospf_spf.h: (struct vertex_parent) New struct to hold parent
specific data, eg the backlink and the parent vertex pointer,
and point to the appropriate general struct vertex_nexthop.
(struct vertex_nexthop) remove parent vertex pointer, so
this struct can be shared across vertices.
(struct vertex) rename list child to list children. Remove
list of nexthops, replace with list of vertex_parents.
* ospf_spf.c: (update_stat) trivial, remove cast from void *.
(vertex_nexthop_new) remove init of parent - field is gone
from struct vertex_nexthop.
(ospf_canonical_nexthops_free) Remove the canonical
vertex_nexthop memory objects. These are the vertex_nexthops
attached to the first level of router vertices from the root.
(vertex_parent_new) new function, create a vertex_parent.
(vertex_parent_free) ditto, but free it.
(ospf_vertex_new) Update to match changes to struct vertex.
(ospf_vertex_free) Recursively free a struct vertex and its
children. The parent list is used as a reference count.
vertex_nexthops must be free seperately, if required.
(ospf_vertex_dump) update to match struct vertex changes.
Print out backlink of parents too.
(ospf_vertex_add_parent) ditto.
(ospf_lsa_has_link) update comment.
(ospf_nexthop_add_unique) removed, not needed anymore.
(ospf_nexthop_merge) ditto.
(ospf_spf_consider_nexthop) renamed to ospf_spf_add_parent.
Simplified to just create vertex_parent and add it.
(ospf_spf_flush_parents) new function, flush out the parent
list.
(ospf_nexthop_calculation) Take the relevant route_lsa_link
as an argument, which simplifies things and removes the need
for the hack in ospf_nexthop_add_unique - ospf_spf_next
already knew exactly which link the cost calculated was for.
Update to match struct vertex changes too.
(ospf_spf_next) Don't create a vertex for W unnecessarily, if
it's there's a vertex already created for W, use it, and
hence there's no need to free it either.
Update some manipulation/comparisons of distance to match.
Flush the parent list if a lower cost path is found.
(ospf_spf_route_free) unused, removed.
(ospf_spf_dump) match the struct vertex changes, and dump the
ifname if possible.
(ospf_spf_calculate) At end of SPF, free the canonical nexthops
and call ospf_vertex_free on the root vertex to free the
entire tree.
* ospf_interface.c: (ospf_vl_set_params) match struct vertex
changes.
* ospf_route.c: (ospf_intra_route_add) ditto
(ospf_route_copy_nexthops_from_vertex) ditto
* memtypes.c: (memory_list_ospf) Add MTYPE_OSPF_VERTEX_PARENT.
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* ospf_api.c: sign warnings.
* ospf_apiserver.c: sign warning and convert all the struct
in_addr initialisations so as not to make assumptions about
how this struct is organised, initialise the s_addr member
explicitely.
* ospf_packet.c: Add const qualifier to auth_key.
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* quagga.texi: Rejiggle the copyright sections a bit, seems to
make makeinfo happier and generates info pages again on FC4.
* quagga.info: Update this auto-built file.
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* connected.{c,h}: (connected_{add,delete}_ipv4) label should
be const qualified.
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* test-privs.c: Privileges unit test.
* Makefile.am: build testprivs
* aspath_test.c: fix a few sign warnings
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* ospf_snmp.c: Avoid mixing interface and ospf_interface objects
which now allows snmpwalk to work with ospfIfTable and
also with ospfIfMetricTable
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* rip_interface.c: Now the command "no ip rip split-horizon
poisoned-reverse" just inhibates the poisoned-reverse effects
but keep spli-horizon activ.
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* zebra.h: Declare new functions zebra_route_string() and
zebra_route_char().
* log.c: (zroute_lookup,zebra_route_string,zebra_route_char) New
functions to map zebra route numbers to strings.
* zebra_vty.c: (route_type_str) Remove obsolete function: use new
library function zebra_route_string() instead. Note that there
are a few differences: for IPv6 routes, we now get "ripng" and
"ospf6" instead of the old behavior ("rip" and "ospf").
(route_type_char) Remove obsolete function: ues new library function
zebra_route_char() instead. Note that there is one difference:
the old function returned 'S' for a ZEBRA_ROUTE_SYSTEM route,
whereas the new one returns 'X'.
(vty_show_ip_route_detail,vty_show_ipv6_route_detail) Replace
route_type_str() with zebra_route_string().
(vty_show_ip_route,vty_show_ipv6_route) Replace route_type_char()
with zebra_route_char().
* bgp_vty.c: (bgp_config_write_redistribute) Use new library function
zebra_route_string instead of a local hard-coded table.
* ospf6_asbr.c: Remove local hard-coded tables zroute_name and
zroute_abname. Change the ZROUTE_NAME macro to use new library
function zebra_route_string(). Remove the ZROUTE_ABNAME macro.
(ospf6_asbr_external_route_show): Replace ZROUTE_ABNAME() with
a call to zebra_route_char(), and be sure to fix the format string,
since we now have a char instead of a char *.
* ospf6_zebra.c: Remove local hard-coded tables zebra_route_name and
zebra_route_abname. Note that the zebra_route_name[] table
contained mixed-case strings, whereas the zebra_route_string()
function returns lower-case strings.
(ospf6_zebra_read_ipv6): Change debug message to use new library
function zebra_route_string() instead of zebra_route_name[].
(show_zebra): Use new library function zebra_route_string() instead
of zebra_route_name[].
* ospf_dump.c: Remove local hard-coded table ospf_redistributed_proto.
(ospf_redist_string) New function implemented using new library
function zebra_route_string(). Note that there are a few differences
in the output that will result: the new function returns strings
that are lower-case, whereas the old table was mixed case. Also,
the old table mapped ZEBRA_ROUTE_OSPF6 to "OSPFv3", whereas the
new function returns "ospf6".
* ospfd.h: Remove extern struct message ospf_redistributed_proto[],
and add extern const char *ospf_redist_string(u_int route_type)
instead.
* ospf_asbr.c: (ospf_external_info_add) In two messages, use
ospf_redist_string instead of LOOKUP(ospf_redistributed_proto).
* ospf_vty.c: Remove local hard-coded table distribute_str.
(config_write_ospf_redistribute,config_write_ospf_distribute): Use
new library function zebra_route_string() instead of distribute_str[].
* ospf_zebra.c: (ospf_redistribute_set,ospf_redistribute_unset,
ospf_redistribute_default_set,ospf_redistribute_check)
In debug messages, use ospf_redist_string() instead of
LOOKUP(ospf_redistributed_proto).
* rip_zebra.c: (config_write_rip_redistribute): Remove local hard-coded
table str[]. Replace str[] with calls to new library function
zebra_route_string().
* ripd.c: Remove local hard-coded table route_info[].
(show_ip_rip) Replace uses of str[] with calls to new library
functions zebra_route_char and zebra_route_string.
* ripng_zebra.c: (ripng_redistribute_write) Remove local hard-coded
table str[]. Replace str[i] with new library function
zebra_route_string(i).
* ripngd.c: Remove local hard-coded table route_info[].
(show_ipv6_ripng) Use new library function zebra_route_char() instead
of table route_info[].
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* rt_netlink.c: (netlink_request) Use memset to clear structure
before calling sendto (eliminates a valgrind error message about
uninitialized data).
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* isis_events.c: Stop pseudo LSP thread while resigning circuit from
level.
* isis_route.c: Fix compiling with EXTREME_DEBUG. Mark route as not
in sync with zebra if it's changed.
* isis_spf.c: Schedule route validating etc even if tent was empty.
It's probably because we just don't have any adjacencies.
* isisd.c: Write minimum spf interval into configuration.
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* isis_route.c: fix EXTREME_DEBUG compilation
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* ospf_dump.c, ospf_ia.c, ospf_spf.c, ospf_ase.c:
remove unused DEBUG
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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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