"
This series implements support for the ME sstable format (introduced
in C* 3.11.11).
Tests: unit(dev)
"
* tag 'me-sstable-format-v5' of https://github.com/cmm/scylla:
sstables: validate originating host id
sstable: add is_uploaded() predicate
config: make the ME sstable format default
scylla-gdb.py: recognize ME sstables
sstables: store originating host id in stats metadata
system_keyspace: cache local host id before flushing
database_test: ensure host id continuity
sstables_manager: add get_local_host_id() method and support
sstables_manager: formalize inheritability
system_keyspace, main: load (or create) local host id earlier
sstable_3_x_test: test ME sstable format too
add "ME_SSTABLE" cluster feature
add "sstable_format" config
add support for the ME sstable format
scylla-sstable: add ability to dump optionals and utils::UUID
sstables: add ability to write and parse optionals
globalize sstables::write(..., utils::UUID)
Later in this series the ME sstable format is made default, which
means that `system.local` will likely be written as ME.
Since, in ME, originating host id is a part of sstable stats metadata,
the local host id needs to either already be cached by the time
`system.local` is flushed, or to somehow be special-case-ignored when
flushing `system.local`.
The former (done here) is optimistic (cache before flush), but the
alternative would be an abstraction violation and would also cost a
little time upon each sstable write.
(Cache-before-flush could be undone by catching any exceptions during
flush and un-caching, but inability to `co_await` in catch clauses
makes the code look rather awkward. And there is no need to bother
because bootstrap failures should be fatal anyway)
Signed-off-by: Michael Livshin <michael.livshin@scylladb.com>
Since ME sstable format includes originating host id in stats
metadata, local host id needs to be made available for writing and
validation.
Both Scylla server (where local host id comes from the `system.local`
table) and unit tests (where it is fabricated) must be accomodated.
Regardless of how the host id is obtained, it is stored in the db
config instance and accessed through `sstables_manager`.
Signed-off-by: Michael Livshin <michael.livshin@scylladb.com>
We want it to be cached before any sstable is written, so do it right
after system_keyspace::minimal_setup().
Signed-off-by: Michael Livshin <michael.livshin@scylladb.com>
Initialize it to "md" until ME format support is
complete (i.e. storing originating host id in sstable stats metadata
is implemented), so at present there is no observable change by
default.
Also declare "enable_sstables_md_format" unused -- the idea, going
forward, being that only "sstable_format" controls the written sstable
file format and that no more per-format enablement config options
shall be added.
Signed-off-by: Michael Livshin <michael.livshin@scylladb.com>
CDC registers to the table-creation hook (before_create_column_family)
to add a second table - the CDC log table - to the same keyspace.
The handler function (on_before_update_column_family() in cdc/log.cc)
wants to retrieve the keyspace's definition, but that does NOT WORK if
we create the keyspace and table in one operation (which is exactly what
we intend to do in Alternator to solve issue #9868) - because at the
time of the hook, the keyspace does not yet exist in the schema.
It turns out that on_before_update_column_family() does not REALLY need
the keyspace. It needed it to pass it on to make_create_table_mutations()
but that function doesn't use the keyspace parameter passed to it! All
it needs is the keyspace's name - which is in the schema anyway and
doesn't need to be looked up.
So in this patch we fix make_create_table_mutations() to not require the
unused keyspace parameter - and fix the CDC code not to look for the
keyspace that is no longer needed.
Signed-off-by: Nadav Har'El <nyh@scylladb.com>
Message-Id: <20220215162342.622509-1-nyh@scylladb.com>
This reverts commit 23da2b5879. It causes
the node to quickly run out of memory when many schema changes are made
within a small time window.
Fixes#10071.
`system.raft`, `system.raft_snapshots` and `system.raft_config`
were missing from the `extra_durable_tables` list, so that
`set_wait_for_sync_to_commitlog(true)` was not enabled when
the tables were re-created via `create_table_from_mutations`.
Tests: unit(dev)
Signed-off-by: Pavel Solodovnikov <pa.solodovnikov@scylladb.com>
Message-Id: <20220210073418.484843-1-pa.solodovnikov@scylladb.com>
The system.config virtual tables prints each configuration variable of
type T based on the JSON printer specified in the config_type_for<T>
in db/config.cc.
For two variable types - experimental_features and tri_mode_restriction,
the specified converter was wrong: We used value_to_json<string> or
value_to_json<vector<string>> on something which was *not* a string.
Unfortunately, value_to_json silently casted the given objects into
strings, and the result was garbage: For example as noted in #10047,
for experimental_features instead of printing a list of features *names*,
e.g., "raft", we got a bizarre list of one-byte strings with each feature's
number (which isn't documented or even guaranteed to not change) as well
as carriage-return characters (!?).
So solution is a new printable_to_json<T> which works on a type T that
can be printed with operator<< - as in fact the above two types can -
and the type is converted into a string or vector of strings using this
operator<<, not a cast.
Also added a cql-pytest test for reading system.config and in particular
options of the above two types - checking that they contain sensible
strings and not "garbage" like before this patch.
Fixes#10047.
Signed-off-by: Nadav Har'El <nyh@scylladb.com>
Message-Id: <20220209090421.298849-1-nyh@scylladb.com>
If version is absent in cache, it will be fetched from the
coordinator. This is not expensive, but if the version is not known,
it must be also "synced". It means that the node will do a full schema
pull from the coordinator. This pull is expensive and can take seconds.
If the coordinator we pull from is at an old version, the pull will do
nothing and current node will soon forget the old version, initiating
another pull.
If some nodes stay at an old version for a long time for some reason,
this will make new coordinators initiate pulls frequently.
Increase the expiration period to 15 minutes to reduce the impact in
such scenarios.
Fixes#10042.
Message-Id: <20220207122317.674241-1-tgrabiec@scylladb.com>
Snapshot-ctl methods fetch information about snapshots from
column family objects. The problem with this is that we get rid
of these objects once the table gets dropped, while the snapshots
might still be present (the auto_snapshot option is specifically
made to create this kind of situation). This commit switches from
relying on column family interface to scanning every datadir
that the database knows of in search for "snapshots" folders.
This PR is a rebased version of #9539 (and slightly cleaned-up, cosmetically)
and so it replaces the previous PR.
Fixes#3463Closes#7122Closes#9884
* github.com:scylladb/scylla:
snapshots: Fix snapshot-ctl to include snapshots of dropped tables
table: snapshot: add debug messages
"
which is currently unhandled from multiple call sites, leading to the following warning
as seen in https://jenkins.scylladb.com/view/master/job/scylla-master/job/dtest-release/1094/artifact/logs-all.release.2/1643794928169_materialized_views_test.py%3A%3ATestInterruptBuildProcess%3A%3Atest_interrupt_build_process_and_resharding_half_to_max_test/node2.log
```
Scylla version 5.0.dev-0.20220201.a026b4ef4 with build-id cebf6dca8edd8df843a07e0f01a1573f1d0a6dfc starting ...
WARN 2022-02-02 09:31:56,616 [shard 2] seastar - Exceptional future ignored: seastar::sleep_aborted (Sleep is aborted), backtrace: 0x463b65e 0x463bb50 0x463be58 0x426c165 0x230c744 0x42adad4 0x42aeea7 0x42cdb55 0x4281a2a /jenkins/workspace/scylla-master/dtest-release/scylla/.ccm/scylla-repository/a026b4ef490074df0d31d4b0ed9189d0cfaa745e/scylla/libreloc/libpthread.so.0+0x9298 /jenkins/workspace/scylla-master/dtest-release/scylla/.ccm/scylla-repository/a026b4ef490074df0d31d4b0ed9189d0cfaa745e/scylla/libreloc/libc.so.6+0x100352
--------
seastar::continuation<seastar::internal::promise_base_with_type<void>, seastar::future<void>::finally_body<serialized_action::trigger(bool)::{lambda()#2}, false>, seastar::future<void>::then_wrapped_nrvo<seastar::future<void>, seastar::future<void>::finally_body<serialized_action::trigger(bool)::{lambda()#2}, false> >(seastar::future<void>::finally_body<serialized_action::trigger(bool)::{lambda()#2}, false>&&)::{lambda(seastar::internal::promise_base_with_type<void>&&, seastar::future<void>::finally_body<serialized_action::trigger(bool)::{lambda()#2}, false>&, seastar::future_state<seastar::internal::monostate>&&)#1}, void>
```
Decoded:
```
void seastar::backtrace(seastar::current_backtrace_tasklocal()::$_3&&) at ./build/release/seastar/./seastar/include/seastar/util/backtrace.hh:59
(inlined by) seastar::current_backtrace_tasklocal() at ./build/release/seastar/./seastar/src/util/backtrace.cc:86
seastar::current_tasktrace() at ./build/release/seastar/./seastar/src/util/backtrace.cc:137
seastar::current_backtrace() at ./build/release/seastar/./seastar/src/util/backtrace.cc:170
seastar::report_failed_future(std::__exception_ptr::exception_ptr const&) at ./build/release/seastar/./seastar/src/core/future.cc:210
(inlined by) seastar::report_failed_future(seastar::future_state_base::any&&) at ./build/release/seastar/./seastar/src/core/future.cc:218
seastar::future_state_base::any::check_failure() at ././seastar/include/seastar/core/future.hh:567
(inlined by) seastar::future_state::clear() at ././seastar/include/seastar/core/future.hh:609
(inlined by) ~future_state at ././seastar/include/seastar/core/future.hh:614
(inlined by) ~future at ././seastar/include/seastar/core/scheduling.hh:43
(inlined by) void seastar::futurize >::satisfy_with_result_of::then_wrapped_nrvo, seastar::future::finally_body >(seastar::future::finally_body&&)::{lambda(seastar::internal::promise_base_with_type&&, serialized_action::trigger(bool)::{lambda()#2}&, seastar::future_state&&)#1}::operator()(seastar::internal::promise_base_with_type, seastar::internal::promise_base_with_type&&, seastar::future_state::finally_body&&::monostate>) const::{lambda()#1}>(seastar::internal::promise_base_with_type, seastar::future::finally_body&&) at ././seastar/include/seastar/core/future.hh:2120
(inlined by) operator() at ././seastar/include/seastar/core/future.hh:1667
(inlined by) seastar::continuation, seastar::future::finally_body, seastar::future::then_wrapped_nrvo, serialized_action::trigger(bool)::{lambda()#2}>(serialized_action::trigger(bool)::{lambda()#2}&&)::{lambda(seastar::internal::promise_base_with_type&&, serialized_action::trigger(bool)::{lambda()#2}&, seastar::future_state&&)#1}, void>::run_and_dispose() at ././seastar/include/seastar/core/future.hh:767
seastar::reactor::run_tasks(seastar::reactor::task_queue&) at ./build/release/seastar/./seastar/src/core/reactor.cc:2344
(inlined by) seastar::reactor::run_some_tasks() at ./build/release/seastar/./seastar/src/core/reactor.cc:2754
seastar::reactor::do_run() at ./build/release/seastar/./seastar/src/core/reactor.cc:2923
operator() at ./build/release/seastar/./seastar/src/core/reactor.cc:4128
(inlined by) void std::__invoke_impl(std::__invoke_other, seastar::smp::configure(seastar::smp_options const&, seastar::reactor_options const&)::$_100&) at /usr/lib/gcc/x86_64-redhat-linux/11/../../../../include/c++/11/bits/invoke.h:61
(inlined by) std::enable_if, void>::type std::__invoke_r(seastar::smp::configure(seastar::smp_options const&, seastar::reactor_options const&)::$_100&) at /usr/lib/gcc/x86_64-redhat-linux/11/../../../../include/c++/11/bits/invoke.h:111
(inlined by) std::_Function_handler::_M_invoke(std::_Any_data const&) at /usr/lib/gcc/x86_64-redhat-linux/11/../../../../include/c++/11/bits/std_function.h:291
std::function::operator()() const at /usr/lib/gcc/x86_64-redhat-linux/11/../../../../include/c++/11/bits/std_function.h:560
(inlined by) seastar::posix_thread::start_routine(void*) at ./build/release/seastar/./seastar/src/core/posix.cc:60
```
This series handles exception handling to serialized actions triggers
that don't handle exceptions.
Test: unit(dev)
"
* tag 'handle-serialized_action-trigger-exception-v1' of https://github.com/bhalevy/scylla:
migration_manager: passive_announce(version): handle exception
view_builder: do_build_step: handle unexpected exceptions
storage_service: no need to include utils/serialized_action.hh
Fixes#10020
Previous fix 445e1d3 tried to close one double invocation, but added
another, since it failed to ensure all potential nullings of the opt
shared_future happened before a new allocator could reset it.
This simplifies the code by making clearing the shared_future a
pre-requisite for resolving its contents (as read by waiters).
Also removes any need for try-catch etc.
Closes#10024
Exception are handled by do_build_step in principle,
Yet if an unhandled exception escapes handling
(e.g. get_units(_sem, 1) fails on a broken semaphore)
we should warn about it since the _build_step.trigger() calls
do no handle exceptions.
Signed-off-by: Benny Halevy <bhalevy@scylladb.com>
Snapshot-ctl methods fetch information about snapshots from
column family objects. The problem with this is that we get rid
of these objects once the table gets dropped, while the snapshots
might still be present (the auto_snapshot option is specifically
made to create this kind of situation). This commit switches from
relying on column family interface to scanning every datadir
that the database knows of in search for "snapshots" folders.
Fixes#3463Closes#7122Closes#9884
Signed-off-by: Piotr Wojtczak <piotr.m.wojtczak@gmail.com>
Signed-off-by: Benny Halevy <bhalevy@scylladb.com>
The system.config table allows changing config parameters, but this
change doesn't survive restarts and is considered to be dangerous
(sometimes). Add an option to disable the table updates. The option
is LiveUpdate and can be set to false via CQL too (once).
fixes#9976
Signed-off-by: Pavel Emelyanov <xemul@scylladb.com>
Message-Id: <20220201121114.32503-1-xemul@scylladb.com>
Refs #9896
Found by @eliransin. Call to new_segment was wrapped in with_timeout.
This means that if primary caller timed out, we would leave new_segment
calls running, but potentially issue new ones for next caller.
This could lead to reserve segment queue being read simultanously. And
it is not what we want.
Change to always use the shared_future wait, all callers, and clear it
only on result (exception or segment)
Closes#10001
When performing a change through group 0 (which right now means schema
changes), clear entries from group 0 history table which are older
than one week.
This is done by including an appropriate range tombstone in the group 0
history table mutation.
* kbr/g0-history-gc-v2:
idl: group0_state_machine: fix license blurb
test: unit test for clearing old entries in group0 history
service: migration_manager: clear old entries from group 0 history when announcing
Raft does not need to persist the commit index since a restarted node will
either learn it from an append message from a leader or (if entire cluster
is restarted and hence there is no leader) new leader will figure it out
after contacting a quorum. But some users may want to be able to bring
their local state machine to a state as up-to-date as it was before restart
as soon as possible without any external communication.
For them this patch introduces new persistence API that allows saving
and restoring last seen committed index.
Message-Id: <YfFD53oS2j1My0p/@scylladb.com>
Fixes#9955
In #9348 we handled the problem of failing to delete segment files on disk, and
the need to recompute disk footprint to keep data flow consistent across intermittent
failures. However, because _reserve_segments and _recycled_segments are queues, we
have to empty them to inspect the contents. One would think it is ok for these
queues to be empty for a while, whilst we do some recaclulating, including
disk listing -> continuation switching. But then one (i.e. I) misses the fact
that these queues use the pop_eventually mechanism, which does _not_ handle
a scenario where we push something into an empty queue, thus triggering the
future that resumes a waiting task, but then pop the element immediately, before
the waiting task is run. In fact, _iff_ one does this, not only will things break,
they will in fact start creating undefined behaviour, because the underlying
std::queue<T, circular_buffer> will _not_ do any bounds checks on the pop/push
operations -> we will pop an empty queue, immediately making it non-empty, but
using undefined memory (with luck null/zeroes).
Strictly speakging, seastar::queue::pop_eventually should be fixed to handle
the scenario, but nontheless we can fix the usage here as well, by simply copy
objects and do the calculation "in background" while we potentially start
popping queue again.
Closes#9966
When performing a change through group 0 (which right now only covers
schema changes), clear entries from group 0 history table which are older
than one week.
This is done by including an appropriate range tombstone in the group 0
history table mutation.
The description parameter is used for the group 0 history mutation.
The default is empty, in which case the mutation will leave
the description column as `null`.
I filled the parameter in some easy places as an example and left the
rest for a follow-up.
This is how it looks now in a fresh cluster with a single statement
performed by the user:
cqlsh> select * from system.group0_history ;
key | state_id | description
---------+--------------------------------------+------------------------------------------------------
history | 9ec29cac-7547-11ec-cfd6-77bb9e31c952 | CQL DDL statement
history | 9beb2526-7547-11ec-7b3e-3b198c757ef2 | null
history | 9be937b6-7547-11ec-3b19-97e88bd1ca6f | null
history | 9be784ca-7547-11ec-f297-f40f0073038e | null
history | 9be52e14-7547-11ec-f7c5-af15a1a2de8c | null
history | 9be335dc-7547-11ec-0b6d-f9798d005fb0 | null
history | 9be160c2-7547-11ec-e0ea-29f4272345de | null
history | 9bdf300e-7547-11ec-3d3f-e577a2e31ffd | null
history | 9bdd2ea8-7547-11ec-c25d-8e297b77380e | null
history | 9bdb925a-7547-11ec-d754-aa2cc394a22c | null
history | 9bd8d830-7547-11ec-1550-5fd155e6cd86 | null
history | 9bd36666-7547-11ec-230c-8702bc785cb9 | Add new columns to system_distributed.service_levels
history | 9bd0a156-7547-11ec-a834-85eac94fd3b8 | Create system_distributed(_everywhere) tables
history | 9bcfef18-7547-11ec-76d9-c23dfa1b3e6a | Create system_distributed_everywhere keyspace
history | 9bcec89a-7547-11ec-e1b4-34e0010b4183 | Create system_distributed keyspace
This table will contain a history of all group 0 changes applied through
Raft. With each change is an associated unique ID, which also identifies
the state of all group 0 tables (including schema tables) after this
change is applied, assuming that all such changes are serialized through
Raft (they will be eventually).
We will use these state IDs to check if a given change is still
valid at the moment it is applied (in `group0_state_machine::apply`),
i.e. that there wasn't a concurrent change that happened between
creating this change and applying it (which may invalidate it).
`announce` now takes a `group0_guard` by value. `group0_guard` can only
be obtained through `migration_manager::start_group0_operation` and
moved, it cannot be constructed outside `migration_manager`.
The guard will be a method of ensuring linearizability for group 0
operations.
1. Generalize the name so it mentions group 0, which schema will be a
strict subset of.
2. Remove the fact that it performs a "read barrier" from the name. The
function will be used in general to ensure linearizability of group0
operations - both reads and writes. "Read barrier" is Raft-specific
terminology, so it can be thought of as an implementation detail.
The functions which prepare schema change mutations (such as
`prepare_new_column_family_announcement`) would use internally
generated timestamps for these mutations. When schema changes are
managed by group 0 we want to ensure that timestamps of mutations
applied through Raft are monotonic. We will generate these timestamps at
call sites and pass them into the `prepare_` functions. This commit
prepares the APIs.
When creating or updating internal distributed tables in
`system_distributed_keyspace::start()`, hardcoded timestamps were used.
There two reasons for this:
- to protect against issue #2129, where nodes would start without
synchronizing schema with the existing cluster, creating the tables
again, which would override any manual user changes to these tables.
The solution was to use small timestamps (like api::min_timestamp) - the
user-created schema mutations would always 'win' (because when they were
created, they used current time).
- to eliminate unnecessary schema sync. If two nodes created these
tables concurrently with different timestamps, the schemas would
formally be different and would need to merge. This could happen
during upgrades when we upgraded from a version which doesn't have
these tables or doesn't have some columns.
The #2129 workaround is no longer necessary: when nodes start they always
have to sync schema with existing nodes; we also don't allow
bootstrapping nodes in parallel.
The second problem would happen during parallel bootstrap, which we
don't allow, or during parallel upgrade. The procedure we recommend is
rolling upgrade - where nodes are upgraded one by one. In this case only
one node is going to create/update the tables; following upgraded nodes
will sync schema first and notice they don't need to do anything. So if
procedures are followed correctly, the workaround is not needed. If
someone doesn't follow the procedures and upgrades nodes in parallel,
these additional schema synchronizations are not a big cost, so the
workaround doesn't give us much in this case as well.
When schema changes are performed by Raft group 0, certain constraints
are placed on the timestamps used for mutations. For this we'll need to
be able to use timestamps which are generated based on current time.
This pull request fixes two preexisting issues related to snapshot_ctl::true_snapshots_size
https://github.com/scylladb/scylla/issues/9897https://github.com/scylladb/scylla/issues/9898
And adds a couple unit tests to tests the snapshot_ctl functionality.
Test: unit(dev), database_test.{test_snapshot_ctl_details,test_snapshot_ctl_true_snapshots_size}(debug)
Closes#9899
* github.com:scylladb/scylla:
table: get_snapshot_details: count allocated_size
snapshot_ctl: cleanup true_snapshots_size
snpashot_ctl: true_snapshots_size: do not map_reduce across all shards
snapshot_ctl uses map_reduce over all database shards,
each counting the size of the snapshots directory,
which is shared, not per-shard.
So the total live size returned by it is multiples by the number of shards.
Add a unit test to test that.
Fixes#9897
Signed-off-by: Benny Halevy <bhalevy@scylladb.com>
Instead of lengthy blurbs, switch to single-line, machine-readable
standardized (https://spdx.dev) license identifiers. The Linux kernel
switched long ago, so there is strong precedent.
Three cases are handled: AGPL-only, Apache-only, and dual licensed.
For the latter case, I chose (AGPL-3.0-or-later and Apache-2.0),
reasoning that our changes are extensive enough to apply our license.
The changes we applied mechanically with a script, except to
licenses/README.md.
Closes#9937
build_progress_virtual_reader is a virtual reader that trims off
the last clustering key column from an underlying base table. It
is here converted to flat_mutation_reader_v2.
Because range_tombstone_change uses position_in_partition, not
clustering_key_prefix, we need a new adjust_ckey() overload.
Note the transformation is likely incorrect. When trimming the
last clustering key column, an inclusive bound changes should
change to exclusive. However, the original code did not do this,
so we don't fix it here. It's immaterial anyway since the base
table doesn't include range tombstones.
Test: unit (dev) (which has a test for this reader)
Closes#9913
Just in case the new algorithm turns out to be buggy, or give a
performance regression, add a flag to fall-back to the old algorithm for
use in the field.
Closes#9908
* github.com:scylladb/scylla:
db: config: add a flag to disable new reversed reads algorithm
replica: table: remove obsolete comment about reversed reads
Just in case the new algorithm turns out to be buggy, or give a
performance regression, add a flag to fall-back to the old algorithm for
use in the field.
This was needed to fix issue #2129 which was only manifest itself with
auto_bootstrap set to false. The option is ignored now and we always
wait for schema to synch during boot.
Split off of #9835.
The series removes extraneous includes of lister.hh from header files
and adds a unit test for lister::scan_dir to test throwing an exception
from the walker function passed to `scan_dir`.
Test: unit(dev)
Closes#9885
* github.com:scylladb/scylla:
test: add lister_list
lister: add more overloads of fs::path operator/ for std::string and string_view
resource_manager: remove unnecessary include of lister.hh from header file
sstables: sstable_directory: remove unncessary include of lister.hh from header file
But define namespace fs = std::filesystem in the header
since many use sites already depend on it
and it's a convention throught scylla's code.
Signed-off-by: Benny Halevy <bhalevy@scylladb.com>
Move replica-oriented classes to the replica namespace. The main
classes moved are ::database, ::keyspace, and ::table, but a few
ancillary classes are also moved. There are certainly classes that
should be moved but aren't (like distributed_loader) but we have
to start somewhere.
References are adjusted treewide. In many cases, it is obvious that
a call site should not access the replica (but the data_dictionary
instead), but that is left for separate work.
scylla-gdb.py is adjusted to look for both the new and old names.
The database, keyspace, and table classes represent the replica-only
part of the objects after which they are named. Reading from a table
doesn't give you the full data, just the replica's view, and it is not
consistent since reconciliation is applied on the coordinator.
As a first step in acknowledging this, move the related files to
a replica/ subdirectory.
The header file <seastar/net/ip.hh> is a large collection of unrelated stuff, and according to ClangBuildAnalyzer, takes 2 seconds to compile for every source file that included it - and unfortunately virtually all Scylla source files included it - through either "types.hh" or "gms/inet_address.hh". That's 2*300 CPU seconds wasted.
In this two-patch series we completely eliminate the inclusion of <seastar/net/ip.hh> from Scylla. We still need the ipv4_address, ipv6_address types (e.g., gms/inet_address.hh uses it to hold a node's IP address) so those were split (in a Seastar patch that is already in) from ip.hh into separate small header files that we can include.
This patch reduces the entire build time (of build/dev/scylla) by 4% - reducing almost 10 sCPU minutes (!) from the build.
Closes#9875
* github.com:scylladb/scylla:
build performance: do not include <seastar/net/ip.hh>
build performance: speed up inclusion of <gm/inet_address.hh>
