The following already works:
* Custom key sizes, e.g. 2048 bits
* Custom key types, e.g. ECC
* Multiple trusted root CAs in `/var/lib/icinga2/certs/ca.crt`
* Different root CAs per cluster subtree, as long as each node trusts the
issuers of the certificates of all nodes it's directly connected to
* Any number of intermediate CAs
* Update 10-icinga-template-library.md
Explicitly name the config-sync check feature of the icinga check, as before this was a little bit too undocumented making it unknown to me.
Also mention where the check has to executed in order to bring the desired results.
* Update 15-troubleshooting.md
Add 4h typical error point for configuration stored outside of /etc/icinga2/zones.d. For when a non-distributed setup was migrated to a distributed setup.
Also link to the internal icinga CheckCommand to promote its existance.
* Update 15-troubleshooting.md
Remove "-" from link
* Revert "Update 15-troubleshooting.md"
This reverts commit bb25ba3ff5d2797b95cc6c6d5d4fc64e342164f1.
* Update AUTHORS
Add myself to AUTHORS
* Update doc/15-troubleshooting.md
Co-authored-by: alvar <8402811+oxzi@users.noreply.github.com>
* Update doc/10-icinga-template-library.md
Co-authored-by: alvar <8402811+oxzi@users.noreply.github.com>
* Update doc/15-troubleshooting.md
Co-authored-by: alvar <8402811+oxzi@users.noreply.github.com>
---------
Co-authored-by: alvar <8402811+oxzi@users.noreply.github.com>
Currently, for each `Disconnect()` call, we spawn a coroutine, but every
one of them is just usesless, except the first one. However, since all
`Disconnect()` usages share the same asio strand and cannot interfere
with each other, spawning another coroutine within `Disconnect()` isn't
even necessary. When a coroutine calls `Disconnect()` now, it will
immediately initiate an async shutdown of the socket, potentially causing
the coroutine to yield and allowing the others to resume. Therefore, the
`m_ShuttingDown` flag is still required by the coroutines to be checked
regularly.
For check_procs, both the Monitoring Plugins' implementation[0] and the
Nagios Plugin[1] are supporting the "-X" or "--exclude-process" flag to
exclude one or many processes by name. However, this flag is missing
here in the Icinga Template Library.
The Nagios Plugin implementation also comes with "-j" and "-g" for
FreeBSD jails and Linux cgroups, respectively. But, to keep it
compatible, I would ignore these for the moment.
Closes#10226.
[0]: https://www.monitoring-plugins.org/doc/man/check_procs.html
[1]: https://nagios-plugins.org/doc/man/check_procs.html
In fact, this is already done for the outer loop (for each bulk), just not yet for the inner one (for each message of a bulk). So once the remote signals EOF, don't try to process the remaining queue until write error (which can't be associated with a particular message anyway, due to buffering), but just let the peer go. Flush already half-written messages, though, if possible.
by not calling `std::atomic<T>::atomic(void)`.
After the latter the instance "does not contain a T object, and its only valid uses are destruction and initialization by std::atomic_init" which we don't call. So the only safe option is `std::atomic<T>::atomic(T)`.
https://en.cppreference.com/w/cpp/atomic/atomic/atomic
When the `Desconnect()` method is called, clients are not disconnected
immediately. Instead, a new coroutine is spawned using the same strand
as the other coroutines. This coroutine calls `async_shutdown` on the
TCP socket, which might be blocking. However, in order not to block
indefintely, the `Timeout` class cancels all operations on the socket
after `10` seconds. Though, the timeout does not trigger the handler
immediately; it creates spawns another coroutine using the same strand
as in the `JsonRpcConnection` class. This can cause unexpected delays if
e.g. `HandleIncomingMessages` gets resumed before the coroutine from the
timeout class. Apart from that, the coroutine for writing messages uses
the same condition, making the two symmetrical.
