Do it separately with SafekeeperPostgresCommand enum as a result. Since query is
always C string, switch postgres_backend process_query argument from Bytes to
&str.
Make passing ztli/ztenant id in safekeeper connection string optional; this is
needed for upcoming intra-safekeeper heartbeat cmd which is not bound to any
timeline.
- perform checkpoint for each tenant repository.
- wait for the completion of all threads.
Add new option 'immediate' to 'pageserver stop' command to terminate the pageserver immediately.
Positive EncryptionResponse should set 'S' byte, not 'Y'. With that
fix it is possible to connect to proxy with SSL enabled and read
deciphered notice text. But after the first query everything stucks.
Commit message copied below:
* Allow LeSer/BeSer impls missing Serialize/Deserialize
Currently, using `LeSer` or `BeSer` requires that the type implements
both `Serialize` and `DeserializeOwned`, even if we're only using the
trait for one of those functionalities.
Moving the bounds to the methods gives the convenience of the traits
without requiring unnecessary derives.
* Remove unused #[derive(Serialize/Deserialize)]
This should hopefully reduce compile times - if only by a little bit.
Some of these were already unused (we weren't using LeSer/BeSer for the
types), but most are have *become* unused with the change to
LeSer/BeSer.
* Allow LeSer/BeSer impls missing Serialize/Deserialize
Currently, using `LeSer` or `BeSer` requires that the type implements
both `Serialize` and `DeserializeOwned`, even if we're only using the
trait for one of those functionalities.
Moving the bounds to the methods gives the convenience of the traits
without requiring unnecessary derives.
* Remove unused #[derive(Serialize/Deserialize)]
This should hopefully reduce compile times - if only by a little bit.
Some of these were already unused (we weren't using LeSer/BeSer for the
types), but most are have *become* unused with the change to
LeSer/BeSer.
This module adds two traits that implement bincode-based serialization.
BeSer implements methods for big-endian encoding/decoding.
LeSer implements methods for little-endian encoding/decoding.
Right now, the BeSer and LeSer methods have the same names, meaning you
can't `use` them both at the same time. This is intended to be a safety
mechanism: mixing big-endian and little-endian encoding in the same file
is error-prone. There are ways around this, but the easiest fix is to
put the big-endian code and little-endian code in different files or
submodules.
