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@ -195,12 +195,53 @@ users seeming to indicate it is still quite buggy.
So the script for setting up networking disables `systemd-resolved` and instead
creates a classic `/etc/resolv.conf` file. Once I have the system running, I
will likely play with `systemd-resolved` but even if I do play with it and get
it working well, I generally like to run `unbound` (in DNSSEC enforcing mode)
on the localhost anyway.
will likely play with `systemd-resolved` and figure things out. For the desktop
user, it seems like the biggest advantages of `systemd-resolved` over the
simpler `/etc/resolv.conf` are the ability to endorce DNSSEC and the ability to
use DNS over TLS (different than DNS over HTTPS) *however* it seems both of
those features are marked as *experimental*. For the present, users who want
DNSSEC should probably run `unbound` on the localhost for DNS services. That is
what I personally do.
Network configuration for the USB flash drive is to not use it, it does not need
a network connection for anything.
DoT does have some privacy benefits but honestly I am not that fond of it, I do
not think the extra complexity and added points of failure are of a real world
benefit. DoT does not prevent the DNS server itself from tracking your requests
or selling data about you. DoT does protect against DNS injection attacks *but
only between you and the recursive resolver*. It does not provide end to end
injection protection between you and the authoritative DNS server. Recursive
resolvers __should__ opportunisticly use DoT when communicating with
authoritative servers (or upstream recursive resolvers) but they should only use
opportunistic DoT as otherwise, a TLS issue could cause a large service outage
that potentially impacts life-saving emergency services.
I am not convinced that the added complexity of DoT is proper for the desktop
user. Users who *want* to run it though should be able to, and
`systemd-resolved` potentially allows them to.
DNSSEC is the only way you can verify the response to your DNS request has not
been tampered with, and DNSSEC *should* be implemented on each client machine.
That is a definite benefit to `systemd-resolved` or at least will be once it is
working properly and no longer marked as *experimental*.
For the small business or larger home, a couple (never only one) of ‘Raspberry
Pi’ devices running `unbound` is a very good thing. The `unbound` caching DNS
server should be running opportunistic DoT of course but the desktop machines
that query them really do not need to.
Medium and larger businesses may need something more powerful than a ‘Raspberry
Pi’ device, but they should have IT departments with people trained to figure out
what they need. Point is, DoT really is not a desktop user technology IMHO.
DNS over HTTPS is a browser technology and IMHO is rubbish, the only real
benefit is to trackers because it prevents DNS based advertisement and tracker
blocking and thus DoH actually serves to __reduce end-user privacy__. Turn it off
in your browser, some browsers now *cough*FireFox*cough* enable it by default.
Okay back on topic...
Network configuration for the USB flash drive is to simply not use it, it does
not need a network connection for anything, it will have all the source tarballs
it needs to rebuild LFS on the target hard drive.
### /etc/fstab
@ -229,55 +270,3 @@ The `/etc/fstab` entry for the root filesystem on the USB flash drive still
needs to be filled in, I have not formatted the drive yet, I am still doing
dry runs.
The Madness
-----------
Long term goal is to produce a GNU/Linux distribution largely based upon LFS
but using RPM packages with a ‘core’ package repository and then additional
package repositories that require the ‘core’ package repository.
Multilib is not a goal, nor is compatibility with WINE. The goal is to allow
‘Free Libre Open Source Software’ to have a capable GNU system running the
Linux kernel upon which to run.
I *personally* will be involved in the package repository for the MATE Desktop
Environment when it gets that far, but as far as GNOME, KDE, etc. if they are
to have package repositories then others will have to provide them.
What I want is a stable ‘LTS’ distribution along the lines of what CentOS used
to be but third-party package repositories providing for the needs of the user
community, similar to how ‘Fedora Extras’ supplemented Red Hat Linux back in the
day.
Is that too much to ask?
The Plan
--------
These scripts will be used to build a bootable USB thumb drive that will then
be used to run the scripts again to rebuild itself on the hard disk. The thumb
drive then becomes my emergency boot device.
Once installed on the hard drive, BLFS packages will be added until I have a
basic usable system bootstrapped with the RPM package manager.
At that point, packages will be added until I am able to run the XFCE desktop
environment. Long-term goal personally is MATE but MATE will be done as a
separate package repository. Hopefully KDE and GNOME will also be done as
separate package repositories as well.
Users who are happy with XFCE will not need a separate package repository for
their desktop environment.
Back on topic, once XFCE is properly packaged and working, then the scripts
used to build the bootable USB thumb drive will be used to build an installer
thumb drive with a crude basic installer to create a system using RPM packages.
That will be the first release of ‘Yellow-Jacket GNU/Linux’ and it is probable
that by the time that happens, the LTS kernel will have changed and quite
likely other core components like GCC and GlibC and Python.