This test fail since 450a6999 (slapos-master: Add missing
RevocationCheck on apache, 2023-06-01) and we are reimplementing all
this differently. Mark the test as expected failure for now, so that
it does not impact the general state of test suite.

ORS software-release emits many *.json.log files with information about current
state of eNB and radio units. Those files are used by code in slapos.toolbox to
implement corresponding promises. The files, it seems, try to match JSON Lines
format(*) with every line containing a JSON object describing timestamp, log
level and log payload of corresponding log entry.

So far all is good. One peculiarity, however, is that, contrary to everything
else, the content of the `data` field in the logs is not emitted via
JSON-encoding. Initially, starting from 4968d55c (ors-amarisoft: get eNB stats
and add promises), that `data` payload was being emitted via %s py formatting,
which is similar to what JSON-encoding would produce, but is not it exactly.
For example if log payload is {'abc': 123} then %s and JSON would quote `abc`
differently:

    {'abc': 123}  # %s
    {"abc": 123}  # JSON

That would not be a big deal if what %s produces would be still valid JSON
accepted by JSON-decoder, but unfortunately it is not so: JSONDecodeError is
raised when {'abc': 123} is tried to be decoded.

The code in slapos.toolbox, so far, is handling this situation by feeding to
JSON-decoder original input with ' characters replaced by "

    json.loads(line.decode().replace("'", '"'))     (+)

which more or less works in basic cases, but breaks when log payload contains '
character itself. For example for {"a'bc": 123} replacing gives {"a"bc": 123},
which, being invalid JSON, raises

    JSONDecodeError: Expecting ':' delimiter: line 1 column 5 (char 4)

when fed to json.loads() .

I've actually hit this problem for real with amarisoft-rf-info.json.log where
the data part contains output of `rf_info` looking e.g. as

    TX underflows=0 RX overflows=0
    TRX SDR driver 2023-09-07, API v15/18
    PCIe CPRI /dev/sdr0@0:
      Hardware ID: 0x4b12
      DNA: [0x0048248a334a7054]
      Serial: ''
      FPGA revision: 2023-06-23  10:05:24
      FPGA vccint: 0.98 V
      FPGA vccaux: 1.76 V
      FPGA vccbram: 0.98 V
      FPGA temperature: 71.9 °C
      Clock tune: 0.0 ppm
      NUMA: 0
      CPRI_option: '5' (x8) lock=no
      DMA0: TX fifo: 66.67us  Usage=16/32768 (0%)
      DMA0: RX fifo: 66.67us  Usage=16/32768 (0%)
      DMA0 Underflows: 0
      DMA0 Overflows: 0
    PCIe CPRI /dev/sdr0@1:
      Hardware ID: 0x4b12
      DNA: [0x0048248a334a7054]
      Serial: ''
      FPGA revision: 2023-06-23  10:05:24
      FPGA vccint: 0.98 V
      FPGA vccaux: 1.77 V
      FPGA vccbram: 0.98 V
      FPGA temperature: 71.7 °C
      Clock tune: 0.0 ppm
      NUMA: 0
      CPRI_option: '5' (x8) lock=HW+SW rx/tx=46.606us
        Port #0: T14=46.606us
      DMA0: TX fifo: 66.67us  Usage=16/32768 (0%)
      DMA0: RX fifo: 66.67us  Usage=16/32768 (0%)
      DMA0 Underflows: 0
      DMA0 Overflows: 0

which lead to breakage when trying to load that log due to ' symbols.

The fix is simple: change the code, that emits *.json.log to emit data payload
via json.dumps instead of %s. We can do that without breaking anything because,
contrary to enb.xlog, those *.json.log are not uploaded to any separate system
and currently are only used to implement promises without preserving log files
in any storage for any non-small amount of time. In other words, currently
those *.json.log are temporary files whose format can be adjusted without
strongly caring about backward compatibility.

b32b4a8e (software/ors-amarisoft: general improvement for RU (logs/promises/input parameters))
already changed %s to json.dumps for amarisoft-stats.json.log , but left all other logs at %s.

-> Fix this for everything by replacing %s to json.dumps in all generated logs.
-> Corresponding slapos.toolbox adjustments are in nexedi/slapos.toolbox!120.

/reviewed-on nexedi/slapos!1447
/reviewed-by @jhuge, @jerome, @tomo
/cc @lu.xu, @xavier_thompson, @Daetalus

(*) https://jsonlines.org/
(+) see e.g. https://lab.nexedi.com/nexedi/slapos.toolbox/blob/453dce5f/slapos/promise/plugin/util.py#L50

after 6e8b97ee (Publish IPv6 URL to SlapOs master., 2023-10-02) the
parameters are different

after recent updates, probably 3c514224 (component/freetype: version
up 2.13.2, including security fixes., 2023-10-10), the rendering is
different.

See merge request !1443

See merge request !1437

favicon, manifest and service worker do not need to be public, for
manifest it's required to explicitly make the link use credential.

Call to logrotate-setup-validate can take a lot of time and fill the state
file with some message from logrotate and in the same time the promise can
kick in resulting with false-positive alarm.

By using the temporary file such race condition is avoided. Promise running
periodically will detect problem with logrotate setup.

also update related python packages in stack/slapos.cfg

adjust peertube to explicitly use 16.19.0 as this version does not
support nodejs 18

drop some unused versions

While generating haproxy configuration (including it's CRT list) the specific
order of entries is used, so that wildcard domains end up last. Thanks to this
they work as a catch-all and allow specific domain to take precedence. Care
is taken to support *.example.example.com and *.example.com situation - so
tree like possibility of wildcards.

Anonymous in-place ACL are used per each domain, instead of per-shared
instance grouping in order to avoid situation like *.example.com and
example.com having single ACL, thus resulting with catch-all kicking in too
fast.

For the precision in the haproxy configuration and simplifcation of the regular
expressions the -m reg is used, so that host_only can be applied, which also
lowercases the hostname.

Notes:
 * test00cluster_request_instance_parameter_dict changed due to sorting slaves
   in test's requestSlaves
 * the test infrastructure has been improved to assure repetition of the
   situation
 * tests in TestSlaveHostHaproxyClash are asserting that correct domain AND
   that specific certificate have been used while serving given frontend
   configuration

A similar patches as ca-certificates-sbin-dir was
applied upstream as 4f0d3ec7aa4ebc91793245ed66c0e24d7150782b , the rest
of our patch was to use mkdir -p instead of mkdir, we keep this part in
ca-certificates-mkdir-p.patch

This introduces a new patch to not depend on cryptography, which is used
only to print a warning on the console when an expired certificate is
used.

We had a mechanism to catch usage of system python2, but using not
for system python3, which cause the same kind of problems.

On old debian (9) where python3 is python3.5 this component fails to
build with an error like:

    Configuring gdbus-example-objectmanager-visibility.h with command
    Running command: /opt/slapgrid/shared/glib/60e920f1feec2451d51bb344cfcad9ab/.build/glib-2.76.3/tools/gen-visibility-macros.py 2.0 visibility-macros GDBUS_OBJECT_MANAGER_EXAMPLE /opt/slapgrid/shared/glib/60e920f1feec2451d51bb344cfcad9ab/.build/glib-2.76.3/builddir/gio/tests/gdbus-object-manager-example/gdbus-example-objectmanager-visibility.h
    --- stdout ---
    --- stderr ---
      File "/opt/slapgrid/shared/glib/60e920f1feec2451d51bb344cfcad9ab/.build/glib-2.76.3/tools/gen-visibility-macros.py", line 37
        """
        ^
    SyntaxError: invalid syntax

This is because this gen-visibility-macros.py script is executable with
a shebang:

    #!/bin/env python3

for python 3 softwares, this is slapos python, because the python
section from component/defaults.cfg injects the slapos' python in PATH,
but for python 2 software, slapos' python 2 is injected in path and
`python3` resolves to system python, which in that case fails because
f-strings are SyntaxError but more generally this showed a dependency
to system python, but we can not rely on system python here.

See merge request nexedi/slapos!1438