Depend on two more modules to have the following code
emit something:
#use JSON::XS;
use JSON;
my %rec_hash = ('a' => 1, 'b' => 2, 'c' => 3, 'd' => 4, 'e' => 5);
my $json = encode_json \%rec_hash;
print "$json\n";
Besides DBI we need the JSON module. As far as I can see
JSON can use JSON:XS as a fast encoder/decoder. This is
why both libraries need to be provided.
We need DBI and the sqlite3 backend support for a small
monitoring application. Make it available. The files were
taken from meta-perl as of yesterday.
Rather than parsing the existing XML or standard output of the nfacct
utility, and then piping that into a perl/python script for formatting
to JSON, we teach nfacct to generate JSON directly. This seems like
the proper way to do it. The patches will be submitted mainline.
* we are the authoritative DHCP server for all local networks
* filter bogus windows DNS queries
* don't respect local resolv.conf (pointing to localhost)
* increase cache size to 1000 entries
It looks like on my tests with the sysmobts I was saved by
busybox-ifplogd executing ifup again. I couldn't figure out
the dependencies between the LSB networking service and the
tmpfiles.d interaction. So instead of winning a beauty contest
we will need to create the directory by hand.
Cause: SYS#1514
Revert "ifupdown: Package the new file as well"
This reverts commit 15dc869cda.
Revert "ifupdown: Try the workdir for the files we copied"
This reverts commit 1ef790672e.
Revert "ifupdown: Create /run/network through a tmpfiles.d"
This reverts commit e0c7f3c621.
This way the ifupdown application will not only work
for the IDU/ODU but the BTS, BSC and any other machine
we want to build.
(untested OE modification)
- the git version was choosen because it has
some fixes for newer python versions
- test where done with the test file from the github
repository and some unixsocket tests failed
Related: SYS#1082
This is a late fall-out of the priority changes done by
Henning. This recipe is not using autotools and doesn't
support src != build dir builds. So let's not use the
autotools class but simply invoke install ourselves. Let's
lower the default preference so the recipe from yocto master
is picked as well.
ERROR: Function failed: do_install (log file is located at /home/builder/jenkins/workspace/Yocto-Master/label/OE/build/tmp/work/all-poky-linux/ca-certificates/20120623-r0/temp/log.do_install.16890)
ERROR: Logfile of failure stored in: /home/builder/jenkins/workspace/Yocto-Master/label/OE/build/tmp/work/all-poky-linux/ca-certificates/20120623-r0/temp/log.do_install.16890
Log data follows:
| DEBUG: SITE files ['endian-little', 'bit-32', 'common-linux', 'common-glibc', 'allarch-linux', 'common']
| DEBUG: Executing shell function do_install
| NOTE: make -j 2 DESTDIR=/home/builder/jenkins/workspace/Yocto-Master/label/OE/build/tmp/work/all-poky-linux/ca-certificates/20120623-r0/image install
| make: *** No rule to make target `install'. Stop.
| ERROR: oe_runmake failed
| WARNING: /home/builder/jenkins/workspace/Yocto-Master/label/OE/build/tmp/work/all-poky-linux/ca-certificates/20120623-r0/temp/run.do_install.16890:1 exit 1 from
| exit 1
| ERROR: Function failed: do_install (log file is located at /home/builder/jenkins/workspace/Yocto-Master/label/OE/build/tmp/work/all-poky-linux/ca-certificates/20120623-r0/temp/log.do_install.16890)
NOTE: recipe ca-certificates-20120623-r0: task do_install: Failed
ERROR: Task 3639 (/home/builder/jenkins/workspace/Yocto-Master/label/OE/meta-sysmocom-bsp/recipes-extra/ca-certificates/ca-certificates_20120623.bb, do_install) failed with exit code '1'