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9b45c2bf02
Apparently there are a myriad of netcat implementations around, and they all behave slightly differently. The one I have on my Fedora 27 installation will cause a failure when invoked as "nc -U" on an AF_UNIX socket whose connections are immediately disconnected, thus causing the test to fail. Let's avoid all ambiguities in this regard, and drop usage of netcat altoegther. Instead let's use a FIFO in the file system, which we can connect to with only shell commands, and is hence much simpler and more reliable to test with. The actual test is supposed to validate that PID 1 doesn't hang when activation of a socket-activated service fails, hence which transport mechanism is used ultimately doesn't matter, as long as we activate the service, and we do here... |
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| .. | ||
| hwdb | ||
| journal-data | ||
| loopy.service.d | ||
| mocks | ||
| TEST-01-BASIC | ||
| TEST-02-CRYPTSETUP | ||
| TEST-03-JOBS | ||
| TEST-04-JOURNAL | ||
| TEST-05-RLIMITS | ||
| TEST-06-SELINUX | ||
| TEST-07-ISSUE-1981 | ||
| TEST-08-ISSUE-2730 | ||
| TEST-09-ISSUE-2691 | ||
| TEST-10-ISSUE-2467 | ||
| TEST-11-ISSUE-3166 | ||
| TEST-12-ISSUE-3171 | ||
| TEST-13-NSPAWN-SMOKE | ||
| TEST-14-MACHINE-ID | ||
| TEST-15-DROPIN | ||
| TEST-17-UDEV-WANTS | ||
| TEST-18-FAILUREACTION | ||
| TEST-19-DELEGATE | ||
| test-execute | ||
| test-path | ||
| test-resolve | ||
| .gitignore | ||
| a.service | ||
| b.service | ||
| basic.target | ||
| c.service | ||
| create-sys-script.py | ||
| d.service | ||
| daughter.service | ||
| e.service | ||
| end.service | ||
| f.service | ||
| g.service | ||
| grandchild.service | ||
| h.service | ||
| hello-after-sleep.target | ||
| hello.service | ||
| hwdb-test.sh | ||
| loopy2.service | ||
| loopy3.service | ||
| loopy4.service | ||
| loopy.service | ||
| Makefile.guess | ||
| meson.build | ||
| networkd-test.py | ||
| parent-deep.slice | ||
| parent.slice | ||
| README.testsuite | ||
| rule-syntax-check.py | ||
| sched_idle_bad.service | ||
| sched_idle_ok.service | ||
| sched_rr_bad.service | ||
| sched_rr_change.service | ||
| sched_rr_ok.service | ||
| shutdown.target | ||
| sleep.service | ||
| sockets.target | ||
| son.service | ||
| splash.bmp | ||
| sys-script.py | ||
| sysinit.target | ||
| sysv-generator-test.py | ||
| test-efi-create-disk.sh | ||
| test-exec-deserialization.py | ||
| test-functions | ||
| testsuite.target | ||
| timers.target | ||
| udev-test.pl | ||
| unstoppable.service | ||
The extended testsuite only works with uid=0. It contains of several subdirectories named "test/TEST-??-*", which are run one by one. To run the extended testsuite do the following: $ make all # Avoid the "sudo make" below building anything as root $ cd test $ sudo make clean check ... make[1]: Entering directory `/mnt/data/harald/git/systemd/test/TEST-01-BASIC' Making all in . Making all in po TEST: Basic systemd setup [OK] make[1]: Leaving directory `/mnt/data/harald/git/systemd/test/TEST-01-BASIC' ... If one of the tests fails, then $subdir/test.log contains the log file of the test. To debug a special testcase of the testsuite do: $ make all $ cd test/TEST-01-BASIC $ sudo make clean setup run QEMU ==== If you want to log in the testsuite virtual machine, you can specify additional kernel command line parameter with $KERNEL_APPEND. $ sudo make KERNEL_APPEND="systemd.unit=multi-user.target" clean setup run you can even skip the "clean" and "setup" if you want to run the machine again. $ sudo make KERNEL_APPEND="systemd.unit=multi-user.target" run You can specify a different kernel and initramfs with $KERNEL_BIN and $INITRD. (Fedora's or Debian's default kernel path and initramfs are used by default) $ sudo make KERNEL_BIN=/boot/vmlinuz-foo INITRD=/boot/initramfs-bar clean check A script will try to find your QEMU binary. If you want to specify a different one you can use $QEMU_BIN. $ sudo make QEMU_BIN=/path/to/qemu/qemu-kvm clean check