- Add pyproject.toml and tox.ini with consistent black and pycodestyle
settings.
+ Fix all errors >= E300.
- Place unconditional imports at the beginning of the file.
- Do not import more than one module at the same time.
- Do not use blackslash at EOL within brackets.
- Do not use bare except.
- Do not end statement with semicolon.
- Do not place multiple statements in the same line.
- Use «is» and «is not» instead of «==» and «!=» for None.
- Disambiguate short variable name by giving it a better longer name.
- Remove trailing whitespace.
- Fix expected number of blank lines.
Change-Id: I02a29887a1267f5b843822e0ff05b7dca4416554
The code had not been converted to Python 3.x, and was not even
compiling there, with something like:
$ find -name '*.py' | xargs -n1 python3 -m py_compute
Change-Id: I795f931123d1bccb85670fe0dc6b06c46a9f22c2
Preamble: no functional changes.
AmSdp::parse() mixes int values with bool,
what makes the behavior not really clear, not defined
and can lead to the unpredicted result (even though the
compiler *should* actually fix that, but one ought to
not rely on this).
Hence make the parse method only be working with bool values.
Then, reverse the return value so that it's clear
that wrongly parsed is `false`, and good parsed is `true`.
Refactor all users accordingly.
Also rework those users, who indeed need `int` value
be returned, e.g. when having -1.
Do the same thing with the `parse_sdp_line_ex()` helper,
whereas parse() is the only user of it. And also reverse
the interpretation of true/false.
Then, make `parse()` working with a plain `char*`, so not a const.
Because doing a tricks like:
cast `char*` to const (user level) -> cast `const char*` to non-const
in a function (in a old C-like manner), has really no sense.
Refactor everything accordingly.
Other than that, refactor AmMimeBody:
Refactor it to work with a plain `char *` pointer instead of working
with `unsigned char *`, which nowadays has really no sense and
rather is a rudiment of C-like code base coming from the past.
Convert `payload` from `unsigned char*` to `char *` accordingly.
Refactor everything in AmMimeBody implementation accordingly.
Remove rudiment C-like casting everywhere, where possible.
Update `parseMultipart()` to work with a plain `const char *`
instead of `const unsigned char*`
P.S.: leave a list of TODO's for further rework, which
is not directly related to this scope of rework.
Change-Id: Ie1e132429245e0d2cc740d5b1c1fc17cf037a820
Backport from the upstream to fix Python versioning.
Upstream commit: e943f98a8d09a06c88eca10d93e51f7a13056e31
Change-Id: Ia7d6b49270c9f3fa3cc7cb8d921334b2afc1db9b
This was a workaround for Solaris specific issues in the install program
there. The problem is that this can end up generating empty files, that
will not be detected by the packaging system as it will find the file is
present on destination and thus does not need to be installed.
Change-Id: Ib6107957cbf03c4e7da6cf2998d9103224f674d3
It's been noticed that the compiler reports us:
`Missing parentheses in call to 'print'. Did you mean print(...)?`
Affected files:
- apps/dsm/mods/mod_py/python_inc.py
- apps/dsm/mods/mod_py/python_lib.py
- apps/ivr/python_inc.py
- apps/ivr/python_lib.py
- apps/py_sems/python_inc.py
- apps/py_sems/python_lib.py
Change-Id: I501d69b5681e6cd570b6c3a7c552d268d531d289
Otherwise we're missing plenty of audio files in /usr/lib/ngcp-sems/audio/,
several plugins in /usr/lib/ngcp-sems/plug-in/, as well as a bunch of binaries:
* /usr/sbin/ngcp-sems-get-callproperties
* /usr/sbin/ngcp-sems-list-active-calls
* /usr/sbin/ngcp-sems-list-calls
* /usr/sbin/ngcp-sems-list-finished-calls
* /usr/sbin/ngcp-sems-sbc-get-activeprofile
* /usr/sbin/ngcp-sems-sbc-get-regex-map-names
* /usr/sbin/ngcp-sems-sbc-list-profiles
* /usr/sbin/ngcp-sems-sbc-load-callcontrol-modules
* /usr/sbin/ngcp-sems-sbc-load-profile
* /usr/sbin/ngcp-sems-sbc-reload-profile
* /usr/sbin/ngcp-sems-sbc-reload-profiles
* /usr/sbin/ngcp-sems-sbc-set-activeprofile
* /usr/sbin/ngcp-sems-sbc-set-regex-map
* /usr/sbin/ngcp-sems-sbc-teardown-call
* /usr/sbin/ngcp-sems-webconference-addparticipant
* /usr/sbin/ngcp-sems-webconference-roomcreate
* /usr/sbin/ngcp-sems-webconference-roominfo
This fixes a regression introduced in commit 1619876f76 (TT#101059).
Ported the python2 scripts we ship with our Debian package to python3
(AKA py3k), fixed inconsistent use of tabs and spaces in indentation
and indention in several files:
* apps/sbc/tools/sems-sbc-*
* apps/examples/db_announce/announcement.py
* apps/examples/py_sems_ex/*py
We're also not installing the *.pyc files (see
apps/ivr/Makefile.ivr_application +
apps/py_sems/Makefile.py_sems_application), they don't exist in py3k
builds and it wouldn't make any sense to ship them in Debian packages
anyway.
(real ticket number: TT#105412)
Change-Id: I44f0f76b4577501eb31fe814781f47087cfd16dd
- Make errors fatal, so that they do not get ignored anymore.
- Use sane make variables that a shell will accept as valid, otherwise
the exports do not work at all.
- Do not use system paths when we should use in-tree ones.
(real ticket number: TT#6850)
Change-Id: I07af8f38cc37c2fa36b6b10559283a7c477d2d36
based on a patch by Robert Szokovacs
Conflicts:
apps/dsm/DSMCoreModule.cpp
apps/dsm/DSMCoreModule.h
core/AmRtpStream.h
core/AmSession.h
doc/dsm/dsm_syntax.txt
- the session pointer should not be touched after the session has been started (could be immediately destroyed).
- return 481 on CANCEL if the transaction cannot be found.
- reply properly with 482 if the UAS dialog already exists.
app level timers can now be used easily with the AmSession functions:
setTimer(int id, unsigned timeout)
removeTimer(int id)
removeTimers()
timersSupported()
- B2BUA app with SIP Session Timer (SST) now can also use UPDATE
(see session_refresh_method in sst_b2b.conf)
- if re-INVITE is used, normal SDP OA (INVITE+SDP/200+SDP) is done
using last established SDP (instead of delayed SDP negotiation
and SDP ping-pong)
- SDP is compared only after o= line (no SDP ping-pong with UAs which
always increase SDP version)
Guillem Jover
Donat Zenichev
Michael Prokop
Victor Seva
Stefan Sayer
Peter Lemenkov
Raphael Coeffic
sayer
debian
Ondrej Martine