dbus 1.10.6-1ubuntu1 source package in Ubuntu
Changelog
dbus (1.10.6-1ubuntu1) xenial; urgency=low * Merge with Debian, remaining changes: - Add upstart jobs; Upstart is still supported for the system init. + Add debian/dbus.upstart and dbus.user-session.upstart - Add debian/patches/dont-stop-dbus.patch: Don't stop D-Bus in the service unit (see patch header and upstream bug for details). Fixes various causes of shutdown hangs, particularly with remote file systems. (LP: #1438612) - aa-get-connection-apparmor-security-context.patch: This is not intended for upstream inclusion. It implements a bus method (GetConnectionAppArmorSecurityContext) to get a connection's AppArmor security context but upstream D-Bus has recently added a generic way of getting a connection's security credentials (GetConnectionCredentials). Ubuntu should carry this patch until packages in the archive are moved over to the new, generic method of getting a connection's credentials. dbus (1.10.6-1) unstable; urgency=medium * New upstream stable release 1.10.6 - fixes regression tests when run as root (Closes: #806305) * When removing dbus.target.wants (for #757913), do not fail if it does not exist. This should fix FTBFS on non-Linux kernels, and in stage1 Linux builds (Closes: #805513) * debian/libdbus-1-3.symbols.in: use a regex for private symbols, so that this packaging can be used for snapshots of dbus where DEB_VERSION_UPSTREAM does not necessarily match Autoconf's VERSION -- Iain Lane <email address hidden> Thu, 03 Dec 2015 16:19:34 +0000
Upload details
- Uploaded by:
- Iain Lane
- Uploaded to:
- Xenial
- Original maintainer:
- Ubuntu Developers
- Architectures:
- any all
- Section:
- devel
- Urgency:
- Medium Urgency
See full publishing history Publishing
Series | Published | Component | Section |
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Downloads
File | Size | SHA-256 Checksum |
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dbus_1.10.6.orig.tar.gz | 1.9 MiB | b5fefa08a77edd76cd64d872db949eebc02cf6f3f8be82e4bbc641742af5d35f |
dbus_1.10.6-1ubuntu1.debian.tar.xz | 53.9 KiB | f84c3cb2119b0d5af9725199223f0e965b4a7cb631391cfda8b441a7d1aad608 |
dbus_1.10.6-1ubuntu1.dsc | 3.0 KiB | 6efcdb25bff32a31729a039884ebad33120064d88c724b20be0f88271924c783 |
Available diffs
Binary packages built by this source
- dbus: simple interprocess messaging system (daemon and utilities)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
D-Bus supports broadcast messages, asynchronous messages (thus
decreasing latency), authentication, and more. It is designed to be
low-overhead; messages are sent using a binary protocol, not using
XML. D-Bus also supports a method call mapping for its messages, but
it is not required; this makes using the system quite simple.
.
It comes with several bindings, including GLib, Python, Qt and Java.
.
This package contains the D-Bus daemon and related utilities.
.
The client-side library can be found in the libdbus-1-3 package, as it is no
longer contained in this package.
- dbus-1-dbg: simple interprocess messaging system (debug symbols)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package provides support for debugging programs that use the core
D-Bus shared library.
.
See the dbus package description for more information about D-Bus in general.
- dbus-1-doc: simple interprocess messaging system (documentation)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package contains the API documentation for D-Bus, as well as
the protocol specification.
.
See the dbus description for more information about D-Bus in general.
- dbus-dbgsym: debug symbols for package dbus
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
D-Bus supports broadcast messages, asynchronous messages (thus
decreasing latency), authentication, and more. It is designed to be
low-overhead; messages are sent using a binary protocol, not using
XML. D-Bus also supports a method call mapping for its messages, but
it is not required; this makes using the system quite simple.
.
It comes with several bindings, including GLib, Python, Qt and Java.
.
This package contains the D-Bus daemon and related utilities.
.
The client-side library can be found in the libdbus-1-3 package, as it is no
longer contained in this package.
- dbus-tests: simple interprocess messaging system (test infrastructure)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package provides automated and manual tests for D-Bus, and the
dbus-test-tool utility.
.
See the dbus package description for more information about D-Bus in general.
- dbus-tests-dbgsym: debug symbols for package dbus-tests
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package provides automated and manual tests for D-Bus, and the
dbus-test-tool utility.
.
See the dbus package description for more information about D-Bus in general.
- dbus-udeb: simple interprocess messaging system (minimal runtime)
D-Bus is a message bus, used for sending messages between applications.
.
This package is a minimal version of the dbus and dbus-x11 packages,
for use in the Debian installer. It can run a session bus, but is not
suitable for use as a system bus.
- dbus-udeb-dbgsym: debug symbols for package dbus-udeb
D-Bus is a message bus, used for sending messages between applications.
.
This package is a minimal version of the dbus and dbus-x11 packages,
for use in the Debian installer. It can run a session bus, but is not
suitable for use as a system bus.
- dbus-user-session: simple interprocess messaging system (systemd --user integration)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
On systemd systems, this package opts in to the session model in which
a user's session starts the first time they log in, and does not end
until all their login sessions have ended. This model merges all
parallel non-graphical login sessions (text mode, ssh, cron, etc.), and up
to one graphical session, into a single "user-session" or "super-session"
within which all background D-Bus services are shared.
.
Multiple graphical sessions per user are not currently supported in this
mode; as a result, it is particularly suitable for gdm, which responds to
requests to open a parallel graphical session by switching to the existing
graphical session and unlocking it.
.
To retain dbus' traditional session semantics, in which login sessions
are artificially isolated from each other, remove this package and install
dbus-x11 instead.
.
See the dbus package description for more information about D-Bus in general.
- dbus-x11: simple interprocess messaging system (X11 deps)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package contains the dbus-launch utility which is necessary for
packages using a D-Bus session bus.
.
See the dbus description for more information about D-Bus in general.
- dbus-x11-dbgsym: debug symbols for package dbus-x11
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
This package contains the dbus-launch utility which is necessary for
packages using a D-Bus session bus.
.
See the dbus description for more information about D-Bus in general.
- libdbus-1-3: simple interprocess messaging system (library)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
D-Bus supports broadcast messages, asynchronous messages (thus
decreasing latency), authentication, and more. It is designed to be
low-overhead; messages are sent using a binary protocol, not using
XML. D-Bus also supports a method call mapping for its messages, but
it is not required; this makes using the system quite simple.
.
It comes with several bindings, including GLib, Python, Qt and Java.
.
The daemon can be found in the dbus package.
- libdbus-1-3-dbgsym: debug symbols for package libdbus-1-3
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
D-Bus supports broadcast messages, asynchronous messages (thus
decreasing latency), authentication, and more. It is designed to be
low-overhead; messages are sent using a binary protocol, not using
XML. D-Bus also supports a method call mapping for its messages, but
it is not required; this makes using the system quite simple.
.
It comes with several bindings, including GLib, Python, Qt and Java.
.
The daemon can be found in the dbus package.
- libdbus-1-3-udeb: simple interprocess messaging system (minimal library)
D-Bus is a message bus, used for sending messages between applications.
.
This package is a minimal version of the libdbus-1-3 package,
for use in the Debian installer.
- libdbus-1-3-udeb-dbgsym: debug symbols for package libdbus-1-3-udeb
D-Bus is a message bus, used for sending messages between applications.
.
This package is a minimal version of the libdbus-1-3 package,
for use in the Debian installer.
- libdbus-1-dev: simple interprocess messaging system (development headers)
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
See the dbus description for more information about D-Bus in general.
- libdbus-1-dev-dbgsym: debug symbols for package libdbus-1-dev
D-Bus is a message bus, used for sending messages between applications.
Conceptually, it fits somewhere in between raw sockets and CORBA in
terms of complexity.
.
See the dbus description for more information about D-Bus in general.