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We don't need to have two version defines "CUR" and "NEXT". The main purpose of these macros (if not their only), is to make NM_AVAILABLE_IN_* and NM_DEPRECATED_IN_* macros work. 1) At the precise commit of a release, "CUR" and "NEXT" must be identical, because whenever the user configures NM_VERSION_MIN_REQUIRED and NM_VERSION_MAX_ALLOWED, then they both compare against the current version, at which point "CUR" == "NEXT". 2) Every other commit aside the release, is a development version that leads up the the next coming release. But as far as versioning is concerned, such a development version should be treated like that future release. It's unstable API and it may or may not be close to later API of the release. But we shall treat it as that version. Hence, also in this case, we want to set both "NM_VERSION_CUR_STABLE" and again NEXT to the future version. This makes NM_VERSION_NEXT_STABLE redundant. Previously, the separation between current and next version would for example allow that NM_VERSION_CUR_STABLE is the previously release stable API, and NM_VERSION_NEXT_STABLE is the version of the next upcoming stable API. So, we could allow "examples" to make use of development API, but other(?) internal code still restrict to unstable API. But it's unclear which other code would want to avoid current development. Also, the points 1) and 2) were badly understood. Note that for our previousy releases, we usually didn't bump the macros at the stable release (and if we did, we didn't set them to be the same). While using two macros might be more powerful, it is hard to grok and easy to forget to bump the macros a the right time. One macro shall suffice. All this also means, that *immediately* after making a new release, we shall bump the version number in `configure.ac` and "NM_VERSION_CUR_STABLE". |
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| introspection | ||
| libnm | ||
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| libnm-glib | ||
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| AUTHORS | ||
| autogen.sh | ||
| ChangeLog | ||
| config.h.meson | ||
| configure.ac | ||
| CONTRIBUTING | ||
| COPYING | ||
| linker-script-binary.ver | ||
| linker-script-devices.ver | ||
| linker-script-settings.ver | ||
| MAINTAINERS | ||
| Makefile.am | ||
| Makefile.examples | ||
| Makefile.glib | ||
| Makefile.vapigen | ||
| meson.build | ||
| meson_options.txt | ||
| meson_post_install.py | ||
| NetworkManager.pc.in | ||
| NEWS | ||
| README | ||
| TODO | ||
| valgrind.suppressions | ||
| zanata.xml | ||
****************** 2008-12-11: NetworkManager core daemon has moved to git.freedesktop.org! git clone git://git.freedesktop.org/git/NetworkManager/NetworkManager.git ****************** Networking that Just Works -------------------------- NetworkManager attempts to keep an active network connection available at all times. The point of NetworkManager is to make networking configuration and setup as painless and automatic as possible. NetworkManager is intended to replace default route, replace other routes, set IP addresses, and in general configure networking as NM sees fit (with the possibility of manual override as necessary). In effect, the goal of NetworkManager is to make networking Just Work with a minimum of user hassle, but still allow customization and a high level of manual network control. If you have special needs, we'd like to hear about them, but understand that NetworkManager is not intended for every use-case. NetworkManager will attempt to keep every network device in the system up and active, as long as the device is available for use (has a cable plugged in, the killswitch isn't turned on, etc). Network connections can be set to 'autoconnect', meaning that NetworkManager will make that connection active whenever it and the hardware is available. "Settings services" store lists of user- or administrator-defined "connections", which contain all the settings and parameters required to connect to a specific network. NetworkManager will _never_ activate a connection that is not in this list, or that the user has not directed NetworkManager to connect to. How it works: The NetworkManager daemon runs as a privileged service (since it must access and control hardware), but provides a D-Bus interface on the system bus to allow for fine-grained control of networking. NetworkManager does not store connections or settings, it is only the mechanism by which those connections are selected and activated. To store pre-defined network connections, two separate services, the "system settings service" and the "user settings service" store connection information and provide these to NetworkManager, also via D-Bus. Each settings service can determine how and where it persistently stores the connection information; for example, the GNOME applet stores its configuration in GConf, and the system settings service stores it's config in distro-specific formats, or in a distro- agnostic format, depending on user/administrator preference. A variety of other system services are used by NetworkManager to provide network functionality: wpa_supplicant for wireless connections and 802.1x wired connections, pppd for PPP and mobile broadband connections, DHCP clients for dynamic IP addressing, dnsmasq for proxy nameserver and DHCP server functionality for internet connection sharing, and avahi-autoipd for IPv4 link-local addresses. Most communication with these daemons occurs, again, via D-Bus. Why doesn't my network Just Work? Driver problems are the #1 cause of why NetworkManager sometimes fails to connect to wireless networks. Often, the driver simply doesn't behave in a consistent manner, or is just plain buggy. NetworkManager supports _only_ those drivers that are shipped with the upstream Linux kernel, because only those drivers can be easily fixed and debugged. ndiswrapper, vendor binary drivers, or other out-of-tree drivers may or may not work well with NetworkManager, precisely because they have not been vetted and improved by the open-source community, and because problems in these drivers usually cannot be fixed. Sometimes, command-line tools like 'iwconfig' will work, but NetworkManager will fail. This is again often due to buggy drivers, because these drivers simply aren't expecting the dynamic requests that NetworkManager and wpa_supplicant make. Driver bugs should be filed in the bug tracker of the distribution being run, since often distributions customize their kernel and drivers. Sometimes, it really is NetworkManager's fault. If you think that's the case, please file a bug at http://bugzilla.gnome.org and choose the NetworkManager component. Attaching the output of /var/log/messages or /var/log/daemon.log (wherever your distribution directs syslog's 'daemon' facility output) is often very helpful, and (if you can get) a working wpa_supplicant config file helps enormously.