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But keep it around as a static file, while we do the migration to the new
interface.
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It includes gdbus-codegen generated API documentation, plus the common Enums,
Flags and Errors, which will also be used in libmm-glib.
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The code to handle the Errors type information is automatically built with
`glib-mkenums' and the new templates kept under `build-aux'.
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The code to handle the Enums and Flags type information is automatically built
with `glib-mkenums' and the new templates kept under `build-aux'.
Note: We currently skip the type information of `MMModemBand'. GFlagsValue
can hold only 32-bit types, and we're working with a 64-bit flag here.
See: https://bugzilla.gnome.org/show_bug.cgi?id=663054
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This library will not (probably) be installable, but will share the GDBus
and new Enum/Flag/Error type support between the core daemon and the new
libmm-glib library.
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Also include $(top_srcdir)/generated and $(top_builddir)/generated in the
common preprocessor flags.
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Align autogen.sh with the one in NM:
* Just calling autoreconf once
* Using autopoint from GNU gettext
* Enabling the use of NOCONFIGURE
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In order to compile code generated by gdbus-codegen.
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In order to compile code generated by gdbus-codegen.
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gdbus-codegen is first available in the stable 2.30 release of GLib, see
http://mail.gnome.org/archives/gtk-devel-list/2011-September/msg00218.html
GIO and GIO-Unix are now required during the build.
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Filename is temporary as we keep the old `include/ModemManager.h' around during
the transition to the new codebase.
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The `include/ModemManager-names.h' autogenerated header includes the list of
Interface, Method, Signal and Property names defined in the DBus API.
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Also move helper files to the new `build-aux' directory.
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Errors that will/may be reported via DBus are defined in the public interface
header.
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Keep the Bearer interface out of the 'Modem' subtree in the interface hierarchy,
as it will be specific for Bearer objects, not implemented by Modem objects.
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Keep the SMS interface out of the 'Modem' subtree in the interface hierarchy,
as it will be specific for SMS objects, not implemented by Modem objects.
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The recent `org.freedesktop.DBus.ObjectManager' standard API defines a common
way to handle a list of objects in the interface. It allows getting all objects,
interfaces and properties in a single method call.
See:
http://dbus.freedesktop.org/doc/dbus-specification.html#standard-interfaces-objectmanager
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SIM interface
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The Scan() method returns an array of dictionaries, where each dictionary is
defined by a string key plus a variant data (not a string data). This is to
handle the "status" and "access-tech" entries, which are given as unsigned
integers.
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We were already working with a fixed set of possible strings, so better to have
an enumeration for that.
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Will hold the name of the plugin managing the modem.
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Built-in echo removal conflicts with _OWANCALL unsolicited messages, which are
not coming prefixed with <CR><LF>.
Fixes LP#953294
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In the future we'll just default to PDU mode.
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g_match_info_fetch() returns always a heap-allocated string which should be
freed by the caller.
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Make port roles more flexible. We have modems that do PPP
on interfaces other than the primary interface, and that
wasn't possible with the old code. So clean up all that
logic and move the port organization code into the core
so we can reduce code in the plugins.
In the new world order, the plugins say whether the port
is a QCDM port, an AT port, or ignored. If it's an AT
port the plugins get to tag it as primary, secondary, or
PPP, or any combination of the 3. This allows for modems
where PPP should really be done on the secondary port
(Huawei E220, Sierra devices) so that the primary port
stays open for command and status.
Modem subclasses no longer get asked to handle port grabbing
themselves. Instead, that's now done by the generic classes
(MMGenericCdma and MMGenericGsm) and the plugins are notified
when a port is grabbed so they can add unsolicited response
handlers for it. After all ports are grabbed by the generic
classes, they get "organized", which assigns various ports
to the roles of PRIMARY, SECONDARY, DATA, and QCDM based
on specific rules and hints that the plugin provided (which
are expressed as MMAtPortFlags). The plugins then have
a chance to perform fixups on the primary port if they choose.
The plugin code is responsible for determining the port
hints (ie MMAtPortFlags) at probe time, instead of having
a combination of the plugin and the modem class do the
job. This simplifies things greatly for the plugins at
the expense of more complicated logic in the core.
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So that the final conf file is updated if the original one gets modified.
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The string passed to utils_bin2hexstr() needs to be freed afterwards.
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Seems that launching AT+CSQF when not registered ends up timing out. AT+CSQF
is meant to be the fast version to get the signal quality, and is expected to
return instantly with the last cached signal quality value. But if we never
got registered, there is no such cached value, so it probably waits to get the
first one.
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The Iridium modem doesn't seem to like only the port flashing during the
disconnection, so we fully close and open again the port.
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