Class
EDataCalCalBackendSync
Description [src]
class EDataCal.CalBackendSync : EDataCal.CalBackend
implements ECal.TimezoneCache {
/* No available fields */
}
Contains only private data that should be read and manipulated using the functions below.
Instance methods
e_cal_backend_sync_create_objects
Calls the create_objects_sync method on the given backend.
since: 3.6
e_cal_backend_sync_get_attachment_uris
Calls the get_attachment_uris_sync method on the given backend.
since: 3.2
e_cal_backend_sync_get_timezone
Calls the get_timezone_sync method on the given backend. This method is not mandatory on the backend, because here is used internal_get_timezone call to fetch timezone from it and that is transformed to a string. In other words, any object deriving from ECalBackendSync can implement only internal_get_timezone and can skip implementation of get_timezone_sync completely.
e_cal_backend_sync_modify_objects
Calls the modify_objects_sync method on the given backend.
since: 3.6
e_cal_backend_sync_remove_objects
Calls the remove_objects_sync method on the given backend.
since: 3.6
Methods inherited from ECalBackend (70)
Please see ECalBackend for a full list of methods.
Methods inherited from EBackend (21)
e_backend_credentials_required
Asynchronously calls the e_backend_credentials_required_sync() on the backend,
to inform clients that credentials are required.
e_backend_credentials_required_finish
Finishes the operation started with e_backend_credentials_required().
e_backend_credentials_required_sync
Synchronously lets the clients know that the backned requires credentials to be properly opened. It’s a proxy function for e_source_invoke_credentials_required_sync(), where can be found more information about actual parameters meaning.
e_backend_ensure_online_state_updated
Makes sure that the “online” property is updated, that is, if there is any destination reachability test pending, it’ll be done immediately and the only state will be updated as well.
e_backend_ensure_source_status_connected
Makes sure that the associated ESource::connection-status is connected. This is
useful in cases when the backend can connect to the destination without invoking
EBackendClass.authenticate_sync(), possibly through e_backend_schedule_authenticate().
e_backend_get_destination_address
Provides destination server host name and port to which
the backend connects. This is used to determine required
connection point for e_backend_is_destination_reachable(). The host is a newly allocated string, which will be freed
with g_free(). When backend sets both host and port, then
it should return TRUE, indicating it’s a remote backend.
Default implementation returns FALSE, which is treated
like the backend is local, no checking for server reachability
is possible.
e_backend_get_network_monitor
Returns a GNetworkMonitor used to check whether the backend can
access the remote server. The instance is owned by the backend.
e_backend_get_online
Returns the online state of backend: TRUE if backend is online,
FALSE if offline.
e_backend_get_source
Returns the ESource to which backend is paired.
e_backend_get_user_prompter
Gets an instance of EUserPrompter, associated with this backend.
e_backend_is_destination_reachable
Checks whether the backend‘s destination server, as returned
by e_backend_get_destination_address(), is reachable.
If the e_backend_get_destination_address() returns FALSE, this function returns TRUE, meaning the destination is always reachable.
This uses GNetworkMonitor‘s g_network_monitor_can_reach()
for reachability tests.
e_backend_prepare_shutdown
Let’s the backend know that it’ll be shut down shortly, no client connects
to it anymore. The backend can free any resources which reference it, for
example the opened views.
e_backend_ref_connectable
Returns the socket endpoint for the network service to which backend
is a client, or NULL if backend does not use network sockets.
e_backend_ref_main_context
Returns the GMainContext on which event sources for backend are to
be attached.
e_backend_schedule_authenticate
Schedules a new authenticate session, cancelling any previously run.
This is usually done automatically, when an ‘authenticate’ signal is
received for the associated ESource. With NULL credentials an attempt
without it is run.
e_backend_schedule_credentials_required
Asynchronously invokes e_backend_credentials_required(), but installs its
own callback which only prints a runtime warning on the console when
the call fails. The who_calls is a prefix of the console message.
This is useful when the caller just wants to start the operation
without having actual place where to show the operation result.
e_backend_set_connectable
Sets the socket endpoint for the network service to which backend is
a client. This can be NULL if backend does not use network sockets.
e_backend_set_online
Sets the online state of backend: TRUE if backend is online,
FALSE if offline.
e_backend_trust_prompt
Initiates a user trust prompt with given parameters.
e_backend_trust_prompt_finish
Finishes the operation started with e_backend_trust_prompt().
If an error occurred, the function will set error and return
E_TRUST_PROMPT_RESPONSE_UNKNOWN.
e_backend_trust_prompt_sync
Asks a user a trust prompt with given parameters, and returns what
user responded. This blocks until the response is delivered.
Methods inherited from ETimezoneCache (3)
e_timezone_cache_add_timezone
Adds a copy of zone to cache and emits an
ETimezoneCache::timezone-added signal. The cache will use the TZID
string returned by i_cal_timezone_get_tzid() as the lookup key, which can
be passed to e_timezone_cache_get_timezone() to obtain zone again.
e_timezone_cache_get_timezone
Obtains an ICalTimezone by its TZID string. If no match is found,
the function returns NULL. The returned ICalTimezone is owned by the cache and should not be modified or freed.
e_timezone_cache_list_timezones
Returns a list of ICalTimezone instances that were explicitly added to the cache through e_timezone_cache_add_timezone(). In particular, any
built-in time zone data that e_timezone_cache_get_timezone() may use to
match a TZID string is excluded from the returned list.
Properties
Properties inherited from ECalBackend (5)
EDataCal.CalBackend:cache-dir
The backend’s cache directory.
EDataCal.CalBackend:kind
The kind of iCalendar components this backend manages.
EDataCal.CalBackend:proxy-resolver
The proxy resolver for this backend.
EDataCal.CalBackend:registry
Data source registry.
EDataCal.CalBackend:writable
Whether the backend will accept changes.
Properties inherited from EBackend (5)
EBackend.Backend:connectable
Socket endpoint of a network service.
EBackend.Backend:main-context
The main loop context on which to attach event sources.
EBackend.Backend:online
Whether the backend is online.
EBackend.Backend:source
The data source being acted upon.
EBackend.Backend:user-prompter
User prompter instance.
Signals
Signals inherited from ECalBackend (2)
ECalBackend::closed
Emitted when a client destroys its ECalClient for backend.
since: 3.10
ECalBackend::shutdown
Emitted when the last client destroys its ECalClient for
backend. This signals the backend to begin final cleanup
tasks such as synchronizing data to permanent storage.
since: 3.10
Signals inherited from GObject (1)
GObject::notify
The notify signal is emitted on an object when one of its properties has its value set through g_object_set_property(), g_object_set(), et al.
Signals inherited from ETimezoneCache (1)
ETimezoneCache::timezone-added
Emitted when a new #icaltimezone is added to cache.
Class structure
struct EDataCalCalBackendSyncClass {
void (* open_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
GError** error
);
void (* refresh_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
GError** error
);
void (* get_object_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* uid,
const gchar* rid,
gchar** calobj,
GError** error
);
void (* get_object_list_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* sexp,
GSList** calobjs,
GError** error
);
void (* get_free_busy_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const GSList* users,
time_t start,
time_t end,
GSList** freebusyobjs,
GError** error
);
void (* create_objects_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const GSList* calobjs,
ECalOperationFlags opflags,
GSList** uids,
GSList** new_components,
GError** error
);
void (* modify_objects_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const GSList* calobjs,
ECalObjModType mod,
ECalOperationFlags opflags,
GSList** old_components,
GSList** new_components,
GError** error
);
void (* remove_objects_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const GSList* ids,
ECalObjModType mod,
ECalOperationFlags opflags,
GSList** old_components,
GSList** new_components,
GError** error
);
void (* receive_objects_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* calobj,
ECalOperationFlags opflags,
GError** error
);
void (* send_objects_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* calobj,
ECalOperationFlags opflags,
GSList** users,
gchar** modified_calobj,
GError** error
);
void (* get_attachment_uris_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* uid,
const gchar* rid,
GSList** attachments,
GError** error
);
void (* discard_alarm_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* uid,
const gchar* rid,
const gchar* auid,
ECalOperationFlags opflags,
GError** error
);
void (* get_timezone_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* tzid,
gchar** tzobject,
GError** error
);
void (* add_timezone_sync) (
ECalBackendSync* backend,
EDataCal* cal,
GCancellable* cancellable,
const gchar* tzobject,
GError** error
);
gpointer reserved_padding;
}
Base class structure for the ECalBackendSync class.
Class members
open_sync: void (* open_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, GError** error )Open the calendar.
refresh_sync: void (* refresh_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, GError** error )Refresh the calendar.
get_object_sync: void (* get_object_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* uid, const gchar* rid, gchar** calobj, GError** error )Get single object.
get_object_list_sync: void (* get_object_list_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* sexp, GSList** calobjs, GError** error )Get multiple objects at once.
get_free_busy_sync: void (* get_free_busy_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const GSList* users, time_t start, time_t end, GSList** freebusyobjs, GError** error )Get Free/Busy objects.
create_objects_sync: void (* create_objects_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const GSList* calobjs, ECalOperationFlags opflags, GSList** uids, GSList** new_components, GError** error )Create objects.
modify_objects_sync: void (* modify_objects_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const GSList* calobjs, ECalObjModType mod, ECalOperationFlags opflags, GSList** old_components, GSList** new_components, GError** error )Modify objects.
remove_objects_sync: void (* remove_objects_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const GSList* ids, ECalObjModType mod, ECalOperationFlags opflags, GSList** old_components, GSList** new_components, GError** error )Remove objects.
receive_objects_sync: void (* receive_objects_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* calobj, ECalOperationFlags opflags, GError** error )Receive objects.
send_objects_sync: void (* send_objects_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* calobj, ECalOperationFlags opflags, GSList** users, gchar** modified_calobj, GError** error )Send objects.
get_attachment_uris_sync: void (* get_attachment_uris_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* uid, const gchar* rid, GSList** attachments, GError** error )Get attachments uris for given object.
discard_alarm_sync: void (* discard_alarm_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* uid, const gchar* rid, const gchar* auid, ECalOperationFlags opflags, GError** error )Discard alarm.
get_timezone_sync: void (* get_timezone_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* tzid, gchar** tzobject, GError** error )Get specified timezone.
add_timezone_sync: void (* add_timezone_sync) ( ECalBackendSync* backend, EDataCal* cal, GCancellable* cancellable, const gchar* tzobject, GError** error )Add specified timezone.
reserved_padding: gpointerNo description available.