* Convert an ISO 8601 string to a UNIX timestamp for use in tests. * * Internally, the tests are all based on UNIX timestamps using wall clo

*The destructor of the #CRToken class. *@param a_this the current instance of #CRToken. */

* @param {any} item - item to remove

* cr_parser_try_to_skip_spaces_and_comments: *@a_this: the current instance of #CRParser. * *Same as cr_parser_try_to_skip_spaces() but this one sk

*@param a_this the #CRString to destroy. */

*Returns the next token of the input stream. *This method is really central. Each parsing *method calls it. *@param a_this the current tokenizer.

* _select: * * @param {number} app index of the app to select * @param {number} [window] index of which of `app`'s windows to select

* cr_parsing_location_copy: *@a_to: the destination of the copy. *Must be allocated by the caller. *@a_from: the source of the copy. * *Copies a

* shell_global_get: * * Gets the singleton global object that represents the desktop. * * Return value: (transfer none): the singleton global obje

* st_widget_get_theme_node: * @widget: a #StWidget * * Gets the theme node holding style information for the widget. * The theme node is used to a

* Add a state assertion event to the event queue. This is a specialised * form of `addAssertionEvent()` which asserts that the * `TimeLimits

*Frees the attributes of the current instance *of #CRtoken. *@param a_this the current instance of #CRToken. */

* Add a state assertion event to the event queue. This is a specialised * form of `addAssertionEvent()` which asserts that the given * `Time

* cr_doc_handler_get_ctxt: *@a_this: the current instance of #CRDocHandler. *@a_ctxt: out parameter. The new parsing context. * *Gets the private

* Translate `str` and choose plural form using the extension's * gettext domain * * @param {string} str - the string to translate

* st_theme_node_get_margin: * @node: a #StThemeNode * @side: a #StSide * * Get the margin for @node on @side, in physical pixels. This corresponds

* shell_global_get_display: * * Return value: (transfer none): The default #MetaDisplay */

* Create `TimeLimitManager`. * * @returns {TimeLimitsManager} the new timeLimitsManager.

* Set the initial time for the mock real/wall clock. * * This will typically become the time that the mock user first becomes * active,

* Run the test in a loop, blocking until all events are processed or an * exception is raised.

* Add a shutdown action to the event queue. This shuts down the * `timeLimitsManager` at date/time `timeStr`, and asserts that the state * a

*Clears all the errors contained in the parser error stack. *Frees all the errors, and the stack that contains'em. *@param a_this the current instan

* cr_statement_destroy: * * @a_this: the current instance of #CRStatement. * *Destructor of #CRStatement. */

* Complete @invocation with an appropriate error if @error is set; * useful for implementing early returns from method implementations. *

* Check whether the bus name that invoked @invocation maps * to an entry in the allow list. * * @async * @throws * @param {Gi

* st_widget_remove_style_pseudo_class: * @actor: a #StWidget * @pseudo_class: a pseudo class string * * Removes @pseudo_class from @actor's pseudo

*The destructor of the the #CRTerm class. *@param a_this the "this pointer" of the current instance *of #CRTerm. */

* st_settings_get: * * Gets the global #StSettings object. * * Returns: (transfer none): the global #StSettings object **/

* st_theme_node_get_padding: * @node: a #StThemeNode * @side: a #StSide * * Get the padding for @node on @side, in physical pixels. This correspon

* st_theme_node_get_content_box: * @node: a #StThemeNode * @allocation: the box allocated to a #ClutterAlctor * @content_box: (out caller-allocates

* st_widget_add_style_pseudo_class: * @actor: a #StWidget * @pseudo_class: a pseudo class string * * Adds @pseudo_class to @actor's pseudo class l

* @returns {SignalManager} - the SignalManager singleton