Structures
The following structures are available globally.
-
The
ActionRef
type acts as a lightweight Swift reference to an underlyingAtkAction
instance. It exposes methods that can operate on this data type throughActionProtocol
conformance. UseActionRef
only as anunowned
reference to an existingAtkAction
instance.AtkAction
should be implemented by instances ofAtkObject
classes with which the user can interact directly, i.e. buttons, checkboxes, scrollbars, e.g. components which are not “passive” providers of UI information.Exceptions: when the user interaction is already covered by another appropriate interface such as
AtkEditableText
(insert/delete text, etc.) orAtkValue
(set value) then these actions should not be exposed byAtkAction
as well.Though most UI interactions on components should be invocable via keyboard as well as mouse, there will generally be a close mapping between “mouse actions” that are possible on a component and the AtkActions. Where mouse and keyboard actions are redundant in effect,
See moreAtkAction
should expose only one action rather than exposing redundant actions if possible. By convention we have been using “mouse centric” terminology forAtkAction
names.Declaration
Swift
public struct ActionRef : ActionProtocol
-
The
ComponentRef
type acts as a lightweight Swift reference to an underlyingAtkComponent
instance. It exposes methods that can operate on this data type throughComponentProtocol
conformance. UseComponentRef
only as anunowned
reference to an existingAtkComponent
instance.AtkComponent
should be implemented by most if not all UI elements with an actual on-screen presence, i.e. components which can be said to have a screen-coordinate bounding box. Virtually all widgets will need to haveAtkComponent
implementations provided for their correspondingAtkObject
class. In short, only UI elements which are not GUI elements will omit this ATK interface.A possible exception might be textual information with a transparent background, in which case text glyph bounding box information is provided by
See moreAtkText
.Declaration
Swift
public struct ComponentRef : ComponentProtocol
-
The
ActionIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkActionIface
instance. It exposes methods that can operate on this data type throughActionIfaceProtocol
conformance. UseActionIfaceRef
only as anunowned
reference to an existingAtkActionIface
instance.The
See moreAtkAction
interface should be supported by any object that can perform one or more actions. The interface provides the standard mechanism for an assistive technology to determine what those actions are as well as tell the object to perform them. Any object that can be manipulated should support this interface.Declaration
Swift
public struct ActionIfaceRef : ActionIfaceProtocol
-
The
AttributeRef
type acts as a lightweight Swift reference to an underlyingAtkAttribute
instance. It exposes methods that can operate on this data type throughAttributeProtocol
conformance. UseAttributeRef
only as anunowned
reference to an existingAtkAttribute
instance.AtkAttribute is a string name/value pair representing a generic attribute. This can be used to expose additional information from an accessible object as a whole (see
atk_object_get_attributes()
) or an document (seeatk_document_get_attributes()
). In the case of text attributes (seeatk_text_get_default_attributes()
),AtkTextAttribute
enum defines all the possible text attribute names. You can useatk_text_attribute_get_name()
to get the string name from the enum value. See alsoatk_text_attribute_for_name()
andatk_text_attribute_get_value()
for more information.A string name/value pair representing a generic attribute.
See moreDeclaration
Swift
public struct AttributeRef : AttributeProtocol
-
The
ComponentIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkComponentIface
instance. It exposes methods that can operate on this data type throughComponentIfaceProtocol
conformance. UseComponentIfaceRef
only as anunowned
reference to an existingAtkComponentIface
instance.The AtkComponent interface should be supported by any object that is rendered on the screen. The interface provides the standard mechanism for an assistive technology to determine and set the graphical representation of an object.
See moreDeclaration
Swift
public struct ComponentIfaceRef : ComponentIfaceProtocol
-
The
DocumentRef
type acts as a lightweight Swift reference to an underlyingAtkDocument
instance. It exposes methods that can operate on this data type throughDocumentProtocol
conformance. UseDocumentRef
only as anunowned
reference to an existingAtkDocument
instance.The AtkDocument interface should be supported by any object whose content is a representation or view of a document. The AtkDocument interface should appear on the toplevel container for the document content; however AtkDocument instances may be nested (i.e. an AtkDocument may be a descendant of another AtkDocument) in those cases where one document contains “embedded content” which can reasonably be considered a document in its own right.
See moreDeclaration
Swift
public struct DocumentRef : DocumentProtocol
-
The
EditableTextRef
type acts as a lightweight Swift reference to an underlyingAtkEditableText
instance. It exposes methods that can operate on this data type throughEditableTextProtocol
conformance. UseEditableTextRef
only as anunowned
reference to an existingAtkEditableText
instance.AtkEditableText
should be implemented by UI components which contain text which the user can edit, via theAtkObject
corresponding to that component (seeAtkObject
).AtkEditableText
is a subclass ofAtkText
, and as such, an object which implementsAtkEditableText
is by definition anAtkText
implementor as well.See also:
See moreAtkText
Declaration
Swift
public struct EditableTextRef : EditableTextProtocol
-
The
See moreDocumentIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkDocumentIface
instance. It exposes methods that can operate on this data type throughDocumentIfaceProtocol
conformance. UseDocumentIfaceRef
only as anunowned
reference to an existingAtkDocumentIface
instance.Declaration
Swift
public struct DocumentIfaceRef : DocumentIfaceProtocol
-
The
See moreEditableTextIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkEditableTextIface
instance. It exposes methods that can operate on this data type throughEditableTextIfaceProtocol
conformance. UseEditableTextIfaceRef
only as anunowned
reference to an existingAtkEditableTextIface
instance.Declaration
Swift
public struct EditableTextIfaceRef : EditableTextIfaceProtocol
-
The
GObjectAccessibleRef
type acts as a lightweight Swift reference to an underlyingAtkGObjectAccessible
instance. It exposes methods that can operate on this data type throughGObjectAccessibleProtocol
conformance. UseGObjectAccessibleRef
only as anunowned
reference to an existingAtkGObjectAccessible
instance.This object class is derived from AtkObject. It can be used as a basis for implementing accessible objects for GObjects which are not derived from GtkWidget. One example of its use is in providing an accessible object for GnomeCanvasItem in the GAIL library.
See moreDeclaration
Swift
public struct GObjectAccessibleRef : GObjectAccessibleProtocol
-
The
HyperlinkRef
type acts as a lightweight Swift reference to an underlyingAtkHyperlink
instance. It exposes methods that can operate on this data type throughHyperlinkProtocol
conformance. UseHyperlinkRef
only as anunowned
reference to an existingAtkHyperlink
instance.An ATK object which encapsulates a link or set of links (for instance in the case of client-side image maps) in a hypertext document. It may implement the AtkAction interface. AtkHyperlink may also be used to refer to inline embedded content, since it allows specification of a start and end offset within the host AtkHypertext object.
See moreDeclaration
Swift
public struct HyperlinkRef : HyperlinkProtocol
-
The
See moreGObjectAccessibleClassRef
type acts as a lightweight Swift reference to an underlyingAtkGObjectAccessibleClass
instance. It exposes methods that can operate on this data type throughGObjectAccessibleClassProtocol
conformance. UseGObjectAccessibleClassRef
only as anunowned
reference to an existingAtkGObjectAccessibleClass
instance.Declaration
Swift
public struct GObjectAccessibleClassRef : GObjectAccessibleClassProtocol
-
The
See moreHyperlinkClassRef
type acts as a lightweight Swift reference to an underlyingAtkHyperlinkClass
instance. It exposes methods that can operate on this data type throughHyperlinkClassProtocol
conformance. UseHyperlinkClassRef
only as anunowned
reference to an existingAtkHyperlinkClass
instance.Declaration
Swift
public struct HyperlinkClassRef : HyperlinkClassProtocol
-
The
HyperlinkImplRef
type acts as a lightweight Swift reference to an underlyingAtkHyperlinkImpl
instance. It exposes methods that can operate on this data type throughHyperlinkImplProtocol
conformance. UseHyperlinkImplRef
only as anunowned
reference to an existingAtkHyperlinkImpl
instance.AtkHyperlinkImpl allows AtkObjects to refer to their associated AtkHyperlink instance, if one exists. AtkHyperlinkImpl differs from AtkHyperlink in that AtkHyperlinkImpl is an interface, whereas AtkHyperlink is a object type. The AtkHyperlinkImpl interface allows a client to query an AtkObject for the availability of an associated AtkHyperlink instance, and obtain that instance. It is thus particularly useful in cases where embedded content or inline content within a text object is present, since the embedding text object implements AtkHypertext and the inline/embedded objects are exposed as children which implement AtkHyperlinkImpl, in addition to their being obtainable via AtkHypertext:getLink followed by AtkHyperlink:getObject.
The AtkHyperlinkImpl interface should be supported by objects exposed within the hierarchy as children of an AtkHypertext container which correspond to “links” or embedded content within the text. HTML anchors are not, for instance, normally exposed this way, but embedded images and components which appear inline in the content of a text object are. The AtkHyperlinkIface interface allows a means of determining which children are hyperlinks in this sense of the word, and for obtaining their corresponding AtkHyperlink object, from which the embedding range, URI, etc. can be obtained.
To some extent this interface exists because, for historical reasons, AtkHyperlink was defined as an object type, not an interface. Thus, in order to interact with AtkObjects via AtkHyperlink semantics, a new interface was required.
See moreDeclaration
Swift
public struct HyperlinkImplRef : HyperlinkImplProtocol
-
The
HypertextRef
type acts as a lightweight Swift reference to an underlyingAtkHypertext
instance. It exposes methods that can operate on this data type throughHypertextProtocol
conformance. UseHypertextRef
only as anunowned
reference to an existingAtkHypertext
instance.An interface used for objects which implement linking between multiple resource or content locations, or multiple ‘markers’ within a single document. A Hypertext instance is associated with one or more Hyperlinks, which are associated with particular offsets within the Hypertext’s included content. While this interface is derived from Text, there is no requirement that Hypertext instances have textual content; they may implement Image as well, and Hyperlinks need not have non-zero text offsets.
See moreDeclaration
Swift
public struct HypertextRef : HypertextProtocol
-
The
ImageRef
type acts as a lightweight Swift reference to an underlyingAtkImage
instance. It exposes methods that can operate on this data type throughImageProtocol
conformance. UseImageRef
only as anunowned
reference to an existingAtkImage
instance.AtkImage
should be implemented byAtkObject
subtypes on behalf of components which display image/pixmap information onscreen, and which provide information (other than just widget borders, etc.) via that image content. For instance, icons, buttons with icons, toolbar elements, and image viewing panes typically should implementAtkImage
.
See moreAtkImage
primarily provides two types of information: coordinate information (useful for screen review mode of screenreaders, and for use by onscreen magnifiers), and descriptive information. The descriptive information is provided for alternative, text-only presentation of the most significant information present in the image.Declaration
Swift
public struct ImageRef : ImageProtocol
-
The
See moreHyperlinkImplIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkHyperlinkImplIface
instance. It exposes methods that can operate on this data type throughHyperlinkImplIfaceProtocol
conformance. UseHyperlinkImplIfaceRef
only as anunowned
reference to an existingAtkHyperlinkImplIface
instance.Declaration
Swift
public struct HyperlinkImplIfaceRef : HyperlinkImplIfaceProtocol
-
The
See moreHypertextIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkHypertextIface
instance. It exposes methods that can operate on this data type throughHypertextIfaceProtocol
conformance. UseHypertextIfaceRef
only as anunowned
reference to an existingAtkHypertextIface
instance.Declaration
Swift
public struct HypertextIfaceRef : HypertextIfaceProtocol
-
The
See moreImageIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkImageIface
instance. It exposes methods that can operate on this data type throughImageIfaceProtocol
conformance. UseImageIfaceRef
only as anunowned
reference to an existingAtkImageIface
instance.Declaration
Swift
public struct ImageIfaceRef : ImageIfaceProtocol
-
The
See moreImplementorRef
type acts as a lightweight Swift reference to an underlyingAtkImplementor
instance. It exposes methods that can operate on this data type throughImplementorProtocol
conformance. UseImplementorRef
only as anunowned
reference to an existingAtkImplementor
instance.Declaration
Swift
public struct ImplementorRef : ImplementorProtocol
-
The
KeyEventStructRef
type acts as a lightweight Swift reference to an underlyingAtkKeyEventStruct
instance. It exposes methods that can operate on this data type throughKeyEventStructProtocol
conformance. UseKeyEventStructRef
only as anunowned
reference to an existingAtkKeyEventStruct
instance.Encapsulates information about a key event.
See moreDeclaration
Swift
public struct KeyEventStructRef : KeyEventStructProtocol
-
The
ImplementorIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkImplementorIface
instance. It exposes methods that can operate on this data type throughImplementorIfaceProtocol
conformance. UseImplementorIfaceRef
only as anunowned
reference to an existingAtkImplementorIface
instance.The AtkImplementor interface is implemented by objects for which AtkObject peers may be obtained via calls to iface->(ref_accessible)(implementor);
See moreDeclaration
Swift
public struct ImplementorIfaceRef : ImplementorIfaceProtocol
-
The
SelectionRef
type acts as a lightweight Swift reference to an underlyingAtkSelection
instance. It exposes methods that can operate on this data type throughSelectionProtocol
conformance. UseSelectionRef
only as anunowned
reference to an existingAtkSelection
instance.AtkSelection
should be implemented by UI components with children which are exposed byatk_object_ref_child
andatk_object_get_n_children
, if the use of the parent UI component ordinarily involves selection of one or more of the objects corresponding to thoseAtkObject
children - for example, selectable lists.Note that other types of “selection” (for instance text selection) are accomplished a other ATK interfaces -
See moreAtkSelection
is limited to the selection/deselection of children.Declaration
Swift
public struct SelectionRef : SelectionProtocol
-
The
MiscRef
type acts as a lightweight Swift reference to an underlyingAtkMisc
instance. It exposes methods that can operate on this data type throughMiscProtocol
conformance. UseMiscRef
only as anunowned
reference to an existingAtkMisc
instance.A set of utility functions for thread locking. This interface and all his related methods are deprecated since 2.12.
See moreDeclaration
Swift
public struct MiscRef : MiscProtocol
-
The
NoOpObjectRef
type acts as a lightweight Swift reference to an underlyingAtkNoOpObject
instance. It exposes methods that can operate on this data type throughNoOpObjectProtocol
conformance. UseNoOpObjectRef
only as anunowned
reference to an existingAtkNoOpObject
instance.An AtkNoOpObject is an AtkObject which purports to implement all ATK interfaces. It is the type of AtkObject which is created if an accessible object is requested for an object type for which no factory type is specified.
See moreDeclaration
Swift
public struct NoOpObjectRef : NoOpObjectProtocol
-
The
MiscClassRef
type acts as a lightweight Swift reference to an underlyingAtkMiscClass
instance. It exposes methods that can operate on this data type throughMiscClassProtocol
conformance. UseMiscClassRef
only as anunowned
reference to an existingAtkMiscClass
instance.Usage of AtkMisc is deprecated since 2.12 and heavily discouraged.
See moreDeclaration
Swift
public struct MiscClassRef : MiscClassProtocol
-
The
See moreNoOpObjectClassRef
type acts as a lightweight Swift reference to an underlyingAtkNoOpObjectClass
instance. It exposes methods that can operate on this data type throughNoOpObjectClassProtocol
conformance. UseNoOpObjectClassRef
only as anunowned
reference to an existingAtkNoOpObjectClass
instance.Declaration
Swift
public struct NoOpObjectClassRef : NoOpObjectClassProtocol
-
The
NoOpObjectFactoryRef
type acts as a lightweight Swift reference to an underlyingAtkNoOpObjectFactory
instance. It exposes methods that can operate on this data type throughNoOpObjectFactoryProtocol
conformance. UseNoOpObjectFactoryRef
only as anunowned
reference to an existingAtkNoOpObjectFactory
instance.The AtkObjectFactory which creates an AtkNoOpObject. An instance of this is created by an AtkRegistry if no factory type has not been specified to create an accessible object of a particular type.
See moreDeclaration
Swift
public struct NoOpObjectFactoryRef : NoOpObjectFactoryProtocol
-
The
ObjectRef
type acts as a lightweight Swift reference to an underlyingAtkObject
instance. It exposes methods that can operate on this data type throughObjectProtocol
conformance. UseObjectRef
only as anunowned
reference to an existingAtkObject
instance.This class is the primary class for accessibility support via the Accessibility ToolKit (ATK). Objects which are instances of
AtkObject
(or instances of AtkObject-derived types) are queried for properties which relate basic (and generic) properties of a UI component such as name and description. Instances ofAtkObject
may also be queried as to whether they implement other ATK interfaces (e.g.AtkAction
,AtkComponent
, etc.), as appropriate to the role which a given UI component plays in a user interface.All UI components in an application which provide useful information or services to the user must provide corresponding
AtkObject
instances on request (in GTK+, for instance, usually on a call togtk_widget_get_accessible
()), either via ATK support built into the toolkit for the widget class or ancestor class, or in the case of custom widgets, if the inheritedAtkObject
implementation is insufficient, via instances of a newAtkObject
subclass.See also:
See moreAtkObjectFactory
,AtkRegistry
. (GTK+ users see alsoGtkAccessible
).Declaration
Swift
public struct ObjectRef : ObjectProtocol
-
The
See moreNoOpObjectFactoryClassRef
type acts as a lightweight Swift reference to an underlyingAtkNoOpObjectFactoryClass
instance. It exposes methods that can operate on this data type throughNoOpObjectFactoryClassProtocol
conformance. UseNoOpObjectFactoryClassRef
only as anunowned
reference to an existingAtkNoOpObjectFactoryClass
instance.Declaration
Swift
public struct NoOpObjectFactoryClassRef : NoOpObjectFactoryClassProtocol
-
The
See moreObjectClassRef
type acts as a lightweight Swift reference to an underlyingAtkObjectClass
instance. It exposes methods that can operate on this data type throughObjectClassProtocol
conformance. UseObjectClassRef
only as anunowned
reference to an existingAtkObjectClass
instance.Declaration
Swift
public struct ObjectClassRef : ObjectClassProtocol
-
The
ObjectFactoryRef
type acts as a lightweight Swift reference to an underlyingAtkObjectFactory
instance. It exposes methods that can operate on this data type throughObjectFactoryProtocol
conformance. UseObjectFactoryRef
only as anunowned
reference to an existingAtkObjectFactory
instance.This class is the base object class for a factory used to create an accessible object for a specific GType. The function
See moreatk_registry_set_factory_type()
is normally called to store in the registry the factory type to be used to create an accessible of a particular GType.Declaration
Swift
public struct ObjectFactoryRef : ObjectFactoryProtocol
-
The
PlugRef
type acts as a lightweight Swift reference to an underlyingAtkPlug
instance. It exposes methods that can operate on this data type throughPlugProtocol
conformance. UsePlugRef
only as anunowned
reference to an existingAtkPlug
instance.See
See moreAtkSocket
Declaration
Swift
public struct PlugRef : PlugProtocol
-
The
See moreObjectFactoryClassRef
type acts as a lightweight Swift reference to an underlyingAtkObjectFactoryClass
instance. It exposes methods that can operate on this data type throughObjectFactoryClassProtocol
conformance. UseObjectFactoryClassRef
only as anunowned
reference to an existingAtkObjectFactoryClass
instance.Declaration
Swift
public struct ObjectFactoryClassRef : ObjectFactoryClassProtocol
-
The
See morePlugClassRef
type acts as a lightweight Swift reference to an underlyingAtkPlugClass
instance. It exposes methods that can operate on this data type throughPlugClassProtocol
conformance. UsePlugClassRef
only as anunowned
reference to an existingAtkPlugClass
instance.Declaration
Swift
public struct PlugClassRef : PlugClassProtocol
-
The
PropertyValuesRef
type acts as a lightweight Swift reference to an underlyingAtkPropertyValues
instance. It exposes methods that can operate on this data type throughPropertyValuesProtocol
conformance. UsePropertyValuesRef
only as anunowned
reference to an existingAtkPropertyValues
instance.Note:
See moreold_value
field ofAtkPropertyValues
will not contain a valid value. This is a field defined with the purpose of contain the previous value of the property, but is not used anymore.Declaration
Swift
public struct PropertyValuesRef : PropertyValuesProtocol
-
The
RangeRef
type acts as a lightweight Swift reference to an underlyingAtkRange
instance. It exposes methods that can operate on this data type throughRangeProtocol
conformance. UseRangeRef
only as anunowned
reference to an existingAtkRange
instance.
See moreAtkRange
are used onAtkValue
, in order to represent the full range of a given component (for example an slider or a range control), or to define each individual subrange this full range is splitted if available. SeeAtkValue
documentation for further details.Declaration
Swift
public struct RangeRef : RangeProtocol
-
The
RectangleRef
type acts as a lightweight Swift reference to an underlyingAtkRectangle
instance. It exposes methods that can operate on this data type throughRectangleProtocol
conformance. UseRectangleRef
only as anunowned
reference to an existingAtkRectangle
instance.A data structure for holding a rectangle. Those coordinates are relative to the component top-level parent.
See moreDeclaration
Swift
public struct RectangleRef : RectangleProtocol
-
The
See moreRegistryClassRef
type acts as a lightweight Swift reference to an underlyingAtkRegistryClass
instance. It exposes methods that can operate on this data type throughRegistryClassProtocol
conformance. UseRegistryClassRef
only as anunowned
reference to an existingAtkRegistryClass
instance.Declaration
Swift
public struct RegistryClassRef : RegistryClassProtocol
-
The
See moreRelationClassRef
type acts as a lightweight Swift reference to an underlyingAtkRelationClass
instance. It exposes methods that can operate on this data type throughRelationClassProtocol
conformance. UseRelationClassRef
only as anunowned
reference to an existingAtkRelationClass
instance.Declaration
Swift
public struct RelationClassRef : RelationClassProtocol
-
The
See moreRelationSetClassRef
type acts as a lightweight Swift reference to an underlyingAtkRelationSetClass
instance. It exposes methods that can operate on this data type throughRelationSetClassProtocol
conformance. UseRelationSetClassRef
only as anunowned
reference to an existingAtkRelationSetClass
instance.Declaration
Swift
public struct RelationSetClassRef : RelationSetClassProtocol
-
The
See moreSelectionIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkSelectionIface
instance. It exposes methods that can operate on this data type throughSelectionIfaceProtocol
conformance. UseSelectionIfaceRef
only as anunowned
reference to an existingAtkSelectionIface
instance.Declaration
Swift
public struct SelectionIfaceRef : SelectionIfaceProtocol
-
The
RegistryRef
type acts as a lightweight Swift reference to an underlyingAtkRegistry
instance. It exposes methods that can operate on this data type throughRegistryProtocol
conformance. UseRegistryRef
only as anunowned
reference to an existingAtkRegistry
instance.The AtkRegistry is normally used to create appropriate ATK “peers” for user interface components. Application developers usually need only interact with the AtkRegistry by associating appropriate ATK implementation classes with GObject classes via the atk_registry_set_factory_type call, passing the appropriate GType for application custom widget classes.
See moreDeclaration
Swift
public struct RegistryRef : RegistryProtocol
-
The
RelationRef
type acts as a lightweight Swift reference to an underlyingAtkRelation
instance. It exposes methods that can operate on this data type throughRelationProtocol
conformance. UseRelationRef
only as anunowned
reference to an existingAtkRelation
instance.An AtkRelation describes a relation between an object and one or more other objects. The actual relations that an object has with other objects are defined as an AtkRelationSet, which is a set of AtkRelations.
See moreDeclaration
Swift
public struct RelationRef : RelationProtocol
-
The
RelationSetRef
type acts as a lightweight Swift reference to an underlyingAtkRelationSet
instance. It exposes methods that can operate on this data type throughRelationSetProtocol
conformance. UseRelationSetRef
only as anunowned
reference to an existingAtkRelationSet
instance.The AtkRelationSet held by an object establishes its relationships with objects beyond the normal “parent/child” hierarchical relationships that all user interface objects have. AtkRelationSets establish whether objects are labelled or controlled by other components, share group membership with other components (for instance within a radio-button group), or share content which “flows” between them, among other types of possible relationships.
See moreDeclaration
Swift
public struct RelationSetRef : RelationSetProtocol
-
The
SocketRef
type acts as a lightweight Swift reference to an underlyingAtkSocket
instance. It exposes methods that can operate on this data type throughSocketProtocol
conformance. UseSocketRef
only as anunowned
reference to an existingAtkSocket
instance.Together with
AtkPlug
,AtkSocket
provides the ability to embed accessibles from one process into another in a fashion that is transparent to assistive technologies.AtkSocket
works as the container ofAtkPlug
, embedding it using the methodatk_socket_embed()
. Any accessible contained in theAtkPlug
will appear to the assistive technologies as being inside the application that created theAtkSocket
.The communication between a
AtkSocket
and aAtkPlug
is done by the IPC layer of the accessibility framework, normally implemented by the D-Bus based implementation of AT-SPI (at-spi2). If that is the case, at-spi-atk2 is the responsible to implement the abstract methodsatk_plug_get_id()
andatk_socket_embed()
, so an ATK implementor shouldn’t reimplement them. The process that contains theAtkPlug
is responsible to send the ID returned byatk_plug_id()
to the process that contains theAtkSocket
, so it could call the methodatk_socket_embed()
in order to embed it.For the same reasons, an implementor doesn’t need to implement
See moreatk_object_get_n_accessible_children()
andatk_object_ref_accessible_child()
. All the logic related to those functions will be implemented by the IPC layer.Declaration
Swift
public struct SocketRef : SocketProtocol
-
The
See moreSocketClassRef
type acts as a lightweight Swift reference to an underlyingAtkSocketClass
instance. It exposes methods that can operate on this data type throughSocketClassProtocol
conformance. UseSocketClassRef
only as anunowned
reference to an existingAtkSocketClass
instance.Declaration
Swift
public struct SocketClassRef : SocketClassProtocol
-
The
See moreStateSetClassRef
type acts as a lightweight Swift reference to an underlyingAtkStateSetClass
instance. It exposes methods that can operate on this data type throughStateSetClassProtocol
conformance. UseStateSetClassRef
only as anunowned
reference to an existingAtkStateSetClass
instance.Declaration
Swift
public struct StateSetClassRef : StateSetClassProtocol
-
The
See moreStreamableContentIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkStreamableContentIface
instance. It exposes methods that can operate on this data type throughStreamableContentIfaceProtocol
conformance. UseStreamableContentIfaceRef
only as anunowned
reference to an existingAtkStreamableContentIface
instance.Declaration
Swift
public struct StreamableContentIfaceRef : StreamableContentIfaceProtocol
-
The
TableCellIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkTableCellIface
instance. It exposes methods that can operate on this data type throughTableCellIfaceProtocol
conformance. UseTableCellIfaceRef
only as anunowned
reference to an existingAtkTableCellIface
instance.AtkTableCell is an interface for cells inside an
See moreAtkTable
.Declaration
Swift
public struct TableCellIfaceRef : TableCellIfaceProtocol
-
The
StateSetRef
type acts as a lightweight Swift reference to an underlyingAtkStateSet
instance. It exposes methods that can operate on this data type throughStateSetProtocol
conformance. UseStateSetRef
only as anunowned
reference to an existingAtkStateSet
instance.An AtkStateSet is a read-only representation of the full set of
See moreAtkStates
that apply to an object at a given time. This set is not meant to be modified, but rather created whenatk_object_ref_state_set
()
is called.Declaration
Swift
public struct StateSetRef : StateSetProtocol
-
The
UtilRef
type acts as a lightweight Swift reference to an underlyingAtkUtil
instance. It exposes methods that can operate on this data type throughUtilProtocol
conformance. UseUtilRef
only as anunowned
reference to an existingAtkUtil
instance.A set of ATK utility functions which are used to support event registration of various types, and obtaining the ‘root’ accessible of a process and information about the current ATK implementation and toolkit version.
See moreDeclaration
Swift
public struct UtilRef : UtilProtocol
-
The
StreamableContentRef
type acts as a lightweight Swift reference to an underlyingAtkStreamableContent
instance. It exposes methods that can operate on this data type throughStreamableContentProtocol
conformance. UseStreamableContentRef
only as anunowned
reference to an existingAtkStreamableContent
instance.An interface whereby an object allows its backing content to be streamed to clients. Typical implementors would be images or icons, HTML content, or multimedia display/rendering widgets.
Negotiation of content type is allowed. Clients may examine the backing data and transform, convert, or parse the content in order to present it in an alternate form to end-users.
The AtkStreamableContent interface is particularly useful for saving, printing, or post-processing entire documents, or for persisting alternate views of a document. If document content itself is being serialized, stored, or converted, then use of the AtkStreamableContent interface can help address performance issues. Unlike most ATK interfaces, this interface is not strongly tied to the current user-agent view of the a particular document, but may in some cases give access to the underlying model data.
See moreDeclaration
Swift
public struct StreamableContentRef : StreamableContentProtocol
-
The
TableRef
type acts as a lightweight Swift reference to an underlyingAtkTable
instance. It exposes methods that can operate on this data type throughTableProtocol
conformance. UseTableRef
only as anunowned
reference to an existingAtkTable
instance.AtkTable
should be implemented by components which present elements ordered via rows and columns. It may also be used to present tree-structured information if the nodes of the trees can be said to contain multiple “columns”. Individual elements of anAtkTable
are typically referred to as “cells”. Those cells should implement the interfaceAtkTableCell
, butAtk
doesn’t require them to be direct children of the currentAtkTable
. They can be grand-children, grand-grand-children etc.AtkTable
provides the API needed to get a individual cell based on the row and column numbers.Children of
AtkTable
are frequently “lightweight” objects, that is, they may not have backing widgets in the host UI toolkit. They are therefore often transient.Since tables are often very complex,
AtkTable
includes provision for offering simplified summary information, as well as row and column headers and captions. Headers and captions areAtkObjects
which may implement other interfaces (AtkText
,AtkImage
, etc.) as appropriate.AtkTable
summaries may themselves be (simplified)AtkTables
, etc.Note for implementors: in the past,
See moreAtkTable
required that all the cells should be direct children ofAtkTable
, and provided some index based methods to request the cells. The practice showed that that forcing madeAtkTable
implementation complex, and hard to expose other kind of children, like rows or captions. Right now, index-based methods are deprecated.Declaration
Swift
public struct TableRef : TableProtocol
-
The
TableCellRef
type acts as a lightweight Swift reference to an underlyingAtkTableCell
instance. It exposes methods that can operate on this data type throughTableCellProtocol
conformance. UseTableCellRef
only as anunowned
reference to an existingAtkTableCell
instance.Being
AtkTable
a component which present elements ordered via rows and columns, anAtkTableCell
is the interface which each of those elements, so “cells” should implement.See also
See moreAtkTable
.Declaration
Swift
public struct TableCellRef : TableCellProtocol
-
The
TextRef
type acts as a lightweight Swift reference to an underlyingAtkText
instance. It exposes methods that can operate on this data type throughTextProtocol
conformance. UseTextRef
only as anunowned
reference to an existingAtkText
instance.AtkText
should be implemented byAtkObjects
on behalf of widgets that have text content which is either attributed or otherwise non-trivial.AtkObjects
whose text content is simple, unattributed, and very brief may expose that content viaatk_object_get_name
instead; however if the text is editable, multi-line, typically longer than three or four words, attributed, selectable, or if the object already uses the ‘name’ ATK property for other information, theAtkText
interface should be used to expose the text content. In the case of editable text content,AtkEditableText
(a subtype of theAtkText
interface) should be implemented instead.
See moreAtkText
provides not only traversal facilities and change notification for text content, but also caret tracking and glyph bounding box calculations. Note that the text strings are exposed as UTF-8, and are therefore potentially multi-byte, and caret-to-byte offset mapping makes no assumptions about the character length; also bounding box glyph-to-offset mapping may be complex for languages which use ligatures.Declaration
Swift
public struct TextRef : TextProtocol
-
The
ValueRef
type acts as a lightweight Swift reference to an underlyingAtkValue
instance. It exposes methods that can operate on this data type throughValueProtocol
conformance. UseValueRef
only as anunowned
reference to an existingAtkValue
instance.AtkValue
should be implemented for components which either display a value from a bounded range, or which allow the user to specify a value from a bounded range, or both. For instance, most sliders and range controls, as well as dials, should haveAtkObject
representations which implementAtkValue
on the component’s behalf.AtKValues
may be read-only, in which case attempts to alter the value return would fail.On the subject of current value text In addition to providing the current value, implementors can optionally provide an end-user-consumable textual description associated with this value. This description should be included when the numeric value fails to convey the full, on-screen representation seen by users. Password strength A password strength meter whose value changes as the user types their new password. Red is used for values less than 4.0, yellow for values between 4.0 and 7.0, and green for values greater than 7.0. In this instance, value text should be provided by the implementor. Appropriate value text would be “weak”, “acceptable,” and “strong” respectively.A level bar whose value changes to reflect the battery charge. The color remains the same regardless of the charge and there is no on-screen text reflecting the fullness of the battery. In this case, because the position within the bar is the only indication the user has of the current charge, value text should not be provided by the implementor.
Implementor Notes Implementors should bear in mind that assistive technologies will likely prefer the value text provided over the numeric value when presenting a widget’s value. As a result, strings not intended for end users should not be exposed in the value text, and strings which are exposed should be localized. In the case of widgets which display value text on screen, for instance through a separate label in close proximity to the value-displaying widget, it is still expected that implementors will expose the value text using the above API. AtkValue
should NOT be implemented for widgets whose displayed value is not reflective of a meaningful amount. For instance, a progress pulse indicator whose value alternates between 0.0 and 1.0 to indicate that some process is still taking place should not implementAtkValue
because the current value does not reflect progress towards completion.On the subject of ranges In addition to providing the minimum and maximum values, implementors can optionally provide details about subranges associated with the widget. These details should be provided by the implementor when both of the following are communicated visually to the end user: The existence of distinct ranges such as “weak”, “acceptable”, and “strong” indicated by color, bar tick marks, and/or on-screen text. Where the current value stands within a given subrange, for instance illustrating progression from very “weak” towards nearly “acceptable” through changes in shade and/or position on the bar within the “weak” subrange. If both of the above do not apply to the widget, it should be sufficient to expose the numeric value, along with the value text if appropriate, to make the widget accessible. Implementor Notes If providing subrange details is deemed necessary, all possible values of the widget are expected to fall within one of the subranges defined by the implementor. On the subject of localization of end-user-consumable text values Because value text and subrange descriptors are human-consumable, implementors are expected to provide localized strings which can be directly presented to end users via their assistive technology. In order to simplify this for implementors, implementors can use atk_value_type_get_localized_name()
with the following already-localized constants for commonly-needed values can be used:ATK_VALUE_VERY_WEAK ATK_VALUE_WEAK ATK_VALUE_ACCEPTABLE ATK_VALUE_STRONG ATK_VALUE_VERY_STRONG ATK_VALUE_VERY_LOW ATK_VALUE_LOW ATK_VALUE_MEDIUM ATK_VALUE_HIGH ATK_VALUE_VERY_HIGH ATK_VALUE_VERY_BAD ATK_VALUE_BAD ATK_VALUE_GOOD ATK_VALUE_VERY_GOOD ATK_VALUE_BEST ATK_VALUE_SUBSUBOPTIMAL ATK_VALUE_SUBOPTIMAL ATK_VALUE_OPTIMAL Proposals for additional constants, along with their use cases, should be submitted to the GNOME Accessibility Team.
See moreOn the subject of changes Note that if there is a textual description associated with the new numeric value, that description should be included regardless of whether or not it has also changed. Declaration
Swift
public struct ValueRef : ValueProtocol
-
The
See moreTableIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkTableIface
instance. It exposes methods that can operate on this data type throughTableIfaceProtocol
conformance. UseTableIfaceRef
only as anunowned
reference to an existingAtkTableIface
instance.Declaration
Swift
public struct TableIfaceRef : TableIfaceProtocol
-
The
See moreTextIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkTextIface
instance. It exposes methods that can operate on this data type throughTextIfaceProtocol
conformance. UseTextIfaceRef
only as anunowned
reference to an existingAtkTextIface
instance.Declaration
Swift
public struct TextIfaceRef : TextIfaceProtocol
-
The
TextRangeRef
type acts as a lightweight Swift reference to an underlyingAtkTextRange
instance. It exposes methods that can operate on this data type throughTextRangeProtocol
conformance. UseTextRangeRef
only as anunowned
reference to an existingAtkTextRange
instance.A structure used to describe a text range.
See moreDeclaration
Swift
public struct TextRangeRef : TextRangeProtocol
-
The
TextRectangleRef
type acts as a lightweight Swift reference to an underlyingAtkTextRectangle
instance. It exposes methods that can operate on this data type throughTextRectangleProtocol
conformance. UseTextRectangleRef
only as anunowned
reference to an existingAtkTextRectangle
instance.A structure used to store a rectangle used by AtkText.
See moreDeclaration
Swift
public struct TextRectangleRef : TextRectangleProtocol
-
The
See moreUtilClassRef
type acts as a lightweight Swift reference to an underlyingAtkUtilClass
instance. It exposes methods that can operate on this data type throughUtilClassProtocol
conformance. UseUtilClassRef
only as anunowned
reference to an existingAtkUtilClass
instance.Declaration
Swift
public struct UtilClassRef : UtilClassProtocol
-
The
See moreValueIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkValueIface
instance. It exposes methods that can operate on this data type throughValueIfaceProtocol
conformance. UseValueIfaceRef
only as anunowned
reference to an existingAtkValueIface
instance.Declaration
Swift
public struct ValueIfaceRef : ValueIfaceProtocol
-
The
See moreWindowIfaceRef
type acts as a lightweight Swift reference to an underlyingAtkWindowIface
instance. It exposes methods that can operate on this data type throughWindowIfaceProtocol
conformance. UseWindowIfaceRef
only as anunowned
reference to an existingAtkWindowIface
instance.Declaration
Swift
public struct WindowIfaceRef : WindowIfaceProtocol
-
The
WindowRef
type acts as a lightweight Swift reference to an underlyingAtkWindow
instance. It exposes methods that can operate on this data type throughWindowProtocol
conformance. UseWindowRef
only as anunowned
reference to an existingAtkWindow
instance.
See moreAtkWindow
should be implemented by the UI elements that represent a top-level window, such as the main window of an application or dialog.Declaration
Swift
public struct WindowRef : WindowProtocol


Generate basic charts either by custom applications, or from a small script launched from the system console, or within the R console. Two ASCII text files are necessary: (1) The graph parameters file, which name is passed to the function 'rplotengine()'. The user can specify the titles, choose the type of the graph, graph output formats (e.g. png, eps), proportion of the X-axis and Y-axis, position of the legend, whether to show or not a grid at the background, etc. (2) The data to be plotted, which name is specified as a parameter ('data_filename') in the previous file. This data file has a tabulated format, with a single character (e.g. tab) between each column, and a headers line located in the first row. Optionally, the file could include data columns for showing confidence intervals.
| Version: | 1.0-7 |
| Depends: | R (≥ 2.6.2), xtable |
| Published: | 2018-08-07 |
| Author: | Pedro-Pablo Garrido Abenza [aut, cre] |
| Maintainer: | Pedro-Pablo Garrido Abenza <pgarrido at umh.es> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://www.umh.es |
| NeedsCompilation: | no |
| CRAN checks: | rplotengine results |
| Reference manual: | rplotengine.pdf |
| Package source: | rplotengine_1.0-7.tar.gz |
| Windows binaries: | r-devel: rplotengine_1.0-7.zip, r-release: rplotengine_1.0-7.zip, r-oldrel: rplotengine_1.0-7.zip |
| OS X binaries: | r-release: rplotengine_1.0-7.tgz, r-oldrel: rplotengine_1.0-7.tgz |
| Old sources: | rplotengine archive |
Please use the canonical form https://CRAN.R-project.org/package=rplotengine to link to this page.


Locations where lions can be found
This map shows the living areas of lions. The markers show zoos in the Netherlands with lions!
Note: Does not work with adblocker enabled!
This map shows the living areas of lions. The markers show zoos in the Netherlands with lions!
Note: Does not work with adblocker enabled!


GUI.CreateHorizontalScrollBarFull (x, y, size : int,
min, max, start : int,
actionProc : procedure x (value : int),
arrowInc, pageInc, thumbSize : int) : int
A scroll bar is a widget that allows users to see a piece of a document that cannot be displayed on the screen in its entirety. The picture below shows a horizontal scroll bar. To control a scroll bar, there are a few choices: the user can click on the thumb (the box in the scroll bar) and slide it left or right, or the user can click in the scroll bar itself to the left or right of the thumb (in which case the thumb is moved up or down one "page"), or the user can click on the left or right arrows at the ends of the scroll bar (in which case the thumb is moved left or right one "arrow increment").
The programmer defines a page or an arrow increment. When the value of the scroll bar changes, the action procedure of the scroll bar is called with the new value as a parameter. The action procedure should then redraw the contents using the new value of the scroll bar.
The range of values that the scroll bar will give is determined by the min and max parameters in the Create call. The left side of the scroll bar represents the minimum value, while the right represents the maximum value. There is also the "thumb size". This represents the range of values that can be seen at once on the screen.
By default, the arrow increment (the amount the value is changed when the scrolling arrows are pressed) is set to one. The page increment (the amount the value is changed when the user clicks in the bar to the right or left of the thumb) is set to one quarter the difference between the minimum and the maximum. The "thumb size" is set to zero (see the description of scroll bars for an explanation of the thumb size).
The x and y parameters specify the lower-left corner of the scroll bar. The size parameter specifies the length of the scroll bar (including the arrows) in pixels. The min and max parameters are the minimum and maximum values returned by the scroll bar. The start parameter is the initial value of the scroll bar and should be between min and max inclusive. The actionProc parameter is the name of a procedure that is called when the value of the scroll bar is changed. The parameter to the action procedure is the current value of the scroll bar.
import GUI
View.Set ("graphics:300;60,nobuttonbar")
var scrollBar : int
procedure ScrollBarMoved (value : int)
Text.Locate (2, 3)
put "Horizontal Scroll Bar: ", value : 4
end ScrollBarMoved
scrollBar := GUI.CreateHorizontalScrollBar (10, 10, 250,
50, 150, 50, ScrollBarMoved)
loop
exit when GUI.ProcessEvent
end loop
For example, if you have a window that can display 20 lines of text at once and there are 100 lines of text, you would set min to 1, max to 100 and thumbSize to 20. The value returned by the scroll bar would then be the line number of the first line on the screen to be displayed. When the scroll bar was at its maximum value, it would return 81, since by doing so, lines 81-100 would be displayed.
% The "ScrollPic" program.
import GUI
var h, v : int % The scroll bars.
var canvas : int % The canvas.
var pic : int % The picture.
const width : int := 220 % The width of the canvas.
procedure ScrollPic (ignore : int)
% Get the current value of the scroll bars.
var x : int := GUI.GetSliderValue (h)
var y : int := GUI.GetSliderValue (v)
GUI.PicDraw (canvas, pic, -x, -y, picCopy)
end ScrollPic
pic := Pic.FileNew ("Forest.jpg")
if pic <= 0 then
put "Error loading picture: ", Error.LastMsg
return
end if
View.Set ("graphics:265;265")
canvas := GUI.CreateCanvas (15, 15 + GUI.GetScrollBarWidth,
width, width)
% Note the frame of the canvas is:
% (14, 14 + ScrollbarWidth) - (235, 235 + ScrollbarWidth)
h := GUI.CreateHorizontalScrollBarFull (14, 14,
221, 0, Pic.Width (pic) , 0, ScrollPic, 3, 100, width)
v := GUI.CreateVerticalScrollBarFull (235,
14 + GUI.GetScrollBarWidth, 221, 0, Pic.Height (pic),
Pic.Height (pic), ScrollPic, 3, 100, width)
ScrollPic (0) % Draw the picture initially
loop
exit when GUI.ProcessEvent
end loop
Scroll bars always have a fixed height (for horizontal scroll bars) or width (for vertical scroll bars). To get a scroll bar's width, use the GUI.GetScrollBarWidth function.
When GUI.CreateHorizontalScrollBar or GUI.CreateHorizontalScrollBarFull is called, the newly created scroll bar will be displayed immediately unless GUI.DisplayWhenCreated has been called with the display parameter set to false.
When a scroll bar is not enabled, the gray in the bar is set to white and the thumb is not displayed. The scroll bar no longer responds to any mouse clicks until the scroll bar is enabled again.
| GUI.Show, GUI.Hide, GUI.Enable, GUI.Disable, GUI.Dispose, GUI.GetX, GUI.GetY, GUI.GetWidth, GUI.GetHeight, GUI.SetPosition, GUI.SetSize, GUI.SetPositionAndSize, GUI.GetSliderValue, GUI.SetSliderValue, GUI.SetSliderMinMax, GUI.SetSliderSize, GUI.SetSliderReverse, GUI.SetScrollAmount |
This means that you can only call the function by calling GUI.CreateHorizontalScrollBar, not by calling CreateHorizontalScrollBar.


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Thanksgiving 2019: Americans secretly hate cranberry sauce, study reveals
by WABCA new survey reveals the least popular items on the Thanksgiving dinner table and the winner is: cranberry sauce.
Instacart conducted an online survey with The Harris Poll, asking more than 2,000 Americans how they feel about Thanksgiving.
Twenty-nine percent of people say they don't like cranberry sauce but eat it anyway.
Green bean casserole comes in second.
Twenty-two percent of those asked eat sweet potatoes even though they don't like it and 21% of folks don't even like pumpkin pie.
The biggest dislike was definitely cranberry sauce, nearly half of those surveyed said it was "disgusting."
The top offenders are:
- Canned cranberry sauce (29%)
- Green bean casserole (24%)
- Sweet potatoes / sweet potato casserole (22%)
- Pumpkin pie (21%)
- Turkey (19%)
And when the big meal is all said and done... leftovers are the go-to right? Not so fast.
According to the study, 23% of Americans are not interested in saving Thanksgiving leftovers. Millennials are anti-leftovers! 32% of Millennials say they are not interested in saving Thanksgiving leftovers


Balsamiq Wireframing Webpage for Project:
Amanda Komp Webpage Presence Mockup:
Click here to download the Balsamiq Wireframing File
PDF:
Click here to download the PDF
Completed and Updated Balsamiq Wireframing Webpage for Project:
Amanda Komp Webpage Presence Mockup Final:
Click here to download the new and Updated Balsamiq Wireframing File
PDF:
Click here to download the new and Updated PDF


|
Plant-o-Matic
|
#include <MCP3008.h>
Public Member Functions | |
| virtual void | hasSample (int sample)=0 |
Callback for new samples which needs to be implemented by the main program. The function hasSample needs to be overloaded in the main program.
|
pure virtual |
Called after a sample has arrived.
Implemented in SoilSensorSampleCallBack, and SoilSensorSampleCallBack.


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--- layout: post title: An interview with Lou Rosenfeld tags: [] status: publish type: post published: true meta: {} ---
The webreference news letter pointed me to an interview with Lou Rosenfeld. The second half of the interview deals with CMS', which as a web developer usually forms an intrinsic part of development time. Some useful information, diagram and resources for CMS design and development.


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Properties p = new Properties();
p.put("java.naming.factory.initial", "org.apache.openejb.client.RemoteInitialContextFactory");
p.put("java.naming.provider.url", "https://<IP_ADDRESS>:8443/tomee/ejb");
// user and pass optional
p.put("java.naming.security.principal", "myuser");
p.put("java.naming.security.credentials", "mypass");
InitialContext ctx = new InitialContext(p);
MyBean myBean = (MyBean) ctx.lookup("MyBeanRemote");
EJB over SSL
It is possible to setup client/server requests over SSL. EJB requests from a remote client can happen two different ways:
-
https for when an EJB is running in TomEE
-
ejbds for when an EJB is running in OpenEJB Standalone
Note, TomEE can be setup to support ejbds.
https
First, you’ll need to setup Tomcat (TomEE) with SSL as described here:
Once that is done and the tomee
webapp can be accessed with https
,
an EJB client can invoke over https
using the following
InitialContext
setup:
If you setup Tomcat (TomEE) to use the APR (Apache Portable Runitme) implementation of SSL on the server side, and you have connection issues like connection reset, you’ll have to set 'https.protocols' system property. 'https.protocols' property must be set according to the SSLProtocol parameter of the HTTPS connector configuration :
You can also have a look a this :
ejbds
The SSL version of the ejbd
protocol is called ejbds
and is enabled
and setup in OpenEJB Standalone by default.
Its configuration conf/ejbds.properties
looks like this:
server = org.apache.openejb.server.ejbd.EjbServer
bind = <IP_ADDRESS>
port = 4203
disabled = false
threads = 200
backlog = 200
secure = true
discovery = ejb:ejbds://{bind}:{port}
To access this service from a remote client, the InitialContext
would
be setup like the following:
Properties p = new Properties();
p.put("java.naming.factory.initial", "org.apache.openejb.client.RemoteInitialContextFactory");
p.put("java.naming.provider.url", "ejbd://localhost:4201");
// user and pass optional
p.put("java.naming.security.principal", "myuser");
p.put("java.naming.security.credentials", "mypass");
InitialContext ctx = new InitialContext(p);
MyBean myBean = (MyBean) ctx.lookup("MyBeanRemote");
Changing the Cipher Suite
This is a pending feature By default, the ejbds protocol connects with SSL_DH_anon_WITH_RC4_128_MD5. That means your connection is encrypted and the integrity of the transmission is verified. However, this only protects your from eavesdroppers, it offers absolutely zero protection from Man in the Middle attacks. This sort of attack could be pulled off without your knowledge and the attacker has the ability to intercept, monitor, and even modify your messages. If the attacker could control a router on your connection path, this attack could be trivially pulled off with nothing more but the OpenEJB server and client.
To secure your connections against this sort of attack, your client can cryptographically prove it’s talking to the correct server before sending any data. To do this, simply select one or more secure cipher suites that your J2SE provider supports from this listing.
You must now instruct the client and server to use that suite.
On the server:
server = org.apache.openejb.server.ejbd.EjbServer
bind = <IP_ADDRESS>
port = 4203
disabled = false
threads = 200
backlog = 200
secure = true
enabledCipherSuites = TLS_RSA_WITH_AES_256_CBC_SHA,TLS_RSA_WITH_AES_128_CBC_SHA
discovery = ejb:ejbds://{bind}:{port}
On the client, you must supply a property:
-Dopenejb.client.enabledCipherSuites=TLS_RSA_WITH_AES_256_CBC_SHA,TLS_RSA_WITH_AES_128_CBC_SHA
The final piece is to make sure your server has available a private certificate that the the client can trust. This can be certificate from an authority or a self signed certificate. The javax.net.ssl.trustStore and javax.net.ssl.keyStore JVM properties are used to set this up.


All software is not of the same quality. At QET Systems we pride ourselves on the measures we take to ensure that the client gets the best above the rest. Our quality management processes run through the entire system development lifecycle.
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Systems that come with innate data recovery and constant backup thus ensuring smooth recovery in face of hardware failure.
All software is not of the same quality. At QET Systems we pride ourselves on the measures we take to ensure that the client gets the best above the rest. Our quality management processes run through the entire system development lifecycle.
Testimonial


| Name | Shard # | Shard Progress | Jobs Completed | Owner's Nickname | Last Seen | |
|---|---|---|---|---|---|---|
| {{ worker.display_name }} | {% if not worker.shard %}Waiting | {% else %}{{ "{:,}".format(worker.shard.number) }} | {% endif %}{{ worker.progress }} | {{ "{:,}".format(worker.jobs_completed) }} | {{ worker.user_nickname }} | {{ worker.last_seen }} |
All jobs have been completed!
{% else %}There are no Hybrid workers currently running.
{% endif %}| Name | Shard # | Shard Progress | Jobs Completed | Owner's Nickname | Last Seen | |
|---|---|---|---|---|---|---|
| {{ worker.display_name }} | {% if not worker.shard %}Waiting | {% else %}{{ "{:,}".format(worker.shard.number) }} | {% endif %}{{ worker.progress }} | {{ "{:,}".format(worker.jobs_completed) }} | {{ worker.user_nickname }} | {{ worker.last_seen }} |
All jobs have been completed!
{% else %}There are no CPU workers currently running.
{% endif %}| Name | Shard # | Shard Progress | Jobs Completed | Owner's Nickname | Last Seen | |
|---|---|---|---|---|---|---|
| {{ worker.display_name }} | {% if not worker.shard %}Waiting | {% else %}{{ "{:,}".format(worker.shard.number) }} | {% endif %}{{ worker.progress }} | {{ "{:,}".format(worker.jobs_completed) }} | {{ worker.user_nickname }} | {{ worker.last_seen }} |
All jobs have been completed!
{% else %}There are no GPU workers currently running.
{% endif %}


00 /* pass 7 -- Code generation */ 01 Root root = new Root(spec, new PrintWriter(System.out, true)); 02 String targetName 03 = coinsOptions.getArg(CommandLine.COINS_TARGET_NAME_OPTION); 04 String targetConvention 05 = coinsOptions.getArg(CommandLine.COINS_TARGET_CONVENTION_OPTION); 06 trace.trace(myName, 5000, "target name = " + targetName); 07 Module unit = Module.loadSLir(sexp, targetName, targetConvention, root); 08 makeCSourceFromLir("new", lirToCTimings, unit, io); 09 10 if(spec.getCoinsOptions().isSet("snapshot")) 11 snap.shot(unit,"Generated LIR"); 12 13 /* SSA optimization */ 14 if (spec.getCoinsOptions().isSet(coins.ssa.OptionName.SSA_OPT)) { 15 unit.apply(new coins.ssa.SsaDriver(unit, io, spec)); 16 /* Simple/JumpOpt again */ 17 unit.apply(coins.backend.opt.SimpleOpt.trig); 18 unit.apply(coins.backend.opt.JumpOpt.trig); 19 } else { 20 unit.basicOptimization(); 21 } 22 if (spec.getCoinsOptions().isSet("simd")) { 23 unit.apply(new coins.simd.SimdDriver(unit, io, spec)); 24 } 25 makeCSourceFromLir("opt", lirToCTimings, unit, io); 26 27 if(spec.getCoinsOptions().isSet("snapshot")) 28 snap.shot(unit,"Optimized LIR"); 29 30 if(spec.getCoinsOptions().isSet("snapshot")) 31 snap.generateXml(); 32 33 unit.generateCode(out); 34 35 if (trace.shouldTrace("Sym", 1)) { 36 trace.trace("Sym", 1, "\nSym after code generation "); 37 symRoot.symTable.printSymTableAllDetail(symRoot.symTableRoot); 38 symRoot.symTableConst.printSymTableDetail(); 39 }The instance root made at the line 1 has the root information of the backend process. It has the information of the compiler options (spec) and output assembly file (System.out). The backend processes are called at the line 7, 20, and 33 as:
Module unit = Module.loadSLir(sexp, targetName, targetConvention, root); unit.basicOptimization(); unit.generateCode(out);The instance unit has the internal representaion of the LIR made from the S-expression sexp.
The above three methods, loadSLir, basicOptimizations, and generateCode, are composed of several steps as follows:
Module unit = new Module(sexp, targetName, convention, root); unit.apply(new String[] { "IntroVirReg", "EarlyRewriting", "+AfterEarlyRewriting", "If2Jumpc" }); return unit;
unit.apply(new String[] { "+BeforeBasicOpt", "SimpleOpt", "JumpOpt", "PreHeaders", "LoopInversion", "+AfterBasicOpt" });
unit.apply(new String[] { "+BeforeCodeGeneration", "LateRewriting", "+AfterLateRewriting", "ToMachineCode", "+AfterToMachineCode", "ConvToAsm" });
unit.apply("IntroVirReg");the method doIt in the class coins.backend.opt.IntroVirReg is executed, because the Module constructor has registered the transformer IntroVirReg.trig with the name "IntroVirReg" to the instance root by the following statement:
root.registerTransformer(IntroVirReg.trig);By the execution of doIt of coins.backend.opt.IntroVirReg, frame variables are named as virtual registers.
Furthermore, the execution of
unit.apply("ToMachineCode");in generateCode causes the excecution of the instance method toMachineCode of the class Function, and the toMachineCode method executes the following steps:
apply(LiveRange.trig); // live range analysis apply(JumpOpt.trig); // jump optimization apply(JumpCanon.trig); // canonicalize JUMPC instructions apply("+BeforeFirstInstSel"); // call Hook point apply(module.targetMachine.instSelTrig); // instruction selection apply("+AfterFirstInstSel"); // call Hook point int count = 0; for (;;) { if (count++ >= REGALOLIMIT) throw new CantHappenException("Looks like an infinite loop during Register allocation"); if (apply(RegisterAllocation.trig)) // register allocation break; // if success apply("+BeforeSecondInstSel"); // call Hook point apply(module.targetMachine.instSelTrig); // instruction selection again apply("+AfterSecondInstSel"); // call Hook point } postProcess(); // eliminate redundant jumpsThe argument string with prefixed "+" in the above calls of the apply method means that it is a hook name. Usually this call does nothing. But, if the method
Root#addHook(String, Transformer)has been called with a hook name and a Transformer object, the doIt method of the Transformer object is executed when the apply method is called with the hook name.
class NewProcess { class NewTrigger implements LocalTransformer{ // or GlobalTransformer void doIt(...){...} ... } static void attach(CompileSpecification spec, Root root){ // if (spec.getCoinsOptions().isSet("newprocess")) { root.addHook("+xxx", new NewTrigger()); // } } }where "+xxx" is a hook name. LocalTransformer is applied to each Function instance, and GlobalTransformer is applied to a Module instance.
When the compiler option
-coins:attach=NewProcessis specified, the NewProcess.attach method is called at the entry of the backend process. And the doIt method of the NewTrigger object is executed at the hook point "+xxx".
-coins:newprocessis specified.
-coins:schedule,attach=coins.backend.sched.Scheduleor
-coins:attach=coins.backend.sched.ScheduleThe attach method of coins.backend.sched.Schedule is defined as follows:
public static void attach(CompileSpecification spec, Root root) { root.addHook("+AfterToMachineCode", after); if (spec.getCoinsOptions().isSet("schedule")) { root.addHook("+AfterFirstInstSel", before); } }Therefore, if the "schedule" option is specified, the instruction scheduler is called twice by two triggers, one is the before trigger at the "+AfterFirstInstSel" hook point, and the other is the after trigger at the "+AfterToMachineCode" hook point. The former point is before the register allocation, and the latter is after the regisiter allocation. If the "schedule" option is not specified, the instruction sheduler is called only once after the regisiter allocation.
The two triggers are almost the same except that the latter does the "nop"-instruction elimination if the target CPU has delayed branch instructions. They are written machine independently, and can be applied to any target machine.
See Fig.12-2 in 12. Performance of COINS compilers for some resultsof this optimization.
Software pipelining is an optimization that can improve the loop-executing performance by taking advantage of the instruction-level parallelism. However, the conventional software pipelining method has several problems. It can only be applied to counter controled loops. In some cases the loop control instruction should be modified. It can not be applied if the number of iterations is smaller than the number of stages of pipelining.
Our method solves all these problems. Our method first schedules the loop control instruction and its dependent instructions, and then schedules the remaining instructions for pipelining.
The software pipelining module is called when the following compiler options are specified:-coins:schedule,pipelining,attach=coins.backend.sched.Schedule
For example, the following source program
for (i = 0; i < N; i++) for (j = 0; j < M; j++) { s = 0; for (k = 0; k < L; k++) s += a[i][k] * b[k][j]; c[i][j] = s; }
is software pipelined as follows.
By specifying the SSA-optimizations as
ssa-opt=prun/divex/cse/cstp/hli/osr/hli/cstp/cpyp/preqp/cstp/rpe/dce/srd3and by specifying the target machine as SPARC, the generated LIR codes for the above program looks like (in assembly form)
.L4: ld [%i5],%f1 ; %f1 = a[i][k] ld [%i4],%f0 ; %f0 = b[k][j] fmuls %f1,%f0,%f0 ; %f0 = %f1*%f0 = a[i][k]*b[k][j] fadds %f2,%f0,%f2 ; %f2 = s = %f2+%f0 = s + a[i][k]*b[k][j] add %i4,2000,%i4 ; %i4 = &b[k][j] + 2000 = &b[k+1][j] add %i5,4,%i5 ; %i5 = &a[i][k] + 4 = &a[i][k+1] cmp %i4,%o2 ; &b[k+1][j] : &b[L][j] bl .L4 ; k+1 < L nopThe result of software pipelining for this LIR is as follows:
.L4: ld [%i4],%f0 add %i4,2000,%i4 ; P cmp %i4,%o2 ; R bge .L7 ; O ld [%i5],%f1 ; L fmuls %f1,%f0,%f3 ; O add %i5,4,%i5 ; G ld [%i4],%f0 ; U add %i4,2000,%i4 ; E cmp %i4,%o2 bge .L6 ld [%i5],%f1 ---------------------------------------------- .L5: fadds %f2,%f3,%f2 fmuls %f1,%f0,%f3 ; K add %i5,4,%i5 ; E ld [%i4],%f0 ; R add %i4,2000,%i4 ; N cmp %i4,%o2 ; E bl .L5 ; L ld [%i5],%f1 ---------------------------------------------- .L6: fadds %f2,%f3,%f2 ; EPIL- .L7: fmuls %f1,%f0,%f3 ; OGUE add %i5,4,%i5 fadds %f2,%f3,%f2In this example, the loop control instruction and its dependent instructions are scheduled at first.
ld [%i4],%f0 ; stage 0 add %i4,2000,%i4 ; stage 0 cmp %i4,%o2 ; stage 0 bl .L4 ; stage 0 nop ; stage 0
Then, by scheduling the remaining instructions for pipelining the kernel loop becomes
fadds %f2,%f0,%f2 ; stage 2 fmuls %f1,%f0,%f0 ; stage 1 add %i5,4,%i5 ; stage 1 ld [%i5],%f1 ; stage 0 ld [%i4],%f0 ; stage 0 add %i4,2000,%i4 ; stage 0 cmp %i4,%o2 ; stage 0 bl .L4 ; stage 0 nop ; stage 0
In our method, all "stage 0" instructions, including the branch instruction, are placed in the prologue part.
Finally, after the phase of regster allocation, the nop instruction is replaced with the "ld [%i5],%f1" instruction by instruction scheduling.-coins:regpromote,attach=RegPromoteThe class RegPromote is in the package coins.backend.contrib. The name of this special package can be omitted.
The register promotion is the process to promote static variables to registers within some loops.
The compiler option
-coins:regpromote-exinvokes the process of extended register promotion that promotes more variables to registers based on pointer analysis.
The register promotion is effective especially for such a program as:
int candidat, quotient, remaindr, index, nth, primenum, loopend ; int primeNumbers[SIZE] ; void getPrime(int primevec[SIZE], int count) { primevec[0] = 2 ; nth = 1 ; candidat = 3 ; while (nth<count) { remaindr = 1 ; index = 0 ; loopend = 0 ; while(loopend==0) { primenum = primevec[index] ; quotient = candidat / primenum ; remaindr = candidat - quotient*primenum ; if (remaindr==0) loopend = 1 ; if (quotient*quotient<candidat) loopend = 1 ; index = index + 1 ; if (index>=nth) loopend = 1 ; } if (remaindr != 0) { primevec[nth] = candidat ; nth = nth + 1 ; } candidat = candidat + 2 ; } nth = 0 ; while (nth<count) { /* print(primevec[nth]) ; */ nth = nth + 1 ; } return; }This program is the prime program in the Fig.12-2 of the chapter 12. Performance of COINS compilers. This register promotion produces almost all the performance gain of the prime program.


USD/CHF: On the bids around 0.9900 with eyes on Swiss trade balance
by Anil Panchal- USD/CHF seesaws in a three-day-old trading range amid a lack of fresh clues.
- Risk-tone stays sluggish with trade/Hong Kong headlines weighing the mood.
- Moody’s downbeat analysis, Trump’s push for easy money add to watch-list.
With a month-long rising support line limiting the USD/CHF pair’s declines, the quote pulls back to 0.9900 ahead of Tuesday’s European session. Traders are keeping an eye over the Swiss trade numbers as an immediate catalyst.
Not only Chinese diplomat’s pessimism concerning the trade deal with the United States (US), the US-China disagreement over Hong Kong protests recently contributed to the market’s risk-off sentiment. Also increasing uncertainty was the US President Donald Trump’s sustained push for easy monetary policy to the Federal Reserve (Fed) Chairman.
Further, Moody’s forecast concerning the global economic situation has been downbeat off-late. The global rating giant recently said that the global economy will remain fragile in 2020 as risks to credit conditions rise. It also said that rising political and geopolitical risks are exacerbating slow growth and reducing economies' abilities to respond to shocks.
That said, the US 10-year treasury yields remain under pressure around 1.80% while Asian stocks and S&P 500 Futures also act directionless.
Looking forward, October month trade numbers from Switzerland will offer an immediate catalyst to watch. The headlines Trade Balance flashed 4,020M figures last month while imports and exports grew 16,764M and 20,784M respectively. Following that the US housing market numbers and Fedspeak will entertain the pair traders.
Technical Analysis
Prices struggle between a 200-day EMA level of 0.9917 and a short-term rising support line at 0.9867 amid bearish signals from the 12-bar Moving Average Convergence and Divergence (MACD).
additional important levels
| Overview | |
|---|---|
| Today last price | 0.99 |
| Today Daily Change | 15 pips |
| Today Daily Change % | 0.15% |
| Today daily open | 0.9885 |
| Trends | |
|---|---|
| Daily SMA20 | 0.9912 |
| Daily SMA50 | 0.9923 |
| Daily SMA100 | 0.9881 |
| Daily SMA200 | 0.9952 |
| Levels | |
|---|---|
| Previous Daily High | 0.9915 |
| Previous Daily Low | 0.9868 |
| Previous Weekly High | 0.9978 |
| Previous Weekly Low | 0.9869 |
| Previous Monthly High | 1.0028 |
| Previous Monthly Low | 0.9837 |
| Daily Fibonacci 38.2% | 0.9886 |
| Daily Fibonacci 61.8% | 0.9897 |
| Daily Pivot Point S1 | 0.9864 |
| Daily Pivot Point S2 | 0.9842 |
| Daily Pivot Point S3 | 0.9817 |
| Daily Pivot Point R1 | 0.9911 |
| Daily Pivot Point R2 | 0.9936 |
| Daily Pivot Point R3 | 0.9958 |


Maid of Lidia:
I am Lidia von Hellmann! I must have written the diary and the letter I gave you. My memory is incomplete and is being controlled by Hardin.
I don't understand why Hardin would help me regain my memory now.
Perhaps you should ask him about it.


Awesome Startup Employee Directory
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membrane pistachio extract compounds total hull fouling permeate phenolic sample using antioxidant enzyme green pectinase concentration {border-style activity phenol Food aqueous px;} significant used #ffffff;} < Figure difference pectin retentate ABTS DPPH flux membranous enzyme‐treated content different letters (mg .). results columns crude filtered juice rpm tannin treated (U) acid anthocyanin control extract, fouling. level samples ultrafiltration water Total assay concentrations flavonoid hull) Bar‐ John Table Wiley effective higher obtained pressure process px; reduction reported showed solution {font-family (C) Fouling added filtration font-size fractions optimal order respectively. shown treatment (%) ABb C), Chemistry, Ltd, Notes. Permeate Retentate Sons, Supplement analysis comparison determined distilled double; enzyme, extract. membrane‐filtered mixture molecular observed optimized performance phenols use (in (mg/gDW Capital Different Gallic Sahari, Sample Science Small Time bar border-color border-width chemical condition definite equivalent. expressed extraction filtering hulls measured membranes method nm. passing percentage permeate, radical reduce reduced separation solid; weight {font-style {font-weight ‐kDa Agricultural Antioxidant Barzegar, Cassano, Determination Goli Pectinase P‐, absorbance according amounts antioxidants antioxidants, bold branches capacity characteristics compared concentrate conditions courier; decomposition dry em; enzymatic extracts extracts, food free fresh gallic high highest increase incubated measuring min mixer nanofiltration percent polyphenol polyphenolic potential presented production pt;} reducing regard, regression shows similar solutions speed suggest tannase terms time treatments value way


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Regarding the Syrian Refugee Crisis. Mostly consisted of Periodical events. Most events are entirely consistent.
Topic 1: US Special Forces Troops
Topic 2: Twin Car Bombings
Topic 3: Sleeper Cells Warnings
Topic 4: Aleppo Airstrikes
Topic 5: Unaccompanied Children Refugees in UK
Topic 6: Migration Crisis in Greece and Turkey
Topic 7: Kurdish & Syrian Government against ISIS
Topic 8: John Kerry asks for Syria truce
Regarding crisis of refugees and immigrants worldwide and political situations. Mostly consisted of General events. Most events are highly consistent.
Topic 1: Manus Detention Centre found Illegal
Topic 2: Extremist-Muslim behaviour in Western societies
Topic 3: Provoking Thoughts and Prays for Refugee Crisis
Topic 4: Politicians of Pakistan against PM Nawaz Sharif
Topic 5: Donald Trump Wall for Illegal Immigrants
Topic 6: Islamophobia
Topic 7:
Double themed events, where both themes are almost equally existent. Consisted of both Periodical and General events. Most events are semi-consistent.
Topic 1:
Topic 2:
Topic 3:
Topic 4:
Topic 5:
Irrelevant topics either because of content or because of formation.
Topic 1: Iraq Weather Forecast
Topic 2: Request for Suspention of ISIS Loonie Tune Terrorist
Topic 3: Dover - Calais ferry routes
Topic 4: General discussion regarding threats against ISIS


THE SECRET BEHIND SOFT SKIN AND SILKY HAIR
A water softener that can give you smooth and healthy skin by filtering out harmful substances.
Pamper yourself with each shower.
Our water softener is recommended for:
1. Those who want softer skin
2. Those with delicate skin such as babies
| RETAIL PRICE | MONTHLY RENTAL |
|---|---|
| RM 2700 | RM 110 |
| FREE 1-YEAR SERVICE & PRODUCT WARRANTY | FREE 5-YEAR SERVICE & PRODUCT WARRANTY |
Filter : Composite Filter
Operating Water Pressure : 0.07Mpa - 0.98Mpa
Operating Temperature : 2°C - 80°C
Resin Type : Ion-exchange Resin
Resin Capacity : 1.5L
Water Softening Capacity : 900L / regenerate
Regeneration Material : 1.24kg / refill
Power Consumption : N/A
Dimension : 285mm (W), 190mm (D), 500mm (H)


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static const std::string & | getName () |
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| Cloner (const T2 &s) |
| | Constructor with source object (copied)
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T & | clone () |
| | Implements interface.
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T2 & | cloneOrig () |
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virtual const T2 & | get () const |
| | Returns a const reference to a default instance.
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virtual T2 & | get () |
| | Returns a reference to a default instance.
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virtual size_t | count () |
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| void | clear (T2 *ptr) |
| | Remove cloned entries. More...
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T2 | src |
| | Default instance, also the source for cloning.
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typedef std::set< T2 *> | ptr_container_t |
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ptr_container_t | ptrs |
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The documentation for this class was generated from the following file:


But then, however, yada yada, --there's this baby--it's me, "Papa Doc" who’ll make it through unscathed.


SI Base & Derived Units Browser
By
CharCoding
, 2018
Use mouse wheel or left/right click on the base units to build your derived unit.


Except for the historic dbm, ndbm and hsearch interfaces, Berkeley DB does not use the global variable errno to return error values. The return values for all Berkeley DB functions can be grouped into three categories:
While possible error returns are specified by each individual function's manual page, there are a few error returns that deserve special mention:
Any Berkeley DB function that attempts to acquire locks can potentially return EAGAIN. Practically speaking, the safest way to deal with applications that can deadlock is to handle a potential EAGAIN return from any Berkeley DB Access Method call.
There are two special return values that are somewhat similar in meaning, are returned in similar situations, and therefore might be confused: DB_NOTFOUND and DB_KEYEMPTY.
The DB_NOTFOUND error return indicates that the requested key/data pair did not exist in the database or that start- or end-of-file has been reached.
The DB_KEYEMPTY error return indicates that the requested key/data pair logically exists but was never explicitly created by the application (the recno access method will automatically create key/data pairs under some circumstances, see db_open for more information), or that the requested key/data pair was deleted and is currently in a deleted state.
There exists a class of errors that Berkeley DB considers fatal to an entire Berkeley DB environment. An example of this type of error is a log write failure due to the disk being out of free space. The only way to recover from these failures is for the application to exit, run recovery of the Berkeley DB environment, and re-enter Berkeley DB. (It is not strictly necessary that the application exit, although that is the only way to recover system resources, e.g., file descriptors and memory, currently allocated by Berkeley DB.)
When this type of error is encountered, the error value DB_RUNRECOVERY is returned. This error can be returned by any Berkeley DB interface. If a fatal error occurs, DB_RUNRECOVERY will be returned from all subsequent Berkeley DB calls made by any threads or processes participating in the environment.
Optionally, applications may also specify a fatal-error callback function by setting the db_paniccall field of the DB_ENV structure before initializing the environment with db_appinit. This callback function will be called with two arguments: a reference to the DB_ENV structure associated with the environment, and the errno value associated with the underlying error that caused the problem.
Applications can handle such fatal errors in one of two ways: by checking for DB_RUNRECOVERY as part of their normal Berkeley DB error return checking, similarly to EAGAIN or any other error, or, in applications that have no cleanup processing of their own, by simply exiting the application when the callback function is called.


Aggregation Type
Color Weaving
Averaging
Color By
Word Rank
Word Frequency
Sequence Co-Occurrence
Sequence Frequency
Rank in Reference
Order By
Word Rank
Word Frequency
Sequence Co-Occurrence
Word Count
Match On
Word
Rank
Frequency
Sequence Co-Occurrence
Count
Color Scheme
Blue-Yellow Sequential
Purple-Blue-Green Sequential
Yellow-Orange-Brown Sequential
Red-Purple Sequential
Purple Sequential
Green Sequential
Red Sequential
Blue Sequential
Grey
──────────
Brown-Blue-Green Diverging
Pink-Yellow-Green Diverging
Purple-Green Diverging
Purple-Orange Diverging
Red-Black Diverging
Red-Blue Diverging
──────────
Categorical
Secondary Ramp
Blue-Yellow Sequential
Purple-Blue-Green Sequential
Yellow-Orange-Brown Sequential
Red-Purple Sequential
Purple Sequential
Green Sequential
Red Sequential
Blue Sequential
Grey
──────────
Brown-Blue-Green Diverging
Pink-Yellow-Green Diverging
Purple-Green Diverging
Purple-Orange Diverging
Red-Black Diverging
Red-Blue Diverging
Preset Configurations
Co-Occurrence of Ordered Words
Term Order for Common Words
Frequency of Ordered Words
Frequency of Co-Occurring Words
Use Full Color Ramps
Apply Inverted Coloring
  Apply Reference Order
Set as Color Reference
Set as Order Reference
Show Words
Clear Line Markings
Clear Zoom Window
Sequences
Matches
Working....


WITNESS LIST
Appropriations Committee
January 28, 2019 - 12:00 PM
Biennial Revenue Estimate
On:
Hegar, Glenn (Comptroller of Public Accounts)
Registering, but not testifying:
On:
Ashley, Phillip (Texas comptroller of public accounts)
Currah, Tom (Comptroller of Public Accounts)
Economic Stabilization Fund
On:
Currah, Tom (Comptroller of Public Accounts)
Hegar, Glenn (Comptroller of Public Accounts)
Kavanaugh, Kevin (Legislative Budget Board)
Registering, but not testifying:
On:
Ashley, Phillip (Texas comptroller of public accounts)
House Budget Recommendations
On:
Keyton, Sarah (Legislative Budget Board)
Wiles, Mark (Legislative Budget Board)
Hurricane Harvey Recovery
On:
Alvarenga, Abraham (LBB)
Hamilton, Billy (Texas A&M University System--Governor's Commission to rebuild Texas)
Kidd, Nim (Texas Division of Emergency Management and the EM Council)
Registering, but not testifying:
On:
Collier, Warren (Texas General Land Office)
Spending Limits
On:
Shallow, Stewart (Legislative Budget Board)
State Debt
On:
Lowe, Louellen (Legislative Budget Board)
1


The teaching material is produced in various formats for printing and on-screen reading.
The PDF files are based on LaTeX and have seldom technical failures that cannot be easily corrected. The HTML-based files, called "HTML" and "ipynb" below, apply MathJax for rendering LaTeX formulas and sometimes this technology gives rise to unexpected failures (e.g., incorrect rendering in a web page despite correct LaTeX syntax in the formula). Consult the corresponding PDF files if you find missing or incorrectly rendered formulas in HTML or ipython notebook files.
The syllabus for this course consists of the lecture notes on the webpage (chapters 2-15) and 5 compulsory projects. The last three projects are graded and count 1/3 each of the final mark.
In addition we recommend highly the texts on Numerical Recipes in C++ or Fortran90 by Press et al. The C, F77 and Fortran90 can be downloaded down for free, follow the links at Numerical Recipes.
The program library in C++ and Fortran2008 used in this course is a rewritten version of the Numerical Recipes codes.
All programs are available at the github address of the course


The model has been updated and new accuracy score are available.
Full details TodayDoubleClick Data has been updated. Source: Google Cloud Storage.
Full details TodayA new segment has been discovered, with an average conversion probability of 72%.
Full details YesterdayThe model has been updated and new accuracy score are available.
Full details TodayThe model has been updated and new accuracy score are available.
Full details Today


---
layout: post
title: alternatyves — Drawing is Writing
date: '2017-04-06T10:30:14+02:00'
categories:
- Illustration
- Graphic Design
picture_url: https://film-Storyboards.tumblr.com/post/159267177187/alternatyves-drawing-is-writing
---
alternatyves — Drawing is Writing
After a long break, my Illustration and design site, alternatyves.com is back online.
Check back in the coming weeks as I tweak the design and add artwork.


Katherine Scott - Architectural Portfolio
blog
231115 \ Hello World! \ new website, new blog
Hello there
I thought it would be a bit of fun to start my own website - so here I am!
This week I am working towards my first crit at the Bartlett, having had my first pin up a couple of weeks ago. I have stumbled across a rather brilliant Cedric Price project which is similar to the project I am working on - of creating a new form of governance building in Marseille.
This project by Cedric price is called 'Pop-up Parliament' and I went to the British Library to sift through the 1965 volume of bound New Society magazines to find it.
Here is the premise:
to knock down parliament's existing buildings in london and build a pop up parliament building - see picture below
and this building would then offer a new flexible, more democratic architecture to enable a more transparent governance.
This has been a great help for formulating my own programme - so time will tell what spaces my own design will hold!
Kx
find out what I am up to on my instagram


Onboard the Node Express
Posted on Mon 23 January 2017 in Learning
All aboard!
Express is a minimal and flexible Node.js web application framework that providesa robust set of features to develop web and mobile applications. It facilitates the rapid development.
Server.js file This file is used to run the whole application. It hosts a server and listens to it on a particular port.
Request & Response
Express application uses a callback function whose parameters are request and response objects:
app.get('/', function (req, res) {
// --
})
- Request Object : The request object represents HTTP request and has properties for the request query string, parameters, body, HTTP headers and so on..
- Response Object : The response object represents the HTTP response that an Express app sends when it gets an HTTP request.
You can print req and res objects which provide a lot of information related to HTTP request and response including cookies, sessions, URl, etc.
Basic Routing:
Routing refers to determining how an applicatoin responds to a client request to a particular endpoint, which is a URI ( or path) and a specific HTTP request method (GET, POST, and so on)
var express = require('express');
var app = express();
// This responds with "Hello World" on the homepage
app.get('/', function (req, res) {
console.log("Got a GET request for the homepage");
res.send('Hello GET');
})
// This responds a POST request for the homepage
app.post('/', function (req, res) {
console.log("Got a POST request for the homepage");
res.send('Hello POST');
})
// This responds a DELETE request for the /del_user page.
app.delete('/del_user', function (req, res) {
console.log("Got a DELETE request for /del_user");
res.send('Hello DELETE');
})
// This responds a GET request for the /list_user page.
app.get('/list_user', function (req, res) {
console.log("Got a GET request for /list_user");
res.send('Page Listing');
})
// This responds a GET request for abcd, abxcd, ab123cd, and so on
app.get('/ab*cd', function(req, res) {
console.log("Got a GET request for /ab*cd");
res.send('Page Pattern Match');
})
var server = app.listen(8081, function () {
var host = server.address().address
var port = server.address().port
console.log("Example app listening at http://%s:%s", host, port)
})
Body Parser
Before we understand what the Body Parser does, we need to understand what is middleware:
Middleware:
-
Any software that provides services to software applications beyond those available from the operating system.
-
It can be described as "software glue"


org.pentaho.di.ui.spoon.delegates
Classes
SpoonDBDelegate
SpoonDelegate
SpoonDelegateRegistry
SpoonDelegates
SpoonJobDelegate
SpoonSlaveDelegate
SpoonStepsDelegate
SpoonTabsDelegate
SpoonTransformationDelegate
SpoonTreeDelegate


Map to Lua converter, created by Mr_Moose for Multi Theft Auto
Disclaimer: This site is standalone and not related to Multi Theft Auto or the Grand Theft Auto series. The service is delivered AS IS without warranty of any kind.
Copyright (c) 2017 Mr_Moose @404rq
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.


Define an alias for the models, to use in queries.
var t0 = new Orders().AsQueryable();
"Sql Commands" (such as AS, AVG, DISTINCT etc.) can be used via helper parameter that comes with expression function.
Odb.SQL.Select(x => ... x[table-field].SqlCommand ... );
CONSTANT
Selects a contant value.
Odb.SQL.Select(x =>
x.Fields(
{{hl}}5.60{{/hl}}, {{hl}}"str1"{{/hl}}, {{hl}}x[5.63].AS("C1"){{/hl}}
)
);
AS
Renames a column with an alias.
Odb.SQL.Select(x =>
x.From(t0)
.Fields(
x["X"].{{hl}}AS("C1"){{/hl}}, x[t0.OrderID].{{hl}}AS("OID"){{/hl}}
)
);
IN / NOT IN
IN command allows you to specify multiple values in a WHERE clause.
var vals1 = new[] {1, 2};
var vals2 = new[] {"A", "B", "C"};
Odb.SQL.Select(x =>
x.From(t0)
.Where( x[t0.OrderID].{{hl}}IN(vals1){{/hl}} &
x[t0.EmployeeID].{{hl}}NOT_IN(vals2){{/hl}}
)
);
IS NULL / IS NOT NULL
Odb.SQL.Select(x =>
x.From(t0)
.Where( (object)t0.OrderID {{hl}}== DBNull.Value{{/hl}} &
(object)t0.EmployeeID {{hl}}!= DBNull.Value{{/hl}}
)
);
LIKE
is used in a WHERE clause to search for a specified pattern in a column.
Odb.SQL.Select(x =>
x.From(t0)
.Where( x[t0.Country].{{hl}}STARTS_WITH("A"){{/hl}} |
x[t0.Country].{{hl}}ENDS_WITH("Z"){{/hl}} |
x[t0.Country].{{hl}}CONTAINS("M"){{/hl}}
)
);
DISTINCT
Inside a table, a column often contains many duplicate values; and sometimes you only want to list the different (distinct) values.
The DISTINCT statement is used to return only distinct (different) values.
Odb.SQL.Select(x =>
x.From(t0)
.Fields(
{{hl}}x{{/hl}}[t0.Country].{{hl}}DISTINCT(){{/hl}}.AS("C")
)
);
COALESCE
Return the first non-null value in a list.
Odb.SQL.Select(x =>
x.From(t0)
.Fields(
{{hl}}x{{/hl}}[t0.CustomerName].{{hl}}COALESCE('???'){{/hl}}.AS("C")
)
);
Aggregate Functions
Odb.SQL.Select(x =>
x.From(t0)
.{{hl}}GroupBy(t0.Country){{/hl}}
.Fields( th.Country,
{{hl}}x{{/hl}}[t0.CustomerID].{{hl}}AVG(){{/hl}}.AS("C1"),
{{hl}}x{{/hl}}[t0.CustomerID].{{hl}}MIN(){{/hl}}.AS("C2"),
{{hl}}x{{/hl}}[t0.CustomerID].{{hl}}MAX(){{/hl}}.AS("C3"),
{{hl}}x{{/hl}}[t0.CustomerID].{{hl}}SUM(){{/hl}}.AS("C4")
)
);
String Functions
Odb.SQL.Select(x =>
x.From(t0)
.Fields( {{hl}}x{{/hl}}[t0.City].{{hl}}SUBSTRING(2, 4){{/hl}}.AS("2_to_4"),
{{hl}}x{{/hl}}[t0.City].{{hl}}SUBSTRING(0, 1){{/hl}}.AS("left_1"),
{{hl}}x{{/hl}}[t0.City].{{hl}}SUBSTRING(-1, 2){{/hl}}.AS("right_2"),
{{hl}}x{{/hl}}[t0.City].{{hl}}UPPER(){{/hl}}.AS("C1"),
{{hl}}x{{/hl}}[t0.City].{{hl}}LOWER(){{/hl}}.AS("C2"),
{{hl}}x{{/hl}}[t0.City].{{hl}}TRIM(){{/hl}}.AS("C3"),
{{hl}}x{{/hl}}[t0.City].{{hl}}RTRIM().LTRIM(){{/hl}}.AS("C4"),
{{hl}}x{{/hl}}[t0.City].{{hl}}CONCAT(", ID=", t0.CustomerID){{/hl}}.AS("C5")
)
);


HAPPY ACCIDENTS
Reviewed by Harvey Karten IFC Films Director: Brad Anderson Writer: Brad Anderson Cast: Marisa Tomei, Vincent D'Onofrio, Nadia Dajani, Tovah Feldshuh, Holland Taylor, Richard Portnow, Sean Gullette, Cara Buono, Lianna Pai, Tamara Jenkins, Jose Zuniga, Bronson Dudley, Anthony Michael Hall
If you know good music you could probably listen to a piece you've never heard before--a symphony by Brahms or Beethoven, an opera by Mozart or Puccini--and figure out who composed it. The same is true of film directors but to a limited extent. Who would have guessed that Brad Anderson, who scared the wits out of his audience with "Session 9," could turn out a fluffy comedy like "Happy Accidents"? On the other hand, we do see that in both cases an active imagination is at work. In "Session 9," Anderson tells a horror story that breaks away from the standard genre of devils-outside to take on the "Repulsion"-like terror of a mind breaking down--the demons within. With "Happy Accidents," Anderson takes on a similarly atypical story, this one about love rather than the abhorrence felt between men in "Session 9," and asks the question: Can a woman love a man enough to overlook what she considers a sick mind?
Anderson's romantic tale hits us with a twist near its conclusion that could knock out socks off were it not that "Happy Accidents" dwells so interminably on a single concept that by the time we learn the truth, we find it difficult to care. When Ruby Weaver (Marisa Tomei) runs into Sam Deed (Vincent D'Onofrio) on a park bench in New York, she is so taken in by his gentle demeanor that she overlooks the co-dependency situations with other men that drove her to a therapist (Holland Taylor) and invites him to share her flat in just a week's time. After Sam invites Ruby to listen to some music--bringing some records to her place rather than taking her to a concert--they switch off the nostalgic stuff, put on the contempo, and dance wildly all the way to her bed. It is there that she notices a bar code tattooed to his underarm, at which point he explains that he's a time traveler who has come back from his existence in the 25th century--which prompts her to give him his walking papers. But when she discusses the situation with her best friend Gretchen (Nadia Dajani) and later, in the film's best scene, has a heart-to-heart with her mother Lillian (Tovah Feldshuh) about savoring the passion because "it doesn't last," she decides to go along for the ride.
Though Marisa Tomei and Vincent D'Onofrio were both born in Brooklyn (which should make them soul brother and sister as far as I'm concerned), they are miscast. D'Onofrio is forty-one years old playing a role he should have been given just after his capacity in "Full Metal Jacket," while Tomei, going on thirty-seven, is simply past the time of girlie chats, of looking endless at pictures of the "freaks" they had dumped, leaving their pictures in what they call the ex-files. Besides, Marisa Tomei is in her usual bimbo role, first as a telephone operator who gets fired because she spends too much time chatting with her 411 clients and promptly lands a job teaching English to foreigners! What sort of training did she get in TEFL? And how could she possibly keep up in some heavy discussion of the laws of physics with art-gallery-loving friends who are far too sophisticated for her--including Anthony Michael Hall in the role of a famous actor who believes he is seeing some cool improvs as Sam discusses his life in the 25th?
Credit must be given nonetheless to director Anderson for a good attempt at putting across a decidedly lower-budget sci-fi pic than Gregory Hoblit's excellent time-travel saga "Frequency," but quirkiness of plot and engagement of audience do not always go hand in hand. The dialogue is often incisive but the film could easily lose fifteen minutes by dispensing with the repetitive discussions of time travel and making the chemistry between two middle-aged people more credible.
Not Yet Rated R. Running time: 110 minutes. (C) 2001 by Harvey Karten<EMAIL_ADDRESS>========== X-RAMR-ID: 28978 X-Language: en X-RT-ReviewID: 240084 X-RT-TitleID: 1109575 X-RT-SourceID: 570 X-RT-AuthorID: 1123
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--- layout: post title: Poissons-cravates? date: 2006-05-02 00:00:00 categories: amusing animalia ---
Fish ties, of course!