Returns the X coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getX() - Method in class java.awt.geom.RoundRectangle2D.Double
-
Returns the X coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getX() - Method in class java.awt.geom.RoundRectangle2D.Float
-
Returns the X coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getX() - Method in class java.awt.Point
-
Returns the X coordinate of this Point2D
in
double
precision.
- getX() - Method in class java.awt.Rectangle
-
Returns the X coordinate of the bounding Rectangle
in
double
precision.
- getX() - Method in interface java.security.interfaces.DSAPrivateKey
-
Returns the value of the private key, x
.
- getX() - Method in class java.security.spec.DSAPrivateKeySpec
-
Returns the private key x
.
- getX() - Method in interface javax.crypto.interfaces.DHPrivateKey
-
Returns the private value, x
.
- getX() - Method in class javax.crypto.spec.DHPrivateKeySpec
-
Returns the private value x
.
- getX(int) - Method in class javax.print.attribute.Size2DSyntax
-
Returns this two-dimensional size attribute's X dimension in the given
units as a floating-point value.
- getX(int) - Method in class javax.print.attribute.standard.MediaPrintableArea
-
Get the x location of the origin of the printable area in the
specified units.
- getX() - Method in class javax.swing.JComponent
-
Returns the current x coordinate of the component's origin.
- getX() - Method in class javax.swing.SpringLayout.Constraints
-
Returns the value of the x
property.
- getX1() - Method in class java.awt.geom.CubicCurve2D.Double
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.CubicCurve2D.Float
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.CubicCurve2D
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.Line2D.Double
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.Line2D.Float
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.Line2D
-
Returns the X coordinate of the start point in double precision.
- getX1() - Method in class java.awt.geom.QuadCurve2D.Double
-
Returns the X coordinate of the start point in
double
in precision.
- getX1() - Method in class java.awt.geom.QuadCurve2D.Float
-
Returns the X coordinate of the start point in
double
in precision.
- getX1() - Method in class java.awt.geom.QuadCurve2D
-
Returns the X coordinate of the start point in
double
in precision.
- getX2() - Method in class java.awt.geom.CubicCurve2D.Double
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.CubicCurve2D.Float
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.CubicCurve2D
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.Line2D.Double
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.Line2D.Float
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.Line2D
-
Returns the X coordinate of the end point in double precision.
- getX2() - Method in class java.awt.geom.QuadCurve2D.Double
-
Returns the X coordinate of the end point in
double
precision.
- getX2() - Method in class java.awt.geom.QuadCurve2D.Float
-
Returns the X coordinate of the end point in
double
precision.
- getX2() - Method in class java.awt.geom.QuadCurve2D
-
Returns the X coordinate of the end point in
double
precision.
- getXAConnection() - Method in interface javax.sql.XADataSource
-
Attempts to establish a physical database connection that can be
used in a distributed transaction.
- getXAConnection(String, String) - Method in interface javax.sql.XADataSource
-
Attempts to establish a physical database connection, using the given
user name and password.
- getXAResource() - Method in interface javax.sql.XAConnection
-
Retrieves an XAResource
object that
the transaction manager will use
to manage this XAConnection
object's participation in a
distributed transaction.
- getXMicrometers() - Method in class javax.print.attribute.Size2DSyntax
-
Returns this two-dimensional size attribute's X dimension in units of
micrometers (µm).
- getXmlEncoding() - Method in interface org.w3c.dom.Document
-
An attribute specifying, as part of the
XML declaration, the encoding of this document.
- getXmlEncoding() - Method in interface org.w3c.dom.Entity
-
An attribute specifying, as part of the text declaration, the encoding
of this entity, when it is an external parsed entity.
- getXMLEventReader() - Method in class javax.xml.transform.stax.StAXSource
-
Get the XMLEventReader
used by this
StAXSource
.
- getXMLEventWriter() - Method in class javax.xml.transform.stax.StAXResult
-
Get the XMLEventWriter
used by this
StAXResult
.
- getXMLNode(Object) - Method in class javax.xml.bind.Binder
-
Gets the XML element associated with the given JAXB object.
- getXMLReader() - Method in class javax.xml.bind.helpers.AbstractUnmarshallerImpl
-
Obtains a configured XMLReader.
- getXMLReader() - Method in class javax.xml.parsers.SAXParser
-
Returns the
XMLReader
that is encapsulated by the
implementation of this class.
- getXMLReader() - Method in class javax.xml.transform.sax.SAXSource
-
Get the XMLReader to be used for the Source.
- getXMLReporter() - Method in class javax.xml.stream.XMLInputFactory
-
The reporter that will be set on any XMLStreamReader or XMLEventReader created
by this factory instance.
- getXMLResolver() - Method in class javax.xml.stream.XMLInputFactory
-
The resolver that will be set on any XMLStreamReader or XMLEventReader created
by this factory instance.
- getXMLSchemaType() - Method in class javax.xml.datatype.Duration
-
Return the name of the XML Schema date/time type that this instance
maps to.
- getXMLSchemaType() - Method in class javax.xml.datatype.XMLGregorianCalendar
-
Return the name of the XML Schema date/time type that this instance
maps to.
- getXmlStandalone() - Method in interface org.w3c.dom.Document
-
An attribute specifying, as part of the
XML declaration, whether this document is standalone.
- getXMLStreamReader() - Method in class javax.xml.transform.stax.StAXSource
-
Get the XMLStreamReader
used by this
StAXSource
.
- getXMLStreamWriter() - Method in class javax.xml.transform.stax.StAXResult
-
Get the XMLStreamWriter
used by this
StAXResult
.
- getXmlVersion() - Method in interface org.w3c.dom.Document
-
An attribute specifying, as part of the
XML declaration, the version number of this document.
- getXmlVersion() - Method in interface org.w3c.dom.Entity
-
An attribute specifying, as part of the text declaration, the version
number of this entity, when it is an external parsed entity.
- getXMLVersion() - Method in interface org.xml.sax.ext.Locator2
-
Returns the version of XML used for the entity.
- getXMLVersion() - Method in class org.xml.sax.ext.Locator2Impl
-
Returns the current value of the version property.
- getXOnScreen() - Method in class java.awt.event.MouseEvent
-
Returns the absolute horizontal x position of the event.
- getXOrigin() - Method in class java.awt.image.Kernel
-
Returns the X origin of this Kernel
.
- getXPath() - Method in class javax.xml.crypto.dsig.spec.XPathFilterParameterSpec
-
Returns the XPath expression to be evaluated.
- getXPathFunctionResolver() - Method in interface javax.xml.xpath.XPath
-
Return the current function resolver.
- getXPathList() - Method in class javax.xml.crypto.dsig.spec.XPathFilter2ParameterSpec
-
Returns a list of one or more
XPathType
objects.
- getXPathVariableResolver() - Method in interface javax.xml.xpath.XPath
-
Return the current variable resolver.
- getY() - Method in class java.awt.Component
-
Returns the current y coordinate of the components origin.
- getY() - Method in class java.awt.dnd.DragSourceEvent
-
This method returns the vertical coordinate of the cursor location in
screen coordinates at the moment this event occurred, or zero if the
cursor location is not specified for this event.
- getY() - Method in class java.awt.event.MouseEvent
-
Returns the vertical y position of the event relative to the
source component.
- getY() - Method in class java.awt.geom.Arc2D.Double
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.Arc2D.Float
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.Ellipse2D.Double
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.Ellipse2D.Float
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.Point2D.Double
-
Returns the Y coordinate of this Point2D
in
double
precision.
- getY() - Method in class java.awt.geom.Point2D.Float
-
Returns the Y coordinate of this Point2D
in
double
precision.
- getY() - Method in class java.awt.geom.Point2D
-
Returns the Y coordinate of this Point2D
in
double
precision.
- getY() - Method in class java.awt.geom.Rectangle2D.Double
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.Rectangle2D.Float
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.RectangularShape
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.RoundRectangle2D.Double
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.geom.RoundRectangle2D.Float
-
Returns the Y coordinate of the upper-left corner of
the framing rectangle in double
precision.
- getY() - Method in class java.awt.Point
-
Returns the Y coordinate of this Point2D
in
double
precision.
- getY() - Method in class java.awt.Rectangle
-
Returns the Y coordinate of the bounding Rectangle
in
double
precision.
- getY() - Method in interface java.security.interfaces.DSAPublicKey
-
Returns the value of the public key, y
.
- getY() - Method in class java.security.spec.DSAPublicKeySpec
-
Returns the public key y
.
- getY() - Method in interface javax.crypto.interfaces.DHPublicKey
-
Returns the public value, y
.
- getY() - Method in class javax.crypto.spec.DHPublicKeySpec
-
Returns the public value y
.
- getY(int) - Method in class javax.print.attribute.Size2DSyntax
-
Returns this two-dimensional size attribute's Y dimension in the given
units as a floating-point value.
- getY(int) - Method in class javax.print.attribute.standard.MediaPrintableArea
-
Get the y location of the origin of the printable area in the
specified units.
- getY() - Method in class javax.swing.JComponent
-
Returns the current y coordinate of the component's origin.
- getY() - Method in class javax.swing.SpringLayout.Constraints
-
Returns the value of the y
property.
- getY1() - Method in class java.awt.geom.CubicCurve2D.Double
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.CubicCurve2D.Float
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.CubicCurve2D
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.Line2D.Double
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.Line2D.Float
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.Line2D
-
Returns the Y coordinate of the start point in double precision.
- getY1() - Method in class java.awt.geom.QuadCurve2D.Double
-
Returns the Y coordinate of the start point in
double
precision.
- getY1() - Method in class java.awt.geom.QuadCurve2D.Float
-
Returns the Y coordinate of the start point in
double
precision.
- getY1() - Method in class java.awt.geom.QuadCurve2D
-
Returns the Y coordinate of the start point in
double
precision.
- getY2() - Method in class java.awt.geom.CubicCurve2D.Double
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.CubicCurve2D.Float
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.CubicCurve2D
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.Line2D.Double
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.Line2D.Float
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.Line2D
-
Returns the Y coordinate of the end point in double precision.
- getY2() - Method in class java.awt.geom.QuadCurve2D.Double
-
Returns the Y coordinate of the end point in
double
precision.
- getY2() - Method in class java.awt.geom.QuadCurve2D.Float
-
Returns the Y coordinate of the end point in
double
precision.
- getY2() - Method in class java.awt.geom.QuadCurve2D
-
Returns the Y coordinate of the end point in
double
precision.
- getYear() - Method in class java.sql.Time
-
Deprecated.
- getYear() - Method in class java.time.LocalDate
-
Gets the year field.
- getYear() - Method in class java.time.LocalDateTime
-
Gets the year field.
- getYear() - Method in class java.time.OffsetDateTime
-
Gets the year field.
- getYear() - Method in class java.time.YearMonth
-
Gets the year field.
- getYear() - Method in class java.time.ZonedDateTime
-
Gets the year field.
- getYear() - Method in class java.util.Date
-
- getYear() - Method in class javax.xml.datatype.XMLGregorianCalendar
-
- getYears() - Method in class java.time.Period
-
Gets the amount of years of this period.
- getYears() - Method in class javax.xml.datatype.Duration
-
Get the years value of this Duration
as an int
or 0
if not present.
- getYMicrometers() - Method in class javax.print.attribute.Size2DSyntax
-
Returns this two-dimensional size attribute's Y dimension in units of
micrometers (µm).
- getYOnScreen() - Method in class java.awt.event.MouseEvent
-
Returns the absolute vertical y position of the event.
- getYOrigin() - Method in class java.awt.image.Kernel
-
Returns the Y origin of this Kernel
.
- getZeroDigit() - Method in class java.text.DecimalFormatSymbols
-
Gets the character used for zero.
- getZeroDigit() - Method in class java.time.format.DecimalStyle
-
Gets the character that represents zero.
- getZone() - Method in interface java.time.chrono.ChronoZonedDateTime
-
Gets the zone ID, such as 'Europe/Paris'.
- getZone() - Method in class java.time.Clock
-
Gets the time-zone being used to create dates and times.
- getZone() - Method in class java.time.format.DateTimeFormatter
-
Gets the overriding zone to be used during formatting.
- getZone() - Method in class java.time.ZonedDateTime
-
Gets the time-zone, such as 'Europe/Paris'.
- getZoneStrings() - Method in class java.text.DateFormatSymbols
-
Gets time zone strings.
- GIF - Static variable in class javax.print.DocFlavor.BYTE_ARRAY
-
Doc flavor with MIME type = "image/gif"
, print data
representation class name = "[B"
(byte array).
- GIF - Static variable in class javax.print.DocFlavor.INPUT_STREAM
-
Doc flavor with MIME type = "image/gif"
, print data
representation class name =
"java.io.InputStream"
(byte stream).
- GIF - Static variable in class javax.print.DocFlavor.URL
-
Doc flavor with MIME type = "image/gif"
, print data
representation class name = "java.net.URL"
.
- GLAGOLITIC - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Glagolitic" Unicode character block.
- GLASS_PANE - Static variable in class javax.accessibility.AccessibleRole
-
A pane that is guaranteed to be painted on top
of all panes beneath it.
- GLASS_PANE_PROPERTY - Static variable in class javax.swing.JInternalFrame
-
Bound property name.
- glassPane - Variable in class javax.swing.JRootPane
-
The glass pane that overlays the menu bar and content pane,
so it can intercept mouse movements and such.
- glassPaneDispatcher - Variable in class javax.swing.plaf.basic.BasicInternalFrameUI
-
- GlassPaneDispatcher() - Constructor for class javax.swing.plaf.basic.BasicInternalFrameUI.GlassPaneDispatcher
-
- global - Static variable in class java.util.logging.Logger
-
- GLOBAL() - Constructor for class javax.xml.bind.annotation.XmlElementDecl.GLOBAL
-
- GLOBAL_LOGGER_NAME - Static variable in class java.util.logging.Logger
-
GLOBAL_LOGGER_NAME is a name for the global logger.
- GLOBAL_SCOPE - Static variable in interface javax.script.ScriptContext
-
GlobalScope attributes are visible to all engines created by same ScriptEngineFactory.
- globalHierarchyLock - Static variable in interface java.beans.beancontext.BeanContext
-
This global lock is used by both BeanContext
and BeanContextServices
implementors
to serialize changes in a BeanContext
hierarchy and any service requests etc.
- globalScope - Variable in class javax.script.SimpleScriptContext
-
This is the global scope bindings.
- GlobalScope() - Constructor for class javax.xml.bind.JAXBElement.GlobalScope
-
- GlyphJustificationInfo - Class in java.awt.font
-
The GlyphJustificationInfo
class represents information
about the justification properties of a glyph.
- GlyphJustificationInfo(float, boolean, int, float, float, boolean, int, float, float) - Constructor for class java.awt.font.GlyphJustificationInfo
-
Constructs information about the justification properties of a
glyph.
- GlyphMetrics - Class in java.awt.font
-
The GlyphMetrics
class represents information for a
single glyph.
- GlyphMetrics(float, Rectangle2D, byte) - Constructor for class java.awt.font.GlyphMetrics
-
Constructs a GlyphMetrics
object.
- GlyphMetrics(boolean, float, float, Rectangle2D, byte) - Constructor for class java.awt.font.GlyphMetrics
-
Constructs a GlyphMetrics
object.
- GlyphPainter() - Constructor for class javax.swing.text.GlyphView.GlyphPainter
-
- GlyphVector - Class in java.awt.font
-
A GlyphVector
object is a collection of glyphs
containing geometric information for the placement of each glyph
in a transformed coordinate space which corresponds to the
device on which the GlyphVector
is ultimately
displayed.
- GlyphVector() - Constructor for class java.awt.font.GlyphVector
-
- GlyphView - Class in javax.swing.text
-
A GlyphView is a styled chunk of text that represents a view
mapped over an element in the text model.
- GlyphView(Element) - Constructor for class javax.swing.text.GlyphView
-
Constructs a new view wrapped on an element.
- GlyphView.GlyphPainter - Class in javax.swing.text
-
A class to perform rendering of the glyphs.
- GMONTH - Static variable in class javax.xml.datatype.DatatypeConstants
-
Fully qualified name for W3C XML Schema 1.0 datatype gMonth
.
- GMONTHDAY - Static variable in class javax.xml.datatype.DatatypeConstants
-
Fully qualified name for W3C XML Schema 1.0 datatype gMonthDay
.
- GoHomeAction() - Constructor for class javax.swing.plaf.basic.BasicFileChooserUI.GoHomeAction
-
- GoodBreakWeight - Static variable in class javax.swing.text.View
-
The weight to indicate a view supports breaking,
but better opportunities probably exist.
- GOPHER - Static variable in class javax.print.attribute.standard.ReferenceUriSchemesSupported
-
Gopher Protocol.
- GOT_FOCUS - Static variable in class java.awt.Event
-
A component gained the focus.
- gotDefault - Variable in class javax.naming.InitialContext
-
Field indicating whether the initial context has been obtained
by calling NamingManager.getInitialContext().
- gotFocus(Event, Object) - Method in class java.awt.Component
-
- GOTHIC - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Gothic" Unicode character block.
- grabFocus() - Method in class javax.swing.JComponent
-
Requests that this Component get the input focus, and that this
Component's top-level ancestor become the focused Window.
- grabPixels() - Method in class java.awt.image.PixelGrabber
-
Request the Image or ImageProducer to start delivering pixels and
wait for all of the pixels in the rectangle of interest to be
delivered.
- grabPixels(long) - Method in class java.awt.image.PixelGrabber
-
Request the Image or ImageProducer to start delivering pixels and
wait for all of the pixels in the rectangle of interest to be
delivered or until the specified timeout has elapsed.
- GRADE_CHECK_ALL_AT_COMMIT - Static variable in class javax.sql.rowset.spi.SyncProvider
-
Indicates a high level optimistic synchronization grade with
respect to the originating data source.
- GRADE_CHECK_MODIFIED_AT_COMMIT - Static variable in class javax.sql.rowset.spi.SyncProvider
-
Indicates a low level optimistic synchronization grade with
respect to the originating data source.
- GRADE_LOCK_WHEN_LOADED - Static variable in class javax.sql.rowset.spi.SyncProvider
-
Indicates the most pessimistic synchronization grade with
respect to the originating
data source.
- GRADE_LOCK_WHEN_MODIFIED - Static variable in class javax.sql.rowset.spi.SyncProvider
-
Indicates a pessimistic synchronization grade with
respect to the originating data source.
- GRADE_NONE - Static variable in class javax.sql.rowset.spi.SyncProvider
-
Indicates that no synchronization with the originating data source is
provided.
- GradientPaint - Class in java.awt
-
The
GradientPaint
class provides a way to fill
a
Shape
with a linear color gradient pattern.
- GradientPaint(float, float, Color, float, float, Color) - Constructor for class java.awt.GradientPaint
-
Constructs a simple acyclic GradientPaint
object.
- GradientPaint(Point2D, Color, Point2D, Color) - Constructor for class java.awt.GradientPaint
-
Constructs a simple acyclic GradientPaint
object.
- GradientPaint(float, float, Color, float, float, Color, boolean) - Constructor for class java.awt.GradientPaint
-
Constructs either a cyclic or acyclic GradientPaint
object depending on the boolean
parameter.
- GradientPaint(Point2D, Color, Point2D, Color, boolean) - Constructor for class java.awt.GradientPaint
-
Constructs either a cyclic or acyclic GradientPaint
object depending on the boolean
parameter.
- GraphicAttribute - Class in java.awt.font
-
This class is used with the CHAR_REPLACEMENT attribute.
- GraphicAttribute(int) - Constructor for class java.awt.font.GraphicAttribute
-
Constructs a GraphicAttribute
.
- Graphics - Class in java.awt
-
The Graphics
class is the abstract base class for
all graphics contexts that allow an application to draw onto
components that are realized on various devices, as well as
onto off-screen images.
- Graphics() - Constructor for class java.awt.Graphics
-
Constructs a new Graphics
object.
- Graphics2D - Class in java.awt
-
This
Graphics2D
class extends the
Graphics
class to provide more sophisticated
control over geometry, coordinate transformations, color management,
and text layout.
- Graphics2D() - Constructor for class java.awt.Graphics2D
-
Constructs a new Graphics2D
object.
- GraphicsConfigTemplate - Class in java.awt
-
- GraphicsConfigTemplate() - Constructor for class java.awt.GraphicsConfigTemplate
-
This class is an abstract class so only subclasses can be
instantiated.
- GraphicsConfiguration - Class in java.awt
-
The GraphicsConfiguration
class describes the
characteristics of a graphics destination such as a printer or monitor.
- GraphicsConfiguration() - Constructor for class java.awt.GraphicsConfiguration
-
This is an abstract class that cannot be instantiated directly.
- GraphicsDevice - Class in java.awt
-
The GraphicsDevice
class describes the graphics devices
that might be available in a particular graphics environment.
- GraphicsDevice() - Constructor for class java.awt.GraphicsDevice
-
This is an abstract class that cannot be instantiated directly.
- GraphicsDevice.WindowTranslucency - Enum in java.awt
-
Kinds of translucency supported by the underlying system.
- GraphicsEnvironment - Class in java.awt
-
The
GraphicsEnvironment
class describes the collection
of
GraphicsDevice
objects and
Font
objects
available to a Java(tm) application on a particular platform.
- GraphicsEnvironment() - Constructor for class java.awt.GraphicsEnvironment
-
This is an abstract class and cannot be instantiated directly.
- gray - Static variable in class java.awt.Color
-
The color gray.
- GRAY - Static variable in class java.awt.Color
-
The color gray.
- GrayFilter - Class in javax.swing
-
An image filter that "disables" an image by turning
it into a grayscale image, and brightening the pixels
in the image.
- GrayFilter(boolean, int) - Constructor for class javax.swing.GrayFilter
-
Constructs a GrayFilter object that filters a color image to a
grayscale image.
- GREATER - Static variable in class javax.xml.datatype.DatatypeConstants
-
Comparison result.
- GREEK - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Greek and Coptic" Unicode character block.
- GREEK_EXTENDED - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Greek Extended" Unicode character block.
- green - Static variable in class java.awt.Color
-
The color green.
- GREEN - Static variable in class java.awt.Color
-
The color green.
- GREENCOMPONENT - Static variable in class java.awt.color.ICC_ProfileRGB
-
Used to get a gamma value or TRC for the green component.
- GregorianCalendar - Class in java.util
-
GregorianCalendar
is a concrete subclass of
Calendar
and provides the standard calendar system
used by most of the world.
- GregorianCalendar() - Constructor for class java.util.GregorianCalendar
-
Constructs a default
GregorianCalendar
using the current time
in the default time zone with the default
FORMAT
locale.
- GregorianCalendar(TimeZone) - Constructor for class java.util.GregorianCalendar
-
Constructs a
GregorianCalendar
based on the current time
in the given time zone with the default
FORMAT
locale.
- GregorianCalendar(Locale) - Constructor for class java.util.GregorianCalendar
-
Constructs a GregorianCalendar
based on the current time
in the default time zone with the given locale.
- GregorianCalendar(TimeZone, Locale) - Constructor for class java.util.GregorianCalendar
-
Constructs a GregorianCalendar
based on the current time
in the given time zone with the given locale.
- GregorianCalendar(int, int, int) - Constructor for class java.util.GregorianCalendar
-
Constructs a GregorianCalendar
with the given date set
in the default time zone with the default locale.
- GregorianCalendar(int, int, int, int, int) - Constructor for class java.util.GregorianCalendar
-
Constructs a GregorianCalendar
with the given date
and time set for the default time zone with the default locale.
- GregorianCalendar(int, int, int, int, int, int) - Constructor for class java.util.GregorianCalendar
-
Constructs a GregorianCalendar with the given date
and time set for the default time zone with the default locale.
- GridBagConstraints - Class in java.awt
-
The GridBagConstraints
class specifies constraints
for components that are laid out using the
GridBagLayout
class.
- GridBagConstraints() - Constructor for class java.awt.GridBagConstraints
-
Creates a GridBagConstraint
object with
all of its fields set to their default value.
- GridBagConstraints(int, int, int, int, double, double, int, int, Insets, int, int) - Constructor for class java.awt.GridBagConstraints
-
Creates a GridBagConstraints
object with
all of its fields set to the passed-in arguments.
- GridBagLayout - Class in java.awt
-
The GridBagLayout
class is a flexible layout
manager that aligns components vertically, horizontally or along their
baseline without requiring that the components be of the same size.
- GridBagLayout() - Constructor for class java.awt.GridBagLayout
-
Creates a grid bag layout manager.
- GridBagLayoutInfo - Class in java.awt
-
The GridBagLayoutInfo
is an utility class for
GridBagLayout
layout manager.
- gridColor - Variable in class javax.swing.JTable
-
The color of the grid.
- gridheight - Variable in class java.awt.GridBagConstraints
-
Specifies the number of cells in a column for the component's
display area.
- GridLayout - Class in java.awt
-
The GridLayout
class is a layout manager that
lays out a container's components in a rectangular grid.
- GridLayout() - Constructor for class java.awt.GridLayout
-
Creates a grid layout with a default of one column per component,
in a single row.
- GridLayout(int, int) - Constructor for class java.awt.GridLayout
-
Creates a grid layout with the specified number of rows and
columns.
- GridLayout(int, int, int, int) - Constructor for class java.awt.GridLayout
-
Creates a grid layout with the specified number of rows and
columns.
- gridwidth - Variable in class java.awt.GridBagConstraints
-
Specifies the number of cells in a row for the component's
display area.
- gridx - Variable in class java.awt.GridBagConstraints
-
Specifies the cell containing the leading edge of the component's
display area, where the first cell in a row has gridx=0
.
- gridy - Variable in class java.awt.GridBagConstraints
-
Specifies the cell at the top of the component's display area,
where the topmost cell has gridy=0
.
- group() - Method in class java.nio.channels.MembershipKey
-
Returns the multicast group for which this membership key was created.
- group() - Method in interface java.nio.file.attribute.PosixFileAttributes
-
Returns the group owner of the file.
- Group - Interface in java.security.acl
-
This interface is used to represent a group of principals.
- group() - Method in class java.util.regex.Matcher
-
Returns the input subsequence matched by the previous match.
- group(int) - Method in class java.util.regex.Matcher
-
Returns the input subsequence captured by the given group during the
previous match operation.
- group(String) - Method in class java.util.regex.Matcher
-
Returns the input subsequence captured by the given
named-capturing group during the previous
match operation.
- group() - Method in interface java.util.regex.MatchResult
-
Returns the input subsequence matched by the previous match.
- group(int) - Method in interface java.util.regex.MatchResult
-
Returns the input subsequence captured by the given group during the
previous match operation.
- group - Variable in class javax.swing.DefaultButtonModel
-
The button group that the button belongs to.
- GROUP_BOX - Static variable in class javax.accessibility.AccessibleRole
-
A GROUP_BOX is a simple container that contains a border
around it and contains components inside it.
- groupCount() - Method in class java.util.regex.Matcher
-
Returns the number of capturing groups in this matcher's pattern.
- groupCount() - Method in interface java.util.regex.MatchResult
-
Returns the number of capturing groups in this match result's pattern.
- GROUPING_SEPARATOR - Static variable in class java.text.NumberFormat.Field
-
Constant identifying the grouping separator field.
- groupingBy(Function<? super T, ? extends K>) - Static method in class java.util.stream.Collectors
-
Returns a Collector
implementing a "group by" operation on
input elements of type T
, grouping elements according to a
classification function, and returning the results in a Map
.
- groupingBy(Function<? super T, ? extends K>, Collector<? super T, A, D>) - Static method in class java.util.stream.Collectors
-
Returns a Collector
implementing a cascaded "group by" operation
on input elements of type T
, grouping elements according to a
classification function, and then performing a reduction operation on
the values associated with a given key using the specified downstream
Collector
.
- groupingBy(Function<? super T, ? extends K>, Supplier<M>, Collector<? super T, A, D>) - Static method in class java.util.stream.Collectors
-
Returns a Collector
implementing a cascaded "group by" operation
on input elements of type T
, grouping elements according to a
classification function, and then performing a reduction operation on
the values associated with a given key using the specified downstream
Collector
.
- groupingByConcurrent(Function<? super T, ? extends K>) - Static method in class java.util.stream.Collectors
-
Returns a concurrent Collector
implementing a "group by"
operation on input elements of type T
, grouping elements
according to a classification function.
- groupingByConcurrent(Function<? super T, ? extends K>, Collector<? super T, A, D>) - Static method in class java.util.stream.Collectors
-
Returns a concurrent Collector
implementing a cascaded "group by"
operation on input elements of type T
, grouping elements
according to a classification function, and then performing a reduction
operation on the values associated with a given key using the specified
downstream Collector
.
- groupingByConcurrent(Function<? super T, ? extends K>, Supplier<M>, Collector<? super T, A, D>) - Static method in class java.util.stream.Collectors
-
Returns a concurrent Collector
implementing a cascaded "group by"
operation on input elements of type T
, grouping elements
according to a classification function, and then performing a reduction
operation on the values associated with a given key using the specified
downstream Collector
.
- GroupLayout - Class in javax.swing
-
GroupLayout
is a LayoutManager
that hierarchically
groups components in order to position them in a Container
.
- GroupLayout(Container) - Constructor for class javax.swing.GroupLayout
-
Creates a GroupLayout
for the specified Container
.
- GroupLayout.Alignment - Enum in javax.swing
-
Enumeration of the possible ways ParallelGroup
can align
its children.
- GroupLayout.Group - Class in javax.swing
-
Group
provides the basis for the two types of
operations supported by
GroupLayout
: laying out
components one after another (
SequentialGroup
)
or aligned (
ParallelGroup
).
- GroupLayout.ParallelGroup - Class in javax.swing
-
A Group
that aligns and sizes it's children.
- GroupLayout.SequentialGroup - Class in javax.swing
-
A Group
that positions and sizes its elements
sequentially, one after another.
- GroupPrincipal - Interface in java.nio.file.attribute
-
A UserPrincipal
representing a group identity, used to
determine access rights to objects in a file system.
- grow(int, int) - Method in class java.awt.Rectangle
-
Resizes the Rectangle
both horizontally and vertically.
- growAbsorb - Variable in class java.awt.font.GlyphJustificationInfo
-
If true
, this glyph absorbs all extra
space at this and lower priority levels when it grows.
- growLeftLimit - Variable in class java.awt.font.GlyphJustificationInfo
-
The maximum amount by which the left side of this glyph can grow.
- growPriority - Variable in class java.awt.font.GlyphJustificationInfo
-
The priority level of this glyph as it is growing.
- growRightLimit - Variable in class java.awt.font.GlyphJustificationInfo
-
The maximum amount by which the right side of this glyph can grow.
- GSSContext - Interface in org.ietf.jgss
-
This interface encapsulates the GSS-API security context and provides
the security services that are available over the context.
- GSSCredential - Interface in org.ietf.jgss
-
This interface encapsulates the GSS-API credentials for an entity.
- GSSException - Exception in org.ietf.jgss
-
This exception is thrown whenever a GSS-API error occurs, including
any mechanism specific error.
- GSSException(int) - Constructor for exception org.ietf.jgss.GSSException
-
Creates a GSSException object with a specified major code.
- GSSException(int, int, String) - Constructor for exception org.ietf.jgss.GSSException
-
Creates a GSSException object with the specified major code, minor
code, and minor code textual explanation.
- GSSManager - Class in org.ietf.jgss
-
This class serves as a factory for other important
GSS-API classes and also provides information about the mechanisms that
are supported.
- GSSManager() - Constructor for class org.ietf.jgss.GSSManager
-
- GSSName - Interface in org.ietf.jgss
-
This interface encapsulates a single GSS-API principal entity.
- GT - Static variable in class javax.management.Query
-
- gt(ValueExp, ValueExp) - Static method in class javax.management.Query
-
Returns a query expression that represents a "greater than" constraint on
two values.
- Guard - Interface in java.security
-
This interface represents a guard, which is an object that is used
to protect access to another object.
- GuardedObject - Class in java.security
-
A GuardedObject is an object that is used to protect access to
another object.
- GuardedObject(Object, Guard) - Constructor for class java.security.GuardedObject
-
Constructs a GuardedObject using the specified object and guard.
- guardWithTest(MethodHandle, MethodHandle, MethodHandle) - Static method in class java.lang.invoke.MethodHandles
-
Makes a method handle which adapts a target method handle,
by guarding it with a test, a boolean-valued method handle.
- guardWithTest(MethodHandle, MethodHandle) - Method in class java.lang.invoke.SwitchPoint
-
Returns a method handle which always delegates either to the target or the fallback.
- guessContentTypeFromName(String) - Static method in class java.net.URLConnection
-
Tries to determine the content type of an object, based
on the specified "file" component of a URL.
- guessContentTypeFromStream(InputStream) - Static method in class java.net.URLConnection
-
Tries to determine the type of an input stream based on the
characters at the beginning of the input stream.
- GUJARATI - Static variable in class java.awt.font.NumericShaper
-
Identifies the GUJARATI range and decimal base.
- GUJARATI - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Gujarati" Unicode character block.
- GURMUKHI - Static variable in class java.awt.font.NumericShaper
-
Identifies the GURMUKHI range and decimal base.
- GURMUKHI - Static variable in class java.lang.Character.UnicodeBlock
-
Constant for the "Gurmukhi" Unicode character block.
- GYEAR - Static variable in class javax.xml.datatype.DatatypeConstants
-
Fully qualified name for W3C XML Schema 1.0 datatype gYear
.
- GYEARMONTH - Static variable in class javax.xml.datatype.DatatypeConstants
-
Fully qualified name for W3C XML Schema 1.0 datatype gYearMonth
.
- GZIP - Static variable in class javax.print.attribute.standard.Compression
-
GNU zip compression technology described in
RFC 1952.
- GZIP_MAGIC - Static variable in class java.util.zip.GZIPInputStream
-
GZIP header magic number.
- GZIPInputStream - Class in java.util.zip
-
This class implements a stream filter for reading compressed data in
the GZIP file format.
- GZIPInputStream(InputStream, int) - Constructor for class java.util.zip.GZIPInputStream
-
Creates a new input stream with the specified buffer size.
- GZIPInputStream(InputStream) - Constructor for class java.util.zip.GZIPInputStream
-
Creates a new input stream with a default buffer size.
- GZIPOutputStream - Class in java.util.zip
-
This class implements a stream filter for writing compressed data in
the GZIP file format.
- GZIPOutputStream(OutputStream, int) - Constructor for class java.util.zip.GZIPOutputStream
-
Creates a new output stream with the specified buffer size.
- GZIPOutputStream(OutputStream, int, boolean) - Constructor for class java.util.zip.GZIPOutputStream
-
Creates a new output stream with the specified buffer size and
flush mode.
- GZIPOutputStream(OutputStream) - Constructor for class java.util.zip.GZIPOutputStream
-
Creates a new output stream with a default buffer size.
- GZIPOutputStream(OutputStream, boolean) - Constructor for class java.util.zip.GZIPOutputStream
-
Creates a new output stream with a default buffer size and
the specified flush mode.


QHelpContentModel Class
The QHelpContentModel class provides a model that supplies content to views. More...
| Header: | #include <QHelpContentModel> |
| qmake: | QT += help |
| Since: | Qt 4.4 |
| Inherits: | QAbstractItemModel |
Public Functions
| ~QHelpContentModel() | |
| QHelpContentItem * | contentItemAt(const QModelIndex &index) const |
| void | createContents(const QString &customFilterName) |
| bool | isCreatingContents() const |
Reimplemented Public Functions
| virtual int | columnCount(const QModelIndex &parent = QModelIndex()) const override |
| virtual QVariant | data(const QModelIndex &index, int role) const override |
| virtual QModelIndex | index(int row, int column, const QModelIndex &parent = QModelIndex()) const override |
| virtual QModelIndex | parent(const QModelIndex &index) const override |
| virtual int | rowCount(const QModelIndex &parent = QModelIndex()) const override |
- 39 public functions inherited from QAbstractItemModel
- 32 public functions inherited from QObject
Signals
| void | contentsCreated() |
| void | contentsCreationStarted() |
- 18 signals inherited from QAbstractItemModel
- 2 signals inherited from QObject
Additional Inherited Members
- 1 property inherited from QObject
- 2 public slots inherited from QAbstractItemModel
- 1 public slot inherited from QObject
- 1 public variable inherited from QObject
- 10 static public members inherited from QObject
- 19 protected functions inherited from QAbstractItemModel
- 9 protected functions inherited from QObject
- 1 protected slot inherited from QAbstractItemModel
- 2 protected variables inherited from QObject
Detailed Description
The QHelpContentModel class provides a model that supplies content to views.
Member Function Documentation
QHelpContentModel::~QHelpContentModel()
Destroys the help content model.
[override virtual]
int QHelpContentModel::columnCount(const QModelIndex &parent = QModelIndex()) const
Reimplemented from QAbstractItemModel::columnCount().
Returns the number of columns under the given parent. Currently returns always 1.
QHelpContentItem *QHelpContentModel::contentItemAt(const QModelIndex &index) const
Returns the help content item at the model index position index.
[signal]
void QHelpContentModel::contentsCreated()
This signal is emitted when the contents have been created.
[signal]
void QHelpContentModel::contentsCreationStarted()
This signal is emitted when the creation of the contents has started. The current contents are invalid from this point on until the signal contentsCreated() is emitted.
See also isCreatingContents().
void QHelpContentModel::createContents(const QString &customFilterName)
Creates new contents by querying the help system for contents specified for the customFilterName.
[override virtual]
QVariant QHelpContentModel::data(const QModelIndex &index, int role) const
Reimplemented from QAbstractItemModel::data().
Returns the data stored under the given role for the item referred to by the index.
[override virtual]
QModelIndex QHelpContentModel::index(int row, int column, const QModelIndex &parent = QModelIndex()) const
Reimplemented from QAbstractItemModel::index().
Returns the index of the item in the model specified by the given row, column and parent index.
bool QHelpContentModel::isCreatingContents() const
Returns true if the contents are currently rebuilt, otherwise false.
[override virtual]
QModelIndex QHelpContentModel::parent(const QModelIndex &index) const
Reimplemented from QAbstractItemModel::parent().
Returns the parent of the model item with the given index, or QModelIndex() if it has no parent.
[override virtual]
int QHelpContentModel::rowCount(const QModelIndex &parent = QModelIndex()) const
Reimplemented from QAbstractItemModel::rowCount().
Returns the number of rows under the given parent.


Camera Pro mode
Camera with OpenCV.js post-processing for HDR imaging
Instagram filters? Snapchat Lens?
Face detector
Funny hats
Credit card Scanner
Document Scanner
Barcode Scanner
Emotion Recognizer
Harry Potter Invisibility Cloak
getUserMedia_effects
getUserMedia_effects2


{% extends 'dashboard_layout.html' %} {% block title %}Dashboard{% endblock %} {%block breadcrumb %}
Welcome, The dashboard shows all your recent exercise as well as a graphical breakdown of the number or calories burned and the number of hours exercised for each sport. From here you can then add, view and edit sporting events.
{{exercise_total_today}} out of {% if exercise_total_today>4 %}{{exercise_total_today}}{% else %}4.0{% endif %} hours exercised today.
Total of {{ exercise_total_year }} out of 1460.0 hours exercised this year.
It appears you don't have any exercise yet this year? Why not add some?
{% else %}| {{ data.get_date() }} - {{ data.get_exercise() }} Calories Burnt {{ data.get_calories_burned() }} |


Basic header
Components description demo
Header with logo
Components description demo
Header with navigation button
Components description demo
Header with center content and right content
Components description demo
Register
Responsive and custom header
Components description demo
Register


8.1.6.d data binding restrictions for upload element
There are three upload controls on this page. However, you must only be able to use Upload 1 and Upload 2.
Upload 3 must not work correctly, generate an error, not appear on this page or otherwise make the
problem known.
For Upload 1 and Upload 2, after activating the control and selecting a file you must see the Filename and
Media Type output controls display the name and type of the file you selected.
Upload 1
Valid
Upload 2
Valid
Upload 3
Invalid
xforms-binding-exception
Filename :
Media type :


3 things to watch for in Bengals-Raiders game
by Myles SimmonsALAMEDA, Calif. — The Raiders and Bengals are on opposite trajectories.
The Raiders improved to 5-4 after defeating the Los Angeles Chargers 26-24 on “Thursday Night Football” in Week 10. And with Pittsburgh’s loss to Cleveland to begin Week 11, Oakland is in the second wild-card spot for the AFC playoffs.
Cincinnati is 0-9 with a realistic chance to finish 0-16. The Dolphins have been accused of “tanking” this season, but the Bengals have looked more like the NFL’s worst team.
They’ve scored at least 20 points in two games — Week 1 against the Seahawks (20) and Week 5 against the Cardinals (23). And during their Week 9 bye, first-year coach Zac Taylor switched quarterbacks from nine-year veteran Andy Dalton to 2019 fourth-round pick Ryan Finley. The result of Finley’s first start against the Ravens was predictable, as he finished 16 of 30 for 167 yards with a touchdown, an interception and a fumble in a 49-13 loss.
Here are three things to watch in Sunday’s game.
1. How many yards for Josh Jacobs?
The Bengals are last in run defense by a significant margin, having allowed 173 yards per game. The Chiefs are No. 31, allowing 148 yards per game.
Surprisingly, some Oakland players said they weren’t aware of the gaudy rushing numbers Cincinnati has allowed.
“We’re more focused on what we do,” left guard Richie Incognito said. “We’ve got them schemed up, but rankings and stuff — all that stuff goes out the window when you line up to play.”
But given how bad the Bengals have been against the run — they’ve given up at least 250 yards rushing three times — this should be a banner day for the Raiders’ ground game.
Still, Oakland wants to be balanced, and that starts with being able to run the ball well. The Raiders are No. 8 in rushing offense, averaging 130 yards.
“That’s our bread and butter — that’s our fastball,” Incognito said.
Jacobs reached a season high of 124 yards rushing against Green Bay in Week 7. He has a good chance to smash that number Sunday.
2. How much will the new Raiders play?
Oakland signed safety D.J. Swearinger and defensive end Dion Jordan to help a defense hit by long-term injuries. Coach Jon Gruden and defensive coordinator Paul Guenther said they expect the new Raiders to contribute immediately.
“All hands on deck this week with the guys we’ve got,” Guenther said.
Given the season-ending foot injury to starting safety Karl Joseph, Swearinger has a chance to play significant snaps Sunday. Jordan should be on the field, too, but he’s more likely to be used in limited pass-rushing situations.
3. More strong play from the rookies?
Rookie defensive ends Clelin Ferrell and Maxx Crosby combined for three sacks, three tackles for loss and six quarterback hits in the Raiders’ victory over the Chargers. Guenther said he thinks the “light went on” for Ferrell late in a Week 9 victory over Detroit, and Ferrell said he enjoyed quieting his doubters with a 2½-sack performance against Los Angeles.
Guenther is known for sending creative blitz pressures. And since the Raiders are facing a rookie quarterback making his second start, there should be plenty of opportunities for the Raiders to get sacks — especially Ferrell and Crosby.
More Raiders: Follow at vegasnation.com and @VegasNation on Twitter.
Game day
Who: Bengals at Raiders
When: 1:25 p.m. Sunday
Where: Oakland-Alameda County Coliseum
TV: KLAS-8
Radio: KYMT-FM (93.1)
Line: Raiders -12; total 48½


data class Checks : StripeModel
Checks on Card address and CVC if provided
addressLine1Check |
If a address line1 was provided, results of the check, one of val addressLine1Check: String? |
addressPostalCodeCheck |
If a address postal code was provided, results of the check, one of val addressPostalCodeCheck: String? |
cvcCheck |
If a CVC was provided, results of the check, one of val cvcCheck: String? |


This structure should give a comprehensive view of an application's overall health, utility, value, and potential future trajectory.
Why it Matters: The larger the scope and user base of an application, the more complex and resource-intensive the replacement might be. On the other hand, retiring small, rarely-used applications can yield quick cost savings and reduce IT complexity.
Why it Matters: Applications pivotal to business operations need careful planning during retirement to ensure there's minimal disruption. Their replacement should ideally bring enhanced value to users and the business.
Why it Matters: Understanding the foundational nature helps in deciding what kind of system can replace it. For instance, a legacy reporting system might be replaced with a modern BI tool, or an old CMS might be superseded by a cloud-based solution.
Why it Matters: An application riddled with issues or inefficiencies is a prime candidate for replacement. Conversely, applications with high operational health might just need minor upgrades instead of a complete overhaul.
Why it Matters: Retiring an application can impact other systems dependent on it. It's crucial to map and understand these dependencies to avoid cascading failures or disruptions.
Why it Matters: Financial considerations often drive retirement decisions. If maintaining an old application is cost-prohibitive or its ROI is dwindling, it might be economically wise to replace it with a more cost-effective solution.
Why it Matters: An application nearing its end-of-life, with outdated technologies and no future enhancements, poses risks. It can become incompatible with newer systems, lack vendor support, and become a security liability.
Why it Matters: As regulations evolve, applications need to stay compliant. An outdated application might fall short of current regulations, making it essential to replace to avoid legal repercussions and ensure data protection.
This angle helps prioritize which applications to target first and aids in strategizing the "how" and "when" aspects of the Retire & Replace process.
Relation to the Trial Effort: To prove out a new process, starting with a moderately-sized application might be wise. It shouldn't be too small (as that won't truly test the new process) or too large (as that brings in a lot of risks if things don't go smoothly). Importance/Criticality: High. The chosen application’s size and scope will largely determine the success of the trial.
Relation to the Trial Effort: Ideally, the chosen applications for the initial test of the process should not be extremely business-critical, reducing risk in case of any unforeseen issues. Importance/Criticality: Very High. Mitigating disruption risks during the trial phase is essential.
Relation to the Trial Effort: For the initial validation of the process, it's wise to pick applications of a nature that are well-understood and for which there is expertise within the team. This ensures smooth handling of any issues that arise. Importance/Criticality: Moderate. While the basic nature helps in selection, the focus here is more on the effectiveness of the new lifecycle rather than the specific type of system.
Relation to the Trial Effort: It might be strategic to select an application that already shows signs of inefficiencies or is known to have operational issues. Successfully retiring and replacing such a system will be a tangible demonstration of the new process's efficacy. Importance/Criticality: High. It presents an opportunity to showcase improvements through the new process.
Relation to the Trial Effort: To limit variables and complications, selecting an application with fewer dependencies might be ideal for the first trial run. Importance/Criticality: High. Minimizing dependencies reduces potential complications during the initial run.
Relation to the Trial Effort: Initial systems should ideally not be those with high replacement costs. Demonstrating cost-efficiency, even on a smaller scale, can secure more buy-in for the new process. Importance/Criticality: Moderate. While cost is always a factor, the primary goal here is to validate the process.
Relation to the Trial Effort: Picking an application that's nearing its end-of-life but is not extremely outdated may be a good test case. It’s still relevant enough to have impact but is also in clear need of retirement or replacement. Importance/Criticality: Moderate. The process validation remains the primary objective.
Relation to the Trial Effort: Given the trial nature, it might be best to stay away from systems where compliance and regulations are too complex or stringent. Yet, addressing minor compliance issues can be an added feather in the cap. Importance/Criticality: Low to Moderate. While always crucial, for the sake of the trial, the emphasis might be on other factors.
The core idea is to provide a balanced testbed for the new Retire & Replace process. You want to validate its efficacy without diving into the deep end with too many risks in the initial run.
Why it Matters: The size and scope provide a lens to understand the reach, importance, and overall demand of the application within the organization.
Relation to the Trial Effort: To prove out a new process, starting with a moderately-sized application might be wise. It shouldn't be too small (as that won't truly test the new process) or too large (as that brings in a lot of risks if things don't go smoothly).
Importance/Criticality: High. The chosen application’s size and scope will largely determine the success of the trial.
Why it Matters: Business-critical applications directly impact the core functions of the organization and its ability to serve its clients or stakeholders.
Relation to the Trial Effort: Ideally, the chosen applications for the initial test of the process should not be extremely business-critical, reducing risk in case of any unforeseen issues.
Importance/Criticality: Very High. Mitigating disruption risks during the trial phase is essential.
Why it Matters: Understanding the core functionality and underlying technologies of the system gives insights into its complexity and intricacies.
Relation to the Trial Effort: For the initial validation of the process, it's wise to pick applications of a nature that are well-understood and for which there is expertise within the team.
Importance/Criticality: Moderate. While the basic nature helps in selection, the focus here is more on the effectiveness of the new lifecycle rather than the specific type of system.
Why it Matters: Operational health determines how efficiently the application serves its purpose and meets its objectives.
Relation to the Trial Effort: It might be strategic to select an application that already shows signs of inefficiencies or is known to have operational issues.
Importance/Criticality: High. It presents an opportunity to showcase improvements through the new process.
Why it Matters: Dependencies impact the complexity of the retirement or replacement process and dictate the ripple effect changes might have on other systems.
Relation to the Trial Effort: To limit variables and complications, selecting an application with fewer dependencies might be ideal for the first trial run.
Importance/Criticality: High. Minimizing dependencies reduces potential complications during the initial run.
Why it Matters: Every decision in an organization has a financial impact, and understanding these numbers is crucial for informed decisions.
Relation to the Trial Effort: Initial systems should ideally not be those with high replacement costs.
Importance/Criticality: Moderate. While cost is always a factor, the primary goal here is to validate the process.
Why it Matters: The lifecycle stage of an application can indicate its current relevance, the need for an upgrade or replacement, and potential challenges in the near future.
Relation to the Trial Effort: Picking an application that's nearing its end-of-life but is not extremely outdated may be a good test case.
Importance/Criticality: Moderate. The process validation remains the primary objective.
Why it Matters: Non-compliance can result in legal repercussions, fines, and reputational damage.
Relation to the Trial Effort: Given the trial nature, it might be best to stay away from systems where compliance and regulations are too complex or stringent.
Importance/Criticality: Low to Moderate. While always crucial, for the sake of the trial, the emphasis might be on other factors.
This format provides a structured yet comprehensive lens through which the applications can be evaluated and prioritized for the


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Generate the Private Key and CSR File.
Please do not misplace the private key file after submitting the CSR file for signing.
JKS store password and Private key password is same.
Before execute any command please REMOVE any existing key store, csr files in the directory.
Commands should execute in order of appearance.


| Package | Description |
|---|---|
| com.hazelcast.client |
Contains classes/interfaces related to Client
|
| com.hazelcast.client.proxy |
This package contains client side proxy implementations of the different Hazelcast data structures
and operation types
|
| com.hazelcast.client.util |
This package contains some utility classes and the base implementations of the
loadbalancer implementations
|
| com.hazelcast.cluster |
This package contains the cluster functionality.
|
| com.hazelcast.cluster.client |
This package contains the client cluster functionality.
|
| com.hazelcast.cluster.impl |
This package contains the implementation of the cluster functionality.
|
| com.hazelcast.collection.common |
This package contains common classes related to all collections
|
| com.hazelcast.core |
Provides core API interfaces/classes.
|
| com.hazelcast.executor.impl |
This package contains IExecutorService functionality for Hazelcast.
The IExecutorService extends the ExecutorService and provides all kinds
of additional methods related to distributed systems. |
| com.hazelcast.instance |
This package contains Hazelcast Instance functionality.
|
| com.hazelcast.logging |
This package contains logging functionality for Hazelcast.
Since Hazelcast has a zero dependency policy, Hazelcast provides a logging abstraction like commongs logging, so that different logging frameworks like log4j, can be hooked in. |
| com.hazelcast.management |
Contains classes to provide data/operation interface for Management Center.
|
| com.hazelcast.map.impl |
Contains implementation specific classes of
com.hazelcast.map package. |
| com.hazelcast.partition |
Contains the partition logic for Hazelcast.
|
| com.hazelcast.partition.membergroup |
todo
|
| com.hazelcast.replicatedmap.impl.messages |
This package contains replication event classes to communicate replications to other nodes
|
| com.hazelcast.replicatedmap.impl.operation |
This package contains some remote operations to execute on remote nodes
|
| com.hazelcast.replicatedmap.impl.record |
This package contains the implementation of the backing data storage for the replicated map implementation
|
| com.hazelcast.topic.impl |
This package contains ITopic functionality for Hazelcast.
With the ITopic it is possible to create publish subscribe solutions similar to JMS Topics. |
| Modifier and Type | Method and Description |
|---|---|
Member |
LoadBalancer.next()
Returns the next member to route to.
|
| Modifier and Type | Method and Description |
|---|---|
Member |
ClientClusterProxy.getLocalMember() |
| Modifier and Type | Method and Description |
|---|---|
Set<Member> |
ClientClusterProxy.getMembers() |
<T> Map<Member,Future<T>> |
ClientExecutorServiceProxy.submitToAllMembers(Callable<T> task) |
<T> Map<Member,Future<T>> |
ClientExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members) |
<T> Map<Member,Future<T>> |
ClientExecutorServiceProxy.submitToMembers(Callable<T> task,
MemberSelector memberSelector) |
| Modifier and Type | Method and Description |
|---|---|
void |
ClientExecutorServiceProxy.executeOnMember(Runnable command,
Member member) |
boolean |
PartitionServiceProxy.isMemberSafe(Member member) |
<T> Future<T> |
ClientExecutorServiceProxy.submitToMember(Callable<T> task,
Member member) |
<T> void |
ClientExecutorServiceProxy.submitToMember(Callable<T> task,
Member member,
ExecutionCallback<T> callback) |
void |
ClientExecutorServiceProxy.submitToMember(Runnable command,
Member member,
ExecutionCallback callback) |
| Modifier and Type | Method and Description |
|---|---|
void |
ClientExecutorServiceProxy.executeOnMembers(Runnable command,
Collection<Member> members) |
<T> Map<Member,Future<T>> |
ClientExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members) |
<T> void |
ClientExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members,
MultiExecutionCallback callback) |
void |
ClientExecutorServiceProxy.submitToMembers(Runnable command,
Collection<Member> members,
MultiExecutionCallback callback) |
| Modifier and Type | Method and Description |
|---|---|
protected Member[] |
AbstractLoadBalancer.getMembers() |
Member |
RoundRobinLB.next() |
Member |
RandomLB.next() |
Member |
StaticLB.next() |
| Constructor and Description |
|---|
StaticLB(Member member) |
| Modifier and Type | Method and Description |
|---|---|
Collection<Member> |
ClusterService.getMembers()
Returns a collection of all members part of the cluster.
|
| Modifier and Type | Method and Description |
|---|---|
Member |
ClientMembershipEvent.getMember()
Returns the removed or added member.
|
| Constructor and Description |
|---|
ClientMembershipEvent(Member member,
int eventType) |
ClientMembershipEvent(Member member,
MemberAttributeChange memberAttributeChange) |
| Modifier and Type | Method and Description |
|---|---|
Member |
ClusterProxy.getLocalMember() |
Member |
ClusterServiceImpl.getLocalMember() |
| Modifier and Type | Method and Description |
|---|---|
Set<Member> |
ClusterProxy.getMembers() |
Set<Member> |
ClusterServiceImpl.getMembers() |
| Constructor and Description |
|---|
DataAwareItemEvent(String name,
ItemEventType itemEventType,
Data dataItem,
Member member,
SerializationService serializationService) |
| Modifier and Type | Method and Description |
|---|---|
Member |
Cluster.getLocalMember()
Returns this Hazelcast instance member.
|
Member |
ItemEvent.getMember()
Returns the member that fired this event.
|
Member |
MembershipEvent.getMember()
Returns the removed or added member.
|
Member |
MemberAttributeEvent.getMember() |
Member |
AbstractIMapEvent.getMember()
Returns the member that fired this event.
|
Member |
MemberLeftException.getMember()
Returns the member that left the cluster
|
Member |
IMapEvent.getMember()
Returns the member that fired this event.
|
Member |
MigrationEvent.getNewOwner()
Returns the new owner of the migrating partition
|
Member |
MigrationEvent.getOldOwner()
Returns the old owner of the migrating partition
|
Member |
Partition.getOwner()
Returns the current member that owns this partition.
|
Member |
Message.getPublishingMember()
Returns the member that published the message
|
| Modifier and Type | Method and Description |
|---|---|
Set<Member> |
MembershipEvent.getMembers()
Returns a consistent view of the the members immediately after this MembershipEvent has been processed.
|
Set<Member> |
InitialMembershipEvent.getMembers()
Returns an immutable set of ordered members at the moment this
InitialMembershipListener is
registered. |
Set<Member> |
Cluster.getMembers()
Set of the current members in the cluster.
|
<T> Map<Member,Future<T>> |
IExecutorService.submitToAllMembers(Callable<T> task)
Submits task to all cluster members and returns a
map of Member-Future pairs representing pending completion of the task on each member.
|
<T> Map<Member,Future<T>> |
IExecutorService.submitToMembers(Callable<T> task,
Collection<Member> members)
Submits a task to given members and returns
map of Member-Future pairs representing pending completion of the task on each member
|
<T> Map<Member,Future<T>> |
IExecutorService.submitToMembers(Callable<T> task,
MemberSelector memberSelector)
Submits a task to selected members and returns a
map of Member-Future pairs representing pending completion of the task on each member.
|
| Modifier and Type | Method and Description |
|---|---|
void |
IExecutorService.executeOnMember(Runnable command,
Member member)
Executes a task on the specified member.
|
boolean |
PartitionService.isMemberSafe(Member member)
Check if the given member is safe to shutdown, meaning check if at least one backup of the partitions
owned by the given member are in sync with primary.
|
void |
MultiExecutionCallback.onResponse(Member member,
Object value)
Called when an execution is completed on a member.
|
boolean |
MemberSelector.select(Member member)
Decides if the given member will be part of an operation or not.
|
<T> Future<T> |
IExecutorService.submitToMember(Callable<T> task,
Member member)
Submits a task to the specified member and returns a Future
representing that task.
|
<T> void |
IExecutorService.submitToMember(Callable<T> task,
Member member,
ExecutionCallback<T> callback)
Submits a task to the specified member.
|
<T> void |
IExecutorService.submitToMember(Runnable task,
Member member,
ExecutionCallback<T> callback)
Submits a task to the specified member.
|
| Modifier and Type | Method and Description |
|---|---|
void |
IExecutorService.executeOnMembers(Runnable command,
Collection<Member> members)
Executes a task on each of the specified members.
|
void |
MultiExecutionCallback.onComplete(Map<Member,Object> values)
Called after all executions are completed.
|
<T> Map<Member,Future<T>> |
IExecutorService.submitToMembers(Callable<T> task,
Collection<Member> members)
Submits a task to given members and returns
map of Member-Future pairs representing pending completion of the task on each member
|
<T> void |
IExecutorService.submitToMembers(Callable<T> task,
Collection<Member> members,
MultiExecutionCallback callback)
Submits a task to the specified members.
|
void |
IExecutorService.submitToMembers(Runnable task,
Collection<Member> members,
MultiExecutionCallback callback)
Submits a task to the specified members.
|
| Constructor and Description |
|---|
AbstractIMapEvent(Object source,
Member member,
int eventType)
Constructs a prototypical map Event.
|
EntryEvent(Object source,
Member member,
int eventType,
K key,
V value)
Constructs an entry event.
|
EntryEvent(Object source,
Member member,
int eventType,
K key,
V oldValue,
V value)
Constructs an entry event.
|
ItemEvent(String name,
ItemEventType itemEventType,
E item,
Member member) |
MapEvent(Object source,
Member member,
int eventType,
int numberOfEntriesAffected) |
MemberLeftException(Member member) |
MembershipEvent(Cluster cluster,
Member member,
int eventType,
Set<Member> members) |
Message(String topicName,
E messageObject,
long publishTime,
Member publishingMember) |
MigrationEvent(int partitionId,
Member oldOwner,
Member newOwner,
MigrationEvent.MigrationStatus status) |
| Constructor and Description |
|---|
InitialMembershipEvent(Cluster cluster,
Set<Member> members) |
MembershipEvent(Cluster cluster,
Member member,
int eventType,
Set<Member> members) |
| Modifier and Type | Method and Description |
|---|---|
<T> Map<Member,Future<T>> |
ExecutorServiceProxy.submitToAllMembers(Callable<T> task) |
<T> Map<Member,Future<T>> |
ExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members) |
<T> Map<Member,Future<T>> |
ExecutorServiceProxy.submitToMembers(Callable<T> task,
MemberSelector memberSelector) |
| Modifier and Type | Method and Description |
|---|---|
void |
ExecutorServiceProxy.executeOnMember(Runnable command,
Member member) |
<T> Future<T> |
ExecutorServiceProxy.submitToMember(Callable<T> task,
Member member) |
<T> void |
ExecutorServiceProxy.submitToMember(Callable<T> task,
Member member,
ExecutionCallback<T> callback) |
void |
ExecutorServiceProxy.submitToMember(Runnable task,
Member member,
ExecutionCallback callback) |
| Modifier and Type | Method and Description |
|---|---|
void |
ExecutorServiceProxy.executeOnMembers(Runnable command,
Collection<Member> members) |
<T> Map<Member,Future<T>> |
ExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members) |
<T> void |
ExecutorServiceProxy.submitToMembers(Callable<T> task,
Collection<Member> members,
MultiExecutionCallback callback) |
void |
ExecutorServiceProxy.submitToMembers(Runnable task,
Collection<Member> members,
MultiExecutionCallback callback) |
| Modifier and Type | Class and Description |
|---|---|
class |
MemberImpl |
| Modifier and Type | Method and Description |
|---|---|
Member |
HazelcastInstanceImpl.getLocalEndpoint() |
Member |
HazelcastInstanceProxy.getLocalEndpoint() |
| Modifier and Type | Method and Description |
|---|---|
Member |
LogEvent.getMember() |
| Constructor and Description |
|---|
LogEvent(LogRecord logRecord,
Member member) |
| Modifier and Type | Method and Description |
|---|---|
Object |
ManagementCenterService.callOnMember(Member member,
Operation operation) |
| Constructor and Description |
|---|
DataAwareEntryEvent(Member from,
int eventType,
String source,
Data dataKey,
Data dataNewValue,
Data dataOldValue,
SerializationService serializationService) |
| Modifier and Type | Method and Description |
|---|---|
Member |
InternalPartitionService.getMember(Address address) |
Member |
PartitionServiceProxy.PartitionProxy.getOwner() |
| Modifier and Type | Method and Description |
|---|---|
boolean |
PartitionServiceProxy.isMemberSafe(Member member) |
| Modifier and Type | Method and Description |
|---|---|
Set<Member> |
DefaultMemberGroup.getMembers() |
Iterator<Member> |
DefaultMemberGroup.iterator() |
Iterator<Member> |
MemberGroup.iterator() |
Iterator<Member> |
SingleMemberGroup.iterator() |
| Modifier and Type | Method and Description |
|---|---|
void |
DefaultMemberGroup.addMember(Member member) |
void |
MemberGroup.addMember(Member member) |
void |
SingleMemberGroup.addMember(Member member) |
boolean |
DefaultMemberGroup.hasMember(Member member) |
boolean |
MemberGroup.hasMember(Member member) |
boolean |
SingleMemberGroup.hasMember(Member member) |
void |
DefaultMemberGroup.removeMember(Member member) |
void |
MemberGroup.removeMember(Member member) |
void |
SingleMemberGroup.removeMember(Member member) |
| Modifier and Type | Method and Description |
|---|---|
void |
DefaultMemberGroup.addMembers(Collection<Member> members) |
void |
MemberGroup.addMembers(Collection<Member> members) |
void |
SingleMemberGroup.addMembers(Collection<Member> members) |
protected Set<MemberGroup> |
HostAwareMemberGroupFactory.createInternalMemberGroups(Collection<? extends Member> allMembers) |
protected Set<MemberGroup> |
ConfigMemberGroupFactory.createInternalMemberGroups(Collection<? extends Member> members) |
Collection<MemberGroup> |
MemberGroupFactory.createMemberGroups(Collection<? extends Member> members) |
Set<MemberGroup> |
SingleMemberGroupFactory.createMemberGroups(Collection<? extends Member> members) |
| Constructor and Description |
|---|
SingleMemberGroup(Member member) |
| Constructor and Description |
|---|
DefaultMemberGroup(Collection<Member> members) |
| Modifier and Type | Method and Description |
|---|---|
Member |
ReplicationMessage.getOrigin() |
| Constructor and Description |
|---|
ReplicationMessage(String name,
K key,
V v,
VectorClockTimestamp timestamp,
Member origin,
int hash,
long ttlMillis) |
| Modifier and Type | Method and Description |
|---|---|
Member |
ReplicatedMapPostJoinOperation.MemberMapPair.getMember() |
| Constructor and Description |
|---|
ReplicatedMapInitChunkOperation(String name,
Member origin) |
ReplicatedMapInitChunkOperation(String name,
Member origin,
ReplicatedRecord[] replicatedRecords,
int recordCount,
boolean finalChunk) |
ReplicatedMapPostJoinOperation.MemberMapPair(Member member,
String name) |
| Modifier and Type | Method and Description |
|---|---|
VectorClockTimestamp |
ReplicatedRecord.applyAndIncrementVectorClock(VectorClockTimestamp otherVectorClockTimestamp,
Member member) |
VectorClockTimestamp |
ReplicatedRecord.incrementVectorClock(Member member) |
void |
ReplicationPublisher.retryWithDifferentReplicationNode(Member member) |
| Constructor and Description |
|---|
DataAwareMessage(String topicName,
Data messageData,
long publishTime,
Member publishingMember,
SerializationService serializationService) |
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


Bitcoin (BTC) Price Positioning For Breakout or Further Decline?
- Bitcoin price is declining and it is trading below the key $9,400 resistance against the US Dollar.
- The price is likely to find a strong buying interest above the $9,200 support area.
- There is a key contracting triangle pattern forming with resistance near $9,360 on the hourly chart of the BTC/USD pair (data feed from Kraken).
- A clear break above the $9,360 and $9,400 levels is needed for more upsides in the near term.
Bitcoin price is struggling to continue higher against the US Dollar. BTC price remains at a risk of more downsides if it fails to stay above the $9,200 support area.
Bitcoin Price Analysis
In the past three sessions, there was a steady decline in bitcoin below the $9,400 pivot level against the US Dollar. BTC is facing an increase in selling interest below $9,375, but it is still holding the 100 hourly simple moving average.
The last swing high was near $9,440 before the price declined towards the $9,200 support area. The recent low was $9,257 and the price is currently consolidating losses.
An immediate resistance on the upside is near the $9,350-$9,360 area. It coincides with the 50% Fib retracement level of the recent drop from the $9,440 high to $9,257 low.
Moreover, there is a key contracting triangle pattern forming with resistance near $9,360 on the hourly chart of the BTC/USD pair. Therefore, an upside break above the $9,360 and $9,400 resistance levels could set the pace for more gains in the near term.
Having said that, there is a cluster of resistances between $9,350 and $9,400. Besides, the 76.4% Fib retracement level of the recent drop from the $9,440 high to $9,257 low could act as a resistance.
Overall, if there is an upside break above $9,360 and $9,400, there could be more gains in the near term. The next key resistance is near the $9,440, above which the price is likely to accelerate towards the $9,500 area.
On the downside, an immediate support is near the triangle trend line at $9,270. If there is a downside break below the triangle and the 100 hourly SMA, the price could test the main $9,200 support area.
Looking at the chart, bitcoin is clearly trading inside a breakout pattern with resistance near $9,350-$9,400. A successful close above $9,400 is needed for more upsides. If not, there is a risk of a bearish reaction below the $9,200 support.
Technical indicators:
Hourly MACD – The MACD is struggling to gain strength in the bullish zone.
Hourly RSI (Relative Strength Index) – The RSI for BTC/USD is currently declining towards the 40 level.
Major Support Levels – $9,280 followed by $9,200.
Major Resistance Levels – $9,360, $9,400 and $9,500.


{% extends 'layout.html' %} {% set title = 'Home' %} {% block css %} {% endblock %} {% block body %}
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Byron - an Event-Driven Microservices Framework
Informations
- Members:
- João Francisco Lino Daniel¹, and
- Leonardo Lana Violin Oliveira¹
- Supervisors:
- Prof. Dr. Alfredo Goldman¹,
- Prof. Dr. Eduardo Guerra², and
- BsC. Renato Cordeiro¹
¹ Instituto de Matemática e Estatística - Universidade de São Paulo
² Instituto Nacional de Pesquisas Espaciais
Summary
Building and deploying complex distributed systems is hard. There are a lot of aspects that increase the chances of failure and there are a handful of tasks that make the development process repetitive and time consuming. Automation, observability, availability and continuous delivery are some of the key concerns in order to succeed in this task.
The aim of this project is to build Byron, a framework that helps developers to work around the initial overload in their processes to build event-driven microservices applications, i.e., systems that use a state of the art architecture to achieve these goals.
Byron will define a Domain Specific Language (DSL) to represent the application’s entities and their relationships, allowing developers to focus on the business domain. It will also count with a Command Line Interface (CLI) that will be the single tool to set up the app in the cloud by bootstrapping basic resources and rolling new releases.
This way, Byron will make it easier to create and deploy distributed systems for complex domains. It will do this by providing an easy developer interface with an intuitive developing workflow, which will increase development speed by automating the repetition, and by default supporting a set of best technical decisions.
Documents
| name | asset |
|---|---|
| Proposal | Online | Download |
| Final Monograph | Online | Download |
| Poster | Online | Download |
| Documentation | Online |
| Repository | Online |
| NPM | Online |
| Slides | Online |
Contact
Send a message to leolanavo at gmail dot com or jotaf dot daniel at gmail dot com


Cellerity
Cellerity provides general cellular automaton tools. In order to support a variety of uses, it's designed to work with non-numeric cell values, and offers an Automaton class that can be extended to more specific types of cellular automata (e.g. lifelike cellular automata or elementary cellular automata).
The primary focus of the module is the Automaton class, which supports very general cellular automaton functionality. Additionally, a more concrete LifelikeAutomaton subclass makes it easy to simulate any lifelike cellular automaton and serves an example of how to extend the Automaton class.
Other npm packages for cellular automata are available, and probably faster and more convenient for most use cases. Possible reasons to use Cellerity include browser support (which I haven't tested at all recently) and the ability to use objects as cell values. I mostly wrote this as a personal project to experiment with automated documentation, unit tests, and the like, so if it also turns out to be useful for something you're doing, that's just a nice bonus.
Installation
This is an npm package, so naturally it requires Node.js and npm. Install those if you don't have them already.
Note that the package uses some language features that may not be supported in old versions of Node.
To install locally for use in your Node.js project, run
npm install cellerity
.
If you want to build the documentation, run tests, view examples,
or modify the source for the project, clone this repository from
GitHub and run npm install
in the project's root directory to
install the dev dependencies.
Documentation
Auto-generated documentation for the public API can be found in
the docs
directory.
If you have cloned the repository and installed the dev dependencies,
you can build the documentation by running npm run documentation
.
To demonstrate usage, an example using the LifelikeAutomaton class to
run Conway's Game of Life in the console is provided.
You can also pass a rule in the "B/S" format
(e.g. "B3/S23" for Life) as the first argument to view an automaton other than
Life. The script is located at examples/runlife.js
.
Browser Support
If you have cloned the repository and installed the dev dependencies,
you can use npm run build
to generate a browser-friendly version of the
module, located at dist/cellerity-browser-<version>.js
.
Including this file in your html page should be equivelant
to Node's var cellerity = require("cellerity");
Note: I have not yet tested a wide range of browsers, and the module does use some ES6 functionality, so don't expect support across all browsers currently in use.
Tests
If you have cloned the repository and installed the dev dependencies,
you can run unit tests and generate a code coverage report using npm test
.
(It seems that the tests require that you be able to run node as "node"
rather than "nodejs"; in Ubuntu or Linux Mint, this can be solved by
installing the nodejs-legacy
legacy symlink package.)
Licence
This package was written by Avery Hiebert and released under the
MIT license, as described in LICENCE.txt


{% extends "layout-chs.html" %} {% block page_title %} Profit and loss {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %}<EMAIL_ADDRESS>Your details Your filings Companies you follow Sign out Back Profit and loss 2016 2015 Gross profit or loss Gross profit or loss help goes here. Gross profit or loss (current year) Gross profit or loss (previous year) Distribution costs Costs like packaging, transporting or storing the goods or services sold. Distribution costs (current year) Distribution costs (previous year) Administrative expenses 'Intangible assets' plus 'tangible assets'. Administrative expenses (current year) Administrative expenses (previous year) Operating profit (loss) 'Gross profit' minus 'distribution costs', minus 'administrative expenses', plus 'other operating income'. Operating profit (loss) (current year) Operating profit (loss) (previous year) Interest receivable and similar income Interest earned or owed to the company eg bank interest, interest from loans. Interest receivable and similar income (current year) Interest receivable and similar income (previous year) Profit (loss) on ordinary activities before taxation 'Operating profit' plus 'interest receivable', minus 'interest payable'. Profit (loss) on ordinary activities before taxation (current year) Profit (loss) on ordinary activities before taxation (previous year) Tax on profit or loss on ordinary activities Taxable income is 'profit or loss on ordinary activities before tax' minus any reliefs due. You can work out the Corporation Tax due on taxable income using the latest rates. Tax on profit or loss on ordinary activities (current year) Tax on profit or loss on ordinary activities (previous year) Profit (loss) for the financial year 'Profit or loss on ordinary activities before tax' minus 'tax on profit or loss ordinary activities'. Profit (loss) for the financial year (current year) Profit (loss) for the financial year (previous year) Save and continue to Profit and loss notes {% endblock %}
Gross profit or loss help goes here.
Costs like packaging, transporting or storing the goods or services sold.
'Intangible assets' plus 'tangible assets'.
'Gross profit' minus 'distribution costs', minus 'administrative expenses', plus 'other operating income'.
Interest earned or owed to the company eg bank interest, interest from loans.
'Operating profit' plus 'interest receivable', minus 'interest payable'.
Taxable income is 'profit or loss on ordinary activities before tax' minus any reliefs due. You can work out the Corporation Tax due on taxable income using the latest rates.
'Profit or loss on ordinary activities before tax' minus 'tax on profit or loss ordinary activities'.


Mustang central is the go to place for anything you need. They can help with every thing from financial aid all the way to housing. They are located just down the hall from the information desk.
Mustang central provides resources on financial aid such as scholarships and hathaway. They are also available to help you fill out your fafsa if needed!
Mustang centrals hours are as follows:
Mustang central is available over the phone and email. Their phone number is<PHONE_NUMBER> and their email is<EMAIL_ADDRESS>Absolutely! Mustang Central is aboslutely necessary for student success. The idea of being able to have all of our problems solved in one place is extremely helpful and they are all so wonderful and friendly to work with.


Webhooks
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{{selector}} |
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