- AbstractObservationProvider<T> - Class in org.flexiblepower.observation.ext
-
- AbstractObservationProvider() - Constructor for class org.flexiblepower.observation.ext.AbstractObservationProvider
-
- Acceleration - Interface in javax.measure.quantity
-
This interface represents the rate of change of velocity with respect to time.
- add(Measurable<Q>) - Method in class javax.measure.DecimalMeasure
-
- add(Measurable<Q>) - Method in interface javax.measure.Measurable
-
Adds the other Measurable to this one, returning a Measurable object of the same type as the original.
- add(Measurable<Q>) - Method in class javax.measure.VectorMeasure
-
- add(Date, Measurable<Duration>) - Static method in class org.flexiblepower.time.TimeUtil
-
Adds a duration to a date to get another Date
object.
- AddConverter - Class in javax.measure.converter
-
This class represents a converter adding a constant offset (approximated as a double
) to numeric values.
- AddConverter(double) - Constructor for class javax.measure.converter.AddConverter
-
Creates an add converter with the specified offset.
- alias(Unit<?>, String) - Method in class javax.measure.unit.UnitFormat
-
Attaches a system-wide alias to this unit.
- alias(Unit<?>, String) - Method in class javax.measure.unit.UnitFormat.DefaultFormat
-
- alternate(String) - Method in class javax.measure.unit.Unit
-
Returns a unit equivalent to this unit but used in expressions to distinguish between quantities of a different
nature but of the same dimensions.
- AlternateUnit<Q extends Quantity> - Class in javax.measure.unit
-
This class represents the units used in expressions to distinguish between quantities of a different nature but of
the same dimensions.
- AMOUNT_OF_SUBSTANCE - Static variable in class javax.measure.unit.Dimension
-
Holds amount of substance dimension (N).
- AmountOfSubstance - Interface in javax.measure.quantity
-
This interface represents the number of elementary entities (molecules, for example) of a substance.
- AMPERE - Static variable in class javax.measure.unit.SI
-
The base unit for electric current quantities (A
).
- Angle - Interface in javax.measure.quantity
-
This interface represents the figure formed by two lines diverging from a common point.
- ANGSTROM - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to 1E-10 m
(standard name Å
).
- AngularAcceleration - Interface in javax.measure.quantity
-
This interface represents the rate of change of angular velocity with respect to time.
- AngularVelocity - Interface in javax.measure.quantity
-
This interface represents the rate of change of angular displacement with respect to time.
- ARE - Static variable in class javax.measure.unit.NonSI
-
A unit of area equal to 100 m²
(standard name a
).
- Area - Interface in javax.measure.quantity
-
This interface represents the extent of a planar region or of the surface of a solid measured in square units.
- ASTRONOMICAL_UNIT - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to the average distance from the center of the Earth to the center of the Sun (standard
name ua
).
- asType(Class<T>) - Method in class javax.measure.unit.Unit
-
Casts this unit to a parameterized unit of specified nature or throw a ClassCastException
if the
dimension of the specified quantity and this unit's dimension do not match.
- ATMOSPHERE - Static variable in class javax.measure.unit.NonSI
-
A unit of pressure equal to the average pressure of the Earth's atmosphere at sea level (standard name
atm
).
- ATOM - Static variable in class javax.measure.unit.NonSI
-
A unit of amount of substance equals to one atom (standard name atom
).
- ATOMIC_MASS - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to 1/12 the mass of the carbon-12 atom (standard name u
).
- ATTO(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-18
- autoConnect() - Method in interface org.flexiblepower.messaging.ConnectionManager
-
- C - Static variable in class javax.measure.unit.NonSI
-
A unit of velocity relative to the speed of light (standard name c
).
- CANDELA - Static variable in class javax.measure.unit.SI
-
The base unit for luminous intensity quantities (cd
).
- Cardinality - Enum in org.flexiblepower.messaging
-
- CatalyticActivity - Interface in javax.measure.quantity
-
This interface represents a catalytic activity.
- CELSIUS - Static variable in class javax.measure.unit.SI
-
The derived unit for Celsius temperature (℃
).
- CENTI(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-2
- CENTIMETER - Static variable in class javax.measure.unit.SI
-
- CENTIMETRE - Static variable in class javax.measure.unit.SI
-
Equivalent to CENTI(METRE)
.
- CENTIRADIAN - Static variable in class javax.measure.unit.NonSI
-
A unit of angle equal to
0.01 SI.RADIAN
(standard name
centiradian
).
- close() - Method in class org.flexiblepower.observation.ext.SimpleObservationProvider
-
- compareTo(Measurable<Q>) - Method in class javax.measure.Measure
-
Compares this measure to the specified measurable quantity.
- compound(Unit<Q>) - Method in class javax.measure.unit.Unit
-
Returns the combination of this unit with the specified sub-unit.
- CompoundUnit<Q extends Quantity> - Class in javax.measure.unit
-
This class represents the multi-radix units (such as "hour:min:sec").
- COMPUTER_POINT - Static variable in class javax.measure.unit.NonSI
-
- concatenate(UnitConverter) - Method in class javax.measure.converter.AddConverter
-
- concatenate(UnitConverter) - Method in class javax.measure.converter.MultiplyConverter
-
- concatenate(UnitConverter) - Method in class javax.measure.converter.RationalConverter
-
- concatenate(UnitConverter) - Method in class javax.measure.converter.UnitConverter
-
Concatenates this converter with another converter.
- connect() - Method in interface org.flexiblepower.messaging.ConnectionManager.PotentialConnection
-
Tries to make the connection.
- Connection - Interface in org.flexiblepower.messaging
-
- ConnectionManager - Interface in org.flexiblepower.messaging
-
- ConnectionManager.EndpointPort - Interface in org.flexiblepower.messaging
-
The representation of a
Port
that was defined on an
Endpoint
.
- ConnectionManager.ManagedEndpoint - Interface in org.flexiblepower.messaging
-
- ConnectionManager.PotentialConnection - Interface in org.flexiblepower.messaging
-
- consume(ObservationProvider<? extends T>, Observation<? extends T>) - Method in interface org.flexiblepower.observation.ObservationConsumer
-
- ConversionException - Exception in javax.measure.converter
-
Signals that a problem of some sort has occurred either when creating a converter between two units or during the
conversion itself.
- ConversionException() - Constructor for exception javax.measure.converter.ConversionException
-
Constructs a ConversionException
with no detail message.
- ConversionException(String) - Constructor for exception javax.measure.converter.ConversionException
-
Constructs a ConversionException
with the specified detail message.
- convert(double) - Method in class javax.measure.converter.AddConverter
-
- convert(double) - Method in class javax.measure.converter.LogConverter
-
- convert(double) - Method in class javax.measure.converter.MultiplyConverter
-
- convert(double) - Method in class javax.measure.converter.RationalConverter
-
- convert(double) - Method in class javax.measure.converter.UnitConverter
-
Converts a double value.
- COULOMB - Static variable in class javax.measure.unit.SI
-
The derived unit for electric charge, quantity of electricity (C
).
- create(Object, Class<T>) - Static method in class org.flexiblepower.observation.ext.SimpleObservationProvider
-
- create(Date, T) - Static method in class org.flexiblepower.observation.Observation
-
- CUBIC_INCH - Static variable in class javax.measure.unit.NonSI
-
A unit of volume equal to one cubic inch (in³
).
- CUBIC_METRE - Static variable in class javax.measure.unit.SI
-
The metric unit for volume quantities (m³
).
- CUBIC_METRE_PER_SECOND - Static variable in class javax.measure.unit.NonSI
-
The metric unit for volume quantities (m³
).
- CURIE - Static variable in class javax.measure.unit.NonSI
-
A unit of radioctive activity equal to the activity of a gram of radium (standard name Ci
).
- currentTime() - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
- currentTimeMillis() - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Returns the current time in milliseconds.
- DataAmount - Interface in javax.measure.quantity
-
This interface represents a measure of data amount.
- DataRate - Interface in javax.measure.quantity
-
This interface represents the speed of data-transmission.
- DAY - Static variable in class javax.measure.unit.NonSI
-
A unit of duration equal to
24 NonSI.HOUR
(standard name
d
).
- DAY_SIDEREAL - Static variable in class javax.measure.unit.NonSI
-
A unit of duration equal to the time required for a complete rotation of the earth in reference to any star or to
the vernal equinox at the meridian, equal to 23 hours, 56 minutes, 4.09 seconds (standard name
day_sidereal
).
- DECI(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-1
- DECIBEL - Static variable in class javax.measure.unit.NonSI
-
A logarithmic unit used to describe a ratio (standard name dB
).
- DecimalMeasure<Q extends Quantity> - Class in javax.measure
-
This class represents a measure whose value is an arbitrary-precision decimal number.
- DecimalMeasure(BigDecimal, Unit<Q>) - Constructor for class javax.measure.DecimalMeasure
-
Creates a decimal measure for the specified number stated in the specified unit.
- DEGREE_ANGLE - Static variable in class javax.measure.unit.NonSI
-
- DEKA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 101
- DerivedUnit<Q extends Quantity> - Class in javax.measure.unit
-
This class identifies the units created by combining or transforming other units.
- DerivedUnit() - Constructor for class javax.measure.unit.DerivedUnit
-
Default constructor.
- difference(Date, Date) - Static method in class org.flexiblepower.time.TimeUtil
-
Calculates the difference between 2 dates.
- Dimension - Class in javax.measure.unit
-
This class represents the dimension of an unit.
- Dimension(char) - Constructor for class javax.measure.unit.Dimension
-
Creates a new dimension associated to the specified symbol.
- Dimension.Model - Interface in javax.measure.unit
-
- Dimensionless - Interface in javax.measure.quantity
-
This interface represents a dimensionless quantity.
- disconnect() - Method in interface org.flexiblepower.messaging.ConnectionManager.PotentialConnection
-
Tries to remove the connection.
- disconnected() - Method in interface org.flexiblepower.messaging.MessageHandler
-
Called when the related connection has been destroyed.
- divide(Dimension) - Method in class javax.measure.unit.Dimension
-
Returns the quotient of this dimension with the one specified.
- divide(long) - Method in class javax.measure.unit.Unit
-
Returns the result of dividing this unit by an exact divisor.
- divide(double) - Method in class javax.measure.unit.Unit
-
Returns the result of dividing this unit by an approximate divisor.
- divide(Unit<?>) - Method in class javax.measure.unit.Unit
-
Returns the quotient of this unit with the one specified.
- doubleValue(Unit<Q>) - Method in class javax.measure.DecimalMeasure
-
- doubleValue(Unit<Q>) - Method in interface javax.measure.Measurable
-
Returns the value of this measurable stated in the specified unit as a double
.
- doubleValue(Unit<Q>) - Method in class javax.measure.Measure
-
Returns the value of this measure stated in the specified unit as a double
.
- doubleValue(Unit<Q>) - Method in class javax.measure.VectorMeasure
-
Returns the norm of this measurement vector stated in the specified unit.
- Duration - Interface in javax.measure.quantity
-
This interface represents a period of existence or persistence.
- DynamicViscosity - Interface in javax.measure.quantity
-
This interface represents the dynamic viscosity.
- DYNE - Static variable in class javax.measure.unit.NonSI
-
A unit of force equal to 1E-5 N
(standard name dyn
).
- E - Static variable in class javax.measure.unit.NonSI
-
A unit of electric charge equal to the charge on one electron (standard name e
).
- ELECTRIC_CURRENT - Static variable in class javax.measure.unit.Dimension
-
Holds electric current dimension (I).
- ElectricCapacitance - Interface in javax.measure.quantity
-
This interface represents an electric capacitance.
- ElectricCharge - Interface in javax.measure.quantity
-
This interface represents an electric charge.
- ElectricConductance - Interface in javax.measure.quantity
-
This interface represents an electric conductance.
- ElectricCurrent - Interface in javax.measure.quantity
-
This interface represents the amount of electric charge flowing past a specified circuit point per unit time.
- ElectricInductance - Interface in javax.measure.quantity
-
This interface represents an electric inductance.
- ElectricPotential - Interface in javax.measure.quantity
-
This interface represents an electric potential or electromotive force.
- ElectricResistance - Interface in javax.measure.quantity
-
This interface represents an electric resistance.
- ELECTRON_MASS - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to the mass of the electron (standard name me
).
- ELECTRON_VOLT - Static variable in class javax.measure.unit.NonSI
-
A unit of energy equal to one electron-volt (standard name eV
, also recognized
keV, MeV, GeV
).
- Endpoint - Interface in org.flexiblepower.messaging
-
- Energy - Interface in javax.measure.quantity
-
This interface represents the capacity of a physical system to do work.
- equals(Object) - Method in class javax.measure.converter.UnitConverter
-
Indicates whether this converter is considered the same as the converter specified.
- equals(Object) - Method in class javax.measure.Measure
-
Compares this measure against the specified object for equality.
- equals(Object) - Method in class javax.measure.unit.AlternateUnit
-
Indicates if this alternate unit is considered equals to the specified object (both are alternate units with
equal symbol, equal base units and equal converter to base units).
- equals(Object) - Method in class javax.measure.unit.BaseUnit
-
Indicates if this base unit is considered equals to the specified object (both are base units with equal symbol,
standard dimension and standard transform).
- equals(Object) - Method in class javax.measure.unit.CompoundUnit
-
Indicates if this compound unit is considered equals to the specified object (both are compound units with same
composing units in the same order).
- equals(Object) - Method in class javax.measure.unit.Dimension
-
Indicates if the specified dimension is equals to the one specified.
- equals(Object) - Method in class javax.measure.unit.ProductUnit
-
Indicates if this product unit is considered equals to the specified object.
- equals(Object) - Method in class javax.measure.unit.TransformedUnit
-
Indicates if this transformed unit is considered equals to the specified object (both are transformed units with
equal parent unit and equal converter to parent unit).
- equals(Object) - Method in class javax.measure.unit.Unit
-
Indicates if the specified unit can be considered equals to the one specified.
- equals(Object) - Method in class org.flexiblepower.observation.Observation
-
- ERG - Static variable in class javax.measure.unit.NonSI
-
A unit of energy equal to 1E-7 J
(standard name erg
).
- EUR - Static variable in class javax.measure.unit.NonSI
-
- EUR_PER_HOUR - Static variable in class javax.measure.unit.NonSI
-
- EURCENT_PER_SEC - Static variable in class javax.measure.unit.NonSI
-
- EUROCENT - Static variable in class javax.measure.unit.NonSI
-
- EXA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 1018
- executeMethod(Object, Method) - Static method in class org.flexiblepower.observation.ObservationTranslationHelper
-
Executes the method on the object.
- G - Static variable in class javax.measure.unit.NonSI
-
A unit of acceleration equal to the gravity at the earth's surface (standard name grav
).
- GALLON_DRY_US - Static variable in class javax.measure.unit.NonSI
-
A unit of volume equal to one US dry gallon.
- GALLON_LIQUID_US - Static variable in class javax.measure.unit.NonSI
-
A unit of volume equal to one US gallon, Liquid Unit.
- GALLON_UK - Static variable in class javax.measure.unit.NonSI
-
A unit of volume equal to
4.546 09 NonSI.LITRE
(standard name
gal_uk
).
- GAUSS - Static variable in class javax.measure.unit.NonSI
-
A unit of magnetic flux density equal 1000 A/m
(standard name G
).
- getBase() - Method in class javax.measure.converter.LogConverter
-
Returns the logarithmic base of this converter.
- getCardinality() - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getConverterTo(Unit<?>) - Method in class javax.measure.unit.Unit
-
Returns a converter of numeric values from this unit to another unit.
- getCurrentTimeMillis() - Method in interface org.flexiblepower.time.TimeService
-
Deprecated.
- getDimension(BaseUnit<?>) - Method in interface javax.measure.unit.Dimension.Model
-
Returns the dimension of the specified base unit (a dimension particular to the base unit if the base unit is
not recognized).
- getDimension() - Method in class javax.measure.unit.Unit
-
Returns the dimension of this unit (depends upon the current dimensional
model
).
- getDividend() - Method in class javax.measure.converter.RationalConverter
-
Returns the dividend for this rational converter.
- getDivisor() - Method in class javax.measure.converter.RationalConverter
-
Returns the positive divisor for this rational converter.
- getEitherEnd() - Method in interface org.flexiblepower.messaging.ConnectionManager.PotentialConnection
-
- getEndpoint() - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getEndpoint(String) - Method in interface org.flexiblepower.messaging.ConnectionManager
-
- getEndpoints() - Method in interface org.flexiblepower.messaging.ConnectionManager
-
- getFactor() - Method in class javax.measure.converter.MultiplyConverter
-
Returns the scale factor.
- getGetterMethods(Class<?>) - Static method in class org.flexiblepower.observation.ObservationTranslationHelper
-
- getHigher() - Method in class javax.measure.unit.CompoundUnit
-
Returns the higher unit of this compound unit.
- getInstance() - Static method in class javax.measure.MeasureFormat
-
Returns the measure format for the default locale.
- getInstance(NumberFormat, UnitFormat) - Static method in class javax.measure.MeasureFormat
-
Returns the measure format using the specified number format and unit format (the number and unit are separated
by a space).
- getInstance() - Static method in class javax.measure.unit.NonSI
-
Returns the unique instance of this class.
- getInstance() - Static method in class javax.measure.unit.SI
-
Returns the unique instance of this class.
- getInstance() - Static method in class javax.measure.unit.UnitFormat
-
- getInstance(Locale) - Static method in class javax.measure.unit.UnitFormat
-
Returns the unit format for the specified locale.
- getLastObservation() - Method in class org.flexiblepower.observation.ext.AbstractObservationProvider
-
- getLastObservation() - Method in interface org.flexiblepower.observation.ObservationProvider
-
- getLower() - Method in class javax.measure.unit.CompoundUnit
-
Returns the lower unit of this compound unit.
- getMember(Object, String) - Static method in class org.flexiblepower.observation.ObservationTranslationHelper
-
Gets the member of the given object.
- getModel() - Static method in class javax.measure.unit.Dimension
-
Returns the model used to determinate the units dimensions (default
STANDARD
).
- getName() - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getObservedAt() - Method in class org.flexiblepower.observation.Observation
-
- getOffset() - Method in class javax.measure.converter.AddConverter
-
Returns the offset value for this add converter.
- getOtherEnd(ConnectionManager.EndpointPort) - Method in interface org.flexiblepower.messaging.ConnectionManager.PotentialConnection
-
- getParent() - Method in class javax.measure.unit.AlternateUnit
-
Returns the parent unit from which this alternate unit is derived (a system unit itself).
- getParentUnit() - Method in class javax.measure.unit.TransformedUnit
-
Returns the parent unit for this unit.
- getPid() - Method in interface org.flexiblepower.messaging.ConnectionManager.ManagedEndpoint
-
- getPort() - Method in interface org.flexiblepower.messaging.Connection
-
- getPort(String) - Method in interface org.flexiblepower.messaging.ConnectionManager.ManagedEndpoint
-
- getPorts() - Method in interface org.flexiblepower.messaging.ConnectionManager.ManagedEndpoint
-
- getPotentialConnection(String) - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getPotentialConnection(ConnectionManager.EndpointPort) - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getPotentialConnections() - Method in interface org.flexiblepower.messaging.ConnectionManager.EndpointPort
-
- getStandardUnit() - Method in class javax.measure.unit.AlternateUnit
-
- getStandardUnit() - Method in class javax.measure.unit.BaseUnit
-
- getStandardUnit() - Method in class javax.measure.unit.CompoundUnit
-
- getStandardUnit() - Method in class javax.measure.unit.ProductUnit
-
- getStandardUnit() - Method in class javax.measure.unit.TransformedUnit
-
- getStandardUnit() - Method in class javax.measure.unit.Unit
-
- getSymbol() - Method in class javax.measure.unit.AlternateUnit
-
Returns the symbol for this alternate unit.
- getSymbol() - Method in class javax.measure.unit.BaseUnit
-
Returns the unique symbol for this base unit.
- getTime() - Method in interface org.flexiblepower.time.TimeService
-
Deprecated.
- getTransform(BaseUnit<?>) - Method in interface javax.measure.unit.Dimension.Model
-
Returns the normalization transform of the specified base unit (
IDENTITY
if
the base unit is not recognized).
- getUCUMInstance() - Static method in class javax.measure.unit.UnitFormat
-
Returns the
UCUM international unit format; this
format uses characters range
0000-007F
exclusively and
is not locale-sensitive.
- getUnit() - Method in class javax.measure.DecimalMeasure
-
- getUnit() - Method in class javax.measure.Measure
-
Returns the measurement unit of this measure.
- getUnit(int) - Method in class javax.measure.unit.ProductUnit
-
Returns the unit at the specified position.
- getUnitCount() - Method in class javax.measure.unit.ProductUnit
-
Returns the number of units in this product.
- getUnitPow(int) - Method in class javax.measure.unit.ProductUnit
-
Returns the power exponent of the unit at the specified position.
- getUnitRoot(int) - Method in class javax.measure.unit.ProductUnit
-
Returns the root exponent of the unit at the specified position.
- getUnits() - Method in class javax.measure.unit.NonSI
-
Returns a read only view over the units defined in this class.
- getUnits() - Method in class javax.measure.unit.SI
-
Returns a read only view over theunits defined in this class.
- getUnits() - Method in class javax.measure.unit.SystemOfUnits
-
Returns a read only view over the units defined in this system.
- getValue() - Method in class javax.measure.DecimalMeasure
-
- getValue() - Method in class javax.measure.Measure
-
Returns the measurement value of this measure.
- getValue() - Method in class org.flexiblepower.observation.Observation
-
- getValue(String) - Method in class org.flexiblepower.observation.Observation
-
Tries to find a part of the value with the given name.
- getValueMap() - Method in class org.flexiblepower.observation.Observation
-
Detects all the parts of the value, assuming a Java bean.
- GIGA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 109
- GILBERT - Static variable in class javax.measure.unit.NonSI
-
A unit of electric charge equal to the centimeter-gram-second electromagnetic unit of magnetomotive force, equal
to 10/4
πampere-turn
(standard name Gi
).
- GRADE - Static variable in class javax.measure.unit.NonSI
-
- GRAM - Static variable in class javax.measure.unit.SI
-
The derived unit for mass quantities (g
).
- GRAY - Static variable in class javax.measure.unit.SI
-
The derived unit for absorbed dose, specific energy (imparted), kerma (Gy
).
- label(Unit<?>, String) - Method in class javax.measure.unit.UnitFormat.DefaultFormat
-
- label(Unit<?>, String) - Method in class javax.measure.unit.UnitFormat
-
Attaches a system-wide label to the specified unit.
- LAMBERT - Static variable in class javax.measure.unit.NonSI
-
A unit of illuminance equal to 1E4 Lx
(standard name La
).
- Length - Interface in javax.measure.quantity
-
This interface represents the extent of something along its greatest dimension or the extent of space between two
objects or places.
- LENGTH - Static variable in class javax.measure.unit.Dimension
-
Holds length dimension (L).
- LIGHT_YEAR - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to the distance that light travels in one year through a vacuum (standard name
ly
).
- LITER - Static variable in class javax.measure.unit.NonSI
-
- LITRE - Static variable in class javax.measure.unit.NonSI
-
A unit of volume equal to one cubic decimeter (default label L
, also recognized
µL, mL, cL, dL
).
- LogConverter - Class in javax.measure.converter
-
This class represents a logarithmic converter.
- LogConverter(double) - Constructor for class javax.measure.converter.LogConverter
-
Creates a logarithmic converter having the specified base.
- longValue(Unit<Q>) - Method in interface javax.measure.Measurable
-
Returns the estimated integral value of this measurable stated in the specified unit as a long
.
- longValue(Unit<Q>) - Method in class javax.measure.Measure
-
Returns the estimated integral value of this measure stated in the specified unit as a long
.
- LUMEN - Static variable in class javax.measure.unit.SI
-
The derived unit for luminous flux (lm
).
- LuminousFlux - Interface in javax.measure.quantity
-
This interface represents a luminous flux.
- LuminousIntensity - Interface in javax.measure.quantity
-
This interface represents the luminous flux density per solid angle as measured in a given direction relative to the
emitting source.
- LUX - Static variable in class javax.measure.unit.SI
-
The derived unit for illuminance (lx
).
- MACH - Static variable in class javax.measure.unit.NonSI
-
A unit of velocity to express the speed of an aircraft relative to the speed of sound (standard name
Mach
).
- MagneticFlux - Interface in javax.measure.quantity
-
This interface represents a magnetic flux.
- MagneticFluxDensity - Interface in javax.measure.quantity
-
This interface represents a magnetic flux density.
- Mass - Interface in javax.measure.quantity
-
This interface represents the measure of the quantity of matter that a body or an object contains.
- MASS - Static variable in class javax.measure.unit.Dimension
-
Holds mass dimension (M).
- MassFlowRate - Interface in javax.measure.quantity
-
This interface represents the movement of mass per time.
- MAXWELL - Static variable in class javax.measure.unit.NonSI
-
A unit of magnetic flux equal 1E-8 Wb
(standard name Mx
).
- Measurable<Q extends Quantity> - Interface in javax.measure
-
This interface represents the measurable, countable, or comparable property or aspect of a thing.
- Measure<V,Q extends Quantity> - Class in javax.measure
-
This class represents the result of a measurement stated in a known unit.
- Measure() - Constructor for class javax.measure.Measure
-
Default constructor.
- MeasureFormat - Class in javax.measure
-
This class provides the interface for formatting and parsing
measures
.
- MeasureFormat() - Constructor for class javax.measure.MeasureFormat
-
- MEGA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 106
- MessageHandler - Interface in org.flexiblepower.messaging
-
- MessageListener - Interface in org.flexiblepower.messaging
-
- METER - Static variable in class javax.measure.unit.SI
-
Equivalent to
SI.METRE
(American spelling).
- METERS_PER_SECOND - Static variable in class javax.measure.unit.SI
-
- METERS_PER_SQUARE_SECOND - Static variable in class javax.measure.unit.SI
-
- METRE - Static variable in class javax.measure.unit.SI
-
The base unit for length quantities (m
).
- METRE_PER_SECOND - Static variable in class javax.measure.unit.SI
-
- METRE_PER_SQUARE_SECOND - Static variable in class javax.measure.unit.SI
-
- METRES_PER_SECOND - Static variable in class javax.measure.unit.SI
-
The metric unit for velocity quantities (m/s
).
- METRES_PER_SQUARE_SECOND - Static variable in class javax.measure.unit.SI
-
The metric unit for acceleration quantities (m/s²
).
- METRIC_TON - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to 1000 kg
(metric ton, standard name t
).
- MICRO(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-6
- MILE - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to 1609.344 m
(standard name mi
).
- MILES_PER_HOUR - Static variable in class javax.measure.unit.NonSI
-
A unit of velocity expressing the number of international
miles
per
hour
(abbreviation
mph
).
- MILLI(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-3
- MILLIMETER - Static variable in class javax.measure.unit.SI
-
- MILLIMETER_OF_MERCURY - Static variable in class javax.measure.unit.NonSI
-
A unit of pressure equal to the pressure exerted at the Earth's surface by a column of mercury 1 millimeter high
(standard name mmHg
).
- MILLIMETRE - Static variable in class javax.measure.unit.SI
-
Equivalent to MILLI(METRE)
.
- MINUTE - Static variable in class javax.measure.unit.NonSI
-
A unit of duration equal to 60 s
(standard name min
).
- MINUTE_ANGLE - Static variable in class javax.measure.unit.NonSI
-
- MOLE - Static variable in class javax.measure.unit.SI
-
The base unit for amount of substance quantities (mol
).
- Money - Interface in javax.measure.quantity
-
This interface represents monetray value.
- MoneyFlow - Interface in javax.measure.quantity
-
This interface represents MoneyFlow value.
- MONTH - Static variable in class javax.measure.unit.NonSI
-
A unit of duration equal to one twelfth of a year (standard name month
).
- MS - Static variable in class org.flexiblepower.time.TimeUtil
-
Represents Milliseconds.
- MultiplyConverter - Class in javax.measure.converter
-
This class represents a converter multiplying numeric values by a constant scaling factor (approximated as a
double
).
- MultiplyConverter(double) - Constructor for class javax.measure.converter.MultiplyConverter
-
Creates a multiply converter with the specified scale factor.
- PARSEC - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to the distance at which a star would appear to shift its position by one arcsecond over
the course the time (about 3 months) in which the Earth moves a distance of
NonSI.ASTRONOMICAL_UNIT
in the
direction perpendicular to the direction to the star (standard name
pc
).
- parseObject(String, ParsePosition) - Method in class javax.measure.unit.UnitFormat
-
Parses the text from a string to produce an object (implements java.text.Format
).
- parseProductUnit(CharSequence, ParsePosition) - Method in class javax.measure.unit.UnitFormat.DefaultFormat
-
- parseProductUnit(CharSequence, ParsePosition) - Method in class javax.measure.unit.UnitFormat
-
Parses a sequence of character to produce a unit or a rational product of unit.
- parseSingleUnit(CharSequence, ParsePosition) - Method in class javax.measure.unit.UnitFormat.DefaultFormat
-
- parseSingleUnit(CharSequence, ParsePosition) - Method in class javax.measure.unit.UnitFormat
-
Parses a sequence of character to produce a single unit.
- PASCAL - Static variable in class javax.measure.unit.SI
-
The derived unit for pressure, stress (Pa
).
- PERCENT - Static variable in class javax.measure.unit.NonSI
-
A dimensionless unit equals to 0.01
(standard name %
).
- PETA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 1015
- PICO(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 10-12
- PIXEL - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to
1/72 NonSI.INCH
(standard name
pixel
).
- plus(double) - Method in class javax.measure.unit.Unit
-
Returns the result of adding an offset to this unit.
- POINT - Static variable in class javax.measure.unit.NonSI
-
A unit of length equal to
0.013837 NonSI.INCH
exactly (standard name
pt
).
- POISE - Static variable in class javax.measure.unit.NonSI
-
A unit of dynamic viscosity equal to 1 g/(cm·s)
(cgs unit).
- Port - Annotation Type in org.flexiblepower.messaging
-
The
Port
annotation should be put on
Endpoint
s that are registered in the service registry.
- Ports - Annotation Type in org.flexiblepower.messaging
-
When defining more that one
Port
on and
Endpoint
, this annotation can be used to group them.
- POUND - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to 453.59237 grams
(avoirdupois pound, standard name lb
).
- POUND_FORCE - Static variable in class javax.measure.unit.NonSI
-
- pow(int) - Method in class javax.measure.unit.Dimension
-
Returns this dimension raised to an exponent.
- pow(int) - Method in class javax.measure.unit.Unit
-
Returns a unit equals to this unit raised to an exponent.
- Power - Interface in javax.measure.quantity
-
This interface represents the rate at which work is done.
- Pressure - Interface in javax.measure.quantity
-
This interface represents a force applied uniformly over a surface.
- ProductUnit<Q extends Quantity> - Class in javax.measure.unit
-
This class represents units formed by the product of rational powers of existing units.
- ProductUnit(Unit<?>) - Constructor for class javax.measure.unit.ProductUnit
-
Copy constructor (allows for parameterization of product units).
- publish(Observation<? extends T>) - Method in class org.flexiblepower.observation.ext.AbstractObservationProvider
-
Publishes an observation to all the subscribed consumers.
- RAD - Static variable in class javax.measure.unit.NonSI
-
A unit of radiation dose absorbed equal to a dose of 0.01 joule of energy per kilogram of mass (J/kg) (standard
name rd
).
- RADIAN - Static variable in class javax.measure.unit.SI
-
The unit for plane angle quantities (rad
).
- RadiationDoseAbsorbed - Interface in javax.measure.quantity
-
This interface represents the amount of energy deposited per unit of mass.
- RadiationDoseEffective - Interface in javax.measure.quantity
-
This interface represents the effective (or "equivalent") dose of radiation received by a human or some other living
organism.
- RadioactiveActivity - Interface in javax.measure.quantity
-
This interface represents a radioactive activity.
- RANKINE - Static variable in class javax.measure.unit.NonSI
-
A unit of temperature equal to 5/9 °K
(standard name °R
).
- RationalConverter - Class in javax.measure.converter
-
This class represents a converter multiplying numeric values by an exact scaling factor (represented as the quotient
of two long
numbers).
- RationalConverter(long, long) - Constructor for class javax.measure.converter.RationalConverter
-
Creates a rational converter with the specified dividend and divisor.
- register(Class<?>...) - Method in class org.flexiblepower.observation.ext.ObservationProviderRegistrationHelper
-
Registers the service object with all of the set properties in the service registry.
- REM - Static variable in class javax.measure.unit.NonSI
-
A unit of radiation dose effective equal to 0.01 Sv
(standard name rem
).
- REVOLUTION - Static variable in class javax.measure.unit.NonSI
-
A unit of angle equal to a full circle or
2π
SI.RADIAN
(standard name
rev
).
- ROENTGEN - Static variable in class javax.measure.unit.NonSI
-
A unit used to measure the ionizing ability of radiation (standard name Roentgen
).
- root(int) - Method in class javax.measure.unit.Dimension
-
Returns the given root of this dimension.
- root(int) - Method in class javax.measure.unit.Unit
-
Returns a unit equals to the given root of this unit.
- RUTHERFORD - Static variable in class javax.measure.unit.NonSI
-
A unit of radioctive activity equal to 1 million radioactive disintegrations per second (standard name
Rd
).
- schedule(Runnable, Measurable<Duration>) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Creates and executes a one-shot action that becomes enabled after the given delay.
- schedule(Callable<V>, Measurable<Duration>) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Creates and executes a ScheduledFuture that becomes enabled after the given delay.
- scheduleAtFixedRate(Runnable, Measurable<Duration>, Measurable<Duration>) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Creates and executes a periodic action that becomes enabled first after the given initial delay, and subsequently
with the given period; that is executions will commence after initialDelay
then
initialDelay+period
, then initialDelay + 2 * period
, and so on.
- scheduleWithFixedDelay(Runnable, Measurable<Duration>, Measurable<Duration>) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Creates and executes a periodic action that becomes enabled first after the given initial delay, and subsequently
with the given delay between the termination of one execution and the commencement of the next.
- SECOND - Static variable in class javax.measure.unit.SI
-
The base unit for duration quantities (s
).
- SECOND_ANGLE - Static variable in class javax.measure.unit.NonSI
-
- sendMessage(Object) - Method in interface org.flexiblepower.messaging.Connection
-
- serviceObject(Object) - Method in class org.flexiblepower.observation.ext.ObservationProviderRegistrationHelper
-
- setModel(Dimension.Model) - Static method in class javax.measure.unit.Dimension
-
Sets the model used to determinate the units dimensions.
- setProperty(String, Object) - Method in class org.flexiblepower.observation.ext.ObservationProviderRegistrationHelper
-
Set a custom property.
- setProperty(String, Object) - Method in class org.flexiblepower.observation.ext.SimpleObservationProvider.Builder
-
Set a custom property.
- SI - Class in javax.measure.unit
-
This class contains SI (Système International d'Unités) base units, and derived units.
- SIEMENS - Static variable in class javax.measure.unit.SI
-
The derived unit for electric conductance (S
).
- SIEVERT - Static variable in class javax.measure.unit.SI
-
The derived unit for dose equivalent (Sv
).
- SimpleObservationProvider<T> - Class in org.flexiblepower.observation.ext
-
- SimpleObservationProvider.Builder<T> - Class in org.flexiblepower.observation.ext
-
- SolidAngle - Interface in javax.measure.quantity
-
This interface represents the angle formed by three or more planes intersecting at a common point.
- SPHERE - Static variable in class javax.measure.unit.NonSI
-
A unit of solid angle equal to 4 π steradians
(standard name sphere
).
- SQUARE_METRE - Static variable in class javax.measure.unit.SI
-
The metric unit for area quantities (m²
).
- STANDARD - Static variable in interface javax.measure.unit.Dimension.Model
-
Holds the standard model (default).
- STERADIAN - Static variable in class javax.measure.unit.SI
-
The unit for solid angle quantities (sr
).
- STOKE - Static variable in class javax.measure.unit.NonSI
-
A unit of kinematic viscosity equal to 1 cm²/s
(cgs unit).
- submit(Callable<T>) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Submits a value-returning task for execution and returns a Future representing the pending results of the task.
- submit(Runnable, T) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Submits a Runnable task for execution and returns a Future representing that task.
- submit(Runnable) - Method in interface org.flexiblepower.context.FlexiblePowerContext
-
Submits a Runnable task for execution and returns a Future representing that task.
- subscribe(ObservationConsumer<? super T>) - Method in class org.flexiblepower.observation.ext.AbstractObservationProvider
-
- subscribe(ObservationConsumer<? super T>) - Method in interface org.flexiblepower.observation.ObservationProvider
-
Binds the consumer to this provider.
- subtract(Date, Measurable<Duration>) - Static method in class org.flexiblepower.time.TimeUtil
-
Subtracts a duration from a date to get another Date
object.
- SystemOfUnits - Class in javax.measure.unit
-
This class represents a system of units, it groups units together for historical or cultural reasons.
- SystemOfUnits() - Constructor for class javax.measure.unit.SystemOfUnits
-
- Temperature - Interface in javax.measure.quantity
-
This class represents the degree of hotness or coldness of a body or an environment.
- TEMPERATURE - Static variable in class javax.measure.unit.Dimension
-
Holds temperature dimension (θ).
- TERA(Unit<Q>) - Static method in class javax.measure.unit.SI
-
Returns the specified unit multiplied by the factor 1012
- TESLA - Static variable in class javax.measure.unit.SI
-
The derived unit for magnetic flux density (T
).
- TIME - Static variable in class javax.measure.unit.Dimension
-
Holds time dimension (T).
- times(Dimension) - Method in class javax.measure.unit.Dimension
-
Returns the product of this dimension with the one specified.
- times(long) - Method in class javax.measure.unit.Unit
-
Returns the result of multiplying this unit by an exact factor.
- times(double) - Method in class javax.measure.unit.Unit
-
Returns the result of multiplying this unit by a an approximate factor
- times(Unit<?>) - Method in class javax.measure.unit.Unit
-
Returns the product of this unit with the one specified.
- TimeService - Interface in org.flexiblepower.time
-
Deprecated.
- TimeUtil - Class in org.flexiblepower.time
-
This is a utility class for calculations between Date
objects and
Measurable<Duration>
objects.
- to(Unit<Q>) - Method in class javax.measure.DecimalMeasure
-
Returns the decimal measure equivalent to this measure but stated in the specified unit.
- to(Unit<Q>, MathContext) - Method in class javax.measure.DecimalMeasure
-
Returns the decimal measure equivalent to this measure but stated in the specified unit, the conversion is
performed using the specified math context.
- to(Unit<Q>) - Method in class javax.measure.Measure
-
Returns the measure equivalent to this measure but stated in the specified unit.
- to(Unit<Q>) - Method in class javax.measure.VectorMeasure
-
Returns the measurement vector equivalent to this one but stated in the specified unit.
- TON_UK - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to
2240 NonSI.POUND
(long ton, standard name
ton_uk
).
- TON_US - Static variable in class javax.measure.unit.NonSI
-
A unit of mass equal to
2000 NonSI.POUND
(short ton, standard name
ton_us
).
- toParentUnit() - Method in class javax.measure.unit.TransformedUnit
-
Returns the converter to the parent unit.
- Torque - Interface in javax.measure.quantity
-
This interface represents the moment of a force.
- toStandardUnit() - Method in class javax.measure.unit.AlternateUnit
-
- toStandardUnit() - Method in class javax.measure.unit.BaseUnit
-
- toStandardUnit() - Method in class javax.measure.unit.CompoundUnit
-
- toStandardUnit() - Method in class javax.measure.unit.ProductUnit
-
- toStandardUnit() - Method in class javax.measure.unit.TransformedUnit
-
- toStandardUnit() - Method in class javax.measure.unit.Unit
-
Returns the converter from this unit to its system unit.
- toString() - Method in class javax.measure.Measure
-
Returns the String
representation of this measure The string produced for a given measure is always
the same; it is not affected by locale.
- toString() - Method in class javax.measure.unit.Dimension
-
Returns the representation of this dimension.
- toString() - Method in class javax.measure.unit.Unit
-
Returns the standard String
representation of this unit.
- toString() - Method in class javax.measure.VectorMeasure
-
Returns the String
representation of this measurement vector (for example
[2.3 m/s, 5.6 m/s]
).
- toString() - Method in class org.flexiblepower.observation.Observation
-
- transform(UnitConverter) - Method in class javax.measure.unit.Unit
-
Returns the unit derived from this unit using the specified converter.
- TransformedUnit<Q extends Quantity> - Class in javax.measure.unit
-
This class represents the units derived from other units using
converters
.
- UNIT - Static variable in interface javax.measure.quantity.Acceleration
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.AmountOfSubstance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Angle
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.AngularAcceleration
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.AngularVelocity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Area
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.CatalyticActivity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.DataAmount
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.DataRate
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Dimensionless
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Duration
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.DynamicViscosity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricCapacitance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricCharge
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricConductance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricCurrent
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricInductance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricPotential
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.ElectricResistance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Energy
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Force
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Frequency
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Illuminance
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.KinematicViscosity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Length
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.LuminousFlux
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.LuminousIntensity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.MagneticFlux
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.MagneticFluxDensity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Mass
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.MassFlowRate
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Money
-
Default value for money
- UNIT - Static variable in interface javax.measure.quantity.MoneyFlow
-
Default value for money
- UNIT - Static variable in interface javax.measure.quantity.Power
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Pressure
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.RadiationDoseAbsorbed
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.RadiationDoseEffective
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.RadioactiveActivity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.SolidAngle
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Temperature
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Torque
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Velocity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.Volume
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.VolumetricDensity
-
Holds the SI unit (Système International d'Unités) for this quantity.
- UNIT - Static variable in interface javax.measure.quantity.VolumetricFlowRate
-
Holds the SI unit (Système International d'Unités) for this quantity.
- Unit<Q extends Quantity> - Class in javax.measure.unit
-
This class represents a determinate
quantity
(as of length, time, heat, or
value) adopted as a standard of measurement.
- Unit() - Constructor for class javax.measure.unit.Unit
-
Default constructor.
- UnitConverter - Class in javax.measure.converter
-
This class represents a converter of numeric values.
- UnitConverter() - Constructor for class javax.measure.converter.UnitConverter
-
Default constructor.
- unitFor(String) - Method in class javax.measure.unit.UnitFormat.ASCIIFormat
-
- unitFor(String) - Method in class javax.measure.unit.UnitFormat.DefaultFormat
-
- UnitFormat - Class in javax.measure.unit
-
This class provides the interface for formatting and parsing
units
.
- UnitFormat() - Constructor for class javax.measure.unit.UnitFormat
-
Base constructor.
- UnitFormat.ASCIIFormat - Class in javax.measure.unit
-
This class represents the ASCIIFormat format.
- UnitFormat.ASCIIFormat() - Constructor for class javax.measure.unit.UnitFormat.ASCIIFormat
-
- UnitFormat.DefaultFormat - Class in javax.measure.unit
-
This class represents the standard format.
- UnitFormat.DefaultFormat() - Constructor for class javax.measure.unit.UnitFormat.DefaultFormat
-
- unsubscribe(ObservationConsumer<? super T>) - Method in class org.flexiblepower.observation.ext.AbstractObservationProvider
-
- unsubscribe(ObservationConsumer<? super T>) - Method in interface org.flexiblepower.observation.ObservationProvider
-
Unbinds the consumer from this provider.
- valueOf(BigDecimal, Unit<Q>) - Static method in class javax.measure.DecimalMeasure
-
Returns the decimal measure for the specified number stated in the specified unit.
- valueOf(CharSequence) - Static method in class javax.measure.DecimalMeasure
-
- valueOf(double, Unit<Q>) - Static method in class javax.measure.Measure
-
Returns the scalar measure for the specified double
stated in the specified unit.
- valueOf(long, Unit<Q>) - Static method in class javax.measure.Measure
-
Returns the scalar measure for the specified double
stated in the specified unit.
- valueOf(float, Unit<Q>) - Static method in class javax.measure.Measure
-
Returns the scalar measure for the specified float
stated in the specified unit.
- valueOf(int, Unit<Q>) - Static method in class javax.measure.Measure
-
Returns the scalar measure for the specified int
stated in the specified unit.
- valueOf(CharSequence) - Static method in class javax.measure.unit.Unit
-
Returns a unit instance that is defined from the specified character sequence using the
standard unit format
.
- valueOf(double, double, Unit<Q>) - Static method in class javax.measure.VectorMeasure
-
Returns a 2-dimensional measurement vector.
- valueOf(double, double, double, Unit<Q>) - Static method in class javax.measure.VectorMeasure
-
Returns a 3-dimensional measurement vector.
- valueOf(double[], Unit<Q>) - Static method in class javax.measure.VectorMeasure
-
Returns a multi-dimensional measurement vector.
- valueOf(String) - Static method in enum org.flexiblepower.messaging.Cardinality
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum org.flexiblepower.messaging.Cardinality
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- VectorMeasure<Q extends Quantity> - Class in javax.measure
-
This class represents a measurement vector of two or more dimensions.
- VectorMeasure() - Constructor for class javax.measure.VectorMeasure
-
Default constructor (for sub-classes).
- Velocity - Interface in javax.measure.quantity
-
This interface represents a distance traveled divided by the time of travel.
- VOLT - Static variable in class javax.measure.unit.SI
-
The derived unit for electric potential difference, electromotive force (V
).
- Volume - Interface in javax.measure.quantity
-
This interface represents the amount of space occupied by a three-dimensional object or region of space, expressed in
cubic units.
- VolumetricDensity - Interface in javax.measure.quantity
-
This interface represents a mass per unit volume of a substance under specified conditions of pressure and
temperature.
- VolumetricFlowRate - Interface in javax.measure.quantity
-
This interface represents the volume of fluid passing a point in a system per unit of time.


Menu
Home
Sign-up
Please enter the key word!
Search Business
Please check at least one!
Filter by catering services
Wedding Services Catering
Corporate Catering
Cocktail Reception
Sit-down Catering
Petite Take-Away Buffet Catering
Bento Catering
Buffet Catering
Filter by delivery options
Deliver
Pick-up
Prepare at venue
Filter Business
<% for (var i=0; i < business_list.length; i++) { %>
<% } %>


“‘Samaṇā’ti bhoti supi,
‘samaṇā’ti pabujjhasi;
Samaṇāneva kittesi,
samaṇī nūna bhavissasi.
“You fell asleep saying ‘ascetics’;
you woke up saying ‘ascetics’;
you only praise ascetics, madam—
surely you’ll be an ascetic.
Vipulaṁ annañca pānañca,
samaṇānaṁ paveccasi;
Rohinī dāni pucchāmi,
kena te samaṇā piyā.
You provide ascetics
with abundant food and drink.
I ask you now, Rohiṇī:
why do you like ascetics?
Akammakāmā alasā,
paradattūpajīvino;
Āsaṁsukā sādukāmā,
kena te samaṇā piyā”.
They don’t like to work, they’re lazy,
they survive on charity;
always on the lookout, greedy for sweets—
so why do you like ascetics?”
“Cirassaṁ vata maṁ tāta,
samaṇānaṁ paripucchasi;
Tesaṁ te kittayissāmi,
paññāsīlaparakkamaṁ.
“Dad, for a long time now
you’ve questioned me about ascetics.
I shall extol for you
their wisdom, ethics, and vigor.
Kammakāmā analasā,
kammaseṭṭhassa kārakā;
Rāgaṁ dosaṁ pajahanti,
tena me samaṇā piyā.
They like to work, they’re not lazy;
by giving up greed and hate,
they do the best kind of work—
that’s why I like ascetics.
Tīṇi pāpassa mūlāni,
dhunanti sucikārino;
Sabbaṁ pāpaṁ pahīnesaṁ,
tena me samaṇā piyā.
As for the three roots of evil,
by pure deeds they shake them off.
They have given up all wickedness—
that’s why I like ascetics.
Kāyakammaṁ suci nesaṁ,
vacīkammañca tādisaṁ;
Manokammaṁ suci nesaṁ,
tena me samaṇā piyā.
Their bodily actions are pure;
their actions of speech likewise;
their actions of mind are pure—
that’s why I like ascetics.
Vimalā saṅkhamuttāva,
suddhā santarabāhirā;
Puṇṇā sukkāna dhammānaṁ,
tena me samaṇā piyā.

Bahussutā dhammadharā,
ariyā dhammajīvino;
Atthaṁ dhammañca desenti,
tena me samaṇā piyā.
They’re learned and memorize the teaching,
noble, living righteously,
teaching the text and its meaning:
that’s why I like ascetics.
Bahussutā dhammadharā,
ariyā dhammajīvino;
Ekaggacittā satimanto,
tena me samaṇā piyā.
They’re learned and memorize the teaching,
noble, living righteously,
unified in mind, and mindful—
that’s why I like ascetics.
Dūraṅgamā satimanto,
mantabhāṇī anuddhatā;
Dukkhassantaṁ pajānanti,
tena me samaṇā piyā.
Traveling afar, and mindful,
thoughtful in counsel, and stable,
they understand the end of suffering—
that’s why I like ascetics.
Yasmā gāmā pakkamanti,
na vilokenti kiñcanaṁ;
Anapekkhāva gacchanti,
tena me samaṇā piyā.
When they leave a village,
they don’t look back with longing,
but proceed without concern—
that’s why I like ascetics.
Na te saṁ koṭṭhe openti,
na kumbhiṁ na khaḷopiyaṁ;
Pariniṭṭhitamesānā,
tena me samaṇā piyā.
They hoard no goods in storerooms,
nor in pots or baskets.
They seek food prepared by others—
that’s why I like ascetics.
Na te hiraññaṁ gaṇhanti,
na suvaṇṇaṁ na rūpiyaṁ;
Paccuppannena yāpenti,
tena me samaṇā piyā.
They don’t receive silver,
or gold whether coined or uncoined;
feeding on whatever comes that day,
that’s why I like ascetics.
Nānākulā pabbajitā,
nānājanapadehi ca;
Aññamaññaṁ piyāyanti,
tena me samaṇā piyā”.
They have gone forth from different families,
even different countries,
and yet they all love one another—
that’s why I like ascetics.”
“Atthāya vata no bhoti,
kule jātāsi rohinī;
Saddhā buddhe ca dhamme ca,
saṅghe ca tibbagāravā.
“Dear Rohinī, it was truly for our benefit
that you were born in our family!
You have faith and such keen respect
for the Buddha, his teaching, and the Sangha.
Tuvaṁ hetaṁ pajānāsi,
puññakkhettaṁ anuttaraṁ;
Amhampi ete samaṇā,
paṭigaṇhanti dakkhiṇaṁ.
For you understand this
supreme field of merit.
These ascetics will henceforth
receive our religious donation, too.
Patiṭṭhito hettha yañño,
vipulo no bhavissati”;
“Sace bhāyasi dukkhassa,
sace te dukkhamappiyaṁ.

Undertake the precepts,
that will be good for you.”
“Upemi saraṇaṁ buddhaṁ,
dhammaṁ saṅghañca tādinaṁ;
Samādiyāmi sīlāni,
taṁ me atthāya hehiti.
“I go for refuge to the Buddha, the poised,
to his teaching and to the Sangha.
I undertake the precepts,
that will be good for me.
Brahmabandhu pure āsiṁ,
so idānimhi brāhmaṇo;
Tevijjo sottiyo camhi,
vedagū camhi nhātako”.
In the past I was related to Brahmā,
now I genuinely am a brahmin.
Possessing the three knowledges, I’m a genuine scholar,
I’m a knowledge-master, a bathed initiate.”
… Rohinī therī ….


Prices and employment oppurtunities will be offered to students who the judges find thier hackathon projects intresting
Experienced speakers will talk about co-op opurtunities and how to find a job in the industry and the importance of connections
acHacks is a two day event at campus you will literally be coding for two days to build something that goes with the theme given
"Really looking forward to acHacks its going to be amazing!"
"acHacks is going to be a great experience!"
"acHack would be a blast 🚀"


--- title: "Read Kafka Stream" aliases: - reference/sparklyr/latest/stream_read_kafka.html ---
Reads a Kafka stream as a Spark dataframe stream.
stream_read_kafka(sc, name = NULL, options = list(), ...)
| sc | A |
| name | The name to assign to the newly generated stream. |
| options | A list of strings with additional options. |
| ... | Optional arguments; currently unused. |
Please note that Kafka requires installing the appropriate
package by conneting with a config setting where sparklyr.shell.packages
is set to, for Spark 2.3.2, "org.apache.spark:spark-sql-kafka-0-10_2.11:2.3.2"
.
Other Spark stream serialization: stream_read_csv
,
stream_read_json
,
stream_read_orc
,
stream_read_parquet
,
stream_read_scoket
,
stream_read_text
,
stream_write_console
,
stream_write_csv
,
stream_write_json
,
stream_write_kafka
,
stream_write_memory
,
stream_write_orc
,
stream_write_parquet
,
stream_write_text
if (FALSE) {
config <- spark_config()
# The following package is dependent to Spark version, for Spark 2.3.2:
config$sparklyr.shell.packages <- "org.apache.spark:spark-sql-kafka-0-10_2.11:2.3.2"
sc <- spark_connect(master = "local", config = config)
read_options <- list(kafka.bootstrap.servers = "localhost:9092", subscribe = "topic1")
write_options <- list(kafka.bootstrap.servers = "localhost:9092", topic = "topic2")
stream <- stream_read_kafka(sc, options = read_options) %>%
stream_write_kafka(options = write_options)
stream_stop(stream)
}


Thank you for taking part
What is your current role?
Love for Microverse?
What do you like best about Microverse?
What do you want to improves? (Check all that apply)
comments?


The idea behind shadow tree is to encapsulate internal implementation details of a component.
Let’s say, a click event happens inside a shadow DOM of <user-card>
component. But scripts in the main document have no idea about the shadow DOM internals, especially if the component comes from a 3rd-party library.
So, to keep the details encapsulated, the browser retargets the event.
Events that happen in shadow DOM have the host element as the target, when caught outside of the component.
Here’s a simple example:
```html run autorun=“no-epub” untrusted height=60
```
If you click on the button, the messages are:
BUTTON
– internal event handler gets the correct target, the element inside shadow DOM.USER-CARD
– document event handler gets shadow host as the target.Event retargeting is a great thing to have, because the outer document doesn’t have to know about component internals. From its point of view, the event happened on <user-card>
.
Retargeting does not occur if the event occurs on a slotted element, that physically lives in the light DOM.
For example, if a user clicks on
in the example below, the event target is exactly this span
element, for both shadow and light handlers:
```html run autorun=“no-epub” untrusted height=60
```
If a click happens on "John Smith"
, for both inner and outer handlers the target is
. That’s an element from the light DOM, so no retargeting.
On the other hand, if the click occurs on an element originating from shadow DOM, e.g. on Name
, then, as it bubbles out of the shadow DOM, its event.target
is reset to <user-card>
.
For purposes of event bubbling, flattened DOM is used.
So, if we have a slotted element, and an event occurs somewhere inside it, then it bubbles up to the <slot>
and upwards.
The full path to the original event target, with all the shadow elements, can be obtained using event.composedPath()
. As we can see from the name of the method, that path is taken after the composition.
In the example above, the flattened DOM is:
<user-card id="userCard">
#shadow-root

Name:
<slot name="username">
John Smith
</slot>

</user-card>
So, for a click on
, a call to event.composedPath()
returns an array: [span
, slot
, div
, shadow-root
, user-card
, body
, html
, document
, window
]. That’s exactly the parent chain from the target element in the flattened DOM, after the composition.
``warn header="Shadow tree details are only provided for
{mode:‘open’}trees" If the shadow tree was created with
{mode: ‘closed’}, then the composed path starts from the host:
user-card` and upwards.
That’s the similar principle as for other methods that work with shadow DOM. Internals of closed trees are completely hidden.
## event.composed
Most events successfully bubble through a shadow DOM boundary. There are few events that do not.
This is governed by the `composed` event object property. If it's `true`, then the event does cross the boundary. Otherwise, it only can be caught from inside the shadow DOM.
If you take a look at [UI Events specification](https://www.w3.org/TR/uievents), most events have `composed: true`:
- `blur`, `focus`, `focusin`, `focusout`,
- `click`, `dblclick`,
- `mousedown`, `mouseup` `mousemove`, `mouseout`, `mouseover`,
- `wheel`,
- `beforeinput`, `input`, `keydown`, `keyup`.
All touch events and pointer events also have `composed: true`.
There are some events that have `composed: false` though:
- `mouseenter`, `mouseleave` (they do not bubble at all),
- `load`, `unload`, `abort`, `error`,
- `select`,
- `slotchange`.
These events can be caught only on elements within the same DOM, where the event target resides.
## Custom events
When we dispatch custom events, we need to set both `bubbles` and `composed` properties to `true` for it to bubble up and out of the component.
For example, here we create `div#inner` in the shadow DOM of `div#outer` and trigger two events on it. Only the one with `composed: true` makes it outside to the document:
```html run untrusted height=0

Events only cross shadow DOM boundaries if their composed
flag is set to true
.
Built-in events mostly have composed: true
, as described in the relevant specifications:
Some built-in events that have composed: false
:
mouseenter
, mouseleave
(also do not bubble),load
, unload
, abort
, error
,select
,slotchange
.These events can be caught only on elements within the same DOM.
If we dispatch a CustomEvent
, then we should explicitly set composed: true
.
Please note that in case of nested components, one shadow DOM may be nested into another. In that case composed events bubble through all shadow DOM boundaries. So, if an event is intended only for the immediate enclosing component, we can also dispatch it on the shadow host and set composed: false
. Then it’s out of the component shadow DOM, but won’t bubble up to higher-level DOM.


Defines iterators, structures and functions suitable for enumerating other data structures.
More...
Go to the source code of this file.
|
| struct | uel_iterator_t |
| | Iterators are data structures that wrap arbitrary collections of data and define ways of enumerating them. More...
|
| |
| struct | uel_iterator_array_t |
| | A specialised iterator suitable for iterating over arrays of arbitrary data. More...
|
| |
|
| bool | uel_iterator_foreach (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Applies a closure to an enumerable collection. More...
|
| |
| size_t | uel_iterator_map (uel_iterator_t *iterator, uel_closure_t *closure, void **destination, size_t limit) |
| | Applies a closure to an enumerable collection and stores its results. More...
|
| |
| void * | uel_iterator_find (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Finds the first element enumerated by an iterator that passes the supplied test. More...
|
| |
| size_t | uel_iterator_count (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Counts elements enumerated by an iterator that pass the supplied test. More...
|
| |
| bool | uel_iterator_all (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Determines whether all elements enumerated by an iterator pass the supplied test or not. More...
|
| |
| bool | uel_iterator_none (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Determines whether all elements enumerated by an iterator fail the supplied test or not. More...
|
| |
| bool | uel_iterator_any (uel_iterator_t *iterator, uel_closure_t *closure) |
| | Determines whether any elements enumerated by an iterator pass the supplied test or not. More...
|
| |
| void * | uel_iterator_array_next (uel_iterator_array_t *iterator, void *last) |
| | Yields elements in a array. More...
|
| |
| uel_iterator_array_t | uel_iterator_array_create (void *collection, size_t count, size_t size) |
| | Creates a new array iterator. More...
|
| |
| void * | uel_iterator_llist_next (uel_iterator_t *iterator, void *last) |
| | Yields elements in a linked list. More...
|
| |
| uel_iterator_llist_t | uel_iterator_llist_create (uel_llist_t *list) |
| | Creates a new linked list iterator. More...
|
| |
Defines iterators, structures and functions suitable for enumerating other data structures.
◆ UEL_ITERATOR_MAP_BOUNDLESS
| #define UEL_ITERATOR_MAP_BOUNDLESS UINT_MAX |
◆ uel_iterator_llist_t
Alias to uel_iterator_t
. Iterator suitable to traverse linked lists.
Because when traversing a linked list we need only know one element to know the next one, there is no need to store any additional state in linked list iterators.
◆ uel_iterator_all()
| bool uel_iterator_all |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Determines whether all elements enumerated by an iterator pass the supplied test or not.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The test to be applied against each enumerated element |
- Returns
- Whether all elements are approved by the test closure.
◆ uel_iterator_any()
| bool uel_iterator_any |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Determines whether any elements enumerated by an iterator pass the supplied test or not.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The test to be applied against each enumerated element |
- Returns
- Whether any elements are approved by the test closure. If such element is found, this function returns early.
◆ uel_iterator_array_create()
| uel_iterator_array_t uel_iterator_array_create |
( |
void * |
collection, |
|
|
size_t |
count, |
|
|
size_t |
size |
|
) |
| |
Creates a new array iterator.
- Parameters
-
| collection | The array to be enumerated |
| count | The number of elements in this array |
| size | The size of each element in the array |
- Returns
- The created iterator
◆ uel_iterator_array_next()
| void* uel_iterator_array_next |
( |
uel_iterator_array_t * |
iterator, |
|
|
void * |
last |
|
) |
| |
Yields elements in a array.
- Parameters
-
| iterator | The iterator thar enumerates the elements in the target array |
| last | The last element yielded. If NULL , returns the first element. |
- Returns
- The next element in the array with respect to the last one provided. If there are no more elements in the array, this returns
NULL
.
◆ uel_iterator_count()
| size_t uel_iterator_count |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Counts elements enumerated by an iterator that pass the supplied test.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The test to be applied against each enumerated element |
- Returns
- How many elements successfully passed the supplied test
◆ uel_iterator_find()
| void* uel_iterator_find |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Finds the first element enumerated by an iterator that passes the supplied test.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The test to be applied against each enumerated element |
- Returns
- The address of the first element that passes the supplied test. If no such element is found, returns NULL.
◆ uel_iterator_foreach()
| bool uel_iterator_foreach |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Applies a closure to an enumerable collection.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The closure to be invoked with each element in the enumerated collection as parameter. If this closure returns false , the iteration will be halted. |
- Returns
- Whether the collection was fully iterated over or if the process was halted by returning
false
.
◆ uel_iterator_llist_create()
Creates a new linked list iterator.
- Parameters
-
| list | The linked list to be enumerated |
- Returns
- The created iterator
◆ uel_iterator_llist_next()
| void* uel_iterator_llist_next |
( |
uel_iterator_t * |
iterator, |
|
|
void * |
last |
|
) |
| |
Yields elements in a linked list.
- Parameters
-
| iterator | The iterator thar enumerates the elements in the target list |
| last | The last element yielded. If NULL , returns the first element. |
- Returns
- The next element in the list with respect to the last one provided. If there are no more elements in the list, this returns
NULL
.
◆ uel_iterator_map()
| size_t uel_iterator_map |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure, |
|
|
void ** |
destination, |
|
|
size_t |
limit |
|
) |
| |
Applies a closure to an enumerable collection and stores its results.
This function takes an iterator that enumerates elements in a collection and yields each one to a closure. The return value of each closure call is stored in an array.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The closure to be invoked with each element in the enumerated collection ad parameter. |
| destination | The destination of the data produced by the invoked closure. This must be an array of void pointers large enough to store all produced data |
| limit | The maximum size of the destination buffer. If collection is larger than this array, in elements, it will not be iterated entirely, only up to the limit th element. |
- Returns
- The number of effectively iterated elements.
◆ uel_iterator_none()
| bool uel_iterator_none |
( |
uel_iterator_t * |
iterator, |
|
|
uel_closure_t * |
closure |
|
) |
| |
Determines whether all elements enumerated by an iterator fail the supplied test or not.
- Parameters
-
| iterator | The iterator that enumerates the elements of some collection |
| closure | The test to be applied against each enumerated element |
- Returns
- Whether all elements are reproved by the test closure.


A synthesized drum kit, carefully designed to simulate a Roland TR-808 drum machine, with an attached sequencer for quick beat construction. The first argument to the constructor allows you to easily define beats using the following syntax:
EDrums are basically hybrid sequencers / unit generators; this means that you can call most unit generator methods, ( such as drums.fx.add() ) as well as some sequencer methods ( such as xox.stop() and xox.start() ). By default, the constructor assumes that you want each note in your sequence to have a duration equal to one divided by the number of notes you specify. For example, if you specify a four-note sequence the XOX sequencer will assume you want each note to be a quarter note in duration. You can also specify a duration explicitly as a second parameter to the constructor.
Unlike the Drums object, each sound in the XOX object is a synthesis unit generator. The parameters for each ugen are different. Basically the XOX consists of a Bus object that the individual synthesizers are attached to, and a sequencer to control them.
Example:
a = EDrums( 'xoxo' ) // each note is a quarter note in duration
a.fx.add( Delay( 1/64) )
a.snare.snappy = 1.5
b = EDrums( '***-', 1/8 ) // each note is an eighth note
b.hat.fx.add( Distortion() )
b.kick.decay = 1
b.seq.note = 'xoxx**-o'


Find Covid Vaccines Near You
Developed by:
Tinotenda M Tazvitya, Tino, Andrea Ocampo, Nolan Shepherd


Clinical Genomics Logo
I work at a place called "Science for Life Laboratory" in Stockholm, Sweden. They are starting up a new diagnostic platform to take in samples from all over Sweden and sequence for disease causing mutations.
Oh - and they need a logo. I had already put together a flat-looking DNA molecule for a presentation which I thought would kind of work. Now I'm mustering enough curage to present the idea officially.
Download


Multithreaded use of dbstl must obey the following guidelines:
For a few non-standard platforms, you must first configure dbstl for that platform, but usually the configure script will detect the applicable thread local storage (TLS) modifier to use, and then use it. If no appropriate TLS is found, the pthread TLS API is used.
Perform all initializations in a single thread.
dbstl::dbstl_startup()
should be called mutually exclusive in a single thread
before using dbstl. If dbstl is used in only a single
thread, this function does not need to be called.
If necessary, callback functions for a complex type
T must be registered to the singleton of
DbstlElemTraits<T> before any container related
to T (for example,
db_vector<T>
), is used,
and certain isolation may be required among multiple
threads. The best way to do this is to register all
callback function pointers into the singleton in a
single thread before making use of the containers.
All container cursor open flags and auto commit transaction begin/commit flags must be set in a single thread before storing objects into or reading objects from the container.
Environment and database handles can optionally be
shared across threads. If handles are shared, they
must be registered in each thread that is using the
handle (either directly, or indirectly using the
containers that own the handles). You do this using
the dbstl::register_db()
and
dbstl::register_db_env()
functions. Note that these functions are not necessary
if the current thread called
dbstl::open_db()
or
dbstl::open_env()
for the
handle that is being shared. This is because the open
functions automatically register the handle for you.
Note that the get/set functions that provide access to container data members are not mutex-protected because these data members are supposed to be set only once at container object initialization. Applications wishing to modify them after initialization must supply their own protection.
While container objects can be shared between multiple threads, iterators and transactions can not be shared.
Set the directdb_get parameter of the
container begin()
method to
true
in order to guarantee that
referenced key/data pairs are always obtained from the
database and not from an iterator's cached value.
(This is the default behavior.) You should do this
because otherwise a rare situation may occur. Given
db_vector_iterator i1 and i2 used in the same
iteration, setting *i1 = new_value will not update i2,
and *i2 will return the original value.
If using a CDS database, only const iterators or read-only non-const iterators should be used for read only iterations. Otherwise, when multiple threads try to open read-write iterators at the same time, performance is greatly degraded because CDS only supports one write cursor open at any moment. The use of read-only iterators is good practice in general because dbstl contains internal optimizations for read-only iterators.
To create a read-only iterator, do one of the following:
Use a const
reference to
the container object, then call the
container's begin()
method using the const reference, and then
store the return value from the
begin()
method in
a
db_vector::const_iterator
.
If you are using a non-const container
object, then simply pass
true
to the readonly parameter
of the non-const
begin()
method.
When using DS, CDS or TDS, enable the locking
subsystem by passing the DB_INIT_LOCK flag to
DbEnv::open()
.
Perform portable thread synchronization within a process by calling the following functions. These are all global functions in the "dbstl" name space:
db_mutex_t alloc_mutex();
|
int lock_mutex(db_mutex_t);
|
int unlock_mutex(db_mutex_t);
|
void free_mutex(db_mutex_t);
|
These functions use an internal dbstl environment's mutex functionality to synchronize. As a result, the synchronization is portable across all platforms supported by Berkeley DB.
The WorkerThread
class provides
example code demonstrating the use of dbstl in multi-threaded
applications. You can find this class implemented in the dbstl
test suite.


Hay hunty! Time to put on your big girl shoes and enter in a race of a lifetime. Bob the Drag Queen and Lil' Poundcake are running for the gawds. Help them out!
Press 'q' to get Lil' Poundcake moving, or press 'p' to put a little hustle in Bob's muscle.
Bisous and good luck!


Thank you!
An official from the Eastern Cape Department of traditional affairs will act on this information
{% extends "layout_desktop.html" %} {% block content %}
An official from the Eastern Cape Department of traditional affairs will act on this information


Résumé
– Sometimes friends know us better than we know ourselves. That's why ask Paul Gauguin everything.
Van Gogh was born on March 30, 1853, to upper middle class parents. He spent his early adulthood working for a firm of art dealers before traveling to The Hague, London and Paris. He was deeply religious as a younger man and aspired to be a pastor, like his father. He became a teacher in England and then he worked as a missionary in a mining region in Belgium where he sketched people from the local community, and in 1885 painted his first major work The Potato Eaters. His palette then consisted mainly of somber earth tones and showed no sign of the vivid coloration that distinguished his later paintings.
FranceIn March 1886, he moved to Paris and discovered the French Impressionists. He met many artists including Degas, Toulouse-Lautrec, Pissarro and Gauguin, with whom he became friends. Later, he moved to the south of France and was influenced by the region's strong sunlight. His paintings grew brighter in color, and he developed the unique and highly recognizable style that became fully realized during his stay in Arles in 1888. Van Gogh invited Gauguin to join him in Arles, but their relationship began to deteriorate. Van Gogh admired Gauguin and desperately wanted to be treated as his equal, but Gauguin was arrogant and domineering, something that often frustrated Van Gogh. They quarreled about art; Van Gogh increasingly feared that Gauguin was going to desert him, and the situation, which Van Gogh described as one of "excessive tension," rapidly headed towards a crisis point.
Mental illnessThis incident was the first serious sign of the mental health problems that were to afflict Van Gogh for the remaining days of his life. He spent time in psychiatric hospitals and swung between periods of inertia, depression and incredibly concentrated artistic activity. His work reflected the intense colours and strong light of the countryside around him. On May 9, 1889, he asked to be admitted to the asylum at Saint-Rémy-de Provence, a hospital for the mentally ill. In the year Van Gogh spent at the asylum he worked as much as he had at Arles, producing 150 paintings and hundreds of drawings.
DeathVan Gogh went to Paris on May 17, 1890, to visit his brother, Theo. On the advice of Pissarro, Theo had Vincent go to Auvers, just outside Paris. At first, Van Gogh felt relieved at Auvers, but toward the end of June he experienced fits of temper and often quarreled with Gachet. On July 27, 1890, he shot himself in a lonely field and died, two days later, in the morning of July 29, 1890.
Brother TheoThe most comprehensive primary source for understanding Van Gogh is the collection of letters between him and his younger brother, art dealer Theo van Gogh. They lay the foundation for most of what is known about his thoughts and beliefs.Theo provided his brother with financial and emotional support. The brother's lifelong friendship, and most of what is known of Vincent's thoughts and theories of art, is recorded in the hundreds of letters exchanged between 1872 and 1890. There are more than 600 from Vincent to Theo, and 40 from Theo to Vincent.
-
In less than 10 years, painted almost 900 paintings
From November 1881 to July 1890, produced close to 900 paintings. He used peasants and farmers as models and then flowers, landscapes and himself because he was too poor to pay his subjects.
-
A prolific correspondent
Wrote nearly as many letters as created paintings: composed nearly 800 letters, mainly to brother and closest friend Theo.
-
Only one painting sold during lifetime
He sold only one painting while he was alive: The Red Vineyard which went for 400 francs in Belgium seven months before his death. His most expensive painting Portrait of Dr. Gachet was sold for $148.6 million in 1990.
-
Only the lobe, not the whole ear was cut off
Actually, Gauguin lopped off his friend’s lobe while they were fencing and the self-mutilation was concocted between the two to avoid embarrassment and arrest.


Sparklines¶
To the right of the subtree icons and leaf nodes are small graphs, called sparklines 1, providing a high-level representation of the general shape characteristics of the associated node/subtree. For a node, its sparkline is its time series plot rendered into a thumbnail image. For a subtree, its sparkline is the sparkline of the node closest to the centroid of the group in the subtree.
Sparklines for subtrees are drawn in black. Sparklines for leaf nodes are color-coded to match the line color of the corresponding run in the Simulation View, and the cell color of the corresponding simulation in the Variable Table. Beyond color-coding being linked between all three views, selection is also linked. Selection of a line (or lines) in the Simulation View or Variable View will highlight (darken) the sparklines of the associated subtrees and/or nodes to reveal their location within the hierarchy, as shown in Figure 64. Alternatively, clicking on a sparkline performs a group operation that selects the associated node set, highlighting the corresponding lines in the Simulation View, and the corresponding rows in the Variable Table. Figure 65 shows how clicking the sparkline for the 8 node subtree results in highlighting the eight associated lines and rows in the other two views.
Highlighting and visibility are independent functions that may be combined. For example, in Figure 66, the set of runs that failed to peak are selected in the dendrogram. Highlighting is used to distinguish the runs in the subtree with 8 nodes from the subtree with 9 nodes. The 8 node subtree consists of runs that took longer to rise and had lower overall values than the 9 node group. Note that these differences are visible even in the sparklines for each subtree.
- 1
Tufte, E., Beautiful Evidence, pp. 46-63, Graphics Press, Cheshire, Connecticut (2006).


UBS warns of more Sage downgrades as cloud spend hurts annual profit
by Joe CurtisMore downgrades will weigh on Sage’s share price, investors were warned today, as the British software company revealed that its transition to cloud has knocked its annual profit.
Read more: Meet the UK’s 70 fastest growing tech startups
The figures
Sage’s share price fell 4.6 per cent to 708p in early trading as it admitted the costs of investing in cloud products has lowered profit before tax by nine per cent lower year on year to £361m.
Operating profit took an 11 per cent hit to land at £382m, while group revenue rose five per cent to £1.94bn.
Net debt fell from £668m in 2018 to £393m for its latest annual results, while the tech firm also booked a £250m capital return from the sale of Sage Pay.
Basic earnings per share also slumped 10 per cent to 24.49p, though Sage raised its dividend 2.5 per cent to 16.9p per share.
Why it’s interesting
Sage posted a 10.8 per cent rise in recurring revenue to £1.56bn from its cloud products, and recorded an 18 per cent drop in traditional product sales as customers transition to the cloud.
But it also warned that its operating profit margin shrank 3.4 per cent to 19.7 per cent as it pours money into updating its product line-up.
The company is already selling off Sage Pay for around £250m.
But investment bank UBS cited weaker fourth quarter growth of 3.7 per cent as it warned shareholders that Sage will have to make sacrifices to invest in its cloud transition.
“Disposals and a 2020 23 per cent margin goal means more downgrades will follow, likely outweighing the impact of a £250m capital return,” the bank said in a note to investors.
Read more: Sage to sell payments arm to US Bancorp subsidiary
What Sage said
Chief executive Steve Hare said:
We’re very encouraged by the acceleration in recurring revenue in FY19. We entered the year with momentum and added sequential ARR every month in the year, putting us further ahead in our transition to Sage Business Cloud than anticipated.
We’ve also made significant progress in our strategic execution, particularly in the development and roll out of our cloud offerings and the reshaping of our portfolio.
We will continue to prioritise high quality recurring revenue growth over SSRS, and whilst we do not expect a linear progression in financial performance during this multi-year transition, our recent strong performance and continued progress towards becoming a great SaaS company means that we look forward with confidence.
Main image credit: Getty Images


{% include "includes/patterns/case-summary.html" %}
Why have we created this pattern?
There is currently no documentation for casework summaries.
Interaction principles
Content principles
User research
Pattern is missing
- Research
There is currently no documentation for casework summaries.


09/12/2018
Embrace U Empire presents Inspiring Edge Fashion Show 2018. Brining you an astounding collective of Creatives to blow you off your seats!
09/12/2018
On Sunday 9th December, Bedfordshire Fashion week presents a stylish evening of runway show featuring emerging and established designers of lingerie, swimwear, resort wear and more. Join for a delightful appraisal of the newest and most exciting intimate apparel collections
16/02/2019
Oxford Fashion Studio will present collections from extra ordinary designers on independent runway shows coinciding with London Fashion Week. London has been a fashion capital since the 16th century.
21/09/2019
From the runways of New York, London, Paris and Dallas; British born, Award Winning International Fashion Designer and Philanthropist Samina Mughal returns with her new Collection and allows global opportunities for Emerging and Established Designers to showcase their collection in a Fashion Capital of the World.
01/03/2019
From the runways of New York, London, Paris and Dallas; British born, Award Winning International Fashion Designer and Philanthropist Samina Mughal returns with her new Collection and allows global opportunities for Emerging and Established Designers to showcase their collection in a Fashion Capital of the World.
20/07/2019
A relaxed and interactive platform which will appeal to brides planning their wedding, sourcing for vendors or just looking for wedding inspirations and entertainment. Expect to meet our selected vendors who are happy to discuss everything about your special day.
06/12/2018
Following 2 years of succesful UK Glamour Awards ceremonies, we are returning this December with the UK Glamour Awards Christmas Party. Come and party the night away with your favourite glamour stars at Spearmint Rhino, Tottenham Court Road, London.
06/12/2018
London Runway are taking over the Lone Design Club Christmas pop-up for one night only. Be prepared for an evening of networking, two free drinks per ticket, sustainable and ethical fashion, and fabulous appearances from our friends and collaborators. We'll be covering the whole event for our next issue, too, so you're in with a chance of appearing in print!
15/12/2018
Its simple..we create unforgettable experiences..we make unimaginable memories... and we bring the entertainment each and every time! All roads lead to Mayfair to end our year of Parties as we get Burst at Loop, for our All Whte Party Chirstmas
21/03/2019
We are delighted to bring together East + West Fashion world together to promote: sustainable, eco-friendly, socially conscious, handloom fashion. Two-day Event along Catwalk Runway, Designer Showroom, Fashion Exhibitions, Fashion Film Screening and live entertainment.
30/11/2018
What? Tres Rasche pop up Party + Presentation. Hosted + styled by: Betsy Johnson. Where? Protein Studios. Wheen? Friday 30th November 2018. 7-11PM.
01/12/2018
Kryptik finds meaning by making it. It's been our mission to find young individuals with a burning passion for life and give them the platform they need to ignite their talent. Fashion lets us wear purpose, we can demonstrate our views and send a message. Our message is to get busy and stay foolish. To understand more come along for an unforgettable evening filled with live performances from some of London’s fiercest talent in the music scene.
23 November 2018
Today, Her Majesty The Queen visited Westminster Fashion Week to present the inaugural Queen Elizabeth II Award for British Design.
15 November 2018
The British Fashion Council, Dame Vivienne Westwood and the Mayor of London have joined forces in a campaign to bring the fashion industry together to lead in ambitious climate action
15 January 2018
The British Council, BFC and Mercedes-Benz today announced the winners of the International Fashion Showcase, in a prize-giving ceremony at Somerset House.
30 September 2018
Westminster Fashion Week starts this week and more than ever there are ways for the public to get involved from digital engagement to events across the city.
30 September 2018
Westminster Fashion Week starts this week and more than ever there are ways for the public to get involved from digital engagement to events across the city.
15 January 2018
The British Council, BFC and Mercedes-Benz today announced the winners of the International Fashion Showcase, in a prize-giving ceremony at Somerset House.


I'm Harshal Vinayak Dange. I'm a Computer Engineer & also an Aspiring Developer. I Have good knowledge Of various programming languages. I am always looking forward to learning anything that is new & interesting. Also I'm very much passionate about Music.
For Anything Conact me at dangeharshal18 [at] gmail [dot] com
It’s a Website where one can buy or sell their old cars without paying any amount. The website
also recommends a user the most preferable car based on their previous views
Members
Mohnish Devadiga
Sahil Apte
An android App that Reminds users tasks that they add according to the Time-Date, Location or contact they want to add. The app will be available on Play store soon.
Members
Mohnish Devadiga
Mugdha Agharkar
Given the ever-increasing available content on the web, optimally using one’s time and exploring the most out of Internet becomes important. This application focuses on extracting critical information from a document so that the user would not have to go through all of it and valuable time is saved.
Members
Mohnish Devadiga
Mugdha Agharkar


---
layout: post
title: ! 'Handy Hack: How to configure TextWrangler for svn & svk commit messages
on OS/X'
tags:
- Mac
- Software Configuration Management
- Work Practices
status: publish
type: post
published: true
meta: {}
---
In a similar fashion to a previous post about gvim you can use TextWrangler as your SVN or SVN log message editor by setting $SVN_EDITOR
to the value of "/usr/bin/edit -w"
and install the TextWrangler command line tools. I'm guessing that something similar would also work for BBEdit as well.
Powered by ScribeFire.


Full-stack web developer. I love coding and problem-solving. I work with HTML, CSS, and Javascript.
Full-Stack Web Developer that loves to code, debug, and help other learn. gtehregregrfregerfsdfewefewergererf
Part-time music geek and full-time computer geek. I strive to improve people's lives through technology and outstanding user experience.
Full-Stack Web Developer gtehregregrfregerfsdfewefewergererf gtehregregrfregerfsdfewefewergererf


module OpenURI
OpenURI is an easy-to-use wrapper for Net::HTTP, Net::HTTPS and Net::FTP.
Example¶ ↑
It is possible to open an http, https or ftp URL as though it were a file:
open("http://www.ruby-lang.org/") {|f| f.each_line {|line| p line} }
The opened file has several getter methods for its meta-information, as follows, since it is extended by OpenURI::Meta.
open("http://www.ruby-lang.org/en") {|f| f.each_line {|line| p line} p f.base_uri # <URI::HTTP:0x40e6ef2 URL:http://www.ruby-lang.org/en/> p f.content_type # "text/html" p f.charset # "iso-8859-1" p f.content_encoding # [] p f.last_modified # Thu Dec 05 02:45:02 UTC 2002 }
Additional header fields can be specified by an optional hash argument.
open("http://www.ruby-lang.org/en/", "User-Agent" => "Ruby/#{RUBY_VERSION}", "From" =><EMAIL_ADDRESS>"Referer" => "http://www.ruby-lang.org/") {|f| # ... }
The environment variables such as http_proxy, https_proxy and ftp_proxy are in effect by default. Here we disable proxy:
open("http://www.ruby-lang.org/en/", :proxy => nil) {|f| # ... }
See OpenURI::OpenRead#open and Kernel#open for more on available options.
URI objects can be opened in a similar way.
uri = URI.parse("http://www.ruby-lang.org/en/") uri.open {|f| # ... }
URI objects can be read directly. The returned string is also extended by OpenURI::Meta.
str = uri.read p str.base_uri
- Author
-
Tanaka Akira<EMAIL_ADDRESS>Constants
- Options