javax.print.attribute.standard

Class JobKOctets

public final class JobKOctets extends IntegerSyntax implements PrintJobAttribute, PrintRequestAttribute

The JobKOctets printing attribute specifies the total size of all the documents of a print job in K octets.

The supplied value has to be rounded up, so that a range between 1 and 1024 octects is specified as 1 and a range between 1025 and 2048 octects as 2, etc. This attribute must not include a multiplication factor from the number of copies which maybe specified in a Copies attribute.

This attribute belongs to a group of job size attributes which are describing the size of a job to be printed. The values supplied by these attributes are intended to be used for routing and scheduling of jobs on the print service. A client may specify these attributes. If a clients supplies these attributes a print service may change the values if its be able to compute a more accurate value at the time of the job submission or also later.

IPP Compatibility: JobKOctets is an IPP 1.1 attribute.

See Also: JobMediaSheets

Constructor Summary
JobKOctets(int value)
Creates a JobKOctets object.
Method Summary
booleanequals(Object obj)
Tests if the given object is equal to this object.
Class<? extends Attribute>getCategory()
Returns category of this class.
StringgetName()
Returns the name of this attribute.

Constructor Detail

JobKOctets

public JobKOctets(int value)
Creates a JobKOctets object. The value is in units of K (1024) octets rounded up to the next highest K.

Parameters: value the number of K octets

Throws: IllegalArgumentException if value < 0

Method Detail

equals

public boolean equals(Object obj)
Tests if the given object is equal to this object.

Parameters: obj the object to test

Returns: true if both objects are equal, false otherwise.

getCategory

public Class<? extends Attribute> getCategory()
Returns category of this class.

Returns: The class JobKOctets itself.

getName

public String getName()
Returns the name of this attribute.

Returns: The name "job-k-octets".