Package convex.core.data

Class ANumericBlob

java.lang.Object

convex.core.data.AObject

convex.core.data.ACell

convex.core.data.ACountable<CVMByte>

convex.core.data.ABlob

convex.core.data.AArrayBlob

convex.core.data.ANumericBlob

All Implemented Interfaces:

IValidated, IWriteable, Comparable<ABlob>

public abstract class ANumericBlob
extends AArrayBlob

Base class for Blobs which represent an integral numeric value

Field Summary

Fields inherited from class convex.core.data.AArrayBlob

length, offset, store

Fields inherited from class convex.core.data.ABlob

contentHash

Fields inherited from class convex.core.data.ACell

cachedRef, EMPTY_ARRAY

Fields inherited from class convex.core.data.AObject

encoding

Constructor Summary

Constructors

Modifier	Constructor	Description
protected	ANumericBlob(byte[] bytes, int offset, int length)

Method Summary

Modifier and Type	Method	Description
int	encode(byte[] bs, int pos)	Writes this Cell's encoding to a byte array, including a tag byte which will be written first
boolean	equals(ABlob a)	Determines if this Blob is equal to another Blob.
boolean	equals(ANumericBlob a)
int	estimatedEncodingSize()	Estimate the encoded data size for this Cell.
Blob	getChunk(long i)	Gets a chunk of this Blob, as a canonical Blob up to the maximum chunk size
byte	getTag()	Gets the tag byte for this cell.
boolean	isCanonical()	Returns true if this Cell is in a canonical representation for message writing.
boolean	isCVMValue()	Returns true if this object represents a first class CVM Value.
boolean	isRegularBlob()	Returns true if this object is a regular blob (i.e.

Methods inherited from class convex.core.data.AArrayBlob

append, byteAt, commonHexPrefixLength, compareTo, compareTo, count, encodeRaw, equalsBytes, equalsBytes, getByteBuffer, getBytes, getHexDigit, getInternalArray, getInternalOffset, getRefCount, getUnchecked, hexMatches, hexMatchLength, longValue, rangeMatches, rangeMatches, slice, slice, toBlob, toHexString, toHexString, toLong, updateDigest, validate, validateCell, writeToBuffer, writeToBuffer

Methods inherited from class convex.core.data.ABlob

computeHash, empty, equals, get, getBytes, getContentHash, getElementRef, getType, hashCode, hexEquals, hexEquals, hexLength, print, toByteBuffer, toCanonical, toHexString

Methods inherited from class convex.core.data.ACountable

isEmpty, size

Methods inherited from class convex.core.data.ACell

announce, announce, attachMemorySize, attachRef, cachedEncoding, cachedHash, calcMemorySize, createAnnounced, createEncoding, createPersisted, createPersisted, createRef, equals, getChildRefs, getEncoding, getEncodingLength, getHash, getMemorySize, getRef, getRef, isEmbedded, mark, mark, toString, updateRefs, write

Methods inherited from class convex.core.data.AObject

attachEncoding, print

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Constructor Details

ANumericBlob

protected ANumericBlob(byte[] bytes,
 int offset,
 int length)

Method Details

estimatedEncodingSize

public int estimatedEncodingSize()

Description copied from interface: IWriteable

Estimate the encoded data size for this Cell. Used for quickly sizing buffers. Implementations should try to return a size that is likely to contain the entire object when represented in binary format, including the tag byte.

Returns:

The estimated size for the binary representation of this object.

equals

public boolean equals(ABlob a)

Description copied from class: ABlob

Determines if this Blob is equal to another Blob. Blobs are defined to be equal if they have the same on-chain representation, i.e. if and only if all of the following are true: - Blob is of the same general type - Blobs are of the same length - All byte values are equal

Specified by:

equals in class ABlob

Parameters:

a - Blob to compare with

Returns:

true if Blobs are equal, false otherwise

equals

public boolean equals(ANumericBlob a)

getChunk

public Blob getChunk(long i)

Description copied from class: ABlob

Gets a chunk of this Blob, as a canonical Blob up to the maximum chunk size

Specified by:

getChunk in class ABlob

Parameters:

i - Index of chunk

Returns:

A Blob containing the specified chunk data.

isRegularBlob

public boolean isRegularBlob()

Description copied from class: ABlob

Returns true if this object is a regular blob (i.e. not a special blob type like Address)

Overrides:

isRegularBlob in class ABlob

Returns:

True if a regular blob

encode

public int encode(byte[] bs,
 int pos)

Description copied from class: ACell

Writes this Cell's encoding to a byte array, including a tag byte which will be written first

Specified by:

encode in interface IWriteable

Specified by:

encode in class ACell

Parameters:

bs - A byte array to which to write the encoding

pos - The offset into the byte array

Returns:

New position after writing

isCanonical

public boolean isCanonical()

Description copied from class: ACell

Returns true if this Cell is in a canonical representation for message writing. Non-canonical objects may be used on a temporary internal basis, they must always be converted to canonical representations for external use (e.g. Encoding).

Specified by:

isCanonical in class ACell

Returns:

true if the object is in canonical format, false otherwise

isCVMValue

public final boolean isCVMValue()

Description copied from class: ACell

Returns true if this object represents a first class CVM Value. Sub-structural cells that are not themselves first class values should return false. CVM values might not be in a canonical format, e.g. temporary data structures

Specified by:

isCVMValue in class ACell

Returns:

true if the object is a CVM Value, false otherwise

getTag

public byte getTag()

Description copied from class: ACell

Gets the tag byte for this cell. The tag byte is always written as the first byte of the Cell's Encoding

Specified by:

getTag in class ACell

Returns:

Tag byte for this Cell