BCHserialized

Append a single character to this object

Append a serialized string to this object

Append a serialized object to this serialized object

Serialize a bitcoin-style "compact" integer

Serialize a double according to the IEEE 754 floating-point double format bit layout

Add these exact bytes to the serialization. (NO LENGTH FIELD : this does not add a serialized byte array)

Serialize a 32 bit integer into this object

Serialize a 32 bit integer into this object

Serialize a 64 bit integer into this object

serialize the length of the list as a compact int, then each list element. You may use either addlist or addList, the lowercase variant is included to be analogous to delist, which is lowercase because de is a prefix

serialize the length of the list as a compact int, then each list element. You may use either addlist or addList, the lowercase variant is included to be analogous to delist, which is lowercase because de is a prefix This is more efficient than converting a list into BCHserializable objects first

serialize the length of the list as a compact int, then each list element. You may use either addlist or addList, the lowercase variant is included to be analogous to delist, which is lowercase because de is a prefix

Serializes a map object with the provided key and value serialization functions

Append a serialized object to this serialized object Network formats do not support this, but occasionally we serialize into a network format to store as a binary blob on disk

This API is ambiguous WRT null verses a size 0 byte array

Serialize a 64 bit integer into this object

Return how many bytes are left to be read

Deserialize a 16 bit BigEndian unsigned integer

Deserialize an 8 bits (as a signed value)

Deserialize a variable length array (vector) of bytes Note that the opposite of this (serializing a array of bytes) is ambiguous Do you want to serialize the exact bytes passed, or serialize an array of bytes (that is, indicate the length in the serialization). To serialize an array of bytes (the opposite of this) use the "variableSized" object like this: satoshiSerializedObject + variableSized(yourByteArray)

Deserialize certain number of bytes as a ByteArray

Deserialize a character

Deerialize a double according to the IEEE 754 floating-point double format bit layout

Deserialize a 32 bit integer

Deserialize a 64 bit signed integer

Deserialize a list of some object. You must pass a factory function that takes a buffer and returns an instance of the object (consuming some of the buffer)

Deserialize a map of key value pair objects. You must pass 2 factory functions that each take a buffer and returns an instance of the key or value object (consuming some of the buffer)

Deserialize any object that is nullable, but prepending a byte indicating whether this object is null or not. This API should only be used for DISK serialization because this nullable technique is not part of the network protocol. However, in one case we store to disk the network serialization of an object (if it exists).

Deserialize a variable length array (vector) of bytes, see deByteArray If the array size is 0, return null

Deserialize a 16 bit integer

Deserialize a 32 bit unsigned integer -- must be returned as a long since kotlin integers are signed

Deserialize an 8 bit integer

calculate the double SHA256 of the data in this object

If we happen to be at the end of the received data, rewind to the beginning

Return a new serialization object that contains this and the serialization of an array of serializable objects

Return a new serialization object that contains this and the passed parameter serialized

Return a new serialization object that contains this and the passed parameter

Append a serialized string to this object

Append a serialized object to this serialized object

calculate the SHA256 of the data in this object

Return an object that allows access to the unconsumed data

Return a hex string of this serialized data