lemon_byte

Description:

lemon byte

Binary Data Serialization in Dart #
The ByteWriter and ByteReader classes are utility classes designed to facilitate reading and writing binary data in Dart. They offer a convenient way to serialize and deserialize data into byte sequences, enabling efficient storage and transmission of binary data.
ByteWriter #
The ByteWriter class provides methods for writing various data types into a binary format. It includes the following key methods:

writeBool: Writes a boolean value to the byte buffer.
writeString: Writes a string value to the byte buffer.
writeUint8List: Writes a list of 8-bit unsigned integers to the byte buffer.
writeUint16: Writes a 16-bit unsigned integer to the byte buffer.
writeBytes: Writes a list of bytes to the byte buffer.
...and more.

The compile method returns the compiled byte sequence as a Uint8List that can be further processed or transmitted.
ByteReader #
The ByteReader class complements the ByteWriter class by providing methods to read data from a binary format. It maintains an internal index to keep track of the current position within the byte sequence. Key methods include:

readBool: Reads a boolean value from the byte sequence.
readString: Reads a string value from the byte sequence.
readUint8List: Reads a list of 8-bit unsigned integers from the byte sequence.
readUint16: Reads a 16-bit unsigned integer from the byte sequence.
readBytes: Reads a specified number of bytes from the byte sequence.
...and more.

The ByteReader allows you to read values in the same order they were written by the ByteWriter.
Usage #
The ByteWriter and ByteReader classes are useful in scenarios where efficient serialization and deserialization of binary data is required. They find application in various use cases, such as:

Working with network protocols
Manipulating low-level binary data
Storing binary data in a custom file format
Efficiently transmitting binary data over a network

Please refer to the documentation within the classes for detailed information on the available methods and their usage.
License #
This project is licensed under the MIT License.