binary/binary
library
Classes
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BitUtils
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Class container for bit utility functions.
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BytesUtils
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A utility class for working with binary data represented as lists of integers (bytes).
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DynamicByteTracker
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A utility class for tracking bytes dynamically.
Constants
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mask13
→ const int
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A constant representing a 13-bit mask with all relevant bits set to 1.
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mask16
→ const int
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A constant representing a 16-bit mask with all bits set to 1.
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mask32
→ const int
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A constant representing a 32-bit mask with all bits set to 1.
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mask8
→ const int
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A constant representing an 8-bit mask with all bits set to 1.
Functions
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add32(int x, int y)
→ int
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Adds two 32-bit integers and applies a mask to ensure the result fits within 32 bits.
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readUint16BE(List<int> data, [int offset = 0])
→ int
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Reads a 16-bit unsigned integer value in big-endian byte order from a list.
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readUint16LE(List<int> array, [int offset = 0])
→ int
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Reads a 16-bit unsigned integer value in little-endian byte order from a list.
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readUint32BE(List<int> array, [int offset = 0])
→ int
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Reads a 32-bit unsigned integer value in big-endian byte order from a list.
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readUint32LE(List<int> array, [int offset = 0])
→ int
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Reads a 32-bit unsigned integer value in little-endian byte order from a list.
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readUint8(List<int> array, [int offset = 0])
→ int
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Reads an 8-bit unsigned integer value from a list.
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rotl32(int val, int shift)
→ int
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Rotates a 32-bit integer left by a specified number of bits.
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rotr32(int val, int shift)
→ int
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Rotates a 32-bit integer right by a specified number of bits.
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shr16(int x)
→ int
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Right-shifts a 32-bit integer by 16 bits and applies a mask to ensure the result fits within 16 bits.
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writeUint16BE(int value, List<int> out, [int offset = 0])
→ void
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Writes a 16-bit unsigned integer value in big-endian byte order to a list.
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writeUint16LE(int value, List<int> out, [int offset = 0])
→ void
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Writes a 16-bit unsigned integer value in little-endian byte order to a list.
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writeUint32BE(int value, List<int> out, [int offset = 0])
→ void
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Writes a 32-bit unsigned integer value in big-endian byte order to a list.
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writeUint32LE(int value, List<int> out, [int offset = 0])
→ void
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Writes a 32-bit unsigned integer value in little-endian byte order to a list.
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writeUint64LE(int value, [List<int>? out, int offset = 0])
→ List<int>
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Writes a 64-bit unsigned integer value in little-endian byte order to a list.
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zero(List<int> array)
→ void
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Sets all elements in a list to zero.
