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7 Index

A

Applicability

B

Bitstream concept

Block

block header

Block header block

C

Change tracking

Chunk size header

Common data types and fields

Compressed token sequence

converting formatted offset into position slot and position footer values

converting length header and position slot into length/position header values

converting match length into length header and length footer values

converting match offset into formatted offset values

converting position footer into verbatim bits or offset bits

encoding a literal

encoding a match

extra length

Concepts

bitstream

match length

position slot

reference data

repeated offsets

window size

Converting formatted offset into position slot and position footer values compressed token sequence

Converting length header and position slot into length/position header values compressed token sequence

Converting match length into length header and length footer values compressed token sequence

Converting match offset into formatted offset values compressed token sequence

Converting position footer into verbatim bits or aligned offset bits compressed token sequence

D

Data types and fields - common

decoding matches and literals (aligned and verbatim blocks)

Details

bitstream concept

block header block

chunk size header

common data types and fields

compressed token sequence

converting formatted offset into position slot and position footer values

converting length header and position slot into length/position header values

converting match length into length header and length footer values

converting match offset into formatted offset values

converting position footer into verbatim bits or aligned offset bits

decoding matches and literals (aligned and verbatim blocks)

E8 call translation header

encoding a literal

encoding a match

encoding the trees and pretrees

extra lenth

Huffman trees

match length concept

position slot concept

reference data concept

repeated offsets concept

window size concept

E

E8 call translation header

Encoding a literal compressed token sequence

Encoding a match compressed token sequence

Encoding the trees and pretrees

Examples

Extra length compressed token sequence

F

Fields - vendor-extensible

G

Glossary

H

Header

chunk size

E8 call translation

Huffman trees

I

Implementer - security considerations

Index of security parameters

Informative references

Introduction

L

Localization

M

Match length concept

N

Normative references

O

Overview (synopsis)

P

Parameters - security index

Position slot concept

Product behavior

R

Reference data concept

References

informative

normative

Relationship to protocols and other structures

Repeated offsets concept

S

Security

implementer considerations

parameter index

Structures

compressed token sequence

decoding matches and literals (aligned and verbatim blocks)

encoding the trees and pretrees

Huffman trees

overview

T

Tracking changes

V

Vendor-extensible fields

Versioning

W

Window size concept

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