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Direktori : /opt/cloudlinux/venv/lib/python3.11/site-packages/gitdb/__pycache__/ |
Current File : //opt/cloudlinux/venv/lib/python3.11/site-packages/gitdb/__pycache__/stream.cpython-311.pyc |
� �܋fxk � � � d dl mZ d dlZd dlZd dlZd dlZd dlmZmZm Z m Z mZ d dlm Z mZmZmZmZ d dlmZmZ d dlmZ dZ d dlmZ d Zn# e$ r Y nw xY wd Z G d� de� � Z G d � de� � Z G d� d� � Z G d� de� � Z G d� de� � Z! G d� de� � Z" G d� d� � Z# G d� d� � Z$dS )� )�BytesION)�msb_size�stream_copy�apply_delta_data�connect_deltas�delta_types)�allocate_memory� LazyMixin�make_sha�write�close)� NULL_BYTE� BYTE_SPACE)�force_bytesF)�apply_deltaT) �DecompressMemMapReader�FDCompressedSha1Writer�DeltaApplyReader� Sha1Writer�FlexibleSha1Writer�ZippedStoreShaWriterr �FDStream� NullStreamc � � e Zd ZdZdZdZdd�Zd� Zd� Zd� Z e dd �� � Zd� Zd� Z d � Z eedd� � fd�Zdd�ZdS )r a� Reads data in chunks from a memory map and decompresses it. The client sees only the uncompressed data, respective file-like read calls are handling on-demand buffered decompression accordingly A constraint on the total size of bytes is activated, simulating a logical file within a possibly larger physical memory area To read efficiently, you clearly don't want to read individual bytes, instead, read a few kilobytes at least. **Note:** The chunk-size should be carefully selected as it will involve quite a bit of string copying due to the way the zlib is implemented. Its very wasteful, hence we try to find a good tradeoff between allocation time and number of times we actually allocate. An own zlib implementation would be good here to better support streamed reading - it would only need to keep the mmap and decompress it into chunks, that's all ... )�_m�_zip�_buf�_buflen�_br�_cws�_cwe�_s�_close�_cbr�_phii Nc �� � || _ t j � � | _ d| _ d| _ |�|| _ d| _ d| _ d| _ d| _ d| _ || _ dS )z|Initialize with mmap for stream reading :param m: must be content data - use new if you have object data and no sizeNr F) r �zlib� decompressobjr r r r"