wBf3dZddlmZddlZddlZddlZddlZddlmZddl m Z m Z ddl m Z ddlmZdd lmZdd lmZmZmZdd lmZmZdd lmZmZdd lmZeeZdZ erdndZ!dZ"Gdde#Z$ddZ%eejLejNfdZ( d ddZ) d d dZ*dZ+dZ,dZ-d!dZ.y)"zTools for cross-OS portability.) annotationsN) getLogger)basenamerealpath)dals)PREFIX_PLACEHOLDER)context)on_linuxon_macon_win)BinaryPrefixReplacementError CondaIOError)CancelOperationupdate_file_in_place_as_binary)FileModes(^(#!(?:[ ]*)(/(?:\\ |[^ \n\r\t])*)(.*))$i)utf-8z utf-16-lez utf-16-bez utf-32-lez utf-32-bec eZdZy) _PaddingErrorN)__name__ __module__ __qualname__6lib/python3.12/site-packages/conda/core/portability.pyrr0srrcfd|vr(|jjdd\}}|dk(StS)N-win)lowersplitr )subdiros_s r_subdir_is_winr&4s6 f} $$S!,AU{ rc <tr%tjk(rjddfd}t t |}|rGtj k(r3dk(r-tr&tjddddt gd yyyyy) N\/c t|}ts t|}||k(r ttj k(r8t |t |k7r!tt |t ||S)N)replace_prefixr&replace_long_shebangrrbinarylenr) original_datadatamode new_prefixpath placeholderr#s r_update_prefixz%update_prefix.._update_prefixIsdM; FSf%'d3D = !# # 8?? "s4yC 4F'F.k:s=/A3t9  rz osx-arm64z/usr/bin/codesignz-srz-fT)capture_output) r&rtextreplacerrr-r subprocessrun)r3r2r4r1r#r5updateds````` r update_prefixr<=sf$(--"7 ''c2 ,-Xd^^LG48??*v/D $T8D> BSW JP/D*wrcBtD]}|tjk(rt|ss|j d}|dkDr]|d|||d}}d|j |} | |vr;d|j ddj |} |j | | }||z}|j |j ||j |}|tjk(r0t||j ||j |||} td|z|S) a$ Replaces `placeholder` text with the `new_prefix` provided. The `mode` provided can either be text or binary. We use the `POPULAR_ENCODINGS` module level constant defined above to make several passes at replacing the placeholder. We do this to account for as many encodings as possible. If this causes any performance problems in the future, it could potentially be removed (i.e. just using the most popular "utf-8" encoding"). More information/discussion available here: https://github.com/conda/conda/pull/9946  N#! \ )encodingr#zInvalid mode: %r) POPULAR_ENCODINGSrr7r&findencoder8r-binary_replacer) r1r0r4r2r#rC newline_pos shebang_line rest_of_datashebang_placeholderescaped_shebangs rr+r+hsA$&: 8== !&)#ii. #15l{1CT+,EW,L,.{m*<*C*CH*M'*l:,.zl*;*C*CC*O*V*V$+(4';';/(  ,l:<<""8,j.?.?.IDX__ $!""8,!!(+! D1D89 9?:@ KrcDdj|}t|rt|r t|S|Sfd}t |}t j t jdz|zdz|z}|j||}t ||k(sJ|S)a  Perform a binary replacement of `data`, where the placeholder `search` is replaced with `replacement` and the remaining string is padded with null characters. All input arguments are expected to be bytes objects. Parameters ---------- data: The bytes object that will be searched and replaced search: The bytes object to find replacement: The bytes object that will replace `search` encoding: str The encoding of the expected string in the binary. c|jj}ttz |z}|dkrt|jj d|zzS)Nr)groupcountr.rr8)match occurrencespadding replacementsearchs rr8zbinary_replace..replaces`kkm))&1 v;[!11[@ Q; {{}$$V[9EGOKKrs (?:(?!(?:s)).)*) rFr&has_pyzzer_entry_point"replace_pyzzer_entry_point_shebangr.recompileescapesub) r0rWrVrCr#zerosr8original_data_lenpats `` rrGrGs. KK !Ef "$ '5dFKP PKLD  **RYYv&5=H5P QC 777D !D t9) )) ) Krc.|jd}|dk\S)NPKr)rfind)r0poss rrXrXs **] #C !8Orcdx}}|jd}|dk\r||dz|dz}tjd|\}}||z |z } || d} | dkDr'|jdd| }|dk\r||| }|dkDr|d|}| rd|rb|r`t|dr|j d }t|dr|j d }|j ||}d j ||| g}|S) aCode adapted from pyzzer. This is meant to deal with entry point exe's created by distlib, which consist of a launcher, then a shebang, then a zip archive of the entry point code to run. We need to change the shebang. https://bitbucket.org/vinay.sajip/pyzzer/src/5d5740cb04308f067d5844a56fbe91e7a27efccc/pyzzer/__init__.py?at=default&fileviewer=file-view-default#__init__.py-112 # NOQA Nrbr zGxx7D 9:H Orc|tjk(rt|ts t|d}t j t|t j}|r|j\}}}|jdjdd\}}t|tkDsd|vr7d||jd}|j||j d}|S |S#|j d}YxYw)Nr)rCr)rrB#!/usr/bin/env )rr7 isinstancebytesrFrZrS SHEBANG_REGEX MULTILINEgroupsdecodersplitr.MAX_SHEBANG_LENGTHr8) r1r0 shebang_match whole_shebang executableoptionsprefixexecutable_name new_shebangs rr,r,s x}}$& ,TG4bllC 1>1E1E1G .M:w&0&7&7&@&G&GQ&O #FO=!$66%6/%o%6w~~g7N6OP||M;3E3Eg3NO K K! ,{{7+s C''C<cd|d}tjjddk(rd|vr|St|tkDsd|vr"|rdt |d}|St d|d }|S) z This function can be used to generate a shebang line for Python entry points. Use cases: - At install/link time, to generate the `noarch: python` entry points. - conda init uses it to create its own entry point during conda-build r@ CONDA_BUILD1z/_h_env_placeholdrArtz5 #!/bin/sh '''exec' "z!" "$0" "$@" #''' )r$environgetr.r|rr)rwith_usr_bin_envrns r generate_shebang_for_entry_pointrs:,b!G zz~~m$+0Cz0Q   7|((C:,= ((<'=R@G( N%,'G Nr)r#strreturnbool)noarch) r1rr0rvr4rr2rr#rrrv)rr) r0rvrWrvrVrvrCrr#rrrv)F)/__doc__ __future__rr$rZrhr9loggingros.pathrr auxlib.ishrbase.constantsr base.contextr common.compatr r r exceptionsrrgateways.disk.updaterr models.enumsrrlogrwr|rD Exceptionrr&r7r#r<r+rGrXrYr,rrrrrs'&" &/"44CR#  %S#  I #  >> ( ` 2 2 22 2  2  2r , , ,, ,  ,  ,^ .b2,r