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hñúhz ã ó d Z ddlZddlZddlZddlZddlZddlZddlmZm Z m
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Z
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m Z m Z m Z mZmZmZmZmZmZmZ ddlmZ ddlZddlmZ ddl m Z ej< e « Z d Z!d Z"d Z#d Z$d
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Z%d Z&d Z'd e(de)fdZ*d Z+d Z,d Z-d Z. G d de/« Z0 G d de/« Z1d Z2d"dZ3d Z4d"dZ5d Z6d#d Z7d Z8d Z9d Z:d! Z;y)$z
|
Utils for macOS platform.
|
é N) ÚLC_BUILD_VERSIONÚLC_CODE_SIGNATUREÚ LC_ID_DYLIBÚ LC_LOAD_DYLIBÚLC_LOAD_UPWARD_DYLIBÚLC_LOAD_WEAK_DYLIBÚLC_PREBOUND_DYLIBÚLC_REEXPORT_DYLIBÚLC_RPATHÚ LC_SEGMENT_64Ú LC_SYMTABÚLC_UUIDÚLC_VERSION_MIN_MACOSX)ÚMachO)Úcompatc ó\ t « } | r t j j | « ryy)z
|
Check if Python interpreter was installed via Homebrew command 'brew'.
|
|
:return: True if Homebrew else otherwise.
|
TF)Úget_homebrew_prefixr Ú base_prefixÚ
|
startswith©Ú
|
env_prefixs úHH:\Change_password\venv_build\Lib\site-packages\PyInstaller/utils/osx.pyÚis_homebrew_envr . ó( ô %Ó&JÙf×(Ñ(×3Ñ3°JÔ?ØØ ó c ó\ t « } | r t j j | « ryy)z
|
Check if Python interpreter was installed via Macports command 'port'.
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|
:return: True if Macports else otherwise.
|
TF)Úget_macports_prefixr r r r s r Úis_macports_envr ; r r c ó¨ t j d« } t j j t j j | « « } | S )z9
|
:return: Root path of the Homebrew environment.
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Úbrew©ÚshutilÚwhichÚosÚpathÚdirname©Úprefixs r r r H ó6 ô \\&Ó !Fä WW__RWW__¨VÓ 4Ó 5FØ Mr c ó¨ t j d« } t j j t j j | « « } | S )z9
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:return: Root path of the Macports environment.
|
Úportr! r' s r r r R r) r c óÄ | j D cg c] }|d j t t hv s |" }}t |« dk( sJ dt |« d« |d S c c}w )zJ
|
Helper that finds the version command in the given MachO header.
|
r é zNExpected exactly one LC_BUILD_VERSION or LC_VERSION_MIN_MACOSX command, found ú!)ÚcommandsÚcmdr r Úlen)Úheaderr0 Ú version_cmds r Ú_find_version_cmdr4 \ sr ð #)§/¡/Öm3°S¸±V·Z±ZÔDTÔVkÐClÒ5l3ÐmKÐmÜ {Ó qÒ ð mØ
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XÔY\Ð]hÓYiÐXjÐjkÐlómÐ à q>Ðùò ns
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A °A c ó| t | « }|j d }t |« }t |d j « S )zÙ
|
Obtain the version of macOS SDK against which the given binary was built.
|
|
NOTE: currently, version is retrieved only from the first arch slice in the binary.
|
|
:return: (major, minor, revision) tuple
|
r r- )r Úheadersr4 Ú _hex_tripletÚsdk)ÚfilenameÚbinaryr2 r3 s r Úget_macos_sdk_versionr; h s: ô 8_FØ ^^AÑ Fä# FÓ+KÜ A×*Ñ*Ó +Ð+r c ó6 | dz dz }| dz dz }| dz }|||fS )Ni ÿ é i ÿ é éÿ © )ÚversionÚmajorÚminorÚrevisions r r7 r7 w s6 à xÑ BÑ &EØ vÑ !Ñ #EØ$HØ %Ð !Ð!r r9 Úreturnc ó( g }t | « j D ]` }t |« }|d j t k( r |j |d j « C|j |d j « b t t t |« « S )z}
|
Get the -macosx-version-min used to compile a macOS binary.
|
|
For fat binaries, the minimum version is selected.
|
r r- ) r r6 r4 r0 r ÚappendrA ÚminosÚminÚmapr7 )r9 Úversionsr2 r0 s r Úmacosx_version_minrL s{ ð HÜ/×)Ñ)ò *Ü Ó'Ø q6::Ô.Ò .Ø OOC FNNÕ +ð OOC FLLÕ )ð *ô s< Ó*Ó +Ð+r c ó d|cxk r dk sJ d« J d« d|cxk r dk sJ d« J d« d|cxk r dk sJ d« J d« t | « }|j d }t |« }|dz |dz z |z |d _ t |j
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d « 5 }|j |« d
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d
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d
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# 1 sw Y y
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xY w) zª
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Overwrite the macOS SDK version declared in the given binary with the specified version.
|
|
NOTE: currently, only version in the first arch slice is modified.
|
r r? z Invalid major version value!z Invalid minor version value!zInvalid revision value!r= r> r- úrb+N)r r6 r4 r8 Úopenr9 Úwrite)r9 rB rC rD r: r2 r3 Úfps r Úset_macos_sdk_versionrR sã ð Ô Ò Ð<Ð <Ó<Ñ Ð<Ð <Ó<Ð Ø Ô Ò Ð<Ð <Ó<Ñ Ð<Ð <Ó<Ð Ø Ô CÒ Ð:Ð!:Ó:Ñ Ð:Ð!:Ó:Ð ä 8_FØ ^^AÑ Fä# FÓ+Kà " u°¡zÑ1°HÑ<KNÔä foouÓ %ð ¨Ø RÔ÷÷ ñ ús  B;Â;Cc ód t j j | « }t | « }|j d }|j
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D cg c] }|d j t k( s| }}t |« dk( sJ d« d}|j
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D cg c]. }|d j t k( s|d j |k( s-|0 }}t |« dk( sJ d« |d d }|j
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D cg c] }|d j t k( s| }}t |« dk( sJ d« |d d }||j |j z z
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|_ ||j |j z z
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|_ t# |j$ « j' d« rd nd
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} t) j* |j | z « | z |_ t/ | d « 5 }
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|j1 |
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« d d d « |j2 r
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dd lm} m } m } m }m } t/ | d « 5 }
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|jA |
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« }|jB | k( r2tE |jF « D cg c] }| jA |
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« }}n@|jB | k( r1tE |jF « D cg c] }|jA |
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« }}d }||j z
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jK d« |jM |
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« |D ] }|jM |
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« d d d « y y c c}w c c}w c c}w # 1 sw Y 1xY wc c}w c c}w # 1 sw Y y xY w)a
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Fixes the Mach-O headers to make code signing possible.
|
|
Code signing on macOS does not work out of the box with embedding .pkg archive into the executable.
|
|
The fix is done this way:
|
- Make the embedded .pkg archive part of the Mach-O 'String Table'. 'String Table' is at end of the macOS exe file,
|
so just change the size of the table to cover the end of the file.
|
- Fix the size of the __LINKEDIT segment.
|
|
Note: the above fix works only if the single-arch thin executable or the last arch slice in a multi-arch fat
|
executable is not signed, because LC_CODE_SIGNATURE comes after LC_SYMTAB, and because modification of headers
|
invalidates the code signature. On modern arm64 macOS, code signature is mandatory, and therefore compilers
|
create a dummy signature when executable is built. In such cases, that signature needs to be removed before this
|
function is called.
|
|
Mach-O format specification: http://developer.apple.com/documentation/Darwin/Reference/ManPages/man5/Mach-O.5.html
|
éÿÿÿÿr z#Executable contains code signature!s __LINKEDIT r- z(Expected exactly one __LINKEDIT segment!z$Expected exactly one SYMTAB section!Úarm64i @ i rN N)Ú FAT_MAGICÚ FAT_MAGIC_64Úfat_archÚ
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fat_arch64Ú
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fat_header)'r$ r% Úgetsizer r6 r/ r0 r r1 r Úsegnamer ÚoffsetÚstroffÚstrsizeÚfileoffÚfilesizeÚ_get_arch_stringr2 r ÚmathÚceilÚvmsizerO rP ÚfatÚmacholib.mach_orV rW rX rY rZ Ú from_fileobjÚmagicÚrangeÚ nfat_archÚsizeÚseekÚ
|
to_fileobj)r9 Ú file_sizeÚ
|
executabler2 r0 Úsign_secÚ__LINKEDIT_NAMEÚ linkedit_segÚ
|
symtab_secÚ page_sizerQ rV rW rX rY rZ rf ÚiÚarchsÚarchs r Úfix_exe_for_code_signingry § së ô( Ó)Iô x JØ × Ñ Ñ #Fð &ÖR°#°a±&·*±*Ô@QÓ2QÐRHÐRÜ x=AÒ ÐDÐ DÓDÐ ð <OØ#)§?¡?ÖxC°c¸!±f·j±jÄMÓ6QÐVYÐZ[ÑV\×VdÑVdÐhwÓVwCÐxLÐxÜ |Ó Ò !ÐMÐ#MÓMÐ !Ø ? 1Ñ%Là!'§ ¡ ÖL#°C¸±F·J±JÄ)Ó4K#ÐLJÐLÜ z?aÒ ÐGÐ!GÓGÐ ØA qÑ!Jð # f§m¡m°j×6GÑ6GÑ&GÑHJÔØ %¨¯ © ¸ ×9MÑ9MÑ)MÑ NLÔô ,¨F¯M©MÓ:×EÑEÀgÔNÐTZIÜ )) L×$9Ñ$9¸IÑ$EÓFÈÑRLÔô
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hÓ ð "Ø×ÑÔ ÷ ð
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~~ß_Õ_Ü (EÓ "ð $ bð ×)Ñ)¨"Ó-CØyyIÒ%Ü<AÀ#Ç-Á-Ó<PÖQ°q×.Ñ.¨rÕ2ÐQÑQØlÒ*Ü>CÀCÇMÁMÓ>RÖS¸×0Ñ0°Õ4ÐSÐSà9DØ! D§K¡KÑ/DIà GGAJØ NN2Ô Ø ò $Ø Õ#ñ $÷ $ð $ð ùòY Sùò
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yùò M÷< ñ üò RùâS÷ $ð $úsa ÁL Á$L ÂLÂ+LÂ>LÃ/L
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Ä L
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ÇLÈ8L&ÉL É )L&ÊL!Ê AL&ÌLÌ
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L&Ì&L/c ó | j }| j dz }|dk( r|dk( ryy|dk( r|dk( ryy |d
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k( ry J d « ) z¹
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Converts cputype and cpusubtype from mach_o.mach_header_64 into arch string comparible with lipo/codesign.
|
The list of supported architectures can be found in man(1) arch.
|
iÿÿÿi r> Úx86_64hÚx86_64i é Úarm64erU é Úi386zUnhandled architecture!)ÚcputypeÚ
|
cpusubtype)r2 r r s r rb rb s\ ð nnGØ×"Ñ" ZÑ/JØ.Ò Ø ?Ø àØ OÒ #Ø ?ØàØ A ØØ+Ð+Ó+5r c ó ddl }|j « }t |d« 5 t fdd« D ] }|j |« ddd« t | « }|j D ] }|j D cg c] }|d j t k( s| }}|s6|d }|d j } |j « }
|
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j | « |
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j « dd } t | « dk( sJ | |d _
|
t | d« 5 |j « ddd« y# 1 sw Y áxY wc c}w # 1 sw Y yxY w) aG
|
Modifies the Mach-O image UUID stored in the LC_UUID command (if present) in order to ensure that different
|
frozen applications have different identifiers. See TN3178 for details on why this is required:
|
https://developer.apple.com/documentation/technotes/tn3178-checking-for-and-resolving-build-uuid-problems
|
r NÚrbc ó& j d« S )Ni )Úread)rQ s r ú<lambda>z'update_exe_identifier.<locals>.<lambda>& s ø "§'¡'¨$£- r r r- r= rN )ÚhashlibÚsha1rO ÚiterÚupdater r6 r/ r0 r ÚuuidÚcopyÚdigestr1 rP ) r9 Ú pkg_filenamer Úpkg_hashÚchunkrp r2 r0 Úuuid_cmdÚ original_uuidÚ combined_hashÚnew_uuidrQ s @r Úupdate_exe_identifierr sF ø ó Ø||~HÜ lDÓ !ð # RÜÓ/°Ó5ò #EØ OOEÕ "ñ #÷#ô
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x JØ ×$Ñ$ò $à#)§?¡?ÖLC°c¸!±f·j±jÄGÓ6KCÐLÐLÙØ ØA;ð ! ×(Ñ( ð
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! Ø× Ñ ]Ô+à ×'Ñ'Ó)¨#¨2Ð.Ü8} Ò"Ð"Ð"à# Õð'$ô,
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hÓ ð "Ø×ÑÔ ÷ ð ÷9#ð #üò M÷( ð ús# ¢&D)Á9D5ÂD5ÄD:Ä)D2Ä:Ec ó e Zd ZdZy)ÚInvalidBinaryErrorz]
|
Exception raised by `get_binary_architectures` when it is passed an invalid binary.
|
N)Ú__name__Ú
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__module__Ú __qualname__Ú__doc__r@ r r r r E s ñð r r c ó" e Zd ZdZ fdZ xZS )ÚIncompatibleBinaryArchErrorzq
|
Exception raised by `binary_to_target_arch` when the passed binary fails the strict architecture check.
|
c ó2 d}t | | d| « y )NzMhttps://pyinstaller.org/en/stable/feature-notes.html#macos-multi-arch-supportz, For details about this error message, see: )ÚsuperÚ__init__)ÚselfÚmessageÚurlÚ __class__s r r¡ z$IncompatibleBinaryArchError.__init__P s# ø Ø]Ü ÑG9Ð$PÐQTÐPUÐVÕWr )r r r r r¡ Ú __classcell__)r¥ s @r r r L s ø ñ÷Xð Xr r c óâ t | « }t |j « |j
|
D cg c] }t |j « c}fS # t $ r}t d« |d}~ww xY wc c}w )zÅ
|
Inspects the given binary and returns tuple (is_fat, archs), where is_fat is boolean indicating fat/thin binary,
|
and arch is list of architectures with lipo/codesign compatible names.
|
zInvalid Mach-O binary!N)r Ú
|
ValueErrorr Úboolrf r6 rb r2 )r9 rp ÚeÚhdrs r Úget_binary_architecturesr¬ U sf ð
|
BÜ8_
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ô
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|
z\
|
Convert the given fat binary into thin one with the specified target architecture.
|
Úlipoz-thinú-outputúutf-8©ÚstdoutÚstderrÚencodingúlipo command (ú) failed with error code ú
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!
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output: N©Ú
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subprocessÚrunÚPIPEÚSTDOUTÚ
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returncodeÚ SystemErrorr² )r9 Ú thin_archÚoutput_filenameÚcmd_argsÚps r Úconvert_binary_to_thin_archrà a sw ð &Ò1¨OØ ¨H°iÀ ÐQHÜx¬
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¯©Ä
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×@QÑ@QÐ\cÔdAØ||ÜN¨8¨*Ð4MÈaÏlÉlÈ^Ð[fÐgh×goÑgoÐfpÐqÓrÐrð r c óæ ddd| g|¢}t j |t j t j d¬« }|j r(t d| d|j d|j « y )
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Merge the given single-arch thin binary files into a fat binary.
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r® z-creater¯ r° r± rµ r¶ r· Nr¸ )rÀ Úslice_filenamesrÁ r s r Úmerge_into_fat_binaryrÆ l sn ð 9¨oÐPÀÐPHÜx¬
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×@QÑ@QÐ\cÔdAØ||ÜN¨8¨*Ð4MÈaÏlÉlÈ^Ð[fÐgh×goÑgoÐfpÐqÓrÐrð r c ó |s| }t | « \ }}|dk( r|st | d« y
|
|r:||vrt | d| d« t j d| ||« t | |« y
|
||vrt | d| d|d d « y
|
) z
|
Check that the given binary contains required architecture slice(s) and convert the fat binary into thin one,
|
if necessary.
|
Ú
|
universal2z is not a fat binary!z does not contain slice for r. z1Converting fat binary %s (%s) to thin binary (%s)z" is incompatible with target arch z (has arch: r z)!N)r¬ r ÚloggerÚdebugrà )r9 Ú target_archÚ display_nameÚis_fatrw s r Úbinary_to_target_archrÎ v sÀ ñ
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d¬« }|j r(t d| d|j d |j « y
|
) zp
|
Remove the signature from all architecture slices of the given binary file using the codesign utility.
|
z Removing signature from file %rú/usr/bin/codesignz--removeú--all-architecturesr° r± úcodesign command (r¶ r· N) rÉ rÊ r¹ rº r» r¼ r½ r¾ r² )r9 rÁ r s r Ú remove_signature_from_binaryrÓ s~ ô LLÐ2°HÔ=Ø# ZÐ1FÈÐQHÜx¬
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¯©Ä
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×@QÑ@QÐ\cÔdAØ||ÜÐ .¨x¨jÐ8QÐRS×R^ÑR^ÐQ_Ð_jÐkl×ksÑksÐjtÐuÓvÐvð r c ó¸ g }|sd}n|j d« |r"|j d« |j |« |r|j d« t j d| « dd|dd d
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g|¢| }t j |t j
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t j d ¬ « }|j r(t d | d|j d|j « y)zj
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Sign the binary using codesign utility. If no identity is provided, ad-hoc signing is performed.
|
ú-z--options=runtimez--entitlementsz--deepzSigning file %rrÐ z-sz--forcerÑ z --timestampr° r± rÒ r¶ r· N)
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rG rÉ rÊ r¹ rº r» r¼ r½ r¾ r² )r9 ÚidentityÚentitlements_fileÚdeepÚ
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extra_argsrÁ r s r Ú sign_binaryrÚ sä ð JÙ Øà×ÑÐ-Ô.ÙØ×ÑÐ*Ô+Ø×ÑÐ+Ô,Ù Ø×Ñ(Ô#ä
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Modify the given dylib's identity (in LC_ID_DYLIB command) and the paths to dependent dylibs (in LC_LOAD_DYLIB)
|
commands into `@rpath/<basename>` format, remove any existing rpaths (LC_RPATH commands), and add a new rpath
|
(LC_RPATH command) with the specified path.
|
|
Uses `install-tool-name` utility to make the changes.
|
|
The system libraries (e.g., the ones found in /usr/lib) are exempted from path rewrite.
|
|
For multi-arch fat binaries, this function extracts each slice into temporary file, processes it separately,
|
and then merges all processed slices back into fat binary. This is necessary because `install-tool-name` cannot
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modify rpaths in cases when an existing rpath is present only in one slice.
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)rÀ N)
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r¬ ÚtempfileÚTemporaryDirectoryr$ r% Újoinrà Ú_set_dylib_dependency_pathsrG rÆ )r9 Ú target_rpathrÍ rw ÚtmpdirrÅ rx Úslice_filenames r Úset_dylib_dependency_pathsrã µ s¤ ô$ -¨XÓ6MFEá Ü × (Ñ (Ó *ð >¨fØ OØ ò 7Ü!#§¡§ ¡ ¨f°dÓ!;Ü+¨H°dÈNÕ[Ü+¨N¸LÔIØ ×&Ñ& ~Õ6ð 7ô
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} ~d} |r>t t! j" d« t! j" |« j$ z « } g } d} |D ] }t& j( j+ |« r#dd g}t- |D cg c] }||v c}« rCd
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} t t! j" d« t! j" |« j$ z « }||k( r| j/ ||f« g }| r | |k7 r|d | gz }| D ] \ }}|d ||gz } |D ] }||k( r |d |gz } | r ||vr|d|gz }|sydg|¢| }t1 j2 |t0 j4 t0 j6 d¬« }|j8 r(t; d| d|j8 d|j< « yc c}w )z
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The actual implementation of set_dylib_dependency_paths functionality.
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Implicitly assumes that a single-arch thin binary is given.
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linked_libÚ _exemptionsÚxÚnew_pathÚinstall_name_tool_argsÚ original_pathÚrpathrÁ r s r rß rß × sâ ô Ü ÜÜÜð Lô 8_FàHÜ UFÜ%Kà..ò Ø??ò CØ!fjjGØlÑ*¨w¼xÌÐ>UÑ/UØð q6== Ó)×0Ñ0°Ó8Dà,Ñ&Ø Õ%ØHÒ$Ø
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Scan the given TOC list of collected files for shared libraries that are collected from macOS .framework bundles,
|
and collect the bundles' Info.plist files. Additionally, the following symbolic links:
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- `Versions/Current` pointing to the `Versions/<version>` directory containing the binary
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- `<name>` in the top-level .framework directory, pointing to `Versions/Current/<name>`
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- `Resources` in the top-level .framework directory, pointing to `Versions/Current/Resources`
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- additional directories in top-level .framework directory, pointing to their counterparts in `Versions/Current`
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directory.
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Returns TOC list for the discovered Info.plist files and generated symbolic links. The list does not contain
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duplicated entries.
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FÚBINARYÚ Resourcesz
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Info.plistTz Could not find Info.plist in r. z Could not find Info.plist in %s!ÚDATAÚCurrentÚSYMLINKzVersions/CurrentzVersions/Current/ResourcesÚHelpersr r r} zOne or more collected .framework bundles have missing Info.plist file. If you are building an .app bundle, you will most likely not be able to code-sign it.)rç rì ÚPathrí r r Úis_filer Ústrict_collect_moder¾ rÉ Úwarningrê rë rî Ú relative_tor¨ ÚpartsÚsorted)Úcollected_filesÚinvalid_framework_foundÚframework_filesÚframework_pathsÚ dest_nameÚsrc_nameÚtypecodeÚsrc_pathÚ dest_pathÚinfo_plist_srcÚinfo_plist_src_topÚ framework_dirÚinfo_plist_destÚdest_framework_pathÚ VALID_SUBDIRSÚremaining_pathÚremaining_path_partsÚdir_names r Ú$collect_files_from_framework_bundlesr' a s' ð $ÐäeOÜeOð *9ó =1Ñ% 8XØ xÒ Ø ä<< Ó)Ü×$Ñ$ YÓ/ ô ' xÔ0Ø ô ' yÔ1Ø ð " ¨;Ñ6¸ ÑEØ ×%Ñ%Ô'ð "*§ ¡ ×!7Ñ!7×!>Ñ!>ÀÑ!LÈ|Ñ
