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This method will raise TypeError if a normal file is found at the specified path. )rLr)rr!rrKr r r rs zFS.DircCst|tjjs||}t|tjjs0||}||rFtjd|jrp|j|krZdStjd||jf|||dS)zcLink the supplied variant directory to the source directory for purposes of building files.z3Source directory cannot be under variant directory.Nz*'%s' already has a source directory: '%s'.) rrrrrrVr rr<)rZ variant_dirZsrc_dirrZr r r VariantDirs     z FS.VariantDircGs6x0|D](}t|tjjs"||}|j|qWdS)z)Specify Repository directories to search.N)rrrrr: addRepository)rdirsr*r r r Repositorys  z FS.RepositorycCs.d}tj|}tj|j}||dtdS)aLocate the directory of a given python module name For example scons might resolve to Windows: C:\Python27\Lib\site-packages\scons-2.5.1 Linux: /usr/lib/scons This can be useful when we want to determine a toolpath based on a python module namer,NT) importlibutil find_specr0r1rBoriginrLr)rZ modulenamedirpathZmodspecr r r PyPackageDirs  zFS.PyPackageDirc Csg}d}d}|}xl|r|xN|jD]D}||r>|g|t|fStjj|jf|} ||| qW|j g|}| }qW|r|dt t|}||fS)aaCreate targets in corresponding variant directories Climb the directory tree, and look up path names relative to any linked variant directories we find. 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This clears any cached information that is invalidated by changing the repository.N) rvaluesrfrr_Dir__clearRepositoryCacherZ_srcrepsrrZ)rrZr r r r Z__clearRepositoryCachejs  zDir.__clearRepositoryCachecCs||kr|j|_dS)N)rrZ)rr r r r Z__resetDuplicate|szDir.__resetDuplicatecCs|j||S)zd Looks up or creates an entry node named 'name' relative to this directory. )rCr)rr!r r r rsz Dir.EntryTcCs|j|||S)zg Looks up or creates a directory node named 'name' relative to this directory. )rCr)rr!rKr r r rszDir.DircCs|j||S)zb Looks up or creates a file node named 'name' relative to this directory. )rCr)rr!r r r rszDir.FilecCs&||_||_|||j|dS)zVSet this directory as the variant directory for the supplied source directory.N)rrZrqrrY)rrrZr r r r<s zDir.linkcCs"|jr|js|j|jS|jS)z;Returns a list of repositories for this directory. )rrZrr)rr r r getRepositoriess zDir.getRepositoriescCsyt|jdStk r"YnX|g}d}|}xP|rx |D]}|||qBW|dkrj|j}n|jt|}|}q4Wt||jd<|S)Nrr) rrrrrrYrr!r7rX)rrfnamerfZrepr r r rs  zDir.get_all_rdirscCs0||kr,||jkr,|j|d|_|dS)Nr)rrYrrq)rrfr r r rNs zDir.addRepositorycCs|jS)N)rf)rr r r rXszDir.upcCst|S)N)r)rrr r r _rel_path_keyszDir._rel_path_keycCsy|jd}Wn"tk r0i}||jd<Yn Xy||Stk rNYnX||kr^d}n||jkry |}Wntk rt|}Yn:X|dkr|j}n(||}|dkr|j}n|t|j}nF|j |d}dgt |j|dd|j|dD}t |}|||<|S)z=Return a path to "other" relative to this directory. r)rNrz..cSsg|] }|jqSr )r!)rnr r r rsz Dir.rel_path..) rrrrrrr!r)r7rlenrA)rrrrZ other_dirZ dir_rel_pathrrr r r r)s8    z Dir.rel_pathcCsddl}|jjS)Nr)rrrtru)rrerrr r r get_env_scannerszDir.get_env_scannercCsddl}|jjS)Nr)rrrtru)rrr r r get_target_scannerszDir.get_target_scannercCs|sgS|||||S)a7Return this directory's implicit dependencies. We don't bother caching the results because the scan typically shouldn't be requested more than once (as opposed to scanning .h file contents, which can be requested as many times as the files is #included by other files). )r)rrescannerr1r r r get_found_includess zDir.get_found_includescCsdS)Nr )rr r r preparesz Dir.preparecKs |jtk rtjjj|f|dS)z!A null "builder" for directories.N)rrprrbuild)rrr r r r|"s z Dir.buildc Csg}|}x>|rF|rP|||}|dkr@tj|j|}q W|xH|D]@}y&tjj || | WqVt k rYqVXqVWdS)zmCreate this directory, silently and without worrying about whether the builder is the default or not.N)rmrYrXrrV StopErrorrreverserr|rjZnullifyrrb)rZlistDirsparentr-Zdirnoder r r _create,s$    z Dir._createcCs|jtk o|S)N)rrpr)rr r r multiple_side_effect_has_builderLsz$Dir.multiple_side_effect_has_buildercCs|j||gS)zAReturn any corresponding targets in a variant directory. )rCr])rr r r alter_targetsPszDir.alter_targetscCsdS)z!A directory does not get scanned.Nr )rr r r r$UszDir.scanner_keycCs|S)zJWe already emit things in text, so just return the binary version.)r&)rr r r r'YszDir.get_text_contentscCstjj|j|S)zyReturn content signatures and names of all our children separated by new-lines. 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However, if get_contents on a Dir node is called which has a child directory, the child directory should return the hash of its contents.)r&r)rcontentsr r r get_csigcsz Dir.get_csigcCsdS)Nr )rrDr r r do_duplicatelszDir.do_duplicatecCsD|jtk r|sdStjj}x |D]}||kr(dSq(WdS)zJIf any child is not up-to-date, then this directory isn't, either.rr)rrprmrr up_to_datechildren get_state)rrkidr r r is_up_to_dateos zDir.is_up_to_datec Cs~|szt|j}xf|jD]X}y|j|}Wn tk rP||j}YnX|r|rt|t srt|t r|SqW|S)N) rmrzr!rfrrr dir_on_diskrrr)rrrfr r r r rdirzs  zDir.rdircCst|j|S)z3Return the .sconsign file info for this directory. ) _sconsign_mapr)rr r r sconsignsz Dir.sconsigncCs|jr |jSt|S)zmDir has a special need for srcnode()...if we have a srcdir attribute set, then that *is* our srcnode.)rrr)rr r r rsz Dir.srcnode)returncCs.d}x$|D]}||kr|}qW|S)z3Return the latest timestamp from among our childrenr)r get_timestamp)rZstamprr r r rs   zDir.get_timestampcCs|jS)z"Get the absolute path of the file.)r)rr r r r^szDir.get_abspathcCs|jS)z"Get the absolute path of the file.)r)rr r r rszDir.get_labspathcCs|jS)N)r)rr r r rszDir.get_internal_pathcCs|jS)N)r)rr r r rsz Dir.get_tpathcCs|jS)N)r)rr r r rszDir.get_path_elementscCs|jt|S)N)rr7)rr!r r r rszDir.entry_abspathcCs|jd|S)Nr/)r)rr!r r r rszDir.entry_labspathcCs|jt|S)N)rr7)rr!r r r rszDir.entry_pathcCs|jt|S)N)rr7)rr!r r r rszDir.entry_tpathc Csy |j}Wn`tk rji}yt|j}Wntk rBYnXxtt|D] }d||<qPW||_YnXtj dkstj dkrt|}| |}|dkrtj |jt |}|||<|S||kSdS)z Searches through the file/dir entries of the current directory, and returns True if a physical entry with the given name could be found. @see rentry_exists_on_disk Tr=rxN)rrr0r.rrbrYrzsysplatformrr1rmr7)rr!r*rr"rr r r rs&    zDir.entry_exists_on_diskc Csj||}|sft|}xN|D]B}y|j|}|r:d}PWq tk r`||r\d}PYq Xq W|S)a Searches through the file/dir entries of the current *and* all its remote directories (repos), and returns True if a physical entry with the given name could be found. The local directory (self) gets searched first, so repositories take a lower precedence regarding the searching order. @see entry_exists_on_disk T)rrzrrr)rr!Z rentry_existsrrr r r r rentry_exists_on_disks    zDir.rentry_exists_on_diskcCsry |jdStk rYnXg}d}|}x6|rb|jrJ||j||jt|}|}q.W||jd<|S)Nrr)rrrrYrr!r7rX)rrrBrfr r r rs   zDir.srcdir_listcCs`xZ|D]N}||rP||r ||}|jrT||}|||S|Sq WdS)N)rrrrr#rZr)rr!rfrr r r r srcdir_duplicates   zDir.srcdir_duplicatecCs|S)Nr )rfilenamer r r _srcdir_find_file_keyszDir._srcdir_find_file_keyc CsNy|jd}Wn"tk r0i}||jd<Yn Xy||Stk rNYnXdd}t|}x^|D]R}y|j|}Wntk r||}Yn X||}|rj||f}|||<|SqjWx||D]p}xj|D]^}y|j|}Wn tk r ||}Yn X||}|rt|||j|f}|||<|SqWqWd}|||<|S)Nsrcdir_find_filecSs,t|tst|tr(|s$|r(|SdS)N)rrrrrm)r r r r r[%sz"Dir.srcdir_find_file..func)NN) rrrzrr file_on_diskrrrC) rrrr[rrr rrr r r rsF zDir.srcdir_find_filecCsF||r*y ||Stk r(YnX||}t|trBdS|S)N)rrrrrr)rr!r r r r rDs    zDir.dir_on_diskcCsF||r*y ||Stk r(YnX||}t|trBdS|S)N)rrrrrr)rr!r r r r rMs    zDir.file_on_diskcsb|jt}|d|d||||x*fdd|DD]}|||qFWdS)a Walk this directory tree by calling the specified function for each directory in the tree. This behaves like the os.path.walk() function, but for in-memory Node.FS.Dir objects. The function takes the same arguments as the functions passed to os.path.walk(): func(arg, dirname, fnames) Except that "dirname" will actually be the directory *Node*, not the string. The '.' and '..' entries are excluded from fnames. The fnames list may be modified in-place to filter the subdirectories visited or otherwise impose a specific order. The "arg" argument is always passed to func() and may be used in any way (or ignored, passing None is common). rz..csg|]}t|tr|qSr )rr)rru)rr r rmszDir.walk..N)rrkeysremovewalk)rr[argnamesrBr )rr rVs    zDir.walkFc stj|\}}|s&|||||}nnt|rB||||d|} n|j|ddg} g}x<| D]4||||} |rfdd| D} || q\W|rgtj |} x&| D]} || |||} | qWfdd|D}t |ddd S) a Returns a list of Nodes (or strings) matching a specified pathname pattern. Pathname patterns follow UNIX shell semantics: * matches any-length strings of any characters, ? matches any character, and [] can enclose lists or ranges of characters. Matches do not span directory separators. The matches take into account Repositories, returning local Nodes if a corresponding entry exists in a Repository (either an in-memory Node or something on disk). By defafult, the glob() function matches entries that exist on-disk, in addition to in-memory Nodes. Setting the "ondisk" argument to False (or some other non-true value) causes the glob() function to only match in-memory Nodes. The default behavior is to return both the on-disk and in-memory Nodes. The "source" argument, when true, specifies that corresponding source Nodes must be returned if you're globbing in a build directory (initialized with VariantDir()). The default behavior is to return Nodes local to the VariantDir(). The "strings" argument, when true, returns the matches as strings, not Nodes. 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This searches any repositories and source directories for corresponding entries and returns a Node (or string) relative to the current directory if an entry is found anywhere. TODO: handle pattern with no wildcard cSsg|]\}}|dkr|jqS))rz..)r!)rkvr r r rszDir._glob1..rrcSsg|]}|ddkr|qS)rrr )rryr r r rsz./cSsg|]}|ddkr|qS)rrr )rryr r r rscsg|]}jt|qSr )rrz)rru)rr r rs)rrrrritemsr0r.rrrfilterr#rrr)rrr rdr Zsearch_dir_listrZ selfEntryrrfZ node_namesr!Z disk_namesZdirEntryr rur )rr r sH           z Dir._glob1)N)T)TFFN)TFF)Errrr%r r<NodeInfore BuildInforrrrqZ_Dir__resetDuplicaterrrr<rrrr rrrNrXrtrr)rwrxrzr{r|rrrr$r'r&rrrrrrintrrr^rrrrrrrrrrrrrrrrrr^r r&r r )rr r s @  7      ,     zRootDir.__init__cCsg|_d|_||jd|_||_d|_d|_g|_d|_d|_ d|_ d|_ t |dspt |_||jjn,|j}t j}|d|||dS)aWTurn a file system Node (either a freshly initialized directory object or a separate Entry object) into a proper directory object. Set up this directory's entries and hook it into the file system tree. Specify that directories (this Node) don't use signatures for calculating whether they're current. N)rz..rrrr*ri)rrrfrrrrrrrrrr2rvrrjrkrqrlrm)rrnror r r r4 s$    zRootDir._morphcCs|tkr dSt||dS)N)rrr)rrr r r r] szRootDir.must_be_samerc Cst|}y|j|}Wntk r|sFd|t|f}tj||dd\}}||t } ||| |j }| ||j|<|| j t|<d| _ Yn X|||S)a Fast (?) lookup of a *normalized* absolute path. This method is intended for use by internal lookups with already-normalized path data. For general-purpose lookups, use the FS.Entry(), FS.Dir() or FS.File() methods. The caller is responsible for making sure we're passed a normalized absolute path; we merely let Python's dictionary look up and return the One True Node.FS object for the path. 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Walk the slots in the class hierarchy and add those to the state dictionary. If a '__dict__' slot is available, copy all entries to the dictionary. Also include the version id, which is fixed for all instances of a class. __dict__r r _version_id __weakref__)getattrrSr}mror2rdr)rstateobjr!r r r __getstate__ s   zFileNodeInfo.__getstate__cCs4|d=x(|D]\}}|dkrt|||qWdS)z> Restore the attributes from a pickled state. r)rN)rsetattr)rrrvaluer r r __setstate__ szFileNodeInfo.__setstate__cCs$|j|jko"|j|jko"|j|jkS)N)rrr)rrr r r __eq__ szFileNodeInfo.__eq__cCs || S)N)r)rrr r r __ne__ szFileNodeInfo.__ne__) rrrr rdZ field_listrCrcrrrrr r r r r= s   r=csLeZdZdZdgZdZfddZddZdd Zd d Z dd dZ Z S) FileBuildInfoa This is info loaded from sconsign. Attributes unique to FileBuildInfo: dependency_map : Caches file->csig mapping for all dependencies. Currently this is only used when using MD5-timestamp decider. It's used to ensure that we copy the correct csig from the previous build to be written to .sconsign when current build is done. Previously the matching of csig to file was strictly by order they appeared in bdepends, bsources, or bimplicit, and so a change in order or count of any of these could yield writing wrong csig, and then false positive rebuilds dependency_mapr*cs$|dkrt|dr|`t||S)Nr)r2rr __setattr__)rrr)rr r r szFileBuildInfo.__setattr__c Cs^tr t}ndd}xFdD]>}yt||}Wntk r>YqXt||tt||qWdS)a  Converts this FileBuildInfo object for writing to a .sconsign file This replaces each Node in our various dependency lists with its usual string representation: relative to the top-level SConstruct directory, or an absolute path if it's outside. cSs:y |}Wntk r(t|}YnX|td}|S)Nr/)rrrrr7)rurar r r node_to_str s   z6FileBuildInfo.convert_to_sconsign..node_to_str)bsourcesbdepends bimplicitN)r9rrrrrrY)rrrr(r r r convert_to_sconsign s z!FileBuildInfo.convert_to_sconsigncCsdS)z Converts a newly-read FileBuildInfo object for in-SCons use For normal up-to-date checking, we don't have any conversion to perform--but we're leaving this method here to make that clear. Nr )rrfr!r r r convert_from_sconsign sz#FileBuildInfo.convert_from_sconsignc Csdddg}x|D]\}}yt||}t||}Wntk rFwYnX|dks|dkrZqg}x8t||D]*\}}t|tjjs||}||qjWt|||qWdS)aP Prepares a FileBuildInfo object for explaining what changed The bsources, bdepends and bimplicit lists have all been stored on disk as paths relative to the top-level SConstruct directory. 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NFTrzSkipping checks len(dmap)=0z@Mismatch self.changed_timestamp_match(%s, prev_ni) old:%s new:%s)rrrrrrvr#r rr&changed_timestamp_matchrrrr) rrcrr ZbiZrebuiltrrZ new_prev_nir4r3r r r changed_timestamp_then_content{ s8        z#File.changed_timestamp_then_contentcCs*y||kStk r$dSXdS)Nr)rr)rrcrrr r r changed_timestamp_newer szFile.changed_timestamp_newercCs(y||jkStk r"dSXdS)z Return True if the timestamps don't match or if there is no previous timestamp :param target: :param prev_ni: Information about the node from the previous build :return: rN)rrr)rrcrrr r r r' szFile.changed_timestamp_matchcCsd}|rtd||s|r(td|}||kr||s|rRtd||jrt||d}t|tjj rv|tj j |j ||rtddS||rtddS|}|rtd || SdS) zCheck for whether the Node is current In all cases self is the target we're checking to see if it's up to date rzis_up_to_date(%s):z not self.exists():z changed(%s):Nz 1 rz None z self.exists(): %s ) rrmrrr LocalCopyrrrVrrrr)rTrrr r r r s6     zFile.is_up_to_datec Csy |jdStk rYnX|}|st|j}xx|jD]j}y|j|}Wn tk rt||j}YnX|rB|rBt |t st |t s| sB|}|j |_ PqBW||jd<|S)Nr)rrrmrzr!rfrrrrrrrr)rrrrepo_dirr r r r r s(     z File.rfilec Csg}t|j}xt|jD]f}y|j|}Wn tk rL||j}YnX|r|rt|t svt|t sv| s| |qW|S)z For this node, find if there exists a corresponding file in one or more repositories :return: list of corresponding files in repositories ) rzr!rfrrrrrmrrrrrY)rZretvalsrr,r r r r find_repo_files  zFile.find_repo_filecCs t|S)N)rr)rr r r r&sz File.rstrcCsly|jStk rYnX|}||\}}|s\|r\tj|r\|||_n | |_|jS)a Fetch a Node's content signature for purposes of computing another Node's cachesig. This is a wrapper around the normal get_csig() method that handles the somewhat obscure case of using CacheDir with the -n option. Any files that don't exist would normally be "built" by fetching them from the cache, but the normal get_csig() method will try to open up the local file, which doesn't exist because the -n option meant we didn't actually pull the file from cachedir. But since the file *does* actually exist in the cachedir, we can use its contents for the csig. ) rrrrZ cachepathrmr0r1get_cachedir_csigr)rcacheZcachedirZ cachefiler r r r.)s  zFile.get_cachedir_csigcCs:y|jStk rYnX|}t|}|_|S)z A helper method for get_cachedir_bsig. It computes and returns the signature for this node's contents. )rrrjrr&)rrirr r r rDszFile.get_contents_sigcCs`y|jStk rYnX|}dd|D}||||t|}|_|S)aw Return the signature for a cached file, including its children. 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