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# Copyright 2009-2010 Gregory P. Ward
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# Copyright 2009-2010 Intelerad Medical Systems Incorporated
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# Copyright 2010-2011 Fog Creek Software
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# Copyright 2010-2011 Unity Technologies
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#
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# This software may be used and distributed according to the terms of the
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# GNU General Public License version 2 or any later version.
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'''setup for largefiles repositories: reposetup'''
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import copy
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import types
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import os
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import re
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from mercurial import context, error, manifest, match as match_, \
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node, util
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from mercurial.i18n import _
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import lfcommands
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import proto
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import lfutil
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def reposetup(ui, repo):
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# wire repositories should be given new wireproto functions but not the
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# other largefiles modifications
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if not repo.local():
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return proto.wirereposetup(ui, repo)
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for name in ('status', 'commitctx', 'commit', 'push'):
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method = getattr(repo, name)
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#if not (isinstance(method, types.MethodType) and
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# method.im_func is repo.__class__.commitctx.im_func):
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if isinstance(method, types.FunctionType) and method.func_name == \
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'wrap':
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ui.warn(_('largefiles: repo method %r appears to have already been'
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' wrapped by another extension: '
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'largefiles may behave incorrectly\n')
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% name)
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class lfiles_repo(repo.__class__):
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lfstatus = False
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def status_nolfiles(self, *args, **kwargs):
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return super(lfiles_repo, self).status(*args, **kwargs)
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# When lfstatus is set, return a context that gives the names of lfiles
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# instead of their corresponding standins and identifies the lfiles as
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# always binary, regardless of their actual contents.
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def __getitem__(self, changeid):
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ctx = super(lfiles_repo, self).__getitem__(changeid)
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if self.lfstatus:
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class lfiles_manifestdict(manifest.manifestdict):
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def __contains__(self, filename):
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if super(lfiles_manifestdict,
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self).__contains__(filename):
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return True
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return super(lfiles_manifestdict,
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self).__contains__(lfutil.shortname+'/' + filename)
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class lfiles_ctx(ctx.__class__):
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def files(self):
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filenames = super(lfiles_ctx, self).files()
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return [re.sub('^\\'+lfutil.shortname+'/', '',
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filename) for filename in filenames]
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def manifest(self):
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man1 = super(lfiles_ctx, self).manifest()
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man1.__class__ = lfiles_manifestdict
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return man1
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def filectx(self, path, fileid=None, filelog=None):
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try:
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result = super(lfiles_ctx, self).filectx(path,
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fileid, filelog)
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except error.LookupError:
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# Adding a null character will cause Mercurial to
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# identify this as a binary file.
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result = super(lfiles_ctx, self).filectx(
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lfutil.shortname + '/' + path, fileid,
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filelog)
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olddata = result.data
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result.data = lambda: olddata() + '\0'
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return result
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ctx.__class__ = lfiles_ctx
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return ctx
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# Figure out the status of big files and insert them into the
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# appropriate list in the result. Also removes standin files from
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# the listing. This function reverts to the original status if
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# self.lfstatus is False
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def status(self, node1='.', node2=None, match=None, ignored=False,
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clean=False, unknown=False, listsubrepos=False):
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listignored, listclean, listunknown = ignored, clean, unknown
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if not self.lfstatus:
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try:
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return super(lfiles_repo, self).status(node1, node2, match,
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listignored, listclean, listunknown, listsubrepos)
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except TypeError:
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return super(lfiles_repo, self).status(node1, node2, match,
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listignored, listclean, listunknown)
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else:
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# some calls in this function rely on the old version of status
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self.lfstatus = False
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if isinstance(node1, context.changectx):
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ctx1 = node1
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else:
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ctx1 = repo[node1]
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if isinstance(node2, context.changectx):
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ctx2 = node2
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else:
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ctx2 = repo[node2]
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working = ctx2.rev() is None
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parentworking = working and ctx1 == self['.']
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def inctx(file, ctx):
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try:
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if ctx.rev() is None:
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return file in ctx.manifest()
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ctx[file]
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return True
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except KeyError:
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return False
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# create a copy of match that matches standins instead of
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# lfiles if matcher not set then it is the always matcher so
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# overwrite that
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if match is None:
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match = match_.always(self.root, self.getcwd())
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def tostandin(file):
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if inctx(lfutil.standin(file), ctx2):
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return lfutil.standin(file)
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return file
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m = copy.copy(match)
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m._files = [tostandin(f) for f in m._files]
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# get ignored clean and unknown but remove them later if they
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# were not asked for
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try:
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result = super(lfiles_repo, self).status(node1, node2, m,
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True, True, True, listsubrepos)
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except TypeError:
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result = super(lfiles_repo, self).status(node1, node2, m,
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True, True, True)
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if working:
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# Hold the wlock while we read lfiles and update the
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# lfdirstate
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wlock = repo.wlock()
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try:
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# Any non lfiles that were explicitly listed must be
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# taken out or lfdirstate.status will report an error.
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# The status of these files was already computed using
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# super's status.
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lfdirstate = lfutil.openlfdirstate(ui, self)
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match._files = [f for f in match._files if f in
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lfdirstate]
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s = lfdirstate.status(match, [], listignored,
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listclean, listunknown)
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(unsure, modified, added, removed, missing, unknown,
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ignored, clean) = s
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if parentworking:
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for lfile in unsure:
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if ctx1[lfutil.standin(lfile)].data().strip() \
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!= lfutil.hashfile(self.wjoin(lfile)):
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modified.append(lfile)
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else:
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clean.append(lfile)
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lfdirstate.normal(lfile)
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lfdirstate.write()
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else:
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tocheck = unsure + modified + added + clean
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modified, added, clean = [], [], []
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for lfile in tocheck:
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standin = lfutil.standin(lfile)
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if inctx(standin, ctx1):
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if ctx1[standin].data().strip() != \
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lfutil.hashfile(self.wjoin(lfile)):
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modified.append(lfile)
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else:
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clean.append(lfile)
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else:
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added.append(lfile)
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finally:
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wlock.release()
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for standin in ctx1.manifest():
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if not lfutil.isstandin(standin):
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continue
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lfile = lfutil.splitstandin(standin)
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if not match(lfile):
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continue
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if lfile not in lfdirstate:
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removed.append(lfile)
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# Handle unknown and ignored differently
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lfiles = (modified, added, removed, missing, [], [], clean)
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result = list(result)
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# Unknown files
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result[4] = [f for f in unknown if repo.dirstate[f] == '?'\
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and not lfutil.isstandin(f)]
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# Ignored files must be ignored by both the dirstate and
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# lfdirstate
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result[5] = set(ignored).intersection(set(result[5]))
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# combine normal files and lfiles
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normals = [[fn for fn in filelist if not \
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lfutil.isstandin(fn)] for filelist in result]
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result = [sorted(list1 + list2) for (list1, list2) in \
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zip(normals, lfiles)]
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else:
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def toname(f):
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if lfutil.isstandin(f):
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return lfutil.splitstandin(f)
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return f
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result = [[toname(f) for f in items] for items in result]
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if not listunknown:
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result[4] = []
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if not listignored:
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result[5] = []
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if not listclean:
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result[6] = []
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self.lfstatus = True
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return result
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# This call happens after a commit has occurred. Copy all of the lfiles
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# into the cache
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def commitctx(self, *args, **kwargs):
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node = super(lfiles_repo, self).commitctx(*args, **kwargs)
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ctx = self[node]
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for filename in ctx.files():
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if lfutil.isstandin(filename) and filename in ctx.manifest():
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realfile = lfutil.splitstandin(filename)
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lfutil.copytocache(self, ctx.node(), realfile)
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return node
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# This call happens before a commit has occurred. The lfile standins
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# have not had their contents updated (to reflect the hash of their
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# lfile). Do that here.
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def commit(self, text="", user=None, date=None, match=None,
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force=False, editor=False, extra={}):
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orig = super(lfiles_repo, self).commit
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wlock = repo.wlock()
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try:
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if getattr(repo, "_isrebasing", False):
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# We have to take the time to pull down the new lfiles now.
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# Otherwise if we are rebasing, any lfiles that were
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# modified in the changesets we are rebasing on top of get
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# overwritten either by the rebase or in the first commit
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# after the rebase.
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lfcommands.updatelfiles(repo.ui, repo)
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# Case 1: user calls commit with no specific files or
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# include/exclude patterns: refresh and commit everything.
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if (match is None) or (not match.anypats() and not \
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match.files()):
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lfiles = lfutil.listlfiles(self)
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lfdirstate = lfutil.openlfdirstate(ui, self)
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# this only loops through lfiles that exist (not
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# removed/renamed)
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for lfile in lfiles:
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if os.path.exists(self.wjoin(lfutil.standin(lfile))):
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# this handles the case where a rebase is being
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# performed and the working copy is not updated
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# yet.
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if os.path.exists(self.wjoin(lfile)):
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lfutil.updatestandin(self,
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lfutil.standin(lfile))
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lfdirstate.normal(lfile)
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for lfile in lfdirstate:
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if not os.path.exists(
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repo.wjoin(lfutil.standin(lfile))):
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try:
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# Mercurial >= 1.9
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lfdirstate.drop(lfile)
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except AttributeError:
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# Mercurial <= 1.8
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lfdirstate.forget(lfile)
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lfdirstate.write()
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return orig(text=text, user=user, date=date, match=match,
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force=force, editor=editor, extra=extra)
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for file in match.files():
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if lfutil.isstandin(file):
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raise util.Abort(
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"Don't commit largefile standin. Commit largefile.")
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# Case 2: user calls commit with specified patterns: refresh
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# any matching big files.
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smatcher = lfutil.composestandinmatcher(self, match)
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standins = lfutil.dirstate_walk(self.dirstate, smatcher)
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# No matching big files: get out of the way and pass control to
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# the usual commit() method.
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if not standins:
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return orig(text=text, user=user, date=date, match=match,
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force=force, editor=editor, extra=extra)
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# Refresh all matching big files. It's possible that the
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# commit will end up failing, in which case the big files will
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# stay refreshed. No harm done: the user modified them and
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# asked to commit them, so sooner or later we're going to
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# refresh the standins. Might as well leave them refreshed.
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lfdirstate = lfutil.openlfdirstate(ui, self)
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for standin in standins:
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lfile = lfutil.splitstandin(standin)
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if lfdirstate[lfile] <> 'r':
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lfutil.updatestandin(self, standin)
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lfdirstate.normal(lfile)
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else:
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try:
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# Mercurial >= 1.9
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lfdirstate.drop(lfile)
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except AttributeError:
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# Mercurial <= 1.8
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lfdirstate.forget(lfile)
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lfdirstate.write()
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# Cook up a new matcher that only matches regular files or
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# standins corresponding to the big files requested by the
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# user. Have to modify _files to prevent commit() from
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# complaining "not tracked" for big files.
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lfiles = lfutil.listlfiles(repo)
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match = copy.copy(match)
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orig_matchfn = match.matchfn
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# Check both the list of lfiles and the list of standins
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# because if a lfile was removed, it won't be in the list of
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# lfiles at this point
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match._files += sorted(standins)
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actualfiles = []
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for f in match._files:
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fstandin = lfutil.standin(f)
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# Ignore known lfiles and standins
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if f in lfiles or fstandin in standins:
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continue
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# Append directory separator to avoid collisions
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if not fstandin.endswith(os.sep):
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fstandin += os.sep
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# Prevalidate matching standin directories
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if lfutil.any_(st for st in match._files if \
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st.startswith(fstandin)):
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continue
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actualfiles.append(f)
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match._files = actualfiles
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def matchfn(f):
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if orig_matchfn(f):
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return f not in lfiles
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else:
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return f in standins
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match.matchfn = matchfn
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return orig(text=text, user=user, date=date, match=match,
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force=force, editor=editor, extra=extra)
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finally:
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wlock.release()
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def push(self, remote, force=False, revs=None, newbranch=False):
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o = lfutil.findoutgoing(repo, remote, force)
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if o:
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toupload = set()
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o = repo.changelog.nodesbetween(o, revs)[0]
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for n in o:
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parents = [p for p in repo.changelog.parents(n) if p != \
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node.nullid]
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ctx = repo[n]
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files = set(ctx.files())
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if len(parents) == 2:
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mc = ctx.manifest()
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mp1 = ctx.parents()[0].manifest()
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mp2 = ctx.parents()[1].manifest()
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for f in mp1:
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if f not in mc:
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files.add(f)
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for f in mp2:
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if f not in mc:
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files.add(f)
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for f in mc:
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if mc[f] != mp1.get(f, None) or mc[f] != mp2.get(f,
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None):
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files.add(f)
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toupload = toupload.union(set([ctx[f].data().strip() for f\
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in files if lfutil.isstandin(f) and f in ctx]))
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lfcommands.uploadlfiles(ui, self, remote, toupload)
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# Mercurial >= 1.6 takes the newbranch argument, try that first.
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try:
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return super(lfiles_repo, self).push(remote, force, revs,
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newbranch)
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except TypeError:
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return super(lfiles_repo, self).push(remote, force, revs)
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repo.__class__ = lfiles_repo
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def checkrequireslfiles(ui, repo, **kwargs):
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if 'largefiles' not in repo.requirements and lfutil.any_(
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lfutil.shortname+'/' in f[0] for f in repo.store.datafiles()):
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# work around bug in mercurial 1.9 whereby requirements is a list
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# on newly-cloned repos
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repo.requirements = set(repo.requirements)
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repo.requirements |= set(['largefiles'])
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repo._writerequirements()
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checkrequireslfiles(ui, repo)
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ui.setconfig('hooks', 'changegroup.lfiles', checkrequireslfiles)
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ui.setconfig('hooks', 'commit.lfiles', checkrequireslfiles)
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