def _getfsnow(vfs):
'''Get "now" timestamp on filesystem'''
tmpfd, tmpname = vfs.mkstemp()
try:
return util.statmtimesec(os.fstat(tmpfd))
finally:
os.close(tmpfd)
vfs.unlink(tmpname)
def _writedirstate(self, st):
# use the modification time of the newly created temporary file as the
# filesystem's notion of 'now'
now = util.statmtimesec(util.fstat(st)) & _rangemask
st.write(parsers.pack_dirstate(self._map, self._copymap, self._pl, now))
st.close()
self._lastnormaltime = 0
self._dirty = self._dirtypl = False
def _getfsnow(vfs):
'''Get "now" timestamp on filesystem'''
tmpfd, tmpname = vfs.mkstemp()
try:
return util.statmtimesec(os.fstat(tmpfd))
finally:
os.close(tmpfd)
vfs.unlink(tmpname)
def _writedirstate(self, st):
# use the modification time of the newly created temporary file as the
# filesystem's notion of 'now'
now = util.statmtimesec(util.fstat(st)) & _rangemask
st.write(parsers.pack_dirstate(self._map, self._copymap, self._pl,
now))
st.close()
self._lastnormaltime = 0
self._dirty = self._dirtypl = False
def normal(self, f):
'''Mark a file normal and clean.'''
s = os.lstat(self._join(f))
mtime = util.statmtimesec(s)
self._addpath(f, 'n', s.st_mode, s.st_size & _rangemask,
mtime & _rangemask)
if f in self._copymap:
del self._copymap[f]
if mtime > self._lastnormaltime:
# Remember the most recent modification timeslot for status(),
# to make sure we won't miss future size-preserving file content
# modifications that happen within the same timeslot.
self._lastnormaltime = mtime
def normal(self, f):
'''Mark a file normal and clean.'''
s = os.lstat(self._join(f))
mtime = util.statmtimesec(s)
self._addpath(f, 'n', s.st_mode,
s.st_size & _rangemask, mtime & _rangemask)
if f in self._copymap:
del self._copymap[f]
if mtime > self._lastnormaltime:
# Remember the most recent modification timeslot for status(),
# to make sure we won't miss future size-preserving file content
# modifications that happen within the same timeslot.
self._lastnormaltime = mtime
def status(self, match, subrepos, ignored, clean, unknown):
'''Determine the status of the working copy relative to the
dirstate and return a pair of (unsure, status), where status is of type
scmutil.status and:
unsure:
files that might have been modified since the dirstate was
written, but need to be read to be sure (size is the same
but mtime differs)
status.modified:
files that have definitely been modified since the dirstate
was written (different size or mode)
status.clean:
files that have definitely not been modified since the
dirstate was written
'''
listignored, listclean, listunknown = ignored, clean, unknown
lookup, modified, added, unknown, ignored = [], [], [], [], []
removed, deleted, clean = [], [], []
dmap = self._map
ladd = lookup.append # aka "unsure"
madd = modified.append
aadd = added.append
uadd = unknown.append
iadd = ignored.append
radd = removed.append
dadd = deleted.append
cadd = clean.append
mexact = match.exact
dirignore = self._dirignore
checkexec = self._checkexec
copymap = self._copymap
lastnormaltime = self._lastnormaltime
# We need to do full walks when either
# - we're listing all clean files, or
# - match.traversedir does something, because match.traversedir should
# be called for every dir in the working dir
full = listclean or match.traversedir is not None
for fn, st in self.walk(match,
subrepos,
listunknown,
listignored,
full=full).iteritems():
if fn not in dmap:
if (listignored or mexact(fn)) and dirignore(fn):
if listignored:
iadd(fn)
else:
uadd(fn)
continue
# This is equivalent to 'state, mode, size, time = dmap[fn]' but not
# written like that for performance reasons. dmap[fn] is not a
# Python tuple in compiled builds. The CPython UNPACK_SEQUENCE
# opcode has fast paths when the value to be unpacked is a tuple or
# a list, but falls back to creating a full-fledged iterator in
# general. That is much slower than simply accessing and storing the
# tuple members one by one.
t = dmap[fn]
state = t[0]
mode = t[1]
size = t[2]
time = t[3]
if not st and state in "nma":
dadd(fn)
elif state == 'n':
mtime = util.statmtimesec(st)
if (size >= 0 and (
(size != st.st_size and size != st.st_size & _rangemask) or
((mode ^ st.st_mode) & 0o100 and checkexec))
or size == -2 # other parent
or fn in copymap):
madd(fn)
elif time != mtime and time != mtime & _rangemask:
ladd(fn)
elif mtime == lastnormaltime:
# fn may have just been marked as normal and it may have
# changed in the same second without changing its size.
# This can happen if we quickly do multiple commits.
# Force lookup, so we don't miss such a racy file change.
ladd(fn)
elif listclean:
cadd(fn)
elif state == 'm':
madd(fn)
elif state == 'a':
aadd(fn)
elif state == 'r':
radd(fn)
return (lookup,
scmutil.status(modified, added, removed, deleted, unknown,
ignored, clean))
def status(self, match, subrepos, ignored, clean, unknown):
'''Determine the status of the working copy relative to the
dirstate and return a pair of (unsure, status), where status is of type
scmutil.status and:
unsure:
files that might have been modified since the dirstate was
written, but need to be read to be sure (size is the same
but mtime differs)
status.modified:
files that have definitely been modified since the dirstate
was written (different size or mode)
status.clean:
files that have definitely not been modified since the
dirstate was written
'''
listignored, listclean, listunknown = ignored, clean, unknown
lookup, modified, added, unknown, ignored = [], [], [], [], []
removed, deleted, clean = [], [], []
dmap = self._map
ladd = lookup.append # aka "unsure"
madd = modified.append
aadd = added.append
uadd = unknown.append
iadd = ignored.append
radd = removed.append
dadd = deleted.append
cadd = clean.append
mexact = match.exact
dirignore = self._dirignore
checkexec = self._checkexec
copymap = self._copymap
lastnormaltime = self._lastnormaltime
# We need to do full walks when either
# - we're listing all clean files, or
# - match.traversedir does something, because match.traversedir should
# be called for every dir in the working dir
full = listclean or match.traversedir is not None
for fn, st in self.walk(match, subrepos, listunknown, listignored,
full=full).iteritems():
if fn not in dmap:
if (listignored or mexact(fn)) and dirignore(fn):
if listignored:
iadd(fn)
else:
uadd(fn)
continue
# This is equivalent to 'state, mode, size, time = dmap[fn]' but not
# written like that for performance reasons. dmap[fn] is not a
# Python tuple in compiled builds. The CPython UNPACK_SEQUENCE
# opcode has fast paths when the value to be unpacked is a tuple or
# a list, but falls back to creating a full-fledged iterator in
# general. That is much slower than simply accessing and storing the
# tuple members one by one.
t = dmap[fn]
state = t[0]
mode = t[1]
size = t[2]
time = t[3]
if not st and state in "nma":
dadd(fn)
elif state == 'n':
mtime = util.statmtimesec(st)
if (size >= 0 and
((size != st.st_size and size != st.st_size & _rangemask)
or ((mode ^ st.st_mode) & 0o100 and checkexec))
or size == -2 # other parent
or fn in copymap):
madd(fn)
elif time != mtime and time != mtime & _rangemask:
ladd(fn)
elif mtime == lastnormaltime:
# fn may have just been marked as normal and it may have
# changed in the same second without changing its size.
# This can happen if we quickly do multiple commits.
# Force lookup, so we don't miss such a racy file change.
ladd(fn)
elif listclean:
cadd(fn)
elif state == 'm':
madd(fn)
elif state == 'a':
aadd(fn)
elif state == 'r':
radd(fn)
return (lookup, scmutil.status(modified, added, removed, deleted,
unknown, ignored, clean))
