def _slice(self, slc):
idx1, idx2 = get_slice_idx(slc, self.count)
global qmode
qmode = self._qmode
assert len(self.files) > 0
return FileSelector(self._ctx, self.files[idx1:idx2], self._qmode,
True)
def _slice(self, slc):
idx1, idx2 = get_slice_idx(slc, self.count)
if isinstance(idx1, int) or isinstance(idx2, int):
assert isinstance(idx1, int) and isinstance(idx2, int)
return getattr(self._files, self._fnames)[idx1:idx2]
else:
return getattr(self._files.__getslice__(idx1, idx2), self._fname)
def _slice(self, slc):
idx1, idx2 = get_slice_idx(slc, self.count)
tmp_file, _ = unique_tmp_path(TMP_PREFIX)
with open(tmp_file, 'w') as out:
cmd = ['sed', '-n', '%d,%dp' % (idx1 + 1, idx2), self.abspath]
check_call(cmd, stdout=out)
# TODO: check with simple test file
linfos = self._linfos[slice(idx1, idx2)]
return TempFile(self._ctx, tmp_file, linfos, True)
def _slice(self, slc):
idx1, idx2 = get_slice_idx(slc, self.count)
impls = []
for impl in self.impls:
if impl.count <= idx1:
idx1 -= impl.count
idx2 -= impl.count
continue
if impl.count <= idx2:
impls.append(impl[idx1:])
idx1 = 0
idx2 -= impl.count - idx1
else:
impls.append(impl[idx1:idx2])
break
return LineInfo(impls)
def _slice(self, slc):
idx1, idx2 = get_slice_idx(slc, self.count)
cnt = idx2 - idx1
return LineInfoImpl_Count(self.node, self.kind, self.date,
self._file, cnt)
