Lines Matching full:layer
55 layer and
59 layer.
77 becomes the lower layer and
79 becomes the upper layer.
84 Specifies the way to create a file or a directory in the upper layer
92 lower layer to the created file in the upper layer.
99 Specifies whether whiteouts should always be made in the upper layer
101 lower layer.
136 Filenames are looked up in the upper layer and then in the
137 lower layer.
138 If a directory is found in the lower layer, and there is no entry
139 in the upper layer, then a
141 directory will be created in the upper layer.
152 If a file exists in the upper layer then there is no way to access
153 a file with the same name in the lower layer.
165 are passed to the upper layer with the exception of a few special cases.
166 An attempt to open for writing a file which exists in the lower layer
169 file to be made to the upper layer, and then for the upper layer copy
171 Similarly, an attempt to truncate a lower layer file to zero length
172 causes an empty file to be created in the upper layer.
174 the lower layer fails with
194 is created in the upper layer, the
206 options, instead of ones in the lower layer.
213 More specifically, the file mode bits in the upper layer will
215 (mode in the lower layer)
219 AND 0700), and the ownership will be the same as one in the lower layer.
273 upper layer.
293 when seen from the upper layer.
295 ones in the lower layer
298 Thus, write privilege to the upper layer can be controlled
299 independently from access mode bits and ownership in the lower layer.
300 If a user does not have read privilege from the lower layer,
301 one cannot still read even when the upper layer is mounted by using
316 Note that the files in the lower layer remain
338 option for hiding the lower layer completely was removed in
361 Without whiteout support from the file system backing the upper layer,
362 there is no way that delete and rename operations on lower layer
367 layer, such as
373 a tree of shadow directories in the upper layer.
379 or so on to the upper layer.
383 layer when it exists in the lower layer and does not exist in the
384 upper layer, is always created with the superuser privilege.
385 However, a file copied from the lower layer in the same way
390 mode the access mode bits in the copied file in the upper layer
391 will not always be the same as ones in the lower layer.