Lines Matching full:we
19 # When using stat() on Windows, we can get it to perform better by avoid some
20 # data. This doesn't affect the mtime field, so we're not losing anything...
59 # Convenient cache of absolute to relative map. We start with filling it
63 # generate entries in this map. We could of course deal with C header files
64 # only, but in case we decide to handle more than just C files in the future,
65 # we already have the mechanism in place here.
66 # NOTE2: we lower case the index to make it searchable without regard for
67 # character case. That could seem dangerous, but as long as we don't have
68 # files we depend on in the same directory that only differ by character case,
69 # we're fine.
82 # All we got now is a dependency, shave off surrounding spaces
114 # well with out-of-source-tree builds, so we must resort to tricks
116 # parallel with the object files, so all we need to do is construct
132 # All we got now is a dependency, just shave off surrounding spaces
148 # directory information from the object file, so we must insert it
149 # back. To make life simpler, we simply replace it with the
151 # .D files are always written parallel to the object files, we
164 # won't get mixed up with the target / deps delimiter. We use this
168 # We know that VMS has system header files in text libraries,
169 # extension .TLB. We also know that our header files aren't stored
170 # in text libraries. Finally, we know that VMS C produces exactly
171 # one dependency per line, so we simply discard any line ending with
175 # All we got now is a dependency, just shave off surrounding spaces
179 # VMS C gives us absolute paths, always. Let's see if we can
185 # Since we have already pre-populated the cache with
186 # mappings for generated headers, we only need to deal
207 # bit of help. The output we're interested in looks something
217 # To accomodate, we need to use a very general regular expression
221 # we must construct it ourselves.
227 # warnings, so we simply discard anything that doesn't start with
234 # remove system header dependencies, we need to check that
240 # Since we have already pre-populated the cache with
241 # mappings for generated headers, we only need to deal
269 # we must construct it ourselves.
275 # warnings, so we simply discard anything that doesn't start with
282 # remove system header dependencies, we convert them to
289 # Since we have already pre-populated the cache with
290 # mappings for generated headers, we only need to deal
371 # On VMS, we want to remove all generations of this file, in case there
372 # are more than one, so we loop.