Remove the reimplemented hook methods groups because some
hook methods are there, some are not, unfortunately doxygen can’t
tell if a hook method just calls the default or does something else and
we tend to include all the hook methods even if we don’t actually make
any functional changes to them making the docs a bit more verbose
than they otherwise would be.
* "YES" causes all members of a class to be stuck in that class' page.
* No need to do that, there's a "List all members" page.
* This will make the docs a lot smaller and easier to read.
Signed-off-by: John Scipione <jscipione@gmail.com>
* Now takes ownership of headers, form data and input data
* Split Set* and Adopt* methods to help with proper use of this (Set
does a copy)
* Write documentation.
* imported asc-num.txt as a reference, was used to generate the asc sense table.
* use the sense asc and key tables to know which action and status codes are
to be applied.
* tested with an hard disk and a dvd reader.
* these tables could be reused by the scsi_periph module.
devfs_io() can't fall back to calling vfs_synchronous_io(), if the
device driver doesn't support handling requests asynchronously. The
presence of the io() hook leads the VFS (do_iterative_fd_io()) to
believe that asynchronous handling is supported and set a
finished-callback on the request which calls the io() hook to start the
next chunk. Thus, instead of iterating through the request in a loop
the iteration happens recursively. For sufficiently fragmented requests
the stack may overflow (ticket #9900).
* Introduce a new vnode operation supports_operation(). It can be called
by the VFS to determine whether a present hook is actually currently
supported for a given vnode.
* devfs: implement the new hook and remove the fallback handling in
devfs_io().
* vfs_request_io.cpp: use the new hook to determine whether the io()
hook is really supported.
...from orientation params. Elaborated type specifiers are not needed
for C++ code and removing them makes doxygen happy. Verified working
on both gcc2h and gcc4h builds.
