Must be large enough to hold a free_object.

Pages allocated with alloc_page() have no metadata, so we must format the
header before returing it to the free range tree.

This avoids problems with multiple jvm versions (for example due to OS
updates)

gives more power and is more maintainable

The real thing is working already.

the PIC will spew some spurious interrupts which we don't want.

Since the stack is top-down, entries appear in reverse order.

* 'master' of github.com:/avikivity/osv:
  pci: use 'using' for forward inb/outb instead of writing forwarding functions
  Add header for common types

and call the driver initialization function.

Remove 'const' from the set data object to allow meddle with it.
Wire in the code w/ the makefile

functions to access them.

to devices that may exist at the hardware level w/o a device driver)

* 'master' of github.com:/avikivity/osv:
  fs: directory entry cache
  bootfs: don't create root directory objects
  fs: drop bootfs::subdir()
  fs: piece-wise path lookup
  fs: reference count files

Store directory entries in a hash table for future lookup.

Eventually loader dump them into the console for debug

We need one object, so we can use it as a key in the cache.  Store it in
the filesystem object.

It interferes with the upcoming cache lookup.  Use the existing metadata
instead to look for a directory.

real filesystems (and /proc, our immediate target) look up files incrementally
by each component.  Apply that to our filesystem infrastructure.

A new object is introduced, dir, representing a directory.  Lookup operations
are deferred to this object.

avoid leakage

This takes the short cut of using sse 4.1 for the implementation,
avoiding a coplicated C implementation.  Will work on Core and higher
processors.

override with 'make V=1'

needed to set up the initial TLS block