- Fix the CCL crash.
- Separate project page and a Git repo for trivial-gray-streams.
- Remove the ENSURE-INITIALIZED function from the public API.
  It was only intoroduced to provide users access to the RAND-SEEND
  which we decided to pass as a parameter to the ENSURE-INITIALIZED.
  We did this because solaris users complained, as Solaris doesn't
  have /dev/random, /dev/urnandom files which OpenSSL uses to initialize
  it's random number generator. But now we know that on Solaris people can
  use EGD: The Entropy Gathering Daemon: http://egd.sourceforge.net/,
  and OpenSSL uses it if it's running on a systems without /dev/random.
  Therefore we should get rid of the ENSURE-INITIALIZED and just
  put an excerpt from the OpenSSL docs about what software should
  be installed on the systems without /dev/random.
- The stream-fd function is confusing when it's called with ssl-stream as
  a parameter; a developer might think this function allows to retrieve a
  socket file descriptor from an ssl-strem, but this function is implemented
  only for "native" socket streams provided by the Lisp implementation.
  Makes sense to implement it for ssl-stream too.
- The ssl-error-syscall condition uses (err-get-error) in it's :report
  function. This is not correct; (err-get-error) should be queried
  when the error occurs. The result might be stored in a slot of
  the ssl-error-syscall and printed by the :report function.
- Fix LispBIO.
- Extract the low-level SSL code into a separate library that supports
  both OpenSSL and GnuTLS (maybe into two thin FFI libraries).
- Implement SSL in IOLib adding an API system that only defines stubs that
  signal an error, and adding implementation systems using the before
  mentioned thin FFI wrapper libraries. IOLib doesn't support windows,
  therefore with this plan we will either need to drop Windows support
  (at tleast for the IOLib based asynch subset of features), or
  implement Windows support in IOLib.