0.8.12.10: Fix bug 338: "MOP specializers as type specifiers"

[sbcl.git] / contrib / sb-posix / README

diff --git a/contrib/sb-posix/README b/contrib/sb-posix/README
index e62ea00..832eea1 100644 (file)
--- a/contrib/sb-posix/README
+++ b/contrib/sb-posix/README
@@ -80,9 +80,9 @@ results if the stream is buffered.
 
 A filename is a string.  
 
 
 A filename is a string.  
 

-A pathname is a designator for a file-descriptor: the filename is
-computed using the same mechanism as the implementation would
-use to map pathnames to OS filenames internally.
+A pathname is a designator for a filename: the filename is computed
+using the same mechanism as the implementation would use to map
+pathnames to OS filenames internally.

 
 In an implementation that supports pathnames to files on other hosts, 
 using mechanisms not available to the underlying OS (for example, 
 
 In an implementation that supports pathnames to files on other hosts, 
 using mechanisms not available to the underlying OS (for example, 

@@ -166,11 +166,12 @@ is obvious.  For example,
 (read fd buffer &optional (length (length buffer))) => bytes-read
 
 b) where C simulates "out" parameters using pointers (for instance, in
 (read fd buffer &optional (length (length buffer))) => bytes-read
 
 b) where C simulates "out" parameters using pointers (for instance, in

-pipe() or socketpair()) we may use multiple return values instead.
-This doesn't apply to data transfer functions that fill buffers.
+pipe() or socketpair()) these may be optional or omitted in the Lisp
+interface: if not provided, appropriate objects will be allocated and
+returned (using multiple return values if necessary).

 
 c) some functions accept objects such as filenames or file
 
 c) some functions accept objects such as filenames or file

-descriptors.  Wherver these are specified as such in the C bindings,
+descriptors.  Wherever these are specified as such in the C bindings,

 the Lisp interface accepts designators for them as specified in the
 'Types' section above
 
 the Lisp interface accepts designators for them as specified in the
 'Types' section above