David Anderson 1a156deca5 landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them). ... NOTE: the JIT is now embeddable out-of-box and usable by other projects which is pretty cool. I will commit a shell app demonstrating this soon --HG-- extra : convert_revision : svn%3A39bc706e-5318-0410-9160-8a85361fbb7c/trunk%402400		2008-07-11 08:18:43 +00:00
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adler32.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
compress.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
crc32.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
crc32.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
deflate.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
deflate.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
gzio.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
infback.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inffast.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inffast.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inffixed.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inflate.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inflate.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inftrees.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
inftrees.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
trees.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
trees.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
uncompr.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
zconf.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
zlib.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
zutil.c	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00
zutil.h	landed massive refactoring of the JIT. contexts are actually contexts now, and a higher level structure wraps sp_plugin_t info. on that note, both sp_plugin_t and sp_context_t are entirely opaque, and not even core has access to them. amazingly, i managed to keep binary compatibility here although a large number of functions are deprecated (and core should eventually stop calling them).	2008-07-11 08:18:43 +00:00