Next step: compile jni sources correctly.

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-
-Directory overview:
-===================
-
-As writing portable assembler sources supporting different operating
-systems, compilers and assemblers has proven to be extremely painful,
-the assembler sources have been converted into a more portable 'db'
-format. Use these whenever possible.
-
-  src_gas       sources converted for portable gcc/gas syntax
-  src_masm      sources converted for portable masm/tasm/wasm syntax
-  src_nasm      sources converted for portable nasm syntax
-
-  src           assembler sources (you need the OpenSource nasm assembler)
-
-  obj           pre-assembled object files
-
-Also look 'src_XXX/all/asm_all.asm' which contains all assembler
-functions conveniently arranged into a single file.
-
-
-Notes:
-======
-
-- The assembler sources are designed for a flat 32-bit memory model
-  running in protected mode - they should work with all i386
-  32-bit compilers around.
-
-- All functions expect a 'cdecl' (C stack based) calling convention.
-  The function return value will be placed into 'eax'.
-  All other registers are preserved.
-
-- Prototypes for the assembler functions can be found in <lzo/lzo_asm.h>.
-
-- For reasons of speed all fast assembler decompressors (having '_fast'
-  in their name) can access (write to) up to 3 bytes past the end of
-  the decompressed (output) block. Data past the end of the compressed
-  (input) block is never accessed (read from).
-  [ technical note: because data is transferred in 32-bit units ]
-
-- Finally you should test if the assembler versions are actually faster
-  than the C version on your machine - some compilers can do a very good
-  optimization job, and they also can optimize the code for a specific
-  processor type.
-