@@ -326,7 +326,6 @@ static void cfs_aes_crypt_block(const char* fname, void* block, uint32 offs, uin
326326 uint32 aes_out [4 ];
327327 uint8 * plaintext = (uint8 * )block ;
328328 uint8 * pgamma = (uint8 * )& aes_out ;
329- rijndael_ctx temp_ctx = cfs_state -> aes_context ;
330329 uint32 i , fname_part1 , fname_part2 , fname_part3 ;
331330
332331 if (extract_fname_parts (fname , & fname_part1 , & fname_part2 , & fname_part3 ) < 0 )
@@ -337,11 +336,11 @@ static void cfs_aes_crypt_block(const char* fname, void* block, uint32 offs, uin
337336 fname , fname_part1 , fname_part2 , fname_part3 , offs , size );
338337#endif
339338
340- aes_in [0 ] = 0 ; // fname_part1;
341- aes_in [1 ] = 0 ; // fname_part2;
342- aes_in [2 ] = 0 ; // fname_part3;
339+ aes_in [0 ] = fname_part1 ;
340+ aes_in [1 ] = fname_part2 ;
341+ aes_in [2 ] = fname_part3 ;
343342 aes_in [3 ] = offs & 0xFFFFFFF0 ;
344- rijndael_encrypt (& temp_ctx , (u4byte * )& aes_in , (u4byte * )& aes_out );
343+ rijndael_encrypt (& cfs_state -> aes_context , (u4byte * )& aes_in , (u4byte * )& aes_out );
345344
346345#ifdef AES_DEBUG
347346 elog (LOG , "cfs_aes_crypt_block, in = %08X %08X %08X %08X, out = %08X %08X %08X %08X" ,
@@ -357,8 +356,7 @@ static void cfs_aes_crypt_block(const char* fname, void* block, uint32 offs, uin
357356 {
358357 /* Prepare next gamma part */
359358 aes_in [3 ] = offs ;
360- temp_ctx = cfs_state -> aes_context ;
361- rijndael_encrypt (& temp_ctx , (u4byte * )& aes_in , (u4byte * )& aes_out );
359+ rijndael_encrypt (& cfs_state -> aes_context , (u4byte * )& aes_in , (u4byte * )& aes_out );
362360
363361#ifdef AES_DEBUG
364362 elog (LOG , "cfs_aes_crypt_block, in = %08X %08X %08X %08X, out = %08X %08X %08X %08X" ,
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