41 u32 MI_CompressLZImpl(const u8 *srcp, u32 size, u8 *dstp, BOOL exFormat)  in MI_CompressLZImpl()  argument
56     *(u32 *)dstp = size << 8 | MI_COMPRESSION_LZ | (exFormat? 1 : 0); // Data header  in MI_CompressLZImpl()
57     dstp += 4;  in MI_CompressLZImpl()
66         LZCompFlagsp = dstp++;         // Destination for storing flag sequence  in MI_CompressLZImpl()
95                         *dstp++ = (u8)( 0x10 | (length >> 12) );  in MI_CompressLZImpl()
96                         *dstp++ = (u8)( length >> 4 );  in MI_CompressLZImpl()
102                         *dstp++ = (u8)( length >> 4 );  in MI_CompressLZImpl()
116                 *dstp++ = (u8)( length << 4 | (lastOffset - 1) >> 8 );  in MI_CompressLZImpl()
117                 *dstp++ = (u8)((lastOffset - 1) & 0xff);  in MI_CompressLZImpl()
129                 *dstp++ = *srcp++;  in MI_CompressLZImpl()
142         *dstp++ = 0;  in MI_CompressLZImpl()
361 u32 MI_CompressLZFastImpl(const u8 *srcp, u32 size, u8 *dstp, u8 *work, BOOL exFormat)  in MI_CompressLZFastImpl()  argument
376     *(u32 *)dstp = size << 8 | MI_COMPRESSION_LZ | (exFormat? 1 : 0); // Data header  in MI_CompressLZFastImpl()
377     dstp += 4;  in MI_CompressLZFastImpl()
385         LZCompFlagsp = dstp++;         // Destination for storing flag sequence  in MI_CompressLZFastImpl()
414                         *dstp++ = (u8)( 0x10 | (length >> 12) );  in MI_CompressLZFastImpl()
415                         *dstp++ = (u8)( length >> 4 );  in MI_CompressLZFastImpl()
421                         *dstp++ = (u8)( length >> 4 );  in MI_CompressLZFastImpl()
435                 *dstp++ = (u8)(length << 4 | (lastOffset - 1) >> 8);  in MI_CompressLZFastImpl()
436                 *dstp++ = (u8)((lastOffset - 1) & 0xff);  in MI_CompressLZFastImpl()
450                 *dstp++ = *srcp++;  in MI_CompressLZFastImpl()
463         *dstp++ = 0;  in MI_CompressLZFastImpl()
582 u32 MI_CompressRL(const u8 *srcp, u32 size, u8 *dstp)  in MI_CompressRL()  argument
594     *(u32 *)dstp = size << 8 | MI_COMPRESSION_RL;       // Data header  in MI_CompressRL()
634             dstp[RLDstCount++] = (u8)(rawDataLength - 1);       // Store "data length - 1" (7 bits)  in MI_CompressRL()
637                 dstp[RLDstCount++] = srcp[RLSrcCount++];  in MI_CompressRL()
669             dstp[RLDstCount++] = (u8)(0x80 | (runLength - 3));  // Add 3, and store from 3 to 130  in MI_CompressRL()
670             dstp[RLDstCount++] = srcp[RLSrcCount];  in MI_CompressRL()
681         dstp[RLDstCount + i] = 0;  in MI_CompressRL()
760 u32 MI_CompressHuffman(const u8 *srcp, u32 size, u8 *dstp, u8 huffBitSize, u8 *work)  in MI_CompressHuffman()  argument
775     SDK_NULL_ASSERT(dstp);  in MI_CompressHuffman()
912     *(u32 *)dstp = size << 8 | MI_COMPRESSION_HUFFMAN | huffBitSize;  in MI_CompressHuffman()
922         dstp[HuffDstCount++] = ((u8 *)HuffTree)[i];  in MI_CompressHuffman()
932             dstp[4]++;  in MI_CompressHuffman()
934         dstp[HuffDstCount++] = 0;  in MI_CompressHuffman()
953                 dstp[HuffDstCount++] = (u8)(bitStream >> (streamLength - (ii + 1) * 8));  in MI_CompressHuffman()
978                     dstp[HuffDstCount++] = (u8)(bitStream >> (streamLength - (iii + 1) * 8));  in MI_CompressHuffman()
992         dstp[HuffDstCount++] = (u8)(bitStream << (8 - streamLength));  in MI_CompressHuffman()
1000         dstp[HuffDstCount++] = 0;  in MI_CompressHuffman()
1005         tmp = dstp[i * 4 + 0];  in MI_CompressHuffman()
1006         dstp[i * 4 + 0] = dstp[i * 4 + 3];  in MI_CompressHuffman()
1007         dstp[i * 4 + 3] = tmp;         // Swap  in MI_CompressHuffman()
1008         tmp = dstp[i * 4 + 1];  in MI_CompressHuffman()
1009         dstp[i * 4 + 1] = dstp[i * 4 + 2];  in MI_CompressHuffman()
1010         dstp[i * 4 + 2] = tmp;         // Swap  in MI_CompressHuffman()