uint i;
int ret;
- LZX_DEBUG("uncompressed_len = %u\n", uncompressed_len);
+ LZX_DEBUG("uncompressed_len = %u", uncompressed_len);
if (uncompressed_len < 100)
return 1;
&queue, freq_tabs.main_freq_table,
&lzx_lz_params);
- LZX_DEBUG("using %u matches\n", num_matches);
-
+ LZX_DEBUG("using %u matches", num_matches);
lzx_make_huffman_codes(&freq_tabs, &codes);
compressed_len = ostream.bit_output - (u8*)compressed_data;
- LZX_DEBUG("Compressed %u => %u bytes\n",
- uncompressed_len, compressed_len);
+ LZX_DEBUG("Compressed %u => %u bytes",
+ uncompressed_len, compressed_len);
*compressed_len_ret = compressed_len;
#ifdef ENABLE_VERIFY_COMPRESSION
/* Verify that we really get the same thing back when decompressing. */
+ LZX_DEBUG("Verifying the compressed data.");
u8 buf[uncompressed_len];
ret = lzx_decompress(compressed_data, compressed_len, buf,
uncompressed_len);
if (ret != 0) {
- ERROR("ERROR: Failed to decompress data we compressed!\n");
- exit(0);
+ ERROR("lzx_compress(): Failed to decompress data we compressed");
abort();
}
for (i = 0; i < uncompressed_len; i++) {
if (buf[i] != *((u8*)__uncompressed_data + i)) {
- ERROR("Data we compressed didn't decompress to "
- "the original data (difference at byte %u of "
- "%u)\n", i + 1, uncompressed_len);
+ ERROR("lzx_compress(): Data we compressed didn't "
+ "decompress to the original data (difference at "
+ "byte %u of %u)", i + 1, uncompressed_len);
abort();
}
}
- LZX_DEBUG("Compression verified to be correct.\n");
+ LZX_DEBUG("Compression verified to be correct.");
#endif
return 0;