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8f23657498
The lzma_mt_block_size() was previously just an internal function for the multithreaded .xz encoder. It is used to provide a recommended Block size for a given filter chain. This function is helpful to determine the maximum Block size for the multithreaded .xz encoder when one wants to change the filters between blocks. Then, this determined Block size can be provided to lzma_stream_encoder_mt() in the lzma_mt options parameter when intializing the coder. This requires one to know all the filter chains they are using before starting to encode (or at least the filter chain that will need the largest Block size), but that isn't a bad limitation.
142 lines
2.8 KiB
Plaintext
142 lines
2.8 KiB
Plaintext
XZ_5.0 {
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global:
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lzma_alone_decoder;
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lzma_alone_encoder;
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lzma_auto_decoder;
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lzma_block_buffer_bound;
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lzma_block_buffer_decode;
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lzma_block_buffer_encode;
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lzma_block_compressed_size;
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lzma_block_decoder;
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lzma_block_encoder;
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lzma_block_header_decode;
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lzma_block_header_encode;
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lzma_block_header_size;
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lzma_block_total_size;
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lzma_block_unpadded_size;
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lzma_check_is_supported;
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lzma_check_size;
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lzma_code;
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lzma_crc32;
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lzma_crc64;
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lzma_easy_buffer_encode;
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lzma_easy_decoder_memusage;
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lzma_easy_encoder;
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lzma_easy_encoder_memusage;
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lzma_end;
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lzma_filter_decoder_is_supported;
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lzma_filter_encoder_is_supported;
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lzma_filter_flags_decode;
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lzma_filter_flags_encode;
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lzma_filter_flags_size;
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lzma_filters_copy;
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lzma_filters_update;
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lzma_get_check;
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lzma_index_append;
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lzma_index_block_count;
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lzma_index_buffer_decode;
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lzma_index_buffer_encode;
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lzma_index_cat;
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lzma_index_checks;
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lzma_index_decoder;
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lzma_index_dup;
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lzma_index_encoder;
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lzma_index_end;
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lzma_index_file_size;
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lzma_index_hash_append;
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lzma_index_hash_decode;
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lzma_index_hash_end;
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lzma_index_hash_init;
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lzma_index_hash_size;
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lzma_index_init;
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lzma_index_iter_init;
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lzma_index_iter_locate;
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lzma_index_iter_next;
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lzma_index_iter_rewind;
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lzma_index_memusage;
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lzma_index_memused;
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lzma_index_size;
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lzma_index_stream_count;
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lzma_index_stream_flags;
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lzma_index_stream_padding;
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lzma_index_stream_size;
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lzma_index_total_size;
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lzma_index_uncompressed_size;
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lzma_lzma_preset;
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lzma_memlimit_get;
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lzma_memlimit_set;
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lzma_memusage;
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lzma_mf_is_supported;
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lzma_mode_is_supported;
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lzma_physmem;
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lzma_properties_decode;
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lzma_properties_encode;
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lzma_properties_size;
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lzma_raw_buffer_decode;
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lzma_raw_buffer_encode;
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lzma_raw_decoder;
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lzma_raw_decoder_memusage;
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lzma_raw_encoder;
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lzma_raw_encoder_memusage;
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lzma_stream_buffer_bound;
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lzma_stream_buffer_decode;
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lzma_stream_buffer_encode;
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lzma_stream_decoder;
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lzma_stream_encoder;
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lzma_stream_flags_compare;
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lzma_stream_footer_decode;
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lzma_stream_footer_encode;
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lzma_stream_header_decode;
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lzma_stream_header_encode;
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lzma_version_number;
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lzma_version_string;
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lzma_vli_decode;
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lzma_vli_encode;
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lzma_vli_size;
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local:
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*;
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};
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XZ_5.2 {
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global:
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lzma_block_uncomp_encode;
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lzma_cputhreads;
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lzma_get_progress;
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lzma_stream_encoder_mt;
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lzma_stream_encoder_mt_memusage;
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} XZ_5.0;
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XZ_5.1.2alpha {
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global:
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lzma_stream_encoder_mt;
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lzma_stream_encoder_mt_memusage;
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} XZ_5.0;
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XZ_5.2.2 {
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global:
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lzma_block_uncomp_encode;
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lzma_cputhreads;
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lzma_get_progress;
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lzma_stream_encoder_mt;
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lzma_stream_encoder_mt_memusage;
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} XZ_5.1.2alpha;
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XZ_5.4 {
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global:
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lzma_file_info_decoder;
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lzma_filters_free;
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lzma_lzip_decoder;
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lzma_microlzma_decoder;
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lzma_microlzma_encoder;
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lzma_stream_decoder_mt;
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lzma_str_from_filters;
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lzma_str_list_filters;
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lzma_str_to_filters;
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} XZ_5.2;
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XZ_5.5.0alpha {
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global:
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lzma_mt_block_size;
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} XZ_5.4;
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