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macro_tools.hpp File Reference
Private

macroscopic tools for libdar internals More...

`#include "../my_config.h"`
`#include <string>`
`#include <vector>`
`#include "catalogue.hpp"`
`#include "compression.hpp"`
`#include "infinint.hpp"`
`#include "header_version.hpp"`
`#include "generic_file.hpp"`
`#include "crypto.hpp"`
`#include "pile.hpp"`
`#include "entrepot.hpp"`
`#include "range.hpp"`
`#include "slice_layout.hpp"`
`#include "tuyau.hpp"`
`#include "trivial_sar.hpp"`
`#include "proto_compressor.hpp"`

Go to the source code of this file.

## Namespaces
namespace | libdar
| libdar namespace encapsulate all libdar symbols

## Macros
#define | BUFFER_SIZE 102400

## Functions
trivial_sar * | libdar::macro_tools_open_archive_tuyau (const std::shared_ptr< user_interaction > &dialog, S_I fd, gf_mode mode, const label &internal_name, const label &data_name, bool slice_header_format_07, const std::string &execute)
| create an container to write an archive to a pipe
void | libdar::macro_tools_open_archive (const std::shared_ptr< user_interaction > &dialog, const std::shared_ptr< entrepot > &where, const std::string &basename, const infinint &min_digits, const std::string &extension, crypto_algo crypto, const secu_string &pass, U_32 crypto_size, pile &stack, header_version &ver, const std::string &input_pipe, const std::string &output_pipe, const std::string &execute, infinint &second_terminateur_offset, bool lax, bool has_external_cat, bool sequential_read, bool info_details, std::list< signator > &gnupg_signed, slice_layout &sl, U_I multi_threaded_crypto, U_I multi_threaded_compress, bool header_only)
| setup the given pile object to contain a stack of generic_files suitable to read an archive
catalogue * | libdar::macro_tools_get_derivated_catalogue_from (const std::shared_ptr< user_interaction > &dialog, pile &data_stack, pile &cata_stack, const header_version &ver, bool info_details, infinint &cat_size, const infinint &second_terminateur_offset, std::list< signator > &signatories, bool lax_mode)
| uses terminator to skip to the position where to find the catalogue and read it, taking care of having this catalogue pointing to the real data (context of isolated catalogue — cata_stack — used to rescue an internal archive — data_stack)
catalogue * | libdar::macro_tools_get_catalogue_from (const std::shared_ptr< user_interaction > &dialog, pile &stack, const header_version &ver, bool info_details, infinint &cat_size, const infinint &second_terminateur_offset, std::list< signator > &signatories, bool lax_mode)
| uses terminator to skip to the position where to find the catalogue and read it
catalogue * | libdar::macro_tools_read_catalogue (const std::shared_ptr< user_interaction > &dialog, const header_version &ver, const pile_descriptor &cata_pdesc, const infinint &cat_size, std::list< signator > &signatories, bool lax_mode, const label &lax_layer1_data_name, bool only_detruits)
| read the catalogue from cata_stack assuming the cata_stack is positionned at the beginning of the area containing archive's dumped data
catalogue * | libdar::macro_tools_lax_search_catalogue (const std::shared_ptr< user_interaction > &dialog, pile &stack, const archive_version &edition, compression compr_algo, bool info_details, bool even_partial_catalogues, const label &layer1_data_name)
infinint | libdar::macro_tools_get_terminator_start (generic_file &f, const archive_version &reading_ver)
void | libdar::macro_tools_create_layers (const std::shared_ptr< user_interaction > &dialog, pile &layers, header_version &ver, slice_layout &slicing, const slice_layout *ref_slicing, const std::shared_ptr< entrepot > &sauv_path_t, const std::string &filename, const std::string &extension, bool allow_over, bool warn_over, bool info_details, const infinint &pause, compression algo, U_I compression_level, U_I compression_block_size, const infinint &file_size, const infinint &first_file_size, const std::string &execute, crypto_algo crypto, const secu_string &pass, U_32 crypto_size, const std::vector< std::string > &gnupg_recipients, const std::vector< std::string > &gnupg_signatories, bool empty, const std::string &slice_permission, bool add_marks_for_sequential_reading, const std::string &user_comment, hash_algo hash, const infinint &slice_min_digits, const label &internal_name, const label &data_name, const infinint &iteration_count, hash_algo kdf_hash, U_I multi_threaded_crypto, U_I multi_threaded_compress)
| build layers for a new archive
void | libdar::macro_tools_close_layers (const std::shared_ptr< user_interaction > &dialog, pile &layers, const header_version &ver, const catalogue &cat, bool info_details, crypto_algo crypto, compression algo, const std::vector< std::string > &gnupg_recipients, const std::vector< std::string > &gnupg_signatories, bool empty)
| dumps the catalogue and close all the archive layers to terminate the archive
range | libdar::macro_tools_get_slices (const cat_nomme *obj, slice_layout sl)
| gives the location of data EA and FSA (when they are saved) of the object given in argument
void | libdar::macro_tools_open_pipes (const std::shared_ptr< user_interaction > &dialog, const std::string &input, const std::string &output, tuyau *&in, tuyau *&out)
| open a pair of tuyau objects encapsulating two named pipes.
proto_compressor * | libdar::macro_tools_build_streaming_compressor (compression algo, generic_file &base, U_I compression_level, U_I num_workers)
| return a proto_compressor object realizing the desired (de)compression level/aglo on top of "base" in streaming mode
proto_compressor * | libdar::macro_tools_build_block_compressor (compression algo, generic_file &base, U_I compression_level, U_I num_workers, U_I block_size)
| return a proto_compressor object realizing the desired (de)compression level/algo on to of "base" in block mode

## Variables
constexpr U_I | libdar::GLOBAL_ELASTIC_BUFFER_SIZE = 51200
const archive_version | libdar::macro_tools_supported_version
const std::string | libdar::LIBDAR_STACK_LABEL_UNCOMPRESSED
const std::string | libdar::LIBDAR_STACK_LABEL_CLEAR
const std::string | libdar::LIBDAR_STACK_LABEL_UNCYPHERED
const std::string | libdar::LIBDAR_STACK_LABEL_LEVEL1

## Detailed Description

macroscopic tools for libdar internals

Definition in file macro_tools.hpp.

## Macro Definition Documentation

## ◆ BUFFER_SIZE

#define BUFFER_SIZE 102400

Definition at line 55 of file macro_tools.hpp.