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#ifndef GENERS_STRINGARCHIVEIO_HH_
#define GENERS_STRINGARCHIVEIO_HH_
#include "Alignment/Geners/interface/StringArchive.hh"
namespace gs {
// The following function returns "true" on success,
// "false" on failure.
bool writeStringArchive(const StringArchive &ar, const char *filename);
// The following function either succeeds or throws
// an exception. The archive is created on the heap
// and eventually has to be deleted by the user.
StringArchive *readStringArchive(const char *filename);
// Similar operations with compression
bool writeCompressedStringArchive(const StringArchive &ar,
const char *filename,
unsigned compressionMode = 1U,
int compressionLevel = -1,
unsigned minSizeToCompress = 1024U,
unsigned bufSize = 1048576U);
StringArchive *readCompressedStringArchive(const char *filename);
// The following function will write a compressed string archive
// using default compression parameters if the file name has the
// given suffix, otherwise it will write an uncompressed archive.
// If the suffix is not provided (i.e., default value of 0 is used),
// ".gssaz" will be assumed.
bool writeCompressedStringArchiveExt(const StringArchive &ar, const char *filename, const char *suffix = nullptr);
// The following function will attempt to read a compressed string
// archive if the file name has the given suffix, otherwise it will
// attempt to read an uncompressed archive. If the suffix is not
// provided (i.e., default value of 0 is used), ".gssaz" will be assumed.
StringArchive *readCompressedStringArchiveExt(const char *filename, const char *suffix = nullptr);
// This function will extract one string archive from another
StringArchive *loadStringArchiveFromArchive(AbsArchive &arch, unsigned long long id);
} // namespace gs
#endif // GENERS_STRINGARCHIVEIO_HH_
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