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debug: bzfile_setparams set %s (is %d) => %d
debug: bzfile_streambuf_read( %p, %d ), buffer %p, sz=%d, len=%d, offset=%d
bzfile_new verbosity out of range debug: bzfile_new(%d,%d,%d,%d) called %p
Error: PerlIO_open( %s, %s ) failed: %s
Info: PerlIO_open( %s, %s ) succeeded, obj=%p
Error: invalid file mode for bzopen %s Error: invalid file or handle for bzopen Compress::Bzip2::%s has odd parameter count debug: bzfile_streambuf_write( %p, %d ), buffer %p, sz=%d, len=%d, offset=%d
debug: bzfile_flush called, error_num=%d, open_status %d
debug: bzfile_flush: call to BZ2_bzCompress with avail_in %d, next_in %p, avail_out %d, next_out %p, run_progress %d
Error: bzfile_flush, BZ2_bzCompress error %d, strm is %p, strm.state is %p, in state %d
debug: bzfile_flush BZ2_bzCompress, took in %d, put out %d bytes, ret %d
Error: bzfile_flush io error %d '%s'
debug: bzfile_flush: file write error %s
debug: bzfile_flush: file write took in %d, put out %d
Info: bzfile_flush ret %d, total written %ld
Info: bzfile_closewrite called, abandon=%d, error_num=%d, open_status %d
debug: bzfile_closewrite: call to BZ2_bzCompress with avail_in %d, next_in %p, avail_out %d, next_out %p, run_progress %d
Warning: bzfile_closewrite BZ2_bzCompress error %d
debug: bzfile_closewrite BZ2_bzCompress, took in %d, put out %d bytes, ret %d
Error: bzfile_closewrite io error %d '%s'
debug: bzfile_closewrite: file write error %s
debug: bzfile_closewrite: file write took in %d, put out %d
Info: bzfile_closewrite ret %d, total written %ld
debug: bzstreamflush, bzfile_streambuf_collect returned %d bytes
debug: bzstreamclose, bzfile_close returned %d, errno is %d %s
debug: bzstreamclose, bzfile_streambuf_collect returned %d bytes
Error: bzfile_read buf is NULL
Error: bzfile_read n is negative %d
debug: bzfile_read(obj, %p, %d) obj->open_status=%d
Error: bzfile_read attempted on a writing stream
debug: bzfile_read file read got %d bytes
debug: bzfile_read got an unexpected EOF, run_progress=%d, avail_in=%d, avail_out=%d
debug: bzfile_read got an unexpected EOF, run_progress=%d, set pending with %d bytes to go, avail_in=%d, avail_out=%d
debug: bzfile_read got an EOF, run_progress=%d, set pending with %d bytes to go, avail_in=%d, avail_out=%d
Error: bzfile_read: BZ2_bzDecompressInit error %d on %d, %d
debug: bzfile_read BZ2_bzDecompress ret %d, run_progress=%d, avail_in=%d/%d, avail_out=%d/%d
Error: bzfile_read, BZ2_bzDecompress error %d, strm is %p, strm.state is %p, in state %d
bzreadline: buffer parameter is read-only debug: bzinflate, bzfile_read returned %d bytes
bzread: buffer parameter is read-only Error: bzfile_write buf is NULL
Error: bzfile_write n is negative %d
Error: bzfile_write attempted on a reading stream
Error: bzfile_write: BZ2_bzCompressInit error %d on %d, %d, %d
debug: bzfile_write: call to BZ2_bzCompress with avail_in %d, next_in %p, avail_out %d, next_out %p
Error: bzfile_write, BZ2_bzCompress error %d, strm is %p, strm.state is %p, in state %d
debug: bzfile_write: BZ2_bzCompress took in %d, put out %d
Error: bzfile_write file write error %d '%s'
debug: bzfile_write file write error pending %d '%s'
Error: bzfile_write io error %d '%s'
debug: bzfile_write: file write error %d '%s'
debug: bzfile_write: file write took in %d, put out %d
debug: bzdeflate collected %d, outbuf is now %ld
Compress::Bzip2::bzdeflateInit Compress::Bzip2::compress_init Compress::Bzip2::bzinflateInit Compress::Bzip2::decompress_init Compress::Bzip2 needs bzlib version 1.x, not %s
obj Compress::Bzip2 Compress::Bzip2::is_stream %s: %s is not of type %s Compress::Bzip2::is_read Compress::Bzip2::is_write Compress::Bzip2::prefix error_num, error_str Compress::Bzip2::bzerrno sv BZ_OK BZ_RUN BZ_FLUSH_OK BZ_IO_ERROR BZ_MEM_ERROR BZ_FINISH_OK BZ_STREAM_END BZ_DATA_ERROR BZ_MAX_UNUSED BZ_PARAM_ERROR BZ_OUTBUFF_FULL BZ_CONFIG_ERROR BZ_UNEXPECTED_EOF BZ_SEQUENCE_ERROR BZ_DATA_ERROR_MAGIC Unknown %s (%d): %d %s %s (%d) %s (%d): %s - %d %s %s (%d): %s decompress: buffer is undef memBunzip: buffer is undef memBzip: buffer is undef sv, level = 6 Compress::Bzip2::bzerror Compress::Bzip2::bzeof Compress::Bzip2::total_in Compress::Bzip2::total_out Compress::Bzip2::bzclearerr verbosity small blockSize100k level workFactor readUncompressed obj, param, setting = -1 Compress::Bzip2::bzsetparams bzfile_new small out of range bzinflateInit decompress_init bzdeflateInit obj, flag=0 Compress::Bzip2::bzflush obj, abandon=0 Compress::Bzip2::bzclose Compress::Bzip2::DESTROY %s: %s is not a reference debug: DESTROY on %p
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PK ! E h h Raw/Zlib/Zlib.sonu ȯ ELF > ! @ h @ 8 @ p p H H H ` ` ` $ $ P P P Ptd L L Qtd Rtd H H H GNU HR~Dv L @ a
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s __gmon_start__ _ITM_deregisterTMCloneTable _ITM_registerTMCloneTable __cxa_finalize libpthread.so.0 my_zcalloc Perl_safesysmalloc my_zcfree Perl_safesysfree Perl_sv_derived_from Perl_sv_2iv_flags Perl_sv_newmortal Perl_sv_setuv_mg Perl_croak_nocontext Perl_croak_xs_usage Perl_sv_2pvbyte Perl_sv_2bool_flags Perl_sv_setpv Perl_mg_set zlibVersion PL_thr_key pthread_getspecific Perl_newSVpv Perl_sv_2mortal Perl_mg_get crc32 Perl_sv_utf8_downgrade Perl_sv_2uv_flags __stack_chk_fail adler32 __printf_chk putchar puts inflateEnd Perl_sv_free2 Perl_sv_pvbyten_force Perl_sv_upgrade deflateTune Perl_sv_setiv_mg adler32_combine crc32_combine zlibCompileFlags __errno_location strerror Perl_sv_setnv inflateSync Perl_sv_pvn_force_flags memmove Perl_sv_2pv_flags inflate Perl_sv_grow inflateSetDictionary Perl_sv_utf8_upgrade_flags_grow deflate memcpy Perl_safesyscalloc deflateInit2_ Perl_sv_setref_pv deflateSetDictionary deflatePrime Perl_newSViv Perl_dowantarray Perl_stack_grow inflateReset deflateReset inflateInit2_ Perl_sv_len Perl_newSVsv Perl_newSVpvf_nocontext Perl_sv_setpvn deflateEnd flushParams Perl_safesysrealloc deflateParams boot_Compress__Raw__Zlib Perl_xs_handshake Perl_newXS_deffile Perl_get_sv Perl_sv_setiv Perl_xs_boot_epilog libz.so.1 libperl.so.5.26 libc.so.6 _edata __bss_start _end ZLIB_1.2.0.2 ZLIB_1.2.0.8 ZLIB_1.2.2.3 ZLIB_1.2.2 GLIBC_2.2.5 GLIBC_2.3.4 GLIBC_2.14 GLIBC_2.4
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H 1H5 H= HH5 AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
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HL 1H5Ԕ H=% pHH5- AUATUSHHHGxHHPHWxHWHc hHH)HH' HG@# HHHGL,HcH4L$ F
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H6 H HSHHpF % = uJHH@ AM Jl"P,%u[ tRIUAM LmLcL#H[]A\A]Ð HHS D CHSIB LHH
5 H#6 1H5l: H=5 HH56 AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
HU5 H= HSHHpF % = uJHH@ AM Jl"P%u[ tRIUAM LmLcL#H[]A\A]Ð HCHS D HSIB LHH
4 H4 1H549 H=4 HH54 1 AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
H3 H HSHHpF % = uZHH@ p\AE Jl"Hcց @ǃ@tVxRIUAE LmLcL#H[]A\A]Ð HHS D sHSI2 LH%H
,3 HS3 1H57 H=,3 0HH543 AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
H2 Hm HKHHpF % = uZHH@ HP`AE Jl! @ƃ@tXHxSIUAE LmLcL#H[]A\A]f HcHK D HSI2 LHH
1 H1 1H56 H=1 HH51 Q AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
HE1 H HKHHpF % = uZHH@ HPpAE Jl! @ƃ@tXHxSIUAE LmLcL#H[]A\A]f HHK D HSI2 LHEH
|0 Hs0 1H5T5 H=L0 PHH5T0 AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
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/ H/ 1H5 4 H=. HH5. q AUATUSHHHGxHHPHWxHWHc hHH)HH HG@# HHHGL,HcH4L$ F
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L, HC, 1H51 H= , HH5$, ATUSHHHCxHKH3HPHSxHc PHH)HH HcH, H@
tOHpF % = u*HL` I|$LHCHD(H[]A\ú HIHu+ H50 1H=|+ RH5Y+ f D AUATUSHHHGxHHPHWxHWHc hHH)HHuyHG@#tRHPHGL$LHHcHHCLlAD$@u/MeHCHHH[]A\A] D If D LHHH5+ ff. HIH ATUHSH8HIċC u{t"H[C uXЃ } ugu<t % =
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2 H' H HCJD0HpF % = & HLx H56' LAoXlHD$A
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! H! 1H5,( H=! H5" lH=0( 1H=( 1AG(AW @ f. AUH1ATUHH5! SH HHtHH5! 1
HL HSH5! 1HSP 1H5! HS8 1H5! wHS1 H5! `H{ tEH5! 1FHkL%! Lm U L 1HL9u
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[]A\A]bfHH=f []A\A]zf. AUATUSHHHGxH/HPHWxHWHc D`HH)HE McJ4N, F
HN 9 HCJHpF % = uvHL` 1~#HCJD(P t7 uaHpL}HCJD(HH[]A\A]f D tĉс
uf HI| H1HHH
H 1H5$ H= HH5 @ AUATUSHHHGxH/HPHWxHWHc D`HH)HE McJ4N, F
H HCJHpF % = uvHL` 1~#HCJD(P t7 uaHpL HCJD(HH[]A\A]f D tĉс
uf HI| H1HHH
O HF 1H5# H= #HH5\ @ AWAVAUIHATUSH(IExIMIu HPIUxHcBHH)HH HHH H,HtH\$F
[ H LbD IEHDHpF % = HHX C H5 HDcXI@ t%I @8u LL I H@IWD$ HS ILrA)HCHD$DDs( H|$ tJxFC(|$ B,7uIDLLEHPODc(HЉl$ HC A,E K\+C(HCh LL$ _L$ fLHH*L$ H HLWK " Ht$IEH\0IEHD0IE H([]A\A]A^A_f D H@ IAG % _DAG I+k(HpAG@ubLL$ % LHHL$ H# )HcHHHf. LHLLL$ lL$ H
O HF 1H5 H= #H5o H= f. AWAVAUIHATUSH(IExIMIu HPIUxHcBHH)HH HHH H,HtH\$F
[ H LRD IEHDHpF % = HHX C H5 HDcXI@ t%I @8u LL I H@IWD$ HS ILrA)HCHD$DDs( H|$ tJxFC(|$ B,7uIDLLEHP?Dc(HЉl$ HC A,E K\+C(HCh LL$ OL$ fLHH*L$ H HLGK " Ht$IEH\0IEHD0IE H([]A\A]A^A_f D H@ IAG % _DAG I+k(HpAG@ubLL$ " LHHL$ H )HcHHHf. LHLLL$ \L$ H
? H6 1H5 H= H5_ H= f. AWAVAUATUHHSH8HMHu dH%( HD$(1HExHPHUxHcBHH)HH HHL< L,Jt9J\9L|$F
G Hu H-0 HEJD8HpF % = 5 HLp LH5 EfXIŋ@ t)H B8u LH AE % = IE HPIEHT$ IFH5R HAV I@ t%H @8u LH7 IAb H@INHL$IWD$ IV ILj1A)En(D fH|$1a AF(L$ B )ANt=uIDLHEHPEf(HЉ\$ IF A E D AV\)HD$ INhIFpR AG % _DAG IA+^(HpAG@] H HHH` H HHHK " H|$HEH\8HEHD8HE HD$(dH3%( H H8[]A\A]A^A_ D H@ I HCI HT$ 1LH&HT$ @ ANHD$ AV\HIFpA+^(T$ H)I^hIFpT$ fHHH*T$ u2H f D H`fHHH @ )HcHLHJH
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tOHpF % = u*HL` I|$LHCHD(H[]A\ú HIH5 H5 1H=< H5 f D Hx rHxHHH HH@p 1H)xHHH D f. AWAVIAUATUSHHGxH HOHPHHWxHc PHH)HE HcHH)HcH4L< F < E1
IFJt8F % = W H@ D$ IFJt8F % = @ H@ D$ 7 IFJt8F % = i H@ $ IFJt8 F % = # HDh IFJt8(F % = H@ D$8IHtK$HxD,Ņ T$1L$ IGX @ t$EEALLLLHIIF H)H LkIFLc@" <ujM&H[]A\A]A^A_% = u4LfLE1$ D$ D$ D$ 1LvI
f D HcLLHbfL*HH\Hu HLK " IF L)H I\$I+ D L LD$f LD$ f. LD$ f. LA L{$ HT )HcHH LE1eHH LmH! D E1$ D$ D$ tLL L-IHH5s &E1$ D$ 2E1D$ "D$ f AWIAVAUATUSHHGxH HOHPHHWxHc PHH)HEs HcHH)HcH4L, F <{ E1
d t IGJt(F % = H@ D$ IGJt(F % = H@ D$ IGJt(F % = H@ D$ IGJt( F % = HDh IHt4L$t$HxDUŅ T$ 1IFX @ ALLLLHIIG H)H LkIGLc@" <uoM'H[]A\A]A^A_ D % = u4LfD$ E1D$ D$ 1LVIJf D HcLLHBfL*HH @ HBZ_FINISH9. D HH=
1?HHI$L#HD$dH3%( H[]A\A]A^ @ H HH$h #HSI' HERROR_MAH3HHBZ_DATA_H3H \fxGIPxCI? HC Il$H)H H8 HEAE MuAE LeLmf D 8BZ_OxK8BZ_RfxUNE1hHBZ_FLUSHH9, PHcKrHBZ_RUN_OH9_A @ PFC I:HBZ_IO_ERH9'fxROx
RI
D PMk NHBZ_FINISH9xH_OKA P Ns OHBZ_DATA_H9xERROx RIq4 @ HBZ_PARAMH9Ux_ERRHfx ORI5PF GHBZ_CONFIH9xG_ERfx ROxRI P D EHNCE_ERROH3HHBZ_SEQUEH3H xRIHHBZ_OUTBUH9mxFF_F`fx ULTxLICf D HBZ_STREAH9%xM_ENx DA HBZ_FLUSHH9fx_Ox
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% HH#
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HHH5\ HHH5 HHH5 HHH5 HHH5 HkHH5m HUHH5/ H?HXH5 H)HbH5S HHH5 HHH5w HH@H5y HHH5; HHTH5 HHH5 HHHH5y Hy$81uHH[]
H=
H19 HH Compress::Raw::Bunzip2 %s: %s is not of type %s Compress::Raw::Bzip2 %s: %s is not a reference s, buf, output bzinflate Enabled Disabled DispStream 0x%p - %s
stream pointer is NULL stream 0x%p
opaque 0x%p
state 0x%p
next_in 0x%p => %02x next_out 0x%p avail_in %lu
avail_out %lu
bufsize %lu
total_in_lo32 %u
total_in_hi32 %u
total_out_lo32 %u
total_out_hi32 %u
flags 0x%x
APPEND %s
CONSUME %s
LIMIT %s
s, message=NULL s, output Compress::Raw::Bzip2::bzflush Compress::Raw::Bzip2::bzclose deflate Compress::Raw::Bzip2::DESTROY sv BZ_OK BZ_RUN BZ_FLUSH_OK BZ_IO_ERROR BZ_MEM_ERROR BZ_FINISH_OK BZ_STREAM_END BZ_DATA_ERROR BZ_PARAM_ERROR BZ_OUTBUFF_FULL BZ_CONFIG_ERROR BZ_UNEXPECTED_EOF BZ_SEQUENCE_ERROR BZ_DATA_ERROR_MAGIC %s is not a valid Bzip2 macro bz_internal_error %d
2.081 v5.26.0 Bzip2.c Compress::Raw::Bzip2::new Compress::Raw::Bunzip2::new Compress::Raw::Bunzip2::uncompressedBytes Compress::Raw::Bunzip2::compressedBytes Compress::Raw::Bunzip2::total_out_lo32 Compress::Raw::Bunzip2::total_in_lo32 Compress::Raw::Bunzip2::status Compress::Raw::Bunzip2::inflateCount Compress::Raw::Bzip2::uncompressedBytes Compress::Raw::Bzip2::compressedBytes Compress::Raw::Bzip2::total_out_lo32 Compress::Raw::Bzip2::total_in_lo32 Compress::Raw::Bunzip2::DESTROY %s: buffer parameter is not a SCALAR reference %s: buffer parameter is a reference to a reference %s: buffer parameter is read-only Compress::Raw::Bunzip2::bzinflate Compress::Raw::Bunzip2::bzinflate input parameter cannot be read-only when ConsumeInput is specified Wide character in Compress::Raw::Bunzip2::bzinflate input parameter Wide character in Compress::Raw::Bunzip2::bzinflate output parameter Compress::Raw::Bunzip2::DispStream Compress::Raw::Bzip2::DispStream Wide character in Compress::Raw::Bzip2::bzflush input parameter Wide character in Compress::Raw::Bzip2::bzclose input parameter Compress::Raw::Bzip2::bzdeflate Wide character in Compress::Raw::Bzip2::bzdeflate input parameter Wide character in Compress::Raw::Bzip2::bzdeflate output parameter className, appendOut=1, consume=1, small=0, verbosity=0, limitOutput=0 className, appendOut=1, blockSize100k=1, workfactor=0, verbosity=0 Compress::Raw::Bzip2::constant Compress::Raw::Bzip2::bzlibversion Compress::Raw::Bzip2 needs bzip2 version 1.x, you have %s
pp p@pp End of Stream Finish OK Flush OK Run OK Sequence Error Param Error Memory Error Data Error Magic Error IO Error Unexpected EOF Output Buffer Full Config Error ? @; 0 @ X @H 8 `t ` @X @ 0 `l @ pl 0 P zR x $ FJ w ?:*3$" D ȴ 8 \ @o FBA A(G0
(A ABBC 8 to FBA A(G0
(A ABBC 8 _ FBA A(G0
(A ABBB 8 ̻_ FBA A(G0
(A ABBB 8 L o FBA A(G0
(A ABBB 8 $o FBA A(G0
(A ABBC 8 Xo FBA A(G0
(A ABBC 8 o FBA A(G0
(A ABBC 8 < _ FBA A(G0
(A ABBB 8 x _ FBA A(G0
(A ABBB , FAA
ABA 8 FBA A(G0{
(A ABBF 8 < IAD W
ABH R
DEE 8 \ BEA A(G@
(A ABBD L FBB B(A0A8Jz
8A0A(B BBBD H T BGA K(L0m
(F ABBG D(H ABB 8 4 \ FBA A(G0
(A ABBG 8 p \ FBA A(G0
(A ABBG H FBB H(A0A8D`
8A0A(B BBBG H FBB H(A0A8D`
8A0A(B BBBG H D FBB B(A0G8Dp
8A0A(B BBBF , l FAA
ABA A D| H D^ FBE B(A0A8DP
8A0A(B BBBA H $ X FEB B(A0A8DP
8A0A(B BBBF @ p FBB A(A0G@
0A(A BBBE x J( G EMZ
FAE GNU @l U @
Q 0l 8l o ( `
Xn 8
H o o o o x o Hl p 0 @ P ` p 0 @ P ` p 0 GA$3a1 GA$3a1 @ V GA$3a1 Q Q GA$3a1
GA$3p864 Q GA$gcc 8.2.1 20180905
GA*GOW *E GA* GA+stack_clash GA*cf_protection GA+GLIBCXX_ASSERTIONS
GA*FORTIFY GA* GA! GA* GA!stack_realign
GA$3h864
GA$3h864 GA$3a1 Q Q GA$3a1 Q Q GA$3a1 V [ GA$3a1 Q Q Bzip2.so-2.081-1.el8.x86_64.debug ; 7zXZ ִF ! t/'I] ?Eh=ڊ2N8'uX^:&% 7ɓJN's8CϮ6ЉD$Ӽlȫj} SU֝KM^n&_U
vѭG9/Un|
cC(]o"E%~ޭ|g9:D.}f2|? 3TM@^aA:No } [ qw(
BZ_CONFIG_ERROR
BZ_DATA_ERROR
BZ_DATA_ERROR_MAGIC
BZ_FINISH
BZ_FINISH_OK
BZ_FLUSH
BZ_FLUSH_OK
BZ_IO_ERROR
BZ_MAX_UNUSED
BZ_MEM_ERROR
BZ_OK
BZ_OUTBUFF_FULL
BZ_PARAM_ERROR
BZ_RUN
BZ_RUN_OK
BZ_SEQUENCE_ERROR
BZ_STREAM_END
BZ_UNEXPECTED_EOF
) ],
'utilities' => [ qw(
&bzopen
&bzinflateInit
&bzdeflateInit
&memBzip &memBunzip
&compress &decompress
&bzip2 &bunzip2
&bzlibversion
$bzerrno
) ],
'bzip1' => [ qw(
&compress
&decompress
&compress_init
&decompress_init
&version
) ],
'gzip' => [ qw(
&gzopen
&inflateInit
&deflateInit
&compress &uncompress
&adler32 &crc32
ZLIB_VERSION
$gzerrno
Z_OK
Z_STREAM_END
Z_NEED_DICT
Z_ERRNO
Z_STREAM_ERROR
Z_DATA_ERROR
Z_MEM_ERROR
Z_BUF_ERROR
Z_VERSION_ERROR
Z_NO_FLUSH
Z_PARTIAL_FLUSH
Z_SYNC_FLUSH
Z_FULL_FLUSH
Z_FINISH
Z_BLOCK
Z_NO_COMPRESSION
Z_BEST_SPEED
Z_BEST_COMPRESSION
Z_DEFAULT_COMPRESSION
Z_FILTERED
Z_HUFFMAN_ONLY
Z_RLE
Z_DEFAULT_STRATEGY
Z_BINARY
Z_ASCII
Z_UNKNOWN
Z_DEFLATED
Z_NULL
) ],
);
our @EXPORT_OK = ( @{ $EXPORT_TAGS{'utilities'} },
@{ $EXPORT_TAGS{'constants'} },
@{ $EXPORT_TAGS{'bzip1'} },
@{ $EXPORT_TAGS{'gzip'} },
);
$EXPORT_TAGS{'all'} = [ @EXPORT_OK ];
our @EXPORT = ( @{ $EXPORT_TAGS{'utilities'} }, @{ $EXPORT_TAGS{'constants'} } );
our $bzerrno = "";
our $gzerrno;
*gzerrno = \$bzerrno;
# Zlib compatibility
##
use constant ZLIB_VERSION => '1.x';
# allowed flush values
use constant { Z_NO_FLUSH => 0, Z_PARTIAL_FLUSH => 1, Z_SYNC_FLUSH => 2,
Z_FULL_FLUSH => 3, Z_FINISH => 4, Z_BLOCK => 5 };
# return codes for functions, positive normal, negative error
use constant { Z_OK => 0, Z_STREAM_END => 1, Z_NEED_DICT => 2, Z_ERRNO => -1,
Z_STREAM_ERROR => -2, Z_DATA_ERROR => -3, Z_MEM_ERROR => -4,
Z_BUF_ERROR => -5, Z_VERSION_ERROR => -6 };
# compression levels
use constant { Z_NO_COMPRESSION => 0, Z_BEST_SPEED => 1,
Z_BEST_COMPRESSION => 9, Z_DEFAULT_COMPRESSION => -1 };
# compression strategy, for deflateInit
use constant { Z_FILTERED => 1, Z_HUFFMAN_ONLY => 2, Z_RLE => 3,
Z_DEFAULT_STRATEGY => 0 };
# possible values of data_type (inflate)
use constant { Z_BINARY => 0, Z_ASCII => 1, Z_UNKNOWN => 2 };
# the deflate compression method
use constant Z_DEFLATED => 8;
# for initialization
use constant Z_NULL => 0;
## gzopen, $gzerror, gzerror, gzclose, gzreadline, gzwrite
sub AUTOLOAD {
# This AUTOLOAD is used to 'autoload' constants from the constant()
# XS function.
my $constname;
our $AUTOLOAD;
($constname = $AUTOLOAD) =~ s/.*:://;
croak "&Compress::Bzip2::constant not defined" if $constname eq 'constant';
my ($error, $val) = constant($constname);
if ($error) { croak $error; }
{
no strict 'refs';
# Fixed between 5.005_53 and 5.005_61
#XXX if ($] >= 5.00561) {
#XXX *$AUTOLOAD = sub () { $val };
#XXX }
#XXX else {
*$AUTOLOAD = sub { $val };
#XXX }
}
goto &$AUTOLOAD;
}
require XSLoader;
XSLoader::load('Compress::Bzip2', $VERSION);
#bootstrap Compress::Bzip2 $VERSION;
##############################################################################
## file compress uncompress commands
sub _writefileopen ( $$;$ ) {
## open a protected file for write
my ( $handle, $filename, $force ) = @_;
if ( sysopen($handle, $filename, $force ? O_WRONLY|O_CREAT|O_TRUNC : O_WRONLY|O_CREAT|O_EXCL, S_IWUSR|S_IRUSR) ) {
$_[0] = $handle if !defined($_[0]);
return $handle;
}
return undef;
}
sub _stat_snapshot ( $ ) {
my ( $filename ) = @_;
return undef if !defined($filename);
my @stats = stat $filename;
if (!@stats) {
warn "stat of $filename failed: $!\n" if !@stats;
return undef;
}
return \@stats;
}
sub _check_stat ( $$;$ ) {
my ( $filename, $statsnap, $force ) = @_;
if ( !defined($statsnap) || (ref($statsnap) eq 'ARRAY' && @$statsnap == 0) ) {
$statsnap = _stat_snapshot( $filename );
if ( $statsnap ) {
if ( @_>1 ) {
if ( !defined($_[1]) ) {
$_[1] = $statsnap;
}
elsif ( ref($_[1]) eq 'ARRAY' && @{ $_[1] } == 0 ) {
@{ $_[1] } = @$statsnap;
}
}
}
else {
return undef;
}
}
if ( S_ISDIR( $statsnap->[2] ) ) {
bz_seterror( &BZ_IO_ERROR, "file $filename is a directory" );
return 0;
}
if ( !S_ISREG( $statsnap->[2] ) ) {
bz_seterror( &BZ_IO_ERROR, "file $filename is not a normal file" );
return 0;
}
if ( !$force && S_ISLNK( $statsnap->[2] ) ) {
bz_seterror( &BZ_IO_ERROR, "file $filename is a symlink" );
return 0;
}
if ( !$force && $statsnap->[3] > 1 ) {
bz_seterror( &BZ_IO_ERROR, "file $filename has too many hard links" );
return 0;
}
return 1;
}
sub _set_stat_from_snapshot ( $$ ) {
my ( $filename, $statsnap ) = @_;
if ( !chmod( S_IMODE( $statsnap->[2] ), $filename ) ) {
bz_seterror( &BZ_IO_ERROR, "chmod ".sprintf('%03o', S_IMODE( $statsnap->[2] ))." $filename failed: $!" );
return undef;
}
if ( !utime @$statsnap[8,9], $filename ) {
bz_seterror( &BZ_IO_ERROR,
"utime " . join(' ',map { strftime('%Y-%m-%d %H:%M:%S', localtime $_) } @$statsnap[8,9] ) .
" $filename failed: $!" );
return undef;
}
if ( !chown @$statsnap[4,5], $filename ) {
bz_seterror( &BZ_IO_ERROR,
"chown " . join(':', ( getpwuid($statsnap->[4]) )[0], ( getgrgid($statsnap->[5]) )[0]) .
" $filename failed: $!" );
return 0;
}
return 1;
}
sub bzip2 ( @ ) {
return _process_files( 'bzip2', 'cfvks123456789', @_ );
}
sub bunzip2 ( @ ) {
return _process_files( 'bunzip2', 'cdzfks123456789', @_ );
}
sub bzcat ( @ ) {
return _process_files( 'bzcat', 'cdzfks123456789', @_ );
}
sub _process_files ( @ ) {
my $command = shift;
my $opts = shift;
local @ARGV = @_;
my %opts;
return undef if !getopt( $opts, \%opts );
# c compress or decompress to stdout
# d decompress
# z compress
# f force
# v verbose
# k keep
# s small
# 123456789
$opts{c} = 1 if $command eq 'bzcat';
$opts{d} = 1 if $command eq 'bunzip2' || $command eq 'bzcat';
$opts{z} = 1 if $command eq 'bzip2';
my $read_from_stdin;
my ( $in, $bzin );
my ( $out, $bzout );
if ( !@ARGV ) {
$read_from_stdin = 1;
$opts{c} = 1;
if ( !open( $in, "<&STDIN" ) ) {
die "Error: failed to input from STDIN: '$!'\n";
}
$bzin = bzopen( $in, "r" );
}
if ( $opts{c} ) {
if ( !open( $out, ">&STDOUT" ) ) {
die "Error: failed to output to STDOUT: '$!'\n";
}
$bzout = bzopen( $out, "w" );
}
if ( !$opts{d} && !$opts{z} ) {
die "Error: neither compress nor decompress was indicated.\n";
}
my $doneflag = 0;
while ( !$doneflag ) {
my $infile;
my $outfile;
my @statbuf;
if ( !$read_from_stdin ) {
$infile = shift @ARGV;
if ( ! -r $infile ) {
print STDERR "Error: file $infile is not readable\n";
next;
}
@statbuf = stat _;
if ( !@statbuf ) {
print STDERR "Error: failed to stat $infile: '$!'\n";
next;
}
if ( !_check_stat( $infile, \@statbuf, $opts{f} ) ) {
print STDERR "Error: file $infile stat check fails: $bzerrno\n";
next;
}
}
my $outfile_exists;
if ( !$opts{c} ) {
undef $out;
if ( $opts{d} ) {
$outfile = $infile . '.bz2';
}
elsif ( $opts{z} ) {
$outfile = $infile =~ /\.bz2$/ ? substr($infile,0,-4) : $infile.'.out';
}
$outfile_exists = -e $outfile;
if ( !_writefileopen( $out, $outfile, $opts{f} ) ) {
print STDERR "Error: failed to open $outfile for write: '$!'\n";
next;
}
}
if ( !$read_from_stdin ) {
undef $in;
if ( !open( $in, $infile ) ) {
print STDERR "Error: unable to open $infile: '$!'\n";
unlink( $outfile ) if !$outfile_exists;
next;
}
}
if ( $opts{d} ) {
$bzin = bzopen( $in, "r" ) if !$read_from_stdin;
my $buf;
my $notdone = 1;
while ( $notdone ) {
my $ln = bzread( $in, $buf, 1024 );
if ( $ln > 0 ) {
syswrite( $out, $buf, $ln );
}
elsif ( $ln == 0 ) {
undef $notdone;
}
else {
}
}
close($out);
if ( !$read_from_stdin ) {
bzclose($in);
unlink( $infile ) if !$opts{k};
_set_stat_from_snapshot( $outfile, \@statbuf );
}
}
elsif ( $opts{z} ) {
$bzout = bzopen( $out, "w" ) if !$opts{c};
my $buf;
my $notdone = 1;
while ( $notdone ) {
my $ln = sysread( $in, $buf, 1024 );
if ( $ln > 0 ) {
bzwrite( $bzout, $buf, $ln );
}
elsif ( $ln == 0 ) {
undef $notdone;
}
else {
}
}
close($in);
if ( !$opts{c} ) {
bzclose($bzout);
unlink( $infile ) if !$opts{k};
_set_stat_from_snapshot( $outfile, \@statbuf );
}
}
}
}
##############################################################################
##############################################################################
## compatibility with Compress::Bzip2 1.03
sub add ( $$ ) {
my ( $obj, $buffer ) = @_;
my @res = $obj->is_write ? $obj->bzdeflate( $buffer ) : $obj->bzinflate( $buffer );
return $res[0];
}
sub finish ( $;$ ) {
my ( $obj, $buffer ) = @_;
my ( @res, $out );
if ( defined($buffer) ) {
@res = $obj->is_write ? $obj->bzdeflate( $buffer ) : $obj->bzinflate( $buffer );
return undef if $res[1] != &BZ_OK;
$out = $res[0];
}
$out = '' if !defined($out);
@res = $obj->bzclose;
return undef if $res[1] != &BZ_OK;
return $out.$res[0];
}
sub input_size ( $ ) {
my ( $obj ) = @_;
return $obj->total_in;
}
sub output_size ( $ ) {
my ( $obj ) = @_;
return $obj->total_out;
}
sub version ( ) {
return bzlibversion();
}
sub error ( $ ) {
return $_[0]->bzerror;
}
##############################################################################
##############################################################################
## THE Compress::Zlib compatibility section
sub _bzerror2gzerror {
my ( $bz_error_num ) = @_;
my $gz_error_num =
$bz_error_num == &BZ_OK ? Z_OK :
$bz_error_num == &BZ_RUN_OK ? Z_OK :
$bz_error_num == &BZ_FLUSH_OK ? Z_STREAM_END :
$bz_error_num == &BZ_FINISH_OK ? Z_STREAM_END :
$bz_error_num == &BZ_STREAM_END ? Z_STREAM_END :
$bz_error_num == &BZ_SEQUENCE_ERROR ? Z_VERSION_ERROR :
$bz_error_num == &BZ_PARAM_ERROR ? Z_ERRNO :
$bz_error_num == &BZ_MEM_ERROR ? Z_MEM_ERROR :
$bz_error_num == &BZ_DATA_ERROR ? Z_DATA_ERROR :
$bz_error_num == &BZ_DATA_ERROR_MAGIC ? Z_DATA_ERROR :
$bz_error_num == &BZ_IO_ERROR ? Z_ERRNO :
$bz_error_num == &BZ_UNEXPECTED_EOF ? Z_STREAM_ERROR :
$bz_error_num == &BZ_OUTBUFF_FULL ? Z_BUF_ERROR :
$bz_error_num == &BZ_CONFIG_ERROR ? Z_VERSION_ERROR :
Z_VERSION_ERROR
;
return $gz_error_num;
}
sub gzopen ( $$ ) {
goto &bzopen;
}
sub gzread ( $$;$ ) {
goto &bzread;
}
sub gzreadline ( $$ ) {
goto &bzreadline;
}
sub gzwrite ( $$ ) {
goto &bzwrite;
}
sub gzflush ( $;$ ) {
my ( $obj, $flush ) = @_;
return Z_OK if $flush == Z_NO_FLUSH;
goto &bzflush;
}
sub gzclose ( $ ) {
goto &bzclose;
}
sub gzeof ( $ ) {
goto &bzeof;
}
sub gzsetparams ( $$$ ) {
## ignore params
my ( $obj, $level, $strategy ) = @_;
return Z_OK;
}
sub gzerror ( $ ) {
goto &bzerror;
}
sub deflateInit ( @ ) {
## ignore all options:
## -Level, -Method, -WindowBits, -MemLevel, -Strategy, -Dictionary, -Bufsize
my @res = bzdeflateInit();
return $res[0] if !wantarray;
return ( $res[0], _bzerror2gzerror( $res[1] ) );
}
sub deflate ( $$ ) {
my ( $obj, $buffer ) = @_;
my @res = $obj->bzdeflate( $buffer );
return $res[0] if !wantarray;
return ( $res[0], _bzerror2gzerror( $res[1] ) );
}
sub deflateParams ( $;@ ) {
## ignore all options
return Z_OK;
}
sub flush ( $;$ ) {
my ( $obj, $flush_type ) = @_;
$flush_type = Z_FINISH if !defined($flush_type);
return Z_OK if $flush_type == Z_NO_FLUSH;
my $bz_flush_type;
my @res;
$bz_flush_type =
$flush_type == Z_PARTIAL_FLUSH || $flush_type == Z_SYNC_FLUSH ? &BZ_FLUSH :
$flush_type == Z_FULL_FLUSH ? &BZ_FINISH :
&BZ_FINISH;
@res = $obj->bzflush( $bz_flush_type );
return $res[0] if !wantarray;
return ( $res[0], _bzerror2gzerror( $res[1] ) );
}
sub dict_adler ( $ ) {
return 1; # ???
}
sub msg ( $ ) {
my ( $obj ) = @_;
return ''.($obj->bzerror).''; # stringify
}
sub inflateInit ( @ ) {
## ignore all options:
## -WindowBits, -Dictionary, -Bufsize
my @res = bzinflateInit();
return $res[0] if !wantarray;
return ( $res[0], _bzerror2gzerror( $res[1] ) );
}
sub inflate ( $$ ) {
my ( $obj, $buffer ) = @_;
my @res = $obj->bzinflate( $buffer );
return $res[0] if !wantarray;
return ( $res[0], _bzerror2gzerror( $res[1] ) );
}
sub inflateSync ( $ ) {
return Z_VERSION_ERROR; # ?? what
}
sub memGzip ( $ ) {
goto &memBzip;
}
sub memGunzip ( $ ) {
goto &memBunzip;
}
sub adler32 ( $;$ ) {
return 0;
}
sub crc32 ( $;$ ) {
return 0;
}
# sub compress ( $;$ ) {
# ## ignore $level
# my ( $source, $level ) = @_;
# return memBzip( $source );
# }
sub uncompress ( $ ) {
my ( $source, $level ) = @_;
return memBunzip( $source );
}
# Autoload methods go after =cut, and are processed by the autosplit program.
1;
__END__
=pod
=head1 NAME
Compress::Bzip2 - Interface to Bzip2 compression library
=head1 SYNOPSIS
use Compress::Bzip2 qw(:all :constant :utilities :gzip);
($bz, $status) = bzdeflateInit( [PARAMS] );
($out, $status) = $bz->bzdeflate($buffer) ; # compress
($bz, $status) = bzinflateInit( [PARAMS] );
($out, $status) = $bz->bzinflate($buffer); # uncompress
($out, $status) = $bz->bzflush() ;
($out, $status) = $bz->bzclose() ;
$dest = memBzip($source);
alias compress
$dest = memBunzip($source);
alias decompress
$bz = Compress::Bzip2->new( [PARAMS] );
$bz = bzopen($filename or filehandle, $mode);
alternate, with $bz created by new():
$bz->bzopen($filename or filehandle, $mode);
$bytesread = $bz->bzread($buffer [,$size]) ;
$bytesread = $bz->bzreadline($line);
$byteswritten = $bz->bzwrite($buffer [,$limit]);
$errstring = $bz->bzerror();
$status = $bz->bzeof();
$status = $bz->bzflush();
$status = $bz->bzclose() ;
$status = $bz->bzsetparams( $param => $setting );
$bz->total_in() ;
$bz->total_out() ;
$verstring = $bz->bzversion();
$Compress::Bzip2::bzerrno
=head1 DESCRIPTION
The I module provides a Perl interface to the B
compression library (see L for details about where to get
I). A relevant subset of the functionality provided by I
is available in I.
All string parameters can either be a scalar or a scalar reference.
The module can be split into two general areas of functionality, namely
in-memory compression/decompression and read/write access to I
files. Each of these areas will be discussed separately below.
B
I is just a simple I binding, comparable to the
old L library. It is not well integrated into PerlIO,
use the preferred L instead.
=head1 FILE READ/WRITE INTERFACE
A number of functions are supplied in I for reading and writing
I files. Unfortunately, most of them are not suitable. So, this
module provides another interface, built over top of the low level bzlib
methods.
=head2 B<$bz = bzopen(filename or filehandle, mode)>
This function returns an object which is used to access the other
I methods.
The B parameter is used to specify both whether the file is
opened for reading or writing, with "r" or "w" respectively.
If a reference to an open filehandle is passed in place of the
filename, it better be positioned to the start of a
compression/decompression sequence.
WARNING: With Perl 5.6 you cannot use a filehandle because of
SEGV in destruction with bzclose or an implicit close.
=head2 B<$bz = Compress::Bzip2-Enew( [PARAMS] )>
Create a Compress::Bzip2 object. Optionally, provide
compression/decompression parameters as a keyword => setting list.
See I for a description of the parameters.
=head2 B<$bz-Ebzopen(filename or filehandle, mode)>
This is bzopen, but it uses an object previously created by the new
method. Other than that, it is identical to the above bzopen.
=head2 B<$bytesread = $bz-Ebzread($buffer [, $size]) ;>
Reads B<$size> bytes from the compressed file into B<$buffer>. If
B<$size> is not specified, it will default to 4096. If the scalar
B<$buffer> is not large enough, it will be extended automatically.
Returns the number of bytes actually read. On EOF it returns 0 and in
the case of an error, -1.
=head2 B<$bytesread = $bz-Ebzreadline($line) ;>
Reads the next line from the compressed file into B<$line>.
Returns the number of bytes actually read. On EOF it returns 0 and in
the case of an error, -1.
It IS legal to intermix calls to B and B.
At this time B ignores the variable C<$/>
(C<$INPUT_RECORD_SEPARATOR> or C<$RS> when C is in use). The
end of a line is denoted by the C character C<'\n'>.
=head2 B<$byteswritten = $bz-Ebzwrite($buffer [, $limit]) ;>
Writes the contents of B<$buffer> to the compressed file. Returns the
number of bytes actually written, or 0 on error.
If $limit is given and non-zero, then only that many bytes from
$buffer will be written.
=head2 B<$status = $bz-Ebzflush($flush) ;>
Flushes all pending output to the compressed file.
Works identically to the I function it interfaces to. Note that
the use of B can degrade compression.
Returns C if B<$flush> is C and all output could be
flushed. Otherwise the bzlib error code is returned.
Refer to the I documentation for the valid values of B<$flush>.
=head2 B<$status = $bz-Ebzeof() ;>
Returns 1 if the end of file has been detected while reading the input
file, otherwise returns 0.
=head2 B<$bz-Ebzclose>
Closes the compressed file. Any pending data is flushed to the file
before it is closed.
=head2 B<$bz-Ebzsetparams( [PARAMS] );>
Change settings for the deflate stream C<$bz>.
The list of the valid options is shown below. Options not specified
will remain unchanged.
=over 5
=item B<-verbosity>
Defines the verbosity level. Valid values are 0 through 4,
The default is C<-verbosity =E 0>.
=item B<-blockSize100k>
For bzip object opened for stream deflation or write.
Defines the buffering factor of compression method. The algorithm
buffers all data until the buffer is full, then it flushes all the
data out. Use -blockSize100k to specify the size of the buffer.
Valid settings are 1 through 9, representing a blocking in multiples
of 100k.
Note that each such block has an overhead of leading and trailing
synchronization bytes. bzip2 recovery uses this information to
pull useable data out of a corrupted file.
A streaming application would probably want to set the blocking low.
=item B<-workFactor>
For bzip object opened for stream deflation or write.
The workFactor setting tells the deflation algorithm how much work
to invest to compensate for repetitive data.
workFactor may be a number from 0 to 250 inclusive. The default setting
is 30.
See the bzip documentation for more information.
=item B<-small>
For bzip object opened for stream inflation or read.
B may be 0 or 1. Set C to one to use a slower, less
memory intensive algorithm.
=back
=head2 B<$bz-Ebzerror>
Returns the I error message or number for the last operation
associated with B<$bz>. The return value will be the I error
number when used in a numeric context and the I error message
when used in a string context. The I error number constants,
shown below, are available for use.
BZ_CONFIG_ERROR
BZ_DATA_ERROR
BZ_DATA_ERROR_MAGIC
BZ_FINISH
BZ_FINISH_OK
BZ_FLUSH
BZ_FLUSH_OK
BZ_IO_ERROR
BZ_MAX_UNUSED
BZ_MEM_ERROR
BZ_OK
BZ_OUTBUFF_FULL
BZ_PARAM_ERROR
BZ_RUN
BZ_RUN_OK
BZ_SEQUENCE_ERROR
BZ_STREAM_END
BZ_UNEXPECTED_EOF
=head2 B<$bz-Ebzclearerr>
=head2 B<$bzerrno>
The B<$bzerrno> scalar holds the error code associated with the most
recent I routine. Note that unlike B, the error is
I associated with a particular file.
As with B it returns an error number in numeric context and
an error message in string context. Unlike B though, the
error message will correspond to the I message when the error is
associated with I itself, or the UNIX error message when it is
not (i.e. I returned C).
As there is an overlap between the error numbers used by I and
UNIX, B<$bzerrno> should only be used to check for the presence of
I error in numeric context. Use B to check for specific
I errors. The I example below shows how the variable can
be used safely.
=head2 B<$bz-Eprefix>
Returns the additional 5 byte header which is prepended to the bzip2
header starting with C when using memBzip/compress.
=head1 Compress::Bzip2 Utilities
Options: -d -c -z -f -v -k -s -1..9
=head2 bzip2( [OPTS], filename)
=head2 bunzip2(filename)
=head2 bzcat(filenames...)
=head2 bzlibversion()
=head2 bzinflateInit( opts... )
=head1 Internal Utilties
=head2 bz_seterror(errno, msg)
=head2 $bz-Eis_read()
=head2 $bz-Eis_stream()
=head2 $bz-Eis_write()
=head2 $bz-Etotal_in()
=head2 $bz-Etotal_out()
=head2 version()
=head1 Compress::Bzip2 1.03 COMPATIBILITY
While the 2.x thread forked off of 1.00, another line of development
came to a head at 1.03. The 1.03 version worked with bzlib 1.0.2, had
improvements to the error handling, single buffer inflate/deflate, a
streaming interface to inflate/deflate, and a cpan style test suite.
=head2 B<$dest = compress( $string, [$level] )>
Alias to L, this compresses string, using the optional
compression level, 1 through 9, the default being 6. Returns a string
containing the compressed data.
On error I is returned.
=head2 B<$dest = decompress($string, [$level])>
Alias to L, this decompresses the data in string, returning a
string containing the decompressed data.
On error I is returned.
=head2 uncompress($string, [$level])
Another alias to L
=head2 B<$stream = compress_init( [PARAMS] )>
Alias to bzdeflateInit. In addition to the named parameters
documented for bzdeflateInit, the following are accepted:
-level, alias to -blockSize100k
-buffer, to set the buffer size.
The -buffer option is ignored. The intermediate buffer size is not
changeable.
=head2 B<$stream = decompress_init( [PARAMS] )>
Alias to bzinflateInit. See bzinflateInit for a description of the parameters.
The option "-buffer" is accepted, but ignored.
=head2 B<$output = $stream-Eadd( $string )>
Add data to be compressed/decompressed. Returns whatever output is available
(possibly none, if it's still buffering it), or undef on error.
=head2 B<$output = $stream-Efinish( [$string] )>
Finish the operation; takes an optional final data string. Whatever is
returned completes the output; returns undef on error.
=head2 B<$stream-Eerror>
Like the function, but applies to the current object only. Note that errors
in a stream object are also returned by the function.
=head2 B<$stream-Einput_size>
Alias to total_in. Total bytes passed to the stream.
=head2 B<$stream-Eoutput_size>
Alias to total_out. Total bytes received from the stream.
=head1 GZIP COMPATIBILITY INTERFACE
Except for the exact state and error numbers, this package presents an
interface very much like that given by the Compress::Zlib package.
Mostly, if you take the method name, state or error number from
Compress::Zlib and replace the "g" with a "b", your code should work.
To make the interoperability even easier, all the Compress::Zlib method
names have been used as aliases or cover functions for the bzip2 methods.
Therefore, most code that uses Compress::Zlib should be able to use
this package, with a one line change.
Simply change
$gz = Compress::Zlib::gzopen( "filename", "w" );
to
$gz = Compress::Bzip2::gzopen( "filename", "w" );
Some of the Compress::Zlib aliases don't return anything useful, like
crc32 or adler32, cause bzip2 doesn't do that sort of thing.
=head2 B< $gz = gzopen( $filename, $mode ) >
Alias for bzopen.
=head2 B< $gz-Egzread( $buffer, [ $length ] ) >
Alias for bzread.
=head2 B< $gz-Egzreadline( $buffer ) >
Alias for bzreadline.
=head2 B< $gz-Egzwrite( $buffer ) >
Alias for bzwrite.
=head2 B< $gz-Egzflush( [$flushtype] ) >
Alias for bzflush, with return code translation.
=head2 B< $gz-Egzclose( ) >
Alias for bzclose.
=head2 B< $gz-Egzeof( ) >
Alias for bzeof.
=head2 B< $gz-Egzerror( ) >
Alias for bzerror.
=head2 B< $gz-Egzsetparams( $level, $strategy ) >
This is a no-op.
=head2 B< $d = deflateInit( [OPTS] ) >
Alias for bzdeflateInit, with return code translation.
All OPTS are ignored.
=head2 B< $d-Edeflate( $buffer ) >
Alias for bzdeflate, with return code translation.
=head2 B< $d-EdeflateParams( [OPTS] ) >
This is a no-op.
=head2 B< $d-Eflush( [$flushtype] ) >
Cover function for bzflush or bzclose, depending on $flushtype.
See the Compress::Zlib documentation for more information.
=head2 B< $d-Edict_adler( ) >
This is a no-op.
=head2 B< $d-Emsg( ) >
This is a no-op.
=head2 B< $d = inflateInit( [OPTS] ) >
Alias for bzinflateInit, with return code translation.
All OPTS are ignored.
=head2 B< $d-Einflate( ) >
Alias for bzinflate, with return code translation.
=head2 B< $d-EinflateSync( ) >
This is a no-op.
=head2 B< $d-Eadler32( $crc ) >
This is a no-op.
=head2 B< $d-Ecrc32( $crc ) >
This is a no-op.
=head2 B< $buffer = memGzip( $buffer ) >
Alias for memBzip.
=head2 B< $buffer = memGunzip( $buffer ) >
Alias for memBunzip.
=head1 IN-MEMORY COMPRESS/UNCOMPRESS
Two high-level functions are provided by I to perform in-memory
compression. They are B and B. Two Perl subs are
provided which provide similar functionality.
=head2 B<$compressed = memBzip($buffer);>
Compresses B<$buffer>. If successful it returns the compressed
data. Otherwise it returns I.
The buffer parameter can either be a scalar or a scalar reference.
Essentially, an in-memory bzip file is created. It creates a minimal
bzip header, which adds 5 bytes before the bzip2 specific BZh header.
=head2 B<$uncompressed = memBunzip($buffer);>
Uncompresses B<$buffer>. If successful it returns the uncompressed
data. Otherwise it returns I.
The source buffer can either be a scalar or a scalar reference.
The buffer parameter can either be a scalar or a scalar reference. The
contents of the buffer parameter are destroyed after calling this
function.
=head1 STREAM DEFLATE (= COMPRESS)
The Perl interface will I consume the complete input buffer
before returning. Also the output buffer returned will be
automatically grown to fit the amount of output available.
Here is a definition of the interface available:
=head2 B<($d, $status) = bzdeflateInit( [PARAMS] )>
Initialises a deflation stream.
If successful, it will return the initialised deflation stream, B<$d>
and B<$status> of C in a list context. In scalar context it
returns the deflation stream, B<$d>, only.
If not successful, the returned deflation stream (B<$d>) will be
I and B<$status> will hold the exact I error code.
The function optionally takes a number of named options specified as
C<-Name=Evalue> pairs. This allows individual options to be
tailored without having to specify them all in the parameter list.
Here is a list of the valid options:
=over 5
=item B<-verbosity>
Defines the verbosity level. Valid values are 0 through 4,
The default is C<-verbosity =E 0>.
=item B<-blockSize100k>
Defines the buffering factor of compression method. The algorithm
buffers all data until the buffer is full, then it flushes all the
data out. Use -blockSize100k to specify the size of the buffer.
Valid settings are 1 through 9, representing a blocking in multiples
of 100k.
Note that each such block has an overhead of leading and trailing
synchronization bytes. bzip2 recovery uses this information to
pull useable data out of a corrupted file.
A streaming application would probably want to set the blocking low.
=item B<-workFactor>
The workFactor setting tells the deflation algorithm how much work
to invest to compensate for repetitive data.
workFactor may be a number from 0 to 250 inclusive. The default setting
is 30.
See the bzip documentation for more information.
=back
Here is an example of using the B optional parameter list
to override the default buffer size and compression level. All other
options will take their default values.
bzdeflateInit( -blockSize100k => 1, -verbosity => 1 );
=head2 B<($out, $status) = $d-Ebzdeflate($buffer)>
Deflates the contents of B<$buffer>. The buffer can either be a scalar
or a scalar reference. When finished, B<$buffer> will be
completely processed (assuming there were no errors). If the deflation
was successful it returns deflated output, B<$out>, and a status
value, B<$status>, of C.
On error, B<$out> will be I and B<$status> will contain the
I error code.
In a scalar context B will return B<$out> only.
As with the internal buffering of the I function in I,
it is not necessarily the case that any output will be produced by
this method. So don't rely on the fact that B<$out> is empty for an
error test. In fact, given the size of bzdeflates internal buffer,
with most files it's likely you won't see any output at all until
flush or close.
=head2 B<($out, $status) = $d-Ebzflush([flush_type])>
Typically used to finish the deflation. Any pending output will be
returned via B<$out>. B<$status> will have a value C if
successful.
In a scalar context B will return B<$out> only.
Note that flushing can seriously degrade the compression ratio, so it
should only be used to terminate a decompression (using C) or
when you want to create a I (using C).
The allowable values for C are C and C.
For a handle opened for "w" (bzwrite), the default is C.
For a stream, the default for C is C (which is
essentially a close and reopen).
It is strongly recommended that you only set the C
parameter if you fully understand the implications of what it
does. See the C documentation for details.
=head2 Example
Here is a trivial example of using B. It simply reads standard
input, deflates it and writes it to standard output.
use strict ;
use warnings ;
use Compress::Bzip2 ;
binmode STDIN;
binmode STDOUT;
my $x = bzdeflateInit()
or die "Cannot create a deflation stream\n" ;
my ($output, $status) ;
while (<>)
{
($output, $status) = $x->bzdeflate($_) ;
$status == BZ_OK
or die "deflation failed\n" ;
print $output ;
}
($output, $status) = $x->bzclose() ;
$status == BZ_OK
or die "deflation failed\n" ;
print $output ;
=head1 STREAM INFLATE
Here is a definition of the interface:
=head2 B<($i, $status) = inflateInit()>
Initialises an inflation stream.
In a list context it returns the inflation stream, B<$i>, and the
I status code (B<$status>). In a scalar context it returns the
inflation stream only.
If successful, B<$i> will hold the inflation stream and B<$status> will
be C.
If not successful, B<$i> will be I and B<$status> will hold the
I error code.
The function optionally takes a number of named options specified as
C<-Name=Evalue> pairs. This allows individual options to be
tailored without having to specify them all in the parameter list.
For backward compatibility, it is also possible to pass the parameters
as a reference to a hash containing the name=>value pairs.
The function takes one optional parameter, a reference to a hash. The
contents of the hash allow the deflation interface to be tailored.
Here is a list of the valid options:
=over 5
=item B<-small>
B may be 0 or 1. Set C to one to use a slower, less
memory intensive algorithm.
=item B<-verbosity>
Defines the verbosity level. Valid values are 0 through 4,
The default is C<-verbosity =E 0>.
=back
Here is an example of using the B optional parameter.
bzinflateInit( -small => 1, -verbosity => 1 );
=head2 B<($out, $status) = $i-Ebzinflate($buffer)>
Inflates the complete contents of B<$buffer>. The buffer can either be
a scalar or a scalar reference.
Returns C if successful and C if the end of the
compressed data has been successfully reached. If not successful,
B<$out> will be I and B<$status> will hold the I error
code.
The C<$buffer> parameter is modified by C. On completion it
will contain what remains of the input buffer after inflation. This
means that C<$buffer> will be an empty string when the return status
is C. When the return status is C the C<$buffer>
parameter will contains what (if anything) was stored in the input
buffer after the deflated data stream.
This feature is useful when processing a file format that encapsulates
a compressed data stream.
=head2 Example
Here is an example of using B.
use strict ;
use warnings ;
use Compress::Bzip2;
my $x = bzinflateInit()
or die "Cannot create a inflation stream\n" ;
my $input = '' ;
binmode STDIN;
binmode STDOUT;
my ($output, $status) ;
while (read(STDIN, $input, 4096))
{
($output, $status) = $x->bzinflate(\$input) ;
print $output
if $status == BZ_OK or $status == BZ_STREAM_END ;
last if $status != BZ_OK ;
}
die "inflation failed\n"
unless $status == BZ_STREAM_END ;
=head1 EXAMPLES
Here are some example scripts of using the interface.
=head2 B
use strict ;
use warnings ;
use Compress::Bzip2 ;
die "Usage: bzcat file...\n" unless @ARGV ;
my $file ;
foreach $file (@ARGV) {
my $buffer ;
my $bz = bzopen($file, "rb")
or die "Cannot open $file: $bzerrno\n" ;
print $buffer while $bz->bzread($buffer) > 0 ;
die "Error reading from $file: $bzerrno" . ($bzerrno+0) . "\n"
if $bzerrno != BZ_STREAM_END ;
$bz->bzclose() ;
}
=head2 B
use strict ;
use warnings ;
use Compress::Bzip2 ;
die "Usage: bzgrep pattern file...\n" unless @ARGV >= 2;
my $pattern = shift ;
my $file ;
foreach $file (@ARGV) {
my $bz = bzopen($file, "rb")
or die "Cannot open $file: $bzerrno\n" ;
while ($bz->bzreadline($_) > 0) {
print if /$pattern/ ;
}
die "Error reading from $file: $bzerrno\n"
if $bzerrno != Z_STREAM_END ;
$bz->bzclose() ;
}
=head2 B
This script, I, does the opposite of the I script
above. It reads from standard input and writes a bzip file to standard
output.
use strict ;
use warnings ;
use Compress::Bzip2 ;
binmode STDOUT; # bzopen only sets it on the fd
my $bz = bzopen(\*STDOUT, "wb")
or die "Cannot open stdout: $bzerrno\n" ;
while (<>) {
$bz->bzwrite($_) or die "error writing: $bzerrno\n" ;
}
$bz->bzclose ;
=head1 EXPORT
Use the tags :all, :utilities, :constants, :bzip1 and :gzip.
=head2 Export tag :all
This exports all the exportable methods.
=head2 Export tag :constants
This exports only the BZ_* constants.
=head2 Export tag :bzip1
This exports the Compress::Bzip2 1.x functions, for compatibility.
compress
decompress
compress_init
decompress_init
version
These are actually aliases to memBzip and memBunzip.
=head2 Export tag :utilities
This gives an interface to the bzip2 methods.
bzopen
bzinflateInit
bzdeflateInit
memBzip
memBunzip
bzip2
bunzip2
bzcat
bzlibversion
$bzerrno
=head2 Export tag :gzip
This gives compatibility with Compress::Zlib.
gzopen
gzinflateInit
gzdeflateInit
memGzip
memGunzip
$gzerrno
=head1 Exportable constants
All the I constants are automatically imported when you make use
of I.
BZ_CONFIG_ERROR
BZ_DATA_ERROR
BZ_DATA_ERROR_MAGIC
BZ_FINISH
BZ_FINISH_OK
BZ_FLUSH
BZ_FLUSH_OK
BZ_IO_ERROR
BZ_MAX_UNUSED
BZ_MEM_ERROR
BZ_OK
BZ_OUTBUFF_FULL
BZ_PARAM_ERROR
BZ_RUN
BZ_RUN_OK
BZ_SEQUENCE_ERROR
BZ_STREAM_END
BZ_UNEXPECTED_EOF
=head1 SEE ALSO
The documentation for zlib, bzip2 and Compress::Zlib.
=head1 AUTHOR
Rob Janes, Earjay at cpan.orgE
=head1 COPYRIGHT AND LICENSE
Copyright (C) 2005 by Rob Janes
This library is free software; you can redistribute it and/or modify
it under the same terms as Perl itself, either Perl version 5.8.3 or,
at your option, any later version of Perl 5 you may have available.
=head1 AUTHOR
The I module was originally written by Gawdi Azem
F.
The first I module was written by Gawdi Azem
F. It provided an
interface to the in memory inflate and deflate routines.
I was subsequently passed on to Marco Carnut
F who shepherded it through to version 1.03, a
set of changes which included upgrades to handle bzlib 1.0.2, and
improvements to the in memory inflate and deflate routines. The
streaming interface and error information were added by David Robins
F.
Version 2 of I is due to Rob Janes, of
arjay@cpan.org. This release is intended to give an interface
close to that of Compress::Zlib. It's development forks from 1.00,
not 1.03, so the streaming interface is not the same as that in 1.03,
although apparently compatible as it passes the 1.03 test suite.
Minor subsequent fixes and releases were done by Reini Urban,
rurban@cpan.org.
=head1 MODIFICATION HISTORY
See the Changes file.
2.00 Second public release of I.
PK ! pG_ Raw/Zlib.pmnu [
package Compress::Raw::Zlib;
require 5.006 ;
require Exporter;
use Carp ;
use strict ;
use warnings ;
use bytes ;
our ($VERSION, $XS_VERSION, @ISA, @EXPORT, %EXPORT_TAGS, @EXPORT_OK, $AUTOLOAD, %DEFLATE_CONSTANTS, @DEFLATE_CONSTANTS);
$VERSION = '2.081';
$XS_VERSION = $VERSION;
$VERSION = eval $VERSION;
@ISA = qw(Exporter);
%EXPORT_TAGS = ( flush => [qw{
Z_NO_FLUSH
Z_PARTIAL_FLUSH
Z_SYNC_FLUSH
Z_FULL_FLUSH
Z_FINISH
Z_BLOCK
}],
level => [qw{
Z_NO_COMPRESSION
Z_BEST_SPEED
Z_BEST_COMPRESSION
Z_DEFAULT_COMPRESSION
}],
strategy => [qw{
Z_FILTERED
Z_HUFFMAN_ONLY
Z_RLE
Z_FIXED
Z_DEFAULT_STRATEGY
}],
status => [qw{
Z_OK
Z_STREAM_END
Z_NEED_DICT
Z_ERRNO
Z_STREAM_ERROR
Z_DATA_ERROR
Z_MEM_ERROR
Z_BUF_ERROR
Z_VERSION_ERROR
}],
);
%DEFLATE_CONSTANTS = %EXPORT_TAGS;
# Items to export into callers namespace by default. Note: do not export
# names by default without a very good reason. Use EXPORT_OK instead.
# Do not simply export all your public functions/methods/constants.
@DEFLATE_CONSTANTS =
@EXPORT = qw(
ZLIB_VERSION
ZLIB_VERNUM
OS_CODE
MAX_MEM_LEVEL
MAX_WBITS
Z_ASCII
Z_BEST_COMPRESSION
Z_BEST_SPEED
Z_BINARY
Z_BLOCK
Z_BUF_ERROR
Z_DATA_ERROR
Z_DEFAULT_COMPRESSION
Z_DEFAULT_STRATEGY
Z_DEFLATED
Z_ERRNO
Z_FILTERED
Z_FIXED
Z_FINISH
Z_FULL_FLUSH
Z_HUFFMAN_ONLY
Z_MEM_ERROR
Z_NEED_DICT
Z_NO_COMPRESSION
Z_NO_FLUSH
Z_NULL
Z_OK
Z_PARTIAL_FLUSH
Z_RLE
Z_STREAM_END
Z_STREAM_ERROR
Z_SYNC_FLUSH
Z_TREES
Z_UNKNOWN
Z_VERSION_ERROR
WANT_GZIP
WANT_GZIP_OR_ZLIB
);
push @EXPORT, qw(crc32 adler32 DEF_WBITS);
use constant WANT_GZIP => 16;
use constant WANT_GZIP_OR_ZLIB => 32;
sub AUTOLOAD {
my($constname);
($constname = $AUTOLOAD) =~ s/.*:://;
my ($error, $val) = constant($constname);
Carp::croak $error if $error;
no strict 'refs';
*{$AUTOLOAD} = sub { $val };
goto &{$AUTOLOAD};
}
use constant FLAG_APPEND => 1 ;
use constant FLAG_CRC => 2 ;
use constant FLAG_ADLER => 4 ;
use constant FLAG_CONSUME_INPUT => 8 ;
use constant FLAG_LIMIT_OUTPUT => 16 ;
eval {
require XSLoader;
XSLoader::load('Compress::Raw::Zlib', $XS_VERSION);
1;
}
or do {
require DynaLoader;
local @ISA = qw(DynaLoader);
bootstrap Compress::Raw::Zlib $XS_VERSION ;
};
use constant Parse_any => 0x01;
use constant Parse_unsigned => 0x02;
use constant Parse_signed => 0x04;
use constant Parse_boolean => 0x08;
#use constant Parse_string => 0x10;
#use constant Parse_custom => 0x12;
#use constant Parse_store_ref => 0x100 ;
use constant OFF_PARSED => 0 ;
use constant OFF_TYPE => 1 ;
use constant OFF_DEFAULT => 2 ;
use constant OFF_FIXED => 3 ;
use constant OFF_FIRST_ONLY => 4 ;
use constant OFF_STICKY => 5 ;
sub ParseParameters
{
my $level = shift || 0 ;
my $sub = (caller($level + 1))[3] ;
#local $Carp::CarpLevel = 1 ;
my $p = new Compress::Raw::Zlib::Parameters() ;
$p->parse(@_)
or croak "$sub: $p->{Error}" ;
return $p;
}
sub Compress::Raw::Zlib::Parameters::new
{
my $class = shift ;
my $obj = { Error => '',
Got => {},
} ;
#return bless $obj, ref($class) || $class || __PACKAGE__ ;
return bless $obj, 'Compress::Raw::Zlib::Parameters' ;
}
sub Compress::Raw::Zlib::Parameters::setError
{
my $self = shift ;
my $error = shift ;
my $retval = @_ ? shift : undef ;
$self->{Error} = $error ;
return $retval;
}
#sub getError
#{
# my $self = shift ;
# return $self->{Error} ;
#}
sub Compress::Raw::Zlib::Parameters::parse
{
my $self = shift ;
my $default = shift ;
my $got = $self->{Got} ;
my $firstTime = keys %{ $got } == 0 ;
my (@Bad) ;
my @entered = () ;
# Allow the options to be passed as a hash reference or
# as the complete hash.
if (@_ == 0) {
@entered = () ;
}
elsif (@_ == 1) {
my $href = $_[0] ;
return $self->setError("Expected even number of parameters, got 1")
if ! defined $href or ! ref $href or ref $href ne "HASH" ;
foreach my $key (keys %$href) {
push @entered, $key ;
push @entered, \$href->{$key} ;
}
}
else {
my $count = @_;
return $self->setError("Expected even number of parameters, got $count")
if $count % 2 != 0 ;
for my $i (0.. $count / 2 - 1) {
push @entered, $_[2* $i] ;
push @entered, \$_[2* $i+1] ;
}
}
while (my ($key, $v) = each %$default)
{
croak "need 4 params [@$v]"
if @$v != 4 ;
my ($first_only, $sticky, $type, $value) = @$v ;
my $x ;
$self->_checkType($key, \$value, $type, 0, \$x)
or return undef ;
$key = lc $key;
if ($firstTime || ! $sticky) {
$got->{$key} = [0, $type, $value, $x, $first_only, $sticky] ;
}
$got->{$key}[OFF_PARSED] = 0 ;
}
for my $i (0.. @entered / 2 - 1) {
my $key = $entered[2* $i] ;
my $value = $entered[2* $i+1] ;
#print "Key [$key] Value [$value]" ;
#print defined $$value ? "[$$value]\n" : "[undef]\n";
$key =~ s/^-// ;
my $canonkey = lc $key;
if ($got->{$canonkey} && ($firstTime ||
! $got->{$canonkey}[OFF_FIRST_ONLY] ))
{
my $type = $got->{$canonkey}[OFF_TYPE] ;
my $s ;
$self->_checkType($key, $value, $type, 1, \$s)
or return undef ;
#$value = $$value unless $type & Parse_store_ref ;
$value = $$value ;
$got->{$canonkey} = [1, $type, $value, $s] ;
}
else
{ push (@Bad, $key) }
}
if (@Bad) {
my ($bad) = join(", ", @Bad) ;
return $self->setError("unknown key value(s) @Bad") ;
}
return 1;
}
sub Compress::Raw::Zlib::Parameters::_checkType
{
my $self = shift ;
my $key = shift ;
my $value = shift ;
my $type = shift ;
my $validate = shift ;
my $output = shift;
#local $Carp::CarpLevel = $level ;
#print "PARSE $type $key $value $validate $sub\n" ;
# if ( $type & Parse_store_ref)
# {
# #$value = $$value
# # if ref ${ $value } ;
#
# $$output = $value ;
# return 1;
# }
$value = $$value ;
if ($type & Parse_any)
{
$$output = $value ;
return 1;
}
elsif ($type & Parse_unsigned)
{
return $self->setError("Parameter '$key' must be an unsigned int, got 'undef'")
if $validate && ! defined $value ;
return $self->setError("Parameter '$key' must be an unsigned int, got '$value'")
if $validate && $value !~ /^\d+$/;
$$output = defined $value ? $value : 0 ;
return 1;
}
elsif ($type & Parse_signed)
{
return $self->setError("Parameter '$key' must be a signed int, got 'undef'")
if $validate && ! defined $value ;
return $self->setError("Parameter '$key' must be a signed int, got '$value'")
if $validate && $value !~ /^-?\d+$/;
$$output = defined $value ? $value : 0 ;
return 1 ;
}
elsif ($type & Parse_boolean)
{
return $self->setError("Parameter '$key' must be an int, got '$value'")
if $validate && defined $value && $value !~ /^\d*$/;
$$output = defined $value ? $value != 0 : 0 ;
return 1;
}
# elsif ($type & Parse_string)
# {
# $$output = defined $value ? $value : "" ;
# return 1;
# }
$$output = $value ;
return 1;
}
sub Compress::Raw::Zlib::Parameters::parsed
{
my $self = shift ;
my $name = shift ;
return $self->{Got}{lc $name}[OFF_PARSED] ;
}
sub Compress::Raw::Zlib::Parameters::value
{
my $self = shift ;
my $name = shift ;
if (@_)
{
$self->{Got}{lc $name}[OFF_PARSED] = 1;
$self->{Got}{lc $name}[OFF_DEFAULT] = $_[0] ;
$self->{Got}{lc $name}[OFF_FIXED] = $_[0] ;
}
return $self->{Got}{lc $name}[OFF_FIXED] ;
}
our $OPTIONS_deflate =
{
'AppendOutput' => [1, 1, Parse_boolean, 0],
'CRC32' => [1, 1, Parse_boolean, 0],
'ADLER32' => [1, 1, Parse_boolean, 0],
'Bufsize' => [1, 1, Parse_unsigned, 4096],
'Level' => [1, 1, Parse_signed, Z_DEFAULT_COMPRESSION()],
'Method' => [1, 1, Parse_unsigned, Z_DEFLATED()],
'WindowBits' => [1, 1, Parse_signed, MAX_WBITS()],
'MemLevel' => [1, 1, Parse_unsigned, MAX_MEM_LEVEL()],
'Strategy' => [1, 1, Parse_unsigned, Z_DEFAULT_STRATEGY()],
'Dictionary' => [1, 1, Parse_any, ""],
};
sub Compress::Raw::Zlib::Deflate::new
{
my $pkg = shift ;
my ($got) = ParseParameters(0, $OPTIONS_deflate, @_);
croak "Compress::Raw::Zlib::Deflate::new: Bufsize must be >= 1, you specified " .
$got->value('Bufsize')
unless $got->value('Bufsize') >= 1;
my $flags = 0 ;
$flags |= FLAG_APPEND if $got->value('AppendOutput') ;
$flags |= FLAG_CRC if $got->value('CRC32') ;
$flags |= FLAG_ADLER if $got->value('ADLER32') ;
my $windowBits = $got->value('WindowBits');
$windowBits += MAX_WBITS()
if ($windowBits & MAX_WBITS()) == 0 ;
_deflateInit($flags,
$got->value('Level'),
$got->value('Method'),
$windowBits,
$got->value('MemLevel'),
$got->value('Strategy'),
$got->value('Bufsize'),
$got->value('Dictionary')) ;
}
sub Compress::Raw::Zlib::deflateStream::STORABLE_freeze
{
my $type = ref shift;
croak "Cannot freeze $type object\n";
}
sub Compress::Raw::Zlib::deflateStream::STORABLE_thaw
{
my $type = ref shift;
croak "Cannot thaw $type object\n";
}
our $OPTIONS_inflate =
{
'AppendOutput' => [1, 1, Parse_boolean, 0],
'LimitOutput' => [1, 1, Parse_boolean, 0],
'CRC32' => [1, 1, Parse_boolean, 0],
'ADLER32' => [1, 1, Parse_boolean, 0],
'ConsumeInput' => [1, 1, Parse_boolean, 1],
'Bufsize' => [1, 1, Parse_unsigned, 4096],
'WindowBits' => [1, 1, Parse_signed, MAX_WBITS()],
'Dictionary' => [1, 1, Parse_any, ""],
} ;
sub Compress::Raw::Zlib::Inflate::new
{
my $pkg = shift ;
my ($got) = ParseParameters(0, $OPTIONS_inflate, @_);
croak "Compress::Raw::Zlib::Inflate::new: Bufsize must be >= 1, you specified " .
$got->value('Bufsize')
unless $got->value('Bufsize') >= 1;
my $flags = 0 ;
$flags |= FLAG_APPEND if $got->value('AppendOutput') ;
$flags |= FLAG_CRC if $got->value('CRC32') ;
$flags |= FLAG_ADLER if $got->value('ADLER32') ;
$flags |= FLAG_CONSUME_INPUT if $got->value('ConsumeInput') ;
$flags |= FLAG_LIMIT_OUTPUT if $got->value('LimitOutput') ;
my $windowBits = $got->value('WindowBits');
$windowBits += MAX_WBITS()
if ($windowBits & MAX_WBITS()) == 0 ;
_inflateInit($flags, $windowBits, $got->value('Bufsize'),
$got->value('Dictionary')) ;
}
sub Compress::Raw::Zlib::inflateStream::STORABLE_freeze
{
my $type = ref shift;
croak "Cannot freeze $type object\n";
}
sub Compress::Raw::Zlib::inflateStream::STORABLE_thaw
{
my $type = ref shift;
croak "Cannot thaw $type object\n";
}
sub Compress::Raw::Zlib::InflateScan::new
{
my $pkg = shift ;
my ($got) = ParseParameters(0,
{
'CRC32' => [1, 1, Parse_boolean, 0],
'ADLER32' => [1, 1, Parse_boolean, 0],
'Bufsize' => [1, 1, Parse_unsigned, 4096],
'WindowBits' => [1, 1, Parse_signed, -MAX_WBITS()],
'Dictionary' => [1, 1, Parse_any, ""],
}, @_) ;
croak "Compress::Raw::Zlib::InflateScan::new: Bufsize must be >= 1, you specified " .
$got->value('Bufsize')
unless $got->value('Bufsize') >= 1;
my $flags = 0 ;
#$flags |= FLAG_APPEND if $got->value('AppendOutput') ;
$flags |= FLAG_CRC if $got->value('CRC32') ;
$flags |= FLAG_ADLER if $got->value('ADLER32') ;
#$flags |= FLAG_CONSUME_INPUT if $got->value('ConsumeInput') ;
_inflateScanInit($flags, $got->value('WindowBits'), $got->value('Bufsize'),
'') ;
}
sub Compress::Raw::Zlib::inflateScanStream::createDeflateStream
{
my $pkg = shift ;
my ($got) = ParseParameters(0,
{
'AppendOutput' => [1, 1, Parse_boolean, 0],
'CRC32' => [1, 1, Parse_boolean, 0],
'ADLER32' => [1, 1, Parse_boolean, 0],
'Bufsize' => [1, 1, Parse_unsigned, 4096],
'Level' => [1, 1, Parse_signed, Z_DEFAULT_COMPRESSION()],
'Method' => [1, 1, Parse_unsigned, Z_DEFLATED()],
'WindowBits' => [1, 1, Parse_signed, - MAX_WBITS()],
'MemLevel' => [1, 1, Parse_unsigned, MAX_MEM_LEVEL()],
'Strategy' => [1, 1, Parse_unsigned, Z_DEFAULT_STRATEGY()],
}, @_) ;
croak "Compress::Raw::Zlib::InflateScan::createDeflateStream: Bufsize must be >= 1, you specified " .
$got->value('Bufsize')
unless $got->value('Bufsize') >= 1;
my $flags = 0 ;
$flags |= FLAG_APPEND if $got->value('AppendOutput') ;
$flags |= FLAG_CRC if $got->value('CRC32') ;
$flags |= FLAG_ADLER if $got->value('ADLER32') ;
$pkg->_createDeflateStream($flags,
$got->value('Level'),
$got->value('Method'),
$got->value('WindowBits'),
$got->value('MemLevel'),
$got->value('Strategy'),
$got->value('Bufsize'),
) ;
}
sub Compress::Raw::Zlib::inflateScanStream::inflate
{
my $self = shift ;
my $buffer = $_[1];
my $eof = $_[2];
my $status = $self->scan(@_);
if ($status == Z_OK() && $_[2]) {
my $byte = ' ';
$status = $self->scan(\$byte, $_[1]) ;
}
return $status ;
}
sub Compress::Raw::Zlib::deflateStream::deflateParams
{
my $self = shift ;
my ($got) = ParseParameters(0, {
'Level' => [1, 1, Parse_signed, undef],
'Strategy' => [1, 1, Parse_unsigned, undef],
'Bufsize' => [1, 1, Parse_unsigned, undef],
},
@_) ;
croak "Compress::Raw::Zlib::deflateParams needs Level and/or Strategy"
unless $got->parsed('Level') + $got->parsed('Strategy') +
$got->parsed('Bufsize');
croak "Compress::Raw::Zlib::Inflate::deflateParams: Bufsize must be >= 1, you specified " .
$got->value('Bufsize')
if $got->parsed('Bufsize') && $got->value('Bufsize') <= 1;
my $flags = 0;
$flags |= 1 if $got->parsed('Level') ;
$flags |= 2 if $got->parsed('Strategy') ;
$flags |= 4 if $got->parsed('Bufsize') ;
$self->_deflateParams($flags, $got->value('Level'),
$got->value('Strategy'), $got->value('Bufsize'));
}
1;
__END__
=head1 NAME
Compress::Raw::Zlib - Low-Level Interface to zlib compression library
=head1 SYNOPSIS
use Compress::Raw::Zlib ;
($d, $status) = new Compress::Raw::Zlib::Deflate( [OPT] ) ;
$status = $d->deflate($input, $output) ;
$status = $d->flush($output [, $flush_type]) ;
$d->deflateReset() ;
$d->deflateParams(OPTS) ;
$d->deflateTune(OPTS) ;
$d->dict_adler() ;
$d->crc32() ;
$d->adler32() ;
$d->total_in() ;
$d->total_out() ;
$d->msg() ;
$d->get_Strategy();
$d->get_Level();
$d->get_BufSize();
($i, $status) = new Compress::Raw::Zlib::Inflate( [OPT] ) ;
$status = $i->inflate($input, $output [, $eof]) ;
$status = $i->inflateSync($input) ;
$i->inflateReset() ;
$i->dict_adler() ;
$d->crc32() ;
$d->adler32() ;
$i->total_in() ;
$i->total_out() ;
$i->msg() ;
$d->get_BufSize();
$crc = adler32($buffer [,$crc]) ;
$crc = crc32($buffer [,$crc]) ;
$crc = crc32_combine($crc1, $crc2, $len2);
$adler = adler32_combine($adler1, $adler2, $len2);
my $version = Compress::Raw::Zlib::zlib_version();
my $flags = Compress::Raw::Zlib::zlibCompileFlags();
=head1 DESCRIPTION
The I module provides a Perl interface to the I
compression library (see L for details about where to get
I).
=head1 Compress::Raw::Zlib::Deflate
This section defines an interface that allows in-memory compression using
the I interface provided by zlib.
Here is a definition of the interface available:
=head2 B<($d, $status) = new Compress::Raw::Zlib::Deflate( [OPT] ) >
Initialises a deflation object.
If you are familiar with the I library, it combines the
features of the I functions C, C
and C.
If successful, it will return the initialised deflation object, C<$d>
and a C<$status> of C in a list context. In scalar context it
returns the deflation object, C<$d>, only.
If not successful, the returned deflation object, C<$d>, will be
I and C<$status> will hold the a I error code.
The function optionally takes a number of named options specified as
C<< Name => value >> pairs. This allows individual options to be
tailored without having to specify them all in the parameter list.
For backward compatibility, it is also possible to pass the parameters
as a reference to a hash containing the name=>value pairs.
Below is a list of the valid options:
=over 5
=item B<-Level>
Defines the compression level. Valid values are 0 through 9,
C, C, C, and
C.
The default is C.
=item B<-Method>
Defines the compression method. The only valid value at present (and
the default) is C.
=item B<-WindowBits>
To compress an RFC 1950 data stream, set C to a positive
number between 8 and 15.
To compress an RFC 1951 data stream, set C to C<-MAX_WBITS>.
To compress an RFC 1952 data stream (i.e. gzip), set C to
C.
For a definition of the meaning and valid values for C
refer to the I documentation for I.
Defaults to C.
=item B<-MemLevel>
For a definition of the meaning and valid values for C
refer to the I documentation for I.
Defaults to MAX_MEM_LEVEL.
=item B<-Strategy>
Defines the strategy used to tune the compression. The valid values are
C, C, C, C and
C.
The default is C.
=item B<-Dictionary>
When a dictionary is specified I will automatically
call C directly after calling C. The
Adler32 value for the dictionary can be obtained by calling the method
C<$d-Edict_adler()>.
The default is no dictionary.
=item B<-Bufsize>
Sets the initial size for the output buffer used by the C<$d-Edeflate>
and C<$d-Eflush> methods. If the buffer has to be
reallocated to increase the size, it will grow in increments of
C.
The default buffer size is 4096.
=item B<-AppendOutput>
This option controls how data is written to the output buffer by the
C<$d-Edeflate> and C<$d-Eflush> methods.
If the C option is set to false, the output buffers in the
C<$d-Edeflate> and C<$d-Eflush> methods will be truncated before
uncompressed data is written to them.
If the option is set to true, uncompressed data will be appended to the
output buffer in the C<$d-Edeflate> and C<$d-Eflush> methods.
This option defaults to false.
=item B<-CRC32>
If set to true, a crc32 checksum of the uncompressed data will be
calculated. Use the C<$d-Ecrc32> method to retrieve this value.
This option defaults to false.
=item B<-ADLER32>
If set to true, an adler32 checksum of the uncompressed data will be
calculated. Use the C<$d-Eadler32> method to retrieve this value.
This option defaults to false.
=back
Here is an example of using the C optional
parameter list to override the default buffer size and compression
level. All other options will take their default values.
my $d = new Compress::Raw::Zlib::Deflate ( -Bufsize => 300,
-Level => Z_BEST_SPEED ) ;
=head2 B<$status = $d-Edeflate($input, $output)>
Deflates the contents of C<$input> and writes the compressed data to
C<$output>.
The C<$input> and C<$output> parameters can be either scalars or scalar
references.
When finished, C<$input> will be completely processed (assuming there
were no errors). If the deflation was successful it writes the deflated
data to C<$output> and returns a status value of C.
On error, it returns a I error code.
If the C option is set to true in the constructor for
the C<$d> object, the compressed data will be appended to C<$output>. If
it is false, C<$output> will be truncated before any compressed data is
written to it.
B: This method will not necessarily write compressed data to
C<$output> every time it is called. So do not assume that there has been
an error if the contents of C<$output> is empty on returning from
this method. As long as the return code from the method is C,
the deflate has succeeded.
=head2 B<$status = $d-Eflush($output [, $flush_type]) >
Typically used to finish the deflation. Any pending output will be
written to C<$output>.
Returns C if successful.
Note that flushing can seriously degrade the compression ratio, so it
should only be used to terminate a decompression (using C) or
when you want to create a I (using C).
By default the C used is C. Other valid values
for C are C, C, C
and C. It is strongly recommended that you only set the
C parameter if you fully understand the implications of
what it does. See the C documentation for details.
If the C option is set to true in the constructor for
the C<$d> object, the compressed data will be appended to C<$output>. If
it is false, C<$output> will be truncated before any compressed data is
written to it.
=head2 B<$status = $d-EdeflateReset() >
This method will reset the deflation object C<$d>. It can be used when you
are compressing multiple data streams and want to use the same object to
compress each of them. It should only be used once the previous data stream
has been flushed successfully, i.e. a call to C<< $d->flush(Z_FINISH) >> has
returned C.
Returns C