===========================================================
.___ __ __
_________________ __ __ __| _/|__|/ |_
/ ___\_` __ \__ \ | | \/ __ | | \\_ __\
/ /_/ > | \// __ \| | / /_/ | | || |
\___ /|__| (____ /____/\____ | |__||__|
/_____/ \/ \/
grep rough audit - static analysis tool
v2.8 written by @Wireghoul
=================================[justanotherhacker.com]===
gff2aplot-2.0/src/parseblast.pl-739- ( ($gsc) =
gff2aplot-2.0/src/parseblast.pl:740: eval( ( $id / $lnmin ) * 100 ) =~ /^(\d+(\.\d{0,3})?)/o,
gff2aplot-2.0/src/parseblast.pl-741- last );
##############################################
gff2aplot-2.0/src/gff2aplot.pl-1815- my $c;
gff2aplot-2.0/src/gff2aplot.pl:1816: $c = ( $var =~ s{([;,<>&!\{\}`'"])}{\\$1}g ) || 0; #"'`
gff2aplot-2.0/src/gff2aplot.pl-1817- return $var, ( $c > 0 ) ? $T : $F;
##############################################
gff2aplot-2.0/src/gff2aplot.pl-4522-/KGb @{[ &tobool($vr->{show_grid}) ]} D /KLb @{[ &tobool($vr->{show_tickmark_label}) ]} D /KAXb @{[ &tobool($vr->{show_aplot_x_ticks}) ]} D /KAYb @{[ &tobool($vr->{show_aplot_y_ticks}) ]} D /KPXb @{[ &tobool($vr->{show_percent_x_ticks}) ]} D /KPYb @{[ &tobool($vr->{show_percent_y_ticks}) ]} D /KQXb @{[ &tobool($vr->{show_extrabox_x_ticks}) ]} D /KQYb @{[ &tobool($vr->{show_extrabox_y_ticks}) ]} D
gff2aplot-2.0/src/gff2aplot.pl:4523:/KASm $vr->{major_tickmark_nucleotide} D /KASn $vr->{minor_tickmark_nucleotide} D /KPSm $vr->{major_tickmark_score} D /KPSn $vr->{minor_tickmark_score} D /KQSm 10 D /KQSn 10 D
gff2aplot-2.0/src/gff2aplot.pl-4524-/TTLb @{[ &tobool($vr->{show_title}) ]} D /TTLl @{[ &tostring($vr->{title}) ]} D /TTLz @{ $vr->{title_fontsize} } D /TTLf { TTLz $Fonts{$vr->{title_font}} } D /TTLp 10 pt 25 pt TTLz 2 div zlim D /TTlb @{[ &tobool($vr->{show_subtitle}) ]} D /TTll @{[ &tostring($vr->{subtitle}) ]} D /TTlz @{ $vr->{subtitle_fontsize} } D /TTlf { TTlz $Fonts{$vr->{subtitle_font}} } D /TTlp 10 pt 20 pt TTlz zlim D
##############################################
gff2aplot-2.0/src/gff2aplot.pl-4588-/pvtick { S 6 dict begin /tmx KPSm D /te PE D /to PO D /xt AX D /lxo to to tmx mymod sub D xt 0 T S /cnt lxo D 0 to neg Yscm T { cnt te ge { exit } if cnt to gt cnt te lt and { cnt Yscm S 0 exch T _t xt neg 0 mkgrid R } if /cnt cnt tmx add D } loop R end R } B
gff2aplot-2.0/src/gff2aplot.pl:4589:/nucltick { XO XE KASm KASn htick } B
gff2aplot-2.0/src/gff2aplot.pl-4590-/mkshp { m { l } repeat closepath } B
##############################################
gff2aplot-2.0/src/gff2aplot.pl-4612-/shwcrd { S 2 dict begin /Cz Ch 1 pt PPC 2 div mul sub D /Cf { Cz /Courier } D FL Ch add neg 2 copy 0 (This plot has been obtained using GFF2APLOT. The most recent version is freely available at \042http:\057\057genome.imim.es\057software\057gfftools\057GFF2APLOT.html\042. Copyright\040\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) (bv) (rh) Cf fg ttshw exch S Cf sfnt (\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) stringwidth pop sub R exch 0 (\343) (bv) (ch) Cz /Symbol fg ttshw end R } B
gff2aplot-2.0/src/gff2aplot.pl:4613:/begindata { vflg { (### BEGINdata) msg } if S AXL AYB neg T S 0 0 AX AY 4 copy bbox ABc cmyk fill Blw obox fg cmyk Blw slw K R /Xscale AX XD div D /Yscale AY YD div D /YH AY D /YY YO D S KAXb { AY nucltick } if R S KAYb { AX YO YE KASm KASn vtick } if R S XSLb { AX 2 div AY ATX add XSLp add 0 XSLl (bv) (ch) XSLf fg ttshw } if YSLb { ATY YSLp add neg AY 2 div 90 YSLl (bv) (ch) YSLf fg ttshw } if R } B
gff2aplot-2.0/src/gff2aplot.pl-4614-/enddata { ZM { S 0 0 AX AY zoomtk R /ZM _f D } if R vflg { (### ENDdata) msg } if } B
##############################################
gff2aplot-2.0/debian/rules-16-override_dh_auto_install:
gff2aplot-2.0/debian/rules:17: for script in `find bin -name "*.pl"` ; do mv $$script bin/`basename $$script .pl` ; done
gff2aplot-2.0/debian/rules-18-
##############################################
gff2aplot-2.0/debian/tests/run-unit-test-7-if [ "$AUTOPKGTEST_TMP" = "" ] ; then
gff2aplot-2.0/debian/tests/run-unit-test:8: AUTOPKGTEST_TMP=`mktemp -d /tmp/${pkg}-test.XXXXXX`
gff2aplot-2.0/debian/tests/run-unit-test-9- trap "rm -rf $AUTOPKGTEST_TMP" 0 INT QUIT ABRT PIPE TERM
##############################################
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-1814- my $c;
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl:1815: $c = ( $var =~ s{([;,<>&!\{\}`'"])}{\\$1}g ) || 0; #"'`
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-1816- return $var, ( $c > 0 ) ? $T : $F;
##############################################
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4516-/KGb @{[ &tobool($vr->{show_grid}) ]} D /KLb @{[ &tobool($vr->{show_tickmark_label}) ]} D /KAXb @{[ &tobool($vr->{show_aplot_x_ticks}) ]} D /KAYb @{[ &tobool($vr->{show_aplot_y_ticks}) ]} D /KPXb @{[ &tobool($vr->{show_percent_x_ticks}) ]} D /KPYb @{[ &tobool($vr->{show_percent_y_ticks}) ]} D /KQXb @{[ &tobool($vr->{show_extrabox_x_ticks}) ]} D /KQYb @{[ &tobool($vr->{show_extrabox_y_ticks}) ]} D
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl:4517:/KASm $vr->{major_tickmark_nucleotide} D /KASn $vr->{minor_tickmark_nucleotide} D /KPSm $vr->{major_tickmark_score} D /KPSn $vr->{minor_tickmark_score} D /KQSm 10 D /KQSn 10 D
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4518-/TTLb @{[ &tobool($vr->{show_title}) ]} D /TTLl @{[ &tostring($vr->{title}) ]} D /TTLz @{ $vr->{title_fontsize} } D /TTLf { TTLz $Fonts{$vr->{title_font}} } D /TTLp 10 pt 25 pt TTLz 2 div zlim D /TTlb @{[ &tobool($vr->{show_subtitle}) ]} D /TTll @{[ &tostring($vr->{subtitle}) ]} D /TTlz @{ $vr->{subtitle_fontsize} } D /TTlf { TTlz $Fonts{$vr->{subtitle_font}} } D /TTlp 10 pt 20 pt TTlz zlim D
##############################################
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4582-/pvtick { S 6 dict begin /tmx KPSm D /te PE D /to PO D /xt AX D /lxo to to tmx mymod sub D xt 0 T S /cnt lxo D 0 to neg Yscm T { cnt te ge { exit } if cnt to gt cnt te lt and { cnt Yscm S 0 exch T _t xt neg 0 mkgrid R } if /cnt cnt tmx add D } loop R end R } B
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl:4583:/nucltick { XO XE KASm KASn htick } B
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4584-/mkshp { m { l } repeat closepath } B
##############################################
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4606-/shwcrd { S 2 dict begin /Cz Ch 1 pt PPC 2 div mul sub D /Cf { Cz /Courier } D FL Ch add neg 2 copy 0 (This plot has been obtained using GFF2APLOT. The most recent version is freely available at \042http:\057\057genome.imim.es\057software\057gfftools\057GFF2APLOT.html\042. Copyright\040\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) (bv) (rh) Cf fg ttshw exch S Cf sfnt (\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) stringwidth pop sub R exch 0 (\343) (bv) (ch) Cz /Symbol fg ttshw end R } B
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl:4607:/begindata { vflg { (### BEGINdata) msg } if S AXL AYB neg T S 0 0 AX AY 4 copy bbox ABc cmyk fill Blw obox fg cmyk Blw slw K R /Xscale AX XD div D /Yscale AY YD div D /YH AY D /YY YO D S KAXb { AY nucltick } if R S KAYb { AX YO YE KASm KASn vtick } if R S XSLb { AX 2 div AY ATX add XSLp add 0 XSLl (bv) (ch) XSLf fg ttshw } if YSLb { ATY YSLp add neg AY 2 div 90 YSLl (bv) (ch) YSLf fg ttshw } if R } B
gff2aplot-2.0/.pc/non_lexical_loop_iterator.patch/src/gff2aplot.pl-4608-/enddata { ZM { S 0 0 AX AY zoomtk R /ZM _f D } if R vflg { (### ENDdata) msg } if } B
##############################################
gff2aplot-2.0/.pc/03-parseblast.diff/src/parseblast.pl-739- ( ($gsc) =
gff2aplot-2.0/.pc/03-parseblast.diff/src/parseblast.pl:740: eval( ( $id / $lnmin ) * 100 ) =~ /^(\d+(\.\d{0,3})?)/o,
gff2aplot-2.0/.pc/03-parseblast.diff/src/parseblast.pl-741- last );
##############################################
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-1815- my $c;
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl:1816: $c = ( $var =~ s{([;,<>&!\{\}`'"])}{\\$1}g ) || 0; #"'`
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-1817- return $var, ( $c > 0 ) ? $T : $F;
##############################################
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4517-/KGb @{[ &tobool($vr->{show_grid}) ]} D /KLb @{[ &tobool($vr->{show_tickmark_label}) ]} D /KAXb @{[ &tobool($vr->{show_aplot_x_ticks}) ]} D /KAYb @{[ &tobool($vr->{show_aplot_y_ticks}) ]} D /KPXb @{[ &tobool($vr->{show_percent_x_ticks}) ]} D /KPYb @{[ &tobool($vr->{show_percent_y_ticks}) ]} D /KQXb @{[ &tobool($vr->{show_extrabox_x_ticks}) ]} D /KQYb @{[ &tobool($vr->{show_extrabox_y_ticks}) ]} D
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl:4518:/KASm $vr->{major_tickmark_nucleotide} D /KASn $vr->{minor_tickmark_nucleotide} D /KPSm $vr->{major_tickmark_score} D /KPSn $vr->{minor_tickmark_score} D /KQSm 10 D /KQSn 10 D
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4519-/TTLb @{[ &tobool($vr->{show_title}) ]} D /TTLl @{[ &tostring($vr->{title}) ]} D /TTLz @{ $vr->{title_fontsize} } D /TTLf { TTLz $Fonts{$vr->{title_font}} } D /TTLp 10 pt 25 pt TTLz 2 div zlim D /TTlb @{[ &tobool($vr->{show_subtitle}) ]} D /TTll @{[ &tostring($vr->{subtitle}) ]} D /TTlz @{ $vr->{subtitle_fontsize} } D /TTlf { TTlz $Fonts{$vr->{subtitle_font}} } D /TTlp 10 pt 20 pt TTlz zlim D
##############################################
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4583-/pvtick { S 6 dict begin /tmx KPSm D /te PE D /to PO D /xt AX D /lxo to to tmx mymod sub D xt 0 T S /cnt lxo D 0 to neg Yscm T { cnt te ge { exit } if cnt to gt cnt te lt and { cnt Yscm S 0 exch T _t xt neg 0 mkgrid R } if /cnt cnt tmx add D } loop R end R } B
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl:4584:/nucltick { XO XE KASm KASn htick } B
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4585-/mkshp { m { l } repeat closepath } B
##############################################
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4607-/shwcrd { S 2 dict begin /Cz Ch 1 pt PPC 2 div mul sub D /Cf { Cz /Courier } D FL Ch add neg 2 copy 0 (This plot has been obtained using GFF2APLOT. The most recent version is freely available at \042http:\057\057genome.imim.es\057software\057gfftools\057GFF2APLOT.html\042. Copyright\040\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) (bv) (rh) Cf fg ttshw exch S Cf sfnt (\0401999-2003 by Josep F. ABRIL, Thomas WIEHE & Roderic GUIGO) stringwidth pop sub R exch 0 (\343) (bv) (ch) Cz /Symbol fg ttshw end R } B
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl:4608:/begindata { vflg { (### BEGINdata) msg } if S AXL AYB neg T S 0 0 AX AY 4 copy bbox ABc cmyk fill Blw obox fg cmyk Blw slw K R /Xscale AX XD div D /Yscale AY YD div D /YH AY D /YY YO D S KAXb { AY nucltick } if R S KAYb { AX YO YE KASm KASn vtick } if R S XSLb { AX 2 div AY ATX add XSLp add 0 XSLl (bv) (ch) XSLf fg ttshw } if YSLb { ATY YSLp add neg AY 2 div 90 YSLl (bv) (ch) YSLf fg ttshw } if R } B
gff2aplot-2.0/.pc/perl_5.28.patch/src/gff2aplot.pl-4609-/enddata { ZM { S 0 0 AX AY zoomtk R /ZM _f D } if R vflg { (### ENDdata) msg } if } B