default-paper/.latexmkrc

184 lines
5.5 KiB
Perl

print("Using the local .latexmkrc\n");
# overleaf template
# Settings
$xdvipdfmx = "xdvipdfmx -z 6 -o %D %O %S";
###############################
# Post processing of pdf file #
###############################
# assume the jobname is 'output' for sharelatex
my $ORIG_PDF_AGE = -M "output.pdf"; # get age of existing pdf if present
END {
my $NEW_PDF_AGE = -M "output.pdf";
return if !defined($NEW_PDF_AGE); # bail out if no pdf file
return if defined($ORIG_PDF_AGE) && $NEW_PDF_AGE == $ORIG_PDF_AGE; # bail out if pdf was not updated
$qpdf //= "/usr/local/bin/qpdf";
$qpdf = $ENV{QPDF} if defined($ENV{QPDF}) && -x $ENV{QPDF};
return if ! -x $qpdf; # check that qpdf exists
$qpdf_opts //= "--linearize --newline-before-endstream";
$qpdf_opts = $ENV{QPDF_OPTS} if defined($ENV{QPDF_OPTS});
my $status = system($qpdf, split(' ', $qpdf_opts), "output.pdf", "output.pdf.opt");
my $exitcode = ($status >> 8);
print "qpdf exit code=$exitcode\n";
# qpdf returns 0 for success, 3 for warnings (output pdf still created)
return if !($exitcode == 0 || $exitcode == 3);
print "Renaming optimised file to output.pdf\n";
rename("output.pdf.opt", "output.pdf");
}
##############
# Glossaries #
##############
add_cus_dep( 'glo', 'gls', 0, 'glo2gls' );
add_cus_dep( 'acn', 'acr', 0, 'glo2gls'); # from Overleaf v1
sub glo2gls {
system("makeglossaries $_[0]");
}
#############
# makeindex #
#############
@ist = glob("*.ist");
if (scalar(@ist) > 0) {
$makeindex = "makeindex -s $ist[0] %O -o %D %S";
}
################
# nomenclature #
################
add_cus_dep("nlo", "nls", 0, "nlo2nls");
sub nlo2nls {
system("makeindex $_[0].nlo -s nomencl.ist -o $_[0].nls -t $_[0].nlg");
}
#########
# Knitr #
#########
my $root_file = $ARGV[-1];
add_cus_dep( 'Rtex', 'tex', 0, 'rtex_to_tex');
sub rtex_to_tex {
do_knitr("$_[0].Rtex");
}
sub do_knitr {
my $dirname = dirname $_[0];
my $basename = basename $_[0];
system("Rscript -e \"library('knitr'); setwd('$dirname'); knit('$basename')\"");
}
my $rtex_file = $root_file =~ s/\.tex$/.Rtex/r;
unless (-e $root_file) {
if (-e $rtex_file) {
do_knitr($rtex_file);
}
}
##########
# feynmf #
##########
push(@file_not_found, '^feynmf: Files .* and (.*) not found:$');
add_cus_dep("mf", "tfm", 0, "mf_to_tfm");
sub mf_to_tfm { system("mf '\\mode:=laserjet; input $_[0]'"); }
push(@file_not_found, '^feynmf: Label file (.*) not found:$');
add_cus_dep("mf", "t1", 0, "mf_to_label1");
sub mf_to_label1 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t1"); }
add_cus_dep("mf", "t2", 0, "mf_to_label2");
sub mf_to_label2 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t2"); }
add_cus_dep("mf", "t3", 0, "mf_to_label3");
sub mf_to_label3 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t3"); }
add_cus_dep("mf", "t4", 0, "mf_to_label4");
sub mf_to_label4 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t4"); }
add_cus_dep("mf", "t5", 0, "mf_to_label5");
sub mf_to_label5 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t5"); }
add_cus_dep("mf", "t6", 0, "mf_to_label6");
sub mf_to_label6 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t6"); }
add_cus_dep("mf", "t7", 0, "mf_to_label7");
sub mf_to_label7 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t7"); }
add_cus_dep("mf", "t8", 0, "mf_to_label8");
sub mf_to_label8 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t8"); }
add_cus_dep("mf", "t9", 0, "mf_to_label9");
sub mf_to_label9 { system("mf '\\mode:=laserjet; input $_[0]' && touch $_[0].t9"); }
##########
# feynmp #
##########
push(@file_not_found, '^dvipdf: Could not find figure file (.*); continuing.$');
add_cus_dep("mp", "1", 0, "mp_to_eps");
sub mp_to_eps {
system("mpost $_[0]");
return 0;
}
#############
# asymptote #
#############
sub asy {return system("asy --offscreen '$_[0]'");}
add_cus_dep("asy","eps",0,"asy");
add_cus_dep("asy","pdf",0,"asy");
add_cus_dep("asy","tex",0,"asy");
#############
# metapost # # from Overleaf v1
#############
#add_cus_dep('mp', '1', 0, 'mpost')
#sub mpost {
# my $file = $_[0];
# my ($name, $path) = fileparse($file);
# pushd($path);
# my $return = system "mpost $name";
# popd();
# return $return;
#}
##########
# chktex #
##########
unlink 'output.chktex' if -f 'output.chktex';
if (defined $ENV{'CHKTEX_OPTIONS'}) {
use File::Basename;
use Cwd;
# identify the main file
my $target = $ARGV[-1];
my $file = basename($target);
if ($file =~ /\.tex$/) {
# change directory for a limited scope
my $orig_dir = cwd();
my $subdir = dirname($target);
chdir($subdir);
# run chktex on main file
$status = system("/usr/bin/run-chktex.sh", $orig_dir, $file);
# go back to original directory
chdir($orig_dir);
# in VALIDATE mode we always exit after running chktex
# otherwise we exit if EXIT_ON_ERROR is set
if ($ENV{'CHKTEX_EXIT_ON_ERROR'} || $ENV{'CHKTEX_VALIDATE'}) {
# chktex doesn't let us access the error info via exit status
# so look through the output
open(my $fh, "<", "output.chktex");
my $errors = 0;
{
local $/ = "\n";
while(<$fh>) {
if (/^\S+:\d+:\d+: Error:/) {
$errors++;
print;
}
}
}
close($fh);
exit(1) if $errors > 0;
exit(0) if $ENV{'CHKTEX_VALIDATE'};
}
}
};