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�Á¾ÇFile not found. $ˆl–Ðz¾” Jn-jq@5p ¸'ÔÅ£Ä „ ‚ŸÃ¿È?bpackage Opcode; use 5.006_001; use strict; our($VERSION, @ISA, @EXPORT_OK); $VERSION = "1.48"; use Carp; use Exporter (); use XSLoader; BEGIN { @ISA = qw(Exporter); @EXPORT_OK = qw( opset ops_to_opset opset_to_ops opset_to_hex invert_opset empty_opset full_opset opdesc opcodes opmask define_optag opmask_add verify_opset opdump ); } sub opset (;@); sub opset_to_hex ($); sub opdump (;$); use subs @EXPORT_OK; XSLoader::load(); _init_optags(); sub ops_to_opset { opset @_ } # alias for old name sub opset_to_hex ($) { return "(invalid opset)" unless verify_opset($_[0]); unpack("h*",$_[0]); } sub opdump (;$) { my $pat = shift; # handy utility: perl -MOpcode=opdump -e 'opdump File' foreach(opset_to_ops(full_opset)) { my $op = sprintf " %12s %s\n", $_, opdesc($_); next if defined $pat and $op !~ m/$pat/i; print $op; } } sub _init_optags { my(%all, %seen); @all{opset_to_ops(full_opset)} = (); # keys only local($_); local($/) = "\n=cut"; # skip to optags definition section ; $/ = "\n="; # now read in 'pod section' chunks while() { next unless m/^item\s+(:\w+)/; my $tag = $1; # Split into lines, keep only indented lines my @lines = grep { m/^\s/ } split(/\n/); foreach (@lines) { s/(?:\t|--).*// } # delete comments my @ops = map { split ' ' } @lines; # get op words foreach(@ops) { warn "$tag - $_ already tagged in $seen{$_}\n" if $seen{$_}; $seen{$_} = $tag; delete $all{$_}; } # opset will croak on invalid names define_optag($tag, opset(@ops)); } close(DATA); warn "Untagged opnames: ".join(' ',keys %all)."\n" if %all; } 1; __DATA__ =head1 NAME Opcode - Disable named opcodes when compiling perl code =head1 SYNOPSIS use Opcode; =head1 DESCRIPTION Perl code is always compiled into an internal format before execution. Evaluating perl code (e.g. via "eval" or "do 'file'") causes the code to be compiled into an internal format and then, provided there was no error in the compilation, executed. The internal format is based on many distinct I. By default no opmask is in effect and any code can be compiled. The Opcode module allow you to define an I to be in effect when perl I compiles any code. Attempting to compile code which contains a masked opcode will cause the compilation to fail with an error. The code will not be executed. =head1 NOTE The Opcode module is not usually used directly. See the ops pragma and Safe modules for more typical uses. =head1 WARNING The Opcode module does not implement an effective sandbox for evaluating untrusted code with the perl interpreter. Bugs in the perl interpreter that could be abused to bypass Opcode restrictions are not treated as vulnerabilities. See L for additional information. The authors make B, implied or otherwise, about the suitability of this software for safety or security purposes. The authors shall not in any case be liable for special, incidental, consequential, indirect or other similar damages arising from the use of this software. Your mileage will vary. If in any doubt B. =head1 Operator Names and Operator Lists The canonical list of operator names is the contents of the array PL_op_name defined and initialised in file F of the Perl source distribution (and installed into the perl library). Each operator has both a terse name (its opname) and a more verbose or recognisable descriptive name. The opdesc function can be used to return a list of d