| Current Path : /usr/local/lib/perl5/site_perl/5.8.9/Module/Build/ |
FreeBSD hs32.drive.ne.jp 9.1-RELEASE FreeBSD 9.1-RELEASE #1: Wed Jan 14 12:18:08 JST 2015 root@hs32.drive.ne.jp:/sys/amd64/compile/hs32 amd64 |
| Current File : //usr/local/lib/perl5/site_perl/5.8.9/Module/Build/Base.pm |
# -*- mode: cperl; tab-width: 8; indent-tabs-mode: nil; basic-offset: 2 -*-
# vim:ts=8:sw=2:et:sta:sts=2
package Module::Build::Base;
use strict;
use vars qw($VERSION);
$VERSION = '0.30';
$VERSION = eval $VERSION;
BEGIN { require 5.00503 }
use Carp;
use Cwd ();
use File::Copy ();
use File::Find ();
use File::Path ();
use File::Basename ();
use File::Spec 0.82 ();
use File::Compare ();
use Module::Build::Dumper ();
use IO::File ();
use Text::ParseWords ();
use Module::Build::ModuleInfo;
use Module::Build::Notes;
use Module::Build::Config;
#################### Constructors ###########################
sub new {
my $self = shift()->_construct(@_);
$self->{invoked_action} = $self->{action} ||= 'Build_PL';
$self->cull_args(@ARGV);
die "Too early to specify a build action '$self->{action}'. Do 'Build $self->{action}' instead.\n"
if $self->{action} && $self->{action} ne 'Build_PL';
$self->check_manifest;
$self->check_prereq;
$self->check_autofeatures;
$self->dist_name;
$self->dist_version;
$self->_set_install_paths;
$self->_find_nested_builds;
return $self;
}
sub resume {
my $package = shift;
my $self = $package->_construct(@_);
$self->read_config;
# If someone called Module::Build->current() or
# Module::Build->new_from_context() and the correct class to use is
# actually a *subclass* of Module::Build, we may need to load that
# subclass here and re-delegate the resume() method to it.
unless ( UNIVERSAL::isa($package, $self->build_class) ) {
my $build_class = $self->build_class;
my $config_dir = $self->config_dir || '_build';
my $build_lib = File::Spec->catdir( $config_dir, 'lib' );
unshift( @INC, $build_lib );
unless ( $build_class->can('new') ) {
eval "require $build_class; 1" or die "Failed to re-load '$build_class': $@";
}
return $build_class->resume(@_);
}
unless ($self->_perl_is_same($self->{properties}{perl})) {
my $perl = $self->find_perl_interpreter;
$self->log_warn(" * WARNING: Configuration was initially created with '$self->{properties}{perl}',\n".
" but we are now using '$perl'.\n");
}
$self->cull_args(@ARGV);
unless ($self->allow_mb_mismatch) {
my $mb_version = $Module::Build::VERSION;
die(" * ERROR: Configuration was initially created with Module::Build version '$self->{properties}{mb_version}',\n".
" but we are now using version '$mb_version'. Please re-run the Build.PL or Makefile.PL script,\n".
" or use --allow_mb_mismatch 1 to skip this version check.\n")
if $mb_version ne $self->{properties}{mb_version};
}
$self->{invoked_action} = $self->{action} ||= 'build';
$self->_set_install_paths;
return $self;
}
sub new_from_context {
my ($package, %args) = @_;
# XXX Read the META.yml and see whether we need to run the Build.PL?
# Run the Build.PL. We use do() rather than run_perl_script() so
# that it runs in this process rather than a subprocess, because we
# need to make sure that the environment is the same during Build.PL
# as it is during resume() (and thereafter).
{
local @ARGV = $package->unparse_args(\%args);
do './Build.PL';
die $@ if $@;
}
return $package->resume;
}
sub current {
# hmm, wonder what the right thing to do here is
local @ARGV;
return shift()->resume;
}
sub _construct {
my ($package, %input) = @_;
my $args = delete $input{args} || {};
my $config = delete $input{config} || {};
my $self = bless {
args => {%$args},
config => Module::Build::Config->new(values => $config),
properties => {
base_dir => $package->cwd,
mb_version => $Module::Build::VERSION,
%input,
},
phash => {},
}, $package;
$self->_set_defaults;
my ($p, $ph) = ($self->{properties}, $self->{phash});
foreach (qw(notes config_data features runtime_params cleanup auto_features)) {
my $file = File::Spec->catfile($self->config_dir, $_);
$ph->{$_} = Module::Build::Notes->new(file => $file);
$ph->{$_}->restore if -e $file;
if (exists $p->{$_}) {
my $vals = delete $p->{$_};
while (my ($k, $v) = each %$vals) {
$self->$_($k, $v);
}
}
}
# The following warning could be unnecessary if the user is running
# an embedded perl, but there aren't too many of those around, and
# embedded perls aren't usually used to install modules, and the
# installation process sometimes needs to run external scripts
# (e.g. to run tests).
$p->{perl} = $self->find_perl_interpreter
or $self->log_warn("Warning: Can't locate your perl binary");
my $blibdir = sub { File::Spec->catdir($p->{blib}, @_) };
$p->{bindoc_dirs} ||= [ $blibdir->("script") ];
$p->{libdoc_dirs} ||= [ $blibdir->("lib"), $blibdir->("arch") ];
$p->{dist_author} = [ $p->{dist_author} ] if defined $p->{dist_author} and not ref $p->{dist_author};
# Synonyms
$p->{requires} = delete $p->{prereq} if defined $p->{prereq};
$p->{script_files} = delete $p->{scripts} if defined $p->{scripts};
# Convert to arrays
for ('extra_compiler_flags', 'extra_linker_flags') {
$p->{$_} = [ $self->split_like_shell($p->{$_}) ] if exists $p->{$_};
}
$self->add_to_cleanup( @{delete $p->{add_to_cleanup}} )
if $p->{add_to_cleanup};
return $self;
}
################## End constructors #########################
sub log_info { print @_ unless shift()->quiet }
sub log_verbose { shift()->log_info(@_) if $_[0]->verbose }
sub log_warn {
# Try to make our call stack invisible
shift;
if (@_ and $_[-1] !~ /\n$/) {
my (undef, $file, $line) = caller();
warn @_, " at $file line $line.\n";
} else {
warn @_;
}
}
sub _set_install_paths {
my $self = shift;
my $c = $self->{config};
my $p = $self->{properties};
my @libstyle = $c->get('installstyle') ?
File::Spec->splitdir($c->get('installstyle')) : qw(lib perl5);
my $arch = $c->get('archname');
my $version = $c->get('version');
my $bindoc = $c->get('installman1dir') || undef;
my $libdoc = $c->get('installman3dir') || undef;
my $binhtml = $c->get('installhtml1dir') || $c->get('installhtmldir') || undef;
my $libhtml = $c->get('installhtml3dir') || $c->get('installhtmldir') || undef;
$p->{install_sets} =
{
core => {
lib => $c->get('installprivlib'),
arch => $c->get('installarchlib'),
bin => $c->get('installbin'),
script => $c->get('installscript'),
bindoc => $bindoc,
libdoc => $libdoc,
binhtml => $binhtml,
libhtml => $libhtml,
},
site => {
lib => $c->get('installsitelib'),
arch => $c->get('installsitearch'),
bin => $c->get('installsitebin') || $c->get('installbin'),
script => $c->get('installsitescript') ||
$c->get('installsitebin') || $c->get('installscript'),
bindoc => $c->get('installsiteman1dir') || $bindoc,
libdoc => $c->get('installsiteman3dir') || $libdoc,
binhtml => $c->get('installsitehtml1dir') || $binhtml,
libhtml => $c->get('installsitehtml3dir') || $libhtml,
},
vendor => {
lib => $c->get('installvendorlib'),
arch => $c->get('installvendorarch'),
bin => $c->get('installvendorbin') || $c->get('installbin'),
script => $c->get('installvendorscript') ||
$c->get('installvendorbin') || $c->get('installscript'),
bindoc => $c->get('installvendorman1dir') || $bindoc,
libdoc => $c->get('installvendorman3dir') || $libdoc,
binhtml => $c->get('installvendorhtml1dir') || $binhtml,
libhtml => $c->get('installvendorhtml3dir') || $libhtml,
},
};
$p->{original_prefix} =
{
core => $c->get('installprefixexp') || $c->get('installprefix') ||
$c->get('prefixexp') || $c->get('prefix') || '',
site => $c->get('siteprefixexp'),
vendor => $c->get('usevendorprefix') ? $c->get('vendorprefixexp') : '',
};
$p->{original_prefix}{site} ||= $p->{original_prefix}{core};
# Note: you might be tempted to use $Config{installstyle} here
# instead of hard-coding lib/perl5, but that's been considered and
# (at least for now) rejected. `perldoc Config` has some wisdom
# about it.
$p->{install_base_relpaths} =
{
lib => ['lib', 'perl5'],
arch => ['lib', 'perl5', $arch],
bin => ['bin'],
script => ['bin'],
bindoc => ['man', 'man1'],
libdoc => ['man', 'man3'],
binhtml => ['html'],
libhtml => ['html'],
};
$p->{prefix_relpaths} =
{
core => {
lib => [@libstyle],
arch => [@libstyle, $version, $arch],
bin => ['bin'],
script => ['bin'],
bindoc => ['man', 'man1'],
libdoc => ['man', 'man3'],
binhtml => ['html'],
libhtml => ['html'],
},
vendor => {
lib => [@libstyle],
arch => [@libstyle, $version, $arch],
bin => ['bin'],
script => ['bin'],
bindoc => ['man', 'man1'],
libdoc => ['man', 'man3'],
binhtml => ['html'],
libhtml => ['html'],
},
site => {
lib => [@libstyle, 'site_perl'],
arch => [@libstyle, 'site_perl', $version, $arch],
bin => ['bin'],
script => ['bin'],
bindoc => ['man', 'man1'],
libdoc => ['man', 'man3'],
binhtml => ['html'],
libhtml => ['html'],
},
};
}
sub _find_nested_builds {
my $self = shift;
my $r = $self->recurse_into or return;
my ($file, @r);
if (!ref($r) && $r eq 'auto') {
local *DH;
opendir DH, $self->base_dir
or die "Can't scan directory " . $self->base_dir . " for nested builds: $!";
while (defined($file = readdir DH)) {
my $subdir = File::Spec->catdir( $self->base_dir, $file );
next unless -d $subdir;
push @r, $subdir if -e File::Spec->catfile( $subdir, 'Build.PL' );
}
}
$self->recurse_into(\@r);
}
sub cwd {
return Cwd::cwd();
}
sub _quote_args {
# Returns a string that can become [part of] a command line with
# proper quoting so that the subprocess sees this same list of args.
my ($self, @args) = @_;
my @quoted;
for (@args) {
if ( /^[^\s*?!\$<>;\\|'"\[\]\{\}]+$/ ) {
# Looks pretty safe
push @quoted, $_;
} else {
# XXX this will obviously have to improve - is there already a
# core module lying around that does proper quoting?
s/('+)/'"$1"'/g;
push @quoted, qq('$_');
}
}
return join " ", @quoted;
}
sub _backticks {
my ($self, @cmd) = @_;
if ($self->have_forkpipe) {
local *FH;
my $pid = open *FH, "-|";
if ($pid) {
return wantarray ? <FH> : join '', <FH>;
} else {
die "Can't execute @cmd: $!\n" unless defined $pid;
exec { $cmd[0] } @cmd;
}
} else {
my $cmd = $self->_quote_args(@cmd);
return `$cmd`;
}
}
# Tells us whether the construct open($fh, '-|', @command) is
# supported. It would probably be better to dynamically sense this.
sub have_forkpipe { 1 }
# Determine whether a given binary is the same as the perl
# (configuration) that started this process.
sub _perl_is_same {
my ($self, $perl) = @_;
my @cmd = ($perl);
# When run from the perl core, @INC will include the directories
# where perl is yet to be installed. We need to reference the
# absolute path within the source distribution where it can find
# it's Config.pm This also prevents us from picking up a Config.pm
# from a different configuration that happens to be already
# installed in @INC.
if ($ENV{PERL_CORE}) {
push @cmd, '-I' . File::Spec->catdir(File::Basename::dirname($perl), 'lib');
}
push @cmd, qw(-MConfig=myconfig -e print -e myconfig);
return $self->_backticks(@cmd) eq Config->myconfig;
}
# cache _discover_perl_interpreter() results
{
my $known_perl;
sub find_perl_interpreter {
my $self = shift;
return $known_perl if defined($known_perl);
return $known_perl = $self->_discover_perl_interpreter;
}
}
# Returns the absolute path of the perl interperter used to invoke
# this process. The path is derived from $^X or $Config{perlpath}. On
# some platforms $^X contains the complete absolute path of the
# interpreter, on other it may contain a relative path, or simply
# 'perl'. This can also vary depending on whether a path was supplied
# when perl was invoked. Additionally, the value in $^X may omit the
# executable extension on platforms that use one. It's a fatal error
# if the interpreter can't be found because it can result in undefined
# behavior by routines that depend on it (generating errors or
# invoking the wrong perl.)
sub _discover_perl_interpreter {
my $proto = shift;
my $c = ref($proto) ? $proto->{config} : 'Module::Build::Config';
my $perl = $^X;
my $perl_basename = File::Basename::basename($perl);
my @potential_perls;
# Try 1, Check $^X for absolute path
push( @potential_perls, $perl )
if File::Spec->file_name_is_absolute($perl);
# Try 2, Check $^X for a valid relative path
my $abs_perl = File::Spec->rel2abs($perl);
push( @potential_perls, $abs_perl );
# Try 3, Last ditch effort: These two option use hackery to try to locate
# a suitable perl. The hack varies depending on whether we are running
# from an installed perl or an uninstalled perl in the perl source dist.
if ($ENV{PERL_CORE}) {
# Try 3.A, If we are in a perl source tree, running an uninstalled
# perl, we can keep moving up the directory tree until we find our
# binary. We wouldn't do this under any other circumstances.
# CBuilder is also in the core, so it should be available here
require ExtUtils::CBuilder;
my $perl_src = Cwd::realpath( ExtUtils::CBuilder->perl_src );
if ( defined($perl_src) && length($perl_src) ) {
my $uninstperl =
File::Spec->rel2abs(File::Spec->catfile( $perl_src, $perl_basename ));
push( @potential_perls, $uninstperl );
}
} else {
# Try 3.B, First look in $Config{perlpath}, then search the user's
# PATH. We do not want to do either if we are running from an
# uninstalled perl in a perl source tree.
push( @potential_perls, $c->get('perlpath') );
push( @potential_perls,
map File::Spec->catfile($_, $perl_basename), File::Spec->path() );
}
# Now that we've enumerated the potential perls, it's time to test
# them to see if any of them match our configuration, returning the
# absolute path of the first successful match.
my $exe = $c->get('exe_ext');
foreach my $thisperl ( @potential_perls ) {
if (defined $exe) {
$thisperl .= $exe unless $thisperl =~ m/$exe$/i;
}
if ( -f $thisperl && $proto->_perl_is_same($thisperl) ) {
return $thisperl;
}
}
# We've tried all alternatives, and didn't find a perl that matches
# our configuration. Throw an exception, and list alternatives we tried.
my @paths = map File::Basename::dirname($_), @potential_perls;
die "Can't locate the perl binary used to run this script " .
"in (@paths)\n";
}
sub _is_interactive {
return -t STDIN && (-t STDOUT || !(-f STDOUT || -c STDOUT)) ; # Pipe?
}
# NOTE this is a blocking operation if(-t STDIN)
sub _is_unattended {
my $self = shift;
return $ENV{PERL_MM_USE_DEFAULT} ||
( !$self->_is_interactive && eof STDIN );
}
sub _readline {
my $self = shift;
return undef if $self->_is_unattended;
my $answer = <STDIN>;
chomp $answer if defined $answer;
return $answer;
}
sub prompt {
my $self = shift;
my $mess = shift
or die "prompt() called without a prompt message";
# use a list to distinguish a default of undef() from no default
my @def;
@def = (shift) if @_;
# use dispdef for output
my @dispdef = scalar(@def) ?
('[', (defined($def[0]) ? $def[0] . ' ' : ''), ']') :
(' ', '');
local $|=1;
print "$mess ", @dispdef;
if ( $self->_is_unattended && !@def ) {
die <<EOF;
ERROR: This build seems to be unattended, but there is no default value
for this question. Aborting.
EOF
}
my $ans = $self->_readline();
if ( !defined($ans) # Ctrl-D or unattended
or !length($ans) ) { # User hit return
print "$dispdef[1]\n";
$ans = scalar(@def) ? $def[0] : '';
}
return $ans;
}
sub y_n {
my $self = shift;
my ($mess, $def) = @_;
die "y_n() called without a prompt message" unless $mess;
die "Invalid default value: y_n() default must be 'y' or 'n'"
if $def && $def !~ /^[yn]/i;
my $answer;
while (1) { # XXX Infinite or a large number followed by an exception ?
$answer = $self->prompt(@_);
return 1 if $answer =~ /^y/i;
return 0 if $answer =~ /^n/i;
local $|=1;
print "Please answer 'y' or 'n'.\n";
}
}
sub current_action { shift->{action} }
sub invoked_action { shift->{invoked_action} }
sub notes { shift()->{phash}{notes}->access(@_) }
sub config_data { shift()->{phash}{config_data}->access(@_) }
sub runtime_params { shift->{phash}{runtime_params}->read( @_ ? shift : () ) } # Read-only
sub auto_features { shift()->{phash}{auto_features}->access(@_) }
sub features {
my $self = shift;
my $ph = $self->{phash};
if (@_) {
my $key = shift;
if ($ph->{features}->exists($key)) {
return $ph->{features}->access($key, @_);
}
if (my $info = $ph->{auto_features}->access($key)) {
my $failures = $self->prereq_failures($info);
my $disabled = grep( /^(?:\w+_)?(?:requires|conflicts)$/,
keys %$failures ) ? 1 : 0;
return !$disabled;
}
return $ph->{features}->access($key, @_);
}
# No args - get the auto_features & overlay the regular features
my %features;
my %auto_features = $ph->{auto_features}->access();
while (my ($name, $info) = each %auto_features) {
my $failures = $self->prereq_failures($info);
my $disabled = grep( /^(?:\w+_)?(?:requires|conflicts)$/,
keys %$failures ) ? 1 : 0;
$features{$name} = $disabled ? 0 : 1;
}
%features = (%features, $ph->{features}->access());
return wantarray ? %features : \%features;
}
BEGIN { *feature = \&features } # Alias
sub _mb_feature {
my $self = shift;
if (($self->module_name || '') eq 'Module::Build') {
# We're building Module::Build itself, so ...::ConfigData isn't
# valid, but $self->features() should be.
return $self->feature(@_);
} else {
require Module::Build::ConfigData;
return Module::Build::ConfigData->feature(@_);
}
}
sub add_build_element {
my ($self, $elem) = @_;
my $elems = $self->build_elements;
push @$elems, $elem unless grep { $_ eq $elem } @$elems;
}
sub ACTION_config_data {
my $self = shift;
return unless $self->has_config_data;
my $module_name = $self->module_name
or die "The config_data feature requires that 'module_name' be set";
my $notes_name = $module_name . '::ConfigData'; # TODO: Customize name ???
my $notes_pm = File::Spec->catfile($self->blib, 'lib', split /::/, "$notes_name.pm");
return if $self->up_to_date(['Build.PL',
$self->config_file('config_data'),
$self->config_file('features')
], $notes_pm);
$self->log_info("Writing config notes to $notes_pm\n");
File::Path::mkpath(File::Basename::dirname($notes_pm));
Module::Build::Notes->write_config_data
(
file => $notes_pm,
module => $module_name,
config_module => $notes_name,
config_data => scalar $self->config_data,
feature => scalar $self->{phash}{features}->access(),
auto_features => scalar $self->auto_features,
);
}
{
my %valid_properties = ( __PACKAGE__, {} );
my %additive_properties;
sub _mb_classes {
my $class = ref($_[0]) || $_[0];
return ($class, $class->mb_parents);
}
sub valid_property {
my ($class, $prop) = @_;
return grep exists( $valid_properties{$_}{$prop} ), $class->_mb_classes;
}
sub valid_properties {
return keys %{ shift->valid_properties_defaults() };
}
sub valid_properties_defaults {
my %out;
for (reverse shift->_mb_classes) {
@out{ keys %{ $valid_properties{$_} } } = values %{ $valid_properties{$_} };
}
return \%out;
}
sub array_properties {
for (shift->_mb_classes) {
return @{$additive_properties{$_}->{ARRAY}}
if exists $additive_properties{$_}->{ARRAY};
}
}
sub hash_properties {
for (shift->_mb_classes) {
return @{$additive_properties{$_}->{'HASH'}}
if exists $additive_properties{$_}->{'HASH'};
}
}
sub add_property {
my ($class, $property, $default) = @_;
die "Property '$property' already exists" if $class->valid_property($property);
$valid_properties{$class}{$property} = $default;
my $type = ref $default;
if ($type) {
push @{$additive_properties{$class}->{$type}}, $property;
}
unless ($class->can($property)) {
no strict 'refs';
if ( $type eq 'HASH' ) {
*{"$class\::$property"} = sub {
# XXX this needs 'use strict' again
my $self = shift;
my $x = $self->{properties};
return $x->{$property} unless @_;
if ( defined($_[0]) && !ref($_[0]) ) {
if ( @_ == 1 ) {
return exists( $x->{$property}{$_[0]} ) ?
$x->{$property}{$_[0]} : undef;
} elsif ( @_ % 2 == 0 ) {
my %args = @_;
while ( my($k, $v) = each %args ) {
$x->{$property}{$k} = $v;
}
} else {
die "Unexpected arguments for property '$property'\n";
}
} else {
$x->{$property} = $_[0];
}
};
} else {
*{"$class\::$property"} = sub {
# XXX this needs 'use strict' again
my $self = shift;
$self->{properties}{$property} = shift if @_;
return $self->{properties}{$property};
}
}
}
return $class;
}
sub _set_defaults {
my $self = shift;
# Set the build class.
$self->{properties}{build_class} ||= ref $self;
# If there was no orig_dir, set to the same as base_dir
$self->{properties}{orig_dir} ||= $self->{properties}{base_dir};
my $defaults = $self->valid_properties_defaults;
foreach my $prop (keys %$defaults) {
$self->{properties}{$prop} = $defaults->{$prop}
unless exists $self->{properties}{$prop};
}
# Copy defaults for arrays any arrays.
for my $prop ($self->array_properties) {
$self->{properties}{$prop} = [@{$defaults->{$prop}}]
unless exists $self->{properties}{$prop};
}
# Copy defaults for arrays any hashes.
for my $prop ($self->hash_properties) {
$self->{properties}{$prop} = {%{$defaults->{$prop}}}
unless exists $self->{properties}{$prop};
}
}
}
# Add the default properties.
__PACKAGE__->add_property(blib => 'blib');
__PACKAGE__->add_property(build_class => 'Module::Build');
__PACKAGE__->add_property(build_elements => [qw(PL support pm xs pod script)]);
__PACKAGE__->add_property(build_script => 'Build');
__PACKAGE__->add_property(build_bat => 0);
__PACKAGE__->add_property(config_dir => '_build');
__PACKAGE__->add_property(include_dirs => []);
__PACKAGE__->add_property(installdirs => 'site');
__PACKAGE__->add_property(metafile => 'META.yml');
__PACKAGE__->add_property(recurse_into => []);
__PACKAGE__->add_property(use_rcfile => 1);
__PACKAGE__->add_property(create_packlist => 1);
__PACKAGE__->add_property(allow_mb_mismatch => 0);
__PACKAGE__->add_property(config => undef);
__PACKAGE__->add_property(test_file_exts => ['.t']);
__PACKAGE__->add_property(use_tap_harness => 0);
__PACKAGE__->add_property(tap_harness_args => {});
{
my $Is_ActivePerl = eval {require ActivePerl::DocTools};
__PACKAGE__->add_property(html_css => $Is_ActivePerl ? 'Active.css' : '');
}
{
my @prereq_action_types = qw(requires build_requires conflicts recommends);
foreach my $type (@prereq_action_types) {
__PACKAGE__->add_property($type => {});
}
__PACKAGE__->add_property(prereq_action_types => \@prereq_action_types);
}
__PACKAGE__->add_property($_ => {}) for qw(
get_options
install_base_relpaths
install_path
install_sets
meta_add
meta_merge
original_prefix
prefix_relpaths
configure_requires
);
__PACKAGE__->add_property($_) for qw(
PL_files
autosplit
base_dir
bindoc_dirs
c_source
create_makefile_pl
create_readme
debugger
destdir
dist_abstract
dist_author
dist_name
dist_version
dist_version_from
extra_compiler_flags
extra_linker_flags
has_config_data
install_base
libdoc_dirs
license
magic_number
mb_version
module_name
orig_dir
perl
pm_files
pod_files
pollute
prefix
program_name
quiet
recursive_test_files
script_files
scripts
sign
test_files
verbose
xs_files
);
sub config {
my $self = shift;
my $c = ref($self) ? $self->{config} : 'Module::Build::Config';
return $c->all_config unless @_;
my $key = shift;
return $c->get($key) unless @_;
my $val = shift;
return $c->set($key => $val);
}
sub mb_parents {
# Code borrowed from Class::ISA.
my @in_stack = (shift);
my %seen = ($in_stack[0] => 1);
my ($current, @out);
while (@in_stack) {
next unless defined($current = shift @in_stack)
&& $current->isa('Module::Build::Base');
push @out, $current;
next if $current eq 'Module::Build::Base';
no strict 'refs';
unshift @in_stack,
map {
my $c = $_; # copy, to avoid being destructive
substr($c,0,2) = "main::" if substr($c,0,2) eq '::';
# Canonize the :: -> main::, ::foo -> main::foo thing.
# Should I ever canonize the Foo'Bar = Foo::Bar thing?
$seen{$c}++ ? () : $c;
} @{"$current\::ISA"};
# I.e., if this class has any parents (at least, ones I've never seen
# before), push them, in order, onto the stack of classes I need to
# explore.
}
shift @out;
return @out;
}
sub extra_linker_flags { shift->_list_accessor('extra_linker_flags', @_) }
sub extra_compiler_flags { shift->_list_accessor('extra_compiler_flags', @_) }
sub _list_accessor {
(my $self, local $_) = (shift, shift);
my $p = $self->{properties};
$p->{$_} = [@_] if @_;
$p->{$_} = [] unless exists $p->{$_};
return ref($p->{$_}) ? $p->{$_} : [$p->{$_}];
}
# XXX Problem - if Module::Build is loaded from a different directory,
# it'll look for (and perhaps destroy/create) a _build directory.
sub subclass {
my ($pack, %opts) = @_;
my $build_dir = '_build'; # XXX The _build directory is ostensibly settable by the user. Shouldn't hard-code here.
$pack->delete_filetree($build_dir) if -e $build_dir;
die "Must provide 'code' or 'class' option to subclass()\n"
unless $opts{code} or $opts{class};
$opts{code} ||= '';
$opts{class} ||= 'MyModuleBuilder';
my $filename = File::Spec->catfile($build_dir, 'lib', split '::', $opts{class}) . '.pm';
my $filedir = File::Basename::dirname($filename);
$pack->log_info("Creating custom builder $filename in $filedir\n");
File::Path::mkpath($filedir);
die "Can't create directory $filedir: $!" unless -d $filedir;
my $fh = IO::File->new("> $filename") or die "Can't create $filename: $!";
print $fh <<EOF;
package $opts{class};
use $pack;
\@ISA = qw($pack);
$opts{code}
1;
EOF
close $fh;
unshift @INC, File::Spec->catdir(File::Spec->rel2abs($build_dir), 'lib');
eval "use $opts{class}";
die $@ if $@;
return $opts{class};
}
sub dist_name {
my $self = shift;
my $p = $self->{properties};
return $p->{dist_name} if defined $p->{dist_name};
die "Can't determine distribution name, must supply either 'dist_name' or 'module_name' parameter"
unless $self->module_name;
($p->{dist_name} = $self->module_name) =~ s/::/-/g;
return $p->{dist_name};
}
sub dist_version_from {
my ($self) = @_;
my $p = $self->{properties};
if ($self->module_name) {
$p->{dist_version_from} ||=
join( '/', 'lib', split(/::/, $self->module_name) ) . '.pm';
}
return $p->{dist_version_from} || undef;
}
sub dist_version {
my ($self) = @_;
my $p = $self->{properties};
return $p->{dist_version} if defined $p->{dist_version};
if ( my $dist_version_from = $self->dist_version_from ) {
my $version_from = File::Spec->catfile( split( qr{/}, $dist_version_from ) );
my $pm_info = Module::Build::ModuleInfo->new_from_file( $version_from )
or die "Can't find file $version_from to determine version";
$p->{dist_version} = $pm_info->version();
}
die ("Can't determine distribution version, must supply either 'dist_version',\n".
"'dist_version_from', or 'module_name' parameter")
unless defined $p->{dist_version};
return $p->{dist_version};
}
sub dist_author { shift->_pod_parse('author') }
sub dist_abstract { shift->_pod_parse('abstract') }
sub _pod_parse {
my ($self, $part) = @_;
my $p = $self->{properties};
my $member = "dist_$part";
return $p->{$member} if defined $p->{$member};
my $docfile = $self->_main_docfile
or return;
my $fh = IO::File->new($docfile)
or return;
require Module::Build::PodParser;
my $parser = Module::Build::PodParser->new(fh => $fh);
my $method = "get_$part";
return $p->{$member} = $parser->$method();
}
sub version_from_file { # Method provided for backwards compatability
return Module::Build::ModuleInfo->new_from_file($_[1])->version();
}
sub find_module_by_name { # Method provided for backwards compatability
return Module::Build::ModuleInfo->find_module_by_name(@_[1,2]);
}
sub add_to_cleanup {
my $self = shift;
my %files = map {$self->localize_file_path($_), 1} @_;
$self->{phash}{cleanup}->write(\%files);
}
sub cleanup {
my $self = shift;
my $all = $self->{phash}{cleanup}->read;
return keys %$all;
}
sub config_file {
my $self = shift;
return unless -d $self->config_dir;
return File::Spec->catfile($self->config_dir, @_);
}
sub read_config {
my ($self) = @_;
my $file = $self->config_file('build_params')
or die "Can't find 'build_params' in " . $self->config_dir;
my $fh = IO::File->new($file) or die "Can't read '$file': $!";
my $ref = eval do {local $/; <$fh>};
die if $@;
my $c;
($self->{args}, $c, $self->{properties}) = @$ref;
$self->{config} = Module::Build::Config->new(values => $c);
close $fh;
}
sub has_config_data {
my $self = shift;
return scalar grep $self->{phash}{$_}->has_data(), qw(config_data features auto_features);
}
sub _write_data {
my ($self, $filename, $data) = @_;
my $file = $self->config_file($filename);
my $fh = IO::File->new("> $file") or die "Can't create '$file': $!";
unless (ref($data)) { # e.g. magicnum
print $fh $data;
return;
}
print {$fh} Module::Build::Dumper->_data_dump($data);
}
sub write_config {
my ($self) = @_;
File::Path::mkpath($self->{properties}{config_dir});
-d $self->{properties}{config_dir} or die "Can't mkdir $self->{properties}{config_dir}: $!";
my @items = @{ $self->prereq_action_types };
$self->_write_data('prereqs', { map { $_, $self->$_() } @items });
$self->_write_data('build_params', [$self->{args}, $self->{config}->values_set, $self->{properties}]);
# Set a new magic number and write it to a file
$self->_write_data('magicnum', $self->magic_number(int rand 1_000_000));
$self->{phash}{$_}->write() foreach qw(notes cleanup features auto_features config_data runtime_params);
}
sub check_autofeatures {
my ($self) = @_;
my $features = $self->auto_features;
return unless %$features;
$self->log_info("Checking features:\n");
my $max_name_len = 0;
$max_name_len = ( length($_) > $max_name_len ) ?
length($_) : $max_name_len
for keys %$features;
while (my ($name, $info) = each %$features) {
$self->log_info(" $name" . '.' x ($max_name_len - length($name) + 4));
if ( my $failures = $self->prereq_failures($info) ) {
my $disabled = grep( /^(?:\w+_)?(?:requires|conflicts)$/,
keys %$failures ) ? 1 : 0;
$self->log_info( $disabled ? "disabled\n" : "enabled\n" );
my $log_text;
while (my ($type, $prereqs) = each %$failures) {
while (my ($module, $status) = each %$prereqs) {
my $required =
($type =~ /^(?:\w+_)?(?:requires|conflicts)$/) ? 1 : 0;
my $prefix = ($required) ? '-' : '*';
$log_text .= " $prefix $status->{message}\n";
}
}
$self->log_warn("$log_text") unless $self->quiet;
} else {
$self->log_info("enabled\n");
}
}
$self->log_warn("\n");
}
sub prereq_failures {
my ($self, $info) = @_;
my @types = @{ $self->prereq_action_types };
$info ||= {map {$_, $self->$_()} @types};
my $out;
foreach my $type (@types) {
my $prereqs = $info->{$type};
while ( my ($modname, $spec) = each %$prereqs ) {
my $status = $self->check_installed_status($modname, $spec);
if ($type =~ /^(?:\w+_)?conflicts$/) {
next if !$status->{ok};
$status->{conflicts} = delete $status->{need};
$status->{message} = "$modname ($status->{have}) conflicts with this distribution";
} elsif ($type =~ /^(?:\w+_)?recommends$/) {
next if $status->{ok};
$status->{message} = (!ref($status->{have}) && $status->{have} eq '<none>'
? "Optional prerequisite $modname is not installed"
: "$modname ($status->{have}) is installed, but we prefer to have $spec");
} else {
next if $status->{ok};
}
$out->{$type}{$modname} = $status;
}
}
return $out;
}
# returns a hash of defined prerequisites; i.e. only prereq types with values
sub _enum_prereqs {
my $self = shift;
my %prereqs;
foreach my $type ( @{ $self->prereq_action_types } ) {
if ( $self->can( $type ) ) {
my $prereq = $self->$type() || {};
$prereqs{$type} = $prereq if %$prereq;
}
}
return \%prereqs;
}
sub check_prereq {
my $self = shift;
# If we have XS files, make sure we can process them.
my $xs_files = $self->find_xs_files;
if (keys %$xs_files && !$self->_mb_feature('C_support')) {
$self->log_warn("Warning: this distribution contains XS files, ".
"but Module::Build is not configured with C_support. ".
"Please install ExtUtils::CBuilder to enable C_support.\n");
}
# Check to see if there are any prereqs to check
my $info = $self->_enum_prereqs;
return 1 unless $info;
$self->log_info("Checking prerequisites...\n");
my $failures = $self->prereq_failures($info);
if ( $failures ) {
while (my ($type, $prereqs) = each %$failures) {
while (my ($module, $status) = each %$prereqs) {
my $prefix = ($type =~ /^(?:\w+_)?recommends$/) ? '*' : '- ERROR:';
$self->log_warn(" $prefix $status->{message}\n");
}
}
$self->log_warn(<<EOF);
ERRORS/WARNINGS FOUND IN PREREQUISITES. You may wish to install the versions
of the modules indicated above before proceeding with this installation
EOF
return 0;
} else {
$self->log_info("Looks good\n\n");
return 1;
}
}
sub perl_version {
my ($self) = @_;
# Check the current perl interpreter
# It's much more convenient to use $] here than $^V, but 'man
# perlvar' says I'm not supposed to. Bloody tyrant.
return $^V ? $self->perl_version_to_float(sprintf "%vd", $^V) : $];
}
sub perl_version_to_float {
my ($self, $version) = @_;
return $version if grep( /\./, $version ) < 2;
$version =~ s/\./../;
$version =~ s/\.(\d+)/sprintf '%03d', $1/eg;
return $version;
}
sub _parse_conditions {
my ($self, $spec) = @_;
if ($spec =~ /^\s*([\w.]+)\s*$/) { # A plain number, maybe with dots, letters, and underscores
return (">= $spec");
} else {
return split /\s*,\s*/, $spec;
}
}
sub check_installed_status {
my ($self, $modname, $spec) = @_;
my %status = (need => $spec);
if ($modname eq 'perl') {
$status{have} = $self->perl_version;
} elsif (eval { no strict; $status{have} = ${"${modname}::VERSION"} }) {
# Don't try to load if it's already loaded
} else {
my $pm_info = Module::Build::ModuleInfo->new_from_module( $modname );
unless (defined( $pm_info )) {
@status{ qw(have message) } = ('<none>', "$modname is not installed");
return \%status;
}
$status{have} = $pm_info->version();
if ($spec and !defined($status{have})) {
@status{ qw(have message) } = (undef, "Couldn't find a \$VERSION in prerequisite $modname");
return \%status;
}
}
my @conditions = $self->_parse_conditions($spec);
foreach (@conditions) {
my ($op, $version) = /^\s* (<=?|>=?|==|!=) \s* ([\w.]+) \s*$/x
or die "Invalid prerequisite condition '$_' for $modname";
$version = $self->perl_version_to_float($version)
if $modname eq 'perl';
next if $op eq '>=' and !$version; # Module doesn't have to actually define a $VERSION
unless ($self->compare_versions( $status{have}, $op, $version )) {
$status{message} = "$modname ($status{have}) is installed, but we need version $op $version";
return \%status;
}
}
$status{ok} = 1;
return \%status;
}
sub compare_versions {
my $self = shift;
my ($v1, $op, $v2) = @_;
$v1 = Module::Build::Version->new($v1)
unless UNIVERSAL::isa($v1,'Module::Build::Version');
my $eval_str = "\$v1 $op \$v2";
my $result = eval $eval_str;
$self->log_warn("error comparing versions: '$eval_str' $@") if $@;
return $result;
}
# I wish I could set $! to a string, but I can't, so I use $@
sub check_installed_version {
my ($self, $modname, $spec) = @_;
my $status = $self->check_installed_status($modname, $spec);
if ($status->{ok}) {
return $status->{have} if $status->{have} and "$status->{have}" ne '<none>';
return '0 but true';
}
$@ = $status->{message};
return 0;
}
sub make_executable {
# Perl's chmod() is mapped to useful things on various non-Unix
# platforms, so we use it in the base class even though it looks
# Unixish.
my $self = shift;
foreach (@_) {
my $current_mode = (stat $_)[2];
chmod $current_mode | oct(111), $_;
}
}
sub is_executable {
# We assume this does the right thing on generic platforms, though
# we do some other more specific stuff on Unixish platforms.
my ($self, $file) = @_;
return -x $file;
}
sub _startperl { shift()->config('startperl') }
# Return any directories in @INC which are not in the default @INC for
# this perl. For example, stuff passed in with -I or loaded with "use lib".
sub _added_to_INC {
my $self = shift;
my %seen;
$seen{$_}++ foreach $self->_default_INC;
return grep !$seen{$_}++, @INC;
}
# Determine the default @INC for this Perl
{
my @default_inc; # Memoize
sub _default_INC {
my $self = shift;
return @default_inc if @default_inc;
local $ENV{PERL5LIB}; # this is not considered part of the default.
my $perl = ref($self) ? $self->perl : $self->find_perl_interpreter;
my @inc = $self->_backticks($perl, '-le', 'print for @INC');
chomp @inc;
return @default_inc = @inc;
}
}
sub print_build_script {
my ($self, $fh) = @_;
my $build_package = $self->build_class;
my $closedata="";
my %q = map {$_, $self->$_()} qw(config_dir base_dir);
my $case_tolerant = 0+(File::Spec->can('case_tolerant')
&& File::Spec->case_tolerant);
$q{base_dir} = uc $q{base_dir} if $case_tolerant;
$q{base_dir} = Win32::GetShortPathName($q{base_dir}) if $self->is_windowsish;
$q{magic_numfile} = $self->config_file('magicnum');
my @myINC = $self->_added_to_INC;
for (@myINC, values %q) {
$_ = File::Spec->canonpath( $_ );
s/([\\\'])/\\$1/g;
}
my $quoted_INC = join ",\n", map " '$_'", @myINC;
my $shebang = $self->_startperl;
my $magic_number = $self->magic_number;
print $fh <<EOF;
$shebang
use strict;
use Cwd;
use File::Basename;
use File::Spec;
sub magic_number_matches {
return 0 unless -e '$q{magic_numfile}';
local *FH;
open FH, '$q{magic_numfile}' or return 0;
my \$filenum = <FH>;
close FH;
return \$filenum == $magic_number;
}
my \$progname;
my \$orig_dir;
BEGIN {
\$^W = 1; # Use warnings
\$progname = basename(\$0);
\$orig_dir = Cwd::cwd();
my \$base_dir = '$q{base_dir}';
if (!magic_number_matches()) {
unless (chdir(\$base_dir)) {
die ("Couldn't chdir(\$base_dir), aborting\\n");
}
unless (magic_number_matches()) {
die ("Configuration seems to be out of date, please re-run 'perl Build.PL' again.\\n");
}
}
unshift \@INC,
(
$quoted_INC
);
}
close(*DATA) unless eof(*DATA); # ensure no open handles to this script
use $build_package;
# Some platforms have problems setting \$^X in shebang contexts, fix it up here
\$^X = Module::Build->find_perl_interpreter;
if (-e 'Build.PL' and not $build_package->up_to_date('Build.PL', \$progname)) {
warn "Warning: Build.PL has been altered. You may need to run 'perl Build.PL' again.\\n";
}
# This should have just enough arguments to be able to bootstrap the rest.
my \$build = $build_package->resume (
properties => {
config_dir => '$q{config_dir}',
orig_dir => \$orig_dir,
},
);
\$build->dispatch;
EOF
}
sub create_build_script {
my ($self) = @_;
$self->write_config;
my ($build_script, $dist_name, $dist_version)
= map $self->$_(), qw(build_script dist_name dist_version);
if ( $self->delete_filetree($build_script) ) {
$self->log_info("Removed previous script '$build_script'\n\n");
}
$self->log_info("Creating new '$build_script' script for ",
"'$dist_name' version '$dist_version'\n");
my $fh = IO::File->new(">$build_script") or die "Can't create '$build_script': $!";
$self->print_build_script($fh);
close $fh;
$self->make_executable($build_script);
return 1;
}
sub check_manifest {
my $self = shift;
return unless -e 'MANIFEST';
# Stolen nearly verbatim from MakeMaker. But ExtUtils::Manifest
# could easily be re-written into a modern Perl dialect.
require ExtUtils::Manifest; # ExtUtils::Manifest is not warnings clean.
local ($^W, $ExtUtils::Manifest::Quiet) = (0,1);
$self->log_info("Checking whether your kit is complete...\n");
if (my @missed = ExtUtils::Manifest::manicheck()) {
$self->log_warn("WARNING: the following files are missing in your kit:\n",
"\t", join("\n\t", @missed), "\n",
"Please inform the author.\n\n");
} else {
$self->log_info("Looks good\n\n");
}
}
sub dispatch {
my $self = shift;
local $self->{_completed_actions} = {};
if (@_) {
my ($action, %p) = @_;
my $args = $p{args} ? delete($p{args}) : {};
local $self->{invoked_action} = $action;
local $self->{args} = {%{$self->{args}}, %$args};
local $self->{properties} = {%{$self->{properties}}, %p};
return $self->_call_action($action);
}
die "No build action specified" unless $self->{action};
local $self->{invoked_action} = $self->{action};
$self->_call_action($self->{action});
}
sub _call_action {
my ($self, $action) = @_;
return if $self->{_completed_actions}{$action}++;
local $self->{action} = $action;
my $method = "ACTION_$action";
die "No action '$action' defined, try running the 'help' action.\n" unless $self->can($method);
return $self->$method();
}
# cuts the user-specified options out of the command-line args
sub cull_options {
my $self = shift;
my (@argv) = @_;
my $specs = $self->get_options;
return({}, @argv) unless($specs and %$specs); # no user options
require Getopt::Long;
# XXX Should we let Getopt::Long handle M::B's options? That would
# be easy-ish to add to @specs right here, but wouldn't handle options
# passed without "--" as M::B currently allows. We might be able to
# get around this by setting the "prefix_pattern" Configure option.
my @specs;
my $args = {};
# Construct the specifications for GetOptions.
while (my ($k, $v) = each %$specs) {
# Throw an error if specs conflict with our own.
die "Option specification '$k' conflicts with a " . ref $self
. " option of the same name"
if $self->valid_property($k);
push @specs, $k . (defined $v->{type} ? $v->{type} : '');
push @specs, $v->{store} if exists $v->{store};
$args->{$k} = $v->{default} if exists $v->{default};
}
local @ARGV = @argv; # No other way to dupe Getopt::Long
# Get the options values and return them.
# XXX Add option to allow users to set options?
if ( @specs ) {
Getopt::Long::Configure('pass_through');
Getopt::Long::GetOptions($args, @specs);
}
return $args, @ARGV;
}
sub unparse_args {
my ($self, $args) = @_;
my @out;
while (my ($k, $v) = each %$args) {
push @out, (UNIVERSAL::isa($v, 'HASH') ? map {+"--$k", "$_=$v->{$_}"} keys %$v :
UNIVERSAL::isa($v, 'ARRAY') ? map {+"--$k", $_} @$v :
("--$k", $v));
}
return @out;
}
sub args {
my $self = shift;
return wantarray ? %{ $self->{args} } : $self->{args} unless @_;
my $key = shift;
$self->{args}{$key} = shift if @_;
return $self->{args}{$key};
}
# allows select parameters (with underscores) to be spoken with dashes
# when used as command-line options
sub _translate_option {
my $self = shift;
my $opt = shift;
(my $tr_opt = $opt) =~ tr/-/_/;
return $tr_opt if grep $tr_opt =~ /^(?:no_?)?$_$/, qw(
create_makefile_pl
create_readme
extra_compiler_flags
extra_linker_flags
html_css
install_base
install_path
meta_add
meta_merge
test_files
use_rcfile
use_tap_harness
tap_harness_args
); # normalize only selected option names
return $opt;
}
sub _read_arg {
my ($self, $args, $key, $val) = @_;
$key = $self->_translate_option($key);
if ( exists $args->{$key} ) {
$args->{$key} = [ $args->{$key} ] unless ref $args->{$key};
push @{$args->{$key}}, $val;
} else {
$args->{$key} = $val;
}
}
# decide whether or not an option requires/has an opterand
sub _optional_arg {
my $self = shift;
my $opt = shift;
my $argv = shift;
$opt = $self->_translate_option($opt);
my @bool_opts = qw(
build_bat
create_readme
pollute
quiet
uninst
use_rcfile
verbose
sign
use_tap_harness
);
# inverted boolean options; eg --noverbose or --no-verbose
# converted to proper name & returned with false value (verbose, 0)
if ( grep $opt =~ /^no[-_]?$_$/, @bool_opts ) {
$opt =~ s/^no-?//;
return ($opt, 0);
}
# non-boolean option; return option unchanged along with its argument
return ($opt, shift(@$argv)) unless grep $_ eq $opt, @bool_opts;
# we're punting a bit here, if an option appears followed by a digit
# we take the digit as the argument for the option. If there is
# nothing that looks like a digit, we pretend the option is a flag
# that is being set and has no argument.
my $arg = 1;
$arg = shift(@$argv) if @$argv && $argv->[0] =~ /^\d+$/;
return ($opt, $arg);
}
sub read_args {
my $self = shift;
(my $args, @_) = $self->cull_options(@_);
my %args = %$args;
my $opt_re = qr/[\w\-]+/;
my ($action, @argv);
while (@_) {
local $_ = shift;
if ( /^(?:--)?($opt_re)=(.*)$/ ) {
$self->_read_arg(\%args, $1, $2);
} elsif ( /^--($opt_re)$/ ) {
my($opt, $arg) = $self->_optional_arg($1, \@_);
$self->_read_arg(\%args, $opt, $arg);
} elsif ( /^($opt_re)$/ and !defined($action)) {
$action = $1;
} else {
push @argv, $_;
}
}
$args{ARGV} = \@argv;
for ('extra_compiler_flags', 'extra_linker_flags') {
$args{$_} = [ $self->split_like_shell($args{$_}) ] if exists $args{$_};
}
# Hashify these parameters
for ($self->hash_properties, 'config') {
next unless exists $args{$_};
my %hash;
$args{$_} ||= [];
$args{$_} = [ $args{$_} ] unless ref $args{$_};
foreach my $arg ( @{$args{$_}} ) {
$arg =~ /(\w+)=(.*)/
or die "Malformed '$_' argument: '$arg' should be something like 'foo=bar'";
$hash{$1} = $2;
}
$args{$_} = \%hash;
}
# De-tilde-ify any path parameters
for my $key (qw(prefix install_base destdir)) {
next if !defined $args{$key};
$args{$key} = $self->_detildefy($args{$key});
}
for my $key (qw(install_path)) {
next if !defined $args{$key};
for my $subkey (keys %{$args{$key}}) {
next if !defined $args{$key}{$subkey};
my $subkey_ext = $self->_detildefy($args{$key}{$subkey});
if ( $subkey eq 'html' ) { # translate for compatability
$args{$key}{binhtml} = $subkey_ext;
$args{$key}{libhtml} = $subkey_ext;
} else {
$args{$key}{$subkey} = $subkey_ext;
}
}
}
if ($args{makefile_env_macros}) {
require Module::Build::Compat;
%args = (%args, Module::Build::Compat->makefile_to_build_macros);
}
return \%args, $action;
}
# Default: do nothing. Overridden for Unix & Windows.
sub _detildefy {}
# merge Module::Build argument lists that have already been parsed
# by read_args(). Takes two references to option hashes and merges
# the contents, giving priority to the first.
sub _merge_arglist {
my( $self, $opts1, $opts2 ) = @_;
my %new_opts = %$opts1;
while (my ($key, $val) = each %$opts2) {
if ( exists( $opts1->{$key} ) ) {
if ( ref( $val ) eq 'HASH' ) {
while (my ($k, $v) = each %$val) {
$new_opts{$key}{$k} = $v unless exists( $opts1->{$key}{$k} );
}
}
} else {
$new_opts{$key} = $val
}
}
return %new_opts;
}
# Look for a home directory on various systems.
sub _home_dir {
my @home_dirs;
push( @home_dirs, $ENV{HOME} ) if $ENV{HOME};
push( @home_dirs, File::Spec->catpath($ENV{HOMEDRIVE}, $ENV{HOMEPATH}, '') )
if $ENV{HOMEDRIVE} && $ENV{HOMEPATH};
my @other_home_envs = qw( USERPROFILE APPDATA WINDIR SYS$LOGIN );
push( @home_dirs, map $ENV{$_}, grep $ENV{$_}, @other_home_envs );
my @real_home_dirs = grep -d, @home_dirs;
return wantarray ? @real_home_dirs : shift( @real_home_dirs );
}
sub _find_user_config {
my $self = shift;
my $file = shift;
foreach my $dir ( $self->_home_dir ) {
my $path = File::Spec->catfile( $dir, $file );
return $path if -e $path;
}
return undef;
}
# read ~/.modulebuildrc returning global options '*' and
# options specific to the currently executing $action.
sub read_modulebuildrc {
my( $self, $action ) = @_;
return () unless $self->use_rcfile;
my $modulebuildrc;
if ( exists($ENV{MODULEBUILDRC}) && $ENV{MODULEBUILDRC} eq 'NONE' ) {
return ();
} elsif ( exists($ENV{MODULEBUILDRC}) && -e $ENV{MODULEBUILDRC} ) {
$modulebuildrc = $ENV{MODULEBUILDRC};
} elsif ( exists($ENV{MODULEBUILDRC}) ) {
$self->log_warn("WARNING: Can't find resource file " .
"'$ENV{MODULEBUILDRC}' defined in environment.\n" .
"No options loaded\n");
return ();
} else {
$modulebuildrc = $self->_find_user_config( '.modulebuildrc' );
return () unless $modulebuildrc;
}
my $fh = IO::File->new( $modulebuildrc )
or die "Can't open $modulebuildrc: $!";
my %options; my $buffer = '';
while (defined( my $line = <$fh> )) {
chomp( $line );
$line =~ s/#.*$//;
next unless length( $line );
if ( $line =~ /^\S/ ) {
if ( $buffer ) {
my( $action, $options ) = split( /\s+/, $buffer, 2 );
$options{$action} .= $options . ' ';
$buffer = '';
}
$buffer = $line;
} else {
$buffer .= $line;
}
}
if ( $buffer ) { # anything left in $buffer ?
my( $action, $options ) = split( /\s+/, $buffer, 2 );
$options{$action} .= $options . ' '; # merge if more than one line
}
my ($global_opts) =
$self->read_args( $self->split_like_shell( $options{'*'} || '' ) );
my ($action_opts) =
$self->read_args( $self->split_like_shell( $options{$action} || '' ) );
# specific $action options take priority over global options '*'
return $self->_merge_arglist( $action_opts, $global_opts );
}
# merge the relevant options in ~/.modulebuildrc into Module::Build's
# option list where they do not conflict with commandline options.
sub merge_modulebuildrc {
my( $self, $action, %cmdline_opts ) = @_;
my %rc_opts = $self->read_modulebuildrc( $action || $self->{action} || 'build' );
my %new_opts = $self->_merge_arglist( \%cmdline_opts, \%rc_opts );
$self->merge_args( $action, %new_opts );
}
sub merge_args {
my ($self, $action, %args) = @_;
$self->{action} = $action if defined $action;
my %additive = map { $_ => 1 } $self->hash_properties;
# Extract our 'properties' from $cmd_args, the rest are put in 'args'.
while (my ($key, $val) = each %args) {
$self->{phash}{runtime_params}->access( $key => $val )
if $self->valid_property($key);
if ($key eq 'config') {
$self->config($_ => $val->{$_}) foreach keys %$val;
} else {
my $add_to = $additive{$key} ? $self->{properties}{$key} :
$self->valid_property($key) ? $self->{properties} :
$self->{args} ;
if ($additive{$key}) {
$add_to->{$_} = $val->{$_} foreach keys %$val;
} else {
$add_to->{$key} = $val;
}
}
}
}
sub cull_args {
my $self = shift;
my ($args, $action) = $self->read_args(@_);
$self->merge_args($action, %$args);
$self->merge_modulebuildrc( $action, %$args );
}
sub super_classes {
my ($self, $class, $seen) = @_;
$class ||= ref($self) || $self;
$seen ||= {};
no strict 'refs';
my @super = grep {not $seen->{$_}++} $class, @{ $class . '::ISA' };
return @super, map {$self->super_classes($_,$seen)} @super;
}
sub known_actions {
my ($self) = @_;
my %actions;
no strict 'refs';
foreach my $class ($self->super_classes) {
foreach ( keys %{ $class . '::' } ) {
$actions{$1}++ if /^ACTION_(\w+)/;
}
}
return wantarray ? sort keys %actions : \%actions;
}
sub get_action_docs {
my ($self, $action) = @_;
my $actions = $self->known_actions;
die "No known action '$action'" unless $actions->{$action};
my ($files_found, @docs) = (0);
foreach my $class ($self->super_classes) {
(my $file = $class) =~ s{::}{/}g;
# NOTE: silently skipping relative paths if any chdir() happened
$file = $INC{$file . '.pm'} or next;
my $fh = IO::File->new("< $file") or next;
$files_found++;
# Code below modified from /usr/bin/perldoc
# Skip to ACTIONS section
local $_;
while (<$fh>) {
last if /^=head1 ACTIONS\s/;
}
# Look for our action and determine the style
my $style;
while (<$fh>) {
last if /^=head1 /;
# only item and head2 are allowed (3&4 are not in 5.005)
if(/^=(item|head2)\s+\Q$action\E\b/) {
$style = $1;
push @docs, $_;
last;
}
}
$style or next; # not here
# and the content
if($style eq 'item') {
my ($found, $inlist) = (0, 0);
while (<$fh>) {
if (/^=(item|back)/) {
last unless $inlist;
}
push @docs, $_;
++$inlist if /^=over/;
--$inlist if /^=back/;
}
}
else { # head2 style
# stop at anything equal or greater than the found level
while (<$fh>) {
last if(/^=(?:head[12]|cut)/);
push @docs, $_;
}
}
# TODO maybe disallow overriding just pod for an action
# TODO and possibly: @docs and last;
}
unless ($files_found) {
$@ = "Couldn't find any documentation to search";
return;
}
unless (@docs) {
$@ = "Couldn't find any docs for action '$action'";
return;
}
return join '', @docs;
}
sub ACTION_prereq_report {
my $self = shift;
$self->log_info( $self->prereq_report );
}
sub prereq_report {
my $self = shift;
my @types = @{ $self->prereq_action_types };
my $info = { map { $_ => $self->$_() } @types };
my $output = '';
foreach my $type (@types) {
my $prereqs = $info->{$type};
next unless %$prereqs;
$output .= "\n$type:\n";
my $mod_len = 2;
my $ver_len = 4;
my %mods;
while ( my ($modname, $spec) = each %$prereqs ) {
my $len = length $modname;
$mod_len = $len if $len > $mod_len;
$spec ||= '0';
$len = length $spec;
$ver_len = $len if $len > $ver_len;
my $mod = $self->check_installed_status($modname, $spec);
$mod->{name} = $modname;
$mod->{ok} ||= 0;
$mod->{ok} = ! $mod->{ok} if $type =~ /^(\w+_)?conflicts$/;
$mods{lc $modname} = $mod;
}
my $space = q{ } x ($mod_len - 3);
my $vspace = q{ } x ($ver_len - 3);
my $sline = q{-} x ($mod_len - 3);
my $vline = q{-} x ($ver_len - 3);
my $disposition = ($type =~ /^(\w+_)?conflicts$/) ?
'Clash' : 'Need';
$output .=
" Module $space $disposition $vspace Have\n".
" ------$sline+------$vline-+----------\n";
for my $k (sort keys %mods) {
my $mod = $mods{$k};
my $space = q{ } x ($mod_len - length $k);
my $vspace = q{ } x ($ver_len - length $mod->{need});
my $f = $mod->{ok} ? ' ' : '!';
$output .=
" $f $mod->{name} $space $mod->{need} $vspace ".
(defined($mod->{have}) ? $mod->{have} : "")."\n";
}
}
return $output;
}
sub ACTION_help {
my ($self) = @_;
my $actions = $self->known_actions;
if (@{$self->{args}{ARGV}}) {
my $msg = eval {$self->get_action_docs($self->{args}{ARGV}[0], $actions)};
print $@ ? "$@\n" : $msg;
return;
}
print <<EOF;
Usage: $0 <action> arg1=value arg2=value ...
Example: $0 test verbose=1
Actions defined:
EOF
print $self->_action_listing($actions);
print "\nRun `Build help <action>` for details on an individual action.\n";
print "See `perldoc Module::Build` for complete documentation.\n";
}
sub _action_listing {
my ($self, $actions) = @_;
# Flow down columns, not across rows
my @actions = sort keys %$actions;
@actions = map $actions[($_ + ($_ % 2) * @actions) / 2], 0..$#actions;
my $out = '';
while (my ($one, $two) = splice @actions, 0, 2) {
$out .= sprintf(" %-12s %-12s\n", $one, $two||'');
}
return $out;
}
sub ACTION_retest {
my ($self) = @_;
# Protect others against our @INC changes
local @INC = @INC;
# Filter out nonsensical @INC entries - some versions of
# Test::Harness will really explode the number of entries here
@INC = grep {ref() || -d} @INC if @INC > 100;
$self->do_tests;
}
sub ACTION_testall {
my ($self) = @_;
my @types;
for my $action (grep { $_ ne 'all' } $self->get_test_types) {
# XXX We can't just dispatch because we get multiple summaries but
# we'll need to dispatch to support custom setup/teardown in the
# action. To support that, we'll need to call something besides
# Harness::runtests() because we'll need to collect the results in
# parts, then run the summary.
push(@types, $action);
#$self->_call_action( "test$action" );
}
$self->generic_test(types => ['default', @types]);
}
sub get_test_types {
my ($self) = @_;
my $t = $self->{properties}->{test_types};
return ( defined $t ? ( keys %$t ) : () );
}
sub ACTION_test {
my ($self) = @_;
$self->generic_test(type => 'default');
}
sub generic_test {
my $self = shift;
(@_ % 2) and croak('Odd number of elements in argument hash');
my %args = @_;
my $p = $self->{properties};
my @types = (
(exists($args{type}) ? $args{type} : ()),
(exists($args{types}) ? @{$args{types}} : ()),
);
@types or croak "need some types of tests to check";
my %test_types = (
default => $p->{test_file_exts},
(defined($p->{test_types}) ? %{$p->{test_types}} : ()),
);
for my $type (@types) {
croak "$type not defined in test_types!"
unless defined $test_types{ $type };
}
# we use local here because it ends up two method calls deep
local $p->{test_file_exts} = [ map { ref $_ ? @$_ : $_ } @test_types{@types} ];
$self->depends_on('code');
# Protect others against our @INC changes
local @INC = @INC;
# Make sure we test the module in blib/
unshift @INC, (File::Spec->catdir($p->{base_dir}, $self->blib, 'lib'),
File::Spec->catdir($p->{base_dir}, $self->blib, 'arch'));
# Filter out nonsensical @INC entries - some versions of
# Test::Harness will really explode the number of entries here
@INC = grep {ref() || -d} @INC if @INC > 100;
$self->do_tests;
}
sub do_tests {
my $self = shift;
my $tests = $self->find_test_files;
if(@$tests) {
my $args = $self->tap_harness_args;
if($self->use_tap_harness or ($args and %$args)) {
$self->run_tap_harness($tests);
}
else {
$self->run_test_harness($tests);
}
}
else {
$self->log_info("No tests defined.\n");
}
$self->run_visual_script;
}
sub run_tap_harness {
my ($self, $tests) = @_;
require TAP::Harness;
# TODO allow the test @INC to be set via our API?
TAP::Harness->new({
lib => [@INC],
verbosity => $self->{properties}{verbose},
switches => [ $self->harness_switches ],
%{ $self->tap_harness_args },
})->runtests(@$tests);
}
sub run_test_harness {
my ($self, $tests) = @_;
require Test::Harness;
my $p = $self->{properties};
my @harness_switches = $self->harness_switches;
# Work around a Test::Harness bug that loses the particular perl
# we're running under. $self->perl is trustworthy, but $^X isn't.
local $^X = $self->perl;
# Do everything in our power to work with all versions of Test::Harness
local $Test::Harness::switches = join ' ', grep defined, $Test::Harness::switches, @harness_switches;
local $Test::Harness::Switches = join ' ', grep defined, $Test::Harness::Switches, @harness_switches;
local $ENV{HARNESS_PERL_SWITCHES} = join ' ', grep defined, $ENV{HARNESS_PERL_SWITCHES}, @harness_switches;
$Test::Harness::switches = undef unless length $Test::Harness::switches;
$Test::Harness::Switches = undef unless length $Test::Harness::Switches;
delete $ENV{HARNESS_PERL_SWITCHES} unless length $ENV{HARNESS_PERL_SWITCHES};
local ($Test::Harness::verbose,
$Test::Harness::Verbose,
$ENV{TEST_VERBOSE},
$ENV{HARNESS_VERBOSE}) = ($p->{verbose} || 0) x 4;
Test::Harness::runtests(@$tests);
}
sub run_visual_script {
my $self = shift;
# This will get run and the user will see the output. It doesn't
# emit Test::Harness-style output.
$self->run_perl_script('visual.pl', '-Mblib='.$self->blib)
if -e 'visual.pl';
}
sub harness_switches {
shift->{properties}{debugger} ? qw(-w -d) : ();
}
sub test_files {
my $self = shift;
my $p = $self->{properties};
if (@_) {
return $p->{test_files} = (@_ == 1 ? shift : [@_]);
}
return $self->find_test_files;
}
sub expand_test_dir {
my ($self, $dir) = @_;
my $exts = $self->{properties}{test_file_exts};
return sort map { @{$self->rscan_dir($dir, qr{^[^.].*\Q$_\E$})} } @$exts
if $self->recursive_test_files;
return sort map { glob File::Spec->catfile($dir, "*$_") } @$exts;
}
sub ACTION_testdb {
my ($self) = @_;
local $self->{properties}{debugger} = 1;
$self->depends_on('test');
}
sub ACTION_testcover {
my ($self) = @_;
unless (Module::Build::ModuleInfo->find_module_by_name('Devel::Cover')) {
warn("Cannot run testcover action unless Devel::Cover is installed.\n");
return;
}
$self->add_to_cleanup('coverage', 'cover_db');
$self->depends_on('code');
# See whether any of the *.pm files have changed since last time
# testcover was run. If so, start over.
if (-e 'cover_db') {
my $pm_files = $self->rscan_dir
(File::Spec->catdir($self->blib, 'lib'), file_qr('\.pm$') );
my $cover_files = $self->rscan_dir('cover_db', sub {-f $_ and not /\.html$/});
$self->do_system(qw(cover -delete))
unless $self->up_to_date($pm_files, $cover_files)
&& $self->up_to_date($self->test_files, $cover_files);
}
local $Test::Harness::switches =
local $Test::Harness::Switches =
local $ENV{HARNESS_PERL_SWITCHES} = "-MDevel::Cover";
$self->depends_on('test');
$self->do_system('cover');
}
sub ACTION_code {
my ($self) = @_;
# All installable stuff gets created in blib/ .
# Create blib/arch to keep blib.pm happy
my $blib = $self->blib;
$self->add_to_cleanup($blib);
File::Path::mkpath( File::Spec->catdir($blib, 'arch') );
if (my $split = $self->autosplit) {
$self->autosplit_file($_, $blib) for ref($split) ? @$split : ($split);
}
foreach my $element (@{$self->build_elements}) {
my $method = "process_${element}_files";
$method = "process_files_by_extension" unless $self->can($method);
$self->$method($element);
}
$self->depends_on('config_data');
}
sub ACTION_build {
my $self = shift;
$self->depends_on('code');
$self->depends_on('docs');
}
sub process_files_by_extension {
my ($self, $ext) = @_;
my $method = "find_${ext}_files";
my $files = $self->can($method) ? $self->$method() : $self->_find_file_by_type($ext, 'lib');
while (my ($file, $dest) = each %$files) {
$self->copy_if_modified(from => $file, to => File::Spec->catfile($self->blib, $dest) );
}
}
sub process_support_files {
my $self = shift;
my $p = $self->{properties};
return unless $p->{c_source};
push @{$p->{include_dirs}}, $p->{c_source};
my $files = $self->rscan_dir($p->{c_source}, file_qr('\.c(pp)?$'));
foreach my $file (@$files) {
push @{$p->{objects}}, $self->compile_c($file);
}
}
sub process_PL_files {
my ($self) = @_;
my $files = $self->find_PL_files;
while (my ($file, $to) = each %$files) {
unless ($self->up_to_date( $file, $to )) {
$self->run_perl_script($file, [], [@$to]) or die "$file failed";
$self->add_to_cleanup(@$to);
}
}
}
sub process_xs_files {
my $self = shift;
my $files = $self->find_xs_files;
while (my ($from, $to) = each %$files) {
unless ($from eq $to) {
$self->add_to_cleanup($to);
$self->copy_if_modified( from => $from, to => $to );
}
$self->process_xs($to);
}
}
sub process_pod_files { shift()->process_files_by_extension(shift()) }
sub process_pm_files { shift()->process_files_by_extension(shift()) }
sub process_script_files {
my $self = shift;
my $files = $self->find_script_files;
return unless keys %$files;
my $script_dir = File::Spec->catdir($self->blib, 'script');
File::Path::mkpath( $script_dir );
foreach my $file (keys %$files) {
my $result = $self->copy_if_modified($file, $script_dir, 'flatten') or next;
$self->fix_shebang_line($result) unless $self->is_vmsish;
$self->make_executable($result);
}
}
sub find_PL_files {
my $self = shift;
if (my $files = $self->{properties}{PL_files}) {
# 'PL_files' is given as a Unix file spec, so we localize_file_path().
if (UNIVERSAL::isa($files, 'ARRAY')) {
return { map {$_, [/^(.*)\.PL$/]}
map $self->localize_file_path($_),
@$files };
} elsif (UNIVERSAL::isa($files, 'HASH')) {
my %out;
while (my ($file, $to) = each %$files) {
$out{ $self->localize_file_path($file) } = [ map $self->localize_file_path($_),
ref $to ? @$to : ($to) ];
}
return \%out;
} else {
die "'PL_files' must be a hash reference or array reference";
}
}
return unless -d 'lib';
return { map {$_, [/^(.*)\.PL$/i ]} @{ $self->rscan_dir('lib',
file_qr('\.PL$')) } };
}
sub find_pm_files { shift->_find_file_by_type('pm', 'lib') }
sub find_pod_files { shift->_find_file_by_type('pod', 'lib') }
sub find_xs_files { shift->_find_file_by_type('xs', 'lib') }
sub find_script_files {
my $self = shift;
if (my $files = $self->script_files) {
# Always given as a Unix file spec. Values in the hash are
# meaningless, but we preserve if present.
return { map {$self->localize_file_path($_), $files->{$_}} keys %$files };
}
# No default location for script files
return {};
}
sub find_test_files {
my $self = shift;
my $p = $self->{properties};
if (my $files = $p->{test_files}) {
$files = [keys %$files] if UNIVERSAL::isa($files, 'HASH');
$files = [map { -d $_ ? $self->expand_test_dir($_) : $_ }
map glob,
$self->split_like_shell($files)];
# Always given as a Unix file spec.
return [ map $self->localize_file_path($_), @$files ];
} else {
# Find all possible tests in t/ or test.pl
my @tests;
push @tests, 'test.pl' if -e 'test.pl';
push @tests, $self->expand_test_dir('t') if -e 't' and -d _;
return \@tests;
}
}
sub _find_file_by_type {
my ($self, $type, $dir) = @_;
if (my $files = $self->{properties}{"${type}_files"}) {
# Always given as a Unix file spec
return { map $self->localize_file_path($_), %$files };
}
return {} unless -d $dir;
return { map {$_, $_}
map $self->localize_file_path($_),
grep !/\.\#/,
@{ $self->rscan_dir($dir, file_qr("\\.$type\$")) } };
}
sub localize_file_path {
my ($self, $path) = @_;
return File::Spec->catfile( split m{/}, $path );
}
sub localize_dir_path {
my ($self, $path) = @_;
return File::Spec->catdir( split m{/}, $path );
}
sub fix_shebang_line { # Adapted from fixin() in ExtUtils::MM_Unix 1.35
my ($self, @files) = @_;
my $c = ref($self) ? $self->{config} : 'Module::Build::Config';
my ($does_shbang) = $c->get('sharpbang') =~ /^\s*\#\!/;
for my $file (@files) {
my $FIXIN = IO::File->new($file) or die "Can't process '$file': $!";
local $/ = "\n";
chomp(my $line = <$FIXIN>);
next unless $line =~ s/^\s*\#!\s*//; # Not a shbang file.
my ($cmd, $arg) = (split(' ', $line, 2), '');
next unless $cmd =~ /perl/i;
my $interpreter = $self->{properties}{perl};
$self->log_verbose("Changing sharpbang in $file to $interpreter");
my $shb = '';
$shb .= $c->get('sharpbang')."$interpreter $arg\n" if $does_shbang;
# I'm not smart enough to know the ramifications of changing the
# embedded newlines here to \n, so I leave 'em in.
$shb .= qq{
eval 'exec $interpreter $arg -S \$0 \${1+"\$\@"}'
if 0; # not running under some shell
} unless $self->is_windowsish; # this won't work on win32, so don't
my $FIXOUT = IO::File->new(">$file.new")
or die "Can't create new $file: $!\n";
# Print out the new #! line (or equivalent).
local $\;
undef $/; # Was localized above
print $FIXOUT $shb, <$FIXIN>;
close $FIXIN;
close $FIXOUT;
rename($file, "$file.bak")
or die "Can't rename $file to $file.bak: $!";
rename("$file.new", $file)
or die "Can't rename $file.new to $file: $!";
$self->delete_filetree("$file.bak")
or $self->log_warn("Couldn't clean up $file.bak, leaving it there");
$self->do_system($c->get('eunicefix'), $file) if $c->get('eunicefix') ne ':';
}
}
sub ACTION_testpod {
my $self = shift;
$self->depends_on('docs');
eval q{use Test::Pod 0.95; 1}
or die "The 'testpod' action requires Test::Pod version 0.95";
my @files = sort keys %{$self->_find_pods($self->libdoc_dirs)},
keys %{$self->_find_pods
($self->bindoc_dirs,
exclude => [ file_qr('\.bat$') ])}
or die "Couldn't find any POD files to test\n";
{ package Module::Build::PodTester; # Don't want to pollute the main namespace
Test::Pod->import( tests => scalar @files );
pod_file_ok($_) foreach @files;
}
}
sub ACTION_testpodcoverage {
my $self = shift;
$self->depends_on('docs');
eval q{use Test::Pod::Coverage 1.00; 1}
or die "The 'testpodcoverage' action requires ",
"Test::Pod::Coverage version 1.00";
# TODO this needs test coverage!
# XXX work-around a bug in Test::Pod::Coverage previous to v1.09
# Make sure we test the module in blib/
local @INC = @INC;
my $p = $self->{properties};
unshift(@INC,
# XXX any reason to include arch?
File::Spec->catdir($p->{base_dir}, $self->blib, 'lib'),
#File::Spec->catdir($p->{base_dir}, $self->blib, 'arch')
);
all_pod_coverage_ok();
}
sub ACTION_docs {
my $self = shift;
$self->depends_on('code');
$self->depends_on('manpages', 'html');
}
# Given a file type, will return true if the file type would normally
# be installed when neither install-base nor prefix has been set.
# I.e. it will be true only if the path is set from Config.pm or
# set explicitly by the user via install-path.
sub _is_default_installable {
my $self = shift;
my $type = shift;
return ( $self->install_destination($type) &&
( $self->install_path($type) ||
$self->install_sets($self->installdirs)->{$type} )
) ? 1 : 0;
}
sub ACTION_manpages {
my $self = shift;
return unless $self->_mb_feature('manpage_support');
$self->depends_on('code');
foreach my $type ( qw(bin lib) ) {
my $files = $self->_find_pods( $self->{properties}{"${type}doc_dirs"},
exclude => [ file_qr('\.bat$') ] );
next unless %$files;
my $sub = $self->can("manify_${type}_pods");
next unless defined( $sub );
if ( $self->invoked_action eq 'manpages' ) {
$self->$sub();
} elsif ( $self->_is_default_installable("${type}doc") ) {
$self->$sub();
}
}
}
sub manify_bin_pods {
my $self = shift;
my $files = $self->_find_pods( $self->{properties}{bindoc_dirs},
exclude => [ file_qr('\.bat$') ] );
return unless keys %$files;
my $mandir = File::Spec->catdir( $self->blib, 'bindoc' );
File::Path::mkpath( $mandir, 0, oct(777) );
require Pod::Man;
foreach my $file (keys %$files) {
# Pod::Simple based parsers only support one document per instance.
# This is expected to change in a future version (Pod::Simple > 3.03).
my $parser = Pod::Man->new( section => 1 ); # binaries go in section 1
my $manpage = $self->man1page_name( $file ) . '.' .
$self->config( 'man1ext' );
my $outfile = File::Spec->catfile($mandir, $manpage);
next if $self->up_to_date( $file, $outfile );
$self->log_info("Manifying $file -> $outfile\n");
$parser->parse_from_file( $file, $outfile );
$files->{$file} = $outfile;
}
}
sub manify_lib_pods {
my $self = shift;
my $files = $self->_find_pods($self->{properties}{libdoc_dirs});
return unless keys %$files;
my $mandir = File::Spec->catdir( $self->blib, 'libdoc' );
File::Path::mkpath( $mandir, 0, oct(777) );
require Pod::Man;
while (my ($file, $relfile) = each %$files) {
# Pod::Simple based parsers only support one document per instance.
# This is expected to change in a future version (Pod::Simple > 3.03).
my $parser = Pod::Man->new( section => 3 ); # libraries go in section 3
my $manpage = $self->man3page_name( $relfile ) . '.' .
$self->config( 'man3ext' );
my $outfile = File::Spec->catfile( $mandir, $manpage);
next if $self->up_to_date( $file, $outfile );
$self->log_info("Manifying $file -> $outfile\n");
$parser->parse_from_file( $file, $outfile );
$files->{$file} = $outfile;
}
}
sub _find_pods {
my ($self, $dirs, %args) = @_;
my %files;
foreach my $spec (@$dirs) {
my $dir = $self->localize_dir_path($spec);
next unless -e $dir;
FILE: foreach my $file ( @{ $self->rscan_dir( $dir ) } ) {
foreach my $regexp ( @{ $args{exclude} } ) {
next FILE if $file =~ $regexp;
}
$files{$file} = File::Spec->abs2rel($file, $dir) if $self->contains_pod( $file )
}
}
return \%files;
}
sub contains_pod {
my ($self, $file) = @_;
return '' unless -T $file; # Only look at text files
my $fh = IO::File->new( $file ) or die "Can't open $file: $!";
while (my $line = <$fh>) {
return 1 if $line =~ /^\=(?:head|pod|item)/;
}
return '';
}
sub ACTION_html {
my $self = shift;
return unless $self->_mb_feature('HTML_support');
$self->depends_on('code');
foreach my $type ( qw(bin lib) ) {
my $files = $self->_find_pods( $self->{properties}{"${type}doc_dirs"},
exclude =>
[ file_qr('\.(?:bat|com|html)$') ] );
next unless %$files;
if ( $self->invoked_action eq 'html' ) {
$self->htmlify_pods( $type );
} elsif ( $self->_is_default_installable("${type}html") ) {
$self->htmlify_pods( $type );
}
}
}
# 1) If it's an ActiveState perl install, we need to run
# ActivePerl::DocTools->UpdateTOC;
# 2) Links to other modules are not being generated
sub htmlify_pods {
my $self = shift;
my $type = shift;
my $htmldir = shift || File::Spec->catdir($self->blib, "${type}html");
require Module::Build::PodParser;
require Pod::Html;
$self->add_to_cleanup('pod2htm*');
my $pods = $self->_find_pods( $self->{properties}{"${type}doc_dirs"},
exclude => [ file_qr('\.(?:bat|com|html)$') ] );
return unless %$pods; # nothing to do
unless ( -d $htmldir ) {
File::Path::mkpath($htmldir, 0, oct(755))
or die "Couldn't mkdir $htmldir: $!";
}
my @rootdirs = ($type eq 'bin') ? qw(bin) :
$self->installdirs eq 'core' ? qw(lib) : qw(site lib);
my $podpath = join ':',
map $_->[1],
grep -e $_->[0],
map [File::Spec->catdir($self->blib, $_), $_],
qw( script lib );
foreach my $pod ( keys %$pods ) {
my ($name, $path) = File::Basename::fileparse($pods->{$pod},
file_qr('\.(?:pm|plx?|pod)$'));
my @dirs = File::Spec->splitdir( File::Spec->canonpath( $path ) );
pop( @dirs ) if $dirs[-1] eq File::Spec->curdir;
my $fulldir = File::Spec->catfile($htmldir, @rootdirs, @dirs);
my $outfile = File::Spec->catfile($fulldir, "${name}.html");
my $infile = File::Spec->abs2rel($pod);
next if $self->up_to_date($infile, $outfile);
unless ( -d $fulldir ){
File::Path::mkpath($fulldir, 0, oct(755))
or die "Couldn't mkdir $fulldir: $!";
}
my $path2root = join( '/', ('..') x (@rootdirs+@dirs) );
my $htmlroot = join( '/',
($path2root,
$self->installdirs eq 'core' ? () : qw(site) ) );
my $fh = IO::File->new($infile) or die "Can't read $infile: $!";
my $abstract = Module::Build::PodParser->new(fh => $fh)->get_abstract();
my $title = join( '::', (@dirs, $name) );
$title .= " - $abstract" if $abstract;
my @opts = (
'--flush',
"--title=$title",
"--podpath=$podpath",
"--infile=$infile",
"--outfile=$outfile",
'--podroot=' . $self->blib,
"--htmlroot=$htmlroot",
);
if ( eval{Pod::Html->VERSION(1.03)} ) {
push( @opts, ('--header', '--backlink=Back to Top') );
push( @opts, "--css=$path2root/" . $self->html_css) if $self->html_css;
}
$self->log_info("HTMLifying $infile -> $outfile\n");
$self->log_verbose("pod2html @opts\n");
Pod::Html::pod2html(@opts); # or warn "pod2html @opts failed: $!";
}
}
# Adapted from ExtUtils::MM_Unix
sub man1page_name {
my $self = shift;
return File::Basename::basename( shift );
}
# Adapted from ExtUtils::MM_Unix and Pod::Man
# Depending on M::B's dependency policy, it might make more sense to refactor
# Pod::Man::begin_pod() to extract a name() methods, and use them...
# -spurkis
sub man3page_name {
my $self = shift;
my ($vol, $dirs, $file) = File::Spec->splitpath( shift );
my @dirs = File::Spec->splitdir( File::Spec->canonpath($dirs) );
# Remove known exts from the base name
$file =~ s/\.p(?:od|m|l)\z//i;
return join( $self->manpage_separator, @dirs, $file );
}
sub manpage_separator {
return '::';
}
# For systems that don't have 'diff' executable, should use Algorithm::Diff
sub ACTION_diff {
my $self = shift;
$self->depends_on('build');
my $local_lib = File::Spec->rel2abs('lib');
my @myINC = grep {$_ ne $local_lib} @INC;
# The actual install destination might not be in @INC, so check there too.
push @myINC, map $self->install_destination($_), qw(lib arch);
my @flags = @{$self->{args}{ARGV}};
@flags = $self->split_like_shell($self->{args}{flags} || '') unless @flags;
my $installmap = $self->install_map;
delete $installmap->{read};
delete $installmap->{write};
my $text_suffix = file_qr('\.(pm|pod)$');
while (my $localdir = each %$installmap) {
my @localparts = File::Spec->splitdir($localdir);
my $files = $self->rscan_dir($localdir, sub {-f});
foreach my $file (@$files) {
my @parts = File::Spec->splitdir($file);
@parts = @parts[@localparts .. $#parts]; # Get rid of blib/lib or similar
my $installed = Module::Build::ModuleInfo->find_module_by_name(
join('::', @parts), \@myINC );
if (not $installed) {
print "Only in lib: $file\n";
next;
}
my $status = File::Compare::compare($installed, $file);
next if $status == 0; # Files are the same
die "Can't compare $installed and $file: $!" if $status == -1;
if ($file =~ $text_suffix) {
$self->do_system('diff', @flags, $installed, $file);
} else {
print "Binary files $file and $installed differ\n";
}
}
}
}
sub ACTION_pure_install {
shift()->depends_on('install');
}
sub ACTION_install {
my ($self) = @_;
require ExtUtils::Install;
$self->depends_on('build');
ExtUtils::Install::install($self->install_map, !$self->quiet, 0, $self->{args}{uninst}||0);
}
sub ACTION_fakeinstall {
my ($self) = @_;
require ExtUtils::Install;
$self->depends_on('build');
ExtUtils::Install::install($self->install_map, !$self->quiet, 1, $self->{args}{uninst}||0);
}
sub ACTION_versioninstall {
my ($self) = @_;
die "You must have only.pm 0.25 or greater installed for this operation: $@\n"
unless eval { require only; 'only'->VERSION(0.25); 1 };
$self->depends_on('build');
my %onlyargs = map {exists($self->{args}{$_}) ? ($_ => $self->{args}{$_}) : ()}
qw(version versionlib);
only::install::install(%onlyargs);
}
sub ACTION_clean {
my ($self) = @_;
foreach my $item (map glob($_), $self->cleanup) {
$self->delete_filetree($item);
}
}
sub ACTION_realclean {
my ($self) = @_;
$self->depends_on('clean');
$self->delete_filetree($self->config_dir, $self->build_script);
}
sub ACTION_ppd {
my ($self) = @_;
require Module::Build::PPMMaker;
my $ppd = Module::Build::PPMMaker->new();
my $file = $ppd->make_ppd(%{$self->{args}}, build => $self);
$self->add_to_cleanup($file);
}
sub ACTION_ppmdist {
my ($self) = @_;
$self->depends_on( 'build' );
my $ppm = $self->ppm_name;
$self->delete_filetree( $ppm );
$self->log_info( "Creating $ppm\n" );
$self->add_to_cleanup( $ppm, "$ppm.tar.gz" );
my %types = ( # translate types/dirs to those expected by ppm
lib => 'lib',
arch => 'arch',
bin => 'bin',
script => 'script',
bindoc => 'man1',
libdoc => 'man3',
binhtml => undef,
libhtml => undef,
);
foreach my $type ($self->install_types) {
next if exists( $types{$type} ) && !defined( $types{$type} );
my $dir = File::Spec->catdir( $self->blib, $type );
next unless -e $dir;
my $files = $self->rscan_dir( $dir );
foreach my $file ( @$files ) {
next unless -f $file;
my $rel_file =
File::Spec->abs2rel( File::Spec->rel2abs( $file ),
File::Spec->rel2abs( $dir ) );
my $to_file =
File::Spec->catfile( $ppm, 'blib',
exists( $types{$type} ) ? $types{$type} : $type,
$rel_file );
$self->copy_if_modified( from => $file, to => $to_file );
}
}
foreach my $type ( qw(bin lib) ) {
local $self->{properties}{html_css} = 'Active.css';
$self->htmlify_pods( $type, File::Spec->catdir($ppm, 'blib', 'html') );
}
# create a tarball;
# the directory tar'ed must be blib so we need to do a chdir first
my $target = File::Spec->catfile( File::Spec->updir, $ppm );
$self->_do_in_dir( $ppm, sub { $self->make_tarball( 'blib', $target ) } );
$self->depends_on( 'ppd' );
$self->delete_filetree( $ppm );
}
sub ACTION_pardist {
my ($self) = @_;
# Need PAR::Dist
if ( not eval { require PAR::Dist; PAR::Dist->VERSION(0.17) } ) {
$self->log_warn(
"In order to create .par distributions, you need to\n"
. "install PAR::Dist first."
);
return();
}
$self->depends_on( 'build' );
return PAR::Dist::blib_to_par(
name => $self->dist_name,
version => $self->dist_version,
);
}
sub ACTION_dist {
my ($self) = @_;
$self->depends_on('distdir');
my $dist_dir = $self->dist_dir;
$self->make_tarball($dist_dir);
$self->delete_filetree($dist_dir);
}
sub ACTION_distcheck {
my ($self) = @_;
require ExtUtils::Manifest;
local $^W; # ExtUtils::Manifest is not warnings clean.
my ($missing, $extra) = ExtUtils::Manifest::fullcheck();
return unless @$missing || @$extra;
my $msg = "MANIFEST appears to be out of sync with the distribution\n";
if ( $self->invoked_action eq 'distcheck' ) {
die $msg;
} else {
warn $msg;
}
}
sub _add_to_manifest {
my ($self, $manifest, $lines) = @_;
$lines = [$lines] unless ref $lines;
my $existing_files = $self->_read_manifest($manifest);
return unless defined( $existing_files );
@$lines = grep {!exists $existing_files->{$_}} @$lines
or return;
my $mode = (stat $manifest)[2];
chmod($mode | oct(222), $manifest) or die "Can't make $manifest writable: $!";
my $fh = IO::File->new("< $manifest") or die "Can't read $manifest: $!";
my $last_line = (<$fh>)[-1] || "\n";
my $has_newline = $last_line =~ /\n$/;
$fh->close;
$fh = IO::File->new(">> $manifest") or die "Can't write to $manifest: $!";
print $fh "\n" unless $has_newline;
print $fh map "$_\n", @$lines;
close $fh;
chmod($mode, $manifest);
$self->log_info(map "Added to $manifest: $_\n", @$lines);
}
sub _sign_dir {
my ($self, $dir) = @_;
unless (eval { require Module::Signature; 1 }) {
$self->log_warn("Couldn't load Module::Signature for 'distsign' action:\n $@\n");
return;
}
# Add SIGNATURE to the MANIFEST
{
my $manifest = File::Spec->catfile($dir, 'MANIFEST');
die "Signing a distribution requires a MANIFEST file" unless -e $manifest;
$self->_add_to_manifest($manifest, "SIGNATURE Added here by Module::Build");
}
# Would be nice if Module::Signature took a directory argument.
$self->_do_in_dir($dir, sub {local $Module::Signature::Quiet = 1; Module::Signature::sign()});
}
sub _do_in_dir {
my ($self, $dir, $do) = @_;
my $start_dir = $self->cwd;
chdir $dir or die "Can't chdir() to $dir: $!";
eval {$do->()};
my @err = $@ ? ($@) : ();
chdir $start_dir or push @err, "Can't chdir() back to $start_dir: $!";
die join "\n", @err if @err;
}
sub ACTION_distsign {
my ($self) = @_;
{
local $self->{properties}{sign} = 0; # We'll sign it ourselves
$self->depends_on('distdir') unless -d $self->dist_dir;
}
$self->_sign_dir($self->dist_dir);
}
sub ACTION_skipcheck {
my ($self) = @_;
require ExtUtils::Manifest;
local $^W; # ExtUtils::Manifest is not warnings clean.
ExtUtils::Manifest::skipcheck();
}
sub ACTION_distclean {
my ($self) = @_;
$self->depends_on('realclean');
$self->depends_on('distcheck');
}
sub do_create_makefile_pl {
my $self = shift;
require Module::Build::Compat;
$self->log_info("Creating Makefile.PL\n");
Module::Build::Compat->create_makefile_pl($self->create_makefile_pl, $self, @_);
$self->_add_to_manifest('MANIFEST', 'Makefile.PL');
}
sub do_create_readme {
my $self = shift;
$self->delete_filetree('README');
my $docfile = $self->_main_docfile;
unless ( $docfile ) {
$self->log_warn(<<EOF);
Cannot create README: can't determine which file contains documentation;
Must supply either 'dist_version_from', or 'module_name' parameter.
EOF
return;
}
if ( eval {require Pod::Readme; 1} ) {
$self->log_info("Creating README using Pod::Readme\n");
my $parser = Pod::Readme->new;
$parser->parse_from_file($docfile, 'README', @_);
} elsif ( eval {require Pod::Text; 1} ) {
$self->log_info("Creating README using Pod::Text\n");
my $fh = IO::File->new('> README');
if ( defined($fh) ) {
local $^W = 0;
no strict "refs";
# work around bug in Pod::Text 3.01, which expects
# Pod::Simple::parse_file to take input and output filehandles
# when it actually only takes an input filehandle
my $old_parse_file;
$old_parse_file = \&{"Pod::Simple::parse_file"}
and
local *{"Pod::Simple::parse_file"} = sub {
my $self = shift;
$self->output_fh($_[1]) if $_[1];
$self->$old_parse_file($_[0]);
}
if $Pod::Text::VERSION
== 3.01; # Split line to avoid evil version-finder
Pod::Text::pod2text( $docfile, $fh );
$fh->close;
} else {
$self->log_warn(
"Cannot create 'README' file: Can't open file for writing\n" );
return;
}
} else {
$self->log_warn("Can't load Pod::Readme or Pod::Text to create README\n");
return;
}
$self->_add_to_manifest('MANIFEST', 'README');
}
sub _main_docfile {
my $self = shift;
if ( my $pm_file = $self->dist_version_from ) {
(my $pod_file = $pm_file) =~ s/.pm$/.pod/;
return (-e $pod_file ? $pod_file : $pm_file);
} else {
return undef;
}
}
sub ACTION_distdir {
my ($self) = @_;
$self->depends_on('distmeta');
my $dist_files = $self->_read_manifest('MANIFEST')
or die "Can't create distdir without a MANIFEST file - run 'manifest' action first";
delete $dist_files->{SIGNATURE}; # Don't copy, create a fresh one
die "No files found in MANIFEST - try running 'manifest' action?\n"
unless ($dist_files and keys %$dist_files);
my $metafile = $self->metafile;
$self->log_warn("*** Did you forget to add $metafile to the MANIFEST?\n")
unless exists $dist_files->{$metafile};
my $dist_dir = $self->dist_dir;
$self->delete_filetree($dist_dir);
$self->log_info("Creating $dist_dir\n");
$self->add_to_cleanup($dist_dir);
foreach my $file (keys %$dist_files) {
my $new = $self->copy_if_modified(from => $file, to_dir => $dist_dir, verbose => 0);
}
$self->_sign_dir($dist_dir) if $self->{properties}{sign};
}
sub ACTION_disttest {
my ($self) = @_;
$self->depends_on('distdir');
$self->_do_in_dir
( $self->dist_dir,
sub {
# XXX could be different names for scripts
$self->run_perl_script('Build.PL') # XXX Should this be run w/ --nouse-rcfile
or die "Error executing 'Build.PL' in dist directory: $!";
$self->run_perl_script('Build')
or die "Error executing 'Build' in dist directory: $!";
$self->run_perl_script('Build', [], ['test'])
or die "Error executing 'Build test' in dist directory";
});
}
sub _write_default_maniskip {
my $self = shift;
my $file = shift || 'MANIFEST.SKIP';
my $fh = IO::File->new("> $file")
or die "Can't open $file: $!";
# This is derived from MakeMaker's default MANIFEST.SKIP file with
# some new entries
print $fh <<'EOF';
# Avoid version control files.
\bRCS\b
\bCVS\b
,v$
\B\.svn\b
\B\.cvsignore$
# Avoid Makemaker generated and utility files.
\bMakefile$
\bblib
\bMakeMaker-\d
\bpm_to_blib$
\bblibdirs$
^MANIFEST\.SKIP$
# Avoid VMS specific Makmaker generated files
\bDescrip.MMS$
\bDESCRIP.MMS$
\bdescrip.mms$
# Avoid Module::Build generated and utility files.
\bBuild$
\bBuild.bat$
\b_build
\bBuild.COM$
\bBUILD.COM$
\bbuild.com$
# Avoid Devel::Cover generated files
\bcover_db
# Avoid temp and backup files.
~$
\.tmp$
\.old$
\.bak$
\#$
\.#
\.rej$
# Avoid OS-specific files/dirs
# Mac OSX metadata
\B\.DS_Store
# Mac OSX SMB mount metadata files
\B\._
# Avoid archives of this distribution
EOF
# Skip, for example, 'Module-Build-0.27.tar.gz'
print $fh '\b'.$self->dist_name.'-[\d\.\_]+'."\n";
$fh->close();
}
sub ACTION_manifest {
my ($self) = @_;
my $maniskip = 'MANIFEST.SKIP';
unless ( -e 'MANIFEST' || -e $maniskip ) {
$self->log_warn("File '$maniskip' does not exist: Creating a default '$maniskip'\n");
$self->_write_default_maniskip($maniskip);
}
require ExtUtils::Manifest; # ExtUtils::Manifest is not warnings clean.
local ($^W, $ExtUtils::Manifest::Quiet) = (0,1);
ExtUtils::Manifest::mkmanifest();
}
# Case insenstive regex for files
sub file_qr {
return File::Spec->case_tolerant ? qr($_[0])i : qr($_[0]);
}
sub dist_dir {
my ($self) = @_;
return "$self->{properties}{dist_name}-$self->{properties}{dist_version}";
}
sub ppm_name {
my $self = shift;
return 'PPM-' . $self->dist_dir;
}
sub _files_in {
my ($self, $dir) = @_;
return unless -d $dir;
local *DH;
opendir DH, $dir or die "Can't read directory $dir: $!";
my @files;
while (defined (my $file = readdir DH)) {
my $full_path = File::Spec->catfile($dir, $file);
next if -d $full_path;
push @files, $full_path;
}
return @files;
}
sub script_files {
my $self = shift;
for ($self->{properties}{script_files}) {
$_ = shift if @_;
next unless $_;
# Always coerce into a hash
return $_ if UNIVERSAL::isa($_, 'HASH');
return $_ = { map {$_,1} @$_ } if UNIVERSAL::isa($_, 'ARRAY');
die "'script_files' must be a hashref, arrayref, or string" if ref();
return $_ = { map {$_,1} $self->_files_in( $_ ) } if -d $_;
return $_ = {$_ => 1};
}
return $_ = { map {$_,1} $self->_files_in('bin') };
}
BEGIN { *scripts = \&script_files; }
{
my %licenses = (
perl => 'http://dev.perl.org/licenses/',
apache => 'http://apache.org/licenses/LICENSE-2.0',
artistic => 'http://opensource.org/licenses/artistic-license.php',
artistic_2 => 'http://opensource.org/licenses/artistic-license-2.0.php',
lgpl => 'http://opensource.org/licenses/lgpl-license.php',
bsd => 'http://opensource.org/licenses/bsd-license.php',
gpl => 'http://opensource.org/licenses/gpl-license.php',
gpl2 => 'http://opensource.org/licenses/gpl-2.0.php',
gpl3 => 'http://opensource.org/licenses/gpl-3.0.html',
mit => 'http://opensource.org/licenses/mit-license.php',
mozilla => 'http://opensource.org/licenses/mozilla1.1.php',
open_source => undef,
unrestricted => undef,
restrictive => undef,
unknown => undef,
);
sub valid_licenses {
return \%licenses;
}
}
sub _hash_merge {
my ($self, $h, $k, $v) = @_;
if (ref $h->{$k} eq 'ARRAY') {
push @{$h->{$k}}, ref $v ? @$v : $v;
} elsif (ref $h->{$k} eq 'HASH') {
$h->{$k}{$_} = $v->{$_} foreach keys %$v;
} else {
$h->{$k} = $v;
}
}
sub ACTION_distmeta {
my ($self) = @_;
$self->do_create_makefile_pl if $self->create_makefile_pl;
$self->do_create_readme if $self->create_readme;
$self->do_create_metafile;
}
sub do_create_metafile {
my $self = shift;
return if $self->{wrote_metadata};
my $p = $self->{properties};
my $metafile = $self->metafile;
unless ($p->{license}) {
$self->log_warn("No license specified, setting license = 'unknown'\n");
$p->{license} = 'unknown';
}
unless (exists $self->valid_licenses->{ $p->{license} }) {
die "Unknown license type '$p->{license}'";
}
# If we're in the distdir, the metafile may exist and be non-writable.
$self->delete_filetree($metafile);
$self->log_info("Creating $metafile\n");
# Since we're building ourself, we have to do some special stuff
# here: the ConfigData module is found in blib/lib.
local @INC = @INC;
if (($self->module_name || '') eq 'Module::Build') {
$self->depends_on('config_data');
push @INC, File::Spec->catdir($self->blib, 'lib');
}
$self->write_metafile;
}
sub write_metafile {
my $self = shift;
my $metafile = $self->metafile;
if ($self->_mb_feature('YAML_support')) {
require YAML;
require YAML::Node;
# We use YAML::Node to get the order nice in the YAML file.
$self->prepare_metadata( my $node = YAML::Node->new({}) );
# YAML API changed after version 0.30
my $yaml_sub = $YAML::VERSION le '0.30' ? \&YAML::StoreFile : \&YAML::DumpFile;
$self->{wrote_metadata} = $yaml_sub->($metafile, $node );
} else {
require Module::Build::YAML;
my (%node, @order_keys);
$self->prepare_metadata(\%node, \@order_keys);
$node{_order} = \@order_keys;
&Module::Build::YAML::DumpFile($metafile, \%node);
$self->{wrote_metadata} = 1;
}
$self->_add_to_manifest('MANIFEST', $metafile);
}
sub prepare_metadata {
my ($self, $node, $keys) = @_;
my $p = $self->{properties};
# A little helper sub
my $add_node = sub {
my ($name, $val) = @_;
$node->{$name} = $val;
push @$keys, $name if $keys;
};
foreach (qw(dist_name dist_version dist_author dist_abstract license)) {
(my $name = $_) =~ s/^dist_//;
$add_node->($name, $self->$_());
die "ERROR: Missing required field '$_' for META.yml\n"
unless defined($node->{$name}) && length($node->{$name});
}
$node->{version} = '' . $node->{version}; # Stringify version objects
if (defined( $self->license ) &&
defined( my $url = $self->valid_licenses->{ $self->license } )) {
$node->{resources}{license} = $url;
}
if (exists $p->{configure_requires}) {
foreach my $spec (keys %{$p->{configure_requires}}) {
warn ("Warning: $spec is listed in 'configure_requires', but ".
"it is not found in any of the other prereq fields.\n")
unless grep exists $p->{$_}{$spec},
grep !/conflicts$/, @{$self->prereq_action_types};
}
}
foreach ( 'configure_requires', @{$self->prereq_action_types} ) {
if (exists $p->{$_} and keys %{ $p->{$_} }) {
$add_node->($_, $p->{$_});
}
}
if (exists $p->{dynamic_config}) {
$add_node->('dynamic_config', $p->{dynamic_config});
}
my $pkgs = eval { $self->find_dist_packages };
if ($@) {
$self->log_warn("$@\nWARNING: Possible missing or corrupt 'MANIFEST' file.\n" .
"Nothing to enter for 'provides' field in META.yml\n");
} else {
$node->{provides} = $pkgs if %$pkgs;
}
;
if (exists $p->{no_index}) {
$add_node->('no_index', $p->{no_index});
}
$add_node->('generated_by', "Module::Build version $Module::Build::VERSION");
$add_node->('meta-spec',
{version => '1.2',
url => 'http://module-build.sourceforge.net/META-spec-v1.2.html',
});
while (my($k, $v) = each %{$self->meta_add}) {
$add_node->($k, $v);
}
while (my($k, $v) = each %{$self->meta_merge}) {
$self->_hash_merge($node, $k, $v);
}
return $node;
}
sub _read_manifest {
my ($self, $file) = @_;
return undef unless -e $file;
require ExtUtils::Manifest; # ExtUtils::Manifest is not warnings clean.
local ($^W, $ExtUtils::Manifest::Quiet) = (0,1);
return scalar ExtUtils::Manifest::maniread($file);
}
sub find_dist_packages {
my $self = shift;
# Only packages in .pm files are candidates for inclusion here.
# Only include things in the MANIFEST, not things in developer's
# private stock.
my $manifest = $self->_read_manifest('MANIFEST')
or die "Can't find dist packages without a MANIFEST file - run 'manifest' action first";
# Localize
my %dist_files = map { $self->localize_file_path($_) => $_ }
keys %$manifest;
my @pm_files = grep {exists $dist_files{$_}} keys %{ $self->find_pm_files };
# First, we enumerate all packages & versions,
# seperating into primary & alternative candidates
my( %prime, %alt );
foreach my $file (@pm_files) {
next if $dist_files{$file} =~ m{^t/}; # Skip things in t/
my @path = split( /\//, $dist_files{$file} );
(my $prime_package = join( '::', @path[1..$#path] )) =~ s/\.pm$//;
my $pm_info = Module::Build::ModuleInfo->new_from_file( $file );
foreach my $package ( $pm_info->packages_inside ) {
next if $package eq 'main'; # main can appear numerous times, ignore
next if grep /^_/, split( /::/, $package ); # private package, ignore
my $version = $pm_info->version( $package );
if ( $package eq $prime_package ) {
if ( exists( $prime{$package} ) ) {
# M::B::ModuleInfo will handle this conflict
die "Unexpected conflict in '$package'; multiple versions found.\n";
} else {
$prime{$package}{file} = $dist_files{$file};
$prime{$package}{version} = $version if defined( $version );
}
} else {
push( @{$alt{$package}}, {
file => $dist_files{$file},
version => $version,
} );
}
}
}
# Then we iterate over all the packages found above, identifying conflicts
# and selecting the "best" candidate for recording the file & version
# for each package.
foreach my $package ( keys( %alt ) ) {
my $result = $self->_resolve_module_versions( $alt{$package} );
if ( exists( $prime{$package} ) ) { # primary package selected
if ( $result->{err} ) {
# Use the selected primary package, but there are conflicting
# errors amoung multiple alternative packages that need to be
# reported
$self->log_warn(
"Found conflicting versions for package '$package'\n" .
" $prime{$package}{file} ($prime{$package}{version})\n" .
$result->{err}
);
} elsif ( defined( $result->{version} ) ) {
# There is a primary package selected, and exactly one
# alternative package
if ( exists( $prime{$package}{version} ) &&
defined( $prime{$package}{version} ) ) {
# Unless the version of the primary package agrees with the
# version of the alternative package, report a conflict
if ( $self->compare_versions( $prime{$package}{version}, '!=',
$result->{version} ) ) {
$self->log_warn(
"Found conflicting versions for package '$package'\n" .
" $prime{$package}{file} ($prime{$package}{version})\n" .
" $result->{file} ($result->{version})\n"
);
}
} else {
# The prime package selected has no version so, we choose to
# use any alternative package that does have a version
$prime{$package}{file} = $result->{file};
$prime{$package}{version} = $result->{version};
}
} else {
# no alt package found with a version, but we have a prime
# package so we use it whether it has a version or not
}
} else { # No primary package was selected, use the best alternative
if ( $result->{err} ) {
$self->log_warn(
"Found conflicting versions for package '$package'\n" .
$result->{err}
);
}
# Despite possible conflicting versions, we choose to record
# something rather than nothing
$prime{$package}{file} = $result->{file};
$prime{$package}{version} = $result->{version}
if defined( $result->{version} );
}
}
# Stringify versions. Can't use exists() here because of bug in YAML::Node.
for (grep defined $_->{version}, values %prime) {
$_->{version} = '' . $_->{version};
}
return \%prime;
}
# seperate out some of the conflict resolution logic from
# $self->find_dist_packages(), above, into a helper function.
#
sub _resolve_module_versions {
my $self = shift;
my $packages = shift;
my( $file, $version );
my $err = '';
foreach my $p ( @$packages ) {
if ( defined( $p->{version} ) ) {
if ( defined( $version ) ) {
if ( $self->compare_versions( $version, '!=', $p->{version} ) ) {
$err .= " $p->{file} ($p->{version})\n";
} else {
# same version declared multiple times, ignore
}
} else {
$file = $p->{file};
$version = $p->{version};
}
}
$file ||= $p->{file} if defined( $p->{file} );
}
if ( $err ) {
$err = " $file ($version)\n" . $err;
}
my %result = (
file => $file,
version => $version,
err => $err
);
return \%result;
}
sub make_tarball {
my ($self, $dir, $file) = @_;
$file ||= $dir;
$self->log_info("Creating $file.tar.gz\n");
if ($self->{args}{tar}) {
my $tar_flags = $self->verbose ? 'cvf' : 'cf';
$self->do_system($self->split_like_shell($self->{args}{tar}), $tar_flags, "$file.tar", $dir);
$self->do_system($self->split_like_shell($self->{args}{gzip}), "$file.tar") if $self->{args}{gzip};
} else {
require Archive::Tar;
# Archive::Tar versions >= 1.09 use the following to enable a compatibility
# hack so that the resulting archive is compatible with older clients.
$Archive::Tar::DO_NOT_USE_PREFIX = 0;
my $files = $self->rscan_dir($dir);
Archive::Tar->create_archive("$file.tar.gz", 1, @$files);
}
}
sub install_path {
my $self = shift;
my( $type, $value ) = ( @_, '<empty>' );
Carp::croak( 'Type argument missing' )
unless defined( $type );
my $map = $self->{properties}{install_path};
return $map unless @_;
# delete existing value if $value is literal undef()
unless ( defined( $value ) ) {
delete( $map->{$type} );
return undef;
}
# return existing value if no new $value is given
if ( $value eq '<empty>' ) {
return undef unless exists $map->{$type};
return $map->{$type};
}
# set value if $value is a valid relative path
return $map->{$type} = $value;
}
sub install_base_relpaths {
# Usage: install_base_relpaths(), install_base_relpaths('lib'),
# or install_base_relpaths('lib' => $value);
my $self = shift;
my $map = $self->{properties}{install_base_relpaths};
return $map unless @_;
return $self->_relpaths($map, @_);
}
# Translated from ExtUtils::MM_Any::init_INSTALL_from_PREFIX
sub prefix_relative {
my ($self, $type) = @_;
my $installdirs = $self->installdirs;
my $relpath = $self->install_sets($installdirs)->{$type};
return $self->_prefixify($relpath,
$self->original_prefix($installdirs),
$type,
);
}
sub _relpaths {
my $self = shift;
my( $map, $type, $value ) = ( @_, '<empty>' );
Carp::croak( 'Type argument missing' )
unless defined( $type );
my @value = ();
# delete existing value if $value is literal undef()
unless ( defined( $value ) ) {
delete( $map->{$type} );
return undef;
}
# return existing value if no new $value is given
elsif ( $value eq '<empty>' ) {
return undef unless exists $map->{$type};
@value = @{ $map->{$type} };
}
# set value if $value is a valid relative path
else {
Carp::croak( "Value must be a relative path" )
if File::Spec::Unix->file_name_is_absolute($value);
@value = split( /\//, $value );
$map->{$type} = \@value;
}
return File::Spec->catdir( @value );
}
# Defaults to use in case the config install paths cannot be prefixified.
sub prefix_relpaths {
# Usage: prefix_relpaths('site'), prefix_relpaths('site', 'lib'),
# or prefix_relpaths('site', 'lib' => $value);
my $self = shift;
my $installdirs = shift || $self->installdirs;
my $map = $self->{properties}{prefix_relpaths}{$installdirs};
return $map unless @_;
return $self->_relpaths($map, @_);
}
# Translated from ExtUtils::MM_Unix::prefixify()
sub _prefixify {
my($self, $path, $sprefix, $type) = @_;
my $rprefix = $self->prefix;
$rprefix .= '/' if $sprefix =~ m|/$|;
$self->log_verbose(" prefixify $path from $sprefix to $rprefix\n")
if defined( $path ) && length( $path );
if( !defined( $path ) || ( length( $path ) == 0 ) ) {
$self->log_verbose(" no path to prefixify, falling back to default.\n");
return $self->_prefixify_default( $type, $rprefix );
} elsif( !File::Spec->file_name_is_absolute($path) ) {
$self->log_verbose(" path is relative, not prefixifying.\n");
} elsif( $sprefix eq $rprefix ) {
$self->log_verbose(" no new prefix.\n");
} elsif( $path !~ s{^\Q$sprefix\E\b}{}s ) {
$self->log_verbose(" cannot prefixify, falling back to default.\n");
return $self->_prefixify_default( $type, $rprefix );
}
$self->log_verbose(" now $path in $rprefix\n");
return $path;
}
sub _prefixify_default {
my $self = shift;
my $type = shift;
my $rprefix = shift;
my $default = $self->prefix_relpaths($self->installdirs, $type);
if( !$default ) {
$self->log_verbose(" no default install location for type '$type', using prefix '$rprefix'.\n");
return $rprefix;
} else {
return $default;
}
}
sub install_destination {
my ($self, $type) = @_;
return $self->install_path($type) if $self->install_path($type);
if ( $self->install_base ) {
my $relpath = $self->install_base_relpaths($type);
return $relpath ? File::Spec->catdir($self->install_base, $relpath) : undef;
}
if ( $self->prefix ) {
my $relpath = $self->prefix_relative($type);
return $relpath ? File::Spec->catdir($self->prefix, $relpath) : undef;
}
return $self->install_sets($self->installdirs)->{$type};
}
sub install_types {
my $self = shift;
my %types;
if ( $self->install_base ) {
%types = %{$self->install_base_relpaths};
} elsif ( $self->prefix ) {
%types = %{$self->prefix_relpaths};
} else {
%types = %{$self->install_sets($self->installdirs)};
}
%types = (%types, %{$self->install_path});
return sort keys %types;
}
sub install_map {
my ($self, $blib) = @_;
$blib ||= $self->blib;
my( %map, @skipping );
foreach my $type ($self->install_types) {
my $localdir = File::Spec->catdir( $blib, $type );
next unless -e $localdir;
if (my $dest = $self->install_destination($type)) {
$map{$localdir} = $dest;
} else {
push( @skipping, $type );
}
}
$self->log_warn(
"WARNING: Can't figure out install path for types: @skipping\n" .
"Files will not be installed.\n"
) if @skipping;
# Write the packlist into the same place as ExtUtils::MakeMaker.
if ($self->create_packlist and my $module_name = $self->module_name) {
my $archdir = $self->install_destination('arch');
my @ext = split /::/, $module_name;
$map{write} = File::Spec->catfile($archdir, 'auto', @ext, '.packlist');
}
# Handle destdir
if (length(my $destdir = $self->destdir || '')) {
foreach (keys %map) {
# Need to remove volume from $map{$_} using splitpath, or else
# we'll create something crazy like C:\Foo\Bar\E:\Baz\Quux
# VMS will always have the file separate than the path.
my ($volume, $path, $file) = File::Spec->splitpath( $map{$_}, 1 );
# catdir needs a list of directories, or it will create something
# crazy like volume:[Foo.Bar.volume.Baz.Quux]
my @dirs = File::Spec->splitdir($path);
# First merge the directories
$path = File::Spec->catdir($destdir, @dirs);
# Then put the file back on if there is one.
if ($file ne '') {
$map{$_} = File::Spec->catfile($path, $file)
} else {
$map{$_} = $path;
}
}
}
$map{read} = ''; # To keep ExtUtils::Install quiet
return \%map;
}
sub depends_on {
my $self = shift;
foreach my $action (@_) {
$self->_call_action($action);
}
}
sub rscan_dir {
my ($self, $dir, $pattern) = @_;
my @result;
local $_; # find() can overwrite $_, so protect ourselves
my $subr = !$pattern ? sub {push @result, $File::Find::name} :
!ref($pattern) || (ref $pattern eq 'Regexp') ? sub {push @result, $File::Find::name if /$pattern/} :
ref($pattern) eq 'CODE' ? sub {push @result, $File::Find::name if $pattern->()} :
die "Unknown pattern type";
File::Find::find({wanted => $subr, no_chdir => 1}, $dir);
return \@result;
}
sub delete_filetree {
my $self = shift;
my $deleted = 0;
foreach (@_) {
next unless -e $_;
$self->log_info("Deleting $_\n");
File::Path::rmtree($_, 0, 0);
die "Couldn't remove '$_': $!\n" if -e $_;
$deleted++;
}
return $deleted;
}
sub autosplit_file {
my ($self, $file, $to) = @_;
require AutoSplit;
my $dir = File::Spec->catdir($to, 'lib', 'auto');
AutoSplit::autosplit($file, $dir);
}
sub cbuilder {
# Returns a CBuilder object
my $self = shift;
my $p = $self->{properties};
return $p->{_cbuilder} if $p->{_cbuilder};
die "Module::Build is not configured with C_support"
unless $self->_mb_feature('C_support');
require ExtUtils::CBuilder;
return $p->{_cbuilder} = ExtUtils::CBuilder->new(
config => $self->config,
($self->quiet ? (quiet => 1 ) : ()),
);
}
sub have_c_compiler {
my ($self) = @_;
my $p = $self->{properties};
return $p->{have_compiler} if defined $p->{have_compiler};
$self->log_verbose("Checking if compiler tools configured... ");
my $b = eval { $self->cbuilder };
my $have = $b && $b->have_compiler;
$self->log_verbose($have ? "ok.\n" : "failed.\n");
return $p->{have_compiler} = $have;
}
sub compile_c {
my ($self, $file, %args) = @_;
my $b = $self->cbuilder;
my $obj_file = $b->object_file($file);
$self->add_to_cleanup($obj_file);
return $obj_file if $self->up_to_date($file, $obj_file);
$b->compile(source => $file,
defines => $args{defines},
object_file => $obj_file,
include_dirs => $self->include_dirs,
extra_compiler_flags => $self->extra_compiler_flags,
);
return $obj_file;
}
sub link_c {
my ($self, $to, $file_base) = @_;
my $p = $self->{properties}; # For convenience
my $spec = $self->_infer_xs_spec($file_base);
$self->add_to_cleanup($spec->{lib_file});
my $objects = $p->{objects} || [];
return $spec->{lib_file}
if $self->up_to_date([$spec->{obj_file}, @$objects],
$spec->{lib_file});
my $module_name = $self->module_name;
$module_name ||= $spec->{module_name};
$self->cbuilder->link(
module_name => $module_name,
objects => [$spec->{obj_file}, @$objects],
lib_file => $spec->{lib_file},
extra_linker_flags => $p->{extra_linker_flags} );
return $spec->{lib_file};
}
sub compile_xs {
my ($self, $file, %args) = @_;
$self->log_info("$file -> $args{outfile}\n");
if (eval {require ExtUtils::ParseXS; 1}) {
ExtUtils::ParseXS::process_file(
filename => $file,
prototypes => 0,
output => $args{outfile},
);
} else {
# Ok, I give up. Just use backticks.
my $xsubpp = Module::Build::ModuleInfo->find_module_by_name('ExtUtils::xsubpp')
or die "Can't find ExtUtils::xsubpp in INC (@INC)";
my @typemaps;
push @typemaps, Module::Build::ModuleInfo->find_module_by_name(
'ExtUtils::typemap', \@INC
);
my $lib_typemap = Module::Build::ModuleInfo->find_module_by_name(
'typemap', [File::Basename::dirname($file)]
);
push @typemaps, $lib_typemap if $lib_typemap;
@typemaps = map {+'-typemap', $_} @typemaps;
my $cf = $self->{config};
my $perl = $self->{properties}{perl};
my @command = ($perl, "-I".$cf->get('installarchlib'), "-I".$cf->get('installprivlib'), $xsubpp, '-noprototypes',
@typemaps, $file);
$self->log_info("@command\n");
my $fh = IO::File->new("> $args{outfile}") or die "Couldn't write $args{outfile}: $!";
print {$fh} $self->_backticks(@command);
close $fh;
}
}
sub split_like_shell {
my ($self, $string) = @_;
return () unless defined($string);
return @$string if UNIVERSAL::isa($string, 'ARRAY');
$string =~ s/^\s+|\s+$//g;
return () unless length($string);
return Text::ParseWords::shellwords($string);
}
sub oneliner {
# Returns a string that the shell can evaluate as a perl command.
# This should be avoided whenever possible, since "the shell" really
# means zillions of shells on zillions of platforms and it's really
# hard to get it right all the time.
# Some of this code is stolen with permission from ExtUtils::MakeMaker.
my($self, $cmd, $switches, $args) = @_;
$switches = [] unless defined $switches;
$args = [] unless defined $args;
# Strip leading and trailing newlines
$cmd =~ s{^\n+}{};
$cmd =~ s{\n+$}{};
my $perl = ref($self) ? $self->perl : $self->find_perl_interpreter;
return $self->_quote_args($perl, @$switches, '-e', $cmd, @$args);
}
sub run_perl_script {
my ($self, $script, $preargs, $postargs) = @_;
foreach ($preargs, $postargs) {
$_ = [ $self->split_like_shell($_) ] unless ref();
}
return $self->run_perl_command([@$preargs, $script, @$postargs]);
}
sub run_perl_command {
# XXX Maybe we should accept @args instead of $args? Must resolve
# this before documenting.
my ($self, $args) = @_;
$args = [ $self->split_like_shell($args) ] unless ref($args);
my $perl = ref($self) ? $self->perl : $self->find_perl_interpreter;
# Make sure our local additions to @INC are propagated to the subprocess
local $ENV{PERL5LIB} = join $self->config('path_sep'), $self->_added_to_INC;
return $self->do_system($perl, @$args);
}
# Infer various data from the path of the input filename
# that is needed to create output files.
# The input filename is expected to be of the form:
# lib/Module/Name.ext or Module/Name.ext
sub _infer_xs_spec {
my $self = shift;
my $file = shift;
my $cf = $self->{config};
my %spec;
my( $v, $d, $f ) = File::Spec->splitpath( $file );
my @d = File::Spec->splitdir( $d );
(my $file_base = $f) =~ s/\.[^.]+$//i;
$spec{base_name} = $file_base;
$spec{src_dir} = File::Spec->catpath( $v, $d, '' );
# the module name
shift( @d ) while @d && ($d[0] eq 'lib' || $d[0] eq '');
pop( @d ) while @d && $d[-1] eq '';
$spec{module_name} = join( '::', (@d, $file_base) );
$spec{archdir} = File::Spec->catdir($self->blib, 'arch', 'auto',
@d, $file_base);
$spec{bs_file} = File::Spec->catfile($spec{archdir}, "${file_base}.bs");
$spec{lib_file} = File::Spec->catfile($spec{archdir},
"${file_base}.".$cf->get('dlext'));
$spec{c_file} = File::Spec->catfile( $spec{src_dir},
"${file_base}.c" );
$spec{obj_file} = File::Spec->catfile( $spec{src_dir},
"${file_base}".$cf->get('obj_ext') );
return \%spec;
}
sub process_xs {
my ($self, $file) = @_;
my $spec = $self->_infer_xs_spec($file);
# File name, minus the suffix
(my $file_base = $file) =~ s/\.[^.]+$//;
# .xs -> .c
$self->add_to_cleanup($spec->{c_file});
unless ($self->up_to_date($file, $spec->{c_file})) {
$self->compile_xs($file, outfile => $spec->{c_file});
}
# .c -> .o
my $v = $self->dist_version;
$self->compile_c($spec->{c_file},
defines => {VERSION => qq{"$v"}, XS_VERSION => qq{"$v"}});
# archdir
File::Path::mkpath($spec->{archdir}, 0, oct(777)) unless -d $spec->{archdir};
# .xs -> .bs
$self->add_to_cleanup($spec->{bs_file});
unless ($self->up_to_date($file, $spec->{bs_file})) {
require ExtUtils::Mkbootstrap;
$self->log_info("ExtUtils::Mkbootstrap::Mkbootstrap('$spec->{bs_file}')\n");
ExtUtils::Mkbootstrap::Mkbootstrap($spec->{bs_file}); # Original had $BSLOADLIBS - what's that?
{my $fh = IO::File->new(">> $spec->{bs_file}")} # create
utime((time)x2, $spec->{bs_file}); # touch
}
# .o -> .(a|bundle)
$self->link_c($spec->{archdir}, $file_base);
}
sub do_system {
my ($self, @cmd) = @_;
$self->log_info("@cmd\n");
# Some systems proliferate huge PERL5LIBs, try to ameliorate:
my %seen;
my $sep = $self->config('path_sep');
local $ENV{PERL5LIB} =
( !exists($ENV{PERL5LIB}) ? '' :
length($ENV{PERL5LIB}) < 500
? $ENV{PERL5LIB}
: join $sep, grep { ! $seen{$_}++ and -d $_ } split($sep, $ENV{PERL5LIB})
);
my $status = system(@cmd);
if ($status and $! =~ /Argument list too long/i) {
my $env_entries = '';
foreach (sort keys %ENV) { $env_entries .= "$_=>".length($ENV{$_})."; " }
warn "'Argument list' was 'too long', env lengths are $env_entries";
}
return !$status;
}
sub copy_if_modified {
my $self = shift;
my %args = (@_ > 3
? ( @_ )
: ( from => shift, to_dir => shift, flatten => shift )
);
$args{verbose} = !$self->quiet
unless exists $args{verbose};
my $file = $args{from};
unless (defined $file and length $file) {
die "No 'from' parameter given to copy_if_modified";
}
my $to_path;
if (defined $args{to} and length $args{to}) {
$to_path = $args{to};
} elsif (defined $args{to_dir} and length $args{to_dir}) {
$to_path = File::Spec->catfile( $args{to_dir}, $args{flatten}
? File::Basename::basename($file)
: $file );
} else {
die "No 'to' or 'to_dir' parameter given to copy_if_modified";
}
return if $self->up_to_date($file, $to_path); # Already fresh
{
local $self->{properties}{quiet} = 1;
$self->delete_filetree($to_path); # delete destination if exists
}
# Create parent directories
File::Path::mkpath(File::Basename::dirname($to_path), 0, oct(777));
$self->log_info("Copying $file -> $to_path\n") if $args{verbose};
if ($^O eq 'os2') {# copy will not overwrite; 0x1 = overwrite
chmod 0666, $to_path;
File::Copy::syscopy($file, $to_path, 0x1) or die "Can't copy('$file', '$to_path'): $!";
} else {
File::Copy::copy($file, $to_path) or die "Can't copy('$file', '$to_path'): $!";
}
# mode is read-only + (executable if source is executable)
my $mode = oct(444) | ( $self->is_executable($file) ? oct(111) : 0 );
chmod( $mode, $to_path );
return $to_path;
}
sub up_to_date {
my ($self, $source, $derived) = @_;
$source = [$source] unless ref $source;
$derived = [$derived] unless ref $derived;
return 0 if grep {not -e} @$derived;
my $most_recent_source = time / (24*60*60);
foreach my $file (@$source) {
unless (-e $file) {
$self->log_warn("Can't find source file $file for up-to-date check");
next;
}
$most_recent_source = -M _ if -M _ < $most_recent_source;
}
foreach my $derived (@$derived) {
return 0 if -M $derived > $most_recent_source;
}
return 1;
}
sub dir_contains {
my ($self, $first, $second) = @_;
# File::Spec doesn't have an easy way to check whether one directory
# is inside another, unfortunately.
($first, $second) = map File::Spec->canonpath($_), ($first, $second);
my @first_dirs = File::Spec->splitdir($first);
my @second_dirs = File::Spec->splitdir($second);
return 0 if @second_dirs < @first_dirs;
my $is_same = ( File::Spec->case_tolerant
? sub {lc(shift()) eq lc(shift())}
: sub {shift() eq shift()} );
while (@first_dirs) {
return 0 unless $is_same->(shift @first_dirs, shift @second_dirs);
}
return 1;
}
1;
__END__
=head1 NAME
Module::Build::Base - Default methods for Module::Build
=head1 SYNOPSIS
Please see the Module::Build documentation.
=head1 DESCRIPTION
The C<Module::Build::Base> module defines the core functionality of
C<Module::Build>. Its methods may be overridden by any of the
platform-dependent modules in the C<Module::Build::Platform::>
namespace, but the intention here is to make this base module as
platform-neutral as possible. Nicely enough, Perl has several core
tools available in the C<File::> namespace for doing this, so the task
isn't very difficult.
Please see the C<Module::Build> documentation for more details.
=head1 AUTHOR
Ken Williams <kwilliams@cpan.org>
=head1 COPYRIGHT
Copyright (c) 2001-2006 Ken Williams. All rights reserved.
This library is free software; you can redistribute it and/or
modify it under the same terms as Perl itself.
=head1 SEE ALSO
perl(1), Module::Build(3)
=cut