晋太元中,武陵人捕鱼为业。缘溪行,忘路之远近。忽逢桃花林,夹岸数百步,中无杂树,芳草鲜美,落英缤纷。渔人甚异之,复前行,欲穷其林。 林尽水源,便得一山,山有小口,仿佛若有光。便舍船,从口入。初极狭,才通人。复行数十步,豁然开朗。土地平旷,屋舍俨然,有良田、美池、桑竹之属。阡陌交通,鸡犬相闻。其中往来种作,男女衣着,悉如外人。黄发垂髫,并怡然自乐。 见渔人,乃大惊,问所从来。具答之。便要还家,设酒杀鸡作食。村中闻有此人,咸来问讯。自云先世避秦时乱,率妻子邑人来此绝境,不复出焉,遂与外人间隔。问今是何世,乃不知有汉,无论魏晋。此人一一为具言所闻,皆叹惋。余人各复延至其家,皆出酒食。停数日,辞去。此中人语云:“不足为外人道也。”(间隔 一作:隔绝) 既出,得其船,便扶向路,处处志之。及郡下,诣太守,说如此。太守即遣人随其往,寻向所志,遂迷,不复得路。 南阳刘子骥,高尚士也,闻之,欣然规往。未果,寻病终。后遂无问津者。
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package ExtUtils::CBuilder::Platform::Windows::BCC;
our $VERSION = '0.280230'; # VERSION
use strict;
use warnings;
sub format_compiler_cmd {
my ($self, %spec) = @_;
foreach my $path ( @{ $spec{includes} || [] },
@{ $spec{perlinc} || [] } ) {
$path = '-I' . $path;
}
%spec = $self->write_compiler_script(%spec)
if $spec{use_scripts};
return [ grep {defined && length} (
$spec{cc}, '-c' ,
@{$spec{includes}} ,
@{$spec{cflags}} ,
@{$spec{optimize}} ,
@{$spec{defines}} ,
@{$spec{perlinc}} ,
"-o$spec{output}" ,
$spec{source} ,
) ];
}
sub write_compiler_script {
my ($self, %spec) = @_;
my $script = File::Spec->catfile( $spec{srcdir},
$spec{basename} . '.ccs' );
$self->add_to_cleanup($script);
print "Generating script '$script'\n" if !$self->{quiet};
my $SCRIPT = IO::File->new( ">$script" )
or die( "Could not create script '$script': $!" );
# XXX Borland "response files" seem to be unable to accept macro
# definitions containing quoted strings. Escaping strings with
# backslash doesn't work, and any level of quotes are stripped. The
# result is a floating point number in the source file where a
# string is expected. So we leave the macros on the command line.
print $SCRIPT join( "\n",
map { ref $_ ? @{$_} : $_ }
grep defined,
delete(
@spec{ qw(includes cflags optimize perlinc) } )
);
push @{$spec{includes}}, '@"' . $script . '"';
return %spec;
}
sub format_linker_cmd {
my ($self, %spec) = @_;
foreach my $path ( @{$spec{libpath}} ) {
$path = "-L$path";
}
push( @{$spec{startup}}, 'c0d32.obj' )
unless ( $spec{startup} && @{$spec{startup}} );
%spec = $self->write_linker_script(%spec)
if $spec{use_scripts};
return [ grep {defined && length} (
$spec{ld} ,
@{$spec{lddlflags}} ,
@{$spec{libpath}} ,
@{$spec{other_ldflags}} ,
@{$spec{startup}} ,
@{$spec{objects}} , ',',
$spec{output} , ',',
$spec{map_file} , ',',
$spec{libperl} ,
@{$spec{perllibs}} , ',',
$spec{def_file}
) ];
}
sub write_linker_script {
my ($self, %spec) = @_;
# To work around Borlands "unique" commandline syntax,
# two scripts are used:
my $ld_script = File::Spec->catfile( $spec{srcdir},
$spec{basename} . '.lds' );
my $ld_libs = File::Spec->catfile( $spec{srcdir},
$spec{basename} . '.lbs' );
$self->add_to_cleanup($ld_script, $ld_libs);
print "Generating scripts '$ld_script' and '$ld_libs'.\n" if !$self->{quiet};
# Script 1: contains options & names of object files.
my $LD_SCRIPT = IO::File->new( ">$ld_script" )
or die( "Could not create linker script '$ld_script': $!" );
print $LD_SCRIPT join( " +\n",
map { @{$_} }
grep defined,
delete(
@spec{ qw(lddlflags libpath other_ldflags startup objects) } )
);
# Script 2: contains name of libs to link against.
my $LD_LIBS = IO::File->new( ">$ld_libs" )
or die( "Could not create linker script '$ld_libs': $!" );
print $LD_LIBS join( " +\n",
(delete $spec{libperl} || ''),
@{delete $spec{perllibs} || []},
);
push @{$spec{lddlflags}}, '@"' . $ld_script . '"';
push @{$spec{perllibs}}, '@"' . $ld_libs . '"';
return %spec;
}
1;