AWS-S3

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README.markdown  view on Meta::CPAN

    $new_file = $bucket->add_file(
      key       => 'foo/bar.txt',
      contents  => sub { return \"This is the contents" }
    );

    # Get the file:
    my $same_file = $bucket->file( 'foo/bar.txt' );

    # Get the contents:
    my $scalar_ref = $same_file->contents;
    print $$scalar_ref;

    # Update the contents with a scalar ref:
    $same_file->contents( \"New file contents" );

    # Update the contents with a code ref:
    $same_file->contents( sub { return \"New file contents" } );

    # Delete the file:
    $same_file->delete();

lib/AWS/S3.pm  view on Meta::CPAN

  $new_file = $bucket->add_file(
    key       => 'foo/bar.txt',
    contents  => sub { return \"This is the contents" }
  );

  # Get the file:
  my $same_file = $bucket->file( 'foo/bar.txt' );

  # Get the contents:
  my $scalar_ref = $same_file->contents;
  print $$scalar_ref;

  # Update the contents with a scalar ref:
  $same_file->contents( \"New file contents" );

  # Update the contents with a code ref:
  $same_file->contents( sub { return \"New file contents" } );

  # Delete the file:
  $same_file->delete();

lib/AWS/S3/File.pm  view on Meta::CPAN

=head1 NAME

AWS::S3::File - A single file in Amazon S3

=head1 SYNOPSIS

  my $file = $bucket->file('foo/bar.txt');
  
  # contents is a scalarref:
  print @{ $file->contents };
  print $file->size;
  print $file->key;
  print $file->etag;
  print $file->lastmodified;
  
  print $file->owner->display_name;
  
  print $file->bucket->name;
  
  # Set the contents with a scalarref:
  my $new_contents = "This is the new contents of the file.";
  $file->contents( \$new_contents );
  
  # Set the contents with a coderef:
  $file->contents( sub {
    return \$new_contents;
  });
  
  # Alternative update
  $file->update( 
    contents => \'New contents', # optional
    contenttype => 'text/plain'  # optional
  );

  # Get signed URL for the file for public access
  print $file->signed_url( $expiry_time );
  
  # Delete the file:
  $file->delete();

=head1 DESCRIPTION

AWS::S3::File provides a convenience wrapper for dealing with files stored in S3.

=head1 PUBLIC PROPERTIES

lib/AWS/S3/FileIterator.pm  view on Meta::CPAN

    # Optional params:
    pattern     => qr(\.txt$),
    prefix      => 'notes',
  );
  
  while( my @files = $iter->next_page )
  {
    warn $iter->page_number, "\n";
    foreach my $file ( @files )
    {
      print "\t", $file->key, "\n";
    }# end foreach()
  }# end while()


=head1 DESCRIPTION

AWS::S3::FileIterator provides a means of I<iterating> through your S3 files.

If you only have a few files it might seem odd to require an iterator, but if you
have thousands (or millions) of files, the iterator will save you a lot of effort.

t/010_basic.t  view on Meta::CPAN

    ok ! $bucket->file($filename), 'file no longer exists in bucket';
  };
  
  ADD_MANY_FILES: {
    my %info = ( );
    
    # Add the files:
    for( 0..25 )
    {
      my $contents  = "Contents of file $_\n"x4;
      my $key       = "bar/baz/foo." . sprintf("%03d", $_) . ".txt";
      $info{$key} = $contents;
      ok $bucket->add_file(
        key       => $key,
        contents  => \$contents,
      ), "Added file $_";
    }# end for()
    
    # Make sure they all worked:
    my $counted = 0;
    foreach my $key ( sort keys %info )

t/010_basic.t  view on Meta::CPAN

      }# end foreach()
      last;
    }# end while()
    
    # Make sure that if we say we want to start on page 11, we *start* on page 11:
    $iter = $bucket->files( page_size => 1, page_number => 18 );
    SMALL_ITER: {
      for( 18..25 )
      {
        my ($file) = $iter->next_page;
        my $number = sprintf('%03d', $_);
        is $file->key, "bar/baz/foo.$number.txt", "file $number is what we expected";
      }# end for()
    };
    
    # How about when our page size is larger than what we get back from S3?:
#    $iter = $bucket->files( page_size => 105, page_number => 2 );
#    BIG_ITER: {
#      my @files = $iter->next_page;
#      for( 106..116 )
#      {