locked results from the CPAN

lib/CTK/Configuration.pm view on Meta::CPAN


    # Ok
    my %newconfig = $cfg->getall if $cfg && $cfg->can('getall');
    $self->{files} = [$cfg->files] if $cfg && $cfg->can('files');

    # Set only unlocked keys
    my %lkeys = ();
    foreach my $k (@{(LOCKED_KEYS)}) { $lkeys{$k} = 1 }
    foreach my $k (keys(%newconfig)) { $self->{conf}->{$k} = $newconfig{$k} if $k && !$lkeys{$k} }

    # Set statuses

view all matches for this distribution

CXC-DB-DDL

1 match

lib/CXC/DB/DDL/Util.pm view on Meta::CPAN

        my \%types = $CACHE{$dbd}{types}{dbd};
        return "&$name", $types{ $+{type} }
          if exists $types{ $+{type} };
    }

    # $symbols is a locked hash, so can't just grab a value
    my $symbols = types( $dbd );
    if ( exists $symbols->{$name} && defined( my $sub = $symbols->{$name} ) ) {
        return $class->_expand_field_sub( $cache, $stash->{field_class}, $name, $sub->() );
    }

view all matches for this distribution

Cache-AgainstFile

1 match

lib/Cache/AgainstFile/Storable.pm view on Meta::CPAN

	_create_dir_if_required($dir);
	
	#Select locking implementation
	my $locking = $options->{Locking} || 'AtomicWrite';
	if($locking eq 'Flock') {
		$self->{write} = \&_write_locked;
		$self->{read} = \&_read_locked;
	} elsif ($locking eq 'AtomicWrite') {
		$self->{write} = \&_write_atomic;
		$self->{read} = \&_read;
	} else {
		croak("Unrecognised locking model '$locking'");

lib/Cache/AgainstFile/Storable.pm view on Meta::CPAN


#
# Subroutines
#

sub _read_locked {
	my($cache_filename, $fh) = @_;
	# we don't want the filehandle. Suppose it might need to be closed
	# under Win32? Close it anyway
	$fh->close if $fh;
	check_safe($cache_filename,"r") if(HAVE_FILE_POLICY);
	my $ref_data = lock_retrieve($cache_filename);
	TRACE("Fetched from cache file: $cache_filename");
	return $$ref_data;	
}

sub _write_locked {
	my ($cache_filename, $data, $mtime) = @_;
	check_safe($cache_filename,"w") if(HAVE_FILE_POLICY);
	lock_store(\$data, $cache_filename);
	TRACE("wrote cache file: $cache_filename");
	_backtouch($cache_filename, $mtime);

view all matches for this distribution

Cache-BDB

1 match

t/03-lock.t view on Meta::CPAN

    for (my $j = 1; $j <= $rows; $j++) {
      #	my $r = ($j ** $it)  x 4;
#      sleep 1 if $$ % 2 == 0;      

      my $lk = $c->{__db}->cds_lock;
#      diag("$$: locked, setting row $j");
      
      my $rv = $c->set($j, $$);
      $lk->cds_unlock();
#      diag("$$: unlocked");
      #diag("$$: set $j");
      push @ids, $j;
      
    }
  }

view all matches for this distribution

Cache-Cache

1 match

lib/Cache/SharedMemoryBackend.pm view on Meta::CPAN


sub delete_key
{
  my ( $self, $p_namespace, $p_key ) = @_;

  my $store_ref = $self->_get_locked_store_ref( );

  delete $store_ref->{ $p_namespace }{ $p_key };

  $self->_set_locked_store_ref( $store_ref );
}


sub delete_namespace
{
  my ( $self, $p_namespace ) = @_;

  my $store_ref = $self->_get_locked_store_ref( );

  delete $store_ref->{ $p_namespace };

  $self->_set_locked_store_ref( $store_ref );
}


sub store
{
  my ( $self, $p_namespace, $p_key, $p_data ) = @_;

  my $store_ref = $self->_get_locked_store_ref( );

  $store_ref->{ $p_namespace }{ $p_key } = $p_data;

  $self->_set_locked_store_ref( $store_ref );
}


# create a IPC::ShareLite share under the ipc_identifier

lib/Cache/SharedMemoryBackend.pm view on Meta::CPAN


  $share->unlock( LOCK_UN );
}


sub _get_locked_store_ref
{
  return _Restore_Shared_Hash_Ref_With_Lock( $IPC_IDENTIFIER );
}


sub _set_locked_store_ref
{
  my ( $self, $p_store_ref ) = @_;

  _Store_Shared_Hash_Ref_And_Unlock( $IPC_IDENTIFIER, $p_store_ref );
}

view all matches for this distribution

Cache-Cascade

1 match

lib/Cache/Cascade.pm view on Meta::CPAN

In a multiprocess, and especially a multiserver application caching is a very
effective means of improving results.

The tradeoff of increasing the scale of the caching is in added complexity.
For example, caching in a FastMmap based storage is much slower than using a
memory based cache, because pages must be locked to ensure that no corruption
will happen. Likewise Memcached is even more overhead than FastMmap because it
is network bound, and uses blocking IO (on the client side).

This module attempts to make a transparent cascade of caches using several
backends.

view all matches for this distribution

Cache-FastMmap

8 results

not already exist. If the share_file specified does already
exist, it defaults to 0.

=item * B<catch_deadlocks>

Sets an alarm(10) before each page is locked via fcntl(F_SETLKW) to catch
any deadlock. This used to be the default behaviour, but it's not really
needed in the default case and could clobber sub-second Time::HiRes
alarms setup by other code. Defaults to 0.

=back


=item I<get_and_set($Key, $AtomicSub)>

Atomically retrieve and set the value of a Key.

The page is locked while retrieving the $Key and is unlocked only after
the value is set, thus guaranteeing the value does not change between
the get and set operations.

$AtomicSub is a reference to a subroutine that is called to calculate the
new value to store. $AtomicSub gets $Key, the current value from the

operations lock the page and you may end up with a dead lock!

=item *

If your sub does a die/throws an exception, the page will correctly
be unlocked (1.15 onwards)

=back

=cut
sub get_and_set {


=item I<get_and_remove($Key)>

Atomically retrieve value of a Key while removing it from the cache.

The page is locked while retrieving the $Key and is unlocked only after
the value is removed, thus guaranteeing the value stored by someone else
isn't removed by us.

=cut
sub get_and_remove {

=item I<multi_get($PageKey, [ $Key1, $Key2, ... ])>

The two multi_xxx routines act a bit differently to the
other routines. With the multi_get, you pass a separate
PageKey value and then multiple keys. The PageKey value
is hashed, and that page locked. Then that page is
searched for each key. It returns a hash ref of
Key => Value items found in that page in the cache.

The main advantage of this is just a speed one, if you
happen to need to search for a lot of items on each call.


=cut
sub _lock_page {
  my ($Self, $Cache) = ($_[0], $_[0]->{Cache});
  my $Unlock = Cache::FastMmap::OnLeave->new(sub {
    fc_unlock($Cache) if fc_is_locked($Cache);
  });
  fc_lock($Cache, $_[1]);
  return $Unlock;
}

view all matches for this distribution

Cache-Isolator

1 match

lib/Cache/Isolator.pm view on Meta::CPAN

        last TRYLOOP if $value;

        $try++;
        my @lockkeys = map { $key .":lock:". $_ } shuffle 1..$self->concurrency;
        foreach my $lockkey ( @lockkeys ) {
            my $locked = $self->cache->add($lockkey, 1, $self->timeout ); #lock
            if ( $locked ) {
                try {
                    $value = $self->get($key);
                    return 1 if $value;
                    $value = $cb->();
                    $self->set( $key, $value, $expires );

view all matches for this distribution

Cache-Memcached-PDeque

1 match

lib/Cache/Memcached/PDeque.pm view on Meta::CPAN

    last if $have_lock;
    sleep(.1);
  }

  affirm {
    my $locked_by = $self->memcached->get("$priority:lock");
    $$ == $locked_by;
  };
}

sub _unlock {
  my ( $self, $priority ) = @_;

  affirm {
    my $locked_by = $self->memcached->get("$priority:lock");
    $$ == $locked_by;
  };

  $self->memcached->delete("$priority:lock");
}

view all matches for this distribution

Cache-Memcached-Queue

1 match

      my $serialized = $self->serializer->serialize($value);
      $value = $serialized;
      undef $serialized;
    }
    $self->load;
    if(!$self->_is_locked || $self->_unlock){
      $self->_lock;
      my $size = $self->size // 0;
      #checando se a fila esta cheia
      if($self->max_enq > 0 && $self->size >= $self->max_enq){
        say "Queue is full!";

  
        $self->memcached->set($new_last,$value,0);
      }
      $self->size($size);
      $self->_save(['last','size']);
      $self->_unlock if($self->_is_locked);
    }
  }
  return $ok;
}


sub deq {
  my ( $self, ) = @_;
  my ( $last_item,$value ) = ( undef,undef );
  $self->load;
  if(!$self->_is_locked || $self->_unlock ){
    $self->_lock;
    my $size = $self->size;
    if(!$size){
      say 'Queue is empty!';
    }

        $self->_save(['last']);
      }
    }
    $self->size($size);
    $self->_save(['first','size']);
    $self->_unlock if($self->_is_locked);
  }
  return $value // '';
}

  my ($self,$pid,$lock_pid) = (shift,$$,0);
  $self->load;
  my $qid = $self->qid;
  confess "Panic! No 'qid'!" if (!defined($qid) || !$qid);
  my $lock_idx = $qid . 'LOCKED';
  $lock_pid = $self->_is_locked($lock_idx);
  if(!$lock_pid){
    my $rs = $self->memcached->set($lock_idx,$pid,0);
    confess "Memcached server can't write!" if !defined($rs);
    $lock_pid = $pid;
  }
  else {
    say "is already locked!";
    $lock_pid = 0;
  }
  $self->load;
  return $lock_pid || 0;
}

  my ($self,$pid,$ok) = (shift,$$,0);
  $self->load;
  my $qid = $self->qid;
  confess "Panic! No 'qid'!" if (!defined($qid) || !$qid);
  my $lock_idx = $qid . 'LOCKED';
  my $lock_pid = $self->_is_locked($lock_idx);
  if($lock_pid && $lock_pid == $pid){
    my $rs = $self->memcached->set($lock_idx,0,0);
    confess "Memcached can't write!" if !defined($rs);
    $ok = 1;
  }
  elsif($lock_pid && $lock_pid != $pid){
    say "Is locked by another process! $lock_pid";

  }
  $self->load;
  return $ok;
}






sub _is_locked {
  my ($self,$lock_idx) = @_;
  $lock_idx = 0 if !defined $lock_idx;
  my $found = 0;

#  confess "Parameter 'lock_idx' is mandatory!" if (!defined($lock_idx) || !$lock_idx);
  if(!defined($lock_idx) || !$lock_idx){
    $lock_idx = $self->qid . 'LOCKED';
  }
  my $lock_pid = $self->memcached->get($lock_idx); #this pid locked the queue!
#  $lock_pid = 0 if $$ == $lock_pid;
#  foreach my $p(@{$t->table}){
#    if($p->pid == $lock_pid){
#      $found = $p->pid;
#      last;

view all matches for this distribution

Cache-Memcached-Semaphore

1 match

t/001.lock.t view on Meta::CPAN

	my $c_lock = Cache::Memcached::Semaphore->new( memd => $memd, name => "c_test" );
	my $s_lock = Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_test" );
	
	ok( $c_lock, "Inner block constructor acquired" );
	ok( $s_lock, "Inner block sub acquired" );
	ok( !Cache::Memcached::Semaphore->new( memd => $memd, name => "c_test" ), "Inner block constructor locked" );
	ok( !Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_test" ), "Inner block sub locked" );
}

my $c_lock = Cache::Memcached::Semaphore->new( memd => $memd, name => "c_test" );
my $s_lock = Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_test" );
ok( $c_lock, "Outer block constructor acquired" );
ok( $s_lock, "Outer block sub acquired" );
ok( !Cache::Memcached::Semaphore->new( memd => $memd, name => "c_test" ), "Outer block constructor locked" );
ok( !Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_test" ), "Outer block sub locked" );

# timeout
ok( Cache::Memcached::Semaphore->new( memd => $memd, name => "c_timeout", timeout => 10 ), "Constructor with timeout" );
ok( !Cache::Memcached::Semaphore->new( memd => $memd, name => "c_timeout", timeout => 10 ), "Constructor with timeout locked" );
ok( Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_timeout", timeout => 10 ), "Sub with timeout" );
ok( !Cache::Memcached::Semaphore::acquire( memd => $memd, name => "s_timeout", timeout => 10 ), "Sub with timeout locked" );

ok( Cache::Memcached::Semaphore::wait_acquire( memd => $memd, name => "w_timeout", timeout => 2 ), "Wait lock. Create with timeout" );
ok( Cache::Memcached::Semaphore::wait_acquire( memd => $memd, name => "w_timeout", timeout => 10), "Wait indefinitely. Create with timeout" );
ok( !Cache::Memcached::Semaphore::wait_acquire( memd => $memd, name => "w_timeout", timeout => 10, max_wait => 1), "Wait 1 sec. No acquire" );

view all matches for this distribution

Cache-Memcached-Turnstile

2 results

lib/Cache/Memcached/Turnstile.pm view on Meta::CPAN

computed values for each input key in turn.

The C<wait> parameter works fundamentally the same as in the single-key function,
but the callback variant also receives a third parameter:
The list of keys whose values weren't available from the cache and couldn't be
locked for computation. The callback is expected to return a hash reference
of keys and values. This is different from the C<compute_cb> interface
to allow for easy calling back into C<multi_cache_get_or_compute> for retries
(see the C<wait> example for the single-key implementation above).

As with the single-key variant, C<compute_time> is the additional

view all matches for this distribution

Cache-Mmap

2 results

Mmap.pm view on Meta::CPAN

	or croak "Can't seek to beginning: $!";
      syswrite($self->{_fh},$head,$headsize)==$headsize
	or croak "Can't write file header: $!";
    }

    # mmap() isn't supposed to work on locked files, so unlock
    $self->_unlock;

    mmap($self->{_mmap}='',$size,$self->{_fh})
      or do{
	delete $self->{_mmap};

Mmap.pm view on Meta::CPAN

  close $self->{_fh};
}

=item _lock($offset)

Lock the cache file. If $offset is zero, the file header is locked.
Otherwise, the bucket starting at $offset is locked.

XXX This also needs to create an internal lock if threading is enabled.

=cut

view all matches for this distribution

Cache-Static

2 results

TODO view on Meta::CPAN


get_if_same:

if(!defined(is_same(...))) {
  if(my $FH = open_with_flock(LOCK_EX, block => 0)) {
    $cache::static::_curr_locked_FH = $FH;
  } else {
    #wait until it's been set, then return it
    open_with_flock(LOCK_SH, block => 1);
    return get(...);
  }
} else {
   return get(...);
}

set:
my $FH = $cache::static::_curr_locked_FH || open(...);

...
close($FH);

an optimization idea stolen from the lighthttpd folks:

TODO view on Meta::CPAN

in the case where you allow old results:
  before writing, copy the cache file "$f" to "$f.bak"
  any get_if_same() during that time reads "$f.bak"

  when done, remove "$f.bak" (this results in race condition in reader:
    1 - find the file locked, try the .bak file
    2 - .bak file is removed, goto 1
  OR have a crontab that runs e.g. hourly to clean up .bak files...


  start the lock when generation starts, remove the lock when new value

view all matches for this distribution

Cache

3 results


sub purge {
    my Cache::File $self = shift;
    my $time = time();

    # if it's locked, someone else will probably be doing a purge already
    $self->trylock() or return;

    # open expiry index
    my $expheap = $self->get_exp_heap();

    return $self->lock(1);
}

sub unlock {
    my Cache::File $self = shift;
    $self->{lock} or croak "not locked";
    return unless --$self->{lockcount} == 0;

    # close heaps and save counts
    $self->{openexp} = undef;
    $self->{openage} = undef;

}

sub get_index {
    my Cache::File $self = shift;
    unless ($self->{openidx}) {
        $self->{lock} or croak "not locked";

        my $indexfile = $self->{index};
        File::NFSLock::uncache($indexfile) if $self->{locklevel} == LOCK_NFS;

        my $oldmask = umask $self->cache_umask();

}

sub _open_heap {
    my Cache::File $self = shift;
    my ($heapfile) = @_;
    $self->{lock} or croak "not locked";

    File::NFSLock::uncache($heapfile) if $self->{locklevel} == LOCK_NFS;

    my $oldmask = umask $self->cache_umask();
    my $heap = Cache::File::Heap->new($heapfile);

view all matches for this distribution

Cal-DAV

1 match

t/02locks.t view on Meta::CPAN

my $cal2;
ok($cal2 = get_cal_dav('birthday.ics'), "Instantiated ok");
ok(!$cal2->lock, "Failed to get lock with second cal");

# Unlock 
ok($cal->unlock, "Unlocked first cal");

# Obtain lock
ok($cal2->lock, "Got lock with second cal");

# Forceably unlock
ok($cal->forcefully_unlock_all, "First cal forcefully unlocked");

# Lock
ok($cal->lock, "First cal got lock back");

# Steal lock

view all matches for this distribution

Calendar-Plugin-Renderer

2 results

lib/Calendar/Plugin/Renderer.pm view on Meta::CPAN


    my $text = Calendar::Plugin::Renderer::Text->new($params);

    my $line1 = $text->get_dashed_line;
    my $line2 = $text->get_month_header;
    my $line3 = $text->get_blocked_line;
    my $line4 = $text->get_day_header;
    my $empty = $text->get_empty_space;
    my $dates = $text->get_dates;

    my $calendar = join("\n", $line1, $line2, $line3, $line4, $line3, $empty.$dates)."\n";

view all matches for this distribution

CallBackery

1 match

lib/CallBackery/qooxdoo/callbackery/source/class/callbackery/ui/Busy.js view on Meta::CPAN

@asset(callbackery/spinner.gif);
 */

/**
 * singleton with two methods for blocking and unblocking the screen. while the screen
 * is blocked, a busy icon is shown.
 *
 * <pre code='javascript'>
 * var busy = callbackery.ui.Busy.getInstance();
 * busy.manifest();busy.vanish();
 * </pre>

view all matches for this distribution

Cantella-Store-UUID

1 match

Changes view on Meta::CPAN

 - Added get/set/has/clear property methods
0.002001 2010-01-16
 - Updated tests to use Directory::Scratch rather than messing with FindBin
0.002000
 - INCOMPATIBLE CHANGE: renamed 'set_metadata' to 'metadata'
 - Added grep_files and map_files methods (were blocked by Path::Class bug)
 - Updated tests to use Test::Manifest instead of numbered tests.
 - Updated POD
0.001000 2009-11-25
  - Initial Release

view all matches for this distribution

Captive-Portal

3 results

lib/Captive/Portal/LockHandle.pm view on Meta::CPAN

    }
}

=item $handle->DESTROY()

Called whenever the locked filehandle is destroyed. Just implemented to get proper debug messages for locking/unlocking.

=cut

sub DESTROY {
    my $lock_handle = shift;

view all matches for this distribution

Carrot

6 results

lib/Carrot/Personality/Valued/Internet/Protocol/HTTP/Status_Code./autoload.pl view on Meta::CPAN

sub is_416_requested_range_not_satisfiable;
sub set_417_expectation_failed;
sub is_417_expectation_failed;
sub set_422_unprocessable_entity;
sub is_422_unprocessable_entity;
sub set_423_locked;
sub is_423_locked;
sub set_424_failed_dependency;
sub is_424_failed_dependency;
sub set_425_reserved_for_webdav_advanced;
sub is_425_reserved_for_webdav_advanced;
sub set_426_upgrade_required;

view all matches for this distribution

Catalyst-Controller-AutoAssets

1 match

lib/Catalyst/Controller/AutoAssets/Handler.pm view on Meta::CPAN

    or carp "Failed to set close-on-exec for $fname (see BUGS in Catalyst::Controller::AutoAssets)";
  
  # Try to get lock until timeout.  We poll because there isn't a sensible
  # way to wait for the lock.  (I don't consider SIGALRM to be very sensible)
  my $deadline= Time::HiRes::time() + $timeout;
  my $locked= 0;
  while (1) {
    last if flock($fh, LOCK_EX|LOCK_NB);
    croak "Can't get lock on $fname after $timeout seconds" if Time::HiRes::time() >= $deadline;
    Time::HiRes::sleep(0.4);
  }

view all matches for this distribution

Catalyst-Controller-POD

5 results


    
    groups: null,

    
    locked: false,

    
    lock: function() {
        this.locked = true;
    },

    
    moveOnly: false,

    
    unlock: function() {
        this.locked = false;
    },

    
    isTarget: true,

        this.unreg();
    },

    
    isLocked: function() {
        return (this.DDM.isLocked() || this.locked);
    },

    
    handleMouseDown: function(e, oDD){
        if (this.primaryButtonOnly && e.button != 0) {


        
        initialized: false,

        
        locked: false,

        
        init: function() {
            this.initialized = true;
        },

        _onResize: function(e) {
            this._execOnAll("resetConstraints", []);
        },

        
        lock: function() { this.locked = true; },

        
        unlock: function() { this.locked = false; },

        
        isLocked: function() { return this.locked; },

        
        locationCache: {},

};
Ext.grid.AbstractSelectionModel = Ext.extend(Ext.util.Observable,  {
    

    constructor : function(){
        this.locked = false;
        Ext.grid.AbstractSelectionModel.superclass.constructor.call(this);
    },

    
    init : function(grid){
        this.grid = grid;
        if(this.lockOnInit){
            delete this.lockOnInit;
            this.locked = false;
            this.lock();
        }
        this.initEvents();
    },

    
    lock : function(){
        if(!this.locked){
            this.locked = true;
            
            var g = this.grid;
            if(g){
                g.getView().on({
                    scope: this,

        }
    },

    
    sortLock : function() {
        this.locked = true;
    },

    
    sortUnLock : function() {
        this.locked = false;
    },

    
    unlock : function(){
        if(this.locked){
            this.locked = false;
            var g = this.grid,
                gv;
                
            
            if(g){

        }
    },

    
    isLocked : function(){
        return this.locked;
    },

    destroy: function(){
        this.unlock();
        this.purgeListeners();

view all matches for this distribution

Catalyst-Devel

1 match

t/optional_http-server-restart.t view on Meta::CPAN


kill 9, $pid or die "Cannot send kill signal to $pid: $!";
close $server or die "Cannot close handle to server process: $!";
wait;

# pick next port because the last one might still be blocked from
# previous server. This might fail if this port is unavailable
# but picking the first one has the same problem so this is acceptable

$port += 1;

view all matches for this distribution

Catalyst-Enzyme

1 match

t/SQLiteSetup.pm view on Meta::CPAN


=head1 SQLiteSetup

Re-create the test app db file when used, or die trying.

The db file must not be locked by any running app.

=cut

view all matches for this distribution

Catalyst-Manual

1 match

lib/Catalyst/Manual/Cookbook.pod view on Meta::CPAN

    }

This action works much like auto, in that it is inherited across
namespaces (not like object oriented code). This means that the
C<access_denied> action which is B<nearest> to the action which was
blocked will be triggered.

If this action does not exist, an error will be thrown, which you can
clean up in your C<end> private action instead.

Also, it's important to note that if you restrict access to "/" then

view all matches for this distribution

Catalyst-Plugin-Authorization-ACL

2 results

lib/Catalyst/Plugin/Authorization/ACL.pm view on Meta::CPAN

controller and outwards (much like C<auto>), and if none is found throws an
access denied exception.

=item forcibly_allow_access

Within an C<access_denied> action this will immediately cause the blocked
action to be executed anyway.

=back

This means that you have several alternatives:

lib/Catalyst/Plugin/Authorization/ACL.pm view on Meta::CPAN

        ...
        $c->forcibly_allow_access
            if $you->mean_it eq "really";
    }

If you call C<forcibly_allow_access> then the blocked action will be
immediately unblocked. Otherwise the execution of the action will cease, and
return to it's caller or end.

=head2 Cleanup in C<end>

    sub end : Private {

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Catalyst-Plugin-Starch

1 match

lib/Catalyst/Plugin/Starch/Cookie.pm view on Meta::CPAN

The above listed un-implemented methods and attributes will throw an exception
if called.

=cut

# These are already blocked by Catalyst::Plugin::Starch:
#    delete_session_id extend_session_id
#    get_session_id set_session_id

foreach my $method (qw(
    make_session_cookie calc_expiry

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Catalyst-View-Component-jQuery

1 match