Lulu and Peter Andre to perform at Miss World final
The 69th Miss World will be crowned at the event.
Lulu and Peter Andre are set to perform at this year’s Miss World final.
The singers will take to the stage at the event in London next month.
Lulu will close the show with Shout, while Andre will perform his hit Mysterious Girl.
He said: “I feel very excited to be hosting and performing at this year’s Miss World final that will be watched by so many people around the globe, not only that but to bring the importance of what their charity Beauty With A Purpose offers to those in need around the world.”
A total of 120 women will be taking part in a three-week Miss World festival, and the 69th winner will be crowned on December 14 at ExCeL London.
Zandra Rhodes is among the judges.
Julia Morley, chair and chief executive of the Miss World Organisation, said: “We are all so excited to be back in London, it’s the best city in the world.
“Without giving too much away, we will be celebrating British ‘icons’ at this year’s final, and there is no one more iconic than Lulu.
“And with Peter performing his legendary song, it’s going to be spectacular.
“We’re ready for London, I hope London is ready for us.”
The final show will be broadcast in the UK on London Live TV channel.


This box was an easy level windows box on HTB created by ch4p, it started with finding that the box is running a vulnerable samba server and the OS version of the box, then we use ms08-067 exploit to get a shell on the box.
Enumeration
As always let’s start off with nmap script nmap -sC for default scripts Alright, if it isn’t obvious yet I am a IPPSEC fanboi. Aight, firing up nmap to scan all open ports on the box.
And here is our nmap result
Open services SSH on port 22 and webserver on port 80. As there aren’t many attacks possible on ssh so I am gonna shift my focus on the web server.
Foothold
The nmap is detecting OS version, Windows XP. Windows XP is pretty old and so the services running probably have some vulnerability. Samba seems like our attack vector so let’s enumerate Samba.
And seems like the smb server is vulnerable to smb-vuln-ms08-067.
The exploit script requires three arguments, target box IP, the port of vulnerable service and the OS info from a list of [1-8] menu it present to us. 6 option is for Windows XP English so I will be trying that first tho before that, we need to create a payload to get a reverse shell using msfvenom and replace it with the shellcode in the exploit.
Replace the shell code in the script and start a netcat listner using rlwrap nc -lvnp 9889. Note : If this exploit fails better reset the box.
Checking our netcat listner.
Now we can read both user.txt and root.txt.
Hope you learned something new, if you face any issues / have any query, feel free to contact me on social media.


A personal calendar for Ladies
How much your period hurts you? A lot? And how many painkillers do you take every time? Countless? Well, a little help during hard times is greatly appreciated but take too much medicines is not a good idea because they can have some really nasty side effects on the short and long term.
All your data are put together in easy-to-read charts, so you can notice any irregularities and talk to your doctor if you see something unusual.
Period chart
Keep an eye on the period duration.
Cycle chart
What kind of cycle do you have? Short, long, regular, crazy?
Painful days chart
What are the worst days during your period?
Painful periods chart
See if your period is becoming less painful or not.
Period tracker
Tap the button and register your first day of period. LadyCal will show you when period days are expected.
Painkiller tracker
Tap the button and keep track of painkillers taken during a specific period day.
Clean design
Minimal and clean design that show you all the information you need.
Period history
Need to change some information about past periods? Go to your list and change start day, end day or painkiller number.
Here, a small list of possible future features that will be added if the developer has time


These are some of my favourite quotes that I really like during my time at high school and university


| Interface | Description |
|---|---|
| StockQuotesRMIForwarding.WriteServices |
| Class | Description |
|---|---|
| HARouter |
This example illustrates use of an HA aware Router used to forward high
level requests to replication nodes implemented by
RouterDrivenStockQuotes . |
| RouterDrivenStockQuotes |
This class is based on
StockQuotes and illustrates use of an
HA-aware router (implemented by HARouter ), in conjunction with the
Monitor class, to direct
application requests, based upon the type of request (read or write) and the
state (Master or Replica) of a node in the replication group. |
| RunTransaction |
Utility class to begin and commit/abort a transaction and handle exceptions
according to this application's policies.
|
| SimpleRouter |
This example illustrates the use of a simple HA-unaware router that is used
in conjunction with
UpdateForwardingStockQuotes . |
| StockQuotes |
The most basic demonstration of a replicated application.
|
| StockQuotesRMIForwarding |
This example is a small variation on the basic
StockQuotes example. |
| UpdateForwardingStockQuotes |
This class is based on
RouterDrivenStockQuotes and illustrates use
of an HA unaware router (implemented by SimpleRouter ), that load
balances requests (both read and write) across all the nodes in a
replication group. |
There are three versions of the example which illustrate different application designs and aspects of JE functionality. Please be sure to walk through the three examples in the order listed below, since the information in one example builds on the one before it. The javadoc description for each class describes the example and explains how to run it. More detailed information is found in the example source code.
StockQuotes
: This example is the most
basic demonstration of a replicated application. It's intended to help gain an
understanding of basic HA concepts and demonstrate use of the HA APIs to create
a replicated environment and issue read and write transactions.
RouterDrivenStockQuotes
and
HARouter
: This example is based on StockQuotes
and illustrates use of an HA-aware router (implemented by HARouter
), in conjunction with the Monitor
class, to direct application requests, based upon the type of request
(read or write) and the state (Master or Replica) of a node in the replication
group. This example is meant to illustrate how a software load balancer might
be integrated with JE HA, where HARouter
plays the role of the load
balancer for purposes of the example.
UpdateForwardingStockQuotes
and SimpleRouter
: This example is based on RouterDrivenStockQuotes
and
illustrates use of an HA unaware router (implemented by SimpleRouter
),
that load balances requests (both read and write) across all the nodes in a
replication group. This example is meant to illustrate how a load balancer
appliance might fit into the JE HA architecture, where SimpleRouter
plays the role of the load balancer appliance for purposes of the example.
The example
StockQuotesRMIForwarding
,
a minor variation to the basic StockQuotes
example is also included in this package. It's intended to help illustrate how
RMI could be used to forward write requests from a Replica to the Master.
Copyright (c) 2002, 2017 Oracle and/or its affiliates. All rights reserved.


CustomInk constructor
- {@required MaterialInkController controller,
- @required RenderBox referenceBox,
- @required Offset position,
- @required Color color,
- @required TextDirection textDirection,
- bool containedInkWell = false,
- RectCallback rectCallback,
- BorderRadius borderRadius,
- ShapeBorder customBorder,
- double radius,
- VoidCallback onRemoved}
Begin a ripple, centered at position
relative to referenceBox
.
The controller
argument is typically obtained via
Material.of(context)
.
If containedInkWell
is true, then the ripple will be sized to fit
the well rectangle, then clipped to it when drawn. The well
rectangle is the box returned by rectCallback
, if provided, or
otherwise is the bounds of the referenceBox
.
If containedInkWell
is false, then rectCallback
should be null.
The ink ripple is clipped only to the edges of the Material.
This is the default.
When the ripple is removed, onRemoved
will be called.
Implementation
CustomInk({
@required MaterialInkController controller,
@required RenderBox referenceBox,
@required Offset position,
@required Color color,
@required TextDirection textDirection,
bool containedInkWell = false,
RectCallback rectCallback,
BorderRadius borderRadius,
ShapeBorder customBorder,
double radius,
VoidCallback onRemoved,
}) : assert(color != null),
assert(position != null),
assert(textDirection != null),
_position = position,
_borderRadius = borderRadius ?? BorderRadius.zero,
_customBorder = customBorder,
_textDirection = textDirection,
_targetRadius = radius ??
_getTargetRadius(
referenceBox, containedInkWell, rectCallback, position),
_clipCallback =
_getClipCallback(referenceBox, containedInkWell, rectCallback),
super(
controller: controller,
referenceBox: referenceBox,
color: color,
onRemoved: onRemoved) {
assert(_borderRadius != null);
/// Immediately begin fading-in the initial splash.
_fadeInController =
AnimationController(duration: _kFadeInDuration, vsync: controller.vsync)
..addListener(controller.markNeedsPaint)
..forward();
_fadeIn = _fadeInController.drive(IntTween(
begin: 0,
end: color.alpha,
));
/// Controls the splash radius and its center. Starts upon confirm.
_radiusController = AnimationController(
duration: _kUnconfirmedRippleDuration, vsync: controller.vsync)
..addListener(controller.markNeedsPaint)
..forward();
/// Initial splash diameter is 0% of the target diameter,
/// final diameter is twice as large as the target diameter.
_radius = _radiusController.drive(Tween<double>(
// begin: _targetRadius * 0.05,
begin: 0,
end: _targetRadius * 2,
).chain(_radiusCurveTween));
/// Controls the splash radius and its center. Starts upon confirm however its
/// Interval delays changes until the radius expansion has completed.
_fadeOutController = AnimationController(
duration: _kFadeOutDuration, vsync: controller.vsync)
..addListener(controller.markNeedsPaint)
..addStatusListener(_handleAlphaStatusChanged);
_fadeOut = _fadeOutController.drive(
IntTween(
begin: color.alpha,
end: 0,
).chain(_fadeOutIntervalTween),
);
controller.addInkFeature(this);
}


dispersal species Marion trinervis Island Ocean Southern long-distance shrub South island {border-style birds islands natural px;} #ffffff;} distribution analysis anthropogenic plant unknown Chown southern (Fig. Biol. Ochetophila vector Antarctic DNA events migratory new range Island, bird using Andes Plant barn leaf location observed sub-Antarctic terrestrial vascular ./j.-...x Prince [], plants population propagules px; recent support {font-family (Rhamnaceae) America Colletieae Edward Hirundo Nature alien data font-size grid.. habitat indicated likely outside potential role seeds swallow visitors African Biogeogr. Indian Islands Medan arrival avian climate colonisation discovered distance double; however, material nearest oceanic propagule sequences transoceanic tribe vectors vegetation Greve However, Institute Island. Kellermann Sci. Supplementary anatomical areas behaviour border-color border-width breeding change collected combination common determine event form genus human included indigenous introduced introduction morphological observations populations records result seed solid; specimen suggested time trnL-F vagrant vagrants visited {font-style {font-weight ./s--- Africa Antarctica Bayesian Biological Bot. Commons Creative Current Ecol. Evol. Indeed, National Phylogenetic Province Syst. analysis. associated based biogeography bold canopy climatic courier; current difficult discovery does em; example, expansion genetic inland insects inset; island. known leaves listed means model morphology newly non-indigenous phylogenetic prior pt;} recently record region regions remains remote rustica status stomata trinervis, trnL typically used vagrancy wind °C,


Maid of Lidia:
Lidia believes Rose is buried there. She signed the contract and became Lord of the Forest of the Dead because of Rose's sacrifice.
"Tell me more about the contract."


Base class for user-defined back-door register and memory access.
This class can be extended by users to provide user-specific back-door access to registers and memories that are not implemented in pure SystemVerilog or that are not accessible using the default DPI backdoor mechanism.
| uvm_reg_backdoor | ||||
| Base class for user-defined back-door register and memory access. | ||||
| Class Hierarchy | ||||
| ||||
| Class Declaration | ||||
| ||||
| Methods | ||||
| new | Create an instance of this class | |||
| do_pre_read | Execute the pre-read callbacks | |||
| do_post_read | Execute the post-read callbacks | |||
| do_pre_write | Execute the pre-write callbacks | |||
| do_post_write | Execute the post-write callbacks | |||
| write | User-defined backdoor write operation. | |||
| read | User-defined backdoor read operation. | |||
| read_func | User-defined backdoor read operation. | |||
| is_auto_updated | Indicates if wait_for_change() method is implemented | |||
| wait_for_change | Wait for a change in the value of the register or memory element in the DUT. | |||
| pre_read | Called before user-defined backdoor register read. | |||
| post_read | Called after user-defined backdoor register read. | |||
| pre_write | Called before user-defined backdoor register write. | |||
| post_write | Called after user-defined backdoor register write. |
function new( string name = "" )
Create an instance of this class
Create an instance of the user-defined backdoor class for the specified register or memory
protected task do_pre_read( uvm_reg_item rw )
Execute the pre-read callbacks
This method must be called as the first statement in a user extension of the read() method.
protected task do_post_read( uvm_reg_item rw )
Execute the post-read callbacks
This method must be called as the last statement in a user extension of the read() method.
protected task do_pre_write( uvm_reg_item rw )
Execute the pre-write callbacks
This method must be called as the first statement in a user extension of the write() method.
protected task do_post_write( uvm_reg_item rw )
Execute the post-write callbacks
This method must be called as the last statement in a user extension of the write() method.
virtual task write( uvm_reg_item rw )
User-defined backdoor write operation.
Call do_pre_write(). Deposit the specified value in the specified register HDL implementation. Call do_post_write(). Returns an indication of the success of the operation.
virtual task read( uvm_reg_item rw )
User-defined backdoor read operation.
Overload this method only if the backdoor requires the use of task.
Call do_pre_read(). Peek the current value of the specified HDL implementation. Call do_post_read(). Returns the current value and an indication of the success of the operation.
By default, calls read_func().
virtual function void read_func( uvm_reg_item rw )
User-defined backdoor read operation.
Peek the current value in the HDL implementation. Returns the current value and an indication of the success of the operation.
virtual function bit is_auto_updated( uvm_reg_field field )
Indicates if wait_for_change() method is implemented
Implement to return TRUE if and only if wait_for_change() is implemented to watch for changes in the HDL implementation of the specified field
virtual local task wait_for_change( uvm_object element )
Wait for a change in the value of the register or memory element in the DUT.
When this method returns, the mirror value for the register corresponding to this instance of the backdoor class will be updated via a backdoor read operation.
virtual task pre_read( uvm_reg_item rw )
Called before user-defined backdoor register read.
The registered callback methods are invoked after the invocation of this method.
virtual task post_read( uvm_reg_item rw )
Called after user-defined backdoor register read.
The registered callback methods are invoked before the invocation of this method.
virtual task pre_write( uvm_reg_item rw )
Called before user-defined backdoor register write.
The registered callback methods are invoked after the invocation of this method.
The written value, if modified, modifies the actual value that will be written.
virtual task post_write( uvm_reg_item rw )
Called after user-defined backdoor register write.
The registered callback methods are invoked before the invocation of this method.
The uvm_void class is the base class for all UVM classes.
virtual class uvm_void
The uvm_object class is the base class for all UVM data and hierarchical classes.
virtual class uvm_object extends uvm_void
Base class for user-defined back-door register and memory access.
class uvm_reg_backdoor extends uvm_object
Create an instance of this class
function new( string name = "" )
Execute the pre-read callbacks
protected task do_pre_read( uvm_reg_item rw )
Execute the post-read callbacks
protected task do_post_read( uvm_reg_item rw )
Execute the pre-write callbacks
protected task do_pre_write( uvm_reg_item rw )
Execute the post-write callbacks
protected task do_post_write( uvm_reg_item rw )
User-defined backdoor write operation.
virtual task write( uvm_reg_item rw )
User-defined backdoor read operation.
virtual task read( uvm_reg_item rw )
User-defined backdoor read operation.
virtual function void read_func( uvm_reg_item rw )
Indicates if wait_for_change() method is implemented
virtual function bit is_auto_updated( uvm_reg_field field )
Wait for a change in the value of the register or memory element in the DUT.
virtual local task wait_for_change( uvm_object element )
Called before user-defined backdoor register read.
virtual task pre_read( uvm_reg_item rw )
Called after user-defined backdoor register read.
virtual task post_read( uvm_reg_item rw )
Called before user-defined backdoor register write.
virtual task pre_write( uvm_reg_item rw )
Called after user-defined backdoor register write.
virtual task post_write( uvm_reg_item rw )


It’s a real job, with hands-on experience, a salary and the chance to train while you work. You get the same as other employees – a contract of employment, holiday leave, even sick pay.
If you’re 16 or over, you can become an apprentice as long as you live in England and aren’t in full-time education.
If you live in Scotland, Wales, or Northern Ireland, check out your apprenticeship options.
Apprenticeships mean:
- you get paid and learn at the same time, with at least 20% of your time spent learning, usually at a college, university or with a training provider
- you study for an official certification of your skills, equivalent to a qualification ranging from level two (equivalent to GCSE) all the way up to degree level
- you’re on a career path, which has real potential for a higher salary and great prospects
My apprenticeship will give me the best stepping stone to become a highly trained firefighter, with regular assessments and development days
Claire Lester Staffordshire Fire an Rescue
Your apprenticeship can take between one and five years to complete, depending on which one, and which level, you choose.
Different apprenticeships are available all over England, at companies large and small, in a wide range of industries and organisations. From local businesses to large national brands.
We've made some massive improvements to apprenticeships recently. They're hard, rewarding work, taking plenty of effort and focus. Degree apprenticeships are now recognised as genuine, credible alternatives to full-time university courses.
Completing your apprenticeship means you've earned and learned, and you'll have a valuable qualification. As your training is fully funded, and you receive a regular salary, it's easy to see why apprenticeships are now an attractive alternative.
What are the different types of apprenticeships?
There are hundreds of different apprenticeships to choose from. Whether you’re at the start of your career, want to change career direction, or if you’re returning to work after a break. We have the apprenticeships for you.
Which level is right for me? Here’s a simple guide to the different apprenticeship levels, numbered from two to seven.
| Name | Level | Equivalent |
|---|---|---|
| Intermediate | 2 | 5 GCSE passes |
| Advanced | 3 | 2 A level passes |
| Higher | 4,5,6, and 7 | Foundation degree and above |
| Degree | 6 and 7 | Bachelor’s or master’s degree |
Degree apprenticeships offer the benefits of higher education, with none of the cost. Apprentices earn a salary right from day one of their employment and training. Your tuition fees are covered and paid in full, so you have the potential to finish without having to pay off your tuition fees.


|
OR-Tools
7.1
Google Optimization software suite
|
KnapsackSearchPath is a small class used to represent the path between a node to another node in the search tree. More...
#include <knapsack_solver.h>
Public Member Functions | |
| KnapsackSearchPath (const KnapsackSearchNode &from, const KnapsackSearchNode &to) | |
| void | Init () |
| const KnapsackSearchNode & | from () const |
| const KnapsackSearchNode & | via () const |
| const KnapsackSearchNode & | to () const |
| const KnapsackSearchNode * | MoveUpToDepth (const KnapsackSearchNode &node, int depth) const |
KnapsackSearchPath is a small class used to represent the path between a node to another node in the search tree.
As the solution state is not stored for each search node, the state should be rebuilt at each node. One simple solution is to apply all decisions between the node 'to' and the root. This can be computed in O(number_of_items).
However, it is possible to achieve better average complexity. Two consecutively explored nodes are usually close enough (i.e., much less than number_of_items) to benefit from an incremental update from the node 'from' to the node 'to'.
The 'via' field is the common parent of 'from' field and 'to' field. So the state can be built by reverting all decisions from 'from' to 'via' and then applying all decisions from 'via' to 'to'.
Definition at line 311 of file knapsack_solver.h.
| operations_research::KnapsackSearchPath::KnapsackSearchPath | ( | const KnapsackSearchNode & | from, |
| const KnapsackSearchNode & | to | ||
| ) |
| void operations_research::KnapsackSearchPath::Init | ( | ) |
|
inline |
Definition at line 316 of file knapsack_solver.h.
|
inline |
Definition at line 317 of file knapsack_solver.h.
|
inline |
Definition at line 318 of file knapsack_solver.h.
| const KnapsackSearchNode* operations_research::KnapsackSearchPath::MoveUpToDepth | ( | const KnapsackSearchNode & | node, |
| int | depth | ||
| ) | const |


qa_attributes.Rd
This function checks the congruence of data and metadata attributes
for a tabular data object. Supported objects include dataTable
, otherEntity
,
and spatialVector
entities. It can be used on its own but is also
called by qa_package()
to check all tabular data objects in a data package.
qa_attributes(entity, data, eml = NULL)
| entity | (eml) An EML |
|---|---|
| data | (data.frame) A data frame of the data object. |
| eml | (S4) The entire EML object. This is necessary if attributes with references are being checked. |
NULL
This function checks the following:
Names: Check that column names in attributes match column names in data frame. Possible conditions to check for:
attributeList does not exist for data frame
Some of the attributes that exist in the data do not exist in the attributeList
Some of the attributes that exist in the attributeList do not exist in the data
Typos in attribute or column names resulting in nonmatches
Domains: Check that attribute types in EML match attribute types in data frame. Possible conditions to check for:
nominal, ordinal, integer, ratio, dateTime
If domain is enumerated domain, enumerated values in the data are accounted for in the enumerated definition
If domain is enumerated domain, enumerated values in the enumerated definition are all represented in the data
Type of data does not match attribute type
Values: Check that values in data are reasonable. Possible conditions to check for:
Accidental characters in the data (e.g., one character in a column of integers)
If missing values are present, missing value codes are also present
# NOT RUN { # Checking a .csv file dataTable <- eml@dataset@dataTable[[1]] data <- readr::read_csv("https://cn.dataone.org/cn/v2/resolve/urn:uuid:...") qa_attributes(dataTable, data) # }


No matter what grade you got from Linear Algebra class, there are couple of core concept you better take away.
One of them is Null space!
Let's check how much do you know about it with very simple one.
As you guessed there are numerous ways of making $10 with $1 and $0.25. That's one of the representations for the equation. So, what's the Null space of the equation?
One step further, what's the Column space of the equation?
How about particular solution?
Rank?
Kernel?
To continue, please visit Linear Algebra. All those concepts will be discussed there.


The two of you are smitten with each other. You while away the night whispering sweet nothings. You fall asleep and later awake to the smell of bacon. You see Joyce wearing an apron with a knife in her hand. You sit down at the table.   "I'm so glad we can spend the rest of our lives together. Just the two of us!"
GOOD END


The Vans All-Weather MTE Collection features footwear and apparel designed to withstand the elements whilst still looking cool.
The Vans All-Weather MTE Collection features footwear and apparel designed to withstand the elements whilst still looking cool.
The Vans All-Weather MTE Collection features footwear and apparel designed to withstand the elements whilst still looking cool.


|
MoveToCode
|
Abstract class for core MRTK system with functionality defined for managing and accessing IMixedRealityDataProviders More...
Public Member Functions | |
| override void | Reset () |
| Optional Reset function to perform that will Reset the service, for example, whenever there is a profile change. More... | |
| override void | Enable () |
| Optional Enable function to enable / re-enable the service. More... | |
| override void | Update () |
| Optional Update function to perform per-frame updates of the service. More... | |
| override void | LateUpdate () |
| Optional LateUpdate function to that is called after Update has been called on all services. More... | |
| virtual IReadOnlyList< IMixedRealityDataProvider > | GetDataProviders () |
| Gets the collection of registered data providers. More... | |
| virtual IReadOnlyList< T > | GetDataProviders< T > () |
| Get the collection of registered observers of the specified type. More... | |
| virtual IMixedRealityDataProvider | GetDataProvider (string name) |
| Get the data provider that is registered under the specified name. More... | |
| virtual T | GetDataProvider< T > (string name=null) |
| Get the data provider that is registered under the specified name (optional) and matching the specified type. More... | |
| Public Member Functions inherited from Microsoft.MixedReality.Toolkit.BaseEventSystem | |
| virtual void | HandleEvent< T > (BaseEventData eventData, ExecuteEvents.EventFunction< T > eventHandler) |
| The main function for handling and forwarding all events to their intended recipients. More... | |
| virtual void | RegisterHandler< T > (IEventSystemHandler handler) |
| Registers the given handler as a global listener for all events handled via the T interface.T must be an interface type, not a class type, derived from IEventSystemHandler. More... | |
| virtual void | UnregisterHandler< T > (IEventSystemHandler handler) |
| Unregisters the given handler as a global listener for all events handled via the T interface.T must be an interface type, not a class type, derived from IEventSystemHandler. More... | |
| virtual void | Register (GameObject listener) |
| Registers a GameObjectto listen for events from this Event System. More... | |
| virtual void | Unregister (GameObject listener) |
| Unregisters a GameObjectfrom listening for events from this Event System. More... | |
| override void | Destroy () |
| Optional Destroy function to perform cleanup of the service before the Mixed Reality Toolkit is destroyed. More... | |
| Public Member Functions inherited from Microsoft.MixedReality.Toolkit.BaseService | |
| virtual void | Initialize () |
| The initialize function is used to setup the service once created.This method is called once all services have been registered in the Mixed Reality Toolkit. More... | |
| virtual void | Disable () |
| Optional Disable function to pause the service. More... | |
| void | Dispose () |
| Cleanup resources used by this object. More... | |
Protected Member Functions | |
| BaseDataProviderAccessCoreSystem (IMixedRealityServiceRegistrar registrar, BaseMixedRealityProfile profile=null) | |
| Constructor. More... | |
| BaseDataProviderAccessCoreSystem (BaseMixedRealityProfile profile=null) | |
| Constructor. More... | |
| bool | RegisterDataProvider< T > (Type concreteType, string providerName, SupportedPlatforms supportedPlatforms=(SupportedPlatforms)(-1), params object[] args) |
| Registers a data provider of the specified type. More... | |
| bool | RegisterDataProvider< T > (Type concreteType, SupportedPlatforms supportedPlatforms=(SupportedPlatforms)(-1), params object[] args) |
| Registers a data provider of the specified type. More... | |
| bool | RegisterDataProvider< T > (T dataProviderInstance) |
| Registers a service of the specified type. More... | |
| bool | UnregisterDataProvider< T > (string name=null) |
| Unregisters a data provider of the specified type. More... | |
| bool | UnregisterDataProvider< T > (T dataProviderInstance) |
| Unregisters a data provider. More... | |
| Protected Member Functions inherited from Microsoft.MixedReality.Toolkit.BaseCoreSystem | |
| BaseCoreSystem (IMixedRealityServiceRegistrar registrar, BaseMixedRealityProfile profile=null) | |
| Constructor. More... | |
| BaseCoreSystem (BaseMixedRealityProfile profile=null) | |
| Constructor. More... | |
| Protected Member Functions inherited from Microsoft.MixedReality.Toolkit.BaseService | |
| virtual void | Dispose (bool disposing) |
| Cleanup resources used by the object More... | |
Additional Inherited Members | |
| Static Public Attributes inherited from Microsoft.MixedReality.Toolkit.BaseEventSystem | |
| static bool | enableDanglingHandlerDiagnostics = false |
| Static Public Attributes inherited from Microsoft.MixedReality.Toolkit.BaseService | |
| const uint | DefaultPriority = 10 |
| Protected Attributes inherited from Microsoft.MixedReality.Toolkit.BaseService | |
| bool | disposed = false |
| Value indicating if the object has completed disposal. More... | |
| Properties inherited from Microsoft.MixedReality.Toolkit.BaseCoreSystem | |
| IMixedRealityServiceRegistrar | Registrar = null [get, set] |
| The service registrar instance that registered this service. More... | |
| Properties inherited from Microsoft.MixedReality.Toolkit.BaseEventSystem | |
| Dictionary< Type, List< EventHandlerEntry > > | EventHandlersByType = new Dictionary<Type, List<EventHandlerEntry>>() [get] |
| List of all event handlers grouped by type that are registered to this Event System. More... | |
| List< GameObject > | EventListeners = new List<GameObject>() [get] |
| Properties inherited from Microsoft.MixedReality.Toolkit.BaseService | |
| virtual string | Name [get, protected set] |
| virtual uint | Priority = DefaultPriority [get, protected set] |
| virtual BaseMixedRealityProfile | ConfigurationProfile = null [get, protected set] |
| Properties inherited from Microsoft.MixedReality.Toolkit.IMixedRealityService | |
| string | Name [get] |
| Optional Priority attribute if multiple services of the same type are required, enables targeting a service for action. More... | |
| uint | Priority [get] |
| Optional Priority to reorder registered managers based on their respective priority, reduces the risk of race conditions by prioritizing the order in which managers are evaluated. More... | |
| BaseMixedRealityProfile | ConfigurationProfile [get] |
| The configuration profile for the service. More... | |
| Properties inherited from Microsoft.MixedReality.Toolkit.IMixedRealityEventSystem | |
| List< GameObject > | EventListeners [get] |
| List of event listeners that are registered to this Event System. More... | |
Abstract class for core MRTK system with functionality defined for managing and accessing IMixedRealityDataProviders
|
protected |
Constructor.
| registrar | The IMixedRealityServiceRegistrar instance that loaded the service. |
| profile | The configuration profile for the service. |
|
protected |
Constructor.
| profile | The configuration profile for the service. |
|
virtual |
Optional Enable function to enable / re-enable the service.
Reimplemented from Microsoft.MixedReality.Toolkit.BaseService.
Reimplemented in Microsoft.MixedReality.Toolkit.SpatialAwareness.MixedRealitySpatialAwarenessSystem, Microsoft.MixedReality.Toolkit.Input.MixedRealityInputSystem, and Microsoft.MixedReality.Toolkit.CameraSystem.MixedRealityCameraSystem.
|
virtual |
Get the data provider that is registered under the specified name.
Implements Microsoft.MixedReality.Toolkit.IMixedRealityDataProviderAccess.
|
virtual |
Get the data provider that is registered under the specified name (optional) and matching the specified type.
Implements Microsoft.MixedReality.Toolkit.IMixedRealityDataProviderAccess.
Reimplemented in Microsoft.MixedReality.Toolkit.SpatialAwareness.MixedRealitySpatialAwarenessSystem, and Microsoft.MixedReality.Toolkit.Input.MixedRealityInputSystem.
| T | : | IMixedRealityDataProvider |
|
virtual |
Gets the collection of registered data providers.
Implements Microsoft.MixedReality.Toolkit.IMixedRealityDataProviderAccess.
|
virtual |
Get the collection of registered observers of the specified type.
Implements Microsoft.MixedReality.Toolkit.IMixedRealityDataProviderAccess.
Reimplemented in Microsoft.MixedReality.Toolkit.SpatialAwareness.MixedRealitySpatialAwarenessSystem, and Microsoft.MixedReality.Toolkit.Input.MixedRealityInputSystem.
| T | : | IMixedRealityDataProvider |
|
virtual |
Optional LateUpdate function to that is called after Update has been called on all services.
Reimplemented from Microsoft.MixedReality.Toolkit.BaseService.
|
protected |
Registers a service of the specified type.
| T | The interface type of the data provider to be registered. |
| dataProviderInstance | An instance of the data provider to be registered. |
| T | : | IMixedRealityDataProvider |
|
protected |
Registers a data provider of the specified type.
| T | : | IMixedRealityDataProvider |
|
protected |
Registers a data provider of the specified type.
| T | : | IMixedRealityDataProvider |
|
virtual |
Optional Reset function to perform that will Reset the service, for example, whenever there is a profile change.
Reimplemented from Microsoft.MixedReality.Toolkit.BaseService.
Reimplemented in Microsoft.MixedReality.Toolkit.SpatialAwareness.MixedRealitySpatialAwarenessSystem, and Microsoft.MixedReality.Toolkit.Input.MixedRealityInputSystem.
|
protected |
Unregisters a data provider of the specified type.
| T | The interface type of the data provider to be unregistered. |
| name | The name of the data provider to unregister. |
If the name argument is not specified, the first instance will be unregistered
| T | : | IMixedRealityDataProvider |
|
protected |
Unregisters a data provider.
| T | The interface type of the data provider to be unregistered. |
| service | The specific data provider instance to unregister. |
| T | : | IMixedRealityDataProvider |
|
virtual |
Optional Update function to perform per-frame updates of the service.
Reimplemented from Microsoft.MixedReality.Toolkit.BaseService.
Reimplemented in Microsoft.MixedReality.Toolkit.CameraSystem.MixedRealityCameraSystem.


You view and modify settings for the appliance in-path interfaces in the Configure > Networking > In-Path Interfaces page. You can also enable a management in-path interface on this page.You configure in-path interfaces for deployments where the Steelhead appliance is in the direct path (the same subnet) as the client and the server in your network. You also set the in-path gateway (WAN router).Note: In the Riverbed system, appliances have a unique in-path interface for each pair of LAN/WAN ports. For each appliance, the Management Console detects LAN/WAN pairs, including those added through bypass cards, and identifies them according to slot (for example, inpath0_0, inpath0_1, inpath1_0, inpath1_1, and so on).
Enable to shorten the recovery time of a link failure in physical in-path deployments. Link state propagation (LSP) communicates link status between the devices connected to the Steelhead appliance. When you enable this feature, RiOS monitors the link state of each Steelhead appliance LAN-WAN pair.If either physical port loses link status, the corresponding interface disconnects, blocking the link. This allows a link failure to quickly propagate through a chain of devices. If the link recovers, the Steelhead appliance restores the corresponding interface automatically.Note: You cannot reach an MIP interface when LSP is also enabled and the corresponding in-path interface fails.Virtual Steelhead appliances running RiOS v8.0.3 with ESXi 5.0 and later using a Riverbed NIC card support LSP.VSH models running ESX/ESXi 4.0 or 4.1 VSH models running Microsoft Hyper-V VSH models running RiOS v8.0.2 and earlier
3.
Specify the IP address for the in-path gateway. If you have a router (or a Layer-3 switch) on the LAN side of your network, specify this device as the in-path gateway.Important: If there is a routed network on the LAN-side of the in-path appliance, the router that is the default gateway for the appliance must not have the ACL configured to drop packets from the remote hosts as its source. The in-path appliance uses IP masquerading to appear as the remote server. Select this check box to assign an IPv6 address. IPv6 addresses are disabled by default. You can only assign one IPv6 address per in-path interface.Important: The primary and in-path interfaces can share the same subnet. The primary and auxiliary interfaces cannot share the same network subnet. Specify a global or site-local IPv6 address. This IP address is the in-path main interface. You cannot use a DHCP server to assign an IPv6 address automatically. Specify the prefix. The prefix length is 0 to 128 bits, separated from the address by a forward slash (/). In the following example, 60 is the prefix: Specify the IPv6 address for the in-path gateway. You can use a link local address. If you have a router (or a Layer-3 switch) on the LAN side of your network, specify this device as the in-path gateway.Important: If there is a routed network on the LAN-side of the in-path appliance, the router that is the default gateway for the appliance must not have the ACL configured to drop packets from the remote hosts as its source. The in-path appliance uses IP masquerading to appear as the remote server. Duplex - Select Auto, Full, or Half from the drop-down list. The default value is Auto.If your network routers or switches do not automatically negotiate the speed and duplex, be sure to set them on the device manually.The speed and duplex must match (LAN and WAN) in an in-path configuration. To avoid a speed and duplex mismatch, configure your LAN external pair to match the WAN external pair.Note: Speed and duplex mismatches can easily occur in a network: for example, if one end of the link is set at half- or full-duplex and the other end of the link is configured to auto-negotiate (auto), the link defaults to half-duplex, regardless of the duplex setting on the non-auto-negotiated end. This duplex mismatch passes traffic, but it causes interface errors and results in degraded optimization.These guidelines can help you avoid speed and duplex mismatches when configuring the Steelhead appliance:Routers are often configured with fixed speed and duplex settings. Check your router configuration and set it to match the Steelhead appliance WAN and LAN settings. Make sure that your switch has the correct setting. After you finish configuring the Steelhead appliance, check for speed and duplex error messages (crc or frame errors) in the System Log page of the Management Console. If there is a serious problem with the Steelhead appliance and it goes into bypass mode (that is, it automatically continues to pass traffic through your network), a speed and duplex mismatch might occur when you reboot the Steelhead appliance. To avoid a speed and duplex mismatch, configure your LAN external pair to match the WAN external pair. Specify the MTU value. The MTU is the largest physical packet size, measured in bytes, that a network can send. Applies to optimized traffic only. The default value is 1500. Specify a numeric VLAN tag ID. When you specify the VLAN Tag ID for the MIP interface, all packets originating from the Steelhead appliance are tagged with that identification number. Specify the VLAN tag that the appliance uses to communicate with other Steelhead appliances in your network. The VLAN Tag ID might be the same value or a different value than the VLAN tag used on the client. A zero (0) value specifies nontagged (or native VLAN) and is the correct setting if there are no VLANs present.Note: When the Steelhead appliance communicates with a client or a server, it uses the same VLAN tag as the client or the server. If the Steelhead appliance cannot determine which VLAN the client or server is in, it uses its own VLAN until it is able to determine that information.
4. Under IPv4 Routing Table, you can configure a static routing table for in-path interfaces. You can add or remove routes from the table list.
Specify the IP address for the gateway. The gateway must be in the same network as the in-path interface. Select the check box next to the name and click Remove Selected.
5. Under IPv6 Routing Table, you can configure a static routing table for in-path interfaces. You can add or remove routes from the table list.
Specify the IP address for the gateway. The gateway must be in the same network as the in-path interface. Select the check box next to the name and click Remove Selected.
6. Click Apply to apply your changes to the running configuration.
7. Click Save to save your settings permanently.In a typical in-path deployment, optimized and pass-through traffic flows through the Steelhead appliance LAN and WAN interfaces and Riverbed network management traffic flows through the auxiliary interface. You can also use the auxiliary interface to connect the appliance to a non-Riverbed network management device. Some deployments do not allow access to the auxiliary management interface when plugged into a private subnet with a separate IP address space. In this type of deployment you cannot use the auxiliary interface to manage the Steelhead appliance.RiOS provides a way to configure a secondary MIP interface that you can reach through the physical in-path LAN and WAN interfaces. Configuring a secondary MIP interface is a way to manage Steelhead appliances from a private network while maintaining a logical separation of network traffic. This configuration eliminates the need to deploy a switch or borrow a switchport. You can configure one MIP interface for each LAN and WAN interface pair.the primary interface is unavailable. the optimization service is not running. the (logical) in-path interface fails. Figure 2‑1. Management In-Path Interface DeploymentAny connections destined to an MIP interface are not optimized by that Steelhead appliance and do not appear in the Current Connections report. An MIP interface cannot reside in the same subnet as the primary or auxiliary interfaces. It cannot share the same subnet with any other interfaces on the Steelhead appliance. An MIP interface must be in its own subnet. You cannot enable an MIP interface after fail-to-block has been enabled and the corresponding in-path interface fails. When fail-to-block is enabled, in the event of a failure or loss of power, the Steelhead appliance LAN and WAN interfaces completely lose link status. The failed Steelhead appliance blocks traffic along its path, forcing traffic to be rerouted onto other paths (where the remaining Steelhead appliances are deployed). For details on fail-to-block, see the Steelhead Appliance Deployment Guide. You cannot reach an MIP interface when Link State Propagation (LSP) is also enabled and the corresponding in-path interface fails. In physical in-path deployments, LSP shortens the recovery time of a link failure. LSP communicates link status between the devices connected to the Steelhead appliance and is enabled by default in RiOS v6.0 and later. To disable LSP, enter the no in-path lsp enable CLI command at the system prompt. This feature supports 802.1Q VLAN. An MIP interface uses the main routing table. Use the controls on this page when you need to enable an MIP interface or the interface requires additional configuration.
Enable Appliance Management on This Interface Enables a secondary MIP interface that you can reach through the physical in-path LAN and WAN interfaces. Configuring a secondary MIP interface allows management of Steelhead appliances from a private network while maintaining a logical separation of network traffic.Note: If LSP or fail-to-block is enabled, a message reminds you to disable the feature before enabling the MIP interface. When you specify the VLAN Tag ID for the MIP interface, all packets originating from the Steelhead appliance are tagged with that identification number. Specify the VLAN tag that the appliance uses to communicate with other Steelhead appliances in your network. The VLAN Tag ID might be the same value or a different value than the in-path interface VLAN tag ID. The MIP interface could be un-tagged and in-path interface could be tagged and vice versa. A zero (0) value specifies nontagged (or native VLAN) and is the correct setting if there are no VLANs present.
3. Click Apply to apply your changes to the running configuration.
4. Click Save to save your settings permanently.Modifying Base Interfaces Configuring In-Path Rules Configuring General Service Settings


Clang 3.2 Release Notes
These are in-progress notes for the upcoming Clang 3.2
release.
You may prefer the
Clang 3.1
Release Notes.
Introduction
This document contains the release notes for the Clang C/C++/Objective-C frontend, part of the LLVM Compiler Infrastructure, release 3.2. Here we describe the status of Clang in some detail, including major improvements from the previous release and new feature work. For the general LLVM release notes, see the LLVM documentation. All LLVM releases may be downloaded from the LLVM releases web site.
For more information about Clang or LLVM, including information about the latest release, please check out the main please see the Clang Web Site or the LLVM Web Site.
Note that if you are reading this file from a Subversion checkout or the main Clang web page, this document applies to the next release, not the current one. To see the release notes for a specific release, please see the releases page.
What's New in Clang 3.2?
Some of the major new features and improvements to Clang are listed here. Generic improvements to Clang as a whole or to its underlying infrastructure are described first, followed by language-specific sections with improvements to Clang's support for those languages.
Major New Features
Feature 1
...
C Language Changes in Clang
C11 Feature Support
...
C++ Language Changes in Clang
C++11 Feature Support
...
Objective-C Language Changes in Clang
...
Internal API Changes
These are major API changes that have happened since the 3.1 release of Clang. If upgrading an external codebase that uses Clang as a library, this section should help get you past the largest hurdles of upgrading.
API change 1
...
Python Binding Changes
The following methods have been added:- ...
Significant Known Problems
Additional Information
A wide variety of additional information is available on the Clang web page. The web page contains versions of the API documentation which are up-to-date with the Subversion version of the source code. You can access versions of these documents specific to this release by going into the "clang/doc/" directory in the Clang tree.
If you have any questions or comments about Clang, please feel free to contact us via the mailing list.


--- layout: post title: "Curing Boredom" date: 2008-01-09 00:07:06 +0000 permalink: /2008/01/09/curing-boredom/ category: Linux redirect_from: - /blog/curing-boredom/ ---
Lately I've been rather bored and looking for a project of some sort to work on. Anyone have any suggestions/ideas/input? I'd love to find some small utility I could put together and GPL, if there's need for it.


Required ODBC Libraries and Header Files
To develop ODBC applications, you must install the appropriate ODBC libraries and header files for your target platform, as shown in Table 2-1.
Table 2-1. Sources for Required ODBC Development Tools
|
Platform
|
Required Headers and Libraries
|
|
Windows
|
Microsoft Open Database Connectivity Software Development Kit (SDK).
|
|
UNIX
|
The required header files and libraries are shipped with the ODBC Client.
|
|
NOTE: We recommend that you obtain the Microsoft ODBC 3.x documentation.
|


An adaptation of the general IPCW-TMLE formulation of Rose & van der Laan as
well as its associated algorithm. This may be used to iteratively construct
an efficient IPCW-TMLE, which is computed by applying IPC weights to the
efficient influence function of the parameter and subsequently updating the
IPC weights. The efficient IPCW-TMLE estimate is provided by looping over
this function until convergence criteria defined over the efficient influence
function are satisfied (e.g., a mean of very nearly zero). For a detailed
description of the IPCW-TMLE, please consult Rose and van der Laan (2011)
<doi:10.2202/1557-4679.1217>. INTERNAL USE ONLY.
ipcw_tmle_proc(data_in, C, V, ipc_mech, ipc_weights, ipc_weights_norm,
Qn_estim, Hn_estim, fluc_method = c("standard", "weighted"),
fit_type = c("glm", "sl", "fit_spec"), eif_tol = 1e-09,
sl_lrnrs = NULL, eif_reg_type = c("hal", "glm"))
Arguments
| data_in |
A data.table containing variables and observations that
represent the fully observed data. That is, this is a table of the data as
it is seen after a potential censoring process is applied. |
| C |
A numeric binary vector giving the censoring status of a
given observation. |
| V |
A data.table giving the values across all observations of all
variables that play a role in the censoring mechanism. |
| ipc_mech |
A numeric vector containing values that describe the
censoring mechanism for all of the observations. Note that such values are
estimated by regressing the censoring covariates V on the observed
censoring C and thus correspond to predicted probabilities of being
censored for each observation. |
| ipc_weights |
A numeric vector of inverse probability of
censoring weights. These are equivalent to C / ipc_mech in any
initial run of this function. Updated values of this vector are provided as
part of the output of this function, which may be used in subsequent calls
that allow convergence to a more efficient estimate. |
| ipc_weights_norm |
A numeric vector of the same weights described
in the previous argument, except normalized in this case. |
| Qn_estim |
A data.table corresponding to the outcome regression.
This is produced by invoking the internal function est_Q . |
| Hn_estim |
A data.table corresponding to values produced in the
computation of the auxiliary ("clever") covariate. This is produced easily
by invoking the internal function est_Hn . |
| fluc_method |
A character giving the type of regression to be
used in traversing the fluctuation submodel. The choices are "weighted" and
"standard" -- please consult the literature for details on the differences. |
| fit_type |
A character providing the type of regression to be fit
in estimating the relationship between the variables composing the censoring
mechanism and the efficient influence function. Choose "glm" for generalized
linear models or "sl" for use of the Super Learner algorithm. If selecting
the latter, the final argument sl_lrnrs must be provided. |
| eif_tol |
A numeric providing the largest value to be tolerated
as the mean of the efficient influence function. |
| sl_lrnrs |
A Lrnr_sl object composed of a collection of learners
provided by the sl3 package. This is constructed externally from this
function and provided as input. |
| eif_reg_type |
Whether a flexible nonparametric function ought to be
used in the dimension-reduced nuisance regression of the targeting step for
the censored data case. By default, the method used is a nonparametric
regression based on the Highly Adaptive Lasso (from package hal9001 ).
Set this to "glm" to instead use a simple linear regression model.
In this step, the efficient influence function (EIF) is regressed against
covariates contributing to the censoring mechanism (i.e., EIF ~ V | C = 1). |


Monthly Recap Report
Energy Useage against time(hours)
Budget %
00%
Average Monthly
00.00
Energy Balance
N00.00
Approx Days
0
Daily Useage
00


Outcome and Functional Categories
This method supports the outcome Outcome 1: Captions are used to understand speech.
Technical description
The objective of this technique is to provide a way for people who have hearing impairments or otherwise have trouble hearing the dialogue in synchronized media material to be able to view the material and see the dialogue and sounds - without requiring people who are not deaf to watch the captions. With this technique all of the dialogue and important sounds are embedded as text in a fashion that causes the text not to be visible unless the user requests it. As a result they are visible only when needed. This requires special support for captioning in the user agent. [Note: From G87]
See the BBC Subtitle Guidelines for advice on best practices for captioning.
W3C has best practices for captioning in the Timed Text Markup Language 2 (TTML2)
Dependencies
None.


PyModel is an open-source model-based testing framework in Python.
Usage:
pmt [options] models
models is a list of one or more module names (with no .py suffix). Each module named in models must contain a model, that is: a model program, an FSM, or a test suite. In addition, a module named in models can contain additional configuration information for a model program. Multiple models (model programs including configuration, FSMs, and test suites) are composed into a product. The tester generates traces by executing the product, at random or guided by the strategy option. To just view the traces, omit the implementation option. To use pmt as an offline test generator, omit the implementation option and use the output option to save the traces in a test suite module. To execute tests, provide the implementation option. To execute tests generated offline, provide that test suite module as the single command argument. To generate and execute tests on-the-fly, provide one or more model programs and/or scenario FSMs as command line arguments. To save on-the-fly tests so they can be reproduced later, use the output option to save them in a test suite module.
Limitations: pmt can only execute traces consisting of controllable actions that the tester can call to make the implementation do something. Future versions will also support observable actions: events that the tester can detect in the implementation.
Options:
-h, --help show this help message and exit -a ACTION, --action=ACTION Action to execute, as many as needed, if no -a execute all actions -c CLEANUPSTEPS, --cleanupSteps=CLEANUPSTEPS Maximum number of steps in the cleanup phase, default 0 for no cleanup -d, --debug Run the main function in the debugger -e EXCLUDE, --exclude=EXCLUDE Action to exclude from execution, as many as needed -g STRATEGY, --strategy=STRATEGY Strategy (module name), omit to use random strategy -i IUT, --iut=IUT Implementation (stepper module name), omit to just run model -n NSTEPS, --nsteps=NSTEPS Number of steps in a single test run before beginning cleanup phase, default 0 for no limit -o OUTPUT, --output=OUTPUT Output test suite module name (with no .py suffix), no default (no output file if omitted) -q, --quiet Omit arguments and return value from progress messages (to suppress printing very large buffers etc.) -r NRUNS, --nruns=NRUNS Number of test runs, default 1, 0 for no limit -s SEED, --seed=SEED Random seed, use any nonzero value to make runs reproducible -t SEC --timeout=SEC Number of seconds to wait for stepper to return from action before timing out and failing test, default 0 (no timeout, wait forever). (Might not work on Windows)


Open3D: A Modern Library for 3D Data Processing
Open3D is an open-source library that supports rapid development of software that deals with 3D data. The Open3D frontend exposes a set of carefully selected data structures and algorithms in both C++ and Python. The backend is highly optimized and is set up for parallelization. We welcome contributions from the open-source community.
Core features
- 3D data structures
- 3D data processing algorithms
- Scene reconstruction
- Surface alignment
- 3D visualization
- Python binding
Supported OSes and compilers
- Ubuntu 16.04 or later: GCC 4.9 or later
- macOS: XCode 8.0 or later
- Windows: Visual Studio 2015 update 3 or later
Citation
Please cite our work if you use Open3D.
2 author = {Qian-Yi Zhou and Jaesik Park and Vladlen Koltun},
3 title = {{Open3D}: {A} Modern Library for {3D} Data Processing},
4 journal = {arXiv:1801.09847},
Ecosystem
- Open3D-PointNet: A fork of PyTorch PointNet for point cloud classification and semantic segmentation compatible with Open3D.
- Open3D-PointNet++: A re-implementation of PointNet++ using Open3D to enable real-time semantic segmentation of LIDAR point clouds.


"A more humane Mikado never did in Japan exist.". |
| The Mikado of Japan | Mr. Richard Temple |
| Nanki-Poo, His son, disguised as a wandering minstrel, and in love with Yum-Yum |
Mr. Durward Lely |
| Ko-Ko, Lord High Executioner of Titipu | Mr. George Grossmith |
| Pooh-Bah, Lord High Everything Else | Mr. Rutland Barrington |
| Pish-Tush, A Noble Lord | Mr. Frederick Bovill |
| Yum-Yum, a Ward of Ko-Ko | Miss Leonore Braham |
| Pitti-Sing, a Ward of Ko-Ko | Miss Jessie Bond |
| Peep-Bo, a Ward of Ko-Ko | Miss Sybil Grey |
| Katisha, an elderly Lady, in love with Nanki-Poo |
Miss Rosina Brandram |
Chorus of School-Girls, Nobels, Guards, and Coolies |
| Original Costumes |
Rutland Barrington as Pooh-Bah |
Leonora Brahan as Yum-Yum |
Richard Temple as The Mikado |
George Grossmith as Ko-Ko |
| Return to The Mikado main page |
| Check out the history of The Mikado in Australia. |
| Check out these other historic photos: |


This document provides an intuitive introduction to the NIDASH Data Model for neuroimaging data sharing. NIDASH defines a core vocabulary that extends the PROV Data Model for provenance with terms that capture information about neuroimaging research, from data acquisition to analysis and results. This primer explains the fundamental NIDASH concepts and provides examples of its use. The primer is intended as a starting point for neuroimaging scientists or developers interested in using or creating apps with NIDM.
This document is part of the NIDASH Family of Documents, a set of documents defining various aspects of neuroimaging research that are necessary to achieve the vision of inter-operable interchange of information in heterogeneous environments such as the Web, research consortia, and laboratories. A list of current NIDASH documents and the latest revision of this specification can be found in the NIDM specification index. These documents are listed below.
The NIDASH Working Group encourages implementation of the specifications presented in this document. Work on this document by the NIDASH Working Group is active and ongoing. Errors and suggestions may be reported in the issue tracker and these may be addressed in future revisions.
This document was published by the NIDASH Working Group as a Working Draft. If you wish to make comments regarding this document, please report using the NIDM issue tracker. You can also ask questions at Neurostars Q&A. All comments and questions are welcome.
This primer document provides information on the NIDM-Experiment specification. The goal of NIDM-Experiment is to provide terms that describe entities and activities for general scientific experiments with a focus on those specific to neuroscience. It is meant to work with NIDM-Workflow, which describes the processing and analysis of data and NIDM-Results that describes the results of workflows in the fMRI domain. It also provides terms used in PyNIDM, which can be used to annotate data.
This section provides an explanation of NIDM-Experiment, which is based on the W3C PROV ontology (Prov-O) that has as it basic elements Entities, Activities, and Agents. In constructing NIDM-Experiment, we have reused terms from existing terminologies and ontologies where possible. Terms that are reused from other ontologies are imported into the main NIDM-Experiment OWL file and can be found in the /imports directory. The most extensive modality coverage is for MRI, but there are also terms useful for electrophysiology experiments. Extensions to other modalities and expansions of existing modalities are ongoing and requests for the inclusion of terms for specific experiments are encouraged.
NIDM-Experiment will be integrated into PyNIDM PyNIDMin the future. PyNIDM will include a mechanism by which users can search for terms necessary to annotate their specific dataset. It will also provide a mechanism by which users can request needed missing terms to be included in future NIDM-Experiment releases.


ESPN’s Final Prediction For Michigan-Michigan State Game
by Andrew HolleranOne of the Big Ten’s best rivalries is set to be on display in Ann Arbor in a couple of hours, when Michigan hosts Michigan State.
The Wolverines come into this afternoon’s game as the favorite, though you never know what you’re going to get when they play the Spartans.
ESPN’s Football Power Index has made its final prediction for the game. It likes Jim Harbaugh’s squad.
The Worldwide Leader’s computer doesn’t think it’ll be close.
ESPN’s Football Power Index is giving Michigan a 84.2 percent chance of winning this game, giving Michigan State just a 15.8 percent chance of pulling off the upset.
Michigan and Michigan State are set to kick off at noon E.T.
The game will be on FOX.


public class ReplicationManagerSiteConfig
extends java.lang.Object
implements java.lang.Cloneable
| Constructor and Description |
|---|
ReplicationManagerSiteConfig()
An instance created using the default constructor is initialized
with the system's default settings.
|
ReplicationManagerSiteConfig(java.lang.String host,
long port)
Configure the host and port for a site in replication group.
|
| Modifier and Type | Method and Description |
|---|---|
ReplicationHostAddress |
getAddress()
Return the address of the site.
|
boolean |
getBootstrapHelper()
Return if the site is a helper for the local site.
|
boolean |
getGroupCreator()
Return if the site is a group creator.
|
java.lang.String |
getHost()
Return the host of the site.
|
boolean |
getLegacy()
Return if the site is in a legacy group.
|
boolean |
getLocalSite()
Return if the site is the local site.
|
boolean |
getPeer()
Return if the site is peer.
|
long |
getPort()
Return the port of the site.
|
void |
setAddress(ReplicationHostAddress address)
Configure the address for a site in replication group.
|
void |
setBootstrapHelper(boolean helper)
Set the site to be a helper site.
|
void |
setGroupCreator(boolean groupCreator)
Set the site to be a group creator.
|
void |
setHost(java.lang.String host)
Configure the host of the site.
|
void |
setLegacy(boolean legacy)
Specify the site in a legacy group.
|
void |
setLocalSite(boolean localSite)
Set the site to be the local site.
|
void |
setPeer(boolean peer)
Set the site to be peer to local site.
|
void |
setPort(long port)
Configure the port of the site.
|
public ReplicationManagerSiteConfig()
public ReplicationManagerSiteConfig(java.lang.String host, long port)
host
- the host nameport
- the portpublic void setAddress(ReplicationHostAddress address)
address
- the host addresspublic ReplicationHostAddress getAddress()
public void setHost(java.lang.String host)
host
- the host namepublic java.lang.String getHost()
public void setPort(long port)
port
- the portpublic long getPort()
public void setBootstrapHelper(boolean helper)
A remote site may be used as a helper when the local site first joins the replication group. Once the local site has been established as a member of the group, this config setting is ignored.
helper
- if the site is a helper site
If true, the site will be a helper.public boolean getBootstrapHelper()
public void setGroupCreator(boolean groupCreator)
Only the local site could be applied as a group creator. The group creator would create the initial membership database, defining a replication group of just the one site, rather than trying to join an existing group when it starts for the first time.
groupCreator
- if the site is a group creator
If true, set the site a group creator.public boolean getGroupCreator()
public void setLegacy(boolean legacy)
legacy
- if the site is in a legacy group
If true, specify the site in a legacy group.public boolean getLegacy()
public void setLocalSite(boolean localSite)
localSite
- if the site is a local site
If true, it is local site.public boolean getLocalSite()
public void setPeer(boolean peer)
A peer site may be used as a target for "client-to-client" synchronization messages. It only makes sense to specify this for a remote site.
peer
- if the site is a peer to local site
If true, it is peer to loca site.public boolean getPeer()
Copyright (c) 1996, 2016 Oracle and/or its affiliates. All rights reserved.


All members of a team should register for accommodation individually.
Accommodation will be provided on a sharing basis. However, large teams or teams from the same college may be put up in the same rooms.
It is mandatory to bring your college ID card
Accommodation Charge : Rs.100/- per day per person.
Caution deposit : Rs.100/- per person.
Participants will be charged on 24-hour basis, that is you will be charged from the day of check-in till the day you check out. If any delay is made in checking out, caution deposit will not be refunded.
Accommodation will be provided from 8th night to 10th evening. Students should vacate the rooms before the evening of 10th September 2016. Please plan your travel accordingly.
For queries regarding accommodation, please contact :
Arun Kumar N -<PHONE_NUMBER>
Deepan -<PHONE_NUMBER>
Sujaveena -<PHONE_NUMBER>
Route 1: For Participants who arrive by Train to Egmore Station
For those who are coming from South Tamil Nadu, it is informed that all the trains going to Chennai Egmore station stop at Tambaram. Tambaram bus stand is adjacent to Tambaram Railway station. Those who are coming from south Tamil Nadu by bus also can get down at Perungulathur and then they can cross the road to reach the bus stop and take the following buses:
Route no. from Tambaram to SSN College of Engineering:
Route no.: 515 & 115 - Mamallapuram
Route no. : 555, 55K & 566 – Thirupporur
These buses will reach SSN college of Engineering via Tambaram and Perungulathur. It takes about 45-55 minutes to reach SSN College.
Route 2: For Participants who arrive by Train to Central Station
Broadway to SSN College of Engineering
Those who are coming from north Tamil Nadu can use this route. At the gate of Chennai Central Railway station, you can board a bus to Broadway. Normally all the buses entering the central station and stopping at the bay will go to Broadway bus stand. It takes 4-6 minutes to reach Broadway.
At Broadway bus stand you can take the following route buses to Kelambakkam (which is about 4 kms. from the college).
Route no. : 21H and 21H AC - Kelambakkam
Route no. : 521- Thirupporur
It takes 1hr 30 minutes to reach Kelambakkam from Broadway. From Kelambakkam the student can board any bus going towards Thirupporur / Mamallapuram and get down at SSN college of Engineering.
Route 3: For Participants who arrive by bus
Koyambedu to SSN College of Engineering
Those who are coming from north Tamil Nadu by bus can use this route. At Koyambedu bus stand there are two systems - One is for mofussil bus and the other one for local bus.
From Koyembedu Mofussil bus Stand you can board the bus (Route no 119) to Kalppakkam/Mamallapuram, which goes via SSN College of Engineering. For boarding local bus, that is just outside of the Koyembedu bus stand you can board the bus (Route no 570) to Kelambakkam.
Both the buses cover the distance about 1.30 hrs to 2 hrs depending on the traffic.


hi there,
first of all : THX FOR BBLOG! great thing!
Could you add the standard pistol stats in all pistol pages?!
or at least give us the option to choose all the available attachment options in the spreadchart on the standard gun!
a small example:
on the G17c you can choose the laserpointer, but there is a version with an suppressor too! the effect of that cant be seen anywhere, since the G17cSupp doesn't even have a stats page :(
i hope you get what im trying to say xD
greets from germany!
BrainFooLong
Administrator
Yes we know that stats missing for those special pistols with default attachments.
Is already on todo list.


Documentation
One important measurement for code quality is its documentation. This is especially the case for open source projects that count on the support of external developers and a strong community around the code base. With that in mind, here are some of the goals you should keep in mind when working within the Opencast codebase.
Package Level Documentation
Package documentation should cover the general concepts that are being used throughout the package, along with the principal interfaces and classes that are being used. A good example is provided by the Java 6 sql package description .
Where does the documentation go?
The package information should be put into a file called package-info.java
and reside in the root of the package.
Generally, the package-info is a java class itself consisting of documentation and package declaration only.
Documentation can be found here.
Checklist
In order to achieve decent package documentation, make sure your documentation answers the following questions:
- What problem domain does your package deal with?
- Are there any concepts that the developer should understand?
- What are the different strategies that your package might implement?
- What are the entry points into your package in terms of interfaces and classes?
- What best practices are there to use the package?
- What major requirements need to be met before being able to use the package?
- Is there related external documentation (rfc, specifications) that should be linked?
Classes
By looking at the documentation of a class or an interface, the developer should have a clear idea as to how the class can be used, what pitfalls there might be in terms of threading, performance etc. Again, a good example can be found in the Url class of the Java Development Kit.
Documentation Body
- Has a one-sentence description been given on what the class does or describe?
- Is there a description of concepts that should be known to users of the class?
- Are there possible pitfalls in the area of threading, transactions or performance?
- Are any other issues covered that might arise when using the class?
- Have any constraints be documented, like special behaviour of the
equals()
method? - Are best practices on how to use the class documented?
Tags
- Are there related classes or external resources that should be linked using
@see
?
Methods
As with type documentation, the notes on a method should consist of instructions on what to expect in terms of behaviour when the method is called. Also, the user should be informed about any constraints that might apply to the objects state, the format of input parameters etc. As an example, take a look at the constructor for the URL class of the Java Development Kit.
Documentation Body
- In general, what does the method do?
- Are there any requirements regarding the format of the input parameters?
- What does the method return with respect to input parameter values or state?
- If applicable, are there any constraints regarding an objects state?
- How are special parameter values (e.g.
null
) handled? - Does the user know what exceptions are thrown under which circumstances?
Tags
- Are the input parameters documented using the
@param
tag? - Is the return value documented using the
@return
tag? - Are there related methods that should be linked using
@see
? - Are the exceptions documented with
@throws
?
REST Endpoints
All Opencast REST endpoints must display HTML formatted documentation at the /docs
path.
Please be sure that your documentation includes:
- An entry for each path pattern, categorized as read and write paths.
- Descriptions for each path pattern, including:
- The HTTP method (
GET
,POST
,PUT
,DELETE
, …) - Required and optional parameters
- The expected input, including data formats and headers
- The expected output, including data formats, headers, and HTTP response codes
- The HTTP method (


Arbiter objects group contact, and other related data between pairs of interacting Shape objects.
These objects are created only by the internals of Physics2D and are recycled, so no references should be kept to them.
Summary
Query the contact normal for this interaction pair. The normal will always point from shapeA to shapeB.
This function will return [0, 0] when sensor is true.
Syntax
var normal = arbiter.getNormal();
// or
arbiter.getNormal(normal);
Summary
Query the rolling impulse that was applied for this Arbiter in the previous simulation step.
This value is non-zero only for interactions that involve a Circle shape.
This value is zero when sensor is true.
Syntax
var impulse = arbiter.getRollingImpulse();
Summary
Query the impulse applied to the given RigidBody by the interaction represented by this arbiter object in the previous simulation step.
The impulse returned is of 3 dimensions, the third equal to the angular impulse the interaction was responsible for.
Syntax
var impulse = arbiter.getImpulseForBody(body);
// or
arbiter.getImpulseForBody(body, impulse);
Should the input body be unrelated to this arbiter, the impulse returned will be [0, 0, 0]
Summary
Query the combined value of elasticity present for this pair of interacting shapes.
This is computed from the shapes by taking the average of material elasticities, and clamping to the range [0, 1] and may change over time should shape materials be changed.
This function returns undefined when sensor is true.
Syntax
var elasticity = arbiter.getElasticity();
Summary
Query the combined value of static friction present for this pair of interacting shapes.
This is computed from the shapes by taking the square root of the material’s static friction’s product and may change over time should shape materials be changed.
This function returns undefined when sensor is true.
Syntax
var staticFriction = arbiter.getStaticFriction();
Summary
Query the combined value of dynamic friction present for this pair of interacting shapes.
This is computed from the shapes by taking the square root of the material’s dynamic friction’s product and may change over time should shape materials be changed.
This function returns undefined when sensor is true.
Syntax
var dynamicFriction = arbiter.getDynamicFriction();
Summary
Query the combined value of rolling friction present for this pair of interacting shapes.
This is computed from the shapes by taking the square root of the material’s rolling friction’s product and may change over time should shape materials be changed.
This function returns undefined when sensor is true.
Syntax
var rollingFriction = arbiter.getRollingFriction();
Summary
Set the combined value of elasticity for this Arbiter.
This function may be called at any time outside of simulation step, but likely needs to be called from a relative preSolve event listener (which is the only time it may be called during a simulation step) so as to immediately override default computed values before physics is performed.
This function has no effect when sensor is true.
Syntax
arbiter.setElasticity(elasticity);
Summary
Set the combined value of elasticity for this Arbiter to be computed from its related Shape objects.
This may be called at any time outside of simulation step, and during a simulation step may be called only from a related preSolve event listener.
This function has no effect when sensor is true.
Syntax
arbiter.setElasticityFromShapes();
Summary
Set the combined value of static friction for this Arbiter.
This function may be called at any time outside of simulation step, but likely needs to be called from a relative preSolve event listener (which is the only time it may be called during a simulation step) so as to immediately override default computed values before physics is performed.
This function has no effect when sensor is true.
Syntax
arbiter.setStaticFriction(staticFriction);
Summary
Set the combined value of static friction for this Arbiter to be computed from its related Shape objects.
This may be called at any time outside of simulation step, and during a simulation step may be called only from a related preSolve event listener.
This function has no effect when sensor is true.
Syntax
arbiter.setStaticFrictionFromShapes();
Summary
Set the combined value of dynamic friction for this Arbiter.
This function may be called at any time outside of simulation step, but likely needs to be called from a relative preSolve event listener (which is the only time it may be called during a simulation step) so as to immediately override default computed values before physics is performed.
This function has no effect when sensor is true.
Syntax
arbiter.setDynamicFriction(dynamicFriction);
Summary
Set the combined value of dynamic friction for this Arbiter to be computed from its related Shape objects.
This may be called at any time outside of simulation step, and during a simulation step may be called only from a related preSolve event listener.
This function has no effect when sensor is true.
Syntax
arbiter.setDynamicFrictionFromShapes();
Summary
Set the combined value of rolling friction for this Arbiter.
This function may be called at any time outside of simulation step, but likely needs to be called from a relative preSolve event listener (which is the only time it may be called during a simulation step) so as to immediately override default computed values before physics is performed.
This function has no effect when sensor is true.
Syntax
arbiter.setRollingFriction(rollingFriction);
Summary
Set the combined value of rolling friction for this Arbiter to be computed from its related Shape objects.
This may be called at any time outside of simulation step, and during a simulation step may be called only from a related preSolve event listener.
This function has no effect when sensor is true.
Syntax
arbiter.setRollingFrictionFromShapes();
Summary
Query whether this Arbiter’s interaction has been accepted for computation in the time step.
This function always returns false when sensor is true.
Syntax
var accepted = arbiter.isStateAccepted();
Summary
Query whether the choice of accepting/ignoring this Arbiter’s interaction for computation in this time step is to persist until Arbiter death instead of only for a single step.
This function always returns false when sensor is true.
Syntax
var persistent = arbiter.isStatePersistent();
Summary
Set whether to accept this Arbiter’s interaction for the current time step.
This function has no effect when sensor is true.
Syntax
arbiter.setAcceptedState(false);
Summary
Set whether the decision to accept this Arbiter’s interaction for the current time step, should persist until Arbiter death instead of only for a single step.
This function has no effect when sensor is true.
Syntax
arbiter.setPersistentState(true);
Summary
The first Shape for this Arbiter. Arbiter normals and impulses are always defined relative to this shape.
Note
Read Only
Summary
The first RigidBody for this Arbiter. It will always be the case that shapeA.body === bodyA.
Note
Read Only
Summary
The second RigidBody for this Arbiter. It will always be the case that shapeB.body === bodyB.
Note
Read Only
Summary
Whether this arbiter object corresponds to a sensor type interaction. In such an interaction type there is no collision information computed, only intersection test.
Note
Read Only
Summary
Whether this arbiter object corresponds to an interaction between two sleeping objects.
Note
Read Only
Summary
This property indicates that the arbiter object is actively taking part in a simulation, when iterating lists of arbiter objects you should ignore any such inactive arbiter.
An arbiter is inactive either because it has persisted once an interaction has ended in order to cache information that may shortly be recovered, or because the arbiter is waiting to be destroyed.
Note
Read Only
The Contact object stores physics information for contact points of a collision interaction.
These objects are created only by the internals of Physics2D and are recycled, so no references should be kept to them.
Summary
Get contact position in world coordinates.
Syntax
var position = contact.getPosition();
// or
contact.getPosition(position);
If specified, the contact position will be stored in this array, otherwise a new array will be created.
The result of this operation will not effect the contact position which is immutable.
Summary
Get contact penetration, indicating how much the shapes are overlapping at this contact point along the related Arbiter normal.
Syntax
var penetration = contact.getPenetration();
Contact penetration may be negative (indicating separation) as in the edge-edge case for Polygons, 2 contact points are always computed, though only one may have been used for solving errors in velocity.
Summary
Query the signed magnitude of the normal impulse that was applied at this contact point during the simulation step.
Syntax
var normalImpulse = contact.getNormalImpulse();
Summary
Query the signed magnitude of the tangent (friction) impulse that was applied at this contact point during the simulation step.
Syntax
var tangentImpulse = contact.getTangentImpulse();
Summary
Indicates that this contact corresponds to active collision data.
When iterating contacts you should ignore any contact which is not active as it will refer to information from previous simulation steps which is persisting for purposes of caching values for possible re-use in near future.
Note
Read Only
Summary
This property indicates that the contact point was generated, but was not used during resolution of velocity errors in physics. This contact point may or may not have been used during resolution of positional errors.
A virtual contact will always have 0 normal and tangent impulse values.
Note
Read Only
Summary
This property indicates that this contact point was used for the first time in the resolution of velocity errors. This property may be used to cull contact points when determining impact impulses in collisions so as to ignore resting contacts.
Note
Read Only


You could really use a Maja!
Do you really want to hurt me?  Or do you want to make me happy?
Wow, you really ticked a lot of boxes. Congratulations!
Right now I'm in the middle of a really exiting phase where I want to grow as a person but I also want to add value to a company/organization/agency. And you seem like you could use someone like me.
Send your application to<EMAIL_ADDRESS>and mark it with "We could use a Maja."
Read all about what a Maja does here.
Maja is at the moment located in the Stockholm area, but she is mobile if interest arises.


Catmull-Clark Subdivision Algorithm
Zachary Ferguson
Step 1: For each face in the mesh, create a new vertex at the
center of the face.
-
Average the face vertices' x, y, and z values.
-
Create a new vertex with these x, y, and z (center vertex).
Step 2: For each edge in the mesh, create a new edge midpoint
vertex that is the average of the adjacent edge vertices and the adjacent face
vertices.
-
Sum the two adjacent edge vertices and the two adjacent face vertices
created in "Step 1".
-
Divide this sum by four to yield the new edge vertex.
Step 3: Update the original vertices to be an weighted average
of the surrounding face centres, new edge midpoints, and vertex.
-
Sum all of the face vertices for the faces that the vertex is part of,
then divide the sum by the number of edges connected to the vertex.
-
Sum all of the midpoints of the edges that the vertex is part of, then
multiply the sum by two and divide by the number of edges connected to the
vertex.
-
Multiply the vertex that is being updated by the number of edges
connected to the vertex minus three and then divide by the number of
edges connected to the vertex.
-
Update the vertex being updated to be the sum of the results from 1, 2,
and 3.


--- date: 2010-02-18T00:00:00Z published: true title: Assassins had Mahmoud al-Mabhouh in sight as soon as he got to Dubai - Times Online url: /2010/02/18/-assassins-had-mahmoud-al-mabhouh-in-sight-as-soon-as-he-got-to-dubai-times-online-/ ---
Mahmoud al-Mabhouh took no notice of the two men who joined him in the lift of his hotel in Dubai during the short ride to the second floor on the afternoon of January 20.
One was short and portly with a moustache, the other tall. Dressed in sports gear and carrying tennis rackets, they looked like any other European tourists visiting the Gulf state for some winter sun.
He did not realise that the two men were part of an 11-strong team that had come to kill him. In just over five hours he would be dead.


|
The
Power Of Love
(Celine Dion) |
|
The
whispers in the morning
Of lovers sleeping tight Are rolling like thunder now As I look in your eyes I hold on to your body And feel each move you make Your voice is warm and tender A love that I could not forsake (first chorus) 'Cause I am your lady And you are my man Whenever you reach for me I'll do all that I can Lost is how I'm feeling lying in your arms When the world outside's too Much to take That all ends when I'm with you Even though there may be times It seems I'm far away Never wonder where I am 'Cause I am always by your side 'Cause I am your lady And you are my man Whenever you reach for me I'll do all that I can (second chorus) We're heading for something Somewhere I've never been Sometimes I am frightened But I'm ready to learn Of the power of love The sound of your heart beating Made it clear Suddenly the feeling that I can't go on Is light years away 'Cause I am your lady And you are my man Whenever you reach for me I'll do all that I can We're heading for something Somewhere I've never been Sometimes I am frightened But I'm ready to learn Of the power of love |


{% load i18n %} {% block main %}
Hi {{user.first_name|title}},
Welcome to Wishradio and thank you so, so much for signing up. We've currently invited only a few of you to Wishradio to be one of our founding reviewers and tell us what you think of Wishradio.
Wishradio is the perfect platform to come to when you want to buy something online - be it a product or a service. We'll tell you which stores can help and how good they are (this part is where we need your help BIG time as the founding reviewers). Tell the Wishradio community what you're wishing for and we'll try and connect you with users / stores that can help your fulfill your wishes. (Like we said, for starters, its the wishes that money can buy.)
Even as we go about preparing for a more public launch in a few weeks' time, we need all the feedback that you can provide - what you think of the concept, how well does it work for you, what we can do to make your experience better. "
Click here to confirm and create your Wishradio account.
We're delighted to have you on board and eagerly look forward to hearing from you. Drop us a mail on<EMAIL_ADDRESS>if you have any thoughts, ideas or questions. It would be an honour to connect with you. :)
Look forward to hearing from you soon!
The Wishradio Team.
{% endblock %}


|
|||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
This interface is implemented by servers that export a JavaSpaces(TM) technology service. The operations in this interface are the public methods that all such spaces support.
Entry
| Field Summary | |
static long |
NO_WAIT
Wait for no time at all. |
| Method Summary | |
EventRegistration |
notify(Entry tmpl,
Transaction txn,
RemoteEventListener listener,
long lease,
MarshalledObject handback)
When entries are written that match this template notify the given listener with a RemoteEvent that
includes the handback object. |
Entry |
read(Entry tmpl,
Transaction txn,
long timeout)
Read any matching entry from the space, blocking until one exists. |
Entry |
readIfExists(Entry tmpl,
Transaction txn,
long timeout)
Read any matching entry from the space, returning null if there is currently is none. |
Entry |
snapshot(Entry e)
The process of serializing an entry for transmission to a JavaSpaces service will be identical if the same entry is used twice. |
Entry |
take(Entry tmpl,
Transaction txn,
long timeout)
Take a matching entry from the space, waiting until one exists. |
Entry |
takeIfExists(Entry tmpl,
Transaction txn,
long timeout)
Take a matching entry from the space, returning null if there is currently is none. |
Lease |
write(Entry entry,
Transaction txn,
long lease)
Write a new entry into the space. |
| Field Detail |
public static final long NO_WAIT
read(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
,
readIfExists(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
,
take(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
,
takeIfExists(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
,
Constant Field Values| Method Detail |
public Lease write(Entry entry, Transaction txn, long lease) throws TransactionException, RemoteException
entry
- the entry to writetxn
- the transaction object, if any, under which to
perform the writelease
- the requested lease time, in milliseconds
TransactionException
- if a transaction error occurs
RemoteException
- if a communication error occurspublic Entry read(Entry tmpl, Transaction txn, long timeout) throws UnusableEntryException, TransactionException, InterruptedException, RemoteException
null
if the timeout expires.
tmpl
- The template used for matching. Matching is
done against tmpl
with null
fields being wildcards ("match anything") other
fields being values ("match exactly on the
serialized form").txn
- The transaction (if any) under which to work.timeout
- How long the client is willing to wait for a
transactionally proper matching entry. A
timeout of NO_WAIT
means to wait
no time at all; this is equivalent to a wait
of zero.
UnusableEntryException
- if any serialized field of the entry
being read cannot be deserialized for any reason
TransactionException
- if a transaction error occurs
InterruptedException
- if the thread in which the read
occurs is interrupted
RemoteException
- if a communication error occurs
IllegalArgumentException
- if a negative timeout value is usedpublic Entry readIfExists(Entry tmpl, Transaction txn, long timeout) throws UnusableEntryException, TransactionException, InterruptedException, RemoteException
null
if there is currently is none. Matching and
timeouts are done as in read
, except that blocking
in this call is done only if necessary to wait for transactional
state to settle.
tmpl
- The template used for matching. Matching is
done against tmpl
with null
fields being wildcards ("match anything") other
fields being values ("match exactly on the
serialized form").txn
- The transaction (if any) under which to work.timeout
- How long the client is willing to wait for a
transactionally proper matching entry. A
timeout of NO_WAIT
means to wait
no time at all; this is equivalent to a wait
of zero.
UnusableEntryException
- if any serialized field of the entry
being read cannot be deserialized for any reason
TransactionException
- if a transaction error occurs
InterruptedException
- if the thread in which the read
occurs is interrupted
RemoteException
- if a communication error occurs
IllegalArgumentException
- if a negative timeout value is usedread(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
public Entry take(Entry tmpl, Transaction txn, long timeout) throws UnusableEntryException, TransactionException, InterruptedException, RemoteException
read
.
tmpl
- The template used for matching. Matching is
done against tmpl
with null
fields being wildcards ("match anything") other
fields being values ("match exactly on the
serialized form").txn
- The transaction (if any) under which to work.timeout
- How long the client is willing to wait for a
transactionally proper matching entry. A
timeout of NO_WAIT
means to wait
no time at all; this is equivalent to a wait
of zero.
UnusableEntryException
- if any serialized field of the entry
being read cannot be deserialized for any reason
TransactionException
- if a transaction error occurs
InterruptedException
- if the thread in which the take
occurs is interrupted
RemoteException
- if a communication error occurs
IllegalArgumentException
- if a negative timeout value is usedread(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
public Entry takeIfExists(Entry tmpl, Transaction txn, long timeout) throws UnusableEntryException, TransactionException, InterruptedException, RemoteException
null
if there is currently is none. Matching is
and timeout done as for read
, except that blocking
in this call is done only if necessary to wait for transactional
state to settle.
tmpl
- The template used for matching. Matching is
done against tmpl
with null
fields being wildcards ("match anything") other
fields being values ("match exactly on the
serialized form").txn
- The transaction (if any) under which to work.timeout
- How long the client is willing to wait for a
transactionally proper matching entry. A
timeout of NO_WAIT
means to wait
no time at all; this is equivalent to a wait
of zero.
UnusableEntryException
- if any serialized field of the entry
being read cannot be deserialized for any reason
TransactionException
- if a transaction error occurs
InterruptedException
- if the thread in which the take
occurs is interrupted
RemoteException
- if a communication error occurs
IllegalArgumentException
- if a negative timeout value is usedread(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
public EventRegistration notify(Entry tmpl, Transaction txn, RemoteEventListener listener, long lease, MarshalledObject handback) throws TransactionException, RemoteException
listener
with a RemoteEvent
that
includes the handback
object. Matching is done as
for read
.
tmpl
- The template used for matching. Matching is
done against tmpl
with null
fields being wildcards ("match anything") other
fields being values ("match exactly on the
serialized form").txn
- The transaction (if any) under which to work.listener
- The remote event listener to notify.lease
- the requested lease time, in millisecondshandback
- An object to send to the listener as part of the
event notification.
TransactionException
- if a transaction error occurs
RemoteException
- if a communication error occurs
IllegalArgumentException
- if the lease time requested
is not Lease.ANY and is negativeread(net.jini.core.entry.Entry, net.jini.core.transaction.Transaction, long)
,
EventRegistration
public Entry snapshot(Entry e) throws RemoteException
read
or take
. The client-side
implementations of read
and take
cannot
reasonably avoid this duplicated effort, since they have no efficient
way of checking whether the same template is being used without
intervening modification.
The snapshot
method gives the JavaSpaces service implementor
a way to reduce the impact of repeated use of the same entry. Invoking
snapshot
with an Entry
will return another
Entry
object that contains a snapshot of the
original entry. Using the returned snapshot entry is equivalent to
using the unmodified original entry in all operations on the same
JavaSpaces service. Modifications to the original entry will not
affect the snapshot. You can snapshot
a null
template; snapshot
may or may not return null given a
null
template.
The entry returned from snapshot
will be guaranteed
equivalent to the original unmodified object only when used with
the space. Using the snapshot with any other JavaSpaces service
will generate an IllegalArgumentException
unless the
other space can use it because of knowledge about the JavaSpaces
service that generated the snapshot. The snapshot will be a different
object from the original, may or may not have the same hash code,
and equals
may or may not return true
when invoked with the original object, even if the original
object is unmodified.
A snapshot is guaranteed to work only within the virtual machine
in which it was generated. If a snapshot is passed to another
virtual machine (for example, in a parameter of an RMI call),
using it--even with the same JavaSpaces service--may generate
an IllegalArgumentException
.
e
- the entry to take a snapshot of.
RemoteException
- if a communication error occurs
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The Brain Buzzer is an alarm clock with multiple snooze buttons. It has boxy cube shape, changing color scheme, many inverted snooze buttons located along the sides and back of the alarm clock, a different one being activated every day.


Boards 'R' Us :: Custom Boards Report
Snowboards Sold
1012
What I Sell 'em For
$
249.95
What it Costs Me
$
84.22
Cash for the Slopes: $
167718.76
Atualizar valores


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